diff --git a/R/BFI/.Rhistory b/R/BFI/.Rhistory new file mode 100644 index 0000000..e69de29 diff --git a/R/BFI/.~lock.species_data.csv# b/R/BFI/.~lock.species_data.csv# new file mode 100644 index 0000000..a174000 --- /dev/null +++ b/R/BFI/.~lock.species_data.csv# @@ -0,0 +1 @@ +,DESKTOP-JRRI35N/usuario,DESKTOP-JRRI35N,30.04.2024 15:03,file:///C:/Users/usuario/AppData/Roaming/LibreOffice/4; \ No newline at end of file diff --git a/R/BFI/ACAD Global 2021.02.05.csv b/R/BFI/ACAD Global 2021.02.05.csv new file mode 100644 index 0000000..74ae39a --- /dev/null +++ b/R/BFI/ACAD Global 2021.02.05.csv @@ -0,0 +1,1650 @@ +AOS 60,Common Name,Scientific Name,group,order,family,taxonomic notes,Canada,USA,Mexico,C America,Mig Status,Introduced,Nonbreeding only,PS-g,PS-g_s,PS-g_com,Global Pop Size,Global Pop Size#,Pop Size_US-Ca,Pop Size_US-Ca#,PopYr,Pop Size_US-Ca_s,Pop Size_US-Ca_com,%GL_WH-b,%WH_US-Ca-b,% Breeding Pop in US & Canada,% Breeding Pop in US & Canada#,%Pop_s,BD-g,BD area,BD-g_s,BD-g_com,ND-g,ND area,ND-g_s,ND-g_com,TB-c,TB-c_s,TB-c_com,TN-c,TN-c_s,TN-c_com,PT-c,PT-c_s,PT-c_com,trend (%/yr),trend source,lcl_90%CI,ucl_90%CI,lcl_67%CI,ucl_67%CI,RA,DF,pop change,pop change 90% lcl,pop change 90% ucl,Half-Life,CCS-b,CCS-n,CCS-max,CI,IUCN Red List 2018,Urban,Agriculture,Breeding Biome,Nonbreeding Biome,Primary Breeding Habitat,Secondary Breeding Habitat,Primary Nonbreeding Habitat,Secondary Nonbreeding Habitat +39,Cinnamon Teal,Spatula cyanoptera,waterfowl,Anseriformes,Anatidae,Formerly placed in the genus Anas.,1,1,1,1,PM,,,4,"WPE5, NAWMP 2012",very low estimates for S. America pops in WPE,"380,000",380000,"440,000",440000,2010.5,PIFcalc19,,100,,,,"bbs0514(BBS), eBrd17(WHem)",1,6904749,Natureserve,,1,6265279,Natureserve,,3,TrUST 2016,,3,TrUST 2016,"With this species (vs. BWTE), all of the uncertainty lies outside the US, and we haven't seen an increasing population size, so score 3/3 (TrUST 2016).",5,BBS7017,,-2.18,BBS7017,-3.03,-1.45,-2.62,-1.74,0.56,476,-62.90,-75.34,-42.77,,13,13,13,Watch List - Yel-D,LC,,,Western Temperate,Western Temperate,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh,Wetlands: Lakes and Rivers +40,Northern Shoveler,Spatula clypeata,waterfowl,Anseriformes,Anatidae,Monotypic. Formerly placed in the genus Anas.,1,1,1,1,PM,,,2,WPE5; NAWMP 2018,"non-breeding surveys in WPE, 2/3 adjustment applied to all estimates except NAWMP 2018","5,900,000",5900000,"4,400,000",4400000,,NAWMP 2018,,30,,,,"bbs0514(BBS), eBrd17(WHem), PIF(Glob)",1,26371937,"Natureserve, with Old World extrapolation",,1,17197873,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,TrUST 2016,keep as is (TrUST 2016),2,TrUST 2016,keep as is (TrUST 2016),1,FWS7017,,2.28,FWS7017,2.16,2.40,,,,,188.31,172.58,201.16,,7,6,7,,LC,,,Nearctic,Nearctic,Wetlands: Seasonally Wet Grasslands,Wetlands: Freshwater Marsh,Wetlands: Generalist, +52,Northern Pintail,Anas acuta,waterfowl,Anseriformes,Anatidae,"Recognized as a monotypic by AOU (1957), Clements (2000), and Howard and Moore (2003). Subspecies Anas acuta acuta, A. a. eatoni, and A. a. ...",1,1,1,1,M,,,3,NAWMP 2018; WPE5,"mostly non-breeding population estimates outside of North America, so 2/3 adjustment applied to those pops.","5,100,000",5100000,"3,200,000",3200000,,NAWMP 2018,,40,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,26113543,"Natureserve, with Old World extrapolation",,1,19443465,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,4,TrUST 2016,Potential increase in cropland and increased drying due to increasing temperature in southern Saskatchewan suggest 4 for breeding (TrUST 2016).,3,TrUST 2016,"Threats increasing for NOPI due to reliance on rice along Gulf Coast; rice production expected to decline, so boost 2 to 3 for non-breeding (TrUST 2016).",4,FWS7017,,-1.23,FWS7017,-1.35,-1.12,,,,,-44.11,-47.49,-40.79,,12,11,12,,LC,,w,Nearctic,Nearctic,Wetlands: Seasonally Wet Grasslands,Wetlands: Tundra,Wetlands: Generalist, +59,Greater Scaup,Aythya marila,waterfowl,Anseriformes,Anatidae,,1,1,1,1,M,,,3,WPE5; NAWMP 2018; NAWMP 2012,"Replaced WPE5 estimate for NA with NAWMP 2018 all scaup estimate for North America multiplied by the NAWMP 2012 ratio of GRSC:LESC. Other WPE5 pop estimates based on non-breeding surveys, so 2/3 adjustment applied for breeding pop estimate.","1,200,000",1200000,"720,000",720000,,NAWMP 2018; NAWMP 2012,NAWMP 2018 all scaup estimate for North America multiplied by the NAWMP 2012 ratio of GRSC:LESC,30,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,10296457,"Natureserve, with Old World extrapolation",,1,6481437,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,TrUST 2016,"As with LESC, 3 for breeding is appropriate (TrUST 2016).",2,TrUST 2016,"NB should be 2, as it utilizes more open water and less marsh (TrUST 2016).",4,CBC7017,,-1.47,CBC7017,-2.90,0.29,-2.29,-0.52,5.32,1095,-44.82,-69.99,10.27,,11,10,11,,LC,,,Arctic,Nearctic,Wetlands: Tundra,,Coasts: Marine Waters,Wetlands: Lakes and Rivers +60,Lesser Scaup,Aythya affinis,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,1,1,M,,,3,NAWMP 2018; NAWMP 2012,NAWMP 2018 all scaup estimate for North America multiplied by the NAWMP 2012 ratio of LESC:GRSC.,"3,700,000",3700000,"3,700,000",3700000,,NAWMP 2018; NAWMP 2012,NAWMP 2018 all scaup estimate for North America multiplied by the NAWMP 2012 ratio of LESC:GRSC.,100,98.60982513,100,100,NAWMP 2018; NAWMP 2012,1,5103713,Natureserve,,1,6033188,Natureserve,,3,TrUST 2016,Score of 3 in breeding could be impacted by climate change and food availability mismatch (TrUST 2016).,3,TrUST 2016,Non-breeding =3 for LESC due to spring migration foraging uncertainty (TrUST 2016).,4,BBS7017,Rosenberg 2020: FWS useless for species level trends since doesn't distinguish Greater Scaup,-1.21,BBS7017,-2.08,-0.45,-1.71,-0.76,3.53,507,-41.43,-56.57,-14.34,,11,11,11,,LC,,,Nearctic,Widespread,Wetlands: Lakes and Rivers,Wetlands: Freshwater Marsh,Coasts: Marine Waters,Wetlands: Lakes and Rivers +61,Steller's Eider,Polysticta stelleri,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,0,0,M,,,4,WPE5,"2/3 adjustment applied to W. Siberia/NE Europe winter estimate, not to N. Pacific spring estimate.","200,000",200000,660,660,,NAWMP 2018,,30,,,,"eBrd17(UsCa,WHem), PIF(Glob)",5,74300,"Natureserve, with Old World extrapolation",,3,751470,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,4,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017,climate change and associated increasing shipping and resource development (FWS Mig Birds/ Sea Duck JV 2017),4,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017,"they're tied to more near-shore and lagoon systems, and you could argue that they would be more susceptible to things like shoreline oiling and climate-change-induced changes to lagoon systems (e.g., erosion of barrier islands due to storm surges, lack of ice, sea level rise (FWS Mig Birds/ Sea Duck JV 2017)",5,Bowman et al. 2015; FWS Mig Birds/ Sea Duck JV 2017,"Rosenberg 2019: BNA also indicates significant declines; CBC would score as PT = 4 due to detection in just 10 circles, would probably be PT5 if larger samples",-4.04,CBC7017*,-5.91,-2.25,-5.13,-2.96,172.48,10,-82.19,-92.83,-65.02,,18,16,18,Watch List - Red,VU,,,Arctic,Arctic,Wetlands: Tundra,,Coasts: Marine Waters, +62,Spectacled Eider,Somateria fischeri,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,0,0,M,,,4,WPE5,"Late winter survey, 2/3 adjustment applied","250,000",250000,"20,000",20000,,NAWMP 2018,,50,,,,"eBrd17(UsCa), PIF(Glob)",5,62480,"Natureserve, with Old World extrapolation",,5,18692,Natureserve,,4,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017,climate change and associated increasing shipping and resource development (FWS Mig Birds/ Sea Duck JV 2017),4,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017,"SPEI are definitely facing greater threats during non-breeding period than other eiders because the entire population concentrates in polynyas in the Bering Sea where the ice is critical for protection and energetically (they haul out on the ice to save energy). Ice conditions have been shown to have an effect on population dynamics, and the projection is for decreased ice coverage due to climate change. Either severe ice conditions or lack of ice could have profound effects on the SPEI population. In addition, benthic communities have been changing from a bivalve-dominated benthic community to a fish-dominated community, again related to climate changes. (FWS Mig Birds/ Sea Duck JV 2017)",5,Bowman et al. 2015; FWS Mig Birds/ Sea Duck JV 2017,,,,,,,,,,,,,,18,18,18,Watch List - Red,NT,,,Arctic,Arctic,Wetlands: Tundra,Coasts: Tundra,Oceans: Arctic Polynyas, +63,King Eider,Somateria spectabilis,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,0,0,M,,,3,WPE5; NAWMP 2018,"Combined NAWMP 2018 estimate with corrected WPE5 estimate (referred to original source showing 300,000-400,000) for E. Greenland, NE Europe, and W. Siberia. Applied 2/3 rule to the latter population since they included winter estimates in their total. WPE5 lacks an estimate for E. Asia, so this is a minimum estimate.",">830,000",830000,"600,000",600000,,NAWMP 2018,,50,,,,"eBrd17(UsCa,WHem), PIF(Glob)",2,3370636,"Natureserve, with Old World extrapolation",,2,2111558,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,4,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017,climate change and associated increasing shipping and resource development (FWS Mig Birds/ Sea Duck JV 2017),3,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017,,5,CBC7017; BNA Powell & Suydam 2012,,-6.43,CBC7017,-9.06,-3.69,-8.01,-4.80,10.73,56,-90.31,-97.44,-61.91,,14,13,14,Watch List - Yel-D,LC,,,Arctic,Nearctic,Wetlands: Tundra,Coasts: Tundra,Coasts: Marine Waters, +64,Common Eider,Somateria mollissima,waterfowl,Anseriformes,Anatidae,,1,1,0,0,M,,,3,NAWMP 2018; WPE5,2/3 adjustment applied to pop estimates in WPE 5 for outside N America and to NAWMP 2018 estimate for N America since all or most from non-breeding surveys,"2,300,000",2300000,"750,000",750000,,NAWMP 2018,"non-breeding survey, 2/3 adjustment applied to estimate breeding adults",65,100,40.74074,40.74074173,NAWMP 2018; WPE5,2,1999255,"Natureserve, with Old World extrapolation",,2,1002316,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,4,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017,climate change and associated increasing shipping and resource development (FWS Mig Birds/ Sea Duck JV 2017),3,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017,,3,Bowman et al. 2015; FWS Mig Birds/ Sea Duck JV 2017; CBC7017,"Rosenberg 2019: BNA (2000) indicates declines in several populations and CBC trend highly imprecise, so PT3 seems right.",1.04,CBC7017,-4.69,6.67,-2.09,4.33,177.23,179,12.62,-77.64,479.38,,12,11,12,,NT,,,Arctic,Eastern Temperate,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters,Coasts: Rocky Intertidal +65,Harlequin Duck,Histrionicus histrionicus,waterfowl,Anseriformes,Anatidae,Monotypic. Howard and Moore (2003) list subspecies H. h. histionicus and H. h. pacificus but validity doubtful.,1,1,0,0,M,,,4,WPE5; NAWMP 2018,"combined NAWMP 2018 estimates with WPE estimates for Greenland, Iceland, and E. Asia. Used 2/3 rule for all estimates since NAWMP based on index derived from winter surveys, as was Greenland. Sources unavailable for Iceland and E. Asia so assumed includes all ages as per WPE5 guidelines.","230,000",230000,"170,000",170000,,NAWMP 2018,"non-breeding survey, 2/3 adjustment applied to estimate breeding adults. Unclear if it includes birds that breed in Greenland.",50,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,6482534,"Natureserve, with Old World extrapolation",,2,1025318,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017,,3,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017,,3,Bowman et al. 2015; FWS Mig Birds/ Sea Duck JV 2017; CBC7017,,-0.52,CBC7017,-1.83,0.82,-1.28,0.24,37.96,257,-21.74,-59.31,24.88,,11,12,12,,LC,,,Nearctic,Nearctic,Wetlands: Lakes and Rivers,Coasts: Beach and Estuary,Coasts: Marine Waters,Coasts: Rocky Intertidal +67,Surf Scoter,Melanitta perspicillata,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,1,0,M,,,4,NAWMP 2018,"non-breeding survey, 2/3 adjustment applied","470,000",470000,"470,000",470000,,NAWMP 2018,"non-breeding survey, 2/3 adjustment applied to estimate breeding adults",100,99.21206665,99.21207,99.21206665,"eBrd17(UsCa,WHem)",1,4694175,Natureserve,,2,811357,FWS Mig Birds/ Sea Duck JV 2017,"Their winter range is similar to WWSC, which would suggest 2 (FWS Mig Birds/ Sea Duck JV 2017). This comment overruled BirdLife's ND polygon size of 816,432 km2, since in comparison with WWSC's polygon, SUSC's covered much less coastline but was less detailed and much wider, which seemed like an arbitrary difference in mapping conventions rather than a biological basis, so we relied on expert opinion instead of GIS.",3,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017,Not sure why the threats to scoters' breeding areas is less than many of the other species (including bufflehead and hooded merganser) (FWS Mig Birds/ Sea Duck JV 2017),3,PIFTC-02,,2,CBC7017,"Rosenberg 2017: Bpop waterfowl surveys useless for scoters because they can't identify to species; BNA (2015) indicates historic declines but no recent species-specific declines; so CBC is the best we have, and consistent with use of CBC for other scoters",0.19,CBC7017,-0.38,0.82,-0.14,0.54,31.22,477,8.90,-18.34,40.41,,10,11,11,,LC,,,Northern Forest,Nearctic,Wetlands: Boreal,,Coasts: Marine Waters, +69,White-winged Scoter,Melanitta deglandi,waterfowl,Anseriformes,Anatidae,Formerly considered conspecific with Melanitta fusca.,1,1,1,0,M,,,4,NAWMP 2018,"does not include Velvet Scoter, recognized as separate species by IUCN/Birdlife","400,000",400000,"400,000",400000,,NAWMP 2018,,40,100,100,100,NAWMP 2018,1,4842634,BirdLife,,2,1427087,BirdLife,,3,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017,Not sure why the threats to scoters' breeding areas is less than many of the other species (including bufflehead and hooded merganser) (FWS Mig Birds/ Sea Duck JV 2017),3,PIFTC-02,,3,CBC7017,Rosenberg 2017: Waterfowl surveys useless because they can't identify scoters; BNA (2019) indicates historic declines but no recent species-specific declines; so CBC is the best we have,-0.57,CBC7017,-2.70,1.85,-1.87,0.85,32.17,593,-24.59,-71.49,94.50,,11,12,12,,,,,Northern Forest,Nearctic,Wetlands: Lakes and Rivers,,Coasts: Marine Waters, +72,Black Scoter,Melanitta americana,waterfowl,Anseriformes,Anatidae,,1,1,1,0,M,,,3,WPE5; NAWMP 2018,combined NAWMP 2018 estimate with WPE5 spring count for E. Asia,"900,000",900000,"500,000",500000,,NAWMP 2018,,20,100,55.55556,55.55555725,WPE5; NAWMP 2018,1,9505445,"Natureserve, with Old World extrapolation",,2,2375129,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017,Not sure why the threats to scoters' breeding areas is less than many of the other species (including bufflehead and hooded merganser) (FWS Mig Birds/ Sea Duck JV 2017),3,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017,,4,Bowman et al. 2015; FWS Mig Birds/ Sea Duck JV 2017; CBC7017,,-2.30,CBC7017,-4.80,0.06,-3.77,-0.90,63.25,494,-62.15,-84.19,-8.45,,11,12,12,,NT,,,Arctic,Nearctic,Wetlands: Tundra,,Coasts: Marine Waters, +73,Long-tailed Duck,Clangula hyemalis,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,1,0,M,,,3,NAWMP 2018; WPE5,,"3,200,000",3200000,"1,000,000",1000000,,NAWMP 2018,,40,100,31.25,31.25,NAWMP 2018; WPE5,1,12167220,"Natureserve, with Old World extrapolation",,1,3020616,FWS Mig Birds/ Sea Duck JV 2017,,3,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017,,3,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017,,5,Bowman et al. 2015; FWS Mig Birds/ Sea Duck JV 2017; CBC7017,"Rosenberg 2019: most sources agree with steep decline, except BNA account (2002) states that no significant overall trend can be detected, but this account is out of date",-4.76,CBC7017,-9.34,-2.21,-7.18,-3.08,84.40,659,-80.81,-94.54,-28.14,,12,12,12,CBSD,VU,,,Arctic,Nearctic,Wetlands: Tundra,,Coasts: Marine Waters,Wetlands: Lakes and Rivers +74,Bufflehead,Bucephala albeola,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,1,0,M,,,3,NAWMP 2018,,"1,300,000",1300000,"1,300,000",1300000,,NAWMP 2018,,100,,,,eBrd17(UsCa),1,4718724,Natureserve,,1,7933493,Natureserve,,2,CWS reviewers 2018,Reduced score during calibration with TB-r. Josh Vest and Greg Soulliere agreed.,3,PIFTC-02,,1,BBS7017,"Shaw 2020: CBC trend is 1.8185%, leading to same score",3.46,BBS7017,2.45,4.60,2.86,4.16,0.33,255,351.83,210.38,568.21,,7,8,8,,LC,,,Northern Forest,Nearctic,Wetlands: Forested,Wetlands: Lakes and Rivers,Coasts: Marine Waters,Wetlands: Lakes and Rivers +75,Common Goldeneye,Bucephala clangula,waterfowl,Anseriformes,Anatidae,,1,1,1,0,PM,,,3,NAWMP 2012; WPE5,,"2,500,000",2500000,"1,200,000",1200000,,NAWMP 2012,"Estimate is for ""Goldeneyes"" but similar to 2012 estimates of COGO",40,99.9172821,48,48,NAWMP 2012; WPE5,1,18174728,"Natureserve, with Old World extrapolation",,1,22700635,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,2,CWS reviewers 2018,Reduced score during calibration with TB-r. Josh Vest and Greg Soulliere agreed.,3,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017,"threats include invasive species and changes in prey communities, contamination from increased shipping and/or coastal development, and again, the unpredictable effects of climate change on wetland and estuarine quality (FWS Mig Birds/ Sea Duck JV 2017).",2,BBS7017,,0.75,BBS7017,-0.01,1.50,0.27,1.21,0.26,362,41.65,7.60,98.12,,8,9,9,,LC,,,Northern Forest,Nearctic,Wetlands: Forested,Wetlands: Lakes and Rivers,Coasts: Marine Waters,Wetlands: Lakes and Rivers +76,Barrow's Goldeneye,Bucephala islandica,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,0,0,PM,,,4,NAWMP 2018,"non-breeding surveys, 2/3 adjustment applied","180,000",180000,"180,000",180000,,NAWMP 2018,"non-breeding survey, 2/3 adjustment applied to estimate breeding adults",98,100,98,98,"eBrd17(UsCa,WHem), PIF(Glob)",2,2301140,"Natureserve, with Old World extrapolation",,2,1840457,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017,,3,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017,why is non-breeding BAGO a 2 while other Pacific wintering species are 3? (FWS Mig Birds/ Sea Duck JV 2017),4,BBS7017,"Rosenberg 2019: BBS trend seems pretty well supported (99 routes, with declines in all regions)",-1.41,BBS7017,-2.82,-0.28,-2.25,-0.72,0.26,89,-44.57,-65.89,-12.46,,13,13,13,,LC,,,Northern Forest,Nearctic,Wetlands: Forested,Wetlands: Lakes and Rivers,Coasts: Marine Waters,Wetlands: Lakes and Rivers +78,Hooded Merganser,Lophodytes cucullatus,waterfowl,Anseriformes,Anatidae,"Monotypic. ",1,1,1,1,PM,,,3,NAWMP 2012,,"1,100,000",1100000,"1,100,000",1100000,,NAWMP 2012,"NAWMP 2012 plan provides species-level estimate; NAWMP 2018 says 1,331,000 mergansers combined, but does not separate spp",100,99.99742126,99.99742,99.99742126,"eBrd17(UsCa,WHem)",1,5452014,Natureserve,,1,5574262,Natureserve,,3,PIFTC-02,,2,PIFTC-02,,1,BBS7017,Shaw 2020: CBC trend similar,4.67,BBS7017,3.90,5.43,4.23,5.15,0.03,438,696.53,439.47,1025.65,,8,7,8,,LC,,,Northern Forest,Nearctic,Wetlands: Forested,Wetlands: Lakes and Rivers,Wetlands: Lakes and Rivers, +53,Green-winged Teal,Anas crecca,waterfowl,Anseriformes,Anatidae,,1,1,1,1,M,,,3,NAWMP 2018; WPE5,"updated WPE estimate with latest NAWMP estimate for North America; most other pop estimates appeared to be based on non-breeding surveys, so 2/3 adjustment applied for breeding pop estimate","6,700,000",6700000,"3,900,000",3900000,,NAWMP 2018,,30,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,36098237,"Natureserve, with Old World extrapolation",,1,24504560,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,TrUST 2016,Breeding goes to 3 due to prairies and boreal development trajectories (TrUST 2016).,2,TrUST 2016,Non-breeding stays at 2 (TrUST 2016).,1,FWS7017,,1.68,FWS7017,1.54,1.84,,,,,119.06,100.37,133.80,,8,7,8,,LC,,w,Nearctic,Nearctic,Wetlands: Generalist,,Wetlands: Generalist, +54,Canvasback,Aythya valisineria,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,1,1,M,,,3,NAWMP 2018,,"690,000",690000,"690,000",690000,,NAWMP 2018,,100,99.51432037,99.51432,99.51432037,"eBrd17(UsCa,WHem)",2,3637441,Natureserve,,1,5757278,Natureserve,,3,TrUST 2016,"More Redheads means more parasitism for CANV, but 4 seems extreme; TB= 3 makes sense (TrUST 2016).",3,TrUST 2016,"Nonbreeding not as concentrated on Gulf Coast, but no reason to expect threats should be 4; keep TN at 3 (TrUST 2016).",2,FWS7017,,0.76,FWS7017,0.55,0.98,,,,,42.93,30.69,56.28,,10,9,10,,LC,,,Nearctic,Nearctic,Wetlands: Seasonally Wet Grasslands,Wetlands: Freshwater Marsh,Wetlands: Lakes and Rivers,Coasts: Marine Waters +55,Redhead,Aythya americana,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,1,1,M,,,3,NAWMP 2018,,"1,200,000",1200000,"1,200,000",1200000,,NAWMP 2018,,100,97.70555878,100,100,NAWMP 2018,1,4994036,Natureserve,,1,4940081,Natureserve,,3,TrUST 2016,"Score 3 for breeding, although found in the less threatened permanent wetlands (TrUST 2016).",3,TrUST 2016,"Non-breeding could change due to energy development, but moderate threats (3) seem appropriate. Loss of non-breeding sea-grass habitat mitigated by movement into freshwater habitat to compensate (TrUST 2016).",1,FWS7017,,1.59,FWS7017,1.38,1.79,,,,,109.24,91.45,128.78,,8,8,8,,LC,,,Nearctic,Nearctic,Wetlands: Seasonally Wet Grasslands,Wetlands: Freshwater Marsh,Coasts: Marine Waters,Wetlands: Lakes and Rivers +57,Ring-necked Duck,Aythya collaris,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,1,1,M,,,3,NAWMP 2018,,"2,000,000",2000000,"2,000,000",2000000,,NAWMP 2018,,100,99.80575562,99.80576,99.80575562,"eBrd17(UsCa,WHem)",1,4773863,Natureserve,,1,6602187,Natureserve,,3,TrUST 2016,TB= 3 is consistent for breeding in southern boreal (TrUST 2016),2,TrUST 2016,"No expected threats NB, so 2 (TrUST 2016)",1,BBS7017,,3.29,BBS7017,2.00,4.31,2.57,3.91,0.29,501,319.70,178.27,563.81,,8,7,8,,LC,,,Northern Forest,Nearctic,Wetlands: Boreal,,Wetlands: Lakes and Rivers, +470,Snowy Plover,Charadrius nivosus,shorebird,Charadriiformes,Charadriidae,,0,1,1,1,PM,,,5,USSCP 2016,,"31,000",31000,"24,000",24000,2012,Thomas et al. 2012,"Shaw 2020: Extrapolated from N. American estimate of 25,869 that included 9% in Mexico",100,,,,"eBrd17(UsCa,WHem)",2,1092482,BirdLife and NatureServe (2012),,2,1080723,BirdLife and NatureServe (2012),,4,USSCP 2016,,4,USSCP 2016,,4,USSCP 2016; Mexican Regional Assessment 2005,"Panjabi 2019: PT-r = 4 in all key Mexican breeding areas (NWAB, NWCH, CEMH). CBC probably covers less than half the population and could be confounded by climate change, so didn't use. Demarest 2019: would seem to be one of those “must get” CBC species, so another reason not to use CBC.",0.38,CBC7017*,-0.47,1.23,-0.08,0.84,2.87,126,17.72,-19.01,77.35,,15,15,15,Watch List - Yel-D,NT,,,Widespread,Widespread,Coasts: Beach and Estuary,Wetlands: Lakes and Rivers,Coasts: Beach and Estuary, +467,Wilson's Plover,Charadrius wilsonia,shorebird,Charadriiformes,Charadriidae,,0,1,1,1,PM,,,5,USSCP 2016,,"22,000",22000,"8,600",8600,,USSCP 2016,,100,,,,"eBrd17(UsCa,WHem)",3,854106,BirdLife and NatureServe (2012),,3,833803,BirdLife and NatureServe (2012),,4,USSCP 2016,,4,USSCP 2016,,4,CBC7017,,-1.91,CBC7017,-4.06,1.16,-3.28,-0.20,0.80,76,-45.71,-80.07,57.51,,16,16,16,Watch List - Yel-R,LC,,,Widespread,Widespread,Coasts: Beach and Estuary,,Coasts: Beach and Estuary, +460,Common Ringed Plover,Charadrius hiaticula,shorebird,Charadriiformes,Charadriidae,,1,0,0,0,M,,,3,USSCP 2016,,"910,000",910000,"2,000",2000,,USSCP 2016,,5,4.406000137,0.2203,0.220300004,"eBrd17(UsCa,WHem), WI(Glob)",1,4694414,BirdLife and NatureServe (2012),,1,23892621,BirdLife and NatureServe (2012),,2,USSCP 2016,,3,USSCP 2016,,3,USSCP 2016,,,,,,,,,,,,,,9,10,10,,LC,,,Arctic,Paleotropical,Wetlands: Tundra,,Coasts: Beach and Estuary, +461,Semipalmated Plover,Charadrius semipalmatus,shorebird,Charadriiformes,Charadriidae,Monotypic.,1,1,1,1,M,,,4,USSCP 2016,,"200,000",200000,"200,000",200000,,USSCP 2016,,100,83.4000473,100,100,USSCP 2016,1,4918499,BirdLife and NatureServe (2012),,2,2794885,BirdLife and NatureServe (2012),,2,USSCP 2016,,3,USSCP 2016,,2,Mig7416,,-0.35,Mig7416,-1.95,0.78,,,,,-17.41,-46.43,26.21,,9,11,11,,LC,,,Arctic,Widespread,Coasts: Beach and Estuary,Tundra: Arctic,Coasts: Beach and Estuary, +462,Piping Plover,Charadrius melodus,shorebird,Charadriiformes,Charadriidae,Monotypic.,1,1,1,1,M,,,5,USSCP 2016,,"8,400",8400,"8,400",8400,,USSCP 2016,,100,99.89572906,99.89573,99.89572906,"eBrd17(UsCa,WHem)",3,501304,BirdLife and NatureServe (2012),,4,222206,BirdLife and NatureServe (2012),,5,USSCP 2016,,4,USSCP 2016,,5,CBC7017,,-1.86,CBC7017,-2.90,-0.75,-2.47,-1.25,2.67,114,-58.70,,,,18,18,18,Watch List - Red,NT,,,Eastern Temperate,Eastern Temperate,Coasts: Beach and Estuary,Wetlands: Lakes and Rivers,Coasts: Beach and Estuary, +459,Killdeer,Charadrius vociferus,shorebird,Charadriiformes,Charadriidae,,1,1,1,1,PM,,,3,"USSCP 2016, bbs0514(BBS), eBrd17(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"2,300,000",2300000,"1,800,000",1800000,2012,"USSCP 2016; bbs0514(BBS), eBrd17(WHem)","Shaw 2020: extrapolated from USSCP 2016 world estimate of 2,005,500 using the proportion in US/Canada estimated from the other sources listed",100,,,,"bbs0514(BBS), eBrd17(WHem)",1,14430677,BirdLife and NatureServe (2012),,1,9132484,BirdLife and NatureServe (2012),,2,B. Andres 2017,,2,USSCP 2016,,4,BBS7017,,-0.97,BBS7017,-1.06,-0.87,-1.02,-0.91,5.32,4152,-36.56,-39.31,-33.53,,10,10,10,,LC,yes,"b,w",Nearctic,Widespread,Open Country: Habitat Mosaic,Wetlands: Generalist,Open Country: Habitat Mosaic,Wetlands: Generalist +469,Mountain Plover,Charadrius montanus,shorebird,Charadriiformes,Charadriidae,Monotypic.,1,1,1,0,M,,,5,USSCP 2016,,"20,000",20000,"20,000",20000,,USSCP 2016,,100,83.81370544,100,100,USSCP 2016,3,759955,BirdLife and NatureServe (2012),,3,881845,BirdLife and NatureServe (2012),,4,PIFSC-19,changed due to calibration with TB-r,4,USSCP 2016,,5,BBS7017,,-3.11,BBS7017,-4.93,-1.65,-4.04,-2.25,0.41,73,-75.13,-89.33,-53.39,,17,17,17,Watch List - Red,NT,,"b,w",Great Plains,North American Southwest,Grasslands: Temperate,,Grasslands: Chihuahuan, +471,Northern Jacana,Jacana spinosa,shorebird,Charadriiformes,Jacanidae,,0,1,1,1,R,,,3,PIF CAW 2016,,,,,,,,,100,,,,"eBrd17(UsCa,WHem)",2,1051279,Natureserve,,2,1051279,Natureserve,,2,Brown et al. 2001,,2,PIFTC-02,,3,Brown et al. 2001,stable (MX-NSAC),,,,,,,,,,,,,10,10,10,,LC,,,Mesoamerica,Mesoamerica,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +668,Trindade Petrel,Pterodroma arminjoniana,waterbird,Procellariiformes,Procellariidae,,0,1,0,0,M,,1,5,Birdlife 2017,"ranges offshore of SE USA during non-breeding; Luigi et al. (2008) have revised the previous population estimate of 15,000 individuals globally (Brooke 2004) to just 1,130 breeding pairs.","2,250",2250,,,,,,,,,,,5,,BirdLife 2017; Panjabi-17,"breeds on Trindade Islands off the coast of Espírito Santo, Brazil.",1,,Birdlife 2017,,3,Birdlife 2017,"No major threats, but susceptible to stochastic events and human disturbance. Introduced cats and pigs may have formerly restricted the breeding population on Trindade to inaccessible cliff sites and islets (see item 'Ecology' above) (Williams 1984, F. P. da Fonseca Neto in litt. 2000), and it is also a surface nesting species, so low altitude populations might have been eliminated by feral pigs, cats and humans from the 1700s onwards, except those in small islets surrounding the main island. Hundreds of goats (~500) and/or fire have largely removed forested habitats on the island (Murphy 1936, Olson 1981, F. P. da Fonseca Neto in litt. 2000), but the effect on breeding sites is undetermined. All feral mammals now eradicated, but house mouse Mus musculus abundant. The Brazilian Navy is possibly interested in building a small airbase on the island, which could pose threats in its construction and operation (F. P. da Fonseca Neto in litt. 2000). Experimental wind turbines and a tower for wind measurements have already been built on the island, with plans to build further wind turbines in the near future. The Martin Vaz Islands have never been inhabited and are unlikely to harbour introduced mammals (Williams 1984). The only disturbance to these populations has been the former use of the islands for occasional target practice by the navy (Williams 1984). In Round Island share breeding grounds with P. neglecta and P. heraldica, with hybridization occurring (Brown et al. 2010, 2011), which could lead to blurring of specific identity. ",3,Birdlife 2017,non-breeding threats unknown,3,BirdLife 2017,unknown trend,,,,,,,,,,,,,16,12,16,Watch List - Yel-R,VU,,,Temperate Northern Atlantic,Temperate Northern Atlantic,Islands: Oceanic,,Oceans: Pelagic, +752,Cattle Egret,Bubulcus ibis,waterbird,Pelecaniformes,Ardeidae,"Not recognized by del Hoyo et al. (1992) or Clements (2000) or Howard and Moore (2003), but included in treatments Peters (1979).",1,1,1,1,PM,,,2,"PIFcalc19, bbs0514(BBS), eBrd17(WHem,Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"48,000,000",48000000,"2,800,000",2800000,2010.5,PIFcalc19,,54.52794425,,,,"bbs0514(BBS), eBrd17(WHem,Glob)",1,35923738,"Natureserve, with Old World extrapolation",,1,50625860,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,2,Waterbird Working Group 2017,"have been declines, especially in TX, possibly due to less cattle on the landscape; large colonies have disappeared; Vermillion, William (2017): Low score probably due to perception of competitive advantage noted in LBHE cell above. Agree though, 2 or 3 seems okay. Agree with TB/TN=2 (Waterbird working group 2017)",2,Waterbird Working Group 2017,,4,BBS7017,,-1.43,BBS7017,-2.01,-0.71,-1.77,-1.00,56.04,809,-47.73,-61.91,-26.96,,9,9,9,,LC,yes,"b,w",Widespread,Widespread,Wetlands: Generalist,,Open Country: Developed/Disturbed,Wetlands: Seasonally Wet Grasslands +754,Green Heron,Butorides virescens,waterbird,Pelecaniformes,Ardeidae,,1,1,1,1,PM,,,3,"PIFcalc19, bbs0514(BBS), eBrd17(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"1,200,000",1200000,"770,000",770000,2010.5,PIFcalc19,,99.99166373,,,,"bbs0514(BBS), eBrd17(WHem)",1,26436577,"Natureserve, with Old World extrapolation",,1,15864703,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Waterbird Working Group 2017,,3,Waterbird Working Group 2017,,5,BBS7017,"BBS data clearly contradicts Kushlan et al., no reason to question BBS data for this species",-1.85,BBS7017,-1.98,-1.71,-1.92,-1.77,0.55,2229,-58.37,-61.21,-55.47,,12,12,12,CBSD,,,,Widespread,Widespread,Wetlands: Freshwater Marsh,,Wetlands: Generalist,Coasts: Saltmarsh +755,Striated Heron,Butorides striata,waterbird,Pelecaniformes,Ardeidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,,Natureserve; PIFSC-12,,1,0,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,8,8,8,,LC,,,Neotropical,Neotropical,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +756,Agami Heron,Agamia agami,waterbird,Pelecaniformes,Ardeidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,1,7868582,Natureserve,,1,7868582,Natureserve,,4,MX-NSAC,,4,MX-NSAC,,3,MX-NSAC,unknown,,,,,,,,,,,,,12,12,12,,VU,,,Neotropical,Neotropical,Wetlands: Forested,Forests: Tropical Lowland Evergreen,Wetlands: Forested,Forests: Tropical Lowland Evergreen +757,Capped Heron,Pilherodius pileatus,waterbird,Pelecaniformes,Ardeidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,1,10300000,BirdLife 2016,,1,10300000,BirdLife 2016,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,South American Lowlands,South American Lowlands,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +932,Fiery-billed Aracari,Pteroglossus frantzii,landbird,Piciformes,Ramphastidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,18678,NatureServe,,5,18678,NatureServe,,3,PIF CAW 2014,requiere arboles con cavidades,2,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,15,14,15,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +933,Yellow-eared Toucanet,Selenidera spectabilis,landbird,Piciformes,Ramphastidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,145446,NatureServe,,4,145446,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +934,Keel-billed Toucan,Ramphastos sulfuratus,landbird,Piciformes,Ramphastidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,678276,Natureserve 3.0,,3,678276,Natureserve 3.0,,4,MX-NSAC,,3,MX-NSAC,requires forest,4,PIF CAW 2014,,,,,,,,,,,,,,15,14,15,Watch List - Yel-D,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +935,Yellow-throated Toucan,Ramphastos ambiguus,landbird,Piciformes,Ramphastidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,432462,NatureServe,,3,432462,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,NT,,,Neotropical,Neotropical,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +937,Olivaceous Piculet,Picumnus olivaceus,landbird,Piciformes,Picidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,492377,NatureServe,,3,492377,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,es más estable en Costa Rica y Panamá,,,,,,,,,,,,,13,13,13,,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +939,Lewis's Woodpecker,Melanerpes lewis,landbird,Piciformes,Picidae,Monotypic.,1,1,1,0,PM,,,4,PIFcalc19,,"82,000",82000,"82,000",82000,2010.5,PIFcalc19,,100,,,,eBrd17(UsCa),2,1450667,Natureserve 3.0 with adjustment by PIFSC-08,"Reduced by 30%; BNA more accurately reflects restricted, drier, lower elevation of this species similar to the distribution of ponderosa pine than NS",3,638010,Natureserve 3.0,"Again, the BNA description is more accurate. The the core of the ND is more restricted but may have a wider, sporadic distribution than BD- 'generally winters within southern portion of breeding range north to sw. Oregon, central Utah, and central Colorado",4,PIFTC-02,"are threats really that high across range? (KR); benefit from fire, if old stuff left. Riparian areas may be sinks. DP - fire management issues will only get worse; Krueper, Dave: With climate change and increased intensity of fires (stand replacement) this species will probably continue to decline. Camfield,Alaine [NCR]: +Listed as threatened in Canada, fire suppression, Mountain Pine Beetle and habitat loss due to development and agricuture are the biggest threats. Suggest leaving at 4. TB score 5 in Canadian BCR strategies.",3,PIFTC-02,,5,BBS7017,,-1.96,BBS7017,-2.96,-1.11,-2.52,-1.44,0.13,187,-59.25,-76.03,-44.53,,15,15,15,Watch List - Yel-D,LC,,,Western Temperate,Western Temperate,Forests: Temperate Western,,Forests: Temperate Western, +432,Purple Gallinule,Porphyrio martinicus,waterbird,Gruiformes,Rallidae,Monotypic.,0,1,1,1,PM,,,4,"PIFcalc19, eBrd17(UsCa,WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"390,000",390000,"20,000",20000,2010.5,PIFcalc19,,99.9930545,,,,"eBrd17(UsCa,WHem)",1,13379008,Natureserve,,1,13340081,Natureserve,,3,Waterbird Working Group 2017,wetlands loss in SE USA but not as severe in latin America; uses modified wetlands like rice fields (Waterbird working group 2017),2,Waterbird Working Group 2017,uses modified habitats such ricefields,4,Waterbird Working Group 2017; BBS7017,Central America pops may be more stable (Hunter/Andres); considered stable in Delany and Scott,-1.95,BBS7017,-3.73,0.03,-2.99,-0.87,0.10,49,-50.70,-80.16,26.77,,12,11,12,,LC,,,Widespread,Neotropical,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +435,Common Gallinule,Gallinula galeata,waterbird,Gruiformes,Rallidae,,1,1,1,1,PM,,,2,"PIFcalc19, bbs0514(BBS), eBrd17(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"5,100,000",5100000,"500,000",500000,2010.5,PIFcalc19,,100,,,,"bbs0514(BBS), eBrd17(WHem)",1,45236583,"Natureserve, with Old World extrapolation",,1,39722777,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Waterbird Working Group 2017,wetlands loss in SE USA but not as severe in latin America; uses modified wetlands like rice fields (Waterbird working group 2017),2,Waterbird Working Group 2017,uses modified habitats such ricefields,3,Waterbird Working Group 2017,Shaw 2019: average PT-r in Mexico and C. America is 3. Caribbean trends unknown (WPE5). Waterbird Working Group 2017: Conflicting info from BBS (neg) and CBC (pos.) for US/Canada trends. 3 for uncertainty.,-1.15,BBS7017*,-1.97,-0.34,-1.67,-0.64,0.38,218,-40.15,-57.96,-9.58,,9,8,9,,LC,,,Widespread,Widespread,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +439,American Coot,Fulica americana,waterbird,Gruiformes,Rallidae,,1,1,1,1,PM,,,2,"PIFcalc19, bbs0514(BBS), eBrd17(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"7,100,000",7100000,"5,500,000",5500000,2010.5,PIFcalc19,,100,,,,"bbs0514(BBS), eBrd17(WHem)",1,10561797,Natureserve,,1,7355452,Natureserve,,3,Waterbird Working Group 2017,,3,Waterbird Working Group 2017,recurring die-offs associated with bluegreen algae can wipe out thousands of coots at once,2,BBS7017,,0.17,BBS7017,-0.44,0.74,-0.20,0.51,3.68,1021,8.74,-18.27,50.08,,8,8,8,,LC,,,Nearctic,Widespread,Wetlands: Freshwater Marsh,,Wetlands: Lakes and Rivers,Coasts: Saltmarsh +627,White-tailed Tropicbird,Phaethon lepturus,waterbird,Phaethontiformes,Phaethontidae,,0,0,1,1,M,,,4,"BNA, Lee & Walsh-McGee 1998","<200,000 pairs","<400,000",400000,,,,,,,,,,,3,,BirdLife 2017; Panjabi-17,,2,,BirdLife 2017; Panjabi-17,,4,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,15,13,15,Watch List - Yel-D,LC,,,Pantropical,Pantropical,Islands: Oceanic,,Oceans: Pelagic, +628,Red-billed Tropicbird,Phaethon aethereus,waterbird,Phaethontiformes,Phaethontidae,,0,0,1,1,PM,,,5,BirdLife 2015,,"8,200",8200,,,,,,,,,,,5,24500,BirdLife 2015,"Breeding colonies are widely isolated. BirdLife range presumably represents area of islands and immediate waters, where most birds are found during breeding.",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",4,Hunter-Rosenberg 2003,,3,C. Hunter 2017,impacted by fisheries; entanglement in fishing nets; bycatch,3,Kushlan et al. 2002,,,,,,,,,,,,,,17,12,17,Watch List - Red,LC,,,Pantropical,Pantropical,Islands: Oceanic,,Oceans: Pelagic,Coasts: Marine Waters +629,Red-tailed Tropicbird,Phaethon rubricauda,waterbird,Phaethontiformes,Phaethontidae,,0,0,1,1,M,,,4,BNA Schreiber and Schreiber 2009,"30-40,000 pairs","70,000",70000,,,,,,,,,,,3,,BirdLife 2017; Panjabi-17,,3,,BirdLife 2017; Panjabi-17,,3,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002,,,,,,,,,,,,,,13,13,13,,LC,,,Eastern Indo-Pacific,Eastern Indo-Pacific,Islands: Oceanic,,Oceans: Pelagic, +710,Wood Stork,Mycteria americana,waterbird,Ciconiiformes,Ciconiidae,Monotypic.,0,1,1,1,PM,,,4,WPE5,"2005-2011 best guess for S. America, 2005 best guess for Mexico, Caribbean, Central America, 2001-2006, census-based for SE USA. Adult estimate assumes 2/3 of total pop. are adults.","450,000",450000,"16,000",16000,1995,BNA Coulter et al. 1999,,100,,,,"bbs0514(BBS), eBrd17(WHem)",1,13984258,Natureserve,,1,14872309,Natureserve,,4,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,3,Waterbird Working Group 2017,"Panjabi 2020: BBS shows steep increase in US, but breeding origin of these birds is unclear, so not used. Shaw 2020: C. American PT-r's average 2 and Mexican PT-r's average 3 (Mexican Regional Assessment 2005; PIF CAW 2014)",1.59,BBS7017*,0.05,2.89,0.74,2.36,0.63,163,104.99,6.82,219.43,,12,11,12,,LC,,w,Neotropical,Neotropical,Wetlands: Forested,Wetlands: Freshwater Marsh,Wetlands: Generalist, +79,Common Merganser,Mergus merganser,waterfowl,Anseriformes,Anatidae,,1,1,1,0,PM,,,3,NAWMP 2012; WPE5,,"1,900,000",1900000,"1,200,000",1200000,,NAWMP 2012,"NAWMP 2012 plan provides species-level estimate; NAWMP 2018 says 1,331,000 mergansers combined, but does not separate spp",30,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,24673827,"Natureserve, with Old World extrapolation",,1,22767150,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,2,PIFTC-02,,2,PIFTC-02,,3,BBS7017,"PIFSC-19: BBS trend supported by Canadian Coastal Waterfowl Survey. Most aerial surveys don't differentiate at the species level, so can't use USFWS Breeding Population surveys.",-0.44,BBS7017,-1.42,0.31,-1.00,0.01,0.26,931,-17.62,-43.19,23.70,,9,9,9,,LC,,,Northern Forest,Nearctic,Wetlands: Forested,Wetlands: Lakes and Rivers,Wetlands: Lakes and Rivers, +80,Red-breasted Merganser,Mergus serrator,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,1,1,M,,,3,NAWMP 2012; WPE5,"3 of 5 estimates in WPE were non-breeding survveys, assumed other two were also; only NAWMP assumed to be breeding survey","600,000",600000,"400,000",400000,,NAWMP 2012,"NAWMP 2012 plan provides species-level estimate; NAWMP 2018 says 1,331,000 mergansers combined, but does not separate spp",40,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,19960485,"Natureserve, with Old World extrapolation",,2,2446473,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,2,PIFTC-02,,2,PIFTC-02,,3,PIFSC-20,"Rosenberg 2020: because CBC (annual trend = 0.5538%) and BBS (annual trend = -3.25%) so conflicting, and neither survey is obviously better, PT=3 for uncertainty",-3.25,BBS7017*,-5.52,-1.12,-4.57,-2.00,0.07,71,-73.25,-92.24,-32.58,,9,10,10,,LC,,,Arctic,Nearctic,Wetlands: Tundra,Wetlands: Boreal,Coasts: Marine Waters,Coasts: Beach and Estuary +81,Masked Duck,Nomonyx dominicus,waterfowl,Anseriformes,Anatidae,Monotypic.,0,1,1,1,R,,,4,Gomez-Panjabi–PS-g midpoint,,"200,000",200000,<10,10,,Gustafson-19,nesting twice per Lockwood and Freeman (2014). Other nesting records are presumed. Safe to say population is tiny. (Gustafson-19),100,0.568182945,<1,0.005,Gomez-Panjabi; Gustafson-19,1,8424454,Natureserve,,1,8424454,Natureserve,,3,TrUST 2016,"Some range expansion into Texas, but Mexicans scored 3/3, so 3/3 it is (TrUST 2016).",3,TrUST 2016,"Some range expansion into Texas, but Mexicans scored 3/3, so 3/3 it is (TrUST 2016).",3,NAWMP 2004,unknown,,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +82,Ruddy Duck,Oxyura jamaicensis,waterfowl,Anseriformes,Anatidae,,1,1,1,1,M,,,3,PIFcalc19,"only 1,500 breed in the Caribbean (NAWMP 2012), sporadic local breeder in Mexico and Central America (BNA Brua 2002) so pop size unknown but presumably relatively small, with 3,500 naturalized in Europe as of 1992 (but expanding, BNA Brua 2002), so no difference from global estimate given the uncertainty in the estimates","1,300,000",1300000,"<1,300,000",1300000,2010.5,PIFcalc19,"only 1,500 breed in the Caribbean (NAWMP 2012), sporadic local breeder in Mexico and Central America (BNA Brua 2002) so pop size there unknown but presumably relatively small, with 3,500 naturalized in Europe as of 1992 (but expanding, BNA Brua 2002), so no difference from global estimate given the uncertainty in the estimates",99,,,,"bbs0514(BBS), eBrd17(WHem), PIF(Glob)",1,7522493,"Natureserve, with Old World extrapolation",,1,6046492,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,TrUST 2016,"3 for TB seems appropriate, similar to Redhead. Most similar to LESC in migration. Change winter score to 2, no discernible threats (TrUST 2016).",2,TrUST 2016,"3 for TB seems appropriate, similar to Redhead. Most similar to LESC in migration. Change winter score to 2, no discernible threats (TrUST 2016).",1,BBS7017,"Rosenberg 2019: increasing BBS trend looks solid (458 routes), and increases in most BCRs",1.72,BBS7017,0.97,2.48,1.28,2.17,1.58,458,119.32,54.13,220.53,,8,7,8,,LC,,,Nearctic,Widespread,Wetlands: Seasonally Wet Grasslands,Wetlands: Freshwater Marsh,Wetlands: Lakes and Rivers,Coasts: Marine Waters +83,Plain Chachalaca,Ortalis vetula,landbird,Galliformes,Cracidae,,0,1,1,1,R,,,3,PIFTC-02–PS-g midpoint,"can't use BBS-15 estimate of 900 US/Canada, 8000 globally, since based on just 1 BBS route (PIFSC-18).","2,000,000",2000000,"<2,500",2500,,PIFSC-16,Bentsen alone has 150-200 at one feeding station. Becoming an urban bird in cities with mature forest. (M Gustafson),100,11.35976887,0.125,0.125,PIFTC-02; PIFSC-16,3,600842,Natureserve 3.0,,3,600842,Natureserve 3.0,,2,PIFTC-02,"widespread and not as highly threatened below U.S. border; edge bird. But gets hunted out fast; tolerant of disturbance during breeding season (MX-NSAC). see previous comment about hunting; seems to need at least areas of native habitat, even if disturbed -- do these not add up to ""moderate"" threats? (KVR)",2,PIFTC-02,tolerant of disturbance,3,MX-NSAC 2008,"has declined in northern part of range (i.e., Tamp. thornscrub); PT=3 better overall (AP)",,,,,,,,,,,,,11,11,11,,LC,yes,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +84,Gray-headed Chachalaca,Ortalis cinereiceps,landbird,Galliformes,Cracidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,216356,NatureServe,,4,216356,NatureServe,,2,PIF CAW 2014,"plástica, no necesita bosque primario;",2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +86,Rufous-bellied Chachalaca,Ortalis wagleri,landbird,Galliformes,Cracidae,Monotypic.,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,114255,Natureserve 3.0,,4,114255,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,4,Mexican Regional Assessment 2005,go with regional score,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +87,West Mexican Chachalaca,Ortalis poliocephala,landbird,Galliformes,Cracidae,Monotypic.,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,200662,Natureserve 3.0,,4,200662,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,3,MX-NSAC,tolerant of disturbance,4,MX-NSAC-12,"MX endemic, both regions score PT=4",,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +88,White-bellied Chachalaca,Ortalis leucogastra,landbird,Galliformes,Cracidae,Monotypic.,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,"rango muy pequeño, se encuentra en cafetales. Es dificil de encontrar. Hay lugares en El Salvador donde es abundante (CAW);",,,,,,,,,,,,,5,57397,Natureserve 3.0,,5,57397,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,3,MX-NSAC,tolerant of disturbance,3,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +89,Crested Guan,Penelope purpurascens,landbird,Galliformes,Cracidae,,0,0,1,1,R,,,4,PIF CAW 2016,"rango muy amplio, sujeto a mucha cacería. En el área volcanica es común. (CAW); score change from 5 to 4 recommended by Central Americans in 2016",,,,,,,,,,,,,2,1220177,Natureserve 3.0,,2,1220177,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,"hunting, moderate habitat loss",5,PIF CAW 2014,extirpated from much of central american range; most Mexican regions score PT=5,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +90,Black Guan,Chamaepetes unicolor,landbird,Galliformes,Cracidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,19159,NatureServe,,5,19159,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,migrante altitudinal pero su tendencía es estable,3,PIF CAW 2014,afectado por cacería,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +91,Highland Guan,Penelopina nigra,landbird,Galliformes,Cracidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi. PIF CAW 2016,"esta presente en bosques nublados, se puede convertir en común si está protegido (CAW);",,,,,,,,,,,,,4,98090,Natureserve 3.0,,4,98090,Natureserve 3.0,,5,MX-NSAC,,5,MX-NSAC,primary forest,4,PIF CAW 2014,,,,,,,,,,,,,,18,18,18,Watch List - Red,VU,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +92,Horned Guan,Oreophasis derbianus,landbird,Galliformes,Cracidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,45420,Natureserve 3.0,,5,45420,Natureserve 3.0,,5,MX-NSAC,,5,MX-NSAC,"habitat loss, hunting, capture for trade",5,PIF CAW 2014,"greater habitat loss in Guatemala; BirdLife states that populations have declined severely during 20th century and the loss and degradation of cloud-forest has caused the disappearance of the species from Cuilco, San Sebastian Coatan and the municipal area of San Pedro Soloma",,,,,,,,,,,,,20,20,20,Watch List - Red,EN,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +93,Great Curassow,Crax rubra,landbird,Galliformes,Cracidae,,0,0,1,1,R,,,4,PIF CAW 2016,widely extirpated within range; score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,3,648308,Natureserve 3.0,,3,648308,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,"hunting, moderate habitat loss",5,PIF CAW 2014,extirpated from much of central american range; most Mexican regions score PT=5,,,,,,,,,,,,,16,16,16,Watch List - Red,VU,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +95,Tawny-faced Quail,Rhynchortyx cinctus,landbird,Galliformes,Odontophoridae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,178273,NatureServe,,4,178273,NatureServe,,5,PIF CAW 2014,,5,PIF CAW 2014,,5,PIF CAW 2014,ha pérdida más que 50% de su hábitat,,,,,,,,,,,,,18,18,18,Watch List - Red,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +96,Mountain Quail,Oreortyx pictus,landbird,Galliformes,Odontophoridae,,0,1,1,0,R,,,4,PIFcalc19,,"260,000",260000,"250,000",250000,2010.5,PIFcalc19,,100,97.77077484,97.77077,97.77077484,"bbs0514(UsCa), eBrd17(WHem)",3,345663,Natureserve 3.0,,3,345663,Natureserve 3.0,,3,PIFTC-02,"CB-grazing, urban/ag, dewatering, increase in habitat from logging, but uses riparian shrub in northern part, petition to list, near extirp in ID, declined greatly in WA, OR and NV (BNA).",3,PIFTC-02,CB-resident,4,BBS7017,,-0.59,BBS7017,-1.11,-0.02,-0.90,-0.26,3.76,178,-24.21,-41.01,-0.94,,14,14,14,Watch List - Yel-R,LC,,,Pacific North America,Pacific North America,Forests: Temperate Western,Aridlands: Chaparral,Forests: Temperate Western,Aridlands: Chaparral +97,Bearded Wood-Partridge,Dendrortyx barbatus,landbird,Galliformes,Odontophoridae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,28172,Natureserve 3.0,,5,28172,Natureserve 3.0,,5,MX-NSAC,,5,MX-NSAC,primary forest,5,MX-NSAC-12,"Listed as Vulnerable by IUCN, presumably because of steep declines (species fact sheet temporariliy unavailable on BirdLife website); Recently discovered population in northern Oaxaca, population size unknown",,,,,,,,,,,,,20,20,20,Watch List - Red,VU,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +98,Long-tailed Wood-Partridge,Dendrortyx macroura,landbird,Galliformes,Odontophoridae,,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,94024,Natureserve 3.0,,4,94024,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,"hunting, moderate habitat loss",4,MX-NSAC,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak +99,Buffy-crowned Wood-Partridge,Dendrortyx leucophrys,landbird,Galliformes,Odontophoridae,,0,0,1,1,R,,,4,PIF CAW 2016,"se encuentra en pino roble, cafetales, y en periferia de bosques nublados, y en otros bordes de bosque. Es más común de lo que se piensa. Son muy secretivos. (CAW); score change from 5 to 4 recommended by Central Americans in 2016",,,,,,,,,,,,,4,117543,Natureserve 3.0,,4,117543,Natureserve 3.0,,5,MX-NSAC,global score should reflect regional experts' opinion.,5,MX-NSAC,"hunting, moderate habitat loss; global score should reflect regional experts' opinion",5,PIF CAW 2014,"small global range, situation in other central american countires similar (or worse) than in MX; regional experts scored 5",,,,,,,,,,,,,18,18,18,Watch List - Red,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +100,Banded Quail,Philortyx fasciatus,landbird,Galliformes,Odontophoridae,Monotypic.,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,91124,Natureserve 3.0,,4,91124,Natureserve 3.0,,2,MX-NSAC,global score should reflect regional expert's opinion.,2,MX-NSAC,"tolerant of disturbance, but needs woody cover; hunted",2,MX-NSAC-12,"MX endemic found in 1 region, regional experts scored PT=2",,,,,,,,,,,,,12,12,12,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +186,White-tipped Dove,Leptotila verreauxi,landbird,Columbiformes,Columbidae,,0,1,1,1,R,,,2,PIFTC-02–PS-g midpoint,,"20,000,000",20000000,"<10,000",10000,,PIFSC-16,150 ish banded at one site with limited habitat in recent study; high densities in limited range. <10000 (M Gustafson),100,0.634215713,0.05,0.050000001,PIFTC-02; PIFSC-16,1,13437668,Natureserve 3.0,,1,13437668,Natureserve 3.0,,2,PIFTC-02,"DD='- moderately vulnerable to human activities and land-use trends.' BNA supports that in US and ne Mexico along Rio Grande, threats potentially increasing if present trends conditions continue, although makes widespread use of cultivated areas (citrus; expected to remain stable (MX-NSAC).",2,PIFTC-02,"DD='- moderately vulnerable to human activities and land-use trends.' BNA supports that in US and ne Mexico along Rio Grande, threats potentially increasing if present trends conditions continue, although makes widespread use of cultivated areas (citrus; expected to remain stable",3,MX-NSAC 2008,,,,,,,,,,,,,,8,8,8,,LC,yes,,Neotropical,Neotropical,Forests: Tropical Dry,,Forests: Tropical Dry, +187,Caribbean Dove,Leptotila jamaicensis,landbird,Columbiformes,Columbidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,4,92637,PIFSC-08,200-km rule no longer applies; island range but still BD=4,4,92637,Natureserve 3.0,200-km rule no longer applies but still ND=4,3,MX-NSAC,,3,MX-NSAC,requires forest,3,PIF CAW 2014,"occupies open areas, gardens, and dense secondary forests in Caribbean (Rafaelle et al. 1998)",,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Caribbean,Caribbean,Forests: Tropical Dry,Islands: Terrestrial Habitats,Forests: Tropical Dry,Islands: Terrestrial Habitats +188,Gray-chested Dove,Leptotila cassinii,landbird,Columbiformes,Columbidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,313461,Natureserve 3.0,,3,313461,Natureserve 3.0,,3,MX-NSAC,TB=3 more appropriate given some use of disturbed habitats.,3,MX-NSAC,requires forest,4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +194,White-faced Quail-Dove,Zentrygon albifacies,landbird,Columbiformes,Columbidae,Monotypic.,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,No son comunes y está en áreas pequeñas (local) (CAW);,,,,,,,,,,,,,4,192759,Natureserve 3.0,,4,192759,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,4,MX-NSAC,moderate habitat loss,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +195,Chiriqui Quail-Dove,Zentrygon chiriquensis,landbird,Columbiformes,Columbidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,16463,NatureServe,,5,16463,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +196,Russet-crowned Quail-Dove,Zentrygon goldmani,landbird,Columbiformes,Columbidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,6033,NatureServe,,5,6033,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,NT,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +197,White-winged Dove,Zenaida asiatica,landbird,Columbiformes,Columbidae,,0,1,1,1,PM,,,2,PIFcalc19,score change from 2 to 1 recommended by Central Americans in 2016 over PIF estimate of 10000000,"14,000,000",14000000,"5,200,000",5200000,2010.5,PIFcalc19,,100,37.99521255,37.99521,37.99521255,"bbs0514(UsCa), eBrd17(WHem)",2,2758548,Natureserve 3.0 with adjustments by PIFSC-08,"Added 1.5M km2; BNA & Howell show widespread PR in Mex, contra NS",2,2274188,PIFSC-08,"BNA & Howell show widespread PR in Mex, contra NS + +Ken comment: Add 1.7M km2 in Mexico; BNA & Howell show widespread PR in Mex, contra NS",2,PIFTC-02,"CB-more selective in habitat than MODOs, depend on tall, dense salt cedars (AZ fed. Aid report).",2,PIFTC-02,,1,BBS7017,,1.18,BBS7017,0.23,1.97,0.71,1.70,15.54,331,68.04,14.43,163.73,,7,7,7,,LC,yes,w,North American Southwest,North American Southwest,Aridlands: Desert Scrub,Forests: Tropical Dry,Aridlands: Desert Scrub,Forests: Tropical Dry +198,Zenaida Dove,Zenaida aurita,landbird,Columbiformes,Columbidae,,0,0,1,0,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,4,225522,PIFSC-08,score adjusted to reflect range area; 200-km rule no longer applies,4,225522,PIFSC-08,score adjusted to reflect range area; 200-km rule no longer applies,4,MX-NSAC,global score should reflect regional experts' opinion.,4,MX-NSAC,"much of habitat protected, but restricted to coastal scrub; threatened by hurricanes and fire",2,MX-NSAC-12,"consensus from caribbean experts (Jaime Collazo, Frank Rivera, Chuck Hunter) is this species is stable or increasing",,,,,,,,,,,,,13,13,13,,LC,,,Caribbean,Caribbean,Islands: Terrestrial Habitats,Forests: Tropical Dry,Islands: Terrestrial Habitats,Forests: Tropical Dry +200,Mourning Dove,Zenaida macroura,landbird,Columbiformes,Columbidae,,1,1,1,1,PM,,,1,PIFcalc19,,"150,000,000",150000000,"130,000,000",130000000,2010.5,PIFcalc19,,100,88.99946594,88.99947,88.99946594,"bbs0514(UsCa), eBrd17(WHem)",1,11104581,Natureserve 3.0,,1,10031136,Natureserve 3.0,,1,PIFTC-02,,1,PIFTC-02,,3,BBS7017,,-0.34,BBS7017,-0.40,-0.28,-0.37,-0.30,28.06,4306,-14.58,-17.07,-11.80,86,6,6,6,,LC,yes,"b,w",Widespread,Widespread,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic +201,Socorro Dove,Zenaida graysoni,landbird,Columbiformes,Columbidae,Monotypic.,0,0,1,0,R,,,5,PIFSC-08,extinct in the wild,,,,,,,,,,,,,5,,MX-NSAC,no map; but very small range,5,,Natureserve 3.0,no map; but very small rangeKen comment: no map; but very small range,5,MX-NSAC,,5,MX-NSAC,extinct in wild,5,MX-NSAC,,,,,,,,,,,,,,20,20,20,Watch List - Red,EW,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +213,Little Cuckoo,Coccycua minuta,landbird,Cuculiformes,Cuculidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,1,8782798,NatureServe,,1,8782798,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,por la pérdida de bosques en su distribución en la este de Panamá,,,,,,,,,,,,,11,11,11,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +215,Squirrel Cuckoo,Piaya cayana,landbird,Cuculiformes,Cuculidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,14299560,Natureserve 3.0,,1,14299560,Natureserve 3.0,,3,MX-NSAC-08,"requires forested landscapes; moderate threats are more appropriate (Panjabi); Ocurre en habitats transformados, ampliamente distribuido, sugerimos TB=2 (Macias).",3,MX-NSAC,tolerant of disturbance,3,PIF CAW 2014,"trend uncertain, given use of both primary and secondary forests, and more open and disturbed areas, at least in Costa Rica and Panama (Ridgely and Tudor 1989, Garrigues and Dean 2007)",,,,,,,,,,,,,9,9,9,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +217,Yellow-billed Cuckoo,Coccyzus americanus,landbird,Cuculiformes,Cuculidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"9,600,000",9600000,"8,400,000",8400000,2010.5,PIFcalc19,,100,87.36587524,87.36588,87.36587524,"bbs0514(UsCa), eBrd17(WHem)",1,5267573,Natureserve 3.0,,2,3514098,Natureserve 3.0 with adjustment by PIFSC,"Reduced by 75%; winter range probably excludes Amazonia, contra NS map (Ken Rosenberg)",3,PIFTC-02,"DD='moderately vulnerable to human activities and land-use trends.' BNA supports susceptible to riparian habitat loss in West and habitat frag in eastern US. Population likely to decline in future if trends conditions continue; CB-western popns in ripar. Demarest, Dean: From Eastern perspective, should score similarly to other widespread eastern forest inhabiting species. So 3 is prob good. CB-concern in western riparian, reduced numbers; responding to restoration on LCR, is this a fluke or short-term success?; moderate threats (TB=3) is most appopriate range-wide; western pops should be scored 4-5 (AP)",3,PIFTC-02,"DD='moderately vulnerable to human activities and land-use trends.' BNA supports susceptible to riparian habitat loss in West and habitat frag in eastern US. Population likely to decline in future if trends conditions continue. widespread in tropical forests in winter, including tropical deciduous forests which are under high threats; ""moderate"" overall seems right (KVR)",5,BBS7017,,-1.59,BBS7017,-1.69,-1.49,-1.65,-1.53,4.37,2301,-52.94,-55.18,-50.27,29,11,12,12,CBSD,LC,,,Eastern Temperate,South American Lowlands,Forests: Temperate Eastern,,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen +219,Mangrove Cuckoo,Coccyzus minor,landbird,Cuculiformes,Cuculidae,Monotypic.,0,1,1,1,R,,,4,Gomez-Panjabi–PS-g midpoint,"350,000 globally extrapolated with eBird, but not appropriate to extrapolate up from such a small proportion (1-5%) (PIFSC-18).","200,000",200000,"2,400",2400,2010.5,PIFcalc19,,100,0.681351185,0.6813512,0.681351185,"eBrd17(UsCa,WHem)",3,893972,Natureserve 3.0,,3,893972,Natureserve 3.0,,3,PIFTC-02,"DD='moderately to highly vulnerable to human activities and land-use trends' in Florida (TB 4) , but not much else known through bulk of range (TB 3).; moderate habitat loss (MX-NSAC).",3,PIFTC-02,"DD='moderately to highly vulnerable to human activities and land-use trends' in Florida (TB 4) , but not much else known through bulk of range (TB 3).; moderate habitat loss",4,MX-NSAC,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Neotropical,Neotropical,Coasts: Mangroves,Forests: Tropical Dry,Coasts: Mangroves,Forests: Tropical Dry +317,Long-billed Starthroat,Heliomaster longirostris,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,8314317,Natureserve 3.0,,1,8314317,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,3,PIF CAW 2014,,,,,,,,,,,,,,9,9,9,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +151,Rock Pigeon,Columba livia,landbird,Columbiformes,Columbidae,,1,1,1,1,R,1,,1,PIFcalc19,,"140,000,000",140000000,"16,000,000",16000000,2010.5,PIFcalc19,,30,38.29465103,11.4884,11.48839569,"bbs0514(UsCa), eBrd17(WHem), PIF(Glob)",1,100948003,Natureserve 3.0,,1,100948003,Natureserve 3.0; PIFSC-08,,1,RMBO,,1,RMBO,,4,BBS7017,,-1.05,BBS7017,-1.33,-0.83,-1.20,-0.91,9.05,3379,-38.19,-47.48,-30.32,,7,7,7,,LC,yes,"b,w",Introduced,Introduced,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +152,Pale-vented Pigeon,Patagioenas cayennensis,landbird,Columbiformes,Columbidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,13554238,Natureserve 3.0,,1,13554238,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss expected,3,PIF CAW 2014,,,,,,,,,,,,,,9,9,9,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +153,Scaled Pigeon,Patagioenas speciosa,landbird,Columbiformes,Columbidae,Monotypic.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,9744306,Natureserve 3.0,,1,9744306,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss expected,4,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +103,Crested Bobwhite,Colinus cristatus,landbird,Galliformes,Odontophoridae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,2,2015150,NatureServe,,2,2015150,NatureServe,,2,PIF CAW 2014,pérdida de hábitat; urbanización pero estable,2,PIF CAW 2014,,2,PIF CAW 2014,"un subespecie podría ser elevada a nivel de especie, pero deben tener el mismo score",,,,,,,,,,,,,8,8,8,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +104,Scaled Quail,Callipepla squamata,landbird,Galliformes,Odontophoridae,,0,1,1,0,R,,,2,PIFcalc19,,"5,100,000",5100000,"2,400,000",2400000,2010.5,PIFcalc19,,100,47.21386337,47.21386,47.21386337,"bbs0514(UsCa), eBrd17(WHem)",2,1414450,Natureserve 3.0,,2,1414450,Natureserve 3.0,,3,PIFSC-08,"predicted and ongoing loss of grasslands (preferred habitat) is high, desert shrubland habitat relatively secure; more common in disturbed habitats in mexico; although harvested, hunting is likely not a significant threat; CB-overgrazing large effect (BNA).",3,PIFSC-08,"predicted and ongoing loss of grasslands (preferred habitat) is high, desert shrubland habitat relatively secure; although harvested, hunting is likely not a significant threat; benefits from some clearing;",5,BBS7017,,-1.55,BBS7017,-2.11,-0.95,-1.88,-1.20,8.68,195,-51.37,-62.50,-35.09,8,12,12,12,CBSD,LC,,"b,w",North American Southwest,North American Southwest,Grasslands: Chihuahuan,Aridlands: Desert Scrub,Grasslands: Chihuahuan,Aridlands: Desert Scrub +105,Elegant Quail,Callipepla douglasii,landbird,Galliformes,Odontophoridae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,119208,Natureserve 3.0,,4,119208,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,3,MX-NSAC,no known threats,3,MX-NSAC,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,"b,w",Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,Aridlands: Desert Scrub,Forests: Tropical Dry,Aridlands: Desert Scrub +106,California Quail,Callipepla californica,landbird,Galliformes,Odontophoridae,,1,1,1,0,R,,,2,PIFcalc19,,"5,800,000",5800000,"3,400,000",3400000,2010.5,PIFcalc19,,100,58.36251068,58.36251,58.36251068,"bbs0514(UsCa), eBrd17(WHem)",2,1264999,Natureserve 3.0,,2,1264999,Natureserve 3.0,"NS range includes areas where introduced and established --if we count only 'natural' range, then should probably be a '4",2,PIFTC-02,tolerant generalist; in suburban areas; introductions (KR); but native habitat within range continues to disappear (DP).,2,PIFTC-02,tolerant generalist; in suburban areas; introductions (KR),1,BBS7017,,1.11,BBS7017,0.83,1.38,0.94,1.27,5.38,436,67.79,48.53,90.81,,7,7,7,,LC,yes,,Pacific North America,Pacific North America,Aridlands: Chaparral,,Aridlands: Chaparral, +107,Gambel's Quail,Callipepla gambelii,landbird,Galliformes,Odontophoridae,,0,1,1,0,R,,,2,PIFcalc19,,"5,800,000",5800000,"5,200,000",5200000,2010.5,PIFcalc19,,100,89.35219574,89.3522,89.35219574,"bbs0514(UsCa), eBrd17(WHem)",3,543676,Natureserve 3.0,,3,543676,Natureserve 3.0,,2,PIFTC-02,"tolerant generalist; in suburban areas, much undisturbed deserts; tolerant of ag (KR); CB-overgrazing, reduction of ground cover and forage (BNA); tolerant of disturbance (MX-NSAC).",2,PIFTC-02,,2,BBS7017,,-0.26,BBS7017,-1.14,0.57,-0.74,0.21,13.80,144,-11.65,-43.24,41.52,,9,9,9,,LC,yes,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,Aridlands: Desert Riparian,Aridlands: Desert Scrub,Aridlands: Desert Riparian +108,Montezuma Quail,Cyrtonyx montezumae,landbird,Galliformes,Odontophoridae,,0,1,1,0,R,,,3,PIFTC-03 & AZ Game & Fish,"For US/Canada estimate, extrapolated AZ estimate of 100,000-200,000 (based on 2018 AZGF pointing dog surveys, and 2018 seems an average year based on harvest data) into NM and TX parts of the BirdLife species range shapefile. Did not extrapolate into Mexico because range shapefile has a very general giant blob in Mexico versus just specific areas in the US, and habitat quality is lower in Mexico, so any global extrapolation would be inflated. Alternatively 16,000 is US/Canada estimate from BBS-15, but that's too low. 34,000 is global estimate extrapolating BBS up using eBird, but is way too low, since 45% of eBird observations are in US, which is likely inflated since just 10% of the range is in US (PIFSC-18). So kept existing expert-based global estimate.","1,500,000",1500000,"300,000",300000,,"AZ Game & Fish, PIFSC-19","For US/Canada estimate, extrapolated AZ estimate of 100,000-200,000 (based on 2018 AZGF pointing dog surveys, and 2018 seems an average year based on harvest data) into NM and TX parts of the BirdLife species range shapefile. Did not extrapolate into Mexico because range shapefile has a very general giant blob in Mexico versus just specific areas in the US, and habitat quality is lower in Mexico, so any global extrapolation would be inflated. Alternatively 16,000 is US/Canada estimate from BBS-15, but that's too low. 34,000 is global estimate extrapolating BBS up using eBird, but is way too low, since 45% of eBird observations are in US, which is likely inflated since just 10% of the range is in US (PIFSC-18). So kept existing expert-based global estimate.",100,,,,"eBrd17(UsCa,WHem)",3,688899,Natureserve 3.0,,3,688899,Natureserve 3.0,,3,PIFTC-02,"CB-grazing, lehman's lovegrass invasion eliminates MZQU, fire suppression then catastrophic fire, urbanization and 2nd homes (BNA, ABQ); hunted; over-grazing (MX-NSAC).",3,PIFTC-02,"why more threatened in NB (KR); CB-threats to habitat the same as TB, fire, grazing; hunted; over-grazing",4,MX-NSAC,,,,,,,,,,,,,,13,13,13,,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Grasslands: Tropical,Forests: Mesoamerican Pine-Oak,Grasslands: Tropical +155,White-crowned Pigeon,Patagioenas leucocephala,landbird,Columbiformes,Columbidae,Monotypic.,0,1,1,1,R,,,3,Hunter-Wylie-Meyer,"score change based on new data. Según expertos la población reproductiva es de 550,000 (CAW). consensus among species experts","550,000",550000,"<12,000",12000,,FL FWCC 2011,,100,2.699412584,2.699413,2.699412584,"eBrd17(UsCa,WHem)",4,238447,PIFSC-08,score adjusted to reflect range area; 200-km rule no longer applies,4,238447,PIFSC-08,score adjusted to reflect range area; 200-km rule no longer applies,4,PIFSC-08,"DD=' threats ongoing -- presently affecting populations and likely to continue'. BNA supports that species subject to losses of nesting and feeding habitats in mangroves and woodlads due to development, residential landscape practices, hurricanes. Popula; stable on Cozumel (MX-NSAC); The main conservation threats throughout the range of distribution are habitat loss due to development and poorly regulated or illegal hunting (e.g., Cuba, Jamaica, Hispaniola, Puerto Rico, Cayman Islands, and the Bahamas). Poaching of nestlings is also a major threat in Hispaniola, where complete colonies have disappeared since the 1970s. Contaminants can also be important but locally (e.g., pigeons have been found dead probably from the misuse of pesticides at golf courses in Puerto Rico)._x000D_ + _x000D_ +Unfortunately, the WCPI is heavily hunted but monitoring data are lacking and quantitative population assessments are rare in the Caribbean. In a separate email, I will send you a report prepared for the FWS-DBHC Neotropical Migratory Bird Program._x000D_ + _x000D_ +In Puerto Rico, natural resource managers are concerned with illegal hunting. (Rivera, pers. comm.. 2015).",4,PIFSC-08,"DD=' threats ongoing -- presently affecting populations and likely to continue'. BNA supports that species subject to losses of feeding habitats in woodlands due to development, residential landscape practices, hurricanes. Not clear where certain breedin; stable on Cozumel",4,Rivera/Meyer/Demarest 2015,"there are no quantitative analyses of population status and trend available for the WCPI in Florida, because survey effort has been inconsistent in terms of coverage and count methodology (e.g., see Florida Fish and Wildlife Conservation Commission 2011, Biological status review report for the WCPI). In my view, it is ""unknown"" if the WCPI population is decreasing, increasing or stable in Florida, regardless of personal opinions and observations at local scales (see pages 3 and 4 of the FWC status review report). However, based on the scientific literature cited in that report, I agree that habitat loss due to land development is the main conservation threat to the WCPI in Florida. In Puerto Rico, natural resource managers are concerned with illegal hunting. To address this concern, point-transect distance sampling surveys were conducted to estimate abundance (density and population size) in 1986-2014; and abundance estimates derived from these surveys were used to estimate population and management parameters (growth rate, carrying capacity, equilibrium abundance, harvest rate, total harvest) and predict changes in abundance in April-June 2025 as a function of potential harvest rate in September-November 2015-2024 (see the attached figure and table). + +The WCPI population increased from low numbers in the 1980s most likely as a result of forest recovery in abandoned agricultural fields and cattle pastures, reaching a maximum of 83,139 individuals (SE = 11,039) in 2008. Recovery was quick from hurricanes in 1989 (Hugo) and 1998 (Georges), but the population declined sharply after 2008, reaching 14,980 individuals (SE = 1,534) in 2013. See the attached figure. + +Although data about illegal hunting is unavailable, an unprecedented increase in hunting activity occurred in 2008-2014, and illegal hunting is occurring even in closed areas. For this reason, the count-based monitoring data were used to conduct a probabilistic model-based assessment of population sustainability, grounded in harvest theory, which assumed no hunting (i.e., complete management control) or hunting (partial management control) below and above the maximum sustainable yield. At least in Puerto Rico, the WCPI population showed a decline >50% between 2008 and 2014. I cannot answer the question for other islands, although in my view it is likely that the WCPI has suffered declines >50% on islands such as Hispaniola due to habitat loss, hunting, and poaching. (Frank River, pers. comm.. With Dean Demarest",,,,,,,,,,,,,15,15,15,Watch List - Yel-D,NT,,,Caribbean,Caribbean,Coasts: Mangroves,,Coasts: Mangroves, +156,Red-billed Pigeon,Patagioenas flavirostris,landbird,Columbiformes,Columbidae,,0,1,1,1,R,,,3,PIFTC-02–PS-g midpoint,,"2,000,000",2000000,<500,500,,PIFSC-16,guesstimate based on eBird distribution,100,0.282126576,0.2821266,0.282126576,"eBrd17(UsCa,WHem)",3,919510,Natureserve 3.0,,3,921172,Natureserve 3.0,NS map OK,3,PIFTC-02,"widespread generalist in most of range (KR); 3 if all Latin American populations considered (CH); hunting, moderate habitat loss (MX-NSAC). MG - Dramatic changes in riparian corridor in south TX post flood; loss of flood plain forest due to drought in USA portion of the range",3,PIFTC-02,"widespread generalist in most of range (KR); hunting, moderate habitat loss",3,MX-NSAC,,,,,,,,,,,,,,12,12,12,,LC,,,Mesoamerica,Mesoamerica,Forests: Tropical Dry,,Forests: Tropical Dry, +158,Band-tailed Pigeon,Patagioenas fasciata,landbird,Columbiformes,Columbidae,,1,1,1,1,PM,,,2,PIFcalc19,,"6,100,000",6100000,"1,500,000",1500000,2010.5,PIFcalc19,,100,23.75326347,23.75326,23.75326347,"bbs0514(UsCa), eBrd17(WHem)",2,3311640,Natureserve 3.0,,2,2334461,Natureserve 3.0,incl. S.Am. Group,3,PIFTC-02,"CB-loss of oaks, clearcuts (CAFS), low reprod suc. (BNA), deforestation in Mex, shrub control, (ABQ).",3,PIFTC-02,"CB-threats to winter extensive, disease (CODOW)",5,BBS7017,,-1.63,BBS7017,-2.49,-0.90,-2.13,-1.18,3.63,334,-52.54,-68.88,-33.97,,12,12,12,CBSD,LC,yes,,Western Temperate,Mesoamerican Highlands,Forests: Temperate Western,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Temperate Western +142,Least Grebe,Tachybaptus dominicus,waterbird,Podicipediformes,Podicipedidae,,0,1,1,1,R,,,3,PIF CAW 2016,"WPE Estimate seems low for this common and widespread neotropical species; global breeding population likely greater than 500,000 individuals worldwide. Previous PIF score was PS=3.",">500,000",500000,,,,,,100,,,,"eBrd17(UsCa,WHem)",1,9185115,Natureserve,,1,9184626,Natureserve,,2,Waterbird Working Group 2017,Brent Ortego: wetlands are likely to be drained in future in Texas; uses ephemeral wetlands,2,Waterbird Working Group 2017,,2,PIF CAW 2014,population stable (MX-NSAC),,,,,,,,,,,,,8,8,8,,LC,,,Neotropical,Neotropical,Wetlands: Generalist,,Wetlands: Generalist, +349,Scintillant Hummingbird,Selasphorus scintilla,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,9476,NatureServe,,5,9476,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +350,Calliope Hummingbird,Selasphorus calliope,landbird,Apodiformes,Trochilidae,Monotypic.,1,1,1,0,M,,,3,PIFcalc19,,"4,500,000",4500000,"4,500,000",4500000,2010.5,PIFcalc19,,100,,,,eBrd17(UsCa),2,1200589,Natureserve 3.0,,4,195809,Natureserve 3.0,,3,PIFTC-02,"CB-riparian at risk (NVPIF), mountain meadow grazing (CAFS),.",3,PIFTC-02,"restricted winter range in W Mex montane forests -- no threats from logging or fire management? (KVR); same as rufous hummer; occurs mostly in forested landscapes where brushy/weedy regeneration is occuring, probably should be 3 due to intensification of agriculture, forestry (Panjabi)",4,BBS7017,,-0.38,BBS7017,-1.13,0.24,-0.80,-0.02,0.21,207,-15.80,-37.47,14.81,,12,14,14,Watch List - Yel-R,LC,,,Intermountain West,Mesoamerican Highlands,Forests: Temperate Western,,Forests: Mesoamerican Pine-Oak, +351,Golden-crowned Emerald,Chlorostilbon auriceps,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,207174,Natureserve 3.0,,4,207174,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,3,MX-NSAC,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +352,Cozumel Emerald,Chlorostilbon forficatus,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,471,Natureserve 3.0,,5,471,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,3,MX-NSAC,tolerant of disturbance,2,MX-NSAC,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +353,Canivet's Emerald,Chlorostilbon canivetii,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,577595,Natureserve 3.0,,3,577595,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,2,PIF CAW 2014,"regional scores in core range in Mexico (SECL, SEPL) indicate stable or increasing population.",,,,,,,,,,,,,10,10,10,,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +354,Garden Emerald,Chlorostilbon assimilis,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,48581,NatureServe,,5,48581,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +359,Dusky Hummingbird,Cynanthus sordidus,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,96518,Natureserve 3.0,,4,96518,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,2,MX-NSAC,,,,,,,,,,,,,,12,12,12,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +360,Broad-billed Hummingbird,Cynanthus latirostris,landbird,Apodiformes,Trochilidae,,0,1,1,0,PM,,,3,PIFcalc19,,"2,200,000",2200000,"230,000",230000,2010.5,PIFcalc19,,100,10.78794765,10.78795,10.78794765,"eBrd17(UsCa,WHem)",3,785767,Natureserve 3.0,,3,465506,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,tolerant of disturbance,2,MX-NSAC,,,,,,,,,,,,,,10,10,10,,LC,yes,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,Aridlands: Desert Riparian,Forests: Tropical Dry,Aridlands: Tropical Arid Scrub +362,Violet-headed Hummingbird,Klais guimeti,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,472815,NatureServe,,3,472815,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +363,Emerald-chinned Hummingbird,Abeillia abeillei,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,5,Gomez-Panjabi. PIF CAW 2016,Distribución fragmentada (CAW);,,,,,,,,,,,,,4,145112,Natureserve 3.0,,4,145112,Natureserve 3.0,,4,MX-NSAC-08,"especie habitat dependiente (b niebla), muy sensible, b niebla está muy amenazado y fragmentándose, el efecto de cambio climático afectará a las condiciones del habitat. (Macias); Estamos de acuerdo con TB=5 (Berlanga); Deseable conocer cual es la situación en Centroamérica pero en México creemos que es un 5. En Veracruz el b niebla está bastante transformado. (Macias); Estamos de acuerdo con TB=5 (Berlanga); global score ok, mainly a cloud forest species, extensive habitat loss, climate change a threat; LC under IUCN; suggest TB=4 which is consistent with other cloud forest species in this range (Panjabi);.",4,MX-NSAC,cloud forest specialist,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +365,Scaly-breasted Hummingbird,Phaeochroa cuvierii,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,4,234660,Natureserve 3.0,,4,234660,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,little known in MX,2,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +171,Inca Dove,Columbina inca,landbird,Columbiformes,Columbidae,Monotypic.,0,1,1,1,R,,,3,PIFcalc19,"Expandiendo (CAW); score change from 3 to 2 recommended by Central Americans in 2016 over PIF estimate of 2,200,000","4,700,000",4700000,"620,000",620000,2010.5,PIFcalc19,,100,13.28778648,13.28779,13.28778648,"bbs0514(UsCa), eBrd17(WHem)",2,2933050,Natureserve 3.0,,2,2933050,Natureserve 3.0,NS map OK,2,PIFTC-02,"DJK= populations in the Southwest have really crashed recently, particularly in southern Arizona;AP=overall populations secure, likely to increase somewhat",2,PIFTC-02,,1,BBS7017,,2.16,BBS7017,1.47,2.93,1.75,2.57,0.83,218,163.19,81.24,269.16,,8,8,8,,LC,yes,"b,w",North American Southwest,North American Southwest,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +172,Common Ground Dove,Columbina passerina,landbird,Columbiformes,Columbidae,,0,1,1,1,R,,,2,PIFcalc19,,"36,000,000",36000000,"2,000,000",2000000,2010.5,PIFcalc19,,100,5.567314148,5.567314,5.567314148,"bbs0514(UsCa), eBrd17(WHem)",1,6777862,Natureserve 3.0,,1,6777862,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,,3,MX-NSAC 2008,"BBS data from U.S. portion of range indicates a moderate decline since 1966 (PT=4); I agree this score does not fit with the general perception of this species habitat needs, and U.S. portion of range is relatively small compared to rest of North America",,,,,,,,,-24.55,-39.47,-6.03,,9,9,9,,LC,,,Widespread,Widespread,Aridlands: Desert Scrub,Forests: Tropical Dry,Aridlands: Desert Scrub,Forests: Tropical Dry +173,Plain-breasted Ground Dove,Columbina minuta,landbird,Columbiformes,Columbidae,,0,0,1,1,R,,,3,PIF CAW 2016,score change from 2 to 3 recommended by Central Americans in 2016,,,,,,,,,,,,,1,7053110,Natureserve 3.0,,1,7053110,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,benefits from small clearings,2,PIF CAW 2014,,,,,,,,,,,,,,8,8,8,,LC,,w,Neotropical,Neotropical,Aridlands: Tropical Arid Scrub,Grasslands: Tropical,Aridlands: Tropical Arid Scrub,Grasslands: Tropical +366,Wedge-tailed Sabrewing,Campylopterus curvipennis,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,215811,Natureserve 3.0,,4,215811,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,PIF CAW 2014,"MX endemic, regional experts score PT=4 in all regions",,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +367,Long-tailed Sabrewing,Campylopterus excellens,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,30257,Natureserve 3.0,,5,30257,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,4,MX-NSAC,,,,,,,,,,,,,,17,17,17,Watch List - Red,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +368,Rufous Sabrewing,Campylopterus rufus,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,16783,Natureserve 3.0,,5,16783,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,4,MX-NSAC,tolerant of disturbance,4,PIF CAW 2014,local score PT=4 in core areas (SEPL and SEMH),,,,,,,,,,,,,18,18,18,Watch List - Red,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +369,Violet Sabrewing,Campylopterus hemileucurus,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,281390,Natureserve 3.0,,4,281390,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,tolerant of disturbance,4,PIF CAW 2014,"a humid evergreen forest species, also in adjacent plantations; loss of such forests has been extensive in C.A.; MX regional experts score PT=4 in all regions",,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +370,Stripe-tailed Hummingbird,Eupherusa eximia,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,175034,Natureserve 3.0,,4,175034,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,4,PIF CAW 2014,"Restricted to humid evergreen forest and edge, loss of such forests has been extensive in C.A.; MX regional experts score PT=4",,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +371,Blue-capped Hummingbird,Eupherusa cyanophrys,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,11707,Natureserve 3.0,,5,11707,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,4,MX-NSAC,moderate habitat loss; global score should reflect regional experts' opinion,4,MX-NSAC,,,,,,,,,,,,,,18,18,18,Watch List - Red,EN,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +372,White-tailed Hummingbird,Eupherusa poliocerca,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,24531,Natureserve 3.0,,5,24531,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,severe habitat loss,4,MX-NSAC,,,,,,,,,,,,,,18,18,18,Watch List - Red,VU,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +120,Himalayan Snowcock,Tetraogallus himalayensis,landbird,Galliformes,Phasianidae,,0,1,0,0,R,1,,,Not evaluated,,,,,,,,,3.50114224,,,,"eBrd17(UsCa,WHem,Glob)",,,Not Evaluated,,,,Not Evaluated,,3,PIFSC-Dec-08,"Beardmore: ramping up of recreation, ? Climate change",3,PIFSC-Dec-08,,3,Not Evaluated,,,,,,,,,,,,,,,,,,LC,,,Introduced,Introduced,Tundra: Alpine,,Tundra: Alpine, +121,Gray Partridge,Perdix perdix,landbird,Galliformes,Phasianidae,,1,1,0,0,R,1,,2,PIFcalc19,,"8,200,000",8200000,"820,000",820000,2010.5,PIFcalc19,,10,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,27547740,Natureserve 3.0,,1,27547740,Natureserve 3.0,,1,PIFTC-02,,1,PIFTC-02,,4,BBS7017,,-1.29,BBS7017,-1.80,-0.83,-1.58,-1.02,0.38,451,-43.37,-50.85,-30.64,,8,8,8,,LC,,,Introduced,Introduced,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +125,Ring-necked Pheasant,Phasianus colchicus,landbird,Galliformes,Phasianidae,,1,1,1,0,R,1,,1,PIFcalc19,,"56,000,000",56000000,"17,000,000",17000000,2010.5,PIFcalc19,,30,98.81785583,29.64536,29.64535713,"bbs0514(UsCa), eBrd17(WHem), PIF(Glob)",1,14959690,Natureserve 3.0,,1,14959690,Natureserve 3.0,,1,PIFTC-02,,1,PIFTC-02,,4,BBS7017,,-0.41,BBS7017,-0.73,-0.09,-0.60,-0.22,16.33,1820,-16.33,-24.75,-4.78,,7,7,7,,LC,,,Introduced,Introduced,Grasslands: Temperate,,Grasslands: Temperate, +127,Ruffed Grouse,Bonasa umbellus,landbird,Galliformes,Phasianidae,,1,1,0,0,R,,,2,Ruffed Grouse Conservation Plan 2006,"Summed BCR-level estimates in Plan. Alternatively, BBS-15 estimates 2.2 million","18,000,000",18000000,"18,000,000",18000000,,Ruffed Grouse Conservation Plan 2006,,100,,,,eBrd17(UsCa),1,7986534,Natureserve 3.0,,1,7986534,Natureserve 3.0,,2,PIFSC-19,changed due to calibration with TB-r,3,PIFTC-02,"Should be same in both seasons, presumably. DD='pops demonstrably secure'. BNA supports that aging of forests in east likely offset by favorable conditions in nc and w US. Species responds well to creation of early succ habitat, which can be generated",2,BBS7017,,0.31,BBS7017,-0.18,0.83,0.02,0.63,0.38,1259,15.50,-7.70,40.40,,7,8,8,,LC,,,Nearctic,Nearctic,Forests: Temperate Generalist,,Forests: Temperate Generalist, +128,Greater Sage-Grouse,Centrocercus urophasianus,landbird,Galliformes,Phasianidae,,1,1,0,0,R,,,4,WAFWA 2015,"250,000 is estimate from BBS-15","430,000",430000,"430,000",430000,,WAFWA 2015,,100,,,,eBrd17(UsCa),2,1407633,Natureserve 3.0,,2,1407633,Natureserve 3.0,,4,PIFTC-02,"CB-Habitat loss to cultivation, urban, cheatgrass, increased fire, oil and gas, range reduced and extirpated in 4 states/1prov. (BNA). threats still high; increasing with energy development; potentially mitigated by current conservation activities but not proven yet.",4,PIFTC-02,CB-same as TB; flock up in small areas,5,BBS7017,PIFSC-19: BBS consistent with old source (Braun 1998) but more up-to-date,-2.36,BBS7017,-3.62,-0.93,-3.13,-1.55,1.49,154,-62.26,-76.53,-34.24,148,15,15,15,Watch List - Yel-D,NT,,,Intermountain West,Intermountain West,Aridlands: Sagebrush,,Aridlands: Sagebrush, +129,Gunnison Sage-Grouse,Centrocercus minimus,landbird,Galliformes,Phasianidae,Monotypic.,0,1,0,0,R,,,5,GUSG Final Rule 2014,"7,000 is estimate from BBS-15","4,800",4800,"4,800",4800,,GUSG Final Rule 2014,,100,,,,eBrd17(UsCa),5,4878,Natureserve 3.0,,5,4878,Natureserve 3.0,,5,PIFTC-02,"CB-locally extirpated, low productivity, isolation.",5,PIFTC-02,CB-same as TB,5,PIFSC-08,,,,,,,,,,,,,,20,20,20,Watch List - Red,EN,,,Intermountain West,Intermountain West,Aridlands: Sagebrush,,Aridlands: Sagebrush, +130,Spruce Grouse,Falcipennis canadensis,landbird,Galliformes,Phasianidae,,1,1,0,0,R,,,2,Williamson et al. 2008,"6,800,000 is estimate from BBS-15, which falls within the range listed in the conservation plan: 5-16.5 million.","11,000,000",11000000,"11,000,000",11000000,,Williamson et al. 2008,,100,,,,eBrd17(UsCa),1,7534629,Natureserve 3.0,,1,7534629,Natureserve 3.0,,2,PIFTC-02,Much range undisturbed; not incompatible with forestry.,2,PIFTC-02,,2,CBC7017,,1.29,CBC7017,-2.29,3.63,-0.69,2.74,0.88,68,39.08,-59.35,266.57,,7,7,7,,LC,,,Northern Forest,Northern Forest,Forests: Boreal,,Forests: Boreal, +131,Willow Ptarmigan,Lagopus lagopus,landbird,Galliformes,Phasianidae,,1,1,0,0,PM,,,2,PIFcalc19,,"43,000,000",43000000,"13,000,000",13000000,2010.5,PIFcalc19,,30,100,30,30,"eBrd17(UsCa,WHem), PIF(Glob)",1,21341750,Natureserve 3.0,,1,25322953,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,3,BBS9317,,0.41,BBS9317,-4.49,5.56,,,2.18,25,2.44,-49.99,109.09,,8,8,8,,LC,,,Arctic,Arctic,Tundra: Arctic,,Tundra: Arctic, +132,Rock Ptarmigan,Lagopus muta,landbird,Galliformes,Phasianidae,,1,1,0,0,PM,,,2,PIFcalc19,,"8,000,000",8000000,"4,000,000",4000000,2010.5,PIFcalc19,,50,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,9199890,Natureserve 3.0,,1,14363004,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,3,PIFSC-08,,,,,,,,,,,,,,8,8,8,,LC,,,Arctic,Arctic,Tundra: Alpine,Tundra: Arctic,Tundra: Arctic, +174,Ruddy Ground Dove,Columbina talpacoti,landbird,Columbiformes,Columbidae,,0,1,1,1,R,,,2,PIFTC-02,,,,<50,50,,PIFSC-16,,100,,,,"eBrd17(UsCa,WHem)",1,14655918,Natureserve 3.0,,1,14655918,Natureserve 3.0,,1,PIFTC-02,,1,PIFTC-02,benefits from human activity,1,MX-NSAC,"reliance on open areas, has increased due to deforestation",,,,,,,,,,,,,5,5,5,,LC,yes,"b,w",Neotropical,Neotropical,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +175,Blue Ground Dove,Claravis pretiosa,landbird,Columbiformes,Columbidae,Monotypic.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,13013600,Natureserve 3.0,,1,13013600,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires clearings in forest,4,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +176,Maroon-chested Ground Dove,Paraclaravis mondetoura,landbird,Columbiformes,Columbidae,Formerly placed in the genus Claravis.,0,0,1,1,R,,,4,PIF CAW 2016,"el mapa está equivocada, hay amplia distribución en los Andes (CAW); score change from 5 to 4 recommended by Central Americans in 2016",,,,,,,,,,,,,3,122304,Natureserve 3.0 with adjustment by PIFSC-08,"NS map doesn't include point locations in same as continuous range, although density of records suggests regular range; score reduced by 1 to account for S. American range",3,122304,PIFSC-08,"NS maps show dots in S. America, prob. Underestimating range size + +Ken comment: doesn't include point locations in SAm;",4,MX-NSAC,,4,MX-NSAC,highly specialized (bamboo),4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +189,Gray-headed Dove,Leptotila plumbeiceps,landbird,Columbiformes,Columbidae,,0,0,1,1,R,,,4,PIF CAW 2016,Has been split; gray-headed dove occurs in mexico to NW colombia (~1/3 of former range); score change from 3 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,3,362096,Natureserve 3.0,,3,362096,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,primary forest,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +191,Tuxtla Quail-Dove,Zentrygon carrikeri,landbird,Columbiformes,Columbidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,2775,Natureserve 3.0,,5,2775,Natureserve 3.0,,5,MX-NSAC,,5,MX-NSAC,"habitat loss, specialized habitat",5,MX-NSAC,,,,,,,,,,,,,,20,20,20,Watch List - Red,EN,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen +192,Buff-fronted Quail-Dove,Zentrygon costaricensis,landbird,Columbiformes,Columbidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,16588,NatureServe,,5,16588,NatureServe,,4,PIF CAW 2014,puede ser sensible a cambio climático por su uso de bosques de alto altitud,4,PIF CAW 2014,,4,PIF CAW 2014,en Costa Rica no han sido problemas con su hábitat debido de los parques nacionales,,,,,,,,,,,,,18,18,18,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +193,Purplish-backed Quail-Dove,Zentrygon lawrencii,landbird,Columbiformes,Columbidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,7993,NatureServe,,5,7993,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,utilice áreas con acceso dificil y no apropriados para agricultura,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +318,Plain-capped Starthroat,Heliomaster constantii,landbird,Apodiformes,Trochilidae,,0,0,1,1,PM,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,524889,Natureserve 3.0,,3,478242,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,3,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +319,Green-throated Mountain-gem,Lampornis viridipallens,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,Probablemente declinando por cambio climático. Restringido a tierras altas (CAW);,,,,,,,,,,,,,4,90508,Natureserve 3.0,,4,90508,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,requires forest,5,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +101,Northern Bobwhite,Colinus virginianus,landbird,Galliformes,Odontophoridae,,1,1,1,1,R,,,2,PIFTC–NBCI; PIF CAW 2016,"US/Canada estimate derived from global estimate, extrapolated based on eBird showing 76.24% of observations in US/Canada. 19 million is US/Canada estimate from BBS-15, which extrapolates up to 25 million globally using eBird. Alternatively, 26 million is fall (i.e. juveniles included) NBCI estimate from 2011 cited by Giocomo et al. 2017, but unclear if that or the NBCI website 2009 numbers used here are global estimates or just for US/Canada--Mexico has 15-25% of the global population (PIFSC-18) En México y unos pocos en Guatemala. Está declinando en EU. Se beneficia de áreas pequeñas de agricultura. (CAW)","5,800,000",5800000,"4,400,000",4400000,,PIFTC–NBCI; eBrd17; PIFSC-19,"US/Canada estimate derived from global estimate, extrapolated based on eBird showing 76.24% of observations in US/Canada. Alternatively, 19 million is US/Canada estimate from BBS-15, which extrapolates up to 25 million globally using eBird. Alternatively, 26 million is fall (i.e. juveniles included) NBCI estimate from 2011 cited by Giocomo et al. 2017, but unclear if that or the NBCI website 2009 numbers used here are global estimates or just for US/Canada--Mexico has 15-25% of the global population (PIFSC-18)",,,76.23674,76.23674011,"bbs0514(UsCa), eBrd17(WHem)",1,4547428,Natureserve 3.0,,1,4547428,Natureserve 3.0,,4,PIFSC-15,"DD='- threats potentially increasing if present trends conditions continue'; loss of fire managed pine, abandoned farm continuing (DP). Are threats increasing as range continues to shrink? Even with conservation efforts, trends in agricultural intensification and reduction in Farm Bill programs may be increasing threats. (KVR); Demarest, Dean: Suggest TB = 4. Indicative of large scale and contiuing threats to low-intensity agricultural and grassland habitats, and where seemingly suitable habitat exists, there are no NOBO . . . So hard to pinpoint what is going on, but threats appear to be high and continuing because NOBO are simply hard to find throughout much of SE out of known strongholds. In woodland settings, significantly limited to pine woodlands managed by fire or some form of hardwood midstory removal. Camfield,Alaine [NCR]: TB 4 in Canadian BCR strategies. Main threats related to agricutlural conversion or intensification.",3,PIFTC-02,DD='- threats potentially increasing if present trends conditions continue,5,BBS7017,,-3.64,BBS7017,-3.77,-3.51,-3.72,-3.57,21.16,1927,-82.47,-83.57,-81.23,10,12,11,12,CBSD,NT,,"b,w",Great Plains,Great Plains,Open Country: Habitat Mosaic,Forests: Tropical Dry,Open Country: Habitat Mosaic,Forests: Tropical Dry +102,Black-throated Bobwhite,Colinus nigrogularis,landbird,Galliformes,Odontophoridae,,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,"esta expandiendo su rango y se beneficia de claros en bosque. Está perdiendo terreno en Belice, y está ganando terreno en Petén (CAW);",,,,,,,,,,,,,4,109099,Natureserve 3.0,,4,109099,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,3,MX-NSAC,no known threats; global score should reflect regional experts' opinion,3,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,"b,w",Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,Grasslands: Tropical,Forests: Tropical Dry,Grasslands: Tropical +109,Ocellated Quail,Cyrtonyx ocellatus,landbird,Galliformes,Odontophoridae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi. PIF CAW 2016,es más comun de lo que se piensa pero es dificil detectarla. En guatemala es más local y en Honduras está mas ampliamente distribuida. En Honduras se encuentra en áreas perturbadas. (CAW);. range map (Howell) overestimates distribution in sierra madre de chiapas,,,,,,,,,,,,,4,131285,Natureserve 3.0,,4,131285,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,"hunting, moderate habitat loss",4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,VU,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +110,Singing Quail,Dactylortyx thoracicus,landbird,Galliformes,Odontophoridae,,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,rango pequeño y fragmentado. (CAW);. range map (Howell) overestimates distribution in yucatan,,,,,,,,,,,,,4,277049,Natureserve 3.0,,4,277049,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional expert's opinion; most regions score as TB=3.,3,MX-NSAC,forest-interior and edge; hunted; wide range of forest types,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +111,Marbled Wood-Quail,Odontophorus gujanensis,landbird,Galliformes,Odontophoridae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,1,6359898,NatureServe,,1,6359898,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,cacería y pérdida de hábitat,,,,,,,,,,,,,12,12,12,,NT,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +112,Black-eared Wood-Quail,Odontophorus melanotis,landbird,Galliformes,Odontophoridae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,127441,NatureServe,,4,127441,NatureServe,,5,PIF CAW 2014,,5,PIF CAW 2014,,5,PIF CAW 2014,una pérdida de más de 50% de su hábitat; ya restringida a la cordillera,,,,,,,,,,,,,18,18,18,Watch List - Red,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +113,Tacarcuna Wood-Quail,Odontophorus dialeucos,landbird,Galliformes,Odontophoridae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,182,NatureServe,,5,182,NatureServe,,5,PIF CAW 2014,,5,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,20,20,20,Watch List - Red,VU,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +114,Black-breasted Wood-Quail,Odontophorus leucolaemus,landbird,Galliformes,Odontophoridae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,9517,NatureServe,,5,9517,NatureServe,,4,PIF CAW 2014,hay más presión en Panamá que en Costa Rica; pérdida de hábitat; ganadería; cacería;,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +115,Spotted Wood-Quail,Odontophorus guttatus,landbird,Galliformes,Odontophoridae,Monotypic.,0,0,1,1,R,,,4,PIF CAW 2016,"raro y secretivo, se encuentra en bosque pero en bajas densidades. En guate en el pacifico y en otros paises, en zonas altas y volcanicas, se encuentra en mayores cantidades. En la vertiente de pacifico es más común. También se encuentra en cafetales. (CAW); score change from 5 to 4 recommended by Central Americans in 2016",,,,,,,,,,,,,3,339900,Natureserve 3.0,,3,339900,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,forest-interior; hunted,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +116,Chukar,Alectoris chukar,landbird,Galliformes,Phasianidae,,1,1,0,0,R,1,,2,PIFcalc19,,"7,800,000",7800000,"390,000",390000,2010.5,PIFcalc19,,5,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,19309800,Natureserve 3.0,,1,19309800,Natureserve 3.0,,1,PIFTC-02,,1,PIFTC-02,,1,BBS7017,,1.38,BBS7017,0.37,2.48,0.76,2.04,0.96,169,108.39,29.09,209.56,,5,5,5,,LC,,,Introduced,Introduced,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +140,Ocellated Turkey,Meleagris ocellata,landbird,Galliformes,Phasianidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi. PIF CAW 2016,está protegido en Belice pero tiene mucha presión de cacería (CAW);,,,,,,,,,,,,,4,159200,Natureserve 3.0,,4,159200,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,3,MX-NSAC,"hunting, moderate habitat loss",5,PIF CAW 2014,"found in 1 region, regional experts scored 5",,,,,,,,,,,,,18,17,18,Watch List - Red,NT,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +141,American Flamingo,Phoenicopterus ruber,waterbird,Phoenicopteriformes,Phoenicopteridae,,0,1,1,1,PM,,,4,WPE5,"2005 for Galapagos, 2006 for S. Caribbean (best guess) and Mexico, 2003-2007 for Bahamas & Cuba. Adult estimate assumes 2/3 of total pop. are adults.","180,000",180000,,,,,,,,,,,3,327654,Natureserve,,3,375295,Natureserve,,4,Waterbird Working Group 2017,,3,Waterbird Working Group 2017,,2,Kushlan et al. 2002,populations highly variable (MX-NSAC),,,,,,,,,,,,,13,12,13,,LC,,,Neotropical,Neotropical,Coasts: Beach and Estuary,Coasts: Mangroves,Coasts: Beach and Estuary,Coasts: Mangroves +133,White-tailed Ptarmigan,Lagopus leucura,landbird,Galliformes,Phasianidae,,1,1,0,0,R,,,3,PIFTC-03–PS-g midpoint,,"2,000,000",2000000,"2,000,000",2000000,,PIFSC-16,,100,,,,eBrd17(UsCa),2,1627779,Natureserve 3.0,,2,1627779,Natureserve 3.0,,3,PIFSC-Dec-08,"Rosenberg: likely affected by climate change at high elevations; documented contamination from abandoned mines. Higher threats due to climate change? Most of range in U.S. under protectin status though. (CB, KVR, WE, TW, DP); Scott Wilson: For white-tailed ptarmigan, I would assign a 3 for breeding and non-breeding seasons. The main breeding risk is probably a loss of alpine habitat due to rising tree and shrub lines and I think the 3rd and 4th dashes (area-sensitive and specialized on sensitive habitats) would apply. They are more flexible in habitat use during the non-breeding period and tend to move down in elevation to partially shrubby/treed areas. These habitats may be less likely to be lost but I think weather variability with climate change becomes more of an issue in winter and sufficiently so in my opinion to assign a 3. Even if precipitation increases, the possibility of it falling more frequently as rain is a threat. +Kathy Martin: Winter habitat may change with climate change with rising shrub and tree lines reducing amount of habitat, especially in Coastal or southern areas of the distribution. Another issue with climate driven habitat is the connection between winter and summer habitat which may also be changing with longer migration distances requited between seasons. You likely do not want to consider conservation status of subspecies, but both ptarmigan species in NF seems to be having problems, WIPT in the Avalon may be declining because of easy access in winter by hunters, but I understand that both species are also declining on the west coast of NF where there is lower hunting pressure and less good access. +Scott: Rock ptarmigan are similar and bound to lose arctic and alpine tundra with advancing shrub lines. It’s hard to say the extent to which habitat is limiting and could be lost before that would affect populations but it has to be considered a future threat, even if longer term. They would also experience similar effects of weather in the non-breeding period. Therefore, I would say 3 for them as well. +KM: Agree with Scott",3,PIFSC-Dec-08,"Panjabi: non-breeding habitat (alpine willows) also vulnerable to climate change; species concentrates in winter, increasing vulnerability",3,PIFSC-08; Kathy Martin,uncertain,,,,,,,,,,,,,11,11,11,,LC,,,Western Temperate,Western Temperate,Tundra: Alpine,,Tundra: Alpine, +134,Dusky Grouse,Dendragapus obscurus,landbird,Galliformes,Phasianidae,,1,1,0,0,R,,,4,PIFSC-19–PS-g midpoint,"BBS-15 estimate was 52,000 but probably not well detected by BBS since most of call not audible--most eBird detections are in Fall (Blancher 18). Previously we multiplied BBS estimate by 5-10 x based on studies of detectability of other grouse, but that's based on too many untested assumptions, so changing pop estimate to geometric midpoint of PS-g = 4 pop range","200,000",200000,"200,000",200000,,PIFSC-19-PS-g midpoint,,100,,,,eBrd17(UsCa),2,1629628,PIFSC-08,"77.8% of Blue Grouse range, using BCR breakdown",2,1629628,PIFSC-08,"same as BD; + +Ken comment: 77.8% of Blue Grouse range, using BCR breakdown",3,PIFSC-06,,3,PIFSC-06,,2,BBS7017,,1.49,BBS7017,-0.16,2.77,0.56,2.27,0.02,91,81.20,-10.40,215.10,,11,11,11,,LC,,,Intermountain West,Intermountain West,Forests: Temperate Western,,Forests: Temperate Western, +135,Sooty Grouse,Dendragapus fuliginosus,landbird,Galliformes,Phasianidae,Monotypic.,1,1,0,0,R,,,3,PIFSC-19–PS-g midpoint,"720,000 is estimate from BBS-15, which is timed appropriately for breeding period and seems to pick up this bird reasonably well in places, i.e., averaging 1-2 birds / route in parts of BC, AK, and WA (Blancher 2018). Previously we multiplied BBS estimate by 5-10 x based on studies of detectability of other grouse, but that's based on too many untested assumptions, so pop estimate now represents geometric midpoint of PS-g = 3 pop range","2,000,000",2000000,"2,000,000",2000000,,PIFSC-09,,100,,,,eBrd17(UsCa),3,465010,PIFSC-08,"22.2% of Blue Grouse range, using BCR breakdown",3,465010,PIFSC-08,"same as BD; + +Ken comment: 22.2% of Blue Grouse range, using BCR breakdown",3,PIFSC-06,,3,PIFSC-06,,4,BBS7017,,-1.10,BBS7017,-1.87,-0.18,-1.56,-0.53,0.71,131,-39.36,-59.36,-7.79,72,13,13,13,,LC,,,Pacific North America,Pacific North America,Forests: Temperate Western,,Forests: Temperate Western, +290,Pale-bellied Hermit,Phaethornis anthophilus,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,414066,NatureServe,,3,414066,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +291,Stripe-throated Hermit,Phaethornis striigularis,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,765758,Natureserve 3.0,,3,765758,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,requires forest,4,PIF CAW 2014,"Restricted to humid evergreen forest and edge, loss of such forests has been extensive in C.A.; MX regional experts score PT=4",,,,,,,,,,,,,13,13,13,,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +292,Green-fronted Lancebill,Doryfera ludovicae,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,388728,NatureServe,,3,388728,NatureServe,,4,PIF CAW 2014,"plantas hidroeléctricas; sensible a cambios de precipitación, especialista de quebrada",4,PIF CAW 2014,,3,PIF CAW 2014,restringido a bosques,,,,,,,,,,,,,13,13,13,,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +293,Brown Violetear,Colibri delphinae,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,2,1203745,NatureServe,,2,1203745,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +294,Mexican Violetear,Colibri thalassinus,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,3,Panjabi 2017; PIF CAW 2017; MX-NSAC-17,guesstimate,,,,,,,,,,,,,4,299056,"BirdLife & HBW, eBird, AOU Checklist 57th Suppl.",,4,299056,"BirdLife & HBW, eBird, AOU Checklist 57th Suppl.",,2,PIF CAW 2015; Mexican Regional Assessment 2005,used most frequent score amongst regions,3,PIF CAW 2015,"used Honduras's score to break tie since eBird shows greater range and more observations there than El Salvador, the only other region scored",3,PIF CAW 2015; Mexican Regional Assessment 2005,used most frequent score amongst regions,,,,,,,,,,,,,12,13,13,,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak +295,Lesser Violetear,Colibri cyanotus,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,3,Panjabi 2017; PIF CAW 2017; MX-NSAC-17,guesstimate,,,,,,,,,,,,,3,493051,"BirdLife & HBW, eBird, AOU Checklist 57th Suppl.",,3,493051,"BirdLife & HBW, eBird, AOU Checklist 57th Suppl.",,2,PIF CAW 2015,used Costa Rica's score to break tie since eBird shows greater range and more observations there than Panama,3,PIF CAW 2015,used Panama's score as the only region scored,2,PIF CAW 2015,used Costa Rica's score to break tie since eBird shows greater range and more observations there than Panama,,,,,,,,,,,,,10,11,11,,,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +296,Tooth-billed Hummingbird,Androdon aequatorialis,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,4,112955,NatureServe,,4,112955,NatureServe,,3,PIF CAW 2014,puede ser afectado por cambio climático porque es una especie de alturas,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +536,Wilson's Phalarope,Phalaropus tricolor,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,USSCP 2016,,"1,500,000",1500000,"1,500,000",1500000,2012,USSCP 2016,,100,91.68862152,100,100,"bbs0514(BBS), eBrd17(WHem)",2,3820285,BirdLife and NatureServe (2012),,1,5977525,BirdLife and NatureServe (2012),,3,USSCP 2016,,4,USSCP 2016,,2,BBS7017,Use BBS. PT = 2 (B. Andres 2017).,-0.19,BBS7017,-0.85,0.40,-0.56,0.17,1.53,578,-9.16,-34.26,23.76,,10,10,10,,LC,,,Great Plains,Temperate South America,Wetlands: Seasonally Wet Grasslands,Wetlands: Freshwater Marsh,Wetlands: Lakes and Rivers,Wetlands: Freshwater Marsh +537,Red-necked Phalarope,Phalaropus lobatus,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,USSCP 2016,,"4,100,000",4100000,"2,500,000",2500000,,USSCP 2016,,60,102.3762207,61.42573,61.42573166,"eBrd17(UsCa,WHem), WI(Glob)",1,9104053,BirdLife and NatureServe (2012),,1,7129419,BirdLife and NatureServe (2012),,2,USSCP 2016,,3,USSCP 2016,,4,B. Andres 2017,PT = 4 based on disappearance from Bay of Fundy; downlisted (B. Andres 2017).,,,,,,,,,-87.53,-97.99,16.80,,10,11,11,,LC,,,Arctic,Tropical Eastern Pacific,Wetlands: Tundra,,Oceans: Pelagic,Coasts: Marine Waters +538,Red Phalarope,Phalaropus fulicarius,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,USSCP 2016,,"2,200,000",2200000,"1,600,000",1600000,,USSCP 2016,,35,213.7476959,74.81169,74.81169128,"eBrd17(UsCa,WHem), WI(Glob)",2,3868011,BirdLife and NatureServe (2012),,1,11955845,BirdLife and NatureServe (2012),,3,B. Andres 2017,Could have climate changes affects in Arctic (B. Andres 2017).,2,USSCP 2016,,4,USSCP 2016,PT = 5 according to SOTB 2014 analysis. Uncertain but there are data from repeated Arctic surveys that show negative changes at a number of sites. Thus PT=4 (suspected).,,,,,,,,,,,,,12,10,12,,LC,,,Arctic,Widespread,Wetlands: Tundra,,Oceans: Pelagic,Coasts: Marine Waters +541,Great Skua,Stercorarius skua,waterbird,Charadriiformes,Stercorariidae,Monotypic.,1,1,0,1,M,,1,5,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"32,000",32000,,,,,,,,,,,5,16100,BirdLife 2015,,1,9168165,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",BirdLife non-breeding range includes entire N Atlantic; % range in W Hem is a guesstimate,2,Hunter-Rosenberg 2003,,2,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002,,,,,,,,,,,,,,15,11,15,Watch List - Yel-R,LC,,,Temperate Northern Atlantic,Temperate Northern Atlantic,Coasts: Cliffs and Islands,Coasts: Marine Waters,Oceans: Pelagic, +542,South Polar Skua,Stercorarius maccormicki,waterbird,Charadriiformes,Stercorariidae,Monotypic.,1,1,1,1,M,,1,5,BirdLife 2015,,"11,000",11000,,,,,,,,,,,2,,PIFTC-02,"BirdLife list breeding range as 109,000 km2, but species nests across coastal Antarctica, so presumably this area represents only breeding sites, not space in between",1,,BirdLife,natureserve map is of transient range only,2,Hunter-Rosenberg 2003,,2,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002,,,,,,,,,,,,,,12,11,12,,LC,,,Southern Ocean,Widespread,Coasts: Cliffs and Islands,Coasts: Marine Waters,Oceans: Pelagic, +543,Pomarine Jaeger,Stercorarius pomarinus,waterbird,Charadriiformes,Stercorariidae,Monotypic.,1,1,1,1,M,,,3,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"1,100,000",1100000,,,,,,40,,,,"eBrd17(UsCa,WHem), PIF(Glob)",2,2039348,"Natureserve, with Old World extrapolation",,1,66922740,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,2,Hunter-Rosenberg 2003,,2,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002,,,,,,,,,,,,,,10,9,10,,LC,,,Arctic,Widespread,Wetlands: Tundra,,Oceans: Pelagic, +334,Ruby-throated Hummingbird,Archilochus colubris,landbird,Apodiformes,Trochilidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"36,000,000",36000000,"36,000,000",36000000,2010.5,PIFcalc19,,100,99.90996552,99.90997,99.90996552,"bbs0514(UsCa), eBrd17(WHem)",1,4918910,Natureserve 3.0,,3,893074,Natureserve 3.0,,2,PIFTC-02,DD='threats assumed to be low.' BNA states no real information but species does not seem to be facing imminent threats.,2,PIFTC-02,DD='threats assumed to be low.' BNA states no real information but species does not seem to be facing imminent threats.,1,BBS7017,,1.38,BBS7017,1.23,1.52,1.30,1.47,0.33,2340,90.47,78.42,103.80,,6,8,8,,LC,yes,,Eastern Temperate,Mesoamerica,Forests: Temperate Eastern,,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen +335,Black-chinned Hummingbird,Archilochus alexandri,landbird,Apodiformes,Trochilidae,Monotypic.,1,1,1,0,M,,,2,PIFcalc19,,"8,800,000",8800000,"8,200,000",8200000,2010.5,PIFcalc19,,100,92.64488983,92.64489,92.64488983,"bbs0514(UsCa), eBrd17(WHem)",2,2369094,Natureserve 3.0,,4,237989,Natureserve 3.0,,2,PIFTC-02,"DD='threats assumed to be low.' BNA supports that species not facing imminent threats and, though potential threats exist to riparian habitats, CB-general riparian threats, but not limited to riparian.",2,PIFTC-02,"DD='threats assumed to be low.' BNA supports that species not facing imminent threats and, though potential threats exist to riparian habitats, human activities have stabilized or increased populations.",1,BBS7017,,0.95,BBS7017,0.54,1.39,0.72,1.20,0.20,438,55.32,29.68,87.87,,7,9,9,,LC,yes,,Western Temperate,Mesoamerican Pacific Lowlands,Forests: Temperate Western,Aridlands: Desert Riparian,Forests: Tropical Dry, +340,Anna's Hummingbird,Calypte anna,landbird,Apodiformes,Trochilidae,Monotypic.,1,1,1,0,PM,,,2,PIFcalc19,,"9,600,000",9600000,"8,800,000",8800000,2010.5,PIFcalc19,,100,91.33000946,91.33001,91.33000946,"eBrd17(UsCa,WHem)",3,492703,Natureserve 3.0,,2,1063525,Natureserve 3.0 with adjustment by PIFSC,"Surprisingly VERY optimistic non-breeding distribution north of BC's south coast (where very regular) with no reference in BNA. Despite very good similarity in NS and BNA distribution maps. Recommend keeping RMBO score + +Ken comment: Reduced by 205,000 (re",1,PIFTC-02,"CB-impact of feeders not studied, patterns of migration, feeding, changed by urban plantings and feeders (Russell), adapted to human activity but decrease in chaparral a tradeoff (CAFS).",1,PIFTC-02,CB-see TB,1,BBS7017,,2.32,BBS7017,1.91,2.73,2.07,2.56,0.53,248,191.50,141.55,253.02,,7,6,7,,LC,yes,,Pacific North America,Pacific North America,Aridlands: Chaparral,Forests: Temperate Western,Aridlands: Chaparral,Forests: Temperate Western +451,Black Oystercatcher,Haematopus bachmani,shorebird,Charadriiformes,Haematopodidae,Monotypic.,1,1,1,0,PM,,,5,USSCP 2016,"<1% of this estimate is in Mexico (Tessler et al. 2014), so with rounding, the US/Canada and global estimates are effectively the same","10,000",10000,"10,000",10000,2012,USSCP 2016,"Shaw 2020: <1% is in Mexico (Tessler et al. 2014), so due to rounding, US/Canada estimate appears identical to global estimate",100,,,,"eBrd17(UsCa,WHem)",4,258718,BirdLife and NatureServe (2012),,4,271752,BirdLife and NatureServe (2012),,3,B. Andres 2017,"why are threats so much higher for American than Black? Because of beach nesting, because of habitat use BLOY is much less susceptible to beach effects of human disturbance (B. Andres 2017)",2,USSCP 2016,,1,CBC7017,"Andres 2020: hard to imagine there is enough habitat to absorb the 190% increase shown in CBC without a major geologic event. Panjabi 2020: CBC covers >75% of the range (all but Baja California), and BLOY seems like a perfect candidate for being counted consistently on CBC, given its limited distribution and high detectability, so adopted this data-based source.",3.52,CBC7017,1.96,5.13,2.66,4.38,5.75,107,309.54,86.72,638.07,,13,12,13,,,,,Pacific North America,Pacific North America,Coasts: Rocky Intertidal,,Coasts: Rocky Intertidal, +453,Southern Lapwing,Vanellus chilensis,shorebird,Charadriiformes,Charadriidae,,0,0,0,1,R,,1,2,PIF CAW 2016,,,,,,,,,,,,,,1,,Natureserve,,1,,Natureserve,,1,B. Andres 2017,Expanding and adaptable (B. Andres 2017).,1,PIF CAW 2014,,1,PIF CAW 2014,Expanding and adaptable (B. Andres 2017).,,,,,,,,,,,,,5,5,5,,LC,,,Neotropical,Neotropical,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +454,Black-bellied Plover,Pluvialis squatarola,shorebird,Charadriiformes,Charadriidae,Monotypic.,1,1,1,1,M,,,3,B. Andres 2017,A case for North American populations. One of the few species where our populations estimate was lower (B. Andres 2017).,"840,000",840000,"360,000",360000,,USSCP 2016,,40,95.18666077,42.85714,42.8571434,USSCP 2016; B. Andres 2017,2,3953493,BirdLife and NatureServe (2012),,1,9875098,BirdLife and NatureServe (2012),,2,B. Andres 2017,Some concern about Western Atlantic population (B. Andres 2017).,3,USSCP 2016,,5,Mig7416,"Panjabi 2020: looking at the month-by-month distribution in eBird, the frequency of BBPL records along the Atlantic is much greater than the Pacific, so appropriate to use the score of 5 based on the ISS dataset that is biased towards the Atlantic pop. P. Smith 2020: The majority of or all Canadian-breeding BBPL use eastern flyways, so the declining Atlantic flyway pop is a larger proportion of the pop than previously estimated, but there is a non-trivial western component. I couldn’t hazard a guess as to the % east vs west. Andres 2020: continentally greater than 4, less than 5, probably a 4 if Atlantic flyway is 25% of the pop. Andres-17: Some concern about Western Atlantic population. Based on some Arctic work; declines suspected in Atlantic pop. One of the few species where our populations estimate was lower (B. Andres 2017)",-1.59,Mig7416,-3.30,-0.30,,,,,-48.54,-75.58,-0.35,,12,12,12,CBSD,LC,,,Arctic,Widespread,Wetlands: Tundra,Tundra: Arctic,Coasts: Beach and Estuary, +456,American Golden-Plover,Pluvialis dominica,shorebird,Charadriiformes,Charadriidae,Monotypic.,1,1,1,1,M,,,4,B. Andres 2017,"Population size on edge, so increase to 4 (B. Andres 2017)","<500,000",500000,"500,000",500000,,B. Andres 2017,,100,99.40206146,99.40206,99.40206146,"eBrd17(UsCa,WHem)",2,3582706,BirdLife and NatureServe (2012),,2,1444506,BirdLife and NatureServe (2012),,2,USSCP 2016,,4,USSCP 2016,,5,Mig7416,,-1.88,Mig7416,-3.63,-0.36,,,,,-52.84,-78.58,-10.31,,13,15,15,Watch List - Yel-D,LC,,w,Arctic,Temperate South America,Tundra: Arctic,,Grasslands: Pampas and Campos, +457,Pacific Golden-Plover,Pluvialis fulva,shorebird,Charadriiformes,Charadriidae,Monotypic.,1,1,1,1,M,,,4,USSCP 2016,,"220,000",220000,"43,000",43000,,USSCP 2016,,10,195.4019928,19.5402,19.54019928,"eBrd17(UsCa,WHem), WI(Glob)",2,2255190,BirdLife and NatureServe (2012),,1,5187158,BirdLife and NatureServe (2012),,2,USSCP 2016,,3,USSCP 2016,,3,BBS9317,,-1.73,BBS9317,-6.23,3.85,,,1.25,4,-31.30,-70.80,48.85,,11,11,11,,LC,,,Arctic,Paleotropical,Wetlands: Tundra,,Coasts: Beach and Estuary, +468,Collared Plover,Charadrius collaris,shorebird,Charadriiformes,Charadriidae,Monotypic.,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016. Agree with PS change (B.Andres 2017),,,,,,,,,,,,,1,15037381,Natureserve,,1,15037381,Natureserve,,3,PIF CAW 2014,,2,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,11,10,11,,LC,,,Neotropical,Neotropical,Wetlands: Lakes and Rivers,Coasts: Beach and Estuary,Wetlands: Lakes and Rivers,Coasts: Beach and Estuary +472,Wattled Jacana,Jacana jacana,shorebird,Charadriiformes,Jacanidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,13900000,BirdLife 2016,,1,13900000,BirdLife 2016,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,7,7,7,,LC,,,South American Lowlands,South American Lowlands,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +473,Upland Sandpiper,Bartramia longicauda,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,USSCP 2016,latest scores from USSCP,"750,000",750000,"750,000",750000,,USSCP 2016,,100,,,,"bbs0514(BBS), eBrd17(WHem)",2,3281142,BirdLife and NatureServe (2012),,2,3176717,BirdLife and NatureServe (2012),,4,USSCP 2016,,4,USSCP 2016,,2,BBS7017,,0.49,BBS7017,0.15,0.81,0.30,0.67,2.94,991,25.00,11.16,48.91,,11,11,11,,LC,,"b,w",Great Plains,Temperate South America,Grasslands: Temperate,,Grasslands: Pampas and Campos, +477,Eskimo Curlew,Numenius borealis,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,5,USSCP 2016,,<50,50,<50,50,,USSCP 2016,,,,100,100,,3,489795,BirdLife and NatureServe (2012),,2,1747849,BirdLife and NatureServe (2012),,5,USSCP 2016,,5,USSCP 2016,,5,USSCP 2016,,,,,,,,,,,,,,18,17,18,Watch List - Red,CR (PE),,,Arctic,Temperate South America,Tundra: Arctic,,Grasslands: Pampas and Campos, +475,Whimbrel,Numenius phaeopus,shorebird,Charadriiformes,Scolopacidae,,1,1,1,1,M,,,3,B. Andres 2017,Four recognized subspecies. Case for North American populations (B.Andres 2017).,"1,800,000",1800000,"80,000",80000,,USSCP 2016,,30,11.69989395,3.509968,3.509968281,"eBrd17(UsCa,WHem), WI(Glob)",1,4775971,BirdLife and NatureServe (2012),,1,10561474,BirdLife and NatureServe (2012),,3,USSCP 2016,,4,USSCP 2016,,5,Mig7416,,-2.12,Mig7416,-3.35,-1.23,,,,,-58.63,-73.00,-37.20,,12,13,13,Watch List - Yel-D,LC,,,Arctic,Widespread,Tundra: Arctic,Wetlands: Boreal,Coasts: Beach and Estuary,Coasts: Saltmarsh +474,Bristle-thighed Curlew,Numenius tahitiensis,shorebird,Charadriiformes,Scolopacidae,Monotypic.,0,1,0,0,M,,,5,USSCP 2016,,"10,000",10000,"10,000",10000,,USSCP 2016,,100,,,,eBrd17(UsCa),5,45419,BirdLife and NatureServe (2012),,5,57097,BirdLife and NatureServe (2012),,3,USSCP 2016,,4,USSCP 2016,,3,USSCP 2016,,,,,,,,,,,,,,16,17,17,Watch List - Red,VU,,,Arctic,Eastern Indo-Pacific,Tundra: Arctic,,Coasts: Beach and Estuary, +478,Long-billed Curlew,Numenius americanus,shorebird,Charadriiformes,Scolopacidae,,1,1,1,1,M,,,4,USSCP 2016,,"140,000",140000,"140,000",140000,,USSCP 2016,,100,67.25434875,100,100,USSCP 2016,2,2114978,BirdLife and NatureServe (2012),,2,1828856,BirdLife and NatureServe (2012),,4,B. Andres 2017,"Are threats really that high year-round? Perhaps, as a lot winter in northern Mexico (B.Andres 2017).",4,USSCP 2016,,2,BBS7017,,0.05,BBS7017,-0.39,0.43,-0.21,0.27,2.46,474,2.30,-17.06,24.88,,12,12,12,,LC,,"b,w",Great Plains,Nearctic,Grasslands: Temperate,,Coasts: Beach and Estuary,Wetlands: Lakes and Rivers +136,Sharp-tailed Grouse,Tympanuchus phasianellus,landbird,Galliformes,Phasianidae,,1,1,0,0,R,,,3,PIFcalc19,,"760,000",760000,"760,000",760000,2010.5,PIFcalc19,,100,,,,eBrd17(UsCa),2,3021798,Natureserve 3.0 with adjustment by PIFSC-08,"Reduced by 50%; based on BNA map, leaves out large gaps in range compared to NS",2,3021798,Natureserve 3.0 with adjustment by PIFSC,"Reduced by 50%; based on BNA map, leaves out large gaps in range compared to NS",3,PIFTC-02,Much range undisturbed; adapts somewhat to agriculture.,3,PIFTC-02,"Winter habitat requirements said to be narrower than in winter. sensitive to fragmentation, especially in SE part of range (PIFSC 2014)",2,BBS7017,,0.80,BBS7017,0.17,1.44,0.46,1.17,0.43,332,44.19,9.24,86.53,,10,10,10,,LC,,"b,w",Great Plains,Great Plains,Grasslands: Temperate,Forests: Boreal,Grasslands: Temperate,Forests: Boreal +137,Greater Prairie-Chicken,Tympanuchus cupido,landbird,Galliformes,Phasianidae,,1,1,0,0,R,,,4,PIFcalc19,,"360,000",360000,"360,000",360000,2010.5,PIFcalc19,,100,,,,eBrd17(UsCa),3,414926,Natureserve 3.0,,3,414926,Natureserve 3.0,,4,PIFTC-02,DD='highly vulnerable to human activities and land use.' Uses highly specific conditions within habitats for leks. agricultural practices keep threats high; populations still blinking out.,4,PIFTC-02,DD='highly vulnerable to human activities and land use.' Uses highly specific conditions within habitats for leks.,5,BNA Johnson et al 2011,PIFSC-19: expert opinion overrides BBS due to consensus that specieshas declined,3.69,BBS7017*,1.56,5.80,2.53,4.88,1.56,83,262.90,66.78,891.37,,16,16,16,Watch List - Red,VU,,,Great Plains,Great Plains,Grasslands: Temperate,,Grasslands: Temperate, +138,Lesser Prairie-Chicken,Tympanuchus pallidicinctus,landbird,Galliformes,Phasianidae,Monotypic.,0,1,0,0,R,,,5,WAFWA/WEST 2017,"Estimate represents 2012-2017 average. 38,000 is estimate from BBS-15.","28,000",28000,"28,000",28000,,WAFWA/WEST 2017,,100,,,,eBrd17(UsCa),4,82023,Natureserve 3.0,,4,82023,Natureserve 3.0,,5,PIFTC-02,DD='highly vulnerable to human activities and land use.' Uses highly specific conditions within habitats for leks. Sandsage-shinnery oak often controlled by ranchers.. DJK=four+ years of extreme drought has dropped lekking adults by 90% in areas of New Mexico and climate change does not bode well for this species in W Texas and New Mexico.,5,PIFTC-02,DD='highly vulnerable to human activities and land use.' Uses highly specific conditions within habitats for leks. Sandsage-shinnery oak often controlled by ranchers.,5,"D Haukos, pers. comm. 2015","Population reconstructions projected abundances increasing from ~50,000 to 200,000 birds in the late 1960s, then stabilizing to ~150,000 for nearly 2 decades, and then declining to ~25,000 birds from the late 1980s to the mid-1990s. Populations rebounded to ~80,000 in 2008 and then declined to 37,000 in 2012."" + +A second paper, uses actual lek monitoring data from KS. In this paper, populations peaked ~1987 with ~5500 birds and had a low in 2012 of ~1800. The entire time period is from 1981 (~4500 birds) to 2013 (~2000 birds). Keep in mind, 1) these are road-based surveys and 2) KS is widely considered/known to have the most stable LEPC populations.",,,,,,,,,,,,,19,19,19,Watch List - Red,VU,,,Great Plains,Great Plains,Grasslands: Temperate,,Grasslands: Temperate, +139,Wild Turkey,Meleagris gallopavo,landbird,Galliformes,Phasianidae,,1,1,1,0,R,,,2,PIFSC-18; Eriksen et al 2016,"2 million is US/Canada and global estimate from BBS-15, but timing of BBS is not ideal for their breeding season. Tapley et al. 2011 cited by BNA was based on 2009 data. Since more recent, we instead extrapolated from 2014 US population estimates from NWTF (Eriksen et al 2016): 6-6.2M (US, excluding CA) + 300K CA + 300K Canada (both based on BBS%). Extrapolation beyond US/Canada based on eBird. (PIFSC-18).","6,900,000",6900000,"6,700,000",6700000,,PIFSC-18; Eriksen et al 2016,,100,97.37662506,97.37663,97.37662506,"bbs0514(UsCa), eBrd17(WHem)",2,3998540,Natureserve 3.0,,2,3998540,Natureserve 3.0,,2,PIFTC-02,DD='pops demonstrably secure.' BNA supports that management or conservation activities have stabilized or increased populations.,2,PIFTC-02,not more threatened in winter. DD='pops demonstrably secure.' BNA supports that management or conservation activities have stabilized or increased populations,1,BBS7017,,8.39,BBS7017,7.94,8.85,8.13,8.66,0.19,2234,4138.15,3289.72,5209.96,,7,7,7,,LC,yes,,Nearctic,Nearctic,Forests: Temperate Generalist,,Forests: Temperate Generalist, +143,Pied-billed Grebe,Podilymbus podiceps,waterbird,Podicipediformes,Podicipedidae,,1,1,1,1,PM,,,3,"PIFcalc19, bbs0514(BBS), eBrd17(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"3,100,000",3100000,"1,100,000",1100000,2010.5,PIFcalc19,,100,,,,"bbs0514(BBS), eBrd17(WHem)",1,20982210,Natureserve,,1,14986567,Natureserve,,2,Waterbird Working Group 2017,Emergent wetlands in SE USA are under threat,2,Waterbird Working Group 2017,,1,BBS7017,considered stable in Delany and Scott,0.92,BBS7017,0.52,1.34,0.68,1.18,0.19,1082,53.76,27.30,93.43,,7,7,7,,LC,,,Widespread,Widespread,Wetlands: Freshwater Marsh,,Wetlands: Lakes and Rivers, +145,Horned Grebe,Podiceps auritus,waterbird,Podicipediformes,Podicipedidae,,1,1,1,0,M,,,3,"PIFcalc19, eBrd17(UsCa,WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"620,000",620000,"250,000",250000,2010.5,PIFcalc19,,40,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,13055513,"Natureserve, with Old World extrapolation",,1,5391903,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Waterbird Working Group 2017,"threats specific to northern prairie wetlands; in wet cycle now, but will eventually turn dry again",3,Waterbird Working Group 2017,"coastal pollution, bycatch, but also using other habitats like reservoirs (at least in Southeast US)",4,BBS7017,Do we trust CBC more in this case? (KVR); Get Canadian input (CH),-1.42,BBS7017,-2.14,-0.72,-1.84,-1.00,0.27,184,-47.71,-64.86,-27.71,,11,11,11,,VU,,,Northern Forest,Nearctic,Wetlands: Freshwater Marsh,,Coasts: Marine Waters,Wetlands: Lakes and Rivers +146,Red-necked Grebe,Podiceps grisegena,waterbird,Podicipediformes,Podicipedidae,,1,1,1,0,M,,,3,"PIFcalc19, eBrd17(UsCa,WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"2,500,000",2500000,"740,000",740000,2010.5,PIFcalc19,,30,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,17611357,"Natureserve, with Old World extrapolation",,2,1399860,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Waterbird Working Group 2017,"threats specific to northern prairie wetlands; in wet cycle now, but will eventually turn dry again",3,Waterbird Working Group 2017,"coastal pollution, bycatch",1,BBS7017,,0.94,BBS7017,0.17,1.75,0.51,1.41,0.38,194,50.98,6.84,96.35,,8,9,9,,LC,,,Northern Forest,Nearctic,Wetlands: Lakes and Rivers,,Coasts: Marine Waters,Wetlands: Lakes and Rivers +147,Eared Grebe,Podiceps nigricollis,waterbird,Podicipediformes,Podicipedidae,,1,1,1,1,M,,,3,"PIFcalc19, bbs0514(BBS), eBrd17(WHem,Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"3,100,000",3100000,"2,000,000",2000000,2010.5,PIFcalc19,,71.35577922,,,,"bbs0514(BBS), eBrd17(WHem,Glob)",1,9250000,"Natureserve, with Old World extrapolation",,2,,PIFTC,,3,Waterbird Working Group 2017,"wetland losses in west; drying trend may increase salinity, threaten food base",3,Waterbird Working Group 2017,"continuing concerns over mono lake, an important stopover/wintering area; outbreaks of diseases, botulism",2,BBS7017,"PIFSC-19: BBS better coverage since species winters offshore and in Mexico where no CBC coverage. BBS coverage in Canada not great, but decent in U.S.",1.11,BBS7017,-0.32,2.51,0.28,1.93,2.86,313,59.35,-8.81,218.14,,9,10,10,,LC,,,Intermountain West,North American Southwest,Wetlands: Freshwater Marsh,,Coasts: Marine Waters,Wetlands: Lakes and Rivers +148,Western Grebe,Aechmophorus occidentalis,waterbird,Podicipediformes,Podicipedidae,,1,1,1,0,PM,,,3,"PIFcalc19, bbs0514(BBS), eBrd17(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"1,000,000",1000000,"990,000",990000,2010.5,PIFcalc19,,100,,,,"bbs0514(BBS), eBrd17(WHem)",1,4842206,Natureserve,,2,1034087,Natureserve,,3,Waterbird Working Group 2017,"wetland losses in general in the west, but may be greatest in great basin, where many of these birds breed",3,Waterbird Working Group 2017,,5,CBC7017,trend is for lumped Clark's and Western Grebes,-3.56,CBC7017,-3.91,-1.85,-3.49,-2.28,11.72,424,-72.81,-82.39,-56.99,,12,13,13,Watch List - Yel-D,LC,,,Western Temperate,Western Temperate,Wetlands: Freshwater Marsh,,Coasts: Marine Waters,Wetlands: Lakes and Rivers +149,Clark's Grebe,Aechmophorus clarkii,waterbird,Podicipediformes,Podicipedidae,,1,1,1,0,PM,,,4,"PIFcalc19, eBrd17(UsCa,WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"81,000",81000,"72,000",72000,2010.5,PIFcalc19,,100,,,,"eBrd17(UsCa,WHem)",2,2111927,Natureserve,,2,1264657,Natureserve,,3,Waterbird Working Group 2017,"wetland losses may be greatest in great basin, where many of these birds breed",3,Waterbird Working Group 2017,,5,CBC7017,trend is for lumped Clark's and Western Grebes,-2.91,CBC7017,-3.91,-1.85,-3.49,-2.28,11.72,424,-72.63,-82.87,-52.29,,14,14,14,Watch List - Yel-D,LC,,,Western Temperate,Western Temperate,Wetlands: Freshwater Marsh,,Coasts: Marine Waters,Wetlands: Lakes and Rivers +161,Ruddy Pigeon,Patagioenas subvinacea,landbird,Columbiformes,Columbidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,6909885,NatureServe,,1,6909885,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,9,9,9,,VU,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +162,Short-billed Pigeon,Patagioenas nigrirostris,landbird,Columbiformes,Columbidae,Monotypic.,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,351765,Natureserve 3.0,,3,351765,Natureserve 3.0,,4,MX-NSAC,likely warrants TB=4 due to requirement for humid lowland forest.,4,MX-NSAC,"requires forest, but not very sensitive",4,PIF CAW 2014,Restricted to humid forests (and edge) within C.A. range; loss of such forests has been extensive in C.A.; MX regional experts score PT=4; Ridgely and Gwynne (1989) state 'now very local in pacific west (Panama) due to deforestation,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +167,Eurasian Collared-Dove,Streptopelia decaocto,landbird,Columbiformes,Columbidae,,1,1,1,0,R,1,,1,BirdLife International 2018,"210 million would be the extrapolation of BBS-15 estimate globally using eBird, but US/Canada estimated to be just 4% of global pop, so not appropriate to base extrapolation on such a small proportion of the pop (PIFSC-18).","85,000,000",85000000,"8,700,000",8700000,2010.5,PIFcalc19,,5,,,,"bbs0514(UsCa), eBrd17(WHem), PIF(Glob)",1,19399760,Natureserve 3.0,,1,19399760,Natureserve 3.0,,1,PIFTC-02,,1,PIFTC-02,,1,BBS7017,,32.94,BBS7017,30.93,34.55,31.61,33.94,0.01,1562,13199399.28,7224302.26,25508852.26,,4,4,4,,LC,yes,,Introduced,Introduced,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +168,Spotted Dove,Streptopelia chinensis,landbird,Columbiformes,Columbidae,,0,1,0,0,R,1,,,Not evaluated,,,,,,,,,0.01615457,,,,"eBrd17(UsCa,WHem,Glob)",,,Not Evaluated,,,,Not Evaluated,,,Not Evaluated,,,Not Evaluated,,5,CBC7017,,-14.05,CBC7017,-15.63,-11.38,-15.06,-12.62,3.88,37,-99.92,,,,,,,,,yes,,Introduced,Introduced,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +179,Ruddy Quail-Dove,Geotrygon montana,landbird,Columbiformes,Columbidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 2 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,1,10371149,Natureserve 3.0,,1,10371149,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +180,Violaceous Quail-Dove,Geotrygon violacea,landbird,Columbiformes,Columbidae,,0,0,0,1,R,,,4,PIF CAW 2016,distribution reduced by 25% per Tom Schulenberg's comment that it may not breed in part of its mapped range in southwestern amazon and E brazil (CAW);,,,,,,,,,,,,,2,1111096.5,NatureServe,,2,1481462,NatureServe,,5,PIF CAW 2014,,5,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Red,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +185,Olive-backed Quail-Dove,Leptotrygon veraguensis,landbird,Columbiformes,Columbidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,4,126033,NatureServe,,4,126033,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +220,Cocos Cuckoo,Coccyzus ferrugineus,landbird,Cuculiformes,Cuculidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,24,NatureServe,,5,24,NatureServe,,3,PIF CAW 2014,puede ser depredadados por gatos ferales y ratas introducidas,3,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,VU,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +221,Black-billed Cuckoo,Coccyzus erythropthalmus,landbird,Cuculiformes,Cuculidae,Monotypic.,1,1,1,1,M,,,3,PIFcalc19,"PIFSC-20: eBird picks up non-breeders south of the border, so overrode eBird % Breeding Pop in US & Canada with 100% and used US/Canada estimate as global estimate","880,000",880000,"880,000",880000,2010.5,PIFcalc19,,100,100,100,100,bbs0514(UsCa),1,4934488,Natureserve 3.0,,2,2301267,Natureserve 3.0,,3,PIFTC-02,Area sensitive; reduction of caterpiller etc. outbreaks.,3,PIFTC-02,"Uses wide variety of open woods (moist or arid), scrub, edge, riparian (ED); unknown. very poorly known in winter, could use primarily seasonally dry tropical forests which are under high threats (KVR)",5,BBS7017,,-2.45,BBS7017,-2.79,-2.11,-2.65,-2.26,0.52,1677,-68.83,-73.26,-62.36,37,12,13,13,Watch List - Yel-D,LC,,,Northern Forest,South American Lowlands,Forests: Temperate Eastern,,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen +205,Striped Cuckoo,Tapera naevia,landbird,Cuculiformes,Cuculidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,12373953,Natureserve 3.0,,1,12373953,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,requires overgrown fields,2,PIF CAW 2014,,,,,,,,,,,,,,8,8,8,,LC,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,Grasslands: Tropical,Open Country: Habitat Mosaic,Grasslands: Tropical +206,Pheasant Cuckoo,Dromococcyx phasianellus,landbird,Cuculiformes,Cuculidae,Monotypic.,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,Hábitat menos perturbado (CAW);. uncommon and local within range,,,,,,,,,,,,,1,8870638,Natureserve 3.0,,1,8870638,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate decline in habitat expected,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +207,Lesser Ground-Cuckoo,Morococcyx erythropygus,landbird,Cuculiformes,Cuculidae,,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,"Rango pequeño, pero abundante en su habitat (también en áreas perturbadas). En la costa de pacifico de guate no es común (CAW);",,,,,,,,,,,,,3,359495,Natureserve 3.0,,3,359495,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate decline in habitat expected,4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +208,Lesser Roadrunner,Geococcyx velox,landbird,Cuculiformes,Cuculidae,Monotypic.,0,0,1,1,R,,,3,Gomez-Panjabi. PIF CAW 2016,Es común y está presente en áreas perturbadas (CAW);,,,,,,,,,,,,,3,518100,Natureserve 3.0,,3,518100,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,occurs in altered landscapes,2,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +209,Greater Roadrunner,Geococcyx californianus,landbird,Cuculiformes,Cuculidae,Monotypic.,0,1,1,0,R,,,3,PIFcalc19,,"1,400,000",1400000,"840,000",840000,2010.5,PIFcalc19,,100,58.20052338,58.20052,58.20052338,"bbs0514(UsCa), eBrd17(WHem)",2,2926960,Natureserve 3.0,,2,2926960,Natureserve 3.0,,2,PIFTC-02,not more threatened during breeding season (KR); CB-uses a wide variety of habitats (Birds of the LCR).,2,PIFTC-02,,1,BBS7017,,0.91,BBS7017,0.51,1.31,0.67,1.14,0.58,483,52.18,29.88,80.61,60,8,8,8,,LC,yes,"b,w",North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +210,Rufous-vented Ground-Cuckoo,Neomorphus geoffroyi,landbird,Cuculiformes,Cuculidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,3,613294,NatureServe,,3,613294,NatureServe,,4,PIF CAW 2014,especializada en hormigas arrieras,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,VU,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +202,Greater Ani,Crotophaga major,landbird,Cuculiformes,Cuculidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,1,12151246,NatureServe,,1,12151246,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,8,8,8,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,Wetlands: Forested,Forests: Tropical Lowland Evergreen,Wetlands: Forested +307,Green Thorntail,Discosura conversii,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,132274,NatureServe,,4,132274,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +308,Short-crested Coquette,Lophornis brachylophus,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,10744,Natureserve 3.0,,5,10744,Natureserve 3.0,,5,MX-NSAC,,5,MX-NSAC,"restricted habitat, habitat loss",4,MX-NSAC-12,MX endemic; both regions score PT=4,,,,,,,,,,,,,19,19,19,Watch List - Red,CR,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +309,Rufous-crested Coquette,Lophornis delattrei,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,4,PIF CAW 2016,hard to detect (CAW);,,,,,,,,,,,,,4,186898,NatureServe,,4,186898,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +265,Vaux's Swift,Chaetura vauxi,landbird,Apodiformes,Apodidae,,1,1,1,1,M,,,3,PIFcalc19,,"870,000",870000,"420,000",420000,2010.5,PIFcalc19,,100,48.34098816,48.34099,48.34098816,"bbs0514(UsCa), eBrd17(WHem)",2,2217902,Natureserve 3.0,,3,993326,Natureserve 3.0,,3,PIFTC-02,"CB-late stage coniferous and decid/conif forest, prefers old growth, hollow trees and snags, highly specialized habitat (BNA). Are threats increasing in Pacific NW due to loss of mature forests? (KVR); Camfield,Alaine [NCR]: TB 3 or 4 in Canada depending on BCR. Main threat is loss of nesting/roosting habitat as a result of forestry practices. Final score would depend on what people feel for the rest of the range.",3,PIFTC-02,"probably not threatened in winter? (KR); CB- ' no info on wintering habitat' (BNA). should be consistent with other wintering species -- probably needs forest and large trees for roosting; complete lack of knowledge probably should make this a ""3"" (KVR); WE-Vulnerable to catastrophic events at roost sites during migration; some roosts are ephemeral due to changes in weather (WE)",4,BBS7017,,-1.12,BBS7017,-1.82,-0.38,-1.55,-0.64,0.63,276,-39.70,-54.89,-9.48,106,12,13,13,,LC,,,Pacific North America,Mesoamerica,Forest Aerial: Temperate Western,Forests Aerial: Mesoamerican Highland,Forest Aerial: Tropical Generalist, +266,Chapman's Swift,Chaetura chapmani,landbird,Apodiformes,Apodidae,,0,0,0,1,R,,,4,PIF CAW 2016,poorly known; birds in Colombian may be migrants (Jesse Fagan); reduced map by 15% (CAW);,,,,,,,,,,,,,2,2312099.45,NatureServe,,2,2720117,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,no existe mucha información,,,,,,,,,,,,,12,12,12,,LC,,,South American Lowlands,South American Lowlands,Forest Aerial: Tropical Lowland Evergreen,,Forest Aerial: Tropical Lowland Evergreen, +267,Short-tailed Swift,Chaetura brachyura,landbird,Apodiformes,Apodidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,7490972,NatureServe,,1,7490972,NatureServe,,3,PIF CAW 2014,dieta relativamente especializada,3,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,8,8,8,,LC,,,South American Lowlands,South American Lowlands,Forest Aerial: Tropical Lowland Evergreen,,Forest Aerial: Tropical Lowland Evergreen, +269,Band-rumped Swift,Chaetura spinicaudus,landbird,Apodiformes,Apodidae,,0,0,0,1,R,,,3,PIF CAW 2016,conservative estimate (CAW);,,,,,,,,,,,,,2,3149755,NatureServe,,2,3149755,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Forest Aerial: Tropical Lowland Evergreen,,Forest Aerial: Tropical Lowland Evergreen, +270,Costa Rican Swift,Chaetura fumosa,landbird,Apodiformes,Apodidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,13110,NatureServe,,5,13110,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forest Aerial: Tropical Lowland Evergreen,,Forest Aerial: Tropical Lowland Evergreen, +271,Gray-rumped Swift,Chaetura cinereiventris,landbird,Apodiformes,Apodidae,,0,0,0,1,R,,,1,PIF CAW 2016,,,,,,,,,,,,,,1,6113635,NatureServe,,1,6113635,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,8,8,8,,LC,,,Neotropical,Neotropical,Forest Aerial: Tropical Lowland Evergreen,,Forest Aerial: Tropical Lowland Evergreen, +278,White-throated Swift,Aeronautes saxatalis,landbird,Apodiformes,Apodidae,,1,1,1,1,PM,,,3,PIFcalc19,,"3,200,000",3200000,"2,400,000",2400000,2010.5,PIFcalc19,,100,74.65656281,74.65656,74.65656281,"bbs0514(UsCa), eBrd17(WHem)",2,3393948,Natureserve 3.0,,2,1567235,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,3,BBS7017,,-0.50,BBS7017,-1.39,0.43,-1.03,0.04,2.74,387,-20.57,-51.13,16.87,,10,10,10,,LC,,,North American Southwest,North American Southwest,Open Country Aerial: Habitat Mosaic,,Open Country Aerial: Habitat Mosaic, +279,Lesser Swallow-tailed Swift,Panyptila cayennensis,landbird,Apodiformes,Apodidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,8565537,Natureserve 3.0,,1,8565537,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,2,MX-NSAC,no information,4,PIF CAW 2014,both regions in Mexico score PT=4; loss of lowland humid forest in rest of C.A. is similar to Mexico,,,,,,,,,,,,,12,10,12,,LC,,,Neotropical,Neotropical,Forest Aerial: Tropical Lowland Evergreen,,Forest Aerial: Tropical Lowland Evergreen, +245,Buff-collared Nightjar,Antrostomus ridgwayi,landbird,Caprimulgiformes,Caprimulgidae,,0,1,1,1,PM,,,3,PIFTC-02–PS-g midpoint,,"2,000,000",2000000,<50,50,,PIFSC-16,guestimate based on eBird distribution; % Pop'n in US should be <1%,100,12.00828362,0.0025,0.0025,PIFTC-02; PIFSC-16,3,608026,Natureserve 3.0,,3,343316,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,moderate habitat loss,3,MX-NSAC,,,,,,,,,,,,,,12,12,12,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +246,Eastern Whip-poor-will,Antrostomus vociferus,landbird,Caprimulgiformes,Caprimulgidae,Monotypic.,1,1,1,1,M,,,3,PIFcalc19,Crashing in North America. Brad Jacobs says all caprimulgids have declined greatly. (CAW);. Whip-poor-will split in 2011,"1,800,000",1800000,"1,800,000",1800000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,2772111,Natureserve 3.0,,3,882960,Natureserve 3.0,,3,PIFTC-02,"DD='does not breed in highly altered landscapes.' BNA supports that modified habitats not suitable, but information on habitat needs and threats to those is largely lacking.",3,PIFTC-02,DD='no information available.' Not much information for wintering areas. poorly known but winters in tropical forest regions (KVR),5,BBS7017,,-2.71,BBS7017,-3.18,-2.32,-3.01,-2.47,0.23,792,-72.09,-76.87,-67.00,,13,14,14,Watch List - Yel-D,NT,,,Eastern Temperate,Gulf-Caribbean Lowlands,Forests: Temperate Eastern,,Forests: Tropical Lowland Evergreen,Forests: Temperate Eastern +247,Dusky Nightjar,Antrostomus saturatus,landbird,Caprimulgiformes,Caprimulgidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,5391,NatureServe,,5,5391,NatureServe,,3,PIF CAW 2014,la cambia climático puede afectar la disponibilidad de insectos,3,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +248,Mexican Whip-poor-will,Antrostomus arizonae,landbird,Caprimulgiformes,Caprimulgidae,,0,1,1,1,PM,,,4,PIFcalc19,,190000,190000,33000,33000,2010.5,PIFcalc19,,100,17.05692863,17.05693,17.05692863,"eBrd17(UsCa,WHem)",3,733259,Natureserve 3.0,,3,789528,Natureserve 3.0,,3,Panjabi,avg of BCR scores.,3,Panjabi,,4,MX-NSAC,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak, +250,White-tailed Nightjar,Hydropsalis cayennensis,landbird,Caprimulgiformes,Caprimulgidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,2,1525811,NatureServe,,2,1525811,NatureServe,,3,PIF CAW 2014,utiliza áreas abiertas; la cambia climático puede afectar la disponibilidad de insectos,3,PIF CAW 2014,,3,PIF CAW 2014,rara y desconocida,,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Grasslands: Tropical,,Grasslands: Tropical, +251,Spot-tailed Nightjar,Hydropsalis maculicaudus,landbird,Caprimulgiformes,Caprimulgidae,Monotypic.,0,0,1,1,M,,,4,Gomez-Panjabi,,,,,,,,,,,,,,2,3316102,Natureserve 3.0,,2,3212739,Natureserve 3.0,,2,MX-NSAC,global score should reflect regional expert's opinion.,3,MX-NSAC,wintering status uncertain,2,PIF CAW 2014,MX endemic found in 1 regions; regional experts suggest PT=2,,,,,,,,,,,,,10,11,11,,LC,,w,South American Lowlands,South American Lowlands,Grasslands: Tropical,,Grasslands: Tropical, +253,Oilbird,Steatornis caripensis,landbird,Steatornithiformes,Steatornithidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,no NS map; conservative estimate (CAW);,,,,,,,,,,,,,2,1040000,BirdLife 2016,,2,1040000,BirdLife 2016,,3,PIF CAW 2014,tiene una dieta especializada; anida en colonias en cuevas,3,PIF CAW 2014,,3,PIF CAW 2014,registros han aumentado en los últimos cinco años,,,,,,,,,,,,,13,13,13,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +254,Great Potoo,Nyctibius grandis,landbird,Nyctibiiformes,Nyctibiidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,8503959,Natureserve 3.0,,1,8503959,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,humid evergreen forest edge,3,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +255,Common Potoo,Nyctibius griseus,landbird,Nyctibiiformes,Nyctibiidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,1,13729415,NatureServe,,1,13729415,NatureServe,,3,PIF CAW 2014,la cambia climático puede afectar la disponibilidad de insectos,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +256,Northern Potoo,Nyctibius jamaicensis,landbird,Nyctibiiformes,Nyctibiidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,781439,Natureserve 3.0,,3,781439,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,tropical lowland forest,4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,Coasts: Mangroves,Forests: Tropical Lowland Evergreen,Coasts: Mangroves +257,Black Swift,Cypseloides niger,landbird,Apodiformes,Apodidae,,1,1,1,1,M,,,4,PIFcalc19,Could be FEWER? (CAW);,"170,000",170000,"89,000",89000,2010.5,PIFcalc19,,100,51.18711853,51.18712,51.18711853,"eBrd17(UsCa,WHem)",2,1306962,PIFSC-08,"Added 32,000 km2; Colorado Range underestimated by 50% (A. Panjabi)",2,1900000,PIFSC-08,"presumed winter range is from s venezuela through the andes, western amazon basin and western bolivia (Nat Geo Complete Birds of North America); actual range may be much smaller, based on returns of geolocators from CO-breeding birds + +Ken comment: Replace",4,PIFSC-Dec-08,"climate change and reduced, later snowmelt could be problematic for breeding habitat in mountains; CB-rock and ice climbing other recreation (CAFS), mining, one egg only (COPIF), highly specialized habt.; nest sites are inaccessible and relatively secure (MX-NSAC); Rosenberg: threats increasing due to drying of waterfalls?. CB- possibly affected by reduced rainfall, and recreation; WE -- not as threatened in BC portion of range",3,PIFTC-02,"probably not threatened in winter? (KR); CB- not known in winter, but widespread. as far as we know, uses native tropical forests and may depend on specific sites or habitats; very poorly known, thus specific threats unknown (CB, KVR, WE, TW, DP)",5,BBS7017,,-5.67,BBS7017,-7.85,-3.41,-7.04,-4.29,5.19,117,-89.76,-96.93,-70.94,16,15,14,15,Watch List - Yel-D,VU,,,Widespread,South American Lowlands,Forest Aerial: Temperate Western,Forests Aerial: Mesoamerican Highland,Forest Aerial: Tropical Generalist, +258,White-fronted Swift,Cypseloides storeri,landbird,Apodiformes,Apodidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,127724,Natureserve 3.0,,4,127724,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,no information,3,MX-NSAC,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,DD,,,Mesoamerican Highlands,Mesoamerican Highlands,Forest Aerial: Mesoamerican Highland,,Forest Aerial: Mesoamerican Highland, +259,White-chinned Swift,Cypseloides cryptus,landbird,Apodiformes,Apodidae,Monotypic.,0,0,0,1,M,,,5,PIF CAW 2016,poorly known (CAW);,,,,,,,,,,,,,4,289456,NatureServe,,4,123438,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,no existe mucha información,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Neotropical,Neotropical,Forest Aerial: Tropical Montane Evergreen,,Forest Aerial: Tropical Montane Evergreen, +260,Spot-fronted Swift,Cypseloides cherriei,landbird,Apodiformes,Apodidae,Monotypic.,0,0,0,1,M,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,3539,NatureServe,,5,3539,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,no existe mucha información,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,DD,,,Central and South American Highlands,Central and South American Highlands,Forest Aerial: Tropical Montane Evergreen,,Forest Aerial: Tropical Montane Evergreen, +261,Chestnut-collared Swift,Streptoprocne rutila,landbird,Apodiformes,Apodidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,2,1392509,Natureserve 3.0,,2,1392509,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,no information,3,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Central and South American Highlands,Central and South American Highlands,Forest Aerial: Mesoamerican Highland,Forests Aerial: Tropical Lowland Evergreen,Forest Aerial: Mesoamerican Highland,Forest Aerial: Tropical Montane Evergreen +262,White-collared Swift,Streptoprocne zonaris,landbird,Apodiformes,Apodidae,,0,0,1,1,R,,,2,PIF CAW 2016,score change from 3 to 2 recommended by Central Americans in 2016,,,,,,,,,,,,,1,8335354,Natureserve 3.0,,1,8335354,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,no information,3,PIF CAW 2014,,,,,,,,,,,,,,9,9,9,,LC,,,Neotropical,Neotropical,Forest Aerial: Tropical Montane Evergreen,Forests Aerial: Tropical Lowland Evergreen,Forest Aerial: Tropical Montane Evergreen,Forest Aerial: Tropical Lowland Evergreen +263,White-naped Swift,Streptoprocne semicollaris,landbird,Apodiformes,Apodidae,"Monotypic. ",0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,232337,Natureserve 3.0,,4,232337,Natureserve 3.0,,3,MX-NSAC-09,"specialized nesting habitat (caves, near water), aerial insectivore, climate change predictions forecast increasing aridity for sierra madre oriental (D. Desante, IBP); global score should reflect regional expert's opinion; all core regions score as TB=2.",3,MX-NSAC,"no information; aerial insectivore, climate change forecasts increasing aridity, likely resulting in decline of aerial insects",3,MX-NSAC,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forest Aerial: Mesoamerican Pine-Oak,Forests Aerial: Tropical Dry,Forest Aerial: Mesoamerican Pine-Oak,Forest Aerial: Tropical Dry +264,Chimney Swift,Chaetura pelagica,landbird,Apodiformes,Apodidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,Crashing in North America. (CAW);,"8,800,000",8800000,"8,800,000",8800000,2010.5,PIFcalc19,,100,99.76972961,99.76973,99.76972961,"bbs0514(UsCa), eBrd17(WHem)",1,5185119,Natureserve 3.0,,3,1540838,Rosenberg-16,Reduced by 2/3rds; S.A. (winter) range in Birds of the World 1/3 the area shown in NS map. Agree with '3' for nd. (Ken Rosenberg),4,PIFSC-15,"DD=are nest sites the limiting factor and are they that limiting to warrant TB 3?. Threats increasing due to continued loss of nesting structures in urban areas, and whatever is causing declines of aerial insectivores (KVR); Camfield,Alaine [NCR]: Listed as threatened in Canada. TB scores 3 and 4 depending on BCR in Canada. Main threats are loss of nesting/roosting sites and reductions in prey. Final score would depend on what people feel for the rest of the range.",3,PIFTC-02,"probably not threatened in winter? (KR); unknown threats, and birds possibly localized?",5,BBS7017,,-2.60,BBS7017,-2.70,-2.50,-2.65,-2.55,6.84,2497,-70.99,-72.16,-69.63,27,12,13,13,Watch List - Yel-D,VU,yes,,Eastern Temperate,South American Lowlands,Open Country Aerial: Developed/Disturbed,Open Country Aerial: Habitat Mosaic,Forest Aerial: Tropical Lowland Evergreen, +390,Snowy-bellied Hummingbird,Amazilia edward,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,42111,NatureServe,,5,42111,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +391,Rufous-tailed Hummingbird,Amazilia tzacatl,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,2,PIF CAW 2016,score change from 3 to 2 recommended by Central Americans in 2016,,,,,,,,,,,,,2,1023031,Natureserve 3.0,,2,1023031,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,3,PIF CAW 2014,"In Mexico this species apparently behaves differently than in Costa Rica and Panama, with a stronger affinity to forests. Garrigues and Dean (2007) describe as 'the common hummingbird found in most human-altered habitats' in Costa Rica; aun cuando hay evidencia de incremento en centroam#rica, en mexico no es claro, y se calific# con 4 en el taller regional. Se sugiere 3 por principio precautorio",,,,,,,,,,,,,9,9,9,,LC,yes,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +391.5,Escudo Hummingbird,Amazilia tzacatl handleyi,landbird,Caprimulgiformes,Trochilidae,"this subspecies is treated separately from the species as a whole (rufous-tailed hummingbird), which was also scored",0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,,PIF CAW-14,,5,,PIF CAW-14,,3,PIF CAW 2014,,3,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +280,Great Swallow-tailed Swift,Panyptila sanctihieronymi,landbird,Apodiformes,Apodidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,3,368094,Natureserve 3.0,,3,368094,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,no information,3,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forest Aerial: Mesoamerican Highland,Forests Aerial: Tropical Lowland Evergreen,Forest Aerial: Mesoamerican Highland,Forest Aerial: Tropical Montane Evergreen +428,Colombian Crake,Neocrex colombiana,waterbird,Gruiformes,Rallidae,,0,0,0,1,R,,,5,PIF CAW 2016,falta de informacion (CAW);,,,,,,,,,,,,,5,43400,BirdLife 2016,,5,43400,BirdLife 2016,,3,Panjabi 2017,"Unknown, although it is considered unlikely to be at risk in the lowlands of western Ecuador and there is ample suitable habitat on the Pacific slope in Colombia (Tobias et al. 2006). It occurs in marshes, swamps, wet savannas, wet grass, pastures and overgrown forest edge up to 2,100 m, and is not restricted to areas with water (Hilty and Brown 1986, Taylor and van Perlo 1998). Score not assigned during PIF CAW workshop in 2014 as species added to list only later.",3,Panjabi 2017,Unknown; score not assigned during threats and trend workshop in 2014 as species add to list only later,2,BirdLife 2017,"The overall population trend is increasing (Wetlands International 2006), although some populations are stable. This species has had stable population trends over the last 40 years in North America (data from Breeding Bird Survey and/or Christmas Bird Count: Butcher and Niven 2007).",,,,,,,,,,,,,15,15,15,Watch List - Yel-R,DD,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Grasslands: Tropical,Wetlands: Seasonally Wet Grasslands,Grasslands: Tropical,Wetlands: Seasonally Wet Grasslands +429,Paint-billed Crake,Neocrex erythrops,waterbird,Gruiformes,Rallidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,2,1430000,BirdLife 2016,,2,1430000,BirdLife 2016,,2,PIF CAW 2014,utiliza cultivos de arroz,2,PIF CAW 2014,,2,PIF CAW 2014,puede ser colonizando desde sudamerica; suele estar en zonas perturbadas y no se ha visto en hábitats naturales,,,,,,,,,,,,,10,10,10,,LC,,,South American Lowlands,South American Lowlands,Grasslands: Tropical,Wetlands: Seasonally Wet Grasslands,Grasslands: Tropical,Wetlands: Seasonally Wet Grasslands +431,Spotted Rail,Pardirallus maculatus,waterbird,Gruiformes,Rallidae,,0,0,1,1,R,,,5,"WPE5, BirdLife 2015","2011 best guess for ssp. maculatus, 2005 for spp. insolitus. 11,000-26,700 total individuals (WPE5).","3,700",3700,,,,,,,,,,,2,2172679,Natureserve,,2,2172485,Natureserve,,3,MX-NSAC,,3,MX-NSAC,,3,MX-NSAC,unknown,,,,,,,,,,,,,13,13,13,,LC,,"b,w",Neotropical,Neotropical,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +593,Lesser Black-backed Gull,Larus fuscus,waterbird,Charadriiformes,Laridae,,1,1,1,1,M,,,3,WPE5,"missing data for ssp. barabensis. best guess for ssp. heuglini, 2005 expert opinion for ssp. fuscus, 1990-2000 expert opinion for ssp. graellsi & ssp. intermedius. Adult estimate assumes 2/3 of total pop. are adults.",">1,000,000",1000000,,,,,,0.01,,,,"eBrd17(UsCa,WHem), PIF(Glob)",3,736000,BirdLife 2015,seems low,1,32542300,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",extrapolation to Old World based on BirdLife map,2,Hunter-Rosenberg 2003,,1,Hunter-Rosenberg 2003,,1,Hunter-Rosenberg 2003,Clearly documented increases on Atlantic Coast during winter,,,,,,,,,,,,,9,6,9,,LC,,,Palearctic,Widespread,Coasts: Beach and Estuary,Coasts: Marine Waters,Coasts: Beach and Estuary,Coasts: Marine Waters +594,Slaty-backed Gull,Larus schistisagus,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,0,0,M,,,4,"WPE5, BirdLife 2015",best guess (WPE5). Adult estimate assumes 2/3 of total pop. are adults.,"340,000",340000,,,,,,,,,,,3,303000,BirdLife 2015,,3,766833,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",BirdLife indicates yr-round population around Seward Peninsula. Extrpolaiton to old world based on BirdLife map,2,Hunter-Rosenberg 2003,,2,Hunter-Rosenberg 2003,,3,MX-NSAC-12,unknown,,,,,,,,,,,,,12,12,12,,LC,,,Palearctic,Palearctic,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Beach and Estuary,Coasts: Marine Waters +595,Glaucous-winged Gull,Larus glaucescens,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,1,1,PM,,,4,"PIFcalc19, eBrd17(UsCa,WHem,Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"470,000",470000,"440,000",440000,2010.5,PIFcalc19,,92.41818619,,,,"eBrd17(UsCa,WHem,Glob)",3,707000,BirdLife 2015,,2,1188490,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",no range map in BirdLife page. HBW used to estimate relative % in E vs. W hemisphere,2,Hunter-Rosenberg 2003,,1,Hunter-Rosenberg 2003,,3,BBS7017,Stable or possible increase better justified than trend unknown as in Kushlan et al.,-0.56,BBS7017,-2.19,1.17,-1.53,0.42,27.44,53,-21.75,-59.21,57.29,,12,10,12,,LC,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Beach and Estuary,Coasts: Marine Waters +596,Glaucous Gull,Larus hyperboreus,waterbird,Charadriiformes,Laridae,,1,1,1,0,M,,,3,"WPE5, BirdLife 2015","missing data for ssp. pallidissimus. 2000 expert opinion for ssp. hyperboreus, 1990-2000 best guess for ssp. leuceretes, 2000-2005 expert opinion for ssp. barrovianus. 404,000-1,529,000 total individuals or 269,333-1,019,333 adults (WPE5). Assumed estimates represent adults.",">970,000",970000,"170,000",170000,2012,BNA Weiser & Gilchrist 2012,,70,,,,"eBrd17(UsCa,WHem), PIF(Glob)",2,3866738,"Natureserve, with Old World extrapolation",,2,3087538,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,2,Hunter-Rosenberg 2003,,2,Hunter-Rosenberg 2003,,5,CBC7017,,-2.84,CBC7017,-5.20,-0.53,-4.25,-1.48,7.69,481,-59.78,-83.88,-2.32,,12,12,12,CBSD,LC,,,Arctic,Nearctic,Coasts: Cliffs and Islands,Wetlands: Tundra,Coasts: Beach and Estuary,Coasts: Marine Waters +597,Great Black-backed Gull,Larus marinus,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,1,1,PM,,,4,"PIFcalc19, bbs0514(BBS), eBrd17(WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"370,000",370000,"150,000",150000,2010.5,PIFcalc19,,40,,,,"bbs0514(BBS), eBrd17(WHem), PIF(Glob)",3,951238,"Natureserve, with Old World extrapolation",,2,2518348,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,2,Hunter-Rosenberg 2003,,1,Hunter-Rosenberg 2003,,5,BBS7017,"PIFSC-19: Canadian coastal waterbird surveys support BBS trend, so choose BBS over CBC annual trend of -0.8209%.",-2.81,BBS7017,-5.96,-1.01,-4.35,-1.74,2.36,137,-58.37,-83.77,5.09,,14,12,14,Watch List - Yel-D,LC,,,Northern Forest,Eastern Temperate,Coasts: Beach and Estuary,Wetlands: Lakes and Rivers,Coasts: Beach and Estuary,Coasts: Marine Waters +599,Brown Noddy,Anous stolidus,waterbird,Charadriiformes,Laridae,,0,1,1,1,M,,,3,BNA Chardine & Morris 1996,"missing data for ssp. galapagensis. 2001 best guess for ssp. stolidus & ssp. plumbeigularis, 2001-2008 best guess for ssp. pileatus, 2005 for ssp. ridgwayi. 1,175,100-2,075,250 total individuals or 783,400-1,383,500 (WPE5). Adult estimate assumes 2/3 of total pop. are adults.","1,600,000",1600000,,,,,,,,,,,1,10000000,BirdLife 2015,"extent of occurance, as listed on http://www.avibirds.com/html/Brown_Noddy.html, citing BirdLife. Range area listed on BirdLife page in Nov. 2015 is 26,800 km2, which presumably represents land area of breeding islands only",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Waterbird Working Group 2017,,2,Waterbird Working Group 2017,,3,Kushlan et al. 2002,unknown,,,,,,,,,,,,,10,9,10,,LC,,,Pantropical,Pantropical,Islands: Oceanic,,Oceans: Pelagic, +600,Black Noddy,Anous minutus,waterbird,Charadriiformes,Laridae,,0,0,1,1,M,,,3,BNA Gauger 1999,,"1,300,000",1300000,,,,,,,,,,,1,,Panjabi 2017,"worldwide distribution in tropical and subtropical seas, with colonies widespread in the western and central Pacific Ocean and more scattered across the Caribbean, central Atlantic and in the northeast Indian Ocean (BirdLife 2017).",2,,BirdLife 2017; Panjabi-17,,3,Waterbird Working Group 2017,,2,Waterbird Working Group 2017,,3,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,,,Pantropical,Pantropical,Islands: Oceanic,,Oceans: Pelagic, +603,Sooty Tern,Onychoprion fuscatus,waterbird,Charadriiformes,Laridae,,0,1,1,1,M,,,2,BNA Schreiber et al. 2002,estimate assumes 2/3 of total pop. are adults.,"47,000,000",47000000,,,,,,,,,,,1,,Panjabi 2017,breeds on tropical islands and ranges through most of the tropical oceans (BirdLife 2017).,1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Waterbird Working Group 2017,,2,Waterbird Working Group 2017,,3,Kushlan et al. 2002,unknown,,,,,,,,,,,,,9,8,9,,LC,,,Pantropical,Pantropical,Coasts: Beach and Estuary,Islands: Oceanic,Oceans: Pelagic, +605,Bridled Tern,Onychoprion anaethetus,waterbird,Charadriiformes,Laridae,,0,1,1,1,M,,,3,"WPE5, BirdLife 2015","missing data for ssp. rogersi & ssp. novaehollandiae. 2001 best guess for ssp. melanopteris, 2000-2010 expert opinion for ssp. antarctica, 2005 best guess for ssp. fuligula, 1994-2011 best guess for ssp. anaethetus, 2005 for ssp. nelsoni. 882,670-2,092,800 total individuals or 588,447-1,395,200 adults (WPE5). Adult estimate assumes 2/3 of total pop. are adults.",">700,000",700000,,,,,,,,,,,1,,Panjabi 2017,"A bird of the tropical oceans. It breeds off the Pacific and Atlantic coast of Central America including the Caribbean, off small areas of western Africa, around Arab (BirdLife 2017) ia and eastern Africa down to South Africa, off the coast of India, and in much of south-east Asia and Australasia excluding southern Australia and New Zealand (BirdLife 2017).",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Waterbird Working Group 2017,,2,Waterbird Working Group 2017,,4,Kushlan et al. 2002,"past declines, has disappeared from some islands (CH); unknown (MX-NSAC)",,,,,,,,,,,,,11,10,11,,LC,,,Pantropical,Pantropical,Islands: Oceanic,,Oceans: Pelagic, +606,Aleutian Tern,Onychoprion aleuticus,waterbird,Charadriiformes,Laridae,Monotypic.,0,1,0,0,M,,,5,"WPE5, BirdLife 2015","2005. 17,000-20,000 total individuals or 11,333-13,333 adults (WPE5). Adult estimate assumes 2/3 of total pop. are adults.","22,000",22000,,,,,,,,,,,3,708097,Natureserve 3.0 with adjustment by PIFSC-16,extrapolated to include populations breeding along coast of eastern Russia around Kamchatka peninsula and Sakhalin Island,3,,Panjabi,"wintering area in SW Pacific around Indo-china, but not fully known; score of 3 reflects uncertainty",3,Waterbird Working Group 2017,rat issues and disturbance due to people on ATVs has decimated some colonies; could possibly be 4 (Waterbird working group 2017),3,Waterbird Working Group 2017,"winters around Phillipines, could be bycatch issues; unsure",4,Kushlan et al. 2002,concern in AK due to declining colony counts and loss of colonies (Brad Andres),,,,,,,,,,,,,15,15,15,Watch List - Yel-R,VU,,,Arctic,Eastern Indo-Pacific,Coasts: Beach and Estuary,Wetlands: Freshwater Marsh,Coasts: Beach and Estuary,Coasts: Marine Waters +203,Smooth-billed Ani,Crotophaga ani,landbird,Cuculiformes,Cuculidae,Monotypic.,0,1,1,1,R,,,2,PIFTC-02–PS-g midpoint,,"20,000,000",20000000,<50,50,,PIFSC-16,,100,0.004426323,<1,0.004426323,"eBrd17(UsCa,WHem)",1,14154643,Natureserve 3.0,,1,14154643,Natureserve 3.0,,2,PIFSC-15,DD='- species relatively tolerant of human activities or land-use trends (i.e. breeds in altered landscapes)'. BNA supports that species thrives in altered landscapes created due to ag and forestry practices; habitat loss; has declined for unknown reasons (MX-NSAC). DJK= possibly soon to be extirpated from US?,2,PIFTC-02,"DD='- species relatively tolerant of human activities or land-use trends (i.e. breeds in altered landscapes)'. BNA supports that species thrives in altered landscapes created due to ag and forestry practices; habitat loss; has declined for unknown reasons. How was this species scored in Mexico? Seems to be more of a trash bird there and not sure what would constitute ""moderate"" threats? (KVR); Mexican scored as TB/TN=3, but species barely gets into Mexico. In rest of Central American and Caribbean range, this species benefits from pastures, cultivated land, and early second growth/edge; Habitat requirements compatible with predominant land uses in most of range; Central Americans scored 1-3, depending on country (Panjabi).",3,PIFSC-12,"Rafaelle et al. (1998) note 'populations fluctuate on small islands'; unless negative trend is documented in Caribbean, I suggest PT=3, given observed declines in peripheral areas; more information needed",,,,,,,,,,,,,8,8,8,,LC,yes,"b,w",Neotropical,Neotropical,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +204,Groove-billed Ani,Crotophaga sulcirostris,landbird,Cuculiformes,Cuculidae,Monotypic.,0,1,1,1,PM,,,3,PIF CAW 2016–PS-g midpoint,"Would be 1.9 million globally extrapolated from BBS with eBird, which supports CAW estimate, but not appropriate to extrapolate up from such a small proportion of the population (1-4%), so deferred to Central American experts (PIFSC-18).","2,000,000",2000000,"28,000",28000,2010.5,PIFcalc19,,100,1.482377648,1.482378,1.482377648,"eBrd17(UsCa,WHem)",2,2668991,Natureserve 3.0,,2,2622778,Natureserve 3.0,,1,PIFTC-02,,1,PIFTC-02,benefits from human activity,1,MX-NSAC,,,,,,,,,,-38.15,-71.46,26.51,66,7,7,7,,LC,yes,"b,w",Neotropical,Neotropical,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +229,Short-tailed Nighthawk,Lurocalis semitorquatus,landbird,Caprimulgiformes,Caprimulgidae,,0,0,1,1,R,,,4,Gomez-Panjabi,uncommon and local within range,,,,,,,,,,,,,1,8410768,Natureserve 3.0,,1,8410768,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,humid evergreen forest edge; benefits from some clearing,3,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +230,Lesser Nighthawk,Chordeiles acutipennis,landbird,Caprimulgiformes,Caprimulgidae,,0,1,1,1,PM,,,2,PIFcalc19,,"14,000,000",14000000,"3,800,000",3800000,2010.5,PIFcalc19,,100,27.47360611,27.47361,27.47360611,"bbs0514(UsCa), eBrd17(WHem)",2,2104709,Natureserve 3.0,,1,9191034,Natureserve 3.0,okay,2,PIFTC-02,,2,PIFTC-02,benefits from disturbance; no known threats,2,BBS7017,,-0.03,BBS7017,-0.73,0.67,-0.43,0.41,2.62,196,1.12,-26.61,34.60,,8,7,8,,LC,,"b,w",North American Southwest,Neotropical,Aridlands Aerial: Desert Scrub,,Open Country Aerial: Habitat Mosaic, +231,Common Nighthawk,Chordeiles minor,landbird,Caprimulgiformes,Caprimulgidae,,1,1,1,1,M,,,2,PIFcalc19,Crashing in North America. Brad Jacobs says all caprimulgids have declined greatly. (CAW); score change recommended by CA assessment,"23,000,000",23000000,"22,000,000",22000000,2010.5,PIFcalc19,,100,94.2473526,94.24735,94.2473526,"bbs0514(UsCa), eBrd17(WHem)",1,13162934,Natureserve 3.0,,1,14101824,Natureserve 3.0,,3,PIFTC-02,Uses wide variety of open habitats. DD='Moderately vulnerable to human activities and land-use trends.' BNA supports that fire suppression and conversion of gravel rooftops may be reducing habitats. Declining for unknown reasons.,3,PIFTC-02,DD='no information available' for winter range in SA,5,BBS7017,,-1.79,BBS7017,-1.99,-1.57,-1.91,-1.66,2.37,2528,-57.06,-61.96,-53.04,,11,11,11,CBSD,LC,yes,"b,w",Nearctic,South American Lowlands,Open Country Aerial: Habitat Mosaic,,Open Country Aerial: Habitat Mosaic, +232,Antillean Nighthawk,Chordeiles gundlachii,landbird,Caprimulgiformes,Caprimulgidae,,0,1,0,0,M,,,4,Smith 1996,Smith PW 1996 Antillean Nighthawk Pages 335-340 in Rare and Endangered Biota of Florida,"200,000",200000,<50,50,,PIFSC-16,guestimate based on eBird distribution,100,0.982429981,0.025,0.025,Smith 1996; PIFSC-16,4,221429,Natureserve 3.0,score adjusted to reflect range area; 200-km rule no longer applies,3,,PIFSC-08,non-breeding range unknown; ND=3 reflects moderate concern for unknown (Ken Rosenberg),2,PIFTC-02,Any actual information on this endemic aerial insectivore in the Caribbean?? (KVR),2,PIFTC-02,,3,PIFTC-02,,,,,,,,,,,,,,13,12,13,,LC,yes,,Caribbean,South American Lowlands,Open Country Aerial: Habitat Mosaic,,Unknown, +233,Common Pauraque,Nyctidromus albicollis,landbird,Caprimulgiformes,Caprimulgidae,,0,1,1,1,R,,,2,PIFTC-02–PS-g midpoint,,"20,000,000",20000000,"<5,000",5000,,PIFSC-16,guestimate based on eBird distribution,100,0.726739824,0.025,0.025,PIFTC-02; PIFSC-16,1,13781988,Natureserve 3.0,,1,13781988,Natureserve 3.0,,2,PIFTC-02,"widespread generalist in most of range (KR). DD='threats assumed to be low'; BNA supports that species may respond favorably to forest clearing/opening (second growth, plantations, etc), as it does not prefer dense forest. Widespread throughout CA and; forest edge (MX-NSAC).",2,PIFTC-02,"DD='threats assumed to be low'; BNA supports that species may respond favorably to forest clearing/opening (second growth, plantations, etc.), as it does not prefer dense forest. Widespread throughout CA and SA but not much info presented. Could be TB 3; forest edge",2,MX-NSAC,,,,,,,,,,,,,,7,7,7,,LC,,,Neotropical,Neotropical,Forests: Tropical Generalist,,Forests: Tropical Generalist, +234,Common Poorwill,Phalaenoptilus nuttallii,landbird,Caprimulgiformes,Caprimulgidae,,1,1,1,0,PM,,,3,PIFcalc19,,"1,700,000",1700000,"1,300,000",1300000,2010.5,PIFcalc19,,100,79.04619598,79.0462,79.04619598,"bbs0514(UsCa), eBrd17(WHem)",1,4382515,Natureserve 3.0,,2,1254098,Natureserve 3.0,,3,PIFSC-Dec-08,"DD='threats assumed to be low'; nest in rocky areas; CB-ground disturbance affects nesting and roosting, otherwise not well known (CAFS); Rosenberg: loss of habitat from rapid development in West?",2,PIFTC-02,"why higher in NB? (KR). DD='information lacking' throughout range, but particularly in Mexican wintering areas. Could be TB 2, threats assumed low.",2,BBS7017,,0.38,BBS7017,-0.25,0.99,0.04,0.74,0.12,342,19.03,-10.68,54.63,,9,9,9,,LC,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,Aridlands: Sagebrush,Aridlands: Desert Scrub, +237,Eared Poorwill,Nyctiphrynus mcleodii,landbird,Caprimulgiformes,Caprimulgidae,,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,188557,Natureserve 3.0,,4,188557,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,3,MX-NSAC-12,"NWMH and SEMH, which together make up >50% of core range, both score PT=4; I suggest to mantain PT=3 given the insufficient known of species habits and precise distribution",,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +238,Yucatan Poorwill,Nyctiphrynus yucatanicus,landbird,Caprimulgiformes,Caprimulgidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,145781,Natureserve 3.0,,4,145781,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,3,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen +239,Ocellated Poorwill,Nyctiphrynus ocellatus,landbird,Caprimulgiformes,Caprimulgidae,,0,0,0,1,R,,,3,PIF CAW 2016,no NS map; Neotropical birds map does not include CA (CAW);,,,,,,,,,,,,,2,3400000,BirdLife 2016,,2,3400000,BirdLife 2016,,5,PIF CAW 2014,,5,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +240,Chuck-will's-widow,Antrostomus carolinensis,landbird,Caprimulgiformes,Caprimulgidae,Monotypic.,0,1,1,1,M,,,2,PIFcalc19,Crashing in North America. Brad Jacobs says all caprimulgids have declined greatly. (CAW); score change recommended by CA assessment,"5,700,000",5700000,"5,600,000",5600000,2010.5,PIFcalc19,,100,99.56126404,99.56126,99.56126404,"bbs0514(UsCa), eBrd17(WHem)",2,1718293,Natureserve 3.0,,2,1447514,Natureserve 3.0; PIFSC-08,"Passage migrant range has been switched with Non-breeding resident (winter) range (P. Blancher). Recalc. ND score from NS maps considering following, Non-br.range in s.TX and north-eastern MX states should be passage. All of Passage range s",3,PIFTC-02,"DD=' does not breed in highly altered landscapes.' Not a lot of info, but likely susceptible to forest fragmentation and habitat conversion in SE US.",3,PIFTC-02,DD='no info available.' Nothing found on threats to wintering habitat in CA and SA.. poorly known but winters in tropical forest regions (KVR),5,BBS7017,,-2.28,BBS7017,-2.49,-2.08,-2.41,-2.16,1.40,740,-66.02,-69.36,-62.93,,12,12,12,CBSD,NT,,,Eastern Temperate,Gulf-Caribbean Lowlands,Forests: Temperate Eastern,,Open Country: Habitat Mosaic, +241,Rufous Nightjar,Antrostomus rufus,landbird,Caprimulgiformes,Caprimulgidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,5402891,NatureServe,,1,5402891,NatureServe,,4,PIF CAW 2014,la cambia de uso de suelo hasta cultivos de arroz; requiere hábitat no modificado,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +243,Tawny-collared Nightjar,Antrostomus salvini,landbird,Caprimulgiformes,Caprimulgidae,Monotypic.,0,0,1,0,R,,,4,PIFTC-02,,,,,,,,,,,,,,4,114880,Natureserve 3.0,,4,114880,Natureserve 3.0,,3,MX-NSAC,global scores should reflect regional expert's opinion -- all scored TB=3.,3,MX-NSAC,moderate habitat loss,3,MX-NSAC,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +244,Yucatan Nightjar,Antrostomus badius,landbird,Caprimulgiformes,Caprimulgidae,Monotypic.,0,0,1,1,PM,,,4,Gomez-Panjabi. PIF CAW 2016,No new information? (CAW);,,,,,,,,,,,,,4,110330,Natureserve 3.0,,4,138927,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,3,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen +282,White-necked Jacobin,Florisuga mellivora,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,8129733,Natureserve 3.0,,1,8129733,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,PIF CAW 2014,"a humid evergreen forest species, also in adjacent plantations; loss of such forests has been extensive in C.A.; MX regional experts score PT=4 in SECL",,,,,,,,,,,,,10,10,10,,LC,yes,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +283,White-tipped Sicklebill,Eutoxeres aquila,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,250205,NatureServe,,4,250205,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,no está restringido a bosques pero ha perdido hábitat,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +284,Bronzy Hermit,Glaucis aeneus,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,127159,NatureServe,,4,127159,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +285,Rufous-breasted Hermit,Glaucis hirsutus,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,7845978,NatureServe,,1,7845978,NatureServe,,4,PIF CAW 2014,más en peligro hacía el este de Panamá,4,PIF CAW 2014,,4,PIF CAW 2014,restringido a bosques,,,,,,,,,,,,,11,11,11,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +286,Band-tailed Barbthroat,Threnetes ruckeri,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,480880,NatureServe,,3,480880,NatureServe,,4,PIF CAW 2014,pérdida de hábitat; posible bioacumulación de pesticidias por su dieta de arañas,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-D,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +287,Green Hermit,Phaethornis guy,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,340372,NatureServe,,3,340372,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +288,Mexican Hermit,Phaethornis mexicanus,landbird,Apodiformes,Trochilidae,Formerly considered conspecific with Phaethornis longirostris.,0,0,1,0,R,,,5,MX-NSAC-2015,,,,,,,,,,,,,,4,,Natureserve; MX-NSAC-15,,4,,Natureserve; MX-NSAC-15,,3,MX-NSAC-15,,3,MX-NSAC-15,,4,MX-NSAC,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +289,Long-billed Hermit,Phaethornis longirostris,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,4,PIFSC-15,updated score from PIFTC,,,,,,,,,,,,,3,589701,Natureserve 3.0,,3,589701,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,PIF CAW 2014,all regions in Mexico score PT=4; loss of lowland humid forest in rest of C.A. is similar to Mexico,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +297,Purple-crowned Fairy,Heliothryx barroti,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,489401,Natureserve 3.0,,3,489401,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +299,Green-breasted Mango,Anthracothorax prevostii,landbird,Apodiformes,Trochilidae,,0,0,1,1,PM,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,675906,Natureserve 3.0,,3,629240,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,3,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +300,Black-throated Mango,Anthracothorax nigricollis,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,9849233,NatureServe,,1,9849233,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,7,7,7,,LC,,,South American Lowlands,South American Lowlands,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +301,Veraguan Mango,Anthracothorax veraguensis,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,30184,NatureServe,,5,30184,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +310,Black-crested Coquette,Lophornis helenae,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,254077,Natureserve 3.0,,4,254077,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional expert's opinion.,3,MX-NSAC,tropical evergreen and cloud forest specialist,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen +311,White-crested Coquette,Lophornis adorabilis,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,16857,NatureServe,,5,16857,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +312,Greenish Puffleg,Haplophaedia aureliae,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,191436,NatureServe,,4,191436,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +313,Green-crowned Brilliant,Heliodoxa jacula,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,3,PIF CAW 2016,range increased by 20% to include eastern cordillera of Colombia (CAW);,,,,,,,,,,,,,5,76143.6,NatureServe,,5,63453,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +314,Rivoli's Hummingbird,Eugenes fulgens,landbird,Apodiformes,Trochilidae,Formerly considered conspecific with Eugenes spectabilis.,0,1,1,1,PM,,,3,PIFTC-02. PIF CAW 2016–PS-g midpoint,"can't use BBS-15 estimate of 15,000 US/Canada, 100,000 globally, since based on just 2 BBS routes. Común en tierras altas (CAW).","2,000,000",2000000,"<5,000",5000,,PIFSC-16,,100,14.95303154,0.25,0.25,PIFTC-02; PIF CAW 2016; PIFSC-16,3,856579,Natureserve 3.0,,3,642067,Natureserve 3.0 with adjustment by PIFSC,"Reduce by 10%; NS map shows wintering up to Big Bend NP, finger is breeding only in H&W; NS nd is 10% too large if using h&w' (Ken Rosenberg)",3,PIFTC-02,consistent with other SW hummers -- uses undisturbed forest and canyons (KR); 2 across range?; requires forest (MX-NSAC).,3,PIFTC-02,"TN should be same as TB, as is largely resident (GB). Has wider tolerances than Blue-throated; requires forest",3,MX-NSAC 2008,,,,,,,,,,,,,,12,12,12,,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen +316,Fiery-throated Hummingbird,Panterpe insignis,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,8294,NatureServe,,5,8294,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +320,Green-breasted Mountain-gem,Lampornis sybillae,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,found only in highlands within mapped range (CAW);,,,,,,,,,,,,,5,45345,NatureServe,,5,45345,NatureServe,,4,PIF CAW 2014,périda de hábitat y cambio climático,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,18,18,18,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +321,Amethyst-throated Mountain-gem,Lampornis amethystinus,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,4,190070,Natureserve 3.0,,4,190070,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,PIF CAW 2014,4 of 5 regions indicate a decline; species mainly endemic to mexico (also guat and honduras where situation similar),,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak +322,Blue-throated Mountain-gem,,landbird,Apodiformes,Trochilidae,,0,1,1,0,PM,,,3,PIFTC-02–PS-g midpoint,"BBS-15 estimate of 37,000 for US/Canada too high (PIFSC-18).","2,000,000",2000000,"<2,000",2000,,PIFTC-02,very uncommon relative to other hummiingbirds in SE AZ (Beardmore),100,10.32170391,0.1,0.100000001,PIFTC-02,3,497982,Natureserve 3.0,,3,371686,Natureserve 3.0,,3,PIFTC-02,"consistent with other SW hummers -- uses undisturbed forest and canyons (KR); more riparian than others, even in MX; requires forest (MX-NSAC).",3,PIFSC-08,"TN should be same as TB (GB). Winter habitat pine-oak woods, especially riparian; requires forest",3,MX-NSAC 2008,,,,,,,,,,,,,,12,12,12,,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +548,Thick-billed Murre,Uria lomvia,waterbird,Charadriiformes,Alcidae,,1,1,0,0,PM,,,2,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"15,000,000",15000000,"8,000,000",8000000,1998,BNA Gaston & Hipfner 2000,,,,,,,2,2250000,BirdLife 2015,,1,7552993,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,3,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,3,PIFSC-20,Easton 2020: I don't see how CBC would be an appropriate survey for this species. Colony counts over part of its Canadian range suggest little change in trend. Dragoo et al. 2019 shows net stability in AK. Merkel et al. 2014 show 13% decline in Greenland from mid/late 1980's - 2011. Overall 3 for stability.,-3.55,CBC7017*,-8.40,-0.15,-6.20,-1.49,0.86,34,-59.70,-90.38,25.30,,10,9,10,,LC,,,Arctic,Temperate Northern Oceans,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +393,Cinnamon Hummingbird,Amazilia rutila,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,351129,Natureserve 3.0,,3,351129,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,2,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +394,Violet-crowned Hummingbird,Amazilia violiceps,landbird,Apodiformes,Trochilidae,,0,1,1,0,PM,,,3,PIFTC-02–PS-g midpoint,,"2,000,000",2000000,<200,200,,PIFSC-16,guestimate based on eBird distribution,100,3.803481102,0.01,0.01,PIFTC-02; PIFSC-16,3,557028,Natureserve 3.0,,3,416600,Natureserve 3.0,,2,PIFTC-02,CB-use of riparian; widespread in many habitats south of U.S.; tolerant of disturbance (MX-NSAC). primarily uses native pine-oak and deciduous forests - should be same as other species in that habitat (KVR),2,PIFTC-02,tolerant of disturbance,2,MX-NSAC,,,,,,,,,,,,,,10,10,10,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry,Aridlands: Desert Riparian +395,Green-fronted Hummingbird,Amazilia viridifrons,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,86005,Natureserve 3.0,,4,86005,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,3,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +397,Pirre Hummingbird,Goethalsia bella,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,1885,NatureServe,,5,1885,NatureServe,,3,PIF CAW 2014,puede ser afectado por cambio climático,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,NT,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +398,Violet-capped Hummingbird,Goldmania violiceps,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,1287,NatureServe,,5,1287,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,18,18,18,Watch List - Red,NT,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +323,White-bellied Mountain-gem,Lampornis hemileucus,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,9398,NatureServe,,5,9398,NatureServe,,3,PIF CAW 2014,"en Panamá puede ser afectada por la ganadería, minería, y planta hidroeléctricas",3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +324,Purple-throated Mountain-gem,Lampornis calolaemus,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,11024,NatureServe,,5,11024,NatureServe,,3,PIF CAW 2014,cambio climático; en riesgo de extirpación en Nicaragua,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +325,White-throated Mountain-gem,Lampornis castaneoventris,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,7746,NatureServe,,5,7746,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +326,Garnet-throated Hummingbird,Lamprolaima rhami,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,138314,Natureserve 3.0,,4,138314,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,4,MX-NSAC,requires forest,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +327,Magenta-throated Woodstar,Calliphlox bryantae,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,9247,NatureServe,,5,9247,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,18,18,18,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +328,Purple-throated Woodstar,Calliphlox mitchellii,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,36163,NatureServe,,5,36163,NatureServe,,2,PIF CAW 2014,se preocupa más la pérdida de hábitat en Columbia,2,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +329,Slender Sheartail,Doricha enicura,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,78858,Natureserve 3.0,,5,78858,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,4,PIF CAW 2014,"MX endemic, all regions score PT=4",,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +330,Mexican Sheartail,Doricha eliza,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,9529,Natureserve 3.0,,5,9529,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,4,MX-NSAC,"moderate habitat loss; Veracruz population highly threatened, secure in Yucatan",4,MX-NSAC,,,,,,,,,,,,,,18,18,18,Watch List - Red,NT,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +331,Sparkling-tailed Hummingbird,Tilmatura dupontii,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,293073,Natureserve 3.0,,4,293073,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,"moderate habitat loss; Veracruz population highly threatened, secure in Yucatan",4,PIF CAW 2014,"MX endemic, all regions score PT=4",,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +332,Lucifer Hummingbird,Calothorax lucifer,landbird,Apodiformes,Trochilidae,Monotypic.,0,1,1,0,PM,,,4,PIFTC-02–PS-g midpoint,,"200,000",200000,"<5,000",5000,,PIFSC-16,guestimate based on eBird distribution,100,,,,"eBrd17(UsCa,WHem)",3,338973,Natureserve 3.0,,4,226772,Natureserve 3.0,,3,PIFTC-02,global score should reflect regional experts' opinion. Relatively specialized habitat throughout most of range (desert foothill washes); at least moderate vulnerability to climate change (AP).,3,PIFTC-02,tolerant of disturbance,3,MX-NSAC 2008,,,,,,,,,,,,,,13,14,14,Watch List - Yel-R,LC,,,North American Southwest,Mesoamerican Pacific Lowlands,Aridlands: Desert Scrub,,Forests: Tropical Dry, +333,Beautiful Hummingbird,Calothorax pulcher,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,53029,Natureserve 3.0,,5,53029,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,"moderate habitat loss; Veracruz population highly threatened, secure in Yucatan",3,MX-NSAC,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +341,Costa's Hummingbird,Calypte costae,landbird,Apodiformes,Trochilidae,Monotypic.,0,1,1,0,PM,,,3,PIFcalc19,,"3,400,000",3400000,"1,600,000",1600000,2010.5,PIFcalc19,,100,46.55345154,46.55345,46.55345154,"bbs0514(UsCa), eBrd17(WHem)",3,563917,Natureserve 3.0,,3,390144,Natureserve 3.0,,3,PIFTC-02,"Not more threatened than other desert species (KR). Uses all kinds of deserts and seems tolerant of urbanization; what are threats? (KVR); CB - potentially affected by Climate Change; due to body size/heat extremes, decoupling of nectar sources; Something is causing a steep decline (AP)",3,PIFTC-02,"CB-has not adapted to urban as well as Anna's, grazing, nonnatives, fire, competition with Anna's, urbanization (BNA, Small, CAFS). CB-potentially affected byCC; due to body size/heat extremes, decoupling of nectar sources;",2,BBS7017,,-0.08,BBS7017,-1.39,1.17,-0.89,0.71,0.67,96,-4.94,-41.38,94.84,37,11,11,11,,LC,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +342,Bumblebee Hummingbird,Atthis heloisa,landbird,Apodiformes,Trochilidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,248267,Natureserve 3.0,,4,248267,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,3,MX-NSAC,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +343,Wine-throated Hummingbird,Atthis ellioti,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,95311,Natureserve 3.0,,4,95311,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,cloud forest specialist,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +344,Broad-tailed Hummingbird,Selasphorus platycercus,landbird,Apodiformes,Trochilidae,Monotypic.,0,1,1,1,PM,,,2,PIFcalc19,,"9,800,000",9800000,"8,800,000",8800000,2010.5,PIFcalc19,,100,90.16348267,90.16348,90.16348267,"bbs0514(UsCa), eBrd17(WHem)",2,2012500,PIFSC-08,"NS map highly fragmented; NatGeo polygon about 1,150,000 km2 in US based on state proportions, + 75% more in Mexico",4,259689,Natureserve 3.0,"range in northern Mexico should be Breeding only, rest of wintering map somewhat fragmented, leave area as isKen comment: range in northern Mexico should be Breeding only, rest of wintering map somewhat fragmented, leave area as is",3,PIFSC-19,changed due to calibration with TB-r; concern over climate change cited,2,PIFTC-02,,5,BBS7017,,-1.65,BBS7017,-2.02,-1.31,-1.86,-1.46,3.24,295,-54.04,-60.44,-42.68,48,12,13,13,Watch List - Yel-D,LC,yes,,Intermountain West,Mesoamerican Highlands,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Pine-Oak, +402,Blue-throated Goldentail,Hylocharis eliciae,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,3,307428,Natureserve 3.0,,3,307428,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,tolerant of disturbance (Costa Rica),4,PIF CAW 2014,"Fairly common in Costa Rica (Garrigues and Dean). Ridgley and Tudor (1989) suggest a possible decline in Panama.; no hay evidencia de declive en mexico, pero sugerimos 4 tambien, por congruencia con el promedio",,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +403,White-eared Hummingbird,Hylocharis leucotis,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,3,PIFTC-02–PS-g midpoint,,"2,000,000",2000000,<200,200,,PIFSC-16,guestimate based on eBird distribution;,,,<1,0.01,PIFTC-02; PIFSC-16,3,558435,Natureserve 3.0,,3,558435,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,tolerant of disturbance (Costa Rica),3,MX-NSAC 2008,,,,,,,,,,,,,,11,11,11,,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +404,Xantus's Hummingbird,Hylocharis xantusii,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,41996,Natureserve 3.0,,5,41996,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,3,MX-NSAC,no known threats,2,MX-NSAC,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +405,Yellow Rail,Coturnicops noveboracensis,waterbird,Gruiformes,Rallidae,,1,1,1,0,M,,,5,"WPE5, BirdLife 2015",missing data for ssp. goldmani. 2000-2008 expert opinion. (WPE5),">12,000",12000,">12,000",12000,,"WPE5, BirdLife 2015",missing data for ssp. goldmani. 2000-2008 expert opinion. (WPE5),100,,,,eBrd17(UsCa),2,3649430,Natureserve,,3,451887,Natureserve,,3,Waterbird Working Group 2017,"similar threats to habitat as sedge wren, leconte's sparrow and nelson's sparrow",4,Waterbird Working Group 2017,mostly winters on coast; vulnerable to sea-level rise,3,Waterbird Working Group 2017,"considered stable in Delany and Scott; decline identified at Waterbirds for the Americas Marshbird Assessment workshop, see Hunter 2006",,,,,,,,,,,,,13,15,15,Watch List - Yel-R,LC,,w,Northern Forest,Eastern Temperate,Wetlands: Boreal,Wetlands: Freshwater Marsh,Coasts: Saltmarsh,Wetlands: Freshwater Marsh +406,Ocellated Crake,Micropygia schomburgkii,waterbird,Gruiformes,Rallidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,2,2870000,BirdLife 2016,,2,2870000,BirdLife 2016,,3,PIF CAW 2014,"porque están en reservas indígenas su hábitat de seguir protegido; se queman los pastizales, pero parece resistente a tal manejo",3,PIF CAW 2014,,5,PIF CAW 2014,por la pérdida de savanas planas por cultivo de piña se ha disminuido mucho su hábitat; solo en Costa Rica en CA,,,,,,,,,,,,,14,14,14,Watch List - Yel-D,LC,,,South American Lowlands,South American Lowlands,Grasslands: Tropical,,Grasslands: Tropical, +407,Ruddy Crake,Laterallus ruber,waterbird,Gruiformes,Rallidae,Monotypic.,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,3,559308,Natureserve,,3,559308,Natureserve,,2,MX-NSAC,,2,MX-NSAC,,2,PIF CAW 2014,unknown,,,,,,,,,,,,,11,11,11,,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +507,White-rumped Sandpiper,Calidris fuscicollis,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,USSCP 2016,,"1,700,000",1700000,"1,700,000",1700000,,USSCP 2016,,100,92.07081604,100,100,USSCP 2016,2,1356521,BirdLife and NatureServe (2012),,3,419024,BirdLife and NatureServe (2012),,2,USSCP 2016,,4,USSCP 2016,,2,Mig7416,,1.27,Mig7416,-2.73,4.24,,,,,10.36,-63.76,245.27,,9,12,12,,LC,,,Arctic,Temperate South America,Wetlands: Tundra,,Coasts: Beach and Estuary,Wetlands: Lakes and Rivers +508,Buff-breasted Sandpiper,Calidris subruficollis,shorebird,Charadriiformes,Scolopacidae,Formerly placed in the genus Tryngites. Monotypic.,1,1,1,1,M,,,4,USSCP 2016,,"56,000",56000,"<56,000",56000,,USSCP 2016,"Shaw 2020: this global estimate presumably includes Russian breeding birds since estimate based on migration surveys, and Russian birds migrate with N. American breeding birds, but could be immaterial based on the small Russian breeding range, so is used for the N. American estimate as well",90,111.0721893,<100,99.96497345,eBrd17(UsCa),3,595395,BirdLife and NatureServe (2012),,2,1502847,BirdLife and NatureServe (2012),,3,USSCP 2016,,4,USSCP 2016,,2,Mig7416,PIFSC-19: common enough species that detections assumed sufficient to assign a 2 for reliable trend (rather than a 3 for unreliable) since PT scoring rubric designed for stationary rather than actively migrating birds,1.78,Mig7416,-0.90,3.65,,,,,59.20,-23.95,237.28,,12,12,12,,NT,,w,Arctic,Temperate South America,Tundra: Arctic,,Grasslands: Pampas and Campos, +509,Pectoral Sandpiper,Calidris melanotos,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,USSCP 2016,,"1,600,000",1600000,"1,500,000",1500000,2012,"USSCP 2016, Lappo et al. 2012","Shaw 2020: subtracted midpoint of 80,000-145,000 breeders in Arctic Russia (Lappo et al. 2012) from global estimate. Andres 2020: none really in Europe.",55,,,,"eBrd17(UsCa,WHem), PIF(Glob)",2,1330181,BirdLife and NatureServe (2012),,2,1059647,BirdLife and NatureServe (2012),,3,USSCP 2016,http://www.shorebirdplan.org/wp-content/uploads/2013/03/ShorePopulationAndresEtAl2012.pdf,3,USSCP 2016,,5,Mig7416,,-1.97,Mig7416,-4.03,-0.22,,,,,-53.40,-75.27,7.39,,13,13,13,Watch List - Yel-D,LC,,w,Arctic,Temperate South America,Wetlands: Tundra,,Grasslands: Pampas and Campos,Wetlands: Seasonally Wet Grasslands +510,Semipalmated Sandpiper,Calidris pusilla,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,USSCP 2016,,"2,300,000",2300000,"2,300,000",2300000,,USSCP 2016,,100,98.13587952,100,100,USSCP 2016,2,2589119,BirdLife and NatureServe (2012),,2,1225574,BirdLife and NatureServe (2012),,2,USSCP 2016,http://www.shorebirdplan.org/wp-content/uploads/2013/03/ShorePopulationAndresEtAl2012.pdf,4,USSCP 2016,,5,Mig7416,,-3.08,Mig7416,-6.27,-0.38,,,,,-65.95,-87.73,47.94,,12,14,14,Watch List - Yel-D,NT,,,Arctic,Neotropical,Wetlands: Tundra,,Coasts: Beach and Estuary, +511,Western Sandpiper,Calidris mauri,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,USSCP 2016,,"3,500,000",3500000,"3,500,000",3500000,,USSCP 2016,"Shaw 2020: While species occurs in Russia, the pop size is small enough that due to rounding, the US/Canada estimate is effectively the same as the global estimate. Andres 2019: A few thousand pairs breed in Chukotka (Lappo et al. 2012). Leave as 3.5 million with new information from Yukon Delta.",90,87.71433258,<100,100,USSCP 2016,3,309066,BirdLife and NatureServe (2012),,2,2228231,BirdLife and NatureServe (2012),,2,USSCP 2016,http://www.shorebirdplan.org/wp-content/uploads/2013/03/ShorePopulationAndresEtAl2012.pdf,4,USSCP 2016,,3,CBC7017,,-0.42,CBC7017,-1.97,1.53,-1.26,0.58,8.07,470,-10.63,-55.55,100.66,,11,12,12,,LC,,w,Arctic,Widespread,Wetlands: Tundra,,Coasts: Beach and Estuary,Wetlands: Seasonally Wet Grasslands +512,Short-billed Dowitcher,Limnodromus griseus,shorebird,Charadriiformes,Scolopacidae,,1,1,1,1,M,,,4,USSCP 2016,,"150,000",150000,"150,000",150000,,USSCP 2016,,100,93.22952271,100,100,USSCP 2016,2,2372728,BirdLife and NatureServe (2012),,2,1676041,BirdLife and NatureServe (2012),,2,USSCP 2016,http://www.shorebirdplan.org/wp-content/uploads/2013/03/ShorePopulationAndresEtAl2012.pdf,4,USSCP 2016,,4,Mig7416,Unknown for western birds. Large declines in populations wintering in northern South America (B. Andres 2017).,-2.87,Mig7416,-7.44,0.84,,,,,-55.12,-86.67,63.93,,12,14,14,Watch List - Yel-D,LC,,,Arctic,Widespread,Wetlands: Boreal,,Coasts: Beach and Estuary, +345,Rufous Hummingbird,Selasphorus rufus,landbird,Apodiformes,Trochilidae,Monotypic.,1,1,1,0,M,,,2,PIFcalc19,,"22,000,000",22000000,"22,000,000",22000000,2010.5,PIFcalc19,,100,99.84580231,99.8458,99.84580231,"bbs0514(UsCa), eBrd17(WHem)",2,1520851,Natureserve 3.0,,4,232723,Natureserve 3.0,,4,Easton-19,"changed due to calibration with TB-r; Easton 2019: In BC, a large proportion breeds at lower elevation, dispersing to higher elevations later in the season, exposing them to multiple impacts of climate change (extreme temperatures, drying). At lower elevations, they are exposed to agricultural pesticides (Graves et al. 2019, Bishop et al. 2018). In hydro right-of-ways, herbicide use and mechanical trimming are extensive, reducing nesting/foraging deciduous habitat. BC Forest Law (Bill 70) requires stands harvested and replanted after 1987 to have commercial seedlings free from growth-inhibiting brush, weed, and excessive tree competition, and young trees must be at least as high as competing brush (native deciduous species, especially flowering shrubs and trees), with 1 m of free-growing space around their tops. This has led to young stands with no underbrush for RUHU habitat. Standard forest management does not allow seral flowers to achieve greater abundance. Even with 2 years of extensive wild fires that will promote RUHU habitat, we will likely have work programs to facilitate more vegetation management to the detriment of RUHU.",3,PIFTC-02,"specialized habitat: shrubby/weedy areas in mountains of central mexico, limited by grazing, agriculture and forest management (Panjabi)",5,BBS7017,,-2.07,BBS7017,-2.47,-1.68,-2.32,-1.83,1.45,370,-62.24,-67.52,-54.25,34,13,14,14,Watch List - Yel-D,NT,,,Pacific North America,Mesoamerican Highlands,Forests: Temperate Western,,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +346,Allen's Hummingbird,Selasphorus sasin,landbird,Apodiformes,Trochilidae,,0,1,1,0,PM,,,3,PIFcalc19,,"1,500,000",1500000,"1,500,000",1500000,2010.5,PIFcalc19,,100,98.47244263,100,100,PIFcalc19,5,31371,Natureserve 3.0,,5,42461,Natureserve 3.0,,3,PIFTC-02,"CB-human disturbance, coastal habitat under intense pressure, eucalyptus and riparian problems, not as adapted to urban as Anna's (CAFS).",3,PIFTC-02,"restricted winter range in W Mex montane forests -- no threats from logging or fire management? (KVR); same as rufous hummer; occurs mostly in forested landscapes where brushy/weedy regeneration is occuring, probably should be 3 due to intensification of agriculture, forestry (Panjabi)",5,BBS7017,,-3.51,BBS7017,-4.62,-2.45,-4.19,-2.93,1.77,57,-78.45,-87.46,-66.93,17,16,16,16,Watch List - Yel-D,LC,yes,,Pacific North America,Mesoamerican Highlands,Aridlands: Chaparral,,Forests: Mesoamerican Pine-Oak,Aridlands: Chaparral +347,Volcano Hummingbird,Selasphorus flammula,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,4620,NatureServe,,5,4620,NatureServe,,3,PIF CAW 2014,cambio climático; incendios,3,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Tundra: Paramo,,Tundra: Paramo, +348,Glow-throated Hummingbird,Selasphorus ardens,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,2295,NatureServe,,5,2295,NatureServe,,5,PIF CAW 2014,,5,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,19,19,19,Watch List - Red,EN,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +373,Black-bellied Hummingbird,Eupherusa nigriventris,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,14383,NatureServe,,5,14383,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +374,White-tailed Emerald,Elvira chionura,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,9642,NatureServe,,5,9642,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +375,Coppery-headed Emerald,Elvira cupreiceps,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,5241,NatureServe,,5,5241,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +376,Snowcap,Microchera albocoronata,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,76657,NatureServe,,5,76657,NatureServe,,4,PIF CAW 2014,requiere hábitat especializada; puede ser afectada por el cambio clímatica,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,18,18,18,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +377,White-vented Plumeleteer,Chalybura buffonii,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,512538,NatureServe,,3,512538,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +378,Bronze-tailed Plumeleteer,Chalybura urochrysia,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,199106,NatureServe,,4,199106,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Red,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +379,Mexican Woodnymph,Thalurania ridgwayi,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,22004,Natureserve 3.0,,5,22004,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,4,MX-NSAC,moderate habitat loss,4,MX-NSAC-12,"MX endemic, all regions score PT=4",,,,,,,,,,,,,18,18,18,Watch List - Red,VU,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +380,Crowned Woodnymph,Thalurania colombica,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,3,454975,NatureServe,,3,454975,NatureServe,,4,PIF CAW 2014,es abundante,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +381,White-bellied Emerald,Amazilia candida,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,429028,Natureserve 3.0,,3,440326,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,2,MX-NSAC,tolerant of disturbance,3,PIF CAW 2014,"core regions in Mexico (SECL, SEPL) score PT=4; given preference for forest edge and clearings in Panama",,,,,,,,,,,,,12,11,12,,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +382,Honduran Emerald,Amazilia luciae,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,"Study by Zamorano University found the species occurred in other habitats besides dry forest; estimated population at ~100,000 (Komar, pers. comm.m.); publication in prep. (2016) (CAW);",,,,,,,,,,,,,5,,PIF CAW-14,,5,,PIF CAW-14,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,EN,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +383,Blue-chested Hummingbird,Amazilia amabilis,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,295969,NatureServe,,4,295969,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Red,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +384,Charming Hummingbird,Amazilia decora,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,13186,NatureServe,,5,13186,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +385,Mangrove Hummingbird,Amazilia boucardi,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,1675,NatureServe,,5,1675,NatureServe,,5,PIF CAW 2014,su hábitat de manglar es muy suseptible,5,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,20,20,20,Watch List - Red,EN,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Coasts: Mangroves,,Coasts: Mangroves, +386,Azure-crowned Hummingbird,Amazilia cyanocephala,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,,,,,,3,305068,Natureserve 3.0,,3,305068,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,3,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +387,Berylline Hummingbird,Amazilia beryllina,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,3,PIFTC-02–PS-g midpoint,,"2,000,000",2000000,,,,,,,,,,,3,608878,Natureserve 3.0,,3,608878,Natureserve 3.0,,3,PIFSC-15,primarily uses native pine-oak and deciduous forests - should be same as other species in that habitat (KVR),2,PIFTC-02,tolerant of disturbance,2,PIF CAW 2014,"A species probably benefiting from urban gardens, and in some places apparently increasing; occupies human-altered habitats",,,,,,,,,,,,,11,10,11,,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry +388,Blue-tailed Hummingbird,Amazilia cyanura,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,4,PIF CAW 2016,"Hay >50,000 en Sierra Madre de Chiapas y Guatemala (CAW); score change from 5 to 4 recommended by Central Americans in 2016",,,,,,,,,,,,,5,59455,Natureserve 3.0,,5,59455,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,slight to moderate decline expected in MX,3,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +389,Blue-vented Hummingbird,Amazilia hoffmanni,landbird,Apodiformes,Trochilidae,Formerly considered conspecific with Amazilia saucerottei.,0,0,0,1,R,,,4,PIF CAW 2016; BirdLife 2019; Bird Conservancy of the Rockies 2020,"Shaw 2020: split off from Steely-vented Hummingbird (A. saucerottei), so multiplied % of range (from BirdLife 2019 shapefile) by the rounded geometric midpoint of pop estimate range for PS-g = 3 previously assigned to A. saucerottei s.l.",,,,,,,,,,,,,5,47013,BirdLife 2019; Bird Conservancy of the Rockies 2020,Shaw 2020: used the Central American polygon from BirdLife's shapefile for A. saucerottei s.l.,5,47013,BirdLife 2019; Bird Conservancy of the Rockies 2020,Shaw 2020: used the Central American polygon from BirdLife's shapefile for A. saucerottei s.l.,3,PIF CAW 2014,en Costa Rica no hay muchos amenazas,3,PIF CAW 2014,,4,PIF CAW 2014,en Costa Rica no ha diminuido tanto como en Nicaragua,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,yes,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +392,Buff-bellied Hummingbird,Amazilia yucatanensis,landbird,Apodiformes,Trochilidae,,0,1,1,1,PM,,,3,PIFcalc19,,"610,000",610000,"110,000",110000,2010.5,PIFcalc19,,100,17.80011559,17.80012,17.80011559,"eBrd17(UsCa,WHem)",3,390162,Natureserve 3.0,,3,400302,Natureserve 3.0,"Remove 175,000 km2 = U.S. winter range; NS maps large coastal swath of TX, LA, MS, AL, and FL panhandle as regular non-breeding range; Nat Geo Complete birds of North America shows this area as ""irregular or irruptive rangeKen comment: Remove 175,000 km2",2,PIFTC-02,how dependent on native Tamaulipan scrub habitat for breeding?? (KVR),2,PIFTC-02,tolerant of disturbance,3,MX-NSAC 2008,,,,,,,,,,,,,,11,11,11,,LC,yes,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +911,Belted Kingfisher,Megaceryle alcyon,landbird,Coraciiformes,Alcedinidae,,1,1,1,1,PM,,,3,PIFcalc19,"PIFSC-20: eBird picks up non-breeders south of the border, so overrode eBird % Breeding Pop in US & Canada with 100% and used US/Canada estimate as global estimate","1,800,000",1800000,"1,800,000",1800000,2010.5,PIFcalc19,,100,100,100,100,bbs0514(UsCa),1,13949116,Natureserve 3.0,,1,10303824,Natureserve 3.0,,2,PIFTC-02,DD='no known threats to breeding population or habitats..,2,PIFTC-02,DD='no known threats to non-breeding population or habitats.,4,BBS7017,,-1.41,BBS7017,-1.56,-1.22,-1.50,-1.29,0.28,3052,-48.51,-52.80,-43.88,,10,10,10,,LC,,,Nearctic,Widespread,Wetlands: Generalist,,Wetlands: Generalist,Coasts: Saltmarsh +547,Common Murre,Uria aalge,waterbird,Charadriiformes,Alcidae,,1,1,0,0,PM,,,2,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"12,000,000",12000000,"7,400,000",7400000,2001,BNA Ainley et al. 2002,,,,,,,2,1440000,BirdLife 2015,,1,7749598,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,3,Hunter-Rosenberg 2003,"new elevated threats to alcids from overfishing, climate change?? (KVR)",3,Hunter-Rosenberg 2003,,4,CBC7017,"Easton 2020: larger Atlantic colonies appear to be increasing (colony counts). Shaw 2020: Declines elsewhere. Thomas and Lyons 2017 found that in Washington State, abundance remained lower in 2015 than in the late 1970’s in spite of recent increases. Dragoo et al. 2019 shows huge annual decreases (-9.2% Cape Pierce, -8.0% Chisek I., -5.2% Round I., -3.6% St. Paul I., -2.7% Gull I., -2.0 St. George I., over 1990's-present except for data available back to 1970's for St. Paul & St. George Islands) in AK. Piatt et al. 2020 estimated 1 million birds starved, of which 2/3 were breeding adults, from 2015-2016 from CA to AK.",-0.96,CBC7017,-2.57,0.72,-1.89,-0.01,21.17,188,-31.71,-68.37,36.68,,11,10,11,,LC,,,Nearctic,Nearctic,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +440,Sungrebe,Heliornis fulica,waterbird,Gruiformes,Heliornithidae,Monotypic.,0,0,1,1,R,,,3,PIF CAW 2016,Solo esta en riachuelos (CAW);,,,,,,,,,,,,,1,8844397,Natureserve,,1,8844397,Natureserve,,3,MX-NSAC,,3,MX-NSAC,,4,PIF CAW 2014,unknown,,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Wetlands: Lakes and Rivers,,Wetlands: Lakes and Rivers, +441,Limpkin,Aramus guarauna,waterbird,Gruiformes,Aramidae,,0,1,1,1,R,,,3,"WPE5, BirdLife 2015","missing data for ssp. elucus. 2005-2011 best guess for ssp. guarauna, 2005 for ssp. dolosus, 2005-2006 for ssp. pictus. 1,008,750-1,029,800 (WPE5). Assuming the estimates represent breeding adults.",">1,000,000",1000000,"9,000",9000,1994,BNA Bryan 2002,,100,,,,"eBrd17(UsCa,WHem)",1,12254998,Natureserve,,1,12254998,Natureserve,,3,Waterbird Working Group 2017,,3,Waterbird Working Group 2017,,3,PIF CAW 2014,probably stable (MX-NSAC); florida and hispaniola pops still warrant some caution. PIFSC-19: CBC supports this score but covers a minority of the population.,-1.61,CBC7017*,-5.18,1.80,-3.74,0.47,2.73,71,-27.44,-83.48,156.07,,10,10,10,,LC,,,Neotropical,Neotropical,Wetlands: Lakes and Rivers,Wetlands: Freshwater Marsh,Wetlands: Lakes and Rivers,Wetlands: Freshwater Marsh +442,Sandhill Crane,Antigone canadensis,waterbird,Gruiformes,Gruidae,,1,1,1,0,M,,,3,"BNA2014, bbs0514(BBS), eBrd17(WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"560,000",560000,"500,000",500000,2010.5,BNA Gerber et al. 2014,,90,,,,"bbs0514(BBS), eBrd17(WHem), PIF(Glob)",1,9157548,"Natureserve, with Old World extrapolation",,2,1334290,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,2,Waterbird Working Group 2017,expanding everywhere; except for mississippi pops which are declining; FL sandhills are expanding 'like crazy'; breeding in urban and suburban areas (Waterbird working group 2017),2,Waterbird Working Group 2017,use of croplands,1,BBS7017,"mid-continent pop may be having some problems; but overall PT=1. Shaw 2020: CBC supports this score (annual trend 2.0567%). We don't know if the trend is as positive in populations breeding north of the BBS coverage area, which may explain the discrepancies between the two trend estimates.",5.11,BBS7017,4.55,5.65,4.78,5.45,0.92,778,906.02,705.38,1212.32,,7,8,8,,LC,,w,Nearctic,Nearctic,Wetlands: Generalist,,Wetlands: Generalist, +586,Ring-billed Gull,Larus delawarensis,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,1,1,M,,,3,"PIFcalc19, bbs0514(BBS), eBrd17(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"3,800,000",3800000,"3,700,000",3700000,2010.5,PIFcalc19,,100,,,,"bbs0514(BBS), eBrd17(WHem)",1,5378081,Natureserve,,1,4298264,Natureserve,,1,Hunter-Rosenberg 2003,,1,Hunter-Rosenberg 2003,,1,BBS7017,,1.54,BBS7017,0.94,2.21,1.18,1.93,27.86,1269,103.31,51.93,169.92,,6,6,6,,LC,yes,w,Nearctic,Nearctic,Wetlands: Generalist,,Wetlands: Lakes and Rivers,Coasts: Beach and Estuary +618,Common Tern,Sterna hirundo,waterbird,Charadriiformes,Laridae,,1,1,1,1,M,,,3,"PIFcalc19, bbs0514(BBS), eBrd17(WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"2,800,000",2800000,"470,000",470000,2010.5,PIFcalc19,,20,,,,"bbs0514(BBS), eBrd17(WHem), PIF(Glob)",1,16000000,BirdLife 2015,,1,23728090,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Waterbird Working Group 2017,gulf and atlantic populations are more highly threatened (Waterbird working group 2017),2,Waterbird Working Group 2017,,5,BBS7017,Rosenberg 2019: BBS trend and score reflect consistent declines throughout range. Waterbird Working Group 2017: not sure what Kushlan et al. based trend on; but BBS generally is agreement with local data at least in U.S.; steep declines in Southeast.,-2.10,BBS7017,-3.48,-0.38,-2.94,-1.13,0.59,249,-59.79,-79.44,-7.49,,12,11,12,CBSD,LC,,,Nearctic,Neotropical,Coasts: Beach and Estuary,Wetlands: Lakes and Rivers,Coasts: Beach and Estuary,Coasts: Marine Waters +645,Short-tailed Albatross,Phoebastria albatrus,waterbird,Procellariiformes,Diomedeidae,Monotypic.,1,1,1,0,M,,1,5,BirdLife 2015,2006-2007 survey-based,"1,600",1600,,,,,,,,,,,5,,BirdLife 2017; Panjabi-17,"BirdLife lists range of 9 km2, also states: Phoebastria albatrus breeds on Torishima (Japan), and Minami-kojima (Senkaku Islands), that are claimed jointly by Japan and China. Historically there are believed to have been at least nine colonies south of Japan and in the East China Sea (Piatt et al. 2006). Its marine range covers most of the northern Pacific Ocean, but it occurs in highest densities in areas of upwelling along shelf waters of the Pacific Rim, particularly along the coasts of Japan, eastern Russia, the Aleutians and Alaska (Piatt et al. 2006, Suryan et al. 2007). During breeding (December - May) it is found in highest densities around Japan. Satellite tracking has indicated that during the post-breeding period, females spend more time offshore of Japan and Russia, while males and juveniles spend greater time around the Aleutian Islands, Bering Sea and off the coast of North America (Suryan et al. 2007). Juveniles have been shown to travel twice the distances per day and spend more time within continental shelf habitat than adult birds (Suryan et al. 2008).",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Hunter-Rosenberg 2003,,4,Hunter-Rosenberg 2003,,2,Hunter-Rosenberg 2003,"Relatively stable today, but historical declines under PIF rules",,,,,,,,,,,,,15,12,15,Watch List - Yel-R,VU,,,Temperate Northern Pacific,Temperate Northern Pacific,Islands: Oceanic,,Oceans: Pelagic, +664,Northern Fulmar,Fulmarus glacialis,waterbird,Procellariiformes,Procellariidae,,1,1,1,0,PM,,,2,BirdLife 2016,"10–12 million individuals, but mentioned the same variation in estimates as BirdLife did: del Hoyo et al. (1992) – 8-32 million individuals, Brooke (2004) – 21 million individuals, BirdLife (2012) – 15-50 million individuals. BirdLife now says 15-30 million adults, so if we use 2/3 rule, that would be 22.5-45 million individuals. Adult estimate assumes 2/3 of total pop. are adults.","14,000,000",14000000,"2,200,000",2200000,2010,BNA Mallory et al. 2012,,,,,,,1,28800000,BirdLife 2015,,1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,5,Status of Birds in Canada 2019; CBC7017,"Shaw 2020: BNA 2012 claims that lower counts of fulmars in the Canadian Arctic (Gaston et al. 2006, 2009) likely due to differences in census methods. However a new study cited in Status of Birds in Canada 2019 supports that three colonies on eastern Baffin Island (Buchan Gulf, Scott Inlet, and Cape Searle, which support roughly 60% of the Canadian breeding population) suggests a 75% decrease since the 1970s (M. Mallory et al., in prep.), lending support to Gaston et al.'s conclusion of declines. Dragoo et al. 2019: the largest monitored population (maximum size 2350 birds) in Alaska exhibited a -1.0% annual trend from 1976-2017.",-1.70,CBC7017,-3.22,-0.03,-2.59,-0.77,1.33,44,-49.60,-74.88,10.89,,11,11,11,CBSD,LC,,,Arctic,Temperate Northern Oceans,Coasts: Cliffs and Islands,Coasts: Marine Waters,Oceans: Pelagic, +620,Forster's Tern,Sterna forsteri,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,1,1,M,,,4,"PIFcalc19, bbs0514(BBS), eBrd17(WHem,Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"150,000",150000,"130,000",130000,2010.5,PIFcalc19,,99.94549594,,,,"bbs0514(BBS), eBrd17(WHem,Glob)",2,1758211,Natureserve,,2,3173354,Natureserve,,3,Waterbird Working Group 2017,,2,Waterbird Working Group 2017,,4,BBS7017,"not sure what Kushlan et al. based trend on, but no reason to question BBS data for this species.",-1.39,BBS7017,-2.57,-0.21,-2.08,-0.68,0.37,256,-45.26,-68.86,-4.30,,13,12,13,,LC,,,Great Plains,Nearctic,Wetlands: Freshwater Marsh,,Coasts: Beach and Estuary,Wetlands: Freshwater Marsh +621,Royal Tern,Thalasseus maximus,waterbird,Charadriiformes,Laridae,,1,1,1,1,PM,,,4,"PIFcalc19, eBrd17(UsCa,WHem,Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"170,000",170000,"35,000",35000,2010.5,PIFcalc19,,99.92914084,,,,"eBrd17(UsCa,WHem,Glob)",2,2910559,Natureserve,,2,3410998,Natureserve,,3,Waterbird Working Group 2017,threats not as high as for beach-nesting species (Waterbird working group 2017),2,Waterbird Working Group 2017,,2,Waterbird Working Group 2017; BBS7017,terns that are restricted to protected islands are doing better than terns and skimmers that nest more widespread (i.e. on beaches); disturbance from humans/predation (CH),0.52,BBS7017,-1.87,4.26,-0.88,2.47,1.11,55,10.85,-64.31,209.04,,11,10,11,,LC,,,Widespread,Widespread,Coasts: Beach and Estuary,Coasts: Marine Waters,Coasts: Beach and Estuary,Coasts: Marine Waters +623,Sandwich Tern,Thalasseus sandvicensis,waterbird,Charadriiformes,Laridae,,1,1,1,1,PM,,,3,"BNA2016, eBrd17(UsCa,WHem,Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"1,000,000",1000000,"94,000",94000,1985,BNA Shealer et al. 2016,,65.42628042,,,,"eBrd17(UsCa,WHem,Glob)",2,1200000,Natureserve,,2,3084988,Natureserve,,3,Waterbird Working Group 2017,threats not as high as for beach-nesting species (Waterbird working group 2017),2,Waterbird Working Group 2017,,2,Hunter/Andres 2017,"CBC shows sharp increase in US with 1.376% annual trend, but not used since doesn't cover species' full breeding range. Belize also increasing (PIF CAW 2015). Mexican SE Caribbean Lowlands PT-r = 3 (Mexican Regional Assessment 2005). BNA (2016) documents stability to increases for most populations, with range expansion up into mid-Atlantic coast. Terns that are restricted to protected islands are doing better than terns and skimmers that nest more widespread (i.e. on beaches); disturbance from humans/predation (CH)",1.38,CBC7017*,0.43,2.08,0.87,1.80,1.79,86,80.70,32.91,152.10,,10,9,10,,LC,,,Widespread,Widespread,Coasts: Beach and Estuary,Coasts: Marine Waters,Coasts: Beach and Estuary,Coasts: Marine Waters +399,Sapphire-throated Hummingbird,Lepidopyga coeruleogularis,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,88686,NatureServe,,4,88686,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +400,Violet-bellied Hummingbird,Juliamyia julie,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Damophila.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,289449,NatureServe,,4,289449,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +401,Humboldt's Sapphire,Hylocharis humboldtii,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,20370,NatureServe,,5,20370,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +861,Burrowing Owl,Athene cunicularia,landbird,Strigiformes,Strigidae,,1,1,1,1,PM,,,2,PIFcalc19,,"18,000,000",18000000,"990,000",990000,2010.5,PIFcalc19,,100,5.596105099,5.596105,5.596105099,"bbs0514(UsCa), eBrd17(WHem)",1,14203527,Natureserve 3.0,"WE-Relative to ebird records, Natureserve polygon presents an overly optimistic view of distribution.",1,11753425,Natureserve 3.0,"WE-Relative to ebird records, Natureserve polygon presents an overly optimistic view of distribution. Winter range is more restricted than BD.",4,PIFSC-08,"CB-habitat loss, fragmentation, ag/urban, control of prairie dogs, pets, pesticides (TNC), suitable habitat unoccupied, shooting (CODOW), large scale extirpation, threats assumed to be the same in MX and CA; no known threats in Mexico (MX-NSAC). Doubt if threats are severe across entire breeding range down through Mexico? (CB, KVR, WE, TW, DP); Camfield,Alaine [NCR]: Endangered in Canada, TB scores 4 and 5 in BCR Strategies. Suggest leaving at 4. Main threats include loss of burrows, reduced food availability from pesticides and grassland conversion; Probably numerically more abundant in US than in Mexico, so threats in US may carry more weight? (AP)",3,PIFTC-02,CB-similar to TB; winter habitat probably in better shape than U.S. breed habitat,4,BBS7017,,-0.64,BBS7017,-1.09,-0.09,-0.90,-0.34,0.56,579,-25.77,-40.04,-12.12,,11,10,11,,LC,yes,"b,w",Widespread,Widespread,Grasslands: Temperate,Aridlands: Desert Scrub,Grasslands: Temperate,Aridlands: Desert Scrub +862,Mottled Owl,Ciccaba virgata,landbird,Strigiformes,Strigidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,10161021,Natureserve 3.0,,1,10161021,Natureserve 3.0,,3,MX-NSAC,mainly a forest bird; moderate threats more consistent with other species.,3,MX-NSAC,tolerant of disturbance; widespread habitats,4,PIF CAW 2014,"all mexican regions score PT=4 or higher; trend likely similar across central america due to deforestation; Species tolerant to some deforestation, locally common; mantenemos el valor por congruencia con los resultados de los talleres, sin embargo cremos que la especie esta mal evaluada",,,,,,,,,,,,,11,11,11,,LC,yes,,Neotropical,Neotropical,Forests: Tropical Generalist,,Forests: Tropical Generalist, +863,Black-and-white Owl,Ciccaba nigrolineata,landbird,Strigiformes,Strigidae,Monotypic.,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,988654,Natureserve 3.0,,3,988654,Natureserve 3.0,this one looks very borderline 3/4,4,MX-NSAC-09,"depends primarily on intact low to mid elevation forests, including humid tropical evergreen, semi-evergreen, and deciduous forests.",4,MX-NSAC-09,"uses tropical evergreen forest; depends primarily on intact low to mid elevation forests, including humid tropical evergreen, semi-evergreen, and deciduous forests",5,PIF CAW 2014,"humid forest specialist, keep at PT=5",,,,,,,,,,,,,16,16,16,Watch List - Red,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +980,Spot-breasted Woodpecker,Colaptes punctigula,landbird,Piciformes,Picidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,2,3381510,NatureServe,,2,3381510,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,9,9,9,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +981,Northern Flicker,Colaptes auratus,landbird,Piciformes,Picidae,,1,1,1,1,PM,,,2,PIFcalc19,,"12,000,000",12000000,"11,000,000",11000000,2010.5,PIFcalc19,,100,94.2016449,94.20164,94.2016449,"bbs0514(UsCa), eBrd17(WHem)",1,14801848,Natureserve 3.0,,1,9828397,Natureserve 3.0,,2,PIFTC-02,"DD='populations demonstrably secure' suggests TB 2. BNA suports this with statement that populations not seriously endangered by human acitvities. However, BNA also supports that it is 'moderately vulnerable' through sensitivity to nest site competiti",2,PIFTC-02,DD=lack of need for breeding sites nullifies threats associated with breeding season.,4,BBS7017,,-1.22,BBS7017,-1.34,-1.11,-1.29,-1.16,2.85,4181,-43.88,-46.58,-40.76,,9,9,9,,LC,yes,,Nearctic,Nearctic,Forests: Generalist,,Forests: Temperate Generalist, +982,Gilded Flicker,Colaptes chrysoides,landbird,Piciformes,Picidae,,0,1,1,0,R,,,3,PIFcalc19,,"770,000",770000,"190,000",190000,2010.5,PIFcalc19,,100,25.00466156,25.00466,25.00466156,"bbs0514(UsCa), eBrd17(WHem)",3,377752,Natureserve 3.0,,3,377752,Natureserve 3.0,,4,PIFTC-02,"Should be doing better in MX than in U.S. Need large tracts of riparian & big trees; don't go into towns; Need info on trends in saguaro!; global score should reflect regional experts' opinion;. Krueper, Dave: Invasive grasses such as red brome and bufflegrass are increasing frequency and intensity of fire in Sonoran Desert, killing saguaro with little recruitment after. They do go into towns (CB) but at a lower rate than GIWO; competition from Startliings; with fire saguaros die",3,PIFTC-02,,4,BBS7017,,-0.93,BBS7017,-2.21,0.45,-1.70,-0.10,7.24,38,-33.62,-61.50,20.08,33,14,13,14,Watch List - Yel-D,LC,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,Aridlands: Desert Riparian,Aridlands: Desert Scrub,Aridlands: Desert Riparian +984,Cinnamon Woodpecker,Celeus loricatus,landbird,Piciformes,Picidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,297051,NatureServe,,4,297051,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1117,Ruddy Woodcreeper,Dendrocincla homochroa,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,492554,Natureserve 3.0,,3,492554,Natureserve 3.0,,4,MX-NSAC-08,"threats to humid forests are severe throughout range, suggest TB=4 (Panjabi); la presión a su hábitat no es tan fuerte, hay varias selvas protegidas en el sureste, en su rango de distribución (Macias); Estamos de acuerdo con TB=3 (Berlanga).",4,MX-NSAC,humid and semi-deciduous,4,PIF CAW 2014,Restricted to humid lowland and foothills forest within C.A. range; loss of such forests has been extensive in C.A.,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1118,Tawny-winged Woodcreeper,Dendrocincla anabatina,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,380137,Natureserve 3.0,,3,380137,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,humid evergreen forest,4,PIF CAW 2014,"Restricted to humid evergreen and semi-deciduous forest, loss of such forests has been extensive in C.A.; MX regional experts score PT=5 in SECL",,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1119,Plain-brown Woodcreeper,Dendrocincla fuliginosa,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,9695048,NatureServe,,1,9695048,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,CBSD,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1120,Wedge-billed Woodcreeper,Glyphorynchus spirurus,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,7219022,Natureserve 3.0,,1,7219022,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,humid evergreen forest,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1121,Northern Barred-Woodcreeper,Dendrocolaptes sanctithomae,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,829323,Natureserve 3.0,,3,829323,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,humid evergreen and semideciduous forest,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +408,White-throated Crake,Laterallus albigularis,waterbird,Gruiformes,Rallidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,484000,BirdLife 2016,,3,484000,BirdLife 2016,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,aprovecha de la conversión de bosque,,,,,,,,,,,,,10,10,10,,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +409,Gray-breasted Crake,Laterallus exilis,waterbird,Gruiformes,Rallidae,Monotypic.,0,0,1,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,1,5160000,BirdLife 2016,,1,5160000,BirdLife 2016,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,"estable en Belice, pero ha disminuido en lo demás de CA",,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +410,Black Rail,Laterallus jamaicensis,waterbird,Gruiformes,Rallidae,,0,1,1,1,PM,,,4,"WPE5, Spautz et al. 2005","Used Spautz et al. 2005 estimate of 17,702-36,806 as most recent estimate of coturniculus on west coast. Used bottom of WPE5 estimate range (25,000-100,000) for jamaicensis since has tanked in Eastern US. WPE5 missing data for murivagans and salinasi in S. America but this missing data may be compensated by the decline in the other subspecies.","52,000",52000,,,,,,100,,,,"eBrd17(UsCa,WHem)",3,337361,Natureserve,,3,485080,Natureserve,,5,Waterbird Working Group 2017,"although severely threatened in East, possibly not in West, so is TB4 correct overall? Or are all populations threatened with extirpation? (KVR); TB=5 is not only applicable when all populations are in danger of extirpations, but when major portions of the populaiton are in danger of extirpation, so could be appropriate in this case (Panjabi)",4,Waterbird Working Group 2017,mostly winters on coast; vulnerable to sea-level rise,5,Waterbird Working Group 2017,"Extensive range reduction in East qualifies as PT = 5 (KVR); pops in west indies are essentially gone; central american pops are few and far between (CH); Vermillion, William: BLRA seems comparable to KIRA in terms of range reductions and declines. (WGV)",,,,,,,,,,,,,17,16,17,Watch List - Red,NT,,,Nearctic,Widespread,Coasts: Saltmarsh,Wetlands: Freshwater Marsh,Coasts: Saltmarsh,Wetlands: Freshwater Marsh +1131,White-striped Woodcreeper,Lepidocolaptes leucogaster,landbird,Passeriformes,Furnariidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,292182,Natureserve 3.0,,4,292182,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,4,MX-NSAC,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +1132,Streak-headed Woodcreeper,Lepidocolaptes souleyetii,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,2,1348212,Natureserve 3.0,,2,1348212,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,primarily forest,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1133,Spot-crowned Woodcreeper,Lepidocolaptes affinis,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,187414,Natureserve 3.0,,4,187414,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,primarily forest,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1134,Plain Xenops,Xenops minutus,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,9751250,Natureserve 3.0,,1,9751250,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,humid evergreen forest,4,PIF CAW 2014,Restricted to humid lowland and foothills forest within limited C.A. range; loss of such forests has been extensive in C.A.,,,,,,,,,,,,,11,11,11,,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1135,Streaked Xenops,Xenops rutilans,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,6952889,NatureServe,,1,6952889,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,9,9,9,,LC,,,Neotropical,Neotropical,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1136,Buffy Tuftedcheek,Pseudocolaptes lawrencii,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,5682,NatureServe,,5,5682,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +486,Ruddy Turnstone,Arenaria interpres,shorebird,Charadriiformes,Scolopacidae,,1,1,1,1,M,,,3,USSCP 2016,,"600,000",600000,"250,000",250000,,USSCP 2016,,30,109.9259567,41.66667,41.66666794,USSCP 2016,2,2606591,BirdLife and NatureServe (2012),,1,10536338,BirdLife and NatureServe (2012),,2,USSCP 2016,,4,B. Andres 2017,Delaware Bay stopover issue for morinella (B. Andres 2017).,5,Mig7416,declines in Morinella (low arctic Canada and NE Alaska) and the high arctic group that winter in Europe (B. Andres 2017).,-4.66,Mig7416,-7.49,-2.68,,,,,-80.47,-91.56,-54.56,,12,13,13,Watch List - Yel-D,LC,,,Arctic,Widespread,Coasts: Tundra,Wetlands: Tundra,Coasts: Beach and Estuary,Coasts: Rocky Intertidal +487,Black Turnstone,Arenaria melanocephala,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,0,M,,,4,USSCP 2016,,"95,000",95000,"95,000",95000,,USSCP 2016,,100,92.56246948,100,100,USSCP 2016,4,83122,BirdLife and NatureServe (2012),,4,244984,BirdLife and NatureServe (2012),,2,USSCP 2016,,3,USSCP 2016,,4,CBC7017,,-0.40,CBC7017,-1.21,0.24,-0.85,-0.02,25.73,143,-18.15,-47.99,7.64,,14,15,15,Watch List - Yel-R,LC,,,Arctic,Pacific North America,Coasts: Tundra,Tundra: Arctic,Coasts: Rocky Intertidal, +489,Red Knot,Calidris canutus,shorebird,Charadriiformes,Scolopacidae,,1,1,1,1,M,,,3,USSCP 2016,,"1,000,000",1000000,"<140,000",140000,,USSCP 2016,"Shaw 2020: This estimate apparently includes Russia's Rangel Island, but due to rounding, the impact should be immaterial",60,19.96590424,14,14,USSCP 2016,2,1595691,BirdLife and NatureServe (2012),,1,4329224,BirdLife and NatureServe (2012),,2,USSCP 2016,,4,B. Andres 2017,stopover concentrations (B. Andres 2017).,5,Mig7416,I agree on PT=5 for probably all populations; based on CWS and signals from the Pacific and High Artcic birds (B. Andres 2017).,-5.67,Mig7416,-9.05,-2.91,,,,,-82.92,-94.72,-48.78,,12,13,13,Watch List - Yel-D,NT,,,Arctic,Widespread,Tundra: Arctic,,Coasts: Beach and Estuary, +490,Surfbird,Calidris virgata,shorebird,Charadriiformes,Scolopacidae,Formerly placed in the genus Aphriza. Monotypic.,1,1,1,1,M,,,4,USSCP 2016,,"70,000",70000,"70,000",70000,,USSCP 2016,,100,74.43215942,100,100,USSCP 2016,3,660034,BirdLife and NatureServe (2012),,2,1013748,BirdLife and NatureServe (2012),,2,USSCP 2016,,3,B. Andres 2017,"Why is TN higher than for Black Turnstone? Could be reduced, although aggregates more in migration in areas of potential oil spills and some reliance on spring herring roe. Affects the entire population (B. Andres 2017).",5,CBC7017,,-1.70,CBC7017,-3.49,-0.07,-2.75,-0.70,5.20,110,-54.90,-74.62,-5.55,,14,14,14,Watch List - Yel-D,LC,,,Arctic,Pacific North America,Tundra: Alpine,,Coasts: Rocky Intertidal, +493,Sharp-tailed Sandpiper,Calidris acuminata,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,0,0,M,,1,4,B. Andres 2017,Juveniles in Alaska in fall (B. Andres 2017).,"160,000",160000,"24,000",24000,,USSCP 2016,,0.27110368,,,,"eBrd17(UsCa,WHem), WI(Glob)",3,0,NatureServe,,1,,PIFTC,,2,USSCP 2016,,2,USSCP 2016,,4,USSCP 2016,,,,,,,,,,,,,,13,11,13,,LC,,w,Arctic,Temperate Australasia,Wetlands: Tundra,,Coasts: Beach and Estuary,Wetlands: Seasonally Wet Grasslands +494,Stilt Sandpiper,Calidris himantopus,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,USSCP 2016,,"1,200,000",1200000,"1,200,000",1200000,,USSCP 2016,,100,97.1893692,100,100,USSCP 2016,3,397577,BirdLife and NatureServe (2012),,1,13470305,BirdLife and NatureServe (2012),,2,USSCP 2016,,3,USSCP 2016,,4,Mig7416,,-1.50,Mig7416,-4.36,0.91,,,,,-33.37,-76.80,74.54,,12,11,12,,LC,,w,Arctic,Widespread,Wetlands: Tundra,Tundra: Arctic,Wetlands: Lakes and Rivers,Wetlands: Seasonally Wet Grasslands +500,Sanderling,Calidris alba,shorebird,Charadriiformes,Scolopacidae,Recognized as monotypic by del Hoyo et al. (1992) and Clements (2000) and BNA. Howard and Moore recognized 2 subspecies: C.a. alba and C.a. rubida.,1,1,1,1,M,,,3,USSCP 2016,,"650,000",650000,"300,000",300000,,USSCP 2016,,40,76.16619873,46.15385,46.15384674,USSCP 2016,2,1251734,BirdLife and NatureServe (2012),,1,7530223,BirdLife and NatureServe (2012),,2,USSCP 2016,,3,USSCP 2016,,5,Mig7416,"However, uncertainty in west (B. Andres 2017).",-3.33,Mig7416,-4.50,-2.38,,,,,-74.49,-82.75,-61.13,,12,12,12,CBSD,LC,,,Arctic,Widespread,Tundra: Arctic,Wetlands: Tundra,Coasts: Beach and Estuary, +501,Dunlin,Calidris alpina,shorebird,Charadriiformes,Scolopacidae,,1,1,1,1,M,,,2,USSCP 2016,,"5,500,000",5500000,"1,500,000",1500000,,USSCP 2016,,25,107.0037766,26.75094,26.75094414,"eBrd17(UsCa,WHem), WI(Glob)",1,4932220,BirdLife and NatureServe (2012),,1,5775373,BirdLife and NatureServe (2012),,3,USSCP 2016,"Shorebirds of Conservation Concern in Canada (in press) scored hudsonia as TB = 2, pacifica as TB = 3. Arcticola is likely TB = 3 due to dependence on coastal wet sedge meadows. Similar population estimates for each subspecies (USSCP 2016), so 2 ssp. with TB = 3 outnumbers 1 spp. with TB = 2 (A. Shaw 2019).",4,USSCP 2016,,5,Mig7416,"However, uncertainty in west (B. Andres 2017).",-2.73,Mig7416,-5.08,-0.98,,,,,-59.12,-81.63,-20.04,,11,12,12,CBSD,LC,,w,Arctic,Nearctic,Wetlands: Tundra,Coasts: Tundra,Coasts: Beach and Estuary,Wetlands: Seasonally Wet Grasslands +502,Rock Sandpiper,Calidris ptilocnemis,shorebird,Charadriiformes,Scolopacidae,,1,1,0,0,PM,,,4,USSCP 2016,,"140,000",140000,"140,000",140000,,USSCP 2016,,80,120.666626,100,100,USSCP 2016,3,358084,BirdLife and NatureServe (2012),,3,640838,BirdLife and NatureServe (2012),,2,USSCP 2016,,2,USSCP 2016,,4,CBC7017,,-2.78,CBC7017,-6.72,1.12,-5.07,-0.52,44.21,85,-63.97,-89.26,29.62,,13,13,13,,LC,,,Arctic,Pacific North America,Tundra: Arctic,Wetlands: Tundra,Coasts: Rocky Intertidal, +503,Purple Sandpiper,Calidris maritima,shorebird,Charadriiformes,Scolopacidae,"Recognized as monotypic by del Hoyo et al. (1992), Clements (2000) and BNA. Howard and Moore (2003) recognizes 3 subspecies: C.m. belcheri, C.m....",1,1,0,0,M,,,4,USSCP 2016,,"250,000",250000,"25,000",25000,,USSCP 2016,,30,,,,"eBrd17(UsCa,WHem), WI(Glob)",2,2087709,BirdLife and NatureServe (2012),,3,578951,BirdLife and NatureServe (2012),,2,USSCP 2016,,3,B. Andres 2017,sea-level rise warrants TN=3 (B. Andres 2017).,4,CBC7017,PT = 4 based on CBC and recent information from Maine (B.Andres 2017).,-1.23,CBC7017,-2.83,0.75,-2.18,-0.11,7.72,148,-43.23,-72.39,28.53,,12,14,14,Watch List - Yel-R,LC,,,Arctic,Eastern Temperate,Wetlands: Tundra,Tundra: Arctic,Coasts: Rocky Intertidal, +504,Baird's Sandpiper,Calidris bairdii,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,4,USSCP 2016,Andres 2020: 800-2600 individuals are estimated to breed in eastern Russia (Lappo et al. 2012). Greenland birds included in estimate.,"300,000",300000,"280,000",280000,2012,"USSCP 2016, eBrd17(UsCa,WHem), PIF(Glob)","Shaw 2020: extrapolated from USSCP 2016 world estimate of 300,000 using the proportion in US/Canada estimated from the other sources listed",95,,91.98888,91.98887634,"eBrd17(UsCa,WHem), PIF(Glob)",2,2790679,BirdLife and NatureServe (2012),,2,2875781,BirdLife and NatureServe (2012),,2,USSCP 2016,,3,USSCP 2016,,2,Mig7416,,1.32,Mig7416,-0.40,2.56,,,,,54.82,-8.27,224.24,,10,11,11,,LC,,,Arctic,Temperate South America,Tundra: Arctic,,Grasslands: Pampas and Campos,Wetlands: Lakes and Rivers +506,Least Sandpiper,Calidris minutilla,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,USSCP 2016,,"700,000",700000,"700,000",700000,,USSCP 2016,,100,98.30255127,100,100,USSCP 2016,1,4956179,BirdLife and NatureServe (2012),,1,10407211,BirdLife and NatureServe (2012),,2,USSCP 2016,,3,USSCP 2016,,2,Mig7416,"Shaw 2020: CBC annual trend is 0.5269%, which supports this score",-0.19,Mig7416,-2.40,1.50,,,,,0.36,-47.73,139.76,,8,9,9,,LC,,w,Arctic,Widespread,Wetlands: Tundra,,Coasts: Beach and Estuary,Wetlands: Generalist +412,Ridgway's Rail,Rallus obsoletus,waterbird,Gruiformes,Rallidae,Formerly considered conspecific with Rallus longirostris.,0,1,1,0,R,,,5,"WPE5, BirdLife 2015, Maley and Brumfield 2013b (taxonomic reference)","missing data for ssp. beldingi (both sources). 2005-2008 expert opinion for ssp. obsoletus, estimated at 1,400-1,450, 2007 expert opinion for ssp. levipes, estimated at 1,320-1,330, 1998-2008 for ssp. yumanensis, estimated at (WPE5). 2005-2011 survey-based for ssp. obsoletus (BirdLife).",">15,000",15000,,,,,,100,,,,"eBrd17(UsCa,WHem)",5,,Natureserve; MX-NSAC-12,,5,,Natureserve; MX-NSAC-12,,4,Waterbird Working Group 2017,"yuma clapper rail expanding, but gulf of california population decimated",4,Waterbird Working Group 2017,,3,Waterbird Working Group 2017,Yuma is spreading/increasing; need input from California (Hunter/Andres),,,,,,,,,,,,,17,17,17,Watch List - Red,NT,,,North American Southwest,North American Southwest,Coasts: Saltmarsh,Wetlands: Freshwater Marsh,Coasts: Saltmarsh,Wetlands: Freshwater Marsh +413,Clapper Rail,Rallus crepitans,waterbird,Gruiformes,Rallidae,Formerly considered conspecific with Rallus longirostris.,1,1,1,1,PM,,,4,"PIFcalc19, eBrd17(UsCa,WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"210,000",210000,"170,000",170000,2010.5,PIFcalc19,,100,,,,"eBrd17(UsCa,WHem)",3,576549,Natureserve,,3,560060,Natureserve,,3,Waterbird Working Group 2017,"can tolerate deeper water than black and yellow rails; larger range than seaside sparrow reduces vulnerability; 20,800 CLRA harvest in 2015",3,Waterbird Working Group 2017,,3,Demarest/Hunter 2018,"Hunter: I don't see any way around this being PT=3; BBS just doesn't cover most of the habitat for this species. Demarest: 3 = lack of robust data to convincingly evaluate trend, but also the possibility for slight decreases. Possibly there are other data (from Conroy-type national marshbird survey?) that might challenge a score of 3. But I don’t know that these have been comprehensively evaluated across the range? And if so, they would only represent the last 5-10 years anyway.",-0.82,BBS7017*,-2.07,0.29,-1.53,-0.18,0.40,59,-30.24,-58.97,17.90,,13,13,13,,LC,,,Eastern Temperate,Eastern Temperate,Coasts: Saltmarsh,,Coasts: Saltmarsh, +415,Mangrove Rail,Rallus longirostris,waterbird,Gruiformes,Rallidae,,0,0,0,1,R,,,4,PIF-CAW 2016,used Clapper Rail score,,,,,,,,,,,,,3,359036,BirdLife,doesn't include C. American distribution since unknown,3,359036,BirdLife,doesn't include C. American distribution since unknown,3,PIF CAW 2015,,3,PIF CAW 2015,,3,PIF CAW 2015,,,,,,,,,,,,,,13,13,13,,LC,,,South American Lowlands,South American Lowlands,Coasts: Saltmarsh,Coasts: Mangroves,Coasts: Saltmarsh,Coasts: Mangroves +414,Aztec Rail,Rallus tenuirostris,waterbird,Gruiformes,Rallidae,Formerly considered conspecific with Rallus elegans.,0,0,1,0,R,,,5,"BirdLife 2015, Maley & Brumfield 2013a (taxonomic reference)",,"15,000",15000,,,,,,,,,,,5,,Natureserve; PIF CAW-14,,5,,Natureserve; PIF CAW-14,,4,MX-NSAC-12,,4,MX-NSAC-15,,4,MX-NSAC,,,,,,,,,,,,,,18,18,18,Watch List - Red,NT,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +416,King Rail,Rallus elegans,waterbird,Gruiformes,Rallidae,,1,1,0,0,PM,,,4,"PIFcalc19, eBrd17(UsCa,WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"69,000",69000,"63,000",63000,2010.5,PIFcalc19,,100,,,,"eBrd17(UsCa,WHem)",2,3369580,Natureserve,,2,1189707,Natureserve,,4,Waterbird Working Group 2017,"loss of freshwater wetlands continues rangewide, and may accelerate",4,Waterbird Working Group 2017,,5,BBS7017,,-4.53,BBS7017,-5.93,-3.14,-5.36,-3.73,0.20,66,-85.78,-92.63,-69.14,,15,15,15,Watch List - Yel-D,NT,,"b,w",Eastern Temperate,Eastern Temperate,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh,Coasts: Saltmarsh +417,Virginia Rail,Rallus limicola,waterbird,Gruiformes,Rallidae,,1,1,1,1,PM,,,4,"PIFcalc19, eBrd17(UsCa,WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"240,000",240000,"230,000",230000,2010.5,PIFcalc19,,100,,,,"eBrd17(UsCa,WHem)",1,5541553,Natureserve,,2,2091087,Natureserve,,3,Waterbird Working Group 2017,,2,Waterbird Working Group 2017,"more flexible in winter, uses ditches and other modifed/artificial wetlands",1,BBS7017,,1.49,BBS7017,0.91,2.04,1.16,1.81,0.02,362,97.84,46.98,137.30,,9,9,9,,LC,,,Nearctic,Nearctic,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh,Coasts: Saltmarsh +419,Rufous-necked Wood-Rail,Aramides axillaris,waterbird,Gruiformes,Rallidae,Monotypic.,0,0,1,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,3,337760,Natureserve,,3,337760,Natureserve,,4,MX-NSAC,,4,MX-NSAC,,4,MX-NSAC,probably has declined (MX-NSAC),,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Coasts: Mangroves,Forests: Tropical Lowland Evergreen,Coasts: Mangroves,Forests: Tropical Lowland Evergreen +420,Russet-naped Wood-Rail,Aramides albiventris,waterbird,Gruiformes,Rallidae,"new species, replaces gray-necked wood-rail in part; Formerly included in Aramides cajaneus.",0,0,1,1,R,,,4,Panjabi 2017; PIF CAW 2017; MX-NSAC-17,guesstimate,,,,,,,,,,,,,3,526988,"BirdLife & HBW, eBird",,3,526988,"BirdLife & HBW, eBird",,2,PIF CAW 2015,used most frequent score amongst regions,2,PIF CAW 2015,used Belize's score to break tie since eBird shows the most observations there amongst the regions scored,3,PIF CAW 2015,used most frequent score amongst regions,,,,,,,,,,,,,12,12,12,,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Wetlands: Generalist,,Wetlands: Generalist, +421,Gray-cowled Wood-Rail,Aramides cajaneus,waterbird,Gruiformes,Rallidae,Formerly Aramides cajanea.,0,0,0,1,R,,,2,Panjabi 2017; PIF CAW 2017; MX-NSAC-17,guesstimate,,,,,,,,,,,,,1,13041508,"BirdLife & HBW, eBird",,1,13041508,"BirdLife & HBW, eBird",,2,PIF CAW 2015,used score shared by Costa Rica & Panama,2,PIF CAW 2015,used Panama's score as the only region scored,2,PIF CAW 2015,used score shared by Costa Rica & Panama,,,,,,,,,,,,,7,7,7,,LC,,,South American Lowlands,South American Lowlands,Wetlands: Generalist,,Wetlands: Generalist, +422,Uniform Crake,Amaurolimnas concolor,waterbird,Gruiformes,Rallidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,2,1590428,Natureserve,,2,1590428,Natureserve,,4,MX-NSAC,,4,MX-NSAC,,5,MX-NSAC,>50% habitat loss has occurred (MX-NSAC),,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,Wetlands: Forested,Forests: Tropical Lowland Evergreen,Wetlands: Forested +423,Sora,Porzana carolina,waterbird,Gruiformes,Rallidae,Monotypic.,1,1,1,1,M,,,3,PIFcalc19,,"4,400,000",4400000,"4,400,000",4400000,2010.5,PIFcalc19,,100,,,,"bbs0514(BBS), eBrd17(WHem)",1,9772313,Natureserve,,1,4635953,Natureserve,,3,Waterbird Working Group 2017,,2,Waterbird Working Group 2017,"more flexible in winter, uses ditches and other modifed/artificial wetlands",2,BBS7017,,0.51,BBS7017,0.12,0.89,0.28,0.73,0.85,1034,27.07,1.98,53.68,,9,8,9,,LC,,,Nearctic,Nearctic,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh,Coasts: Saltmarsh +427,Yellow-breasted Crake,Hapalocrex flaviventer,waterbird,Gruiformes,Rallidae,,0,0,1,1,R,,,5,WPE5,"missing data for ssp. woodi & ssp. bangsi. 2011 best guess for ssp. flaviventer, 2005 for ssp. gossi, 2007 for ssp. hendersoni. Adult estimate assumes 2/3 of total pop. are adults.",">7,000",7000,,,,,,,,,,,2,2076515,Natureserve,,2,2076515,Natureserve,,4,Hunter-Rosenberg 2003,,4,Hunter 2006,,4,Hunter 2006,probably has declined (MX-NSAC),,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +444,Whooping Crane,Grus americana,waterbird,Gruiformes,Gruidae,Monotypic.,1,1,1,0,M,,,5,Butler & Harrell 2019,,370,370,370,370,,Butler & Harrell 2019,,,,100,100,Butler & Harrell 2019,5,36574,Natureserve,,5,61670,Natureserve,,4,Waterbird Working Group 2017,"wood buffalo pop doing OK, experimental pops are not doing well (Waterbird working group 2017)",5,Waterbird Working Group 2017,fresh water issues around port aransas are very concerning; threats during migration also very high; shooting in winter/migration,1,Whooping Crane Recovery Plan,population has at least doubled since 1970,,,,,,,,,,,,,15,16,16,Watch List - Yel-R,EN,,,Northern Forest,Eastern Temperate,Wetlands: Boreal,Wetlands: Freshwater Marsh,Coasts: Saltmarsh,Wetlands: Freshwater Marsh +445,Double-striped Thick-knee,Burhinus bistriatus,shorebird,Charadriiformes,Burhinidae,,0,0,1,1,R,,,3,PIF CAW 2016,Es muy común en norte de colombia y los llanos de colombia y venezuela (CAW);,,,,,,,,,,,,,3,845824,Natureserve,,3,845824,Natureserve,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,,w,Neotropical,Neotropical,Grasslands: Tropical,,Grasslands: Tropical, +447,Black-necked Stilt,Himantopus mexicanus,shorebird,Charadriiformes,Recurvirostridae,,1,1,1,1,PM,,,3,B. Andres 2017,Note the listed Hawaiian Stilt (B. Andres 2017).,"900,000",900000,"180,000",180000,,USSCP 2016,Shaw 2020: this estimate apparently excludes Mexico. The inclusion of Hawaii is immaterial due to rounding.,100,14.08333874,20,20,USSCP 2016; B. Andres 2017,1,12040995,BirdLife and NatureServe (2012),,1,10311281,BirdLife and NatureServe (2012),,3,USSCP 2016,,3,USSCP 2016,,1,BBS7017,,2.40,BBS7017,1.12,3.53,1.62,3.10,2.00,278,188.74,58.39,397.19,,8,8,8,,,,w,Widespread,Widespread,Wetlands: Freshwater Marsh,,Wetlands: Generalist, +448,American Avocet,Recurvirostra americana,shorebird,Charadriiformes,Recurvirostridae,Monotypic.,1,1,1,1,M,,,4,"USSCP 2016, B. Andres 2019","a small number (<10,000) breed in central Mexico (B. Andres 2019)","460,000",460000,"450,000",450000,,USSCP 2016,,100,84.61495972,97.82609,97.82608795,"USSCP 2016, B. Andres 2019",2,2458907,BirdLife and NatureServe (2012),,2,1396652,BirdLife and NatureServe (2012),,3,USSCP 2016,,3,USSCP 2016,,2,BBS7017,,0.54,BBS7017,-0.34,1.37,0.02,1.05,1.38,468,28.68,-10.80,96.18,,11,11,11,,LC,,,Great Plains,Nearctic,Wetlands: Freshwater Marsh,,Coasts: Beach and Estuary,Wetlands: Lakes and Rivers +450,American Oystercatcher,Haematopus palliatus,shorebird,Charadriiformes,Haematopodidae,,1,1,1,1,PM,,,5,Clay et al. 2014,"38,000-48,000 individuals globally. Unclear whether global and US estimates represent breeding adults or all ages, so added < in case it includes juveniles","<43,000",43000,"12,000",12000,,Clay et al. 2014,,100,4.499175072,27.90698,27.9069767,Clay et al. 2014,2,1053323,BirdLife and NatureServe (2012),,2,1122126,BirdLife and NatureServe (2012),,4,B. Andres 2017,"AMOY is now a conservation dependent species, i.e. without active management (human disturbance, predators) the populations will rapidly decline. (B.Andres 2017)",4,USSCP 2016,,3,B. Andres 2017; PIF CAW 2014; Mexican Regional Assessment 2005,"trend is very unreliable; but could be slightly positive. (B. Andres 2017). Demarest 2019: AMOYs would seem to be one of those “must get” CBC species. Rosenberg 2019: occur (especially in winter) throughout the Neotropical portions of North America so CBC should not be used for PT scoring. Panjabi 2019: Most neotropical regions give it a 3, one gives it a 4 (CEPL), and two give it a 1 (EL Salvador and Honduras), so 3 overall.",1.02,CBC7017*,0.16,1.78,0.54,1.46,9.37,115,57.36,4.85,126.22,,14,14,14,Watch List - Yel-R,LC,,,Widespread,Widespread,Coasts: Beach and Estuary,,Coasts: Beach and Estuary, +484,Hudsonian Godwit,Limosa haemastica,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,4,USSCP 2016,,"77,000",77000,"77,000",77000,,USSCP 2016,,100,93.55181885,100,100,USSCP 2016,4,260694,BirdLife and NatureServe (2012),,2,1316266,BirdLife and NatureServe (2012),,2,B. Andres 2017,They are really concentrated in the winter in southern Chile and Argentina (B.Andres 2017).,4,USSCP 2016,,4,Mig7416,Wintering birds in Chile seem to be stable; PT=4 reflects eastern population changes (B.Andres 2017).,-3.44,Mig7416,-9.31,1.36,,,,,-51.21,-87.23,119.41,,14,14,14,Watch List - Yel-R,LC,,,Arctic,Temperate South America,Wetlands: Boreal,,Coasts: Beach and Estuary, +482,Bar-tailed Godwit,Limosa lapponica,shorebird,Charadriiformes,Scolopacidae,,0,1,0,0,M,,,3,B. Andres 2017,Case for recognized North American subspecies (B.Andres 2017).,"1,100,000",1100000,"90,000",90000,,USSCP 2016,,5,166.5119934,8.3256,8.32559967,"eBrd17(UsCa,WHem), WI(Glob)",2,1467309,BirdLife and NatureServe (2012),,1,6904868,BirdLife and NatureServe (2012),,4,B. Andres 2017,Yellow Sea migrant (B.Andres 2017).,4,USSCP 2016,,5,B. Andres 2017,Information from Australia indicates a PT = 5. (B.Andres 2017),,,,,,,,,,,,,14,13,14,Watch List - Yel-D,NT,,,Arctic,Paleotropical,Tundra: Arctic,,Coasts: Beach and Estuary, +485,Marbled Godwit,Limosa fedoa,shorebird,Charadriiformes,Scolopacidae,,1,1,1,1,M,,,4,USSCP 2016,,"170,000",170000,"170,000",170000,,USSCP 2016,,100,82.29914093,100,100,USSCP 2016,2,1139565,BirdLife and NatureServe (2012),,3,718444,BirdLife and NatureServe (2012),,4,B. Andres 2017,Prairie losses continue (B. Andres 2017).,4,USSCP 2016,,4,BBS7017,"Seems to be doing better, but point estimate is negative, with overlap with zero. (B.Andres 2017)",-0.68,BBS7017,-1.11,-0.31,-0.91,-0.47,2.27,363,-27.73,-38.63,-14.24,,14,15,15,Watch List - Yel-D,LC,,,Great Plains,Widespread,Wetlands: Seasonally Wet Grasslands,Wetlands: Tundra,Coasts: Beach and Estuary, +860,Elf Owl,Micrathene whitneyi,landbird,Strigiformes,Strigidae,,0,1,1,0,PM,,,5,PIFcalc19,,46000,46000,29000,29000,2010.5,PIFcalc19,,100,63.1627121,63.16271,63.1627121,"eBrd17(UsCa,WHem)",3,590648,Natureserve 3.0,,3,304234,Natureserve 3.0,,3,PIFTC-02,"CB-competition with starlings for cavities, alteration of flood events, dewatering, salt cedar, fire (Glinski); moderate threats (MX-NSAC). Why is this lower than, say, Gilded Flicker? (KVR); Gilded Flicker has much smaller range and has higher threats due to increasing fire risk in that area from exotic grasses. Elf Owl more widspread, not as susecptible to effects of exotics/fire. Uses relatively small patches of large mesquites in Chih Desert, which are not particularly limited yet (AP); Uses old woodpecker nests in telephone poles in much of range - MG; Concern in Sonoran desert about exotic grasses and related fire risk for saguaro cacti (CB)",3,PIFTC-02,CB-similar to TB; moderate threats,3,MX-NSAC,"Especie que requiere de cactos para anidaci#n, p#rdida de hßbitat",,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,North American Southwest,Mesoamerican Pacific Lowlands,Aridlands: Desert Scrub,,Forests: Tropical Dry, +1122,Black-banded Woodcreeper,Dendrocolaptes picumnus,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 3 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,1,5755719,Natureserve 3.0,,1,5755719,Natureserve 3.0,,5,MX-NSAC,,5,MX-NSAC,humid pine and evergreen forest,5,PIF CAW 2014,"restricted to humid foothills and highlands. In central America, found mainly from Chiapas to honduras, also Panama and Costa Rica, where extensive deforestation has occurred.",,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Forests: Mesoamerican Highland,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland,Forests: Tropical Montane Evergreen +1123,Strong-billed Woodcreeper,Xiphocolaptes promeropirhynchus,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,1,4663861,Natureserve 3.0,,1,4663861,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,humid pine and evergreen forest,5,PIF CAW 2014,regional experts in core range in mexico score as PT=4,,,,,,,,,,,,,14,14,14,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland +1124,Cocoa Woodcreeper,Xiphorhynchus susurrans,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,610780,NatureServe,,3,610780,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +849,Spectacled Owl,Pulsatrix perspicillata,landbird,Strigiformes,Strigidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,12713949,Natureserve 3.0,,1,12713949,Natureserve 3.0,,4,MX-NSAC,humid evergreen forest and edge. Requires large cavities for nesting. reduced populations by loss of forest. Score of 3 may be too low. regions score as 4 or 5.,4,MX-NSAC,"requires primary forest in MX, but uses disturbed habitats in C.A.",4,PIF CAW 2014,Restricted to humid evergreen forests within C.A. range; loss of such forests has been extensive in C.A.; MX regional experts score PT=5 in SECL,,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +850,Great Horned Owl,Bubo virginianus,landbird,Strigiformes,Strigidae,,1,1,1,1,R,,,2,PIFcalc19,,"5,700,000",5700000,"3,800,000",3800000,2010.5,PIFcalc19,,100,66.89774323,66.89774,66.89774323,"eBrd17(UsCa,WHem)",1,26145035,Natureserve 3.0,,1,26145035,Natureserve 3.0,,2,PIFSC-19,"declining, not benefiting from humans",1,PIFTC-02,generalist but not enhanced by human disturbance? (KR),3,BBS7017,,-0.32,BBS7017,-0.57,-0.11,-0.47,-0.19,0.19,2617,-13.99,-20.60,-5.65,,8,7,8,,LC,yes,,Widespread,Widespread,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +922,Gray-cheeked Nunlet,Nonnula frontalis,landbird,Piciformes,Bucconidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,4,174767,NatureServe,,4,174767,NatureServe,,3,PIF CAW 2014,por avances en la frontera de agricola,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +923,White-fronted Nunbird,Monasa morphoeus,landbird,Piciformes,Bucconidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,4934190,NatureServe,,1,4934190,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,CBSD,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +924,Dusky-backed Jacamar,Brachygalba salmoni,landbird,Piciformes,Galbulidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,50568,NatureServe,,5,50568,NatureServe,,3,PIF CAW 2014,avances a la frontera de agricultura; ganadería,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +925,Rufous-tailed Jacamar,Galbula ruficauda,landbird,Piciformes,Galbulidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,7626936,Natureserve 3.0,,1,7626936,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,primary forest,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +926,Great Jacamar,Jacamerops aureus,landbird,Piciformes,Galbulidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,1,5691642,NatureServe,,1,5691642,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +927,Spot-crowned Barbet,Capito maculicoronatus,landbird,Piciformes,Capitonidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,133555,NatureServe,,4,133555,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +952,Gila Woodpecker,Melanerpes uropygialis,landbird,Piciformes,Picidae,,0,1,1,0,R,,,3,PIFcalc19,,"1,500,000",1500000,"590,000",590000,2010.5,PIFcalc19,,100,39.47414398,39.47414,39.47414398,"bbs0514(UsCa), eBrd17(WHem)",3,565542,Natureserve 3.0,,3,565542,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,habitat not threatened,3,BBS7017,BBS-17 changed scores that previously were in agreement with MX-NSAC,-0.43,BBS7017,-1.43,0.48,-1.04,0.13,9.91,44,-18.50,-50.69,25.72,51,11,11,11,,LC,yes,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,Aridlands: Desert Riparian,Aridlands: Desert Scrub,Aridlands: Desert Riparian +949,Gray-breasted Woodpecker,Melanerpes hypopolius,landbird,Piciformes,Picidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,82045,Natureserve 3.0,,4,82045,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,4,MX-NSAC-12,"MX endemic, found in 2 regions, regional experts both scored 4",,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +950,Yucatan Woodpecker,Melanerpes pygmaeus,landbird,Piciformes,Picidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,126436,Natureserve 3.0,,4,126436,Natureserve 3.0,,3,MX-NSAC,,2,MX-NSAC,forest,4,PIF CAW 2014,MX endemic found only in SECL; regional experts score PT=4,,,,,,,,,,,,,15,14,15,Watch List - Yel-R,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +951,Red-crowned Woodpecker,Melanerpes rubricapillus,landbird,Piciformes,Picidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,860959,NatureServe,,3,860959,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +775,Pearl Kite,Gampsonyx swainsonii,landbird,Accipitriformes,Accipitridae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,1,10255186,NatureServe,,1,10255186,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,1,PIF CAW 2014,,,,,,,,,,,,,,7,7,7,,LC,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +776,White-tailed Kite,Elanus leucurus,landbird,Accipitriformes,Accipitridae,,0,1,1,1,R,,,4,PIFcalc19,"They aren't that dense in occurrence, so new estimate may be correct even though large range, but likely higher density outside US (PIFSC-18). Areas abiertas (CAW).","260,000",260000,"16,000",16000,2010.5,PIFcalc19,,100,6.044397354,6.044397,6.044397354,"eBrd17(UsCa,WHem)",1,9406487,Natureserve 3.0,,1,9406487,Natureserve 3.0,,2,PIFTC-02,"CB-significant threat from habitat degradation, loss of nest trees, and foraging habitats, urbanization, communal roost disturbance, grazing, (BNA); uses all kinds of agricultural lands (ranches, etc); populations enhanced by human activity (MX-NSAC); TB/N=2 more consistent with other species in these categories, given potential sensitivities to pesticides, etc.",2,PIFTC-02,"CB-resident, needs Mexican input; uses all kinds of agricultural lands (ranches, etc); populations enhanced by human activity",4,BBS7017,,-1.40,BBS7017,-2.12,-0.70,-1.83,-0.98,0.11,126,-47.14,-61.37,-22.35,115,11,11,11,,LC,,"b,w",Widespread,Widespread,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +806,Snail Kite,Rostrhamus sociabilis,landbird,Accipitriformes,Accipitridae,,0,1,1,1,R,,,3,"Gomez-Panjabi, PIF CAW 2016–PS-g midpoint",especie bastante local. Revisar por expertos de sur america. Es común en el pantanal. (CAW);,"2,000,000",2000000,"2,100",2100,,Fletcher et al. 2016,,100,0.14300096,0.143001,0.14300096,"eBrd17(UsCa,WHem)",1,11510869,Natureserve 3.0,,1,11510869,Natureserve 3.0,,3,PIFTC-02,"Lower threats throughout range as whole than in U.S.; highly specialized, but no perceived threats (MX-NSAC).",3,PIFTC-02,"Lower threats throughout range as whole than in U.S.; highly specialized, but no perceived threats",2,MX-NSAC,"reluctant to override consensus by regional experts, which scored this species as PT=2 in its core range in Mexico (SECL); also, anecdotal evidence suggest it has been expanding its range up the pacific coast (e.g. San Blas); reluctant to override consensus by regional experts, which scored this species as PT=2 in its core range in Mexico (SECL); also, anecdotal evidence suggest it has been expanding its range up the pacific coast (e.g. San Blas)",,,,,,,,,,,,,9,9,9,,LC,,,Neotropical,Neotropical,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +807,Slender-billed Kite,Helicolestes hamatus,landbird,Accipitriformes,Accipitridae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,2 records in ebird in eastern panama,,,,,,,,,,,,,2,2230595,NatureServe,,2,2230595,NatureServe,,3,Panjabi 2017,unknown; not assigned at PIF-CAW 2014,3,Panjabi 2017,unknown; not assigned at PIF-CAW 2014,3,Panjabi 2017,unknown; not assigned at PIF-CAW-2014,,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +786,Double-toothed Kite,Harpagus bidentatus,landbird,Accipitriformes,Accipitridae,,0,0,1,1,R,,,3,Gomez-Panjabi. PIF CAW 2016,la poblacion en el norte es marginal. Revisar con expertos de sur america. (CAW);,,,,,,,,,,,,,1,8990579,Natureserve 3.0,,1,8990579,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,uses primary forest,4,PIF CAW 2014,SECL and SEMH score as PT=4; habitat loss similar across central america,,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +802,Mississippi Kite,Ictinia mississippiensis,landbird,Accipitriformes,Accipitridae,Monotypic.,0,1,1,1,M,,,3,PIFcalc19,"la población mundial pasa por Veracruz (330,000 individuos) (CAW);","700,000",700000,"700,000",700000,2010.5,PIFcalc19,,100,99.78066254,99.78066,99.78066254,"bbs0514(UsCa), eBrd17(WHem)",2,1031235,PIFSC-08,"Added 25%; Difference in BD is likely a larger range in US than NS gives it, > 1M km2",2,1027361,Natureserve 3.0,"Ken comment: Breeding range in the U.S. is shown as Year-Round resident range, but this error was caught before calculation of range size and thus doesn't affect the current NS-derived score (P. Blancher)",2,PIFTC-02,DD= 'population demonstrably secure' BNA supports that Western pops are easy TB 2 but eastern ones could qualify as TB 3. Removal and fragmentaion of hardwood forest represent major threat in east. Western pops increasingly using urban/suburban areas.,3,PIFTC-02,"DD='no available information', may be concentration points.",1,BBS7017,,0.95,BBS7017,0.02,2.04,0.43,1.48,0.72,476,46.29,-8.00,140.56,,8,9,9,,LC,yes,,Eastern Temperate,South American Lowlands,Forests: Temperate Eastern,,Forests: Tropical Dry,Open Country: Developed/Disturbed +979,Gray-crowned Woodpecker,Colaptes auricularis,landbird,Piciformes,Picidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,197267,Natureserve 3.0,,4,197267,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,4,MX-NSAC,moderate habitat loss,4,MX-NSAC-12,"MX endemic, all regions suggest PT=4",,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +985,Chestnut-colored Woodpecker,Celeus castaneus,landbird,Piciformes,Picidae,Monotypic.,0,0,1,1,R,,,4,PIF CAW 2016,Rango pequeño (CAW); score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,3,394772,Natureserve 3.0,,3,394772,Natureserve 3.0,,4,MX-NSAC,"humid evergreen and semi-deciduous forest interior specialist, requires large trees.",4,MX-NSAC,moderate habitat loss,5,PIF CAW 2014,Humid lowland forest specialist that requires large trees/snags; found in 1 region in Mexico (nearly 50% of species' range) where experts indicate major decline,,,,,,,,,,,,,16,16,16,Watch List - Red,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +986,Lineated Woodpecker,Dryocopus lineatus,landbird,Piciformes,Picidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,13622862,Natureserve 3.0,,1,13622862,Natureserve 3.0,,3,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,3,PIF CAW 2014,,,,,,,,,,,,,,9,8,9,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1125,Ivory-billed Woodcreeper,Xiphorhynchus flavigaster,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,767413,Natureserve 3.0,,3,767413,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,primarily forest,4,PIF CAW 2014,"Most of range in Mexico, all regions score PT=4",,,,,,,,,,,,,13,13,13,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen +1126,Black-striped Woodcreeper,Xiphorhynchus lachrymosus,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,270917,NatureServe,,4,270917,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1127,Spotted Woodcreeper,Xiphorhynchus erythropygius,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,391961,Natureserve 3.0,,3,391961,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,primary forest,4,PIF CAW 2014,"NE and CE regions score PT=5, SE regions score PT=4. Requires humid evergreen forests in highlands, sensitive to fragmentation; loss of this forest type similar in rest of C.A. range; tolerant to some deforestation. Recorded in secondary growth and fruit plantations in highlands of Veracruz",,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1128,Straight-billed Woodcreeper,Dendroplex picus,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,9861891,NatureServe,,1,9861891,NatureServe,,5,PIF CAW 2014,puede ser afectada por cambio climático; restringido a manglares y áreas cercanas,5,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,Watch List - Yel-D,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1129,Red-billed Scythebill,Campylorhamphus trochilirostris,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,1,7410796,NatureServe,,1,7410796,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1130,Brown-billed Scythebill,Campylorhamphus pusillus,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,178591,NatureServe,,4,178591,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +513,Long-billed Dowitcher,Limnodromus scolopaceus,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,B. Andres 2020,"Andres 2020: We will likely increase this estimate with work from the Yukon Delta to 650,000.","650,000",650000,"520,000",520000,,B. Andres 2020,"Andres 2020: There is a substantial breeding and expanding population in Russia. No solid estimate but could be 20% of the 650,000. Shaw 2020: used this rough percentage to extrapolate US/Canada estimate from global estimate.",30,,,,"eBrd17(UsCa,WHem), PIF(Glob)",3,366891,BirdLife and NatureServe (2012),,2,3048312,BirdLife and NatureServe (2012),,2,CWS BCR database,TB-c reduced for calibration with TB-r. Population density not higher on wet sedge meadows that may dry up due to climate change (B. Andres 2019).,4,B. Andres 2017,TN is probably ok because of freshwater wetland issues in arid west (B. Andres 2017).,3,Mig7416,Western birds no indication of decline; so leave PT=3 (B. Andres 2017).,-0.33,Mig7416,-4.58,3.07,,,,,-1.79,-64.01,206.48,,11,12,12,,LC,,w,Arctic,Widespread,Wetlands: Tundra,,Wetlands: Generalist, +520,Wilson's Snipe,Gallinago delicata,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,PM,,,3,USSCP 2016,,"2,000,000",2000000,"2,000,000",2000000,2012,USSCP 2016,,100,,,,eBrd17(UsCa),1,11945808,BirdLife and NatureServe (2012),,1,9599369,BirdLife and NatureServe (2012),,2,USSCP 2016,http://www.shorebirdplan.org/wp-content/uploads/2013/03/ShorePopulationAndresEtAl2012.pdf,3,USSCP 2016,,2,BBS7017,,0.33,BBS7017,0.07,0.60,0.17,0.49,3.68,1824,16.90,1.85,31.77,,8,9,9,,LC,,w,Nearctic,Widespread,Wetlands: Generalist,,Wetlands: Generalist, +516,American Woodcock,Scolopax minor,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,0,PM,,,3,USSCP 2016,,"3,500,000",3500000,"3,500,000",3500000,,USSCP 2016,,100,,,,SGS-15,1,4267361,BirdLife and NatureServe (2012),,2,1608507,BirdLife and NatureServe (2012),,3,USSCP 2016,,3,USSCP 2016,,4,SGS6817,,-0.80,SGS6817,,,,,,,-31.39,-36.61,-25.69,,11,12,12,,LC,,,Northern Forest,Eastern Temperate,Forests: Temperate Eastern,Forests: Boreal,Forests: Temperate Eastern, +523,Spotted Sandpiper,Actitis macularius,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,USSCP 2016,,"660,000",660000,"660,000",660000,,USSCP 2016,,100,97.15386963,100,100,USSCP 2016,1,13610960,BirdLife and NatureServe (2012),,1,19528957,BirdLife and NatureServe (2012),,2,USSCP 2016,,2,USSCP 2016,,4,BBS7017,,-1.43,BBS7017,-1.74,-1.17,-1.60,-1.27,0.41,1848,-48.91,-54.33,-42.36,,10,10,10,,LC,,,Nearctic,Widespread,Wetlands: Generalist,,Wetlands: Lakes and Rivers, +525,Solitary Sandpiper,Tringa solitaria,shorebird,Charadriiformes,Scolopacidae,,1,1,1,1,M,,,4,USSCP 2016,,"190,000",190000,"190,000",190000,,USSCP 2016,,100,94.28690338,100,100,USSCP 2016,1,5531901,BirdLife and NatureServe (2012),,1,16280555,BirdLife and NatureServe (2012),,3,USSCP 2016,,3,B. Andres 2017,"Winters throughout lowland Amazonia; highly dispersed and not specialized, but hunting concern in French Overseas Departments (B. Andres 2017).",3,BBS7017,,0.70,BBS7017,-1.08,2.23,-0.30,1.63,0.08,120,27.11,-48.23,159.52,,11,11,11,,LC,,,Northern Forest,South American Lowlands,Wetlands: Boreal,,Wetlands: Lakes and Rivers, +527,Wandering Tattler,Tringa incana,shorebird,Charadriiformes,Scolopacidae,Monotypic. Referred to as Heterosceles incanus by Clements (2000) and Howard and Moore (2003).,1,1,1,1,M,,,5,USSCP 2016,,"18,000",18000,"16,000",16000,,Andres et al. 2012,"Shaw 2020: US/Canada estimate extrapolated from global estimate from Andres et al. 2012: ""10,000-25,000 (midpoint) = 17,500), of which >90% of the pop. occurs in N. America""",100,94.04154968,94,94,"eBrd17(UsCa,WHem)",2,1113390,BirdLife and NatureServe (2012),,3,432230,BirdLife and NatureServe (2012),,2,USSCP 2016,,3,B. Andres 2017,"Does not aggregate like black turnstone or surfbird, but climate change in raises TB/TN to 3 (B. Andres 2017).",3,USSCP 2016,"Andres 2020: a very small portion of the wintering range is covered by CBC, so I can't see how the trend is anything but unknown",-4.33,CBC7017,-4.93,-3.80,-4.66,-4.01,0.90,43,-87.24,-89.84,-82.54,,12,14,14,Watch List - Yel-R,LC,,,Arctic,Pacific North America,Tundra: Alpine,Wetlands: Tundra,Coasts: Beach and Estuary, +532,Greater Yellowlegs,Tringa melanoleuca,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,4,USSCP 2016,,"140,000",140000,"140,000",140000,,USSCP 2016,,100,72.1809082,100,100,USSCP 2016,1,4397341,BirdLife and NatureServe (2012),,1,21289337,BirdLife and NatureServe (2012),,3,B. Andres 2017,Hunting threat elevated (B. Andres 2017).,4,B. Andres 2017,I worry that this is a shift norhward in CBC; CWS shows steady (B. Andres 2017).,2,Mig7416,,0.55,Mig7416,-1.42,1.87,,,,,28.04,-35.96,128.31,,10,11,11,,LC,,w,Northern Forest,Widespread,Wetlands: Boreal,,Wetlands: Generalist, +529,Willet,Tringa semipalmata,shorebird,Charadriiformes,Scolopacidae,,1,1,1,1,M,,,4,USSCP 2016,,"250,000",250000,"250,000",250000,,USSCP 2016,"Shaw 2020: While species occurs in the Caribbean and Mexico, the pop size is small enough that due to rounding, the US/Canada estimate is effectively the same as the global estimate. Andres 2019: several thousand likely breed in the Caribbean and very few in Mexico.",100,69.94911957,<100,100,USSCP 2016,2,2510297,BirdLife and NatureServe (2012),,2,2719479,BirdLife and NatureServe (2012),,4,USSCP 2016,,4,USSCP 2016,,4,BBS7017,,-0.56,BBS7017,-0.89,-0.23,-0.75,-0.35,1.81,506,-23.24,-36.37,-9.69,,14,14,14,Watch List - Yel-D,LC,,,Nearctic,Widespread,Wetlands: Seasonally Wet Grasslands,Coasts: Saltmarsh,Coasts: Beach and Estuary,Coasts: Saltmarsh +528,Lesser Yellowlegs,Tringa flavipes,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,USSCP 2016,latest scores from USSCP,"660,000",660000,"660,000",660000,,USSCP 2016,,100,90.69024658,100,100,USSCP 2016,1,4577413,BirdLife and NatureServe (2012),,1,20603785,BirdLife and NatureServe (2012),,3,USSCP 2016,,4,B. Andres 2017,Number one bird in the bag in Caribbean and northern South America to the point of unsustainability. Most of the population overflies the Caribbean and northern SA (B. Andres 2017).,5,Mig7416,Shaw 2020: BBS trend similar,-2.76,Mig7416,-4.98,-0.92,,,,,-57.78,-76.03,-5.55,,12,13,13,Watch List - Yel-D,LC,,w,Northern Forest,Widespread,Wetlands: Boreal,,Wetlands: Generalist, +544,Parasitic Jaeger,Stercorarius parasiticus,waterbird,Charadriiformes,Stercorariidae,Monotypic.,1,1,1,1,M,,,3,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"3,500,000",3500000,,,,,,50,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,5720194,"Natureserve, with Old World extrapolation",,1,13994773,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,2,Hunter-Rosenberg 2003,,2,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002,,,,,,,,,,,,,,9,9,9,,LC,,,Arctic,Widespread,Wetlands: Tundra,Tundra: Arctic,Oceans: Pelagic,Coasts: Marine Waters +545,Long-tailed Jaeger,Stercorarius longicaudus,waterbird,Charadriiformes,Stercorariidae,,1,1,1,1,M,,,3,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"1,700,000",1700000,,,,,,50,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,6657874,"Natureserve, with Old World extrapolation",,1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",2,Hunter-Rosenberg 2003,any new threats perceived for jaegers? (KVR),2,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002,,,,,,,,,,,,,,9,9,9,,LC,,,Arctic,Widespread,Tundra: Arctic,Tundra: Alpine,Oceans: Pelagic, +546,Dovekie,Alle alle,waterbird,Charadriiformes,Alcidae,,1,1,0,0,M,,,2,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"17,000,000",17000000,"1,500",1500,2002,BNA Montevecchi & Stenhouse 2002,,,,,,,3,376000,BirdLife 2015,,1,8484364,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,3,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002; PIFSC-19,"Gabhauer 2019: Canadian breeding population is tiny and CBC data reflect primarily European breeders wintering along the Atlantic Coast of North America, so it makes sense for us to stick to PT 3 for uncertainty",-1.74,CBC7017*,-3.90,0.28,-2.96,-0.52,6.04,69,-48.05,-79.25,7.05,,11,9,11,,LC,,,Arctic,Temperate Northern Atlantic,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters,Oceans: Pelagic +1645,European Starling,Sturnus vulgaris,landbird,Passeriformes,Sturnidae,,1,1,1,0,R,1,,1,PIFcalc19,,"250,000,000",250000000,"93,000,000",93000000,2010.5,PIFcalc19,,40,93.4331131,37.37325,37.37324524,"bbs0514(UsCa), eBrd17(WHem), PIF(Glob)",1,36834255,Natureserve 3.0,,1,36834255,Natureserve 3.0,,1,PIFTC-02,,1,PIFTC-02,,4,BBS7017,,-1.42,BBS7017,-1.52,-1.32,-1.48,-1.36,42.54,4176,-48.78,-50.87,-46.29,,7,7,7,,LC,yes,,Introduced,Introduced,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +1646,Common Myna,Acridotheres tristis,landbird,Passeriformes,Sturnidae,,0,1,0,0,R,1,,1,PIFTC–PS-g midpoint,,"200,000,000",200000000,,,,,,0.01,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,6363400,Natureserve 3.0,,1,6363400,Natureserve 3.0,,1,PIFTC-02,,1,PIFTC-02,,2,CBC7017,,15.22,CBC7017,12.17,18.90,13.41,17.30,0.29,12,77851.26,,,,5,5,5,,LC,yes,,Introduced,Introduced,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +1647,Bohemian Waxwing,Bombycilla garrulus,landbird,Passeriformes,Bombycillidae,,1,1,0,0,PM,,,2,PIFcalc19,,"5,000,000",5000000,"2,500,000",2500000,2010.5,PIFcalc19,,50,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,7976520,Natureserve 3.0,,1,13944722,Natureserve 3.0,,2,PIFTC-02,"check status and response to boreal forestry and energy extraction activities (KVR); Camfield, Alaine: TB 2 in Canadian BCRs. Pesticides and vehicle collisions identified as threats - no high magnitude threats. Panjabi: are the threats identified by Canadians at least moderate in scope or is their impact negligible? This will determine if should be 2 or 3.",2,PIFTC-02,,5,BBS9317,Rosenberg 2019: expanded BBS more reliable than CBC. PIFSC-19: Northern shift in wintering range into better survey coverage could potentially cause an erroneously positive CBC trend (trend = -0.7769%) so didn't use.,-3.89,BBS9317,-5.56,-2.11,,,0.87,90,-55.46,-69.28,-34.28,,10,10,10,CBSD,LC,,,Northern Forest,Nearctic,Forests: Boreal,,Forests: Boreal, +1648,Cedar Waxwing,Bombycilla cedrorum,landbird,Passeriformes,Bombycillidae,Monotypic.,1,1,1,1,PM,,,1,PIFcalc19,"distance revised to 100 m based on review of large boreal dataset, score changes to PS=1 (Blancher email, Dec. 20, 2008)","64,000,000",64000000,"64,000,000",64000000,2010.5,PIFcalc19,,100,99.85157776,99.85158,99.85157776,"bbs0514(UsCa), eBrd17(WHem)",1,7413995,Natureserve 3.0,,1,10991636,Natureserve 3.0,,2,PIFTC-02,DD='population demonstrably secure.' BNA supports pros and cons of human activity and land use. Increase in open habitats with fruiting trees and shrubs and fruiting ag crops may be offset by overall losses due to development and urbanization.,2,PIFTC-02,DD='population demonstrably secure.' BNA supports pros and cons of human activity and land use. Increase in open habitats with fruiting trees and shrubs and fruiting ag crops may be offset by overall losses due to development and urbanization.,2,BBS7017,,0.41,BBS7017,0.13,0.65,0.25,0.56,5.54,2804,21.15,4.39,36.17,,6,6,6,,LC,yes,,Nearctic,Nearctic,Forests: Temperate Generalist,,Forests: Temperate Generalist, +1654,Black-and-yellow Silky-flycatcher,Phainoptila melanoxantha,landbird,Passeriformes,Ptiliogonatidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,6574,NatureServe,,5,6574,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1655,Gray Silky-flycatcher,Ptiliogonys cinereus,landbird,Passeriformes,Ptiliogonatidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,525493,Natureserve 3.0,,3,525493,Natureserve 3.0,,3,MX-NSAC,,2,MX-NSAC,less selective in habitat use during non-breeding season; some capture for trade,3,PIF CAW 2014,"depends on montane forests for breeding, open habitats at other times",,,,,,,,,,,,,12,11,12,,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +916,Barred Puffbird,Nystalus radiatus,landbird,Piciformes,Bucconidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,236047,NatureServe,,4,236047,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +917,White-necked Puffbird,Notharchus hyperrhynchus,landbird,Piciformes,Bucconidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,5259594,Natureserve 3.0,,1,5259594,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,primary forest,4,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +918,Black-breasted Puffbird,Notharchus pectoralis,landbird,Piciformes,Bucconidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,197712,NatureServe,,4,197712,NatureServe,,4,PIF CAW 2014,ganadería,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +919,Pied Puffbird,Notharchus tectus,landbird,Piciformes,Bucconidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,1,5346981,NatureServe,,1,5346981,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +920,White-whiskered Puffbird,Malacoptila panamensis,landbird,Piciformes,Bucconidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,515089,Natureserve 3.0,,3,515089,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,primary forest,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +921,Lanceolated Monklet,Micromonacha lanceolata,landbird,Piciformes,Bucconidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,2,1652530,NatureServe,,2,1652530,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,es muy desconocido,,,,,,,,,,,,,12,12,12,,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +614,Black Tern,Chlidonias niger,waterbird,Charadriiformes,Laridae,,1,1,1,1,M,,,2,"PIFcalc19, bbs0514(BBS), eBrd17(WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"5,100,000",5100000,"2,300,000",2300000,2010.5,PIFcalc19,,50,,,,"bbs0514(BBS), eBrd17(WHem), PIF(Glob)",1,10591490,"Natureserve, with Old World extrapolation",,2,2293814,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,4,PIFSC-19,changed due to calibration with TB-r,2,Waterbird Working Group 2017,,5,BBS7017,no reason to doubt BBS data on possible decline in contrast to Kushlan et al.,-1.92,BBS7017,-2.68,-1.18,-2.36,-1.48,5.30,526,-59.11,-70.93,-32.85,,12,11,12,CBSD,LC,,,Nearctic,Tropical Eastern Pacific,Wetlands: Freshwater Marsh,,Oceans: Pelagic,Coasts: Marine Waters +617,Roseate Tern,Sterna dougallii,waterbird,Charadriiformes,Laridae,,1,1,1,1,PM,,,4,BNA Nisbet et al. 2014,"202,352-216,380 total individuals or 134,901-144,253 adults (WPE5). Adult estimate assumes 2/3 of total pop. are adults.","160,000",160000,,,,,,20,,,,"eBrd17(UsCa,WHem), PIF(Glob)",3,417565,"Natureserve, with Old World extrapolation",,1,7159000,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,4,Waterbird Working Group 2017,,3,Waterbird Working Group 2017,,4,Kushlan et al. 2002,"caribbean pops more stable, but northern pops declining",,,,,,,,,,,,,15,12,15,Watch List - Yel-D,LC,,,Widespread,Widespread,Coasts: Beach and Estuary,Coasts: Marine Waters,Oceans: Pelagic,Coasts: Marine Waters +574,Bonaparte's Gull,Chroicocephalus philadelphia,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,1,1,M,,,3,PIFcalc19,,"790,000",790000,"790,000",790000,2010.5,PIFcalc19,,100,,,,"eBrd17(UsCa,WHem)",1,4392131,Natureserve,,2,3732622,Natureserve,,2,Hunter-Rosenberg 2003,,2,Hunter-Rosenberg 2003,,2,CBC7017,PIFSC-19: this species better served by CBC than BBS,1.88,CBC7017,-0.42,4.42,0.62,3.27,9.09,1108,139.94,,,,8,9,9,,LC,,,Northern Forest,Nearctic,Wetlands: Boreal,,Coasts: Marine Waters,Wetlands: Lakes and Rivers +576,Black-headed Gull,Chroicocephalus ridibundus,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,0,0,PM,,,3,"WPE5, BirdLife 2015","1990-2000 expert opinion for Europe, Mediterranean, W. Africa, Black Sea, 1987-1991 expert opinion for W/SW Asia & NE Africa. 1987-1991 best guess for S. Asia, 2001 best guess for E/SE Asia, 2001-2011 expert opinion for NE N. America. 4,845,440-8,850,440 total individuals or 3,230,293-5,900,293 adults (WPE5). Adult estimate assumes 2/3 of total pop. are adults.","4,600,000",4600000,,,,,,,,,,,1,16700000,BirdLife 2015,,1,13020100,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",extrapolation to Old World based on BirdLife map,2,Hunter-Rosenberg 2003,,2,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002,,,,,,,,,,,,,,9,9,9,,LC,yes,,Palearctic,Palearctic,Wetlands: Generalist,,Coasts: Marine Waters,Wetlands: Lakes and Rivers +577,Little Gull,Hydrocoloeus minutus,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,0,0,M,,,4,"WPE5, BirdLife 2015","1990-2000 expert opinion for Central & E. Europe/SW Europe & W. Mediterranean, 1996 best guess for W. Asia/E. Mediterranean, Black Sea, & Caspian, 2001-2011 expert opinion for North America. 97,150-274,300 total individuals or 64,767-182,867 adults (WPE5). Adult estimate assumes 2/3 of total pop. are adults.","120,000",120000,,,,,,0.01,,,,"eBrd17(UsCa,WHem), PIF(Glob)",2,1980000,BirdLife 2015,seemed low,1,11051300,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",extrapolation to Old World based on BirdLife map,3,Hunter-Rosenberg 2003,,2,Hunter-Rosenberg 2003,,4,Kushlan et al. 2002,Does PT = 4 refer to a supposed N. Am population? (KVR),,,,,,,,,,,,,13,11,13,,LC,,,Palearctic,Palearctic,Wetlands: Freshwater Marsh,,Coasts: Marine Waters,Wetlands: Lakes and Rivers +578,Ross's Gull,Rhodostethia rosea,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,0,0,M,,,5,"WPE5, BirdLife 2015",best guess (WPE5). Adult estimate assumes 2/3 of total pop. are adults.,"42,000",42000,,,,,,,,,,,5,30400,BirdLife 2015,"went with smaller BirdLife estimate as global range map (from BirdLife) includes large areas of icefields/glaciers in Greenland that make up the majority of the range, and these areas probably do not support birds?? BirdLife estimate does not seems to reflect their map, however.",1,,BirdLife,ocular estimate of non-breeding range; appears roughly the size of continental U.S. (~9M sq km),2,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002,,,,,,,,,,,,,,15,12,15,Watch List - Yel-R,LC,,,Arctic,Arctic,Wetlands: Tundra,,Coasts: Marine Waters, +580,Laughing Gull,Leucophaeus atricilla,waterbird,Charadriiformes,Laridae,,1,1,1,1,PM,,,3,"PIFcalc19, bbs0514(BBS), eBrd17(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"1,600,000",1600000,"680,000",680000,2010.5,PIFcalc19,,100,,,,"bbs0514(BBS), eBrd17(WHem)",3,955667,Natureserve,,2,3386223,Natureserve,,2,Hunter-Rosenberg 2003,,1,Hunter-Rosenberg 2003,,1,BBS7017,BBS shows definite and steep increase overall in contrast to Kushlan et al.,2.01,BBS7017,0.52,3.40,1.11,2.85,518.87,197,128.49,13.70,358.69,,9,7,9,,LC,yes,,Widespread,Widespread,Coasts: Beach and Estuary,Coasts: Marine Waters,Coasts: Beach and Estuary,Coasts: Marine Waters +581,Franklin's Gull,Leucophaeus pipixcan,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,1,1,M,,,3,WPE5,2001-2011. Adult estimate assumes 2/3 of total pop. are adults.,"830,000",830000,"2,300,000",2300000,2010.5,PIFcalc19,,100,,,,"bbs0514(BBS), eBrd17(WHem)",2,1427546,Natureserve,,3,726860,Natureserve,,3,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,5,BBS7017,"Trends have literally shifted across the map and dramatically swung, BBS now shows at least possible increase in contrast to treatment under both PIF and Kushlan et al.",-1.92,BBS7017,-3.38,-0.68,-2.77,-1.19,921.40,379,-58.25,-79.41,-20.56,,13,14,14,Watch List - Yel-D,LC,,,Great Plains,Temperate South America,Wetlands: Freshwater Marsh,,Coasts: Beach and Estuary,Coasts: Marine Waters +584,Heermann's Gull,Larus heermanni,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,1,1,PM,,,4,BirdLife 2016,Adult estimate assumes 2/3 of total pop. are adults.,"350,000",350000,,,,,,100,,,,"eBrd17(UsCa,WHem)",5,3532,Natureserve,,3,785035,Natureserve,,4,Hunter-Rosenberg 2003,,2,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002,needs expert opinion by Enriqueta Velarde (MX-NSAC),,,,,,,,,,,,,16,12,16,Watch List - Yel-R,NT,,,Pacific North America,Pacific North America,Coasts: Beach and Estuary,Coasts: Marine Waters,Coasts: Beach and Estuary,Coasts: Marine Waters +585,Mew Gull,Larus canus,waterbird,Charadriiformes,Laridae,,1,1,1,0,M,,,2,"PIFcalc19, bbs0514(BBS), eBrd17(WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"6,400,000",6400000,"1,300,000",1300000,2010.5,PIFcalc19,,20,,,,"bbs0514(BBS), eBrd17(WHem), PIF(Glob)",1,16864095,"Natureserve, with Old World extrapolation",,3,751713,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,2,Hunter-Rosenberg 2003,,1,Hunter-Rosenberg 2003,,5,CBC7017,Shaw 2020: Expanded BBS9317 annual trend (-4.7337%) supports this score,-1.60,CBC7017,-3.52,-0.72,-2.52,-1.04,51.67,268,-53.16,,,,10,11,11,CBSD,LC,,,Arctic,Pacific North America,Wetlands: Generalist,,Coasts: Beach and Estuary,Coasts: Marine Waters +619,Arctic Tern,Sterna paradisaea,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,1,1,M,,,3,BNA Hatch 2002,,"3,000,000",3000000,"1,500,000",1500000,2005,"BNA Hatch 2002, eBrd17(UsCa,WHem), PIF(Glob)","Shaw 2020: extrapolated from the BNA world estimate of 3,000,000 using the proportion in US/Canada estimated from the other sources listed",50,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,12686524,"Natureserve, with Old World extrapolation",,1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Waterbird Working Group 2017,"uses wide variety of habitats, but climate change related threats exist (Waterbird working group 2017). Rosenberg 2020: witnessed local people in Nome, AK going out and collecting eggs from the tern colonies and also trying to kill adults.",2,Waterbird Working Group 2017,,5,BBS9317,"Easton 2020: Nest extensively and highest numbers in the High Arctic, moving colonies depending on food conditions. All science shows declines but BBS not covering highest densities. Gahbauer 2020: traditional knowledge from northern Quebec and parts of Nunavut suggest strong concern over declines, supporting BBS trend.",-2.22,BBS9317,-4.31,-0.33,,,1.55,44,-39.88,-65.14,-10.62,,12,11,12,CBSD,LC,,,Arctic,Southern Ocean,Wetlands: Tundra,Forests: Boreal,Coasts: Marine Waters,Oceans: Pelagic +624,Elegant Tern,Thalasseus elegans,waterbird,Charadriiformes,Laridae,Monotypic.,0,1,1,1,M,,,4,WPE5,2003-2005. Adult estimate assumes 2/3 of total pop. are adults.,"180,000",180000,,,,,,99.35114562,,,,"eBrd17(UsCa,WHem,Glob)",5,50024,Natureserve,,3,861309,Natureserve,,4,Waterbird Working Group 2017,,3,Waterbird Working Group 2017,,3,MX-NSAC,unknown,,,,,,,,,,,,,16,13,16,Watch List - Yel-R,NT,,,Pacific North America,Pacific North America,Coasts: Beach and Estuary,Coasts: Marine Waters,Coasts: Beach and Estuary,Coasts: Marine Waters +625,Black Skimmer,Rynchops niger,waterbird,Charadriiformes,Laridae,,1,1,1,1,PM,,,3,"BNA1994, eBrd17(UsCa,WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"800,000",800000,"60,000",60000,1976,BNA Gochfeld & Burger 1994,,100,,,,"eBrd17(UsCa,WHem)",1,14296527,Natureserve,,1,14304416,Natureserve,,4,Waterbird Working Group 2017,,3,Waterbird Working Group 2017,,5,"Waterbird Working Group 2017, BBS7017","Waterbird Working Group 2017: local info (e.g. Texas) supports possible decline. Shaw 2020: 3 is most common score, followed by 2, in Mexico and C. America, but Mexican scores are stale, and US has good portion of population and Waterbird Working Group considered tropical pops, so went with BBS",-3.12,BBS7017,-6.49,-0.86,-4.92,-1.58,1.06,50,-64.89,-87.60,-14.34,,13,12,13,Watch List - Yel-D,LC,,,Widespread,Widespread,Coasts: Beach and Estuary,Coasts: Saltmarsh,Coasts: Beach and Estuary,Coasts: Saltmarsh +626,Sunbittern,Eurypyga helias,waterbird,Eurypygiformes,Eurypygidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,1,8455048,Natureserve,,1,8455048,Natureserve,,4,MX-NSAC,,4,MX-NSAC,,4,MX-NSAC,probably has declined (MX-NSAC),,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Wetlands: Forested,Forests: Tropical Lowland Evergreen,Wetlands: Forested,Forests: Tropical Lowland Evergreen +809,Common Black Hawk,Buteogallus anthracinus,landbird,Accipitriformes,Accipitridae,,0,1,1,1,PM,,,3,PIFTC-02–PS-g midpoint,"BBS-15 estimated 1,000 in US/Canada, 18,000 globally extrapolated with eBird (PIFSC-18).","2,000,000",2000000,"<2,000",2000,,PIFSC-16,suggest < 500; % Pop'n in US should be < 1%; Tubac area had ~500 counted over several weeks during migration (Beardmore),100,5.924986839,0.1,0.100000001,PIFTC-02; PIFSC-16,2,1383932,Natureserve 3.0,,2,1090987,Natureserve 3.0,,3,PIFSC-08,"regional scores suggest at least moderate threats; northern populations highly threatened by riparian loss (KR); CB-human disturbance, dewatering, clearing, grazing, highly vulnerable to human activities, highly specialized (BNA);Broader habitat use in MX.",3,PIFSC-08,regional scores suggest at least moderate threats; no known or expected threats,3,MX-NSAC 2008,,,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Wetlands: Forested,Coasts: Mangroves,Wetlands: Forested,Coasts: Mangroves +811,Savanna Hawk,Buteogallus meridionalis,landbird,Accipitriformes,Accipitridae,Monotypic.,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,10481169,NatureServe,,1,10481169,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,"utilice campos agricolas, especialmente arroz",,,,,,,,,,,,,7,7,7,,LC,,,South American Lowlands,South American Lowlands,Grasslands: Tropical,,Grasslands: Tropical, +812,Great Black Hawk,Buteogallus urubitinga,landbird,Accipitriformes,Accipitridae,,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,,,,,,1,13171448,Natureserve 3.0,,1,13171448,Natureserve 3.0,,3,PIFTC-02,,3,PIFSC-08,no known or expected threats,4,PIF CAW 2014,"regional experts in core range (SECL, SEPL, SEMH) score PT=4; situation likely similar across C.A.",,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Wetlands: Forested,Forests: Tropical Lowland Evergreen,Wetlands: Forested,Forests: Tropical Lowland Evergreen +813,Solitary Eagle,Buteogallus solitarius,landbird,Accipitriformes,Accipitridae,,0,0,1,1,R,,,5,PIFTC-02. PIF CAW 2016,Rara y bastante local (CAW);,,,,,,,,,,,,,3,452066,Natureserve 3.0,,3,452066,Natureserve 3.0,,4,PIFTC-02,"CB-Mexicans should score; no breeding in US; specialized habitat (Pine-oak, cloud forest), requires extensive tracts; habitat loss (MX-NSAC).",4,PIFTC-02,"CB-Mexicans should score; specialized habitat (Pine-oak, cloud forest), requires extensive tracts; habitat loss",5,PIF CAW 2014,Requires large tracts of undisturbed forest; widespread forest fragmentation has undoubtedly reduced this species' C.A. population significantly; keep at PT=5,,,,,,,,,,,,,17,17,17,Watch List - Red,NT,,,Neotropical,Neotropical,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland +814,Barred Hawk,Morphnarchus princeps,landbird,Accipitriformes,Accipitridae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,4,113911,NatureServe,,4,113911,NatureServe,,4,PIF CAW 2014,rango alitudinal restringido; sensible a la fragmentación de bosque,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +815,Roadside Hawk,Rupornis magnirostris,landbird,Accipitriformes,Accipitridae,Formerly placed in the genus Buteo.,0,0,1,1,R,,,2,PIF CAW 2016,Abundante (CAW); score change from 3 to 2 recommended by Central Americans in 2016,,,,,,,,,,,,,1,15092328,Natureserve 3.0,,1,15092328,Natureserve 3.0,,2,PIFSC-08,"TB/N=2 more consistent with other species in these categories, given need for scttered trees and solitude, if nothing else.",2,PIFSC-08,"trash bird in most of range (KR); CB-Mexicans should score; uses modified habitat, expected future conditions will benefit this species",1,PIF CAW 2014,,,,,,,,,,,,,,6,6,6,,LC,yes,,Neotropical,Neotropical,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +816,Harris's Hawk,Parabuteo unicinctus,landbird,Accipitriformes,Accipitridae,,0,1,1,1,R,,,3,PIFcalc19,,"920,000",920000,"52,000",52000,2010.5,PIFcalc19,,100,5.636818409,5.636818,5.636818409,"bbs0514(UsCa), eBrd17(WHem)",1,5987801,Natureserve 3.0,,1,5987801,Natureserve 3.0,,3,PIFTC-02,"sensitive, but not highly threatened in Sonoran scrub (KR); CB-mesquite control programs (esp. in TX), urban devel might be positive or negative, no studies done, might be ecological trap, oil and gas, human activity (BNA); often captured for falconry; habitat loss in U.S. (MX-NSAC). CB-New elevated concern for capture for falconry in AZ",3,PIFTC-02,CB-essentially resident; often captured for falconry; habitat loss in U.S.,4,MX-NSAC,,,,,,,,,,-49.55,-67.89,-27.69,41,11,11,11,,LC,yes,,Widespread,Widespread,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +817,White-tailed Hawk,Geranoaetus albicaudatus,landbird,Accipitriformes,Accipitridae,Formerly placed in the genus Buteo.,0,1,1,1,R,,,3,PIFTC-02. PIF CAW 2016–PS-g midpoint,Solo en áreas secas (CAW);,"2,000,000",2000000,"<10,000",10000,,PIFSC-16,guesstimate,100,1.491875052,1.491875,1.491875052,"eBrd17(UsCa,WHem)",1,9492773,Natureserve 3.0,,1,9492773,Natureserve 3.0,,3,PIFTC-02,"coastal prairies higly threatened in northern part of range (KR). DD='moderately vulnerable' but may use recently cleared areas in Mex and CA (lessening severity of threat potential). Mostly no information throughout range, which also supports TB 3; in north, sensitive to overgrazing; (MX-NSAC).",3,PIFTC-02,"DD='moderately vulnerable' but makes use of formerly forested areas. Threats mostly unknown supports TN 3; in north, sensitive to overgrazing;",3,MX-NSAC,,,,,,,,,,,,,,10,10,10,,LC,,"b,w",Widespread,Widespread,Forests: Tropical Dry,Grasslands: Tropical,Forests: Tropical Dry,Grasslands: Tropical +818,White Hawk,Pseudastur albicollis,landbird,Accipitriformes,Accipitridae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,1,7644604,Natureserve 3.0,,1,7644604,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,highly restricted to primary rainforest,5,PIF CAW 2014,Restricted to humid evergreen lowland forests within C.A. range; loss of such forests has been extensive in C.A.; MX regional experts score PT=5 in SECL,,,,,,,,,,,,,14,14,14,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +608,Least Tern,Sternula antillarum,waterbird,Charadriiformes,Laridae,,0,1,1,1,M,,,4,"PIFcalc19, eBrd17(UsCa,WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"120,000",120000,"52,000",52000,2010.5,PIFcalc19,,100,,,,"eBrd17(UsCa,WHem)",2,1341037,Natureserve,,2,2169507,Natureserve,,4,Waterbird Working Group 2017,,3,Waterbird Working Group 2017,"concentrated off coast of south america in winter where they are harvested for food, sold in markets like some shorebirds and roseate terns",5,BBS7017,"BBS covers interior well, coastal areas covered surprisingly well. Use BBS to get a long-term data source.",-3.61,BBS7017,-5.08,-2.05,-4.50,-2.61,2.11,120,-78.37,-88.73,-57.53,,15,14,15,Watch List - Yel-D,LC,yes,,Nearctic,Neotropical,Coasts: Beach and Estuary,Wetlands: Lakes and Rivers,Coasts: Beach and Estuary, +611,Gull-billed Tern,Gelochelidon nilotica,waterbird,Charadriiformes,Laridae,,1,1,1,1,PM,,,4,"WPE5, HBW (taxonomic reference)","missing data for ssp. affinis and groenvoldi/vanrossemi population in coastal Ecuador/Peru. 2001, expert opinion for W. Europe/W. Africa ssp. nilotica, 2000-2007 for ssp. aranea, 1990-2000, expert opinion for Black Sea/E. Mediterreanean/E. Africa ssp. nilotica, 1987-1991, best guess for W/Central/SW Asia ssp. nilotica and E/SE Asia addenda, 2011 best guess for ssp. groenvoldi, 2006-2007 for ssp. vanrossemi. Adult estimate assumes 2/3 of total pop. are adults.",">190,000",190000,"8,000",8000,2002,BNA Molina et al. 2014,,20.52212219,,,,"eBrd17(UsCa,WHem,Glob)",1,5154972,Natureserve,,1,6879182,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,4,Waterbird Working Group 2017,,2,Waterbird Working Group 2017,,4,Waterbird Working Group 2017,"Panjabi 2019: BBS would yield a score of 2 for US, but only covers a portion of the N. American range, likely not the largest pops, and does not sample coastal habitat very well. CBC (-0.0127 annual trend, where 90% CI doesn't overlap 0) indicates a decline for a score of 4, consistent with Waterbird Working Group 2017, however CBC only covers the relatively sparse winter population in the US, not most of the birds that head further south. So expert opinion superior to these two datasets. Shaw 2020: Mexican and Central American scores averaged to 3.",1.29,BBS7017*,-1.32,4.31,-0.38,2.97,0.60,36,44.07,-52.44,349.74,,13,11,13,,LC,,,Widespread,Neotropical,Coasts: Beach and Estuary,Wetlands: Freshwater Marsh,Coasts: Beach and Estuary,Wetlands: Freshwater Marsh +612,Caspian Tern,Hydroprogne caspia,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,1,1,M,,,3,"PIFcalc19, eBrd17(UsCa,WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"530,000",530000,"78,000",78000,2010.5,PIFcalc19,,20,,,,"eBrd17(UsCa,WHem), PIF(Glob)",2,2403120,"Natureserve, with Old World extrapolation",,1,7664735,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Waterbird Working Group 2017,,2,Waterbird Working Group 2017,,2,BBS7017,Rosenberg 2019: BBS trend and score reflect small overall increase through most of range. Hunter/Andres 2017: BBS supports more definitive increase than suggested in Kushlan et al.; BBS and CBC trends are conflicting,0.90,BBS7017,-0.31,2.01,0.18,1.55,0.14,195,44.79,-15.04,120.42,,10,8,10,,LC,,,Nearctic,Widespread,Wetlands: Lakes and Rivers,,Coasts: Beach and Estuary, +712,Magnificent Frigatebird,Fregata magnificens,waterbird,Suliformes,Fregatidae,Monotypic.,0,1,1,1,PM,,,4,BNA Diamond & Schreiber 2002; PIF CAW 2016,"World population estimated estimated at 59,000-71,000 breeding pairs, great majority of which are in E. Pacific and Baja California (43,000-58,000).","130,000",130000,,,,,,100,,,,"eBrd17(UsCa,WHem)",4,280000,Natureserve,"extrapolated to include population breeding off cape verde in Africa. Natureserve's North America estimate is larger than BirdLife's global estimate (191,000 sq km)",1,8251621,Natureserve,,4,Hunter-Rosenberg 2003,,2,Hunter-Rosenberg 2003,,4,PIF CAW 2014,stable (MX-NSAC),,,,,,,,,,,,,16,11,16,Watch List - Yel-R,LC,,,Neotropical,Neotropical,Coasts: Mangroves,Coasts: Marine Waters,Coasts: Marine Waters,Oceans: Pelagic +713,Great Frigatebird,Fregata minor,waterbird,Suliformes,Fregatidae,,0,0,1,1,PM,,,4,Kushlan et al. 2002,"Probably fewer than 500,000 individuals worldwide; total breeding pairs 54,000 to 68,000","120,000",120000,,,,,,,,,,,1,5537250,Natureserve,"Major breeding populations of the Greater Frigatebird are found in tropical waters of the Pacific and Indian Ocean, as well as one population in the South Atlantic (Trinidade and Martim Vaz, Brazil). BirdLife global estimate (24,800 sq km) appears to reflect area of breeding islands only. 10% of range in North America is a very rough and conservative estimate, could be more like 5% (Panjabi).",1,5537250,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,2,Hunter-Rosenberg 2003,,2,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002,unknown,,,,,,,,,,,,,10,10,10,,LC,,,Tropical Eastern Pacific,Tropical Eastern Pacific,Islands: Oceanic,,Oceans: Pelagic, +714,Masked Booby,Sula dactylatra,waterbird,Suliformes,Sulidae,,1,1,1,1,PM,,,4,Kushlan et al. 2002,,"100,000",100000,,,,,,,,,,,1,,Panjabi 2017,"This species ranges widely in tropical waters, being found in every ocean on or off nearly every coast except the eastern Atlantic, northern Indian Ocean and the central-eastern Pacific (BirdLife 2017).",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",4,Waterbird Working Group 2017,impacted by fisheries; entanglement in fishing nets (Waterbird working group 2017),4,Waterbird Working Group 2017,impacted by fisheries; entanglement in fishing nets; bycatch,3,Kushlan et al. 2002,unknown; need more information from experts (MX-NSAC),,,,,,,,,,,,,12,12,12,,LC,,,Pantropical,Pantropical,Islands: Oceanic,,Coasts: Marine Waters,Oceans: Pelagic +715,Nazca Booby,Sula granti,waterbird,Suliformes,Sulidae,Monotypic.,0,0,1,1,PM,,,5,BirdLife 2016,"Panjabi: BirdLife (2016) states ""at least 30,000 mature individuals"" which would suggest PS=5",,,,,,,,,,,,,4,,Panjabi 2017,"found in the eastern Pacific Ocean, from the Galapagos Islands, Ecuador in the south to islands off Baja California (Mexico) in the north. (BirdLife 2017)",2,1122296,Natureserve,,4,Waterbird Working Group 2017,impacted by fisheries; entanglement in fishing nets (Waterbird working group 2017),2,Waterbird Working Group 2017,,3,Hunter-Rosenberg 2003,unknown; need more information from experts (MX-NSAC),,,,,,,,,,,,,16,12,16,Watch List - Yel-R,LC,,,Tropical Eastern Pacific,Tropical Eastern Pacific,Islands: Oceanic,,Coasts: Marine Waters,Oceans: Pelagic +716,Blue-footed Booby,Sula nebouxii,waterbird,Suliformes,Sulidae,,0,1,1,1,PM,,,4,Kushlan et al. 2002; Harrison,">90,000 breeders in gulf of california",">90,000",90000,,,,,,,,,,,3,411871,Natureserve,,3,540153,Natureserve,,4,Waterbird Working Group 2017,impacted by fisheries; entanglement in fishing nets (Waterbird working group 2017),4,Waterbird Working Group 2017,impacted by fisheries; entanglement in fishing nets; bycatch,4,Kushlan et al. 2002,need to check colony surveys (MX-NSAC),,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Tropical Eastern Pacific,Tropical Eastern Pacific,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +908,Broad-billed Motmot,Electron platyrhynchum,landbird,Coraciiformes,Momotidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,2,2873630,NatureServe,,2,2873630,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +909,Turquoise-browed Motmot,Eumomota superciliosa,landbird,Coraciiformes,Momotidae,,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,,,,,,4,242076,Natureserve 3.0,,4,242076,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,3,MX-NSAC,tolerant of disturbance,3,PIF CAW 2014,tolerant of some clearing; evidence of decline?,,,,,,,,,,,,,13,13,13,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +910,Ringed Kingfisher,Megaceryle torquata,landbird,Coraciiformes,Alcedinidae,,0,1,1,1,R,,,2,PIFSC-08–PS-g midpoint,more abundant within range than BEKI; more habitat within range than BEKI; more abundant within range than BEKI; more habitat within range than BEKI,"20,000,000",20000000,<500,500,,PIFSC-16,guestimate based on eBird distribution; founds in 28 lat-long blocks in TX BBA 1987-1992,100,0.307803899,0.3078039,0.307803899,"eBrd17(UsCa,WHem)",1,16654825,Natureserve 3.0,,1,16654825,Natureserve 3.0,,2,PIFTC-02,Not threatened in most of range (KR); tolerant of disturbance (MX-NSAC).,2,PIFTC-02,tolerant of disturbance,3,MX-NSAC 2008,,,,,,,,,,,,,,8,8,8,,LC,,,Neotropical,Neotropical,Wetlands: Generalist,,Wetlands: Generalist, +549,Razorbill,Alca torda,waterbird,Charadriiformes,Alcidae,,1,1,0,0,PM,,,3,BNA Lavers et al. 2009,"BNA cites 500,000 - 700,00 pairs; about twice what BirdLife states","1,200,000",1200000,"76,000",76000,2001,BNA Lavers et al. 2009,,,,,,,2,1230000,BirdLife 2015,,2,3226275,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,3,Hunter-Rosenberg 2003,,4,Hunter-Rosenberg 2003,"why is TN higher than for other ""murres""? (KVR)",1,CBC7017,"Rosenberg 2019: BNA (2009) indicates increasing or stable populations in N. America. Sabine Williams (CWS) 2019: Significant increases reported between the late 1970s and early 2000s have continued over the past 15-20 years, consistent with the CBC results",11.73,CBC7017,8.05,15.62,9.59,13.97,2.61,93,1767.96,445.77,7059.32,,9,10,10,,NT,,,Arctic,Temperate Northern Atlantic,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +551,Black Guillemot,Cepphus grylle,waterbird,Charadriiformes,Alcidae,,1,1,0,0,PM,,,3,BNA Butler and Buckley 2002,"250,000–500,000 pairs; about twice what BirdLife states","750,000",750000,"500,000",500000,1985,BNA Butler & Buckley 2002,,,,,,,2,1840035,"Natureserve, with Old World extrapolation",,1,4154713,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,3,PIFSC-19,Rosenberg 2019: BNA (2002) indicates high uncertainty in trends; also suggests winter distribution has expanded on the Atlantic Coast making CBC data suspect,2.87,CBC7017*,0.79,5.66,1.57,4.46,27.96,104,181.80,-0.14,680.20,,11,10,11,,LC,,,Arctic,Eastern Temperate,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +552,Pigeon Guillemot,Cepphus columba,waterbird,Charadriiformes,Alcidae,,1,1,1,0,PM,,,4,"BNA1993, eBrd17(UsCa,WHem,Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"360,000",360000,"240,000",240000,1993,BNA Ewins 1993,,64.61994391,,,,"eBrd17(UsCa,WHem,Glob)",2,1700000,BirdLife 2015,,2,1891604,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,3,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,3,PIFSC-20,"Rosenberg 2019: could go with PT3 to reflect poor data and overall uncertainty. Easton 2020: Easy to identify and likes inshore waters, so CBC should capture birds within CBC coverage area, but substantial amount of range outside CBC, so didn't use; PT=3 seems appropriate.",0.80,CBC7017*,-0.57,2.14,0.02,1.55,6.24,125,39.13,-23.91,142.17,,12,12,12,,LC,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +554,Marbled Murrelet,Brachyramphus marmoratus,waterbird,Charadriiformes,Alcidae,,1,1,0,0,PM,,,4,COSEWIC 2012,differs from sum reported by COSEWIC since used Bertram mature adult estimate for BC rather than all birds; US estimates appear to already be breeding adults so used as is,"360,000",360000,"360,000",360000,,COSEWIC 2012,,100,,,,eBrd17(UsCa),2,1111913,Natureserve,,3,687158,Natureserve,,4,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,5,PIFSC-20,"Easton 2020: BC declines just less than -3% per yr revisiting Bertram et al. 2015 with declines ~-1.6%. CBC has poor coverage in non-breeding range and habitat, so didn't use.",-0.46,CBC7017*,-1.72,0.81,-1.16,0.26,8.99,145,-17.92,-51.72,56.83,,15,15,15,Watch List - Yel-D,EN,,,Pacific North America,Pacific North America,Forests: Temperate Western,Coasts: Marine Waters,Coasts: Marine Waters, +555,Kittlitz's Murrelet,Brachyramphus brevirostris,waterbird,Charadriiformes,Alcidae,Monotypic.,0,1,0,0,PM,,,5,BirdLife 2015,my calculation for N. America based on estimate that Alaska has 70% of the global pop (Canada appears insignificant in distribution map). Adult estimate assumes 2/3 of total pop. are adults.,"44,000",44000,,,,,,,,,,,3,682915,Natureserve,,3,534043,Natureserve,,4,Hunter,,4,Hunter-Rosenberg 2003,,4,USFWS 2007,"USFWS RefugeNet E-Bulletin, Feb 2007 states Alaska populations have declines by 80-90% in past 15 yrs",,,,,,,,,,,,,16,16,16,Watch List - Yel-R,NT,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +556,Scripps's Murrelet,Synthliboramphus scrippsi,waterbird,Charadriiformes,Alcidae,"Formerly treated as conspecific with Synthliboramphus hypoleucus, which together were known as Xantus's Murrelet.",1,1,1,0,PM,,,5,BirdLife 2015,1975-2003 survey-based,"15,000",15000,,,,,,,,,,,5,,Brad Andres 2015,,3,,Brad Andres 2015,,4,Brad Andres 2015,,4,Brad Andres 2015,,4,B. Andres 2015,,,,,,,,,,,,,,18,16,18,Watch List - Red,VU,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +557,Guadalupe Murrelet,Synthliboramphus hypoleucus,waterbird,Charadriiformes,Alcidae,"Monotypic. Formerly considered conspecific with Synthliboramphus scrippsi, which together were known as Xantus's Murrelet.",0,1,1,0,PM,,,5,BirdLife 2015,,"5,000",5000,,,,,,,,,,,5,,Brad Andres 2015,"Depending on how breeding range is mapped, BD could be 4 or 5; left at 5 for now. Needs further review.",4,,Brad Andres 2015,Guadalaupe has much more limited non-breeding range than Scripp's according to Ebird.,4,Brad Andres 2015,,4,Brad Andres 2015,,5,B. Andres 2015,,,,,,,,,,,,,,19,18,19,Watch List - Red,EN,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +558,Craveri's Murrelet,Synthliboramphus craveri,waterbird,Charadriiformes,Alcidae,Monotypic.,0,1,1,0,PM,,,5,BirdLife 2015,,"8,000",8000,,,,,,,,,,,4,154231,Natureserve,,4,154231,Natureserve,,4,Hunter-Rosenberg 2003,,4,Hunter-Rosenberg 2003,,4,Kushlan et al. 2002,unknown (MX-NSAC),,,,,,,,,,,,,17,17,17,Watch List - Red,VU,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +559,Ancient Murrelet,Synthliboramphus antiquus,waterbird,Charadriiformes,Alcidae,,1,1,1,0,PM,,,3,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"1,000,000",1000000,"1,000,000",1000000,1991,BNA Gaston & Shoji 2010,,,,,,,3,436000,BirdLife 2015,,2,1212125,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map","natureserve map is much more restricted than BirdLife, with BirdLife map extending considerably farther off shore",4,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,3,PIFSC-20,"Easton 2020: CBC coverage of non-breeding range is poor, especially at core range, so didn't use. Haida Gwaii in BC has half global population of this. While some colonies have started increasing due to predator control, others have not, so score should be 3. Rodway & Lemon 2011 found increases on Ramsay and George Islands and a stable population on Rankine I. in BC from 1984-85 to 2008-10. Gaston and Descamps 2011 found a decrease of ~75% from 1990-2010 on E. Limestone Island, BC.",3.01,CBC7017*,1.35,4.63,2.03,3.95,0.60,95,232.60,75.41,467.01,,13,11,13,,LC,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +560,Cassin's Auklet,Ptychoramphus aleuticus,waterbird,Charadriiformes,Alcidae,,1,1,1,0,PM,,,3,BirdLife 2015,,"3,600,000",3600000,"3,200,000",3200000,2008,BNA Ainley et al. 2011,,,,,,,3,,Panjabi 2017,"Ranges from Baja California (Mexico) up the Pacific coast of the U.S.A. and Canada, through Alaska to the Aleutian Islands (U.S.A.) (BirdLife 2017)",2,1307492,Natureserve,,4,Easton-20,"Easton-20: island predators, commercial fishing, vulnerability to oil spills, climate change influences on forage fish",4,Easton-20,"Easton-20: island predators, commercial fishing, vulnerability to oil spills, climate change influences on forage fish plus our researchers' recent work on vulnerability to plastics particularly in winter.",4,COSEWIC 2014a,"COSEWIC 2014: Canada: 40% decline in burrow numbers at Triangle Island from 1989 to 2009 could be used to extrapolate to other colonies within the California Current System, which represents about 75% of the Canadian population; Canada has 75-80% of the global population. A population decline of about 30% could be inferred over the last three generations, assuming that the remainder of the Canadian population has been stable. These assumptions are, however, untested. US: Oregon breeding population estimates fell from 220 birds at 3 sites (with probable nesting at an additional 5 sites) in 1979 to 70 birds in 1988 and 20 birds at a single site in 2008 (Naughton et al. 2007; Kocourek et al. 2009). However, the latest survey used methods known to underestimate burrow-nesting birds (Kocourek et al. 2009). At Castle Rock in northern California, numbers dropped from 5638 to 86 birds between 1989 and 2007 (Carter et al. 1992; Cunha 2010). The best trend data are from the Farallon Islands in California, where numbers of nesting birds have declined by more than 85% since 1971 (Lee et al. 2007). The rate of decline was estimated at about 2.4% per year since 1991 (Warzybok and Bradley 2011).",-0.46,CBC7017*,-2.67,1.49,-1.71,0.67,0.21,40,-16.69,-67.59,56.58,,14,13,14,Watch List - Yel-D,NT,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +561,Parakeet Auklet,Aethia psittacula,waterbird,Charadriiformes,Alcidae,Monotypic.,1,1,0,0,PM,,,3,BNA Jones et al. 2001,"Global estimate assumes 2/3 of total U.S. pop. are adults and adds 300,000-400,000 breeding pairs for Asia","1,400,000",1400000,,,,,,,,,,,3,378000,BirdLife 2015,,2,3068805,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,3,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002,,,,,,,,,,,,,,12,11,12,,LC,,,Arctic,Temperate Northern Pacific,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +562,Least Auklet,Aethia pusilla,waterbird,Charadriiformes,Alcidae,Monotypic.,0,1,0,0,PM,,,2,BNA Bond et al. 2013,Adult estimate assumes 2/3 of total pop. are adults.,"20,000,000",20000000,,,,,,,,,,,5,65200,BirdLife 2015,,2,2800064,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",non-breeding range roughly split 50-50 between old world and new world in BirdLife map,3,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002,,,,,,,,,,,,,,13,10,13,,LC,,,Arctic,Temperate Northern Pacific,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +563,Whiskered Auklet,Aethia pygmaea,waterbird,Charadriiformes,Alcidae,Monotypic.,0,1,0,0,PM,,,4,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"67,000",67000,,,,,,,,,,,4,128000,BirdLife 2015,,2,1441383,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,4,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002,,,,,,,,,,,,,,15,12,15,Watch List - Yel-R,LC,,,Arctic,Temperate Northern Pacific,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +564,Crested Auklet,Aethia cristatella,waterbird,Charadriiformes,Alcidae,Monotypic.,0,1,0,0,PM,,,2,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"5,500,000",5500000,,,,,,,,,,,3,412000,BirdLife 2015,,2,2704678,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,3,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002,,,,,,,,,,,,,,11,10,11,,LC,,,Arctic,Temperate Northern Pacific,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +565,Rhinoceros Auklet,Cerorhinca monocerata,waterbird,Charadriiformes,Alcidae,Monotypic.,1,1,1,0,PM,,,3,BNA Gaston & Dechesne 1996,,"1,500,000",1500000,"900,000",900000,1993,BNA Gaston & Dechesne 1996,,,,,,,3,321000,BirdLife 2015,BirdLife breeding range is more nuanced; Natureserve range includes large unoccupied stretches of coastline,2,1459328,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",% range in W Hem is a guesstimate,4,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,3,PIFSC-20,"Easton 2020: Winter distribution poorly described. CBC inadequate (although more coverage than other alcids). BC has 50% global distribution. Score of 3 since trends poorly described. Considered increasing in some regions, declining in others. BC seabird colony counts (1984-2017) -0.2%. Shaw 2020: Rodway & Lemon 2011 in BC found increases from 1984-2011 on Triangle Island, Haida Gwaii, the northern mainland coast of BC, SGaang Gwaay, and Lucy Island (the latter increase insignificant), versus a decrease on Pine Island. Dragoo et al. 2019 shows 4.1% annual increase at St. Lazaria I., AK.",2.17,CBC7017*,1.08,3.31,1.51,2.83,0.87,102,157.22,48.55,311.88,,13,11,13,,LC,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +566,Atlantic Puffin,Fratercula arctica,waterbird,Charadriiformes,Alcidae,,1,1,0,0,PM,,,2,BirdLife 2015,"calculation based on Europe's 9,550,000-11,600,000 adults estimated as at least 90% of global population","12,000,000",12000000,"380,000",380000,1999,BNA Lowther et al. 2002,,,,,,,2,1620000,BirdLife 2015,,1,11149550,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,2,CBC7017,"Rosenberg 2019: BNA (2002) indicates N. American populations ""probably growing,"" so consistent with CBC trend and PT=2. Gahbauer 2019: roughly 50% increase in eastern Canada from 1970 to 2019, but without confidence intervals on that, settling on PT 2 seems appropriate.",3.45,CBC7017,0.02,7.14,1.42,5.54,0.12,12,152.78,-40.08,789.65,,9,8,9,,VU,,,Arctic,Temperate Northern Atlantic,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters,Oceans: Pelagic +567,Horned Puffin,Fratercula corniculata,waterbird,Charadriiformes,Alcidae,Monotypic.,1,1,0,0,PM,,,3,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"800,000",800000,,,,,,,,,,,2,1410000,BirdLife 2015,BirdLife and natureserve estimates seem to be based on different polygons; went with BirdLife,1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002,,,,,,,,,,,,,,11,10,11,,LC,,,Arctic,Temperate Northern Pacific,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +568,Tufted Puffin,Fratercula cirrhata,waterbird,Charadriiformes,Alcidae,Monotypic.,1,1,0,0,PM,,,3,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"2,300,000",2300000,,,,,,,,,,,3,917000,BirdLife 2015,,1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,2,Kushlan et al. 2002,,,,,,,,,,,,,,11,9,11,,LC,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +570,Black-legged Kittiwake,Rissa tridactyla,waterbird,Charadriiformes,Laridae,,1,1,1,1,PM,,,2,"WPE5, BirdLife 2015","ssp. tridactyla: 1990-2000 expert opinion in E. Atlantic, best guess in Greenland, 2006-2011 expert opinion in W. Atlantic. 14,600,000-15,650,000 total individuals or 9,733,333-10,433,333 adults (WPE5). Estimate assumes 2/3 of total pop. are adults.","10,000,000",10000000,"1,600,000",1600000,2007,BNA Hatch et al. 2009,,,,,,,1,7629160,"Natureserve, with Old World extrapolation",,1,44919710,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,2,Hunter-Rosenberg 2003,,2,Hunter-Rosenberg 2003,,4,CBC7017,"Rosenberg 2019: BNA (2009) indicates sustained declines or stable populations; could look into distribution and graph of CBC data, but negative trend and PT4 seem consistent with BNA",-2.10,CBC7017,-4.97,1.15,-3.63,-0.37,2.03,183,-45.23,-82.65,59.61,,9,9,9,,VU,,,Arctic,Nearctic,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters,Oceans: Pelagic +571,Red-legged Kittiwake,Rissa brevirostris,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,0,0,M,,,4,BirdLife 2017,"290,000-320,000 total individuals (WPE)","200,000",200000,,,,,,,,,,,4,192000,BirdLife 2015,,1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",4,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,4,Kushlan et al. 2002,,,,,,,,,,,,,,16,12,16,Watch List - Yel-R,VU,,,Arctic,Temperate Northern Pacific,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +572,Ivory Gull,Pagophila eburnea,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,0,0,M,,,5,BirdLife 2017,"15,000-25,000 total individuals (WPE). BirdLife has conflicting estimate of 25,000 pairs or 75,000 total individuals from HBW (1996), but the current online version of HBW says ""19,000–27,000 individuals, roughly equivalent to 12,000–18,000 adults"". 49,500-57,000 estimate is derived from 35,000 in N. America + 14,500-22,000 in Russian Arctic (BirdLife)","45,000",45000,,,,,,,,,,,3,397000,BirdLife 2015,,2,3386488,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map","BirdLife range map includes all of polar region in W hemisphere, but only land areas in Old World; % range in W Hem is a guesstimate",4,Defenders of Wildlife 2007,,3,Hunter-Rosenberg 2003,,4,Defenders of Wildlife 2007,possible 90% population loss in Canada since 1980's,,,,,,,,,,,,,16,14,16,Watch List - Yel-R,NT,,,Arctic,Arctic,Coasts: Cliffs and Islands,Coasts: Marine Waters,Oceans: Arctic Polynyas, +573,Sabine's Gull,Xema sabini,waterbird,Charadriiformes,Laridae,,1,1,1,1,M,,,4,"WPE5, BirdLife 2015","missing data for ssp. palaeartica & ssp. tschuktschorum. 2001 expert opinion for ssp. sabini, best guess for ssp. woznesenksii. 325,000-700,000 total individuals or 216,667-466,667 adults (WPE5). Adult estimate assumes 2/3 of total pop. are adults.",">340,000",340000,,,,,,98.87830208,,,,"eBrd17(UsCa,WHem,Glob)",3,948000,BirdLife 2015,"major discrepancy between BirdLife and NS range. NS includes northern coast of Canada and Alaska whereas BirdLife doesn't. Canada and alaska range seems justified given abundance of jun-jul Ebird records in this area. However, NS range area not currently available, needs to be calculated.",1,5326796,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map","range maps vary widely between natureserve, BirdLife and avibirds.com",2,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,"why are TN elevated, compared with, say, Black-legged Kittiwake? (KVR)",2,Kushlan et al. 2002,,,,,,,,,,,,,,11,10,11,,LC,,,Arctic,Widespread,Wetlands: Tundra,,Oceans: Pelagic, +587,Western Gull,Larus occidentalis,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,1,0,PM,,,4,"PIFcalc19, eBrd17(UsCa,WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"86,000",86000,"44,000",44000,2010.5,PIFcalc19,,100,,,,"eBrd17(UsCa,WHem)",4,91613,Natureserve,,4,157367,Natureserve,,2,Hunter-Rosenberg 2003,,1,Hunter-Rosenberg 2003,,4,BBS7017,unknown trends seems better justified based on BBS than stable treatment under Kushlan et al.,-2.07,BBS7017,-4.24,0.18,-3.34,-0.71,28.68,24,-54.53,-81.58,-6.89,,14,13,14,Watch List - Yel-R,LC,yes,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Beach and Estuary,Coasts: Marine Waters +588,Yellow-footed Gull,Larus livens,waterbird,Charadriiformes,Laridae,Monotypic.,0,1,1,0,R,,,5,WPE5,Adult estimate assumes 2/3 of total pop. are adults.,"40,000",40000,,,,,,100,,,,"eBrd17(UsCa,WHem)",5,74082,Natureserve,,4,199493,Natureserve,,3,Hunter-Rosenberg 2003,,2,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002,unknown (MX-NSAC),,,,,,,,,,,,,16,14,16,Watch List - Yel-R,LC,,,Pacific North America,Pacific North America,Coasts: Beach and Estuary,Coasts: Marine Waters,Coasts: Beach and Estuary,Coasts: Marine Waters +589,California Gull,Larus californicus,waterbird,Charadriiformes,Laridae,,1,1,1,1,M,,,3,"PIFcalc19, bbs0514(BBS), eBrd17(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"1,100,000",1100000,"1,100,000",1100000,2010.5,PIFcalc19,,100,,,,"bbs0514(BBS), eBrd17(WHem)",2,1990123,Natureserve,,3,892569,Natureserve,,3,Hunter-Rosenberg 2003,,1,Hunter-Rosenberg 2003,,5,BBS7017,BBS data suggests stable trends as opposed to unknown trends in contrast to Kushlan et al.,-1.59,BBS7017,-3.01,-0.15,-2.44,-0.67,16.94,400,-47.33,-73.43,-0.13,,13,12,13,Watch List - Yel-D,LC,,,Western Temperate,Western Temperate,Coasts: Beach and Estuary,Wetlands: Lakes and Rivers,Coasts: Beach and Estuary,Coasts: Marine Waters +590,Herring Gull,Larus argentatus,waterbird,Charadriiformes,Laridae,,1,1,1,1,PM,,,3,"BNA2017, eBrd17(UsCa,WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"3,900,000",3900000,"2,900,000",2900000,2010,BNA Nisbet et al. 2017,,75,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,10356915,"Natureserve, with Old World extrapolation",,1,7400265,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,2,Hunter-Rosenberg 2003,,1,Hunter-Rosenberg 2003,,5,BBS7017,PIFSC-19: Canadian coastal waterbird surveys and CBC (annual trend -1.6966%) support BBS trend,-3.92,BBS7017,-5.22,-2.90,-4.60,-3.31,10.41,636,-81.46,-90.04,-66.70,,11,10,11,CBSD,LC,yes,,Nearctic,Widespread,Coasts: Beach and Estuary,Wetlands: Lakes and Rivers,Coasts: Beach and Estuary,Coasts: Marine Waters +592,Iceland Gull,Larus glaucoides,waterbird,Charadriiformes,Laridae,,1,1,0,0,M,,,4,"WPE5, BirdLife 2015","2006-2011, expert opinion for ssp. thayeri, 1990-2000 expert opinion for ssp. glaucoides, 2001-2011 expert opinion for ssp. kumlieni (WPE5). Adult estimate assumes 2/3 of total pop. are adults.","220,000",220000,"84,000",84000,,WPE5,,39,,,,BirdLife 2019,2,1717087,BirdLife 2019,,2,1544961,BirdLife 2019,,2,Hunter-Rosenberg 2003,,1,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002,,,,,,,,,,,,,,11,10,11,,LC,,,Arctic,Nearctic,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Beach and Estuary,Coasts: Marine Waters +630,Red-throated Loon,Gavia stellata,waterbird,Gaviiformes,Gaviidae,Monotypic.,1,1,1,0,M,,,3,"PIFcalc19, eBrd17(UsCa,WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"1,400,000",1400000,"360,000",360000,2010.5,PIFcalc19,,25,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,19470400,"Natureserve, with Old World extrapolation",,2,3304828,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,PIFSC-19,changed due to calibration with TB-r,3,Waterbird Working Group 2017,"on atlantic coast, common in bycatch",3,PIFSC-20,"Decline of nearly 50% since 1970's in Alaska; needs further review from W. coast experts (B. Andres). Shaw 2020: More recently, McCloskey et al. 2018 states ""Recent data suggest that Red-throated Loon populations in northern Alaska have continued to decline, while populations elsewhere in the state have stabilized"". No info found on Canadian trends. CBC (1.5436% annual trend) and BBS (1.2729% annual trend) show large increase across N. America. Therefore PT = 3 for uncertainty.",1.27,BBS9317*,-1.13,4.39,,,0.32,27,13.61,-38.29,74.34,,10,11,11,,LC,,,Arctic,Nearctic,Wetlands: Tundra,Wetlands: Boreal,Coasts: Marine Waters, +631,Arctic Loon,Gavia arctica,waterbird,Gaviiformes,Gaviidae,,1,1,0,0,M,,,3,"WPE5, BirdLife 2015","ssp. suschkini missing data. 1990-2000 expert opinion for ssp. arctica, 1987-1991 best guess for ssp. viridigularis. 275,000 - 1,500,000 total individuals or 11,333-17,333 adults (WPE5). Adult estimate assumes 2/3 of total pop. are adults.",">590,000",590000,,,,,,29.8449056,,,,"eBrd17(UsCa,WHem,Glob)",1,18900000,BirdLife 2015,,1,,PIFTC,"winters in coastal europe, Black and Caspian Seas, also West Pacific from Kanchatka to Taiwan, according to BirdLife",3,Waterbird Working Group 2017,,3,Waterbird Working Group 2017,,3,Waterbird Working Group 2017,,,,,,,,,,,,,,10,10,10,,LC,,,Palearctic,Palearctic,Wetlands: Lakes and Rivers,Wetlands: Tundra,Coasts: Marine Waters, +632,Pacific Loon,Gavia pacifica,waterbird,Gaviiformes,Gaviidae,"Monotypic. Considered subspecies of G. arctica by AOU (1957), Peters (1979), and del Hoyo, et al. (1992).",1,1,1,0,M,,,3,"WPE5, BirdLife 2015","1987-1991 best guess for E. Asia, 2000 for N. America for 925,000-1,600,000 total individuals or 616,667-1,066,666 adults (WPE5). Adult estimate assumes 2/3 of total pop. are adults.","840,000",840000,,,,,,90,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,5398163,"Natureserve, with Old World extrapolation",,3,698038,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Waterbird Working Group 2017,,3,Waterbird Working Group 2017,,1,CBC7017,trend is for Pacific and Arctic loon combined,1.07,CBC7017,0.16,2.32,0.50,1.68,6.28,220,64.87,,,,8,10,10,,LC,,,Arctic,Pacific North America,Wetlands: Tundra,,Coasts: Marine Waters, +633,Common Loon,Gavia immer,waterbird,Gaviiformes,Gaviidae,"Monotypic. ",1,1,1,0,M,,,3,"PIFcalc19, eBrd17(UsCa,WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"1,200,000",1200000,"1,100,000",1100000,2010.5,PIFcalc19,,95,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,9360701,"Natureserve, with Old World extrapolation",,2,1347498,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Waterbird Working Group 2017,disturbance and lead issues are more of concern along southern periphery of breeding range (Waterbird working group 2017),3,Waterbird Working Group 2017,,2,BBS7017,"PIFSC-19: BBS used since more systematic protocol than CBC, which had an annual trend of 1.6711%. Panjabi 2019: go with BBS, since no reason to think northern part of range doing worse. Perhaps delany and scott are referring to old world population? Has been increasing in N America for some time now",0.78,BBS7017,0.04,1.23,0.43,1.05,1.23,918,43.67,7.85,85.98,,9,10,10,,LC,,,Northern Forest,Nearctic,Wetlands: Lakes and Rivers,,Coasts: Marine Waters,Wetlands: Lakes and Rivers +634,Yellow-billed Loon,Gavia adamsii,waterbird,Gaviiformes,Gaviidae,Monotypic.,1,1,1,0,M,,,5,BirdLife 2015,,"16,000",16000,"12,000",12000,2014,USFWS 2014,,95.58951503,,,,"eBrd17(UsCa,WHem,Glob)",1,4069923,Natureserve,,3,986715,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,4,Waterbird Working Group 2017,subsistence harvest; bycatch in fihing nets; oil and gas development; very patchilty distributed on north slope (Waterbird working group 2017),4,Waterbird Working Group 2017,"why are TN higher than for other loons? (KVR); populations wintering in yellow sea; scoring is consistent with shorebirds wintering in same areas; in US wintering birds are concentrated in SE Alaska, esp. Prince William sound and also vulnerable to oil spills and bycatch",5,CBC7017,BA to look for additional info,-3.36,CBC7017,-5.46,-1.17,-4.56,-2.08,0.36,22,-74.64,-89.33,-27.04,,15,17,17,Watch List - Red,NT,,,Arctic,Pacific North America,Wetlands: Tundra,Wetlands: Lakes and Rivers,Coasts: Marine Waters, +642,Laysan Albatross,Phoebastria immutabilis,waterbird,Procellariiformes,Diomedeidae,Monotypic.,1,1,1,0,M,,,3,BirdLife 2015,2006 survey-based,"1,200,000",1200000,,,,,,,,,,,5,3500,BirdLife 2015,"Phoebastria immutabilis breeds at 16 sites (nine with populations of greater than 100 pairs), mostly in the Northwestern Hawaiian Islands (USA) and US Minor Outlying Islands, with additional small colonies in Japan and Mexico. The population is estimated to be c.590,926 breeding pairs, with the largest colony at Midway Atoll, followed by Laysan Island, both in the Northwestern Hawaiian Islands (Naughton et al. 2007).",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",4,Hunter-Rosenberg 2003,,4,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002,,,,,,,,,,,,,,15,11,15,Watch List - Yel-R,NT,,,Temperate Northern Pacific,Temperate Northern Pacific,Islands: Oceanic,,Oceans: Pelagic, +643,Black-footed Albatross,Phoebastria nigripes,waterbird,Procellariiformes,Diomedeidae,Monotypic.,1,1,1,0,M,,,4,BirdLife 2015,2006-2007 survey-based,"130,000",130000,,,,,,,,,,,4,,BirdLife 2017; Panjabi-17,"BirdLife lists range as 29 km2. Also states: Phoebastria nigripes breeds on the Northwestern Hawaiian Islands (USA), the US Minor Outlying Islands and three outlying islands of Japan, colonies having been lost from other Pacific islands (Whittow 1993, Cousins 1998). In total there are estimated to be 64,500 pairs breeding each year (Flint 2007, Naughton et al. 2007) in at least 14 locations. The largest populations are c.24,000 and 21,000 pairs on Midway Atoll and Laysan Island respectively, which together account for 73% of the global population (Flint 2007, Naughton et al. 2007).",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",4,Hunter-Rosenberg 2003,,4,Waterbird Working Group 2017,TN is not correct; should be 4?,3,Kushlan et al. 2002,As modified by PIF criteria,,,,,,,,,,,,,15,12,15,Watch List - Yel-R,NT,,,Temperate Northern Pacific,Temperate Northern Pacific,Islands: Oceanic,,Oceans: Pelagic, +670,Murphy's Petrel,Pterodroma ultima,waterbird,Procellariiformes,Procellariidae,Monotypic.,1,1,0,0,M,,1,4,Birdlife 2017,"In the Pitcairns, an estimated 2,500 (± 500) bred on Henderson, 12,500 (± 2,500) on Oeno, and 250,000 (± 29,000) on Ducie (Brooke 1995).  Smaller numbers elsewhere.","270,000",270000,,,,,,,,,,,4,,BirdLife 2017; Panjabi-17,"breeds in the Pitcairn Islands (to UK), the Tuamotu Archipelago, the Austral Islands (Garnett 1984) and the Gambier Islands (French Polynesia) (Thibault and Bretagnolle 1999),  Easter Island and Salas y Gomez, Chile (Flores et al. 2014) and perhaps in the Cook Islands and the Juan Fernandez Islands (Flood et al 2016). ",1,,Birdlife 2017,,4,Birdlife 2017,"Pacific rat Rattus exulans is present on some islands, and causes low breeding success ( less than 5%; Brooke 1995, 2010) on Henderson in particular. The Henderson population could be sustained through immigration from other colonies but there is no evidence that this occurs (Brooke 2010). The species is potentially threatened by climate change because it has a geographically bounded distribution: it is restricted to an island or islands with a maximum altitude of 33 m (BirdLife International unpublished data).",3,Birdlife 2017,non-breeding threats unknown,4,BirdLife 2017,"There are no data, however the species is presumably declining slowly due to predation of eggs and young by rats. Although rats have been eradicated at the largest breeding population, the population continues to slowly decline within its moderately small range.",,,,,,,,,,,,,16,12,16,Watch List - Yel-R,NT,,,Eastern Indo-Pacific,Tropical Eastern Pacific,Islands: Oceanic,,Oceans: Pelagic, +671,Mottled Petrel,Pterodroma inexpectata,waterbird,Procellariiformes,Procellariidae,Monotypic.,1,1,0,0,M,,1,3,Birdlife 2017,"There are c.10,000+ pairs on each of Big South Cape and Main Islands (Heather and Robertson 1997), and the Codfish population was estimated at 300,000-400,000 pairs in 1996 (Taylor 2000).","780,000",780000,,,,,,,,,,,5,,BirdLife 2017; Panjabi-17,"terodroma inexpectata is endemic to New Zealand. It breeds on islands off Fiordland, the Solander Islands, Foveaux Strait islands, islands around Stewart Island (including Titi islands, Codfish, Big South Cape Islands, and islets in Port Pegasus) and the Snares Islands (Marchant and Higgins 1990, Heather and Robertson 1997).",1,,BirdLife 2017; Panjabi-17,,4,Birdlife 2017,"Weka Gallirallus australis have been introduced to several colonies, and have caused significant losses on Codfish Island (Taylor 2000). Black rat Rattus rattus is present on Big South Cape Island, and may have a severe impact on breeding success. Some populations are on islands that are regularly harvested for Sooty Shearwater Puffinus griseus chicks, and the impact of trampling of burrows and incidental take is not known (Heather and Robertson 1997, Taylor 2000).",3,Birdlife 2017,non-breeding threats unknown,4,BirdLife 2017,"There are no data, the species is thought to be declining due to the depredations of introduced predators on the breeding grounds.",,,,,,,,,,,,,16,11,16,Watch List - Yel-R,NT,,,Temperate Australasia,Eastern Indo-Pacific,Islands: Oceanic,,Oceans: Pelagic, +672,Bermuda Petrel,Pterodroma cahow,waterbird,Procellariiformes,Procellariidae,Monotypic.,0,1,0,0,M,,1,5,BirdLife 2015,,140,140,,,,,,,,,,,5,,BirdLife 2017; Panjabi-17,,3,,BirdLife 2017; Panjabi-17,,5,Waterbird Working Group 2017,"heavily managed, but still vulnerable to extinction (Waterbird working group 2017)",3,Waterbird Working Group 2017,,3,Hunter-Rosenberg 2003,"Relatively stable today, but historical declines under PIF rules",,,,,,,,,,,,,18,14,18,Watch List - Red,EN,,,Caribbean,Temperate Northern Atlantic,Islands: Oceanic,,Oceans: Pelagic, +673,Black-capped Petrel,Pterodroma hasitata,waterbird,Procellariiformes,Procellariidae,,0,1,0,1,M,,1,5,BirdLife 2015,,"5,000",5000,,,,,,,,,,,5,,Panjabi,"BirdLife range (7,420,000 sq km) seems too large, even for non-breeding. Natureserve range is isolated point locations for breeding sites. Non-breeding range is more restricted than Natureserve.",2,,Natureserve,,5,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,5,Kushlan et al. 2002,,,,,,,,,,,,,,20,15,20,Watch List - Red,EN,,,Caribbean,Temperate Northern Atlantic,Islands: Oceanic,,Oceans: Pelagic, +674,Juan Fernandez Petrel,Pterodroma externa,waterbird,Procellariiformes,Procellariidae,Monotypic.,0,0,1,0,M,,1,3,BirdLife 2017,,"2,000,000",2000000,,,,,,,,,,,5,,Hunter-Rosenberg 2003; NatureServe,,1,,BirdLife,,4,Panjabi 2008,,3,Panjabi 2008,,4,Panjabi,"BirdLife cites ""could be declining, although there is no firm evidence of this"" PT=4 indicates possible decline",,,,,,,,,,,,,16,11,16,Watch List - Yel-R,VU,,,Temperate South America,Tropical Eastern Pacific,Islands: Oceanic,,Oceans: Pelagic, +676,Hawaiian Petrel,Pterodroma sandwichensis,waterbird,Procellariiformes,Procellariidae,,1,1,0,0,M,,1,5,BirdLife 2017,6000-11000 mature individuals,"8,500",8500,,,,,,,,,,,5,,BirdLife 2017; Panjabi-17," known from five locations in the main Hawaiian islands, and the future of at least two are in jeopardy (Mauna Loa and West Maui). ",1,,Birdlife 2017,,4,Birdlife 2017,"Historically the species suffered declines through harvesting by early Polynesians and during the period of Hawaiian settlement beginning c.1,800 years ago (Carlile et al. 2003). The species may already have been restricted to its current breeding range when Europeans arrived (Carlile et al. 2003). Nesting habitat has since been lost to the pressures of modern urbanisation and degraded by feral goats and pigs and weeds. Nest burrows are trampled by feral goats, mouflon sheep and potentially chital Axis deer (spp.) (H. T. Harvey and Associates 2015, Mitchell et al. 2005). The most serious current threat is predation by introduced vertebrates including Indian mongoose Herpestes javanicus, feral cats, Barn Owls Tyto alba, rats, dogs, and pigs; presently not established on the islands of Kauai and Lanai, mongoose present an ongoing major threat to nestling and adult birds at breeding colonies on the other islands. Feral cat and rat depredation, where unmanaged on other islands, continues to limit recovery capacity. Adults and nestlings are very susceptible to predation, as nests are on the ground, and they are naïve to predators. On L?na’i, habitat degradation caused by the invasive tree, strawberry guava Psidium cattleianum, is considered to be the biggest threat to the long term survival of the colony (J. Penniman in litt. 2007).",3,Birdlife 2017,"Each autumn during the fledging season, some of the fledgling birds become grounded as a result of light attraction and disorientation. Sometimes birds collide with sources of light and mortality sometimes occurs from collisions with fences and powerlines mostly on Kauai and Maui (Cooper and Day 1998, Simons and Hodges 1998, Simons 1985). Once on the ground, fledglings are unable to fly and are killed by cars, cats and dogs, die from environmental exposure or injuries, or are recovered by the public (H. T. Harvey and Associates 2015). Wind energy development has been occurring in Hawaii since 2005 and has caused some mortality of P. sandwichensis. The species may be adversely affected by declines in the populations of large predatory fish that drive prey species to the surface (J. Penniman in litt. 2007). In addition, a significantly lower percentage of birds come ashore to nest during El Niño years (c.40% compared to c.65% normally) (C.N. Hodges per Carlile et al. 2003), suggesting that the species is sensitive to such disturbances in environmental conditions (Carlile et al. 2003).",4,BirdLife 2017,"Pterodroma sandwichensis is suspected to have declined severely for the past few centuries owing primarily to predation by introduced species at nesting colonies and urbanization (D. Ainley 2007); as well as collisions with utility structures and power lines. However, the decline is believed to have slowed and there is some indication that the population may be stable or increasing in response to management actions (D. Ainley 2007). Despite overall trends and, as evidenced by characteristics of the decline seen at the Makamakaole colony in the foothills of the West Maui Mountains, the rate of subpopulation decline probably varies considerably and is difficult to quantify. On Kaua’i the population has declined significantly in the last twenty years (Raine et al. in prep.). ",,,,,,,,,,,,,18,13,18,Watch List - Red,EN,,,Eastern Indo-Pacific,Temperate Northern Pacific,Islands: Oceanic,,Oceans: Pelagic, +680,Fea's Petrel,Pterodroma feae,waterbird,Procellariiformes,Procellariidae,Also known as Cape Verde Petrel.,0,1,0,0,M,,1,5,"IUCN, BirdLife 2015","Pterodroma feae breeds on four islands of Cape Verde: Fogo (50 pairs estimated; T. Militão et al. 2016; Militão et al. submitted), Santo Antão (minimum 200 pairs; Ratcliffe et al. 2000), São Nicolau (c.30 pairs; Ratcliffe et al. 2000) and Santiago (50 pairs estimated, J. González-Solís in litt.). An estimated 500-1,000 pairs breed in Cape Verde (Hazevoet 1995; Ratcliffe et al. 2000), although the population is likely to exceed this estimate (Ratcliffe et al. 2000).",>1500,1500,,,,,,,,,,,5,,BirdLife 2017; Panjabi-17,,3,,BirdLife 2017; Panjabi-17,,4,BirdLife-17; panjabi-2017,,3,BirdLife-17; Panjabi-17,non-breeding threats unknown,4,MX-NSAC,,,,,,,,,,,,,,18,15,18,Watch List - Red,NT,,,Temperate Northern Atlantic,Temperate Northern Atlantic,Islands: Oceanic,,Oceans: Pelagic, +682,Cook's Petrel,Pterodroma cookii,waterbird,Procellariiformes,Procellariidae,Monotypic.,0,1,1,0,M,,1,3,Birdlife 2017,,"670,000",670000,,,,,,,,,,,5,,BirdLife 2017; Panjabi-17,"terodroma cookii is endemic to New Zealand, where it breeds on Little Barrier, Great Barrier and Codfish Islands.",1,,BirdLife 2017; Panjabi-17,,4,Birdlife 2017,"On Little Barrier, introduced cats were a major predator of chicks and adults. Although cats were eradicated, the number of petrel burrows with chicks declined from 32% when both cats and Pacific rats were present to just 9% following cat eradication because the population of Rattus exulans (also a predator of petrel chicks) increased dramatically (Heather and Robertson 1997, G. A. Taylor in litt. 1999, Taylor 2000, Rayner et al 2007). On Great Barrier, the population is severely threatened by cats, black rat R. rattus and Pacific rat R. exulans. On Codfish, the population declined owing to severe predation by the introduced Weka Gallirallus australis (Marchant and Higgins 1990). ",3,BirdLife-17; Panjabi-17,"threats during non-breeding unknown, presumed moderate",2,BirdLife 2017,"The population has suffered rapid declines owing to the effects of introduced predators; however, thanks to conservation action and invasive species eradications it is now estimated to be increasing.",,,,,,,,,,,,,14,9,14,Watch List - Yel-R,VU,,,Temperate Australasia,Pacific Ocean,Islands: Oceanic,,Oceans: Pelagic, +684,Tahiti Petrel,Pseudobulweria rostrata,waterbird,Procellariiformes,Procellariidae,Formerly included in the genus Pterodroma.,0,0,1,1,M,,1,5,BirdLife 2015,,"15,000",15000,,,,,,,,,,,4,32600000,Panjabi 2017,"Breeds in the Marquesas, Society and Gambier Islands, French Polynesia, Fiji, American Samoa and New Caledonia. It used to breed in Vanuatu and may breed on Rarotonga, Cook Islands, as well as on other islands. (BirdLife 2017)",1,32600000,BirdLife 2017,,4,Panjabi 2017,,3,Panjabi 2017,,4,BirdLife 2017,thought to be declining,,,,,,,,,,,,,17,13,17,Watch List - Red,NT,,,Eastern Indo-Pacific,Eastern Indo-Pacific,Islands: Oceanic,,Oceans: Pelagic, +685,Bulwer's Petrel,Bulweria bulwerii,waterbird,Procellariiformes,Procellariidae,Monotypic.,0,1,1,0,M,,1,3,BirdLife 2017,Assumed that count represents breeding adults,"750,000",750000,,,,,,,,,,,4,,Hunter-Rosenberg 2003; NatureServe,,2,,Hunter-Rosenberg 2003; NatureServe,,4,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002,,,,,,,,,,,,,,14,11,14,Watch List - Yel-R,LC,,,Widespread,Widespread,Islands: Oceanic,,Oceans: Pelagic, +688,Parkinson's Petrel,Procellaria parkinsoni,waterbird,Procellariiformes,Procellariidae,Monotypic.,0,1,1,1,M,,1,5,BirdLife 2016,"Procellaria parkinsoni breeds on Great and Little Barrier Islands, New Zealand, where the populations number c.1,300 pairs (E. A. Bell et al. 2009) and 100 pairs respectively, equating to a total population of c.5,000 individuals (Taylor 2000)","3,300",3300,,,,,,,,,,,5,,Panjabi,"Procellaria parkinsoni breeds on Great and Little Barrier Islands, New Zealand, where the populations number c.1,300 pairs (E. A. Bell et al. 2009) and 100 pairs respectively, equating to a total population of c.5,000 individuals (Taylor 2000)",1,29900000,NatureServe,,4,BirdLife 2017,"threats scores of 4 added to reflect threats for invasive species, longline fisheries (BirdLife 2015)",4,BirdLife 2017,"threats scores of 4 added to reflect threats for invasive species, longline fisheries (BirdLife 2015)",5,Panjabi; BirdLife,"Stable or possibly increasing today, but large historical declines and extirpations; has not recolonized former range",,,,,,,,,,,,,19,15,19,Watch List - Red,VU,,,Temperate Australasia,Tropical Eastern Pacific,Islands: Oceanic,,Oceans: Pelagic, +690,Cory's Shearwater,Calonectris diomedea,waterbird,Procellariiformes,Procellariidae,,1,1,1,1,M,,1,3,BirdLife 2015,,"510,000",510000,,,,,,,,,,,4,,Panjabi,"This species breeds on the Azores and Madeira islands (>85% of the global population, plus a few pairs on the Berlengas Islands off the Portuguese mainland), Portugal, and on the Canary Islands, Spain (c. 15% of the global population; Granadeiro et al. 2006, Derhé 2012). The vast majority of the population spends the non-breeding season in the Atlantic.",1,65000000,BirdLife,"winters across N and S Atlantic, and SW Indian Ocean",3,Hunter-Rosenberg 2003,,3,C. Hunter 2017,"Lots of shifting conditions in food sources and temperatures the last few years, and this would be consistent with Great Shearwater (C. Hunter)",4,Kushlan et al. 2002,,,,,,,,,,,,,,14,11,14,Watch List - Yel-R,,,,Temperate Northern Atlantic,Temperate Northern Atlantic,Islands: Oceanic,,Oceans: Pelagic, +692,Wedge-tailed Shearwater,Ardenna pacifica,waterbird,Procellariiformes,Procellariidae,Monotypic.,0,1,1,1,M,,,3,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"3,500,000",3500000,,,,,,,,,,,3,,Panjabi,"The Wedge-tailed Shearwater ranges across from throughout the tropical Pacific and Indian Ocean roughly between latitudes 35°N and 35°S, breeding on a large number of oceanic islands and on the east and west coasts of Australia (del Hoyo et al. 1992). BirdLife range (115,000,000 km2) reflects non-breeding range.",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Hunter-Rosenberg 2003,,2,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002,,,,,,,,,,,,,,12,9,12,,LC,,,Eastern Indo-Pacific,Eastern Indo-Pacific,Islands: Oceanic,,Oceans: Pelagic, +693,Buller's Shearwater,Ardenna bulleri,waterbird,Procellariiformes,Procellariidae,Monotypic.,1,1,1,0,M,,1,3,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"1,700,000",1700000,,,,,,,,,,,5,,Panjabi,"Puffinus bulleri breeds only at the Poor Knights Islands, New Zealand. The species is restricted to two main islands, Aorangi and Tawhiti Rahi, and five other islets and stacks (Marchant and Higgins 1990). In the 1980s, one pair was found breeding on the Simmonds Islands, in the far north of New Zealand (Taylor 2000). ",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",4,Hunter-Rosenberg 2003,,2,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002,,,,,,,,,,,,,,15,9,15,Watch List - Yel-R,VU,,,Eastern Indo-Pacific,Pacific Ocean,Islands: Oceanic,,Oceans: Pelagic, +694,Short-tailed Shearwater,Ardenna tenuirostris,waterbird,Procellariiformes,Procellariidae,Monotypic.,1,1,1,1,M,,1,2,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"15,000,000",15000000,,,,,,,,,,,4,,Panjabi,"This species breeds on Tasmania and off the coast of south Australia, with the bulk of the population in the south-east. BirdLife range (113,000,000 km2) is non-breeding range",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",2,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002,,,,,,,,,,,,,,11,9,11,,LC,,,Temperate Australasia,Pacific Ocean,Islands: Oceanic,,Oceans: Pelagic, +695,Sooty Shearwater,Ardenna grisea,waterbird,Procellariiformes,Procellariidae,Monotypic.,1,1,1,1,M,,1,2,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"13,000,000",13000000,,,,,,,,,,,4,,BirdLife 2017; Panjabi-17,"An abundant shearwater, breeding on islands off New Zealand, Australia and Chile, and the Falkland Islands (Malvinas). BirdLife range (204,000,000 km2) reflect non-breeding extent of occurrence. Breeding sites are far apart (New Zealand, Australia, Chile, and the Falkland Islands).",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",2,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,4,Kushlan et al. 2002,,,,,,,,,,,,,,12,10,12,,NT,,,Temperate Australasia,Widespread,Islands: Oceanic,,Coasts: Marine Waters,Oceans: Pelagic +696,Great Shearwater,Ardenna gravis,waterbird,Procellariiformes,Procellariidae,Monotypic.,1,1,1,1,M,,1,2,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"10,000,000",10000000,,,,,,,,,,,5,,Panjabi,"this species breeds at three main sites: Nightingale and Inaccessible islands in the Tristan da Cunha group, and Gough Island, Tristan da Cunha (to UK) (Snow and Perrins 1998, Carboneras 1992d). Birds also breed in small numbers in the Falkland Islands (Malvinas), where the only confirmed site is Kidney Island (no more than 15 pairs recorded in 1987 (Woods 1988)), though there is a slight possibilty of breeding near Wineglass Hill, East Falkland, where one has been caught (Woods and Woods 1997).",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002,,,,,,,,,,,,,,13,9,13,,LC,,,Temperate South America,Temperate Northern Atlantic,Islands: Oceanic,,Oceans: Pelagic, +697,Pink-footed Shearwater,Ardenna creatopus,waterbird,Procellariiformes,Procellariidae,Monotypic.,1,1,1,1,M,,1,5,BirdLife 2016,"BirdLife (2016) states 20,000 breeding pairs","40,000",40000,,,,,,,,,,,5,,Panjabi,BirdLife range seems to reflect non-breeding range,1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",4,Hunter-Rosenberg 2003,,4,Hunter-Rosenberg 2003,Why TN higher than other shearwaters?,3,Kushlan et al. 2002,,,,,,,,,,,,,,17,13,17,Watch List - Red,VU,,,Temperate South America,Temperate Northern Pacific,Islands: Oceanic,,Oceans: Pelagic, +698,Flesh-footed Shearwater,Ardenna carneipes,waterbird,Procellariiformes,Procellariidae,Monotypic.,1,1,1,0,M,,1,4,BirdLife 2017,Adult estimate assumes 2/3 of total pop. are adults.,"150,000",150000,,,,,,,,,,,5,,Panjabi,"This species breeds on St Paul Island (French Southern Territories), Lord Howe Island (Australia), south-west mainland Australia, south Australia (at a single isolated colony), and North Island (New Zealand). BirdLife range area (111,000,000 sq km) seems to reflect non-breeding range.",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002,,,,,,,,,,,,,,15,11,15,Watch List - Yel-R,NT,,,Temperate Australasia,Temperate Northern Pacific,Islands: Oceanic,,Oceans: Pelagic, +700,Galapagos Shearwater,Puffinus subalaris,waterbird,Procellariiformes,Procellariidae,,0,0,1,1,M,,1,5,PIF CAW 2016; BirdLife,"regular, no reproductiva (CAW);","35,000",35000,,,,,,,,,,,5,,BirdLife 2017; Panjabi-17,,1,5680000,BirdLife 2016,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,16,12,16,Watch List - Yel-R,LC,,,Tropical Eastern Pacific,Tropical Eastern Pacific,Islands: Oceanic,,Oceans: Pelagic, +701,Manx Shearwater,Puffinus puffinus,waterbird,Procellariiformes,Procellariidae,Monotypic.,1,1,1,1,M,,,3,BirdLife 2015,estimate extrapolated from Europe being >95% of breeding range,"740,000",740000,,,,,,,,,,,4,,Panjabi,"BirdLife 2019: The Manx Shearwater breeds in the north Atlantic, with major colonies on the Atlantic coasts of the United Kingdom and Ireland. Colonies are also present on Iceland, islets off Massachusetts (USA) [Ed. Note: 1 nest documented in 1973] and Newfoundland (Canada), as well as on the Azores, Portugal and the Canary Islands,Spain. BirdLife estimate (53,100,000 km2) likely represents total distribution, incl. non-breeding range",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Hunter-Rosenberg 2003,,3,C. Hunter 2017,"Why are TN lower for Manx type shearwaters? Lots of shifting conditions in food sources and temperatures the last few years, and this would be consistent with Great Shearwater (C. Hunter)",5,PIFSC-19,"Less than 20 pair breed in Newfoundland (CWS reviewers 2018), down from 200 pairs in early 1980's (Storey & Lien 1985), the only breeding colony in Canada (CWS Reviewers 2018)",,,,,,,,,,,,,15,12,15,Watch List - Yel-D,LC,,,Temperate Northern Atlantic,Temperate Northern Atlantic,Islands: Oceanic,,Oceans: Pelagic, +702,Townsend's Shearwater,Puffinus auricularis,waterbird,Procellariiformes,Procellariidae,,0,0,1,1,M,,,5,BirdLife 2016,"2008 survey-based. 46,400 total (Spear et al. 1995) based on at-sea surveys, which BirdLife says are generally unreliable, and BirdLife says that even Martinez Gomez et al 2004's terrestrial estimate of 1100 adults is too high, so go with BirdLife. Adult estimate assumes 2/3 of total pop. are adults.",620,620,,,,,,,,,,,5,,Panjabi,only nests on isla Socorro in the Revillagigedos,2,,Natureserve,,4,Hunter-Rosenberg 2003,,2,Hunter-Rosenberg 2003,,5,Kushlan et al. 2002,"populations have been extirpated from some islands, recently rediscovered on isla soccorro (MX-NSAC)",,,,,,,,,,,,,19,14,19,Watch List - Red,CR,,,Tropical Eastern Pacific,Tropical Eastern Pacific,Islands: Oceanic,,Coasts: Marine Waters,Oceans: Pelagic +705,Black-vented Shearwater,Puffinus opisthomelas,waterbird,Procellariiformes,Procellariidae,Monotypic.,0,1,1,1,M,,,4,BirdLife 2015,,"160,000",160000,,,,,,,,,,,5,39892,Natureserve,"Natureserve range includes breeding islands and surrounding waters. BirdLife range (2,170,000 ) includes non-breeding areas and is too large, larger than both BNA and Natureserve non-breeding range estimates. Most observations are within 25 km of shore (BNA Keitt et al.)",3,546428,Natureserve,,4,Hunter-Rosenberg 2003,,2,Hunter-Rosenberg 2003,Why are TN lower for Manx type shearwaters?,3,Kushlan et al. 2002,unknown (MX-NSAC),,,,,,,,,,,,,16,12,16,Watch List - Yel-R,NT,,,Pacific North America,Temperate Northern Pacific,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters,Oceans: Pelagic +706,Audubon's Shearwater,Puffinus lherminieri,waterbird,Procellariiformes,Procellariidae,,0,1,1,1,M,,,5,BirdLife 2015,,"35,000",35000,,,,,,,,,,,1,8570000,BirdLife 2015,range includes a lot of ocean area,1,4864848,NatureServe,"used NatureServe instead of BirdLife because it seems inappropriate that BirdLife extended beyond continental shelf, and NS conducted review of pelagics in recent years",4,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,4,Kushlan et al. 2002,,,,,,,,,,,,,,14,13,14,Watch List - Yel-D,LC,,,Caribbean,Temperate Northern Atlantic,Islands: Oceanic,,Oceans: Pelagic, +646,Wilson's Storm-Petrel,Oceanites oceanicus,waterbird,Procellariiformes,Oceanitidae,,1,1,1,1,M,,1,2,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"14,000,000",14000000,,,,,,,,,,,2,28500,BirdLife 2015,"BirdLife lists 28,500 km2 as breeding range, but presumably only includes nesting sites and immediate waters?",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",2,Hunter-Rosenberg 2003,,2,Hunter-Rosenberg 2003,Why are TNs generally lower for petrels than for shearwaters?,3,Kushlan et al. 2002,,,,,,,,,,,,,,9,8,9,,LC,,,Southern Ocean,Widespread,Islands: Oceanic,,Oceans: Pelagic, +647,White-faced Storm-Petrel,Pelagodroma marina,waterbird,Procellariiformes,Oceanitidae,,0,1,0,1,M,,,3,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"2,700,000",2700000,,,,,,,,,,,3,,Panjabi 2017,"This species breeds on remote islands in the south Atlantic, such as Tristan da Cunha (St Helena to U.K.) and also on the coast Australia and New Zealand. There are north Atlantic colonies on the Cape Verde Islands, Canary Islands, Spain and Savage Islands, Portugal. (BirdLife 2017)",1,,Panjabi 2017,"Outside the breeding season birds from the Atlantic have been seen off the east coast of North America and South America, and off the western coast of Central Africa. Breeds from Australia and New Zealand range as far as the northern Indian Ocean and the north-west coast of South America (BirdLife 2017).",4,Panjabi 2017,"In general this species is highly sensitive to human disturbance and locally subject to exploitation by fishermen. It is also affected by predators such as mice (Mus musculus), rats (Rattus spp.), cats (Felis catus), owls, Wekas (Gallirallus australis), skuas (Catharacta), large gulls (Larus spp.), snakes and land crabs (Ocypoda). Burrows are sometimes trampled by man or livestock in parts of Australia. In the Chatham Islands, c.200,000 birds were found dead in 1970, their legs tangled up in filaments of the larval trematode Distomum filiferum which was presumably picked up during foraging (Carboneras et al. 2016). Other threats include: habitat degradation and problems caused by rabbits, disturbance from other birds, attraction to light at night (Madroño et al. 2004).",3,Panjabi 2017,,4,BirdLife 2017,"The population is suspected to be in decline owing to predation by invasive species and unsustainable levels of exploitation. In Europe the population size is estimated to be decreasing by less than 25% in 46.2 years (three generations), owing to predation by invasive species and unsustainable levels of exploitation (BirdLife 2015).",,,,,,,,,,,,,14,11,14,Watch List - Yel-D,LC,,,Temperate Northern Atlantic,Temperate Northern Atlantic,Islands: Oceanic,,Oceans: Pelagic, +650,Fork-tailed Storm-Petrel,Hydrobates furcatus,waterbird,Procellariiformes,Hydrobatidae,Formerly placed in the genus Oceanodroma.,1,1,0,0,PM,,,3,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"4,000,000",4000000,,,,,,,,,,,2,1300000,BirdLife 2015,"This species is found throughout the North Pacific, with sites ranging from the Californian coast (USA) in the east, the Alaskan coast in the north and the Kuril Islands (Russia) in the west.  BirdLife range seems to reflect only breeding islands and surrounding waters.",1,4543823,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,3,Hunter-Rosenberg 2003,,2,Hunter-Rosenberg 2003,,1,Kushlan et al. 2002,What is increasing trend based on -- still correct? (KVR),,,,,,,,,,,,,9,7,9,,LC,,,Temperate Northern Pacific,Temperate Northern Pacific,Coasts: Cliffs and Islands,Coasts: Marine Waters,Oceans: Pelagic,Coasts: Marine Waters +966,Nuttall's Woodpecker,Dryobates nuttallii,landbird,Piciformes,Picidae,Monotypic. Formerly included in the genus Picoides.,0,1,1,0,R,,,3,PIFcalc19,,"850,000",850000,"750,000",750000,2010.5,PIFcalc19,,100,88.51544189,88.51544,88.51544189,"bbs0514(UsCa), eBrd17(WHem)",4,183723,Natureserve 3.0,,4,183723,Natureserve 3.0,,3,PIFSC-15,"Specialized on California oakland. seems to fit definition of ""3"" Specialized but habitat is relatively secure in many parts of range (CB, KVR, WE, TW, DP); we made it a 4 because of oak disease killing trees (CB); is oak disease a high threat? (AP)",3,PIFTC-02,should not be higher than TB,1,BBS7017,,1.11,BBS7017,0.69,1.50,0.85,1.34,2.13,126,66.34,32.20,93.55,,11,11,11,,LC,,,Pacific North America,Pacific North America,Forests: Temperate Western,,Forests: Temperate Western, +965,Downy Woodpecker,Dryobates pubescens,landbird,Piciformes,Picidae,Formerly included in the genus Picoides.,1,1,1,0,R,,,2,PIFcalc19,,"13,000,000",13000000,"13,000,000",13000000,2010.5,PIFcalc19,,100,99.99742126,99.99742,99.99742126,bbs0514(UsCa),1,12755791,Natureserve 3.0,,1,12755791,Natureserve 3.0,,2,PIFTC-02,,1,PIFTC-02,,2,BBS7017,,0.07,BBS7017,-0.02,0.16,0.02,0.12,1.02,3483,3.47,-0.34,7.22,,7,6,7,,LC,yes,,Nearctic,Nearctic,Forests: Temperate Generalist,,Forests: Temperate Generalist, +971,Smoky-brown Woodpecker,Dryobates fumigatus,landbird,Piciformes,Picidae,Formerly included in the genus Picoides.,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,2,1111427,Natureserve 3.0,,2,1111427,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,forest,4,PIF CAW 2014,found mainly in humid foothill forests and associated woodland habitats within C.A. range; loss of such forests has been extensive in C.A.; Most Mexican regional experts score PT=4,,,,,,,,,,,,,13,13,13,,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen +969,Hairy Woodpecker,Dryobates villosus,landbird,Piciformes,Picidae,Formerly included in the genus Picoides.,1,1,1,1,R,,,2,PIFcalc19,,"8,900,000",8900000,"8,700,000",8700000,2010.5,PIFcalc19,,100,97.50222778,97.50223,97.50222778,"bbs0514(UsCa), eBrd17(WHem)",1,13251289,Natureserve 3.0,,1,13251289,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,1,BBS7017,,0.88,BBS7017,0.70,1.08,0.77,1.01,0.51,3364,50.61,39.45,68.75,,6,6,6,,LC,yes,,Nearctic,Nearctic,Forests: Generalist,,Forests: Generalist, +972,Arizona Woodpecker,Dryobates arizonae,landbird,Piciformes,Picidae,Formerly included in the genus Picoides.,0,1,1,0,R,,,4,PIFTC-02–PS-g midpoint,"eBird has few observers in Mexican pine-oak forests, so don't use BBS estimate extrapolated globally using eBird to 66,000 (PIFSC-18).","200,000",200000,"<21,000",21000,2010.5,PIFcalc19,,100,,,,"eBrd17(UsCa,WHem)",3,330770,Natureserve 3.0,,3,330770,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,forest,4,MX-NSAC 2008,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +973,Strickland's Woodpecker,Dryobates stricklandi,landbird,Piciformes,Picidae,Monotypic. Formerly included in the genus Picoides.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,18755,Natureserve 3.0,,5,18755,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,forest,4,MX-NSAC,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +968,Red-cockaded Woodpecker,Dryobates borealis,landbird,Piciformes,Picidae,Monotypic. Formerly included in the genus Picoides.,0,1,0,0,R,,,5,McDearman 2018,"Estimate reflects a derivation of total # of adult aged birds based on 8000 active clusters, 89% of which average 2.5 birds/cluster, and 11% of which comprise single males; the overall estimate does not include a small unknown number of “floater” birds which would be difficult to estimate (McDearman 2018). Alternatively, 25,000 is BBS-15 based estimate.","19,000",19000,"19,000",19000,,McDearman 2018,,100,,,,eBrd17(UsCa),3,528258,Natureserve 3.0,,3,528258,Natureserve 3.0,,4,PIFSC-20,PIFSC-20: high threats but no longer in immediate danger of extinction,4,PIFSC-20,PIFSC-20: high threats but no longer in immediate danger of extinction,5,BBS7017,,-2.25,BBS7017,-3.71,-0.87,-3.17,-1.42,0.09,51,-62.42,-79.07,-19.46,38,17,17,17,Watch List - Red,NT,,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +970,White-headed Woodpecker,Dryobates albolarvatus,landbird,Piciformes,Picidae,Formerly included in the genus Picoides.,1,1,0,0,R,,,4,PIFcalc19,,"240,000",240000,"240,000",240000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),3,498904,Natureserve 3.0,WE-Agree with score of 3 as consistent with ebird.,3,498904,Natureserve 3.0,Keep changes. Although BNA map is still more accurate.,4,PIFTC-02,"threats really that high? (KR); Loss of large ponderosa pine, snag removal, fire suppression. Species that is most tied to healthy ponderosa. Demarest, Dean: Noting the questions here in the comments, I raise the question, too, of whether this realy rates TB = 4. WIdespread species relatively tolerant of human altered ponderosa pine habitat. An adaptive Picoides with lots of available mid-elevatgion pine in a avariety of conditions. TB = 3 seems more appropriate.",4,PIFTC-02,"WE-Dependent upon large Ponderosa Pine for food, especially in ND (seed crop every 4-5 yr) and favoured for roosting/nesting. Large, low elevation trees/snags/ecosystem threatened by fire, beetle, forestry, and urbanization.",1,BBS7017,,0.93,BBS7017,0.34,1.58,0.57,1.31,0.36,107,52.35,15.17,99.45,,12,12,12,,LC,,,Pacific North America,Pacific North America,Forests: Temperate Western,,Forests: Temperate Western, +1007,Bat Falcon,Falco rufigularis,landbird,Falconiformes,Falconidae,,0,0,1,1,R,,,3,PIFTC-02,,,,,,,,,,,,,,1,13413590,Natureserve 3.0,,1,13413590,Natureserve 3.0,,3,PIFSC-08,,3,PIFSC-08,CB-Mexicans should score; disturbed habitats within forest; pesticides,4,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1008,Orange-breasted Falcon,Falco deiroleucus,landbird,Falconiformes,Falconidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,2,3258144,Natureserve 3.0,,2,3258144,Natureserve 3.0,,5,MX-NSAC,,5,MX-NSAC,requires large tracts of primary forest,5,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,NT,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1009,Gyrfalcon,Falco rusticolus,landbird,Falconiformes,Falconidae,Monotypic.,1,1,0,0,M,,,4,PIFcalc19,,"83,000",83000,"42,000",42000,2010.5,PIFcalc19,,50,100,50,50,"eBrd17(UsCa,WHem), PIF(Glob)",1,7746930,Natureserve 3.0,,1,16590378,Natureserve 3.0,,2,PIFTC-02,Tundra habitat; captive breeding keeps poaching level low.,2,PIFTC-02,,4,CBC7017,,-0.86,CBC7017,-2.08,0.11,-1.54,-0.28,0.13,246,-33.82,-57.02,11.88,,11,11,11,,LC,,,Arctic,Nearctic,Tundra: Arctic,,Open Country: Habitat Mosaic, +1010,Peregrine Falcon,Falco peregrinus,landbird,Falconiformes,Falconidae,,1,1,1,1,PM,,,4,BirdLife International 2018,,"340,000",340000,">72,000",72000,,"Franke 2016, Green 2012, BNA White et al. 2002","(1) territory counts from USFWS for the lower 48 and Mexico for ssp. anatum averaged over 2003, 2006, 2009, 2012 + (2) an estimate of 15,000 breeding pairs for all subspecies from Franke 2016 for AK N of 60.8 N latitude, Canada N of 54.8 N latitude + (3) BNA estimate of 850-1,000 nesting pairs of ssp. pealei) x 2 breeding adults/pair x 2 total adults/breeding adult assumption in Franke 2016 (i.e. a 50% chance of breeding/adult/year)",30,68.10255432,>20,20.43076515,"eBrd17(UsCa,WHem), PIF(Glob)",1,25941633,Natureserve 3.0,,1,75340240,Natureserve 3.0,,3,PIFTC-02,"should be at least 3 due to sensitivity at natural nest sites, CB- recreation at some locales, pesticides (Glinski); falconry taking.; Beardmore: not protected by ESA now.",3,PIFTC-02,"CB-pesticides from wintering prey, to a great extent popn. Increase is a result of intense efforts (Glinski)",1,COSEWIC 2017,"Panjabi 2019: BBS population likely increasing more than the majority of population, but CBC misses northern migrants wintering in Latin America (probably most of pop). Shaw 2020: Both BBS (annual trend 5.669%) and CBC (annual trend 2.7786%) support PT = 1 but COSEWIC 2017 was selected as the only data source with adequate coverage of northern populations. The majority of the population breeds in the north (Franke 2016), and the expanded BBS coverage area does not capture much of this population. Gahbauer 2020: the vast majority of birds within the BBS coverage area are in urban centres where there are no BBS routes, so BBS was discarded as a viable option for monitoring trends. Trends were instead derived from evaluation of the 5-year population surveys across the country (2010 and 2015 national survey results are being written up for publication), with CBC used as corroboration. The Canadian pealei population is quite small (likely <500); it has been steadily increasing too, vs. the 2013 citation in the COSEWIC report indicated a “stable” population for Alaska, so perhaps the overall trend for pealei is more of a 2, compared to a 1 for anatum/tundrius?.",5.67,BBS7017*,4.18,7.08,4.79,6.55,0.01,140,938.88,521.86,1655.90,,9,9,9,,LC,yes,,Widespread,Widespread,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic, +2101,Slaty Flowerpiercer,Diglossa plumbea,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,8971,NatureServe,,5,8971,NatureServe,,3,PIF CAW 2014,adaptable,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2102,Green Honeycreeper,Chlorophanes spiza,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,3,Gomez-Panjabi,borderline PS=2; more info needed,,,,,,,,,,,,,1,7946272,Natureserve 3.0,,1,7946272,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,requires forest,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2103,Black-and-yellow Tanager,Chrysothlypis chrysomelas,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,15769,NatureServe,,5,15769,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1342,Black-capped Vireo,Vireo atricapilla,landbird,Passeriformes,Vireonidae,Monotypic.,0,1,1,0,M,,,4,PIFcalc19,"Previous (1991) USFWS estimate was 8,000; Wilkins et al. 2006 estimate ~12,000 for US alone, but based on recently discovered high-density breeding pops and range in Mexico roughly equal to US range, doubling of the US population is appropriate and still","220,000",220000,"150,000",150000,2010.5,PIFcalc19,,100,69.41815948,69.41816,69.41815948,"eBrd17(UsCa,WHem)",4,221672,Natureserve 3.0; PIFSC-09,"missing range in northern Mex.; should be at least 80% size of Coahuila (80% of 150,000; 30,000 already included); NS map does not include a large portion of breeding range in Mexico, including areas in coahuila, nuevo leon and western tamaulipas",4,224254,Natureserve 3.0,,4,PIFSC-08,"severely threatened in US, moderate or secure in MX; DD='species in danger of regional extirpationor extinction.' BNA cites fire suppression, urban development, cowbird parasitism, ag conversion, genetic fragmentation, overgrazing and cattle in general as ongoing and potential threats. MX say lower.",3,PIFTC-02,DD='no information available.' Unclear what threats exist on nonbreeding areas or how severe these might be to population sustainability. Nonbreeding habitat use unclear. Did not want to give a TN of 4 'just because' the species is endangered; moderate habitat loss,4,PIFSC-15,has experience major range contraction and population decline in U.S.,,,,,,,,,,,,,16,15,16,Watch List - Yel-R,VU,,,North American Southwest,Mesoamerican Pacific Lowlands,Aridlands: Desert Scrub,,Forests: Tropical Dry, +1343,Dwarf Vireo,Vireo nelsoni,landbird,Passeriformes,Vireonidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,190715,Natureserve 3.0,,4,190715,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,4,MX-NSAC-12,"Mexican endemic, all regions score PT=4",,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Aridlands: Tropical Arid Scrub,,Aridlands: Tropical Arid Scrub, +1208,Black-capped Pygmy-Tyrant,Myiornis atricapillus,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,183171,NatureServe,,4,183171,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1198,Stub-tailed Spadebill,Platyrinchus cancrominus,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,445285,Natureserve 3.0,,3,445285,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,forest interior,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1199,White-throated Spadebill,Platyrinchus mystaceus,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,5786394,NatureServe,,1,5786394,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1200,Golden-crowned Spadebill,Platyrinchus coronatus,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,5199949,NatureServe,,1,5199949,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,CBSD,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1192,Royal Flycatcher,Onychorhynchus coronatus,landbird,Passeriformes,Onychorhynchidae,,0,0,1,1,R,,,4,PIF CAW 2016,Centro américa y sur de méxico (CAW); score change from 3 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,1,6940574,Natureserve 3.0,,1,6940574,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,severe habitat loss; uses primary forest,4,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1193,Ruddy-tailed Flycatcher,Terenotriccus erythrurus,landbird,Passeriformes,Onychorhynchidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,7517165,Natureserve 3.0,,1,7517165,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,severe habitat loss; uses primary forest,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1194,Tawny-breasted Flycatcher,Myiobius villosus,landbird,Passeriformes,Onychorhynchidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,271950,NatureServe,,4,271950,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1195,Sulphur-rumped Flycatcher,Myiobius sulphureipygius,landbird,Passeriformes,Onychorhynchidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,637171,Natureserve 3.0,,3,637171,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,severe habitat loss; uses primary forest,5,PIF CAW 2014,restricted to humid evergreen and semi-evergreen forest in lowlands; loss of such forest has been extensive in C.A.; regional experts score PT=5 in SECL,,,,,,,,,,,,,16,16,16,Watch List - Red,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1196,Black-tailed Flycatcher,Myiobius atricaudus,landbird,Passeriformes,Onychorhynchidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,1,4908559,NatureServe,,1,4908559,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1288,Bran-colored Flycatcher,Myiophobus fasciatus,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,10255207,NatureServe,,1,10255207,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,9,9,9,,LC,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1290,Tawny-chested Flycatcher,Aphanotriccus capitalis,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,33856,NatureServe,,5,33856,NatureServe,,5,PIF CAW 2014,,5,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,20,20,20,Watch List - Red,VU,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1291,Black-billed Flycatcher,Aphanotriccus audax,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,121915,NatureServe,,4,121915,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,NT,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +1180,Masked Tityra,Tityra semifasciata,landbird,Passeriformes,Tityridae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,5880886,Natureserve 3.0,,1,5880886,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,"requires forest, but uses edge, plantations, etc.",3,PIF CAW 2014,,,,,,,,,,,,,,9,9,9,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +1181,Black-crowned Tityra,Tityra inquisitor,landbird,Passeriformes,Tityridae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,11223585,Natureserve 3.0,,1,11223585,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,4,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +653,Leach's Storm-Petrel,Hydrobates leucorhous,waterbird,Procellariiformes,Hydrobatidae,Formerly placed in the genus Oceanodroma.,1,1,1,1,M,,,2,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"13,000,000",13000000,,,,,,,,,,,2,1340000,BirdLife 2015,"Breeding colonies are confined to the northern hemisphere, from the South Kuril Islands (Japan) round to Baja California (Mexico) including the Aleutian Islands, Alaska (USA) and Canada in the Pacific, and in the north-east North America,Iceland, northern United Kingdom and Norway in the Atlantic. bird life range area seems to reflect only breeding islands and immediate waters.",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Hunter-Rosenberg 2003,,2,Hunter-Rosenberg 2003,,2,Kushlan et al. 2002,,,,,,,,,,,,,,9,7,9,,VU,,,Nearctic,Widespread,Coasts: Cliffs and Islands,Coasts: Marine Waters,Oceans: Pelagic, +654,Townsend's Storm-Petrel,Hydrobates socorroensis,waterbird,Procellariiformes,Hydrobatidae,"new species, split from leach's storm-petrel, which remains a species; Formerly considered conspecific with Oceanodroma leucorhoa and O. cheimomnestes.",0,1,1,0,M,,,5,Howell et al. 2009,"The population on Islote Negro has been estimated at 4000 birds and on Islote Afuera at 3000 birds (Crossin 1974, Ainley 1983). Howell et al. 2009. Occurrence and identification of the Leach’s Storm-Petrel complex. N. American Birds. Vol. 63 num. 4","7,000",7000,,,,,,,,,,,5,,AOU Checklist 57th Suppl.,"breeds on islets off the south end of Guadalupe Island (mainly Islote Afuera and Islote Negro) and perhaps also locally on the main island, but most storm-petrels there (including the now-extinct Guadalupe StormPetrel, O. macrodactyla) have been eliminated by feral cats (Ainley 1980, Ainley 1983, Crossin 1974, Jehl and Everett 1985)",3,,Panjabi 2017,"Non-breeding scores are guestimates based on Latitudinal distribution. The known at-sea range lies in the eastern Pacific between 35° N and 10° N (Crossin 1974), but seasonal movements are not well known (Howell et al. 2009)",4,Mexican Regional Assessment 2005,used score for NWAB breeding region,3,Panjabi 2017,unknown; need more input from experts,3,Mexican Regional Assessment 2005,used score for NWAB breeding region,,,,,,,,,,,,,17,14,17,Watch List - Red,EN,,,Tropical Eastern Pacific,Tropical Eastern Pacific,Islands: Oceanic,Coasts: Marine Waters,Oceans: Pelagic, +655,Ainley's Storm-Petrel,Hydrobates cheimomnestes,waterbird,Procellariiformes,Hydrobatidae,"new species, split from leach's storm-petrel, which remains a species; Formerly considered conspecific with Oceanodroma leucorhoa and O. socorroensis.",0,0,1,0,M,,,5,Howell et al. 2009,The breeding population of Ainley’s Storm-Petrel may not be in excess of a few thousands birds. (Howell et al. 2009. Occurrence and identification of the Leach’s Storm-Petrel complex. N. American Birds. Vol. 63 num. 4),,,,,,,,,,,,,5,,AOU Checklist 57th Suppl.,"breeds on three islets (Islote Negro, Islote Afuera, and Gargoyle Rock) off the southern end of Guadalupe Island, Mexico (Ainley 1980, 1983, Crossin 1974, Jehl and Everett 1985)",4,,Panjabi 2017,"Non-breeding scores are guestimates based on Latitudinal distribution. After breeding, Ainley’s Storm-Petrels appear to withdraw southward, based on limited specimen data. An adult female in worn plumage (SDNHM #29925) collected 360 kilometers southwest of Guadalupe Island on 21 May, and a juvenile in fresh plumage (SDNHM #29924) collected 550 kilometers west of Clarión Island, Mexico on 24 May (at about 18° S), both suggest a southward postbreeding dispersal, as does an adult in wing molt (with p4 shed) collected on 11 June at 4° S, 93° W (CAS #484), a location about 400 kilometers southwest of the Galápagos Islands. A specimen completing wing molt (with p9–p10 growing) on 9 October (CAS #471), taken about 500 kilometers southsoutheast of Mexico’s Revillagigedo Islands, may have been a northbound migrant.",4,Mexican Regional Assessment 2005,used score for NWAB breeding region,3,Panjabi 2017,unknown; need more input from experts,3,Mexican Regional Assessment 2005,used score for NWAB breeding region,,,,,,,,,,,,,17,15,17,Watch List - Red,VU,,,Tropical Eastern Pacific,Tropical Eastern Pacific,Islands: Oceanic,Coasts: Marine Waters,Oceans: Pelagic, +656,Ashy Storm-Petrel,Hydrobates homochroa,waterbird,Procellariiformes,Hydrobatidae,Formerly placed in the genus Oceanodroma. Monotypic.,0,1,1,1,M,,,5,BirdLife 2015,,"5,100",5100,,,,,,,,,,,4,205000,BirdLife 2015,,4,204773,Natureserve,,4,Hunter-Rosenberg 2003,,2,Hunter-Rosenberg 2003,,4,Kushlan et al. 2002,need more information from seabird experts (MX-NSAC),,,,,,,,,,,,,17,15,17,Watch List - Red,EN,,,Pacific North America,Temperate Northern Pacific,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +657,Band-rumped Storm-Petrel,Hydrobates castro,waterbird,Procellariiformes,Hydrobatidae,Formerly placed in the genus Oceanodroma. Monotypic.,0,1,1,1,M,,1,4,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"150,000",150000,,,,,,,,,,,5,,Panjabi,"breeds in the eastern Atlantic from the Berlengas Islands and the Azores (Portugal), down to Ascension Island and Saint Helena (St Helena to UK), and in the Pacific off eastern Japan, on Kauai, Hawaii (USA) and on the Galapagos Islands (Ecuador) (del Hoyo et al. 1992). BirdLife range area is non-breeding range",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",4,Hunter-Rosenberg 2003,,2,Hunter-Rosenberg 2003,,4,Kushlan et al. 2002,,,,,,,,,,,,,,17,11,17,Watch List - Red,LC,,,Pantropical,Pantropical,Islands: Oceanic,,Oceans: Pelagic, +658,Wedge-rumped Storm-Petrel,Hydrobates tethys,waterbird,Procellariiformes,Hydrobatidae,Formerly placed in the genus Oceanodroma.,0,1,1,1,M,,1,2,PIF CAW 2016,,,,,,,,,,,,,,5,,Panjabi,"It breeds on the Galapagos Islands, Ecuador, and on Pescadores and San Gallan Islands, Peru. BirdLife range area is non-breeding range",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",4,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,3,Kushlan et al. 2002,,,,,,,,,,,,,,14,9,14,Watch List - Yel-R,LC,,,Tropical Eastern Pacific,Tropical Eastern Pacific,Islands: Oceanic,,Oceans: Pelagic, +659,Black Storm-Petrel,Hydrobates melania,waterbird,Procellariiformes,Hydrobatidae,Formerly placed in the genus Oceanodroma. Monotypic.,0,1,1,1,PM,,,3,Brad Andres 2015,Adult estimate assumes 2/3 of total pop. are adults.,"600,000",600000,,,,,,,,,,,5,,Panjabi,"This species breeds on islands off the coast of southern Calfornia (USA), the Baja Peninsula and the Gulf of California (Mexico). BirdLife range area is non-breeding range",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",4,Hunter-Rosenberg 2003,,3,Hunter-Rosenberg 2003,,4,Kushlan et al. 2002,need more information from seabird experts (MX-NSAC),,,,,,,,,,,,,16,11,16,Watch List - Yel-R,LC,,,Temperate Northern Pacific,Temperate Northern Pacific,Coasts: Cliffs and Islands,Coasts: Marine Waters,Oceans: Pelagic,Coasts: Marine Waters +663,Least Storm-Petrel,Hydrobates microsoma,waterbird,Procellariiformes,Hydrobatidae,Formerly placed in the genus Oceanodroma. Monotypic.,0,1,1,1,PM,,,3,BirdLife 2015,"hundreds of thousands, possibly millions",,,,,,,,,,,,,4,111214,Natureserve,"now split from ainley's and townsends, but range map not yet updated in BirdLife (Panjabi 2017)",2,2565465,Natureserve,,4,Hunter-Rosenberg 2003,,2,Hunter-Rosenberg 2003,,4,Kushlan et al. 2002,need more information from seabird experts (MX-NSAC),,,,,,,,,,,,,15,11,15,Watch List - Yel-D,LC,,,Temperate Northern Pacific,Temperate Northern Pacific,Coasts: Cliffs and Islands,Coasts: Marine Waters,Oceans: Pelagic,Coasts: Marine Waters +709,Jabiru,Jabiru mycteria,waterbird,Ciconiiformes,Ciconiidae,Monotypic.,0,0,1,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,1,6932824,Natureserve,,1,6932180,Natureserve,,3,MX-NSAC,,3,MX-NSAC,,3,MX-NSAC,unknown?,,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +718,Brown Booby,Sula leucogaster,waterbird,Suliformes,Sulidae,,0,1,1,1,PM,,,4,"BNA Schreiber and Norton, 2002","221,000-275,400 pairs","<500,000",500000,,,,,,48.04577383,,,,"eBrd17(UsCa,WHem,Glob)",1,26600000,BirdLife 2015,includes a lot of ocean,1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",4,Waterbird Working Group 2017,impacted by fisheries; entanglement in fishing nets; brown may be less susceptible in this regard due to plunge-diving (Waterbird working group 2017),4,Waterbird Working Group 2017,impacted by fisheries; entanglement in fishing nets; bycatch,3,Kushlan et al. 2002,"stable, possible increase (MX-NSAC)",,,,,,,,,,,,,12,12,12,,LC,,,Pantropical,Pantropical,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters,Oceans: Pelagic +719,Red-footed Booby,Sula sula,waterbird,Suliformes,Sulidae,,0,1,1,1,PM,,,3,BNA Schreiber et al. 2002,"687,950 pairs","1,400,000",1400000,,,,,,,,,,,1,100529834,BirdLife 2015,"BirdLife range (32,500 km2) seems to reflect breeding islands and immediate waters only",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",4,Waterbird Working Group 2017,impacted by fisheries; entanglement in fishing nets; harvested by fisherman at nests (Waterbird working group 2017),4,Waterbird Working Group 2017,impacted by fisheries; entanglement in fishing nets; bycatch,4,Kushlan et al. 2002,unknown; need more information from experts (MX-NSAC),,,,,,,,,,,,,12,12,12,,LC,,,Pantropical,Pantropical,Islands: Oceanic,,Coasts: Marine Waters,Oceans: Pelagic +720,Northern Gannet,Morus bassanus,waterbird,Suliformes,Sulidae,Monotypic.,1,1,1,0,M,,,3,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"720,000",720000,"140,000",140000,1999,BNA Mowbray 2002b,,,,,,,3,,Panjabi 2017,"Breeding sites include northern France, the United Kingdom, Ireland, Iceland, Norway and the eastern tip Quebec (Canada) (BirdLife 2017); but appear to be few in number (Panjabi 2017)",2,1967568,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Waterbird Working Group 2017,,3,Waterbird Working Group 2017,,1,CBC7017,,5.60,CBC7017,4.21,7.06,4.79,6.43,15.19,218,894.34,435.00,2040.12,,10,9,10,,LC,,,Arctic,Temperate Northern Atlantic,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters,Oceans: Pelagic +721,Brandt's Cormorant,Phalacrocorax penicillatus,waterbird,Suliformes,Phalacrocoracidae,Monotypic.,1,1,1,0,PM,,,4,BNA Wallace & Wallace 1998,,"150,000",150000,"130,000",130000,1990,BNA Wallace & Wallace 1998,,100,,,,"eBrd17(UsCa,WHem)",3,326050,Natureserve,,3,701557,Natureserve,,3,Waterbird Working Group 2017,,3,Waterbird Working Group 2017,,1,CBC7017,"Shaw 2020: Caplitolo et al. 2014 showed a 59% increase in Gulf of the Farallones from 1979-2006, supporting CBC trend.",3.92,CBC7017,3.09,4.66,3.43,4.37,26.84,138,466.15,280.75,673.26,,11,11,11,,LC,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters,Coasts: Rocky Intertidal +722,Neotropic Cormorant,Phalacrocorax brasilianus,waterbird,Suliformes,Phalacrocoracidae,,0,1,1,1,PM,,,2,PIF CAW 2016,"Panjabi: 500,000 - 5 million breeding adults seems low for this species.",,,,,,,,100,,,,"eBrd17(UsCa,WHem)",1,17999927,Natureserve,,1,18009940,Natureserve,,2,Waterbird Working Group 2017,similar to double-crested; expanding inland and north (Waterbird working group 2017),2,Waterbird Working Group 2017,,1,CBC7017,increasing (MX-NSAC),7.55,CBC7017,5.81,9.61,6.49,8.73,4.70,112,2965.09,,,,6,6,6,,,yes,,Neotropical,Neotropical,Wetlands: Generalist,,Wetlands: Generalist,Coasts: Beach and Estuary +723,Double-crested Cormorant,Phalacrocorax auritus,waterbird,Suliformes,Phalacrocoracidae,,1,1,1,1,PM,,,3,"PIFcalc19, bbs0514(BBS), eBrd17(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"630,000",630000,"560,000",560000,2010.5,PIFcalc19,,100,,,,"bbs0514(BBS), eBrd17(WHem)",2,3836041,Natureserve,,2,3427786,Natureserve,,2,Waterbird Working Group 2017,,2,Waterbird Working Group 2017,,1,BBS7017,"PIFSC-19: BBS transects hit and miss in capturing a colonial nesting species, but has better coverage of the breeding range than CBC (which is poor in Canadian prairie potholes). BBS trend supported by other Canadian surveys. CBC annual increase (6.7132%) also seems too extreme given that it is declining in BCR 5. Went with BBS for all these reasons.",4.00,BBS7017,2.84,4.75,3.46,4.41,0.87,1188,478.57,261.93,704.67,,8,8,8,,LC,yes,,Nearctic,Nearctic,Wetlands: Generalist,Coasts: Beach and Estuary,Coasts: Marine Waters,Wetlands: Lakes and Rivers +724,Great Cormorant,Phalacrocorax carbo,waterbird,Suliformes,Phalacrocoracidae,,1,1,0,0,PM,,,3,"WPE5, BirdLife 2015","2001-2011 expert opinion for ssp. carbo in N. America, best guess for ssp. sinensis in S/E/SE Asia and ssp. steadi, 2004-2011 best guess for ssp. carboides, 1990-2000 expert opinion for ssp. carbo in NW Europe and ssp. sinensis in N/Central Europe and Black Sea & Mediterranean, 1987-1991 expert opinion for ssp. sinensis in W/SW Asia, 2001 expert opinion for ssp. lucidus in Central/E. Africa, 2001 best guess in Coastal W. Africa, 2005 expert opinion for ssp. lucidus in Coastal S. Africa. 1,366,900-2,062,500 total individuals or 911,267-1,375,000 adults (WPE5). Adult estimate assumes 2/3 of total pop. are adults.","1,400,000",1400000,,,,,,1,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,24600000,BirdLife 2015,,1,22559000,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,2,Waterbird Working Group 2017,,2,Waterbird Working Group 2017,,3,Kushlan et al. 2002,,,,,,,,,,,,,,9,9,9,,LC,,,Arctic,Eastern Temperate,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters,Coasts: Rocky Intertidal +725,Red-faced Cormorant,Phalacrocorax urile,waterbird,Suliformes,Phalacrocoracidae,Monotypic.,0,1,0,0,PM,,,4,"WPE5, BirdLife 2015",Adult estimate assumes 2/3 of total pop. are adults.,"130,000",130000,"85,000",85000,1993,BNA Causey 2002,,,,,,,3,897505,Natureserve,"includes extrapolation of natureserve into eastern hemisphere, based on visual estimate of global range",3,1068458,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,4,Waterbird Working Group 2017,rat invasions (Waterbird working group 2017),3,Waterbird Working Group 2017,Why TN so high? (KVR); need input by west coast seabird experts,4,CBC7017,Rosenberg 2019: CBC trend agrees with previous PT4 score (Kushlan et al. 2002),-4.40,CBC7017,-7.72,-0.03,-6.35,-2.12,1.18,9,-67.81,-90.40,42.60,,15,14,15,Watch List - Yel-D,LC,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters,Coasts: Rocky Intertidal +842,Bearded Screech-Owl,Megascops barbarus,landbird,Strigiformes,Strigidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,44614,Natureserve 3.0,,5,44614,Natureserve 3.0,,5,MX-NSAC,global score should reflect regional experts' opinion.,5,MX-NSAC,dependent on mature pine-oak forest; habitat loss due to clearing; global score should reflect regional experts' opinion,5,PIF CAW 2014,,,,,,,,,,,,,,20,20,20,Watch List - Red,VU,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +751,Reddish Egret,Egretta rufescens,waterbird,Pelecaniformes,Ardeidae,,0,1,1,1,PM,,,5,BirdLife 2020,,"15,000",15000,"2,400",2400,1996,BNA Koczur et al. 2019,,100,,,,"eBrd17(UsCa,WHem)",3,549566,Natureserve,,3,628422,Natureserve,,4,Waterbird Working Group 2017,"high concentration in few areas; despite high nest production, not recruiting more birds into the pop; sea level rise also a threat. Highly specialized in coastal environments",4,Waterbird Working Group 2017,"Many juveniles die during dispersal; sea level rise, dredging, altered hydrology all warrant TN=4 (Hunter-Green-Andres 2017); Vermillion, William (2017): Subject to the same threats along the Gulf Coast as other island shrub nesters, but smaller population, if that makes a difference. Some evidence of concentrations in Tamaulipas during winter from Bart Ballard and Clay Green's students' work plus crazy birds moving across isthmus of Panama from Gulf to Pacific in winter!",3,M. Clay Green 2017,"PIFSC-19: CBC shows large annual increase (1.2802%), conflicting with other data sources, so was not used. Green 2017: Stable in TX, declines in FL; slight recent increase in LA, despite loss of Chandalier islands; in Mexico, larger numbers than previously thought (Clay Green 2017); a few pairs breeding in S. Carolina, but if increasing, very slow (Chuck Hunter 2017); Local data in SE U.S. suggests poss. declines, in contrast to Kushlan et al.; USFWS status survey (2006) suggests overall decline globallly from 3000-5000 to 2500-3000 pairs, esp. in TX (where high % of global pop), and FL, LA since early 1990's; unk. MX.",1.28,CBC7017*,0.76,1.93,0.96,1.64,0.95,113,81.18,37.49,139.05,,15,15,15,Watch List - Yel-R,NT,,,Neotropical,Neotropical,Coasts: Mangroves,Coasts: Beach and Estuary,Coasts: Beach and Estuary, +758,Black-crowned Night-Heron,Nycticorax nycticorax,waterbird,Pelecaniformes,Ardeidae,,1,1,1,1,PM,,,3,"PIFcalc19, bbs0514(BBS), eBrd17(WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"3,000,000",3000000,"420,000",420000,2010.5,PIFcalc19,,70,,,,"bbs0514(BBS), eBrd17(WHem), PIF(Glob)",1,28424753,"Natureserve, with Old World extrapolation",,1,24281740,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Waterbird Working Group 2017,,2,Waterbird Working Group 2017,,4,BBS7017,"widely perceived as declining at northern fringe of range where often state listed (Kushlan et al.), this species would seem poorly tracked by BBS. Expert consensus agrees with unknown trend (Waterbird Working Group 2017).",-0.43,BBS7017,-1.08,0.20,-0.80,-0.07,0.16,723,-16.46,-37.91,16.40,,11,10,11,,LC,yes,,Widespread,Widespread,Wetlands: Generalist,Coasts: Saltmarsh,Wetlands: Generalist,Coasts: Saltmarsh +759,Yellow-crowned Night-Heron,Nyctanassa violacea,waterbird,Pelecaniformes,Ardeidae,,1,1,1,1,PM,,,4,"PIFcalc19, bbs0514(BBS), eBrd17(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"400,000",400000,"130,000",130000,2010.5,PIFcalc19,,100,,,,"bbs0514(BBS), eBrd17(WHem)",1,4205444,Natureserve,,2,2556643,Natureserve,,3,Waterbird Working Group 2017,,3,Waterbird Working Group 2017,,3,BBS7017,expert consensus agrees with unknown trend,-0.46,BBS7017,-1.16,0.34,-0.91,0.01,0.24,375,-17.38,-42.67,9.13,,11,12,12,,LC,,,Widespread,Widespread,Wetlands: Generalist,Coasts: Mangroves,Coasts: Saltmarsh,Coasts: Mangroves +760,Boat-billed Heron,Cochlearius cochlearius,waterbird,Pelecaniformes,Ardeidae,,0,0,1,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,1,11684922,Natureserve,,1,11684922,Natureserve,,3,MX-NSAC,,3,MX-NSAC,,3,PIFTC,unknown,,,,,,,,,,,,,10,10,10,,LC,,,Neotropical,Neotropical,Wetlands: Generalist,Coasts: Mangroves,Wetlands: Generalist,Coasts: Mangroves +761,White Ibis,Eudocimus albus,waterbird,Pelecaniformes,Threskiornithidae,Monotypic.,1,1,1,1,PM,,,3,"PIFcalc19, bbs0514(BBS), eBrd17(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"2,400,000",2400000,"1,200,000",1200000,2010.5,PIFcalc19,,100,,,,"bbs0514(BBS), eBrd17(WHem)",2,1054096,Natureserve,,2,1262325,Natureserve,,3,Waterbird Working Group 2017,,3,Waterbird Working Group 2017,,3,Waterbird Working Group 2017,"BBS shows steep increase in US, but not used since doesn't cover species' full breeding range. Mexican and C. American PT-r's average 3 (Mexican Regional Assessment 2005; PIF CAW 2014). Species appears to be highly nomadic; Has declined steeply in extreme south FL (supported by BBS) and perhaps elsewhere in FL and South Atlantic Coastal Plain; but steeply increasing elsewhere (Waterbird Working Group 2017)",4.40,BBS7017*,3.11,5.74,3.67,5.18,33.94,319,554.42,301.30,1145.23,,11,11,11,,LC,yes,w,Widespread,Widespread,Wetlands: Generalist,Coasts: Mangroves,Wetlands: Generalist,Coasts: Saltmarsh +763,Glossy Ibis,Plegadis falcinellus,waterbird,Pelecaniformes,Threskiornithidae,"Formerly three subspecies recognized (Peters 1931), but now recognized as monotypic.",1,1,1,1,PM,,,3,"PIFcalc19, bbs0514(BBS), eBrd17(WHem,Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"550,000",550000,"36,000",36000,2010.5,PIFcalc19,,15.85571317,,,,"bbs0514(BBS), eBrd17(WHem,Glob)",1,19400000,BirdLife 2015,,1,22010267,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",breeding and non-breeding ranges appear similar in terms of overall extent in BirdLife map,3,Waterbird Working Group 2017,"Why are threats lower than for other herons? Should be same as White-faced and others? (KVR); Vermillion, William (2017): Agree.",3,Waterbird Working Group 2017,why lower than White-faced and other fw herons? (KVR),1,BBS7017,"general thinking is that Glossy Ibis is increasing outside of extreme south Florida, perhaps sharply increasing in Coastal Prairies of LA but status there confused with that of White-faced Ibis",5.34,BBS7017,3.11,7.23,4.10,6.57,4.92,83,665.21,226.74,1862.48,,8,8,8,,LC,,w,Widespread,Widespread,Coasts: Saltmarsh,Wetlands: Freshwater Marsh,Wetlands: Generalist,Coasts: Saltmarsh +843,Middle American Screech-Owl,Megascops guatemalae,landbird,Strigiformes,Strigidae,Formerly called Vermiculated Screech-Owl and also known as Guatemalan Screech-Owl. Previously considered conspecific with M. centralis and M. roraimae. The name Vermiculated Screech-Owl (M. vermiculatus) is sometimes used for populations in Costa Rica and,0,0,1,1,R,,,4,PIF CAW 2016; BirdLife 2019; Bird Conservancy of the Rockies 2020,"Shaw 2020: Choco Screech-Owl (Megascops centralis) split off from M. guatemalae, so multiplied % of range (from BirdLife 2019 shapefile) by the rounded geometric midpoint of pop estimate range for PS-g = 4 previously assigned to M. guatemalae s.l.",,,,,,,,,,,,,3,690000,BirdLife 2019; eBird20; Bird Conservancy of the Rockies 2020,"Shaw 2020: edited the BirdLife polygons for Megascops guatamalae s.l. to just the part of its range northwest of the Caribbean coast of western Panama , excluding southern Costa Rica (Puntarenas) and all of Panama except the NW quadrant based on eBird distribution maps; however unclear exactly where the species transition in Panama, so a rough estimate",3,690000,BirdLife 2019; eBird20; Bird Conservancy of the Rockies 2020,"Shaw 2020: edited the BirdLife polygons for Megascops guatamalae s.l. to just the part of its range northwest of the Caribbean coast of western Panama , excluding southern Costa Rica (Puntarenas) and all of Panama except the NW quadrant based on eBird distribution maps; however unclear exactly where the species transition in Panama, so a rough estimate",3,MX-NSAC,,3,MX-NSAC,moderate habitat loss expected,4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +845,Bare-shanked Screech-Owl,Megascops clarkii,landbird,Strigiformes,Strigidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,9957,NatureServe,,5,9957,NatureServe,,3,PIF CAW 2014,más plástica que otras especies de bosques de altura,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +848,Crested Owl,Lophostrix cristata,landbird,Strigiformes,Strigidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,1,4953906,Natureserve 3.0,,1,4953906,Natureserve 3.0,range in Amazonia may be generous,3,MX-NSAC,,3,MX-NSAC,"requires primary forest in MX, but uses disturbed habitats in C.A.",4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +953,Hoffmann's Woodpecker,Melanerpes hoffmannii,landbird,Piciformes,Picidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,51264,NatureServe,,5,51264,NatureServe,,1,PIF CAW 2014,,1,PIF CAW 2014,,1,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,yes,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +954,Golden-fronted Woodpecker,Melanerpes aurifrons,landbird,Piciformes,Picidae,,0,1,1,1,R,,,2,PIFcalc19,Maybe 2? (CAW);,"5,300,000",5300000,"810,000",810000,2010.5,PIFcalc19,,100,15.27709007,15.27709,15.27709007,"bbs0514(UsCa), eBrd17(WHem)",2,1396862,Natureserve 3.0,,2,1396862,Natureserve 3.0,,2,PIFSC-08,,2,PIFSC-08,habitat not threatened,2,"MX-NSAC, PIFSC-08",,,,,,,,,,-33.39,-46.46,-12.60,79,8,8,8,,LC,yes,,Mesoamerica,Mesoamerica,Forests: Tropical Dry,,Forests: Tropical Dry, +955,Red-bellied Woodpecker,Melanerpes carolinus,landbird,Piciformes,Picidae,Monotypic.,1,1,0,0,R,,,2,PIFcalc19,,"16,000,000",16000000,"16,000,000",16000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,2980666,Natureserve 3.0,,2,2980666,Natureserve 3.0,NS and BNA maps very close. Keep new NS scores.,2,PIFTC-02,DD='no known threats to breeding population or habitats.,2,PIFTC-02,DD='no known threats to nonbreeding population or habitats.,1,BBS7017,,1.05,BBS7017,0.96,1.13,1.00,1.09,6.03,2039,63.25,57.16,69.64,,7,7,7,,LC,yes,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +957,Williamson's Sapsucker,Sphyrapicus thyroideus,landbird,Piciformes,Picidae,,1,1,1,0,PM,,,4,PIFcalc19,,"300,000",300000,"290,000",290000,2010.5,PIFcalc19,,100,98.58633423,98.58633,98.58633423,"eBrd17(UsCa,WHem)",3,648480,Natureserve 3.0,,3,746032,Natureserve 3.0,Agree with NS.,3,PIFTC-02,,3,PIFTC-02,,2,BBS7017,,0.28,BBS7017,-0.58,1.10,-0.20,0.78,0.23,182,13.06,-19.84,91.38,,12,12,12,,LC,,,Intermountain West,Intermountain West,Forests: Temperate Western,,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak +958,Yellow-bellied Sapsucker,Sphyrapicus varius,landbird,Piciformes,Picidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,"distance revised to 125 m based on review of large boreal dataset, score reverts to PS=2 (Blancher email, Dec. 20, 2008)","14,000,000",14000000,"14,000,000",14000000,2010.5,PIFcalc19,,100,99.99388123,99.99388,99.99388123,bbs0514(UsCa),1,4453193,Natureserve 3.0,,1,4359569,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,1,BBS7017,,1.42,BBS7017,1.00,1.80,1.17,1.65,1.86,1149,92.96,58.88,126.96,,6,6,6,,LC,yes,,Northern Forest,Widespread,Forests: Boreal,Forests: Temperate Eastern,Forests: Temperate Generalist, +726,Pelagic Cormorant,Phalacrocorax pelagicus,waterbird,Suliformes,Phalacrocoracidae,Monotypic.,1,1,1,0,PM,,,4,USFWS 2006,,"400,000",400000,"140,000",140000,1990,BNA Hobson 2013,,51.59929088,,,,"eBrd17(UsCa,WHem,Glob)",2,1720000,BirdLife 2015,,2,1970956,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,3,Waterbird Working Group 2017,more concern with southern populations in California; need more input from west coast seabird experts (Waterbird working group 2017),3,Waterbird Working Group 2017,,2,CBC7017,"Panjabi 2020: few detections in expanded BBS (df = 17), so CBC (df = 182) better captures this species",0.40,CBC7017,-0.70,1.40,-0.23,0.98,182.00,92.45722064,20.60,,,,11,11,11,,LC,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters,Coasts: Rocky Intertidal +727,Anhinga,Anhinga anhinga,waterbird,Suliformes,Anhingidae,,0,1,1,1,PM,,,3,PIF CAW 2016-PS-g midpoint,,"2,000,000",2000000,"27,000",27000,1979,BNA Frederick & Siegel-Causey 2000,,100,,,,"bbs0514(BBS), eBrd17(WHem)",1,14742641,Natureserve,,1,14236485,Natureserve,,3,Waterbird Working Group 2017,,3,Waterbird Working Group 2017,,2,Waterbird Working Group 2017; PIF CAW 2015; Mexican Regional Assessment 2005; PIFSC-19,"Waterbird Working Group 2017: stable (MX-NSAC); expert consensus is trend is increasing; but uncertainty in Mexico and further south; local declines in LA and upper TX coast. Shaw 2020: BBS shows strong increase in US but its score not used because the US is a minority of the species' range. Demarest 2019: its hard to imagine that if US pops are on the order of PT 1 or 2, that Latin American pops are faring any worse.",1.62,BBS7017*,0.95,2.34,1.21,2.01,0.26,237,110.64,52.15,199.67,,9,9,9,,LC,,,Neotropical,Neotropical,Wetlands: Generalist,,Wetlands: Generalist, +803,Plumbeous Kite,Ictinia plumbea,landbird,Accipitriformes,Accipitridae,Monotypic.,0,0,1,1,PM,,,3,Gomez-Panjabi. PIF CAW 2016,Anida en Sur América (CAW);,,,,,,,,,,,,,1,13116434,Natureserve 3.0,,1,12507120,Natureserve 3.0,,3,MX-NSAC,requires humid forest; threats at leats moderate.,2,MX-NSAC,uses wide range of habitats in winter,3,PIF CAW 2014,,,,,,,,,,,,,,10,9,10,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +799,Bald Eagle,Haliaeetus leucocephalus,landbird,Accipitriformes,Accipitridae,,1,1,1,0,PM,,,4,"USFWS Eagle Rule Revision, 2016, with extrapolation to Canada","extrapolated from US estimate (143,000) to Canada using BBS-based %pop of 28.8% in Canada vs. 71.2% in US (P.Blancher pers. comm., 6.7.16). 970,000 is estimate from BBS-15.","200,000",200000,"200,000",200000,,"USFWS Eagle Rule Revision, 2016, with extrapolation to Canada","U.S. est=143,000",100,,,,bbs0514(UsCa),1,8635225,Natureserve 3.0,,1,6488748,Natureserve 3.0,,2,PIFSC-19,changed due to calibration with TB-r; only 15 of 34 BCRs (<10% pop) scored TB>2,3,PIFTC-02,Disease and coastal development remain threats,1,BBS7017,,5.53,BBS7017,4.85,6.13,5.15,5.94,0.05,1012,1092.26,847.03,1557.96,,8,9,9,,LC,,,Nearctic,Nearctic,Wetlands: Generalist,Coasts: Beach and Estuary,Wetlands: Generalist,Coasts: Saltmarsh +804,Black-collared Hawk,Busarellus nigricollis,landbird,Accipitriformes,Accipitridae,,0,0,1,1,R,,,4,PIF CAW 2016,Extirpado en El Salvador (CAW); score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,1,8580165,Natureserve 3.0,,1,8580165,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,"specialized habitats (mangroves, palm forest)",4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +787,Northern Harrier,Circus hudsonius,landbird,Accipitriformes,Accipitridae,,1,1,1,1,PM,,,3,PIFcalc19,"split from Old World's Circus cyaneus, so used US/Canada estimate for global estimate","820,000",820000,"820,000",820000,2010.5,PIFcalc19,,99.73932906,100,99.73933,99.73932648,"bbs0514(UsCa), eBrd17(WHem)",1,12347239,BirdLife 2017,,1,9102362,BirdLife 2017,,3,PIFTC-02,"Lots of undisturbed range in far north (GB), but much habitat loss in populated areas.",3,PIFTC-02,"TN should be less than TB, as for Short-eared Owl (GB). threats still probably moderate overall in winter; uses ag but less so in more intensified ag (KVR)",4,BBS7017,,-0.77,BBS7017,-0.99,-0.57,-0.90,-0.65,0.39,1913,-30.38,-36.37,-22.21,148,11,11,11,,LC,,"b,w",Nearctic,Nearctic,Grasslands: Temperate,Wetlands: Freshwater Marsh,Open Country: Habitat Mosaic,Coasts: Saltmarsh +792,Tiny Hawk,Accipiter superciliosus,landbird,Accipitriformes,Accipitridae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,1,8592097,NatureServe,,1,8592097,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +793,Sharp-shinned Hawk,Accipiter striatus,landbird,Accipitriformes,Accipitridae,,1,1,1,1,PM,,,3,PIFcalc19,"Especie residente, el rango es pequeño, bosque de pino, especie local (calificación 5) (CAW);","1,000,000",1000000,"410,000",410000,2010.5,PIFcalc19,,100,40.67554092,40.67554,40.67554092,"eBrd17(UsCa,WHem)",1,16346707,Natureserve 3.0,,1,14435200,Natureserve 3.0,,2,PIFSC-08,"Uses wide variety of forest types, including young. Is it area sensitive? (ED); same as U.S. (MX-NSAC).",2,PIFTC-02,"Persecution, but not enough to make a 3",1,BBS7017,,1.20,BBS7017,0.90,1.53,1.02,1.38,0.02,1343,74.45,46.04,110.38,,7,7,7,,LC,,,Northern Forest,Widespread,Forests: Temperate Generalist,,Forests: Temperate Generalist, +794,Cooper's Hawk,Accipiter cooperii,landbird,Accipitriformes,Accipitridae,Monotypic.,1,1,1,1,PM,,,3,PIFcalc19,Migrante en la región de CA (CAW);,"1,000,000",1000000,"840,000",840000,2010.5,PIFcalc19,,100,83.98899078,83.98899,83.98899078,"eBrd17(UsCa,WHem)",1,8365612,Natureserve 3.0,,1,8151344,Natureserve 3.0,,2,PIFTC-02,Same habitat as in winter.,2,PIFTC-02,Persecution. winters extensively in urban and agricultural areas; persecution not a population threat (KVR); should be same as sharp-shinned (Panjabi),1,BBS7017,,3.05,BBS7017,2.83,3.29,2.92,3.19,0.04,2145,309.39,269.96,358.48,,7,7,7,,LC,yes,,Nearctic,Widespread,Forests: Temperate Generalist,,Open Country: Habitat Mosaic, +796,Bicolored Hawk,Accipiter bicolor,landbird,Accipitriformes,Accipitridae,,0,0,1,1,R,,,3,PIF CAW 2016,"Marginal en CA, amplio en Sur América (CAW); score change from 5 to 3 recommended by Central Americans in 2016",,,,,,,,,,,,,1,14390047,Natureserve 3.0,,1,14390047,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,highly restricted to primary rainforest,5,PIF CAW 2014,regional experts in core range in mexico score as PT=5; habitat trends and species status similar throughout central america,,,,,,,,,,,,,13,13,13,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +797,Northern Goshawk,Accipiter gentilis,landbird,Accipitriformes,Accipitridae,,1,1,1,0,PM,,,4,PIFcalc19,,"420,000",420000,"210,000",210000,2010.5,PIFcalc19,,50,97.99815369,48.99908,48.99907684,"eBrd17(UsCa,WHem), PIF(Glob)",1,20028624,Natureserve 3.0,,1,26368146,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,,2,BBS7017,low reliability; highly variable population indices; CBC analysis (1st vs last yr) indicates stable trend; BBS indicates unknown trend (highly variable),0.57,BBS7017,0.32,0.96,0.42,0.76,0.01,417,30.56,10.80,50.62,,10,10,10,,LC,,,Northern Forest,Nearctic,Forests: Boreal,Forests: Temperate Western,Forests: Temperate Generalist, +1072,Barred Antshrike,Thamnophilus doliatus,landbird,Passeriformes,Thamnophilidae,,0,0,1,1,R,,,1,PIF CAW 2016,score change from 2 to 1 recommended by Central Americans in 2016,,,,,,,,,,,,,1,10689071,Natureserve 3.0,,1,10689071,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,forest edge,2,PIF CAW 2014,"regional scores in core range in Mexico (SECL, SEPL) indicate stable or increasing population.",,,,,,,,,,,,,6,6,6,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1073,Black Antshrike,Thamnophilus nigriceps,landbird,Passeriformes,Thamnophilidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,4,210710,NatureServe,,4,210710,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1074,Black-hooded Antshrike,Thamnophilus bridgesi,landbird,Passeriformes,Thamnophilidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,28322,NatureServe,,5,28322,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1075,Black-crowned Antshrike,Thamnophilus atrinucha,landbird,Passeriformes,Thamnophilidae,Formerly known as Western Slaty-Antshrike.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,550111,NatureServe,,3,550111,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1076,Spiny-faced Antshrike,Xenornis setifrons,landbird,Passeriformes,Thamnophilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,5494,NatureServe,,5,5494,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,18,18,18,Watch List - Red,VU,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1077,Russet Antshrike,Thamnistes anabatinus,landbird,Passeriformes,Thamnophilidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,565000,Natureserve 3.0,,3,565000,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,severe habitat loss; uses primary forest,5,PIF CAW 2014,Restricted to humid lowland and foothills forest within C.A. range; loss of such forests has been extensive in C.A.,,,,,,,,,,,,,16,16,16,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen +1078,Plain Antvireo,Dysithamnus mentalis,landbird,Passeriformes,Thamnophilidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,4423384,Natureserve 3.0,,1,4423384,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,severe habitat loss; uses primary forest,4,PIF CAW 2014,Restricted to humid lowland and foothills forest within limited C.A. range; loss of such forests has been extensive in C.A.,,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1079,Streak-crowned Antvireo,Dysithamnus striaticeps,landbird,Passeriformes,Thamnophilidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,88493,NatureServe,,4,88493,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1080,Spot-crowned Antvireo,Dysithamnus puncticeps,landbird,Passeriformes,Thamnophilidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,127462,NatureServe,,4,127462,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1081,Moustached Antwren,Myrmotherula ignota,landbird,Passeriformes,Thamnophilidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,2,1434499,NatureServe,,2,1434499,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1082,Pacific Antwren,Myrmotherula pacifica,landbird,Passeriformes,Thamnophilidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,235991,NatureServe,,4,235991,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1083,White-flanked Antwren,Myrmotherula axillaris,landbird,Passeriformes,Thamnophilidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,8006238,NatureServe,,1,8006238,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,CBSD,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +728,American White Pelican,Pelecanus erythrorhynchos,waterbird,Pelecaniformes,Pelecanidae,Monotypic.,1,1,1,1,M,,,4,"PIFcalc19, bbs0514(BBS), eBrd17(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"450,000",450000,"410,000",410000,2010.5,PIFcalc19,,100,,,,"bbs0514(BBS), eBrd17(WHem)",2,1202753,Natureserve,,2,2163377,Natureserve,,3,PIFSC-19,changed due to calibration with TB-r,2,Waterbird Working Group 2017,makes more extensive use of reservoirs than previously; depredation order could arise due to conflicts with fisherman,1,BBS7017,generally considered to be increasing overall,6.27,BBS7017,4.93,7.52,5.50,6.99,6.05,410,1289.73,773.76,2233.55,,10,9,10,,LC,,,Western Temperate,Widespread,Wetlands: Lakes and Rivers,,Coasts: Saltmarsh,Wetlands: Lakes and Rivers +729,Brown Pelican,Pelecanus occidentalis,waterbird,Pelecaniformes,Pelecanidae,,1,1,1,1,PM,,,4,BNA Shields 2014,,"370,000",370000,"100,000",100000,1999,BNA Shields 2014,,100,,,,"bbs0514(BBS), eBrd17(WHem)",2,1460614,Natureserve,,2,2376191,Natureserve,,3,Waterbird Working Group 2017,,2,Waterbird Working Group 2017,,1,BBS7017,"considered increasing in U.S. despite Kushlan et al., supported by BBS, but declining in West Indies (not included here); increasing (MX-NSAC)",3.57,BBS7017,0.84,6.29,1.77,5.24,4.27,50,222.65,19.87,576.92,,10,9,10,,LC,yes,,Widespread,Widespread,Coasts: Beach and Estuary,Coasts: Marine Waters,Coasts: Beach and Estuary,Coasts: Marine Waters +730,Pinnated Bittern,Botaurus pinnatus,waterbird,Pelecaniformes,Ardeidae,,0,0,1,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,2,2187788,Natureserve,,2,2187788,Natureserve,,2,Waterbird Working Group 2017,,2,Waterbird Working Group 2017,,2,MX-NSAC,stable (MX-NSAC),,,,,,,,,,,,,10,10,10,,LC,,,Neotropical,Neotropical,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +731,American Bittern,Botaurus lentiginosus,waterbird,Pelecaniformes,Ardeidae,Monotypic.,1,1,1,1,M,,,3,"PIFcalc19, bbs0514(BBS), eBrd17(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"2,500,000",2500000,"2,500,000",2500000,2010.5,PIFcalc19,,100,,,,"bbs0514(BBS), eBrd17(WHem)",1,8751339,Natureserve,,2,3481635,Natureserve,,3,Waterbird Working Group 2017,,3,Waterbird Working Group 2017,,4,BBS7017,,-0.57,BBS7017,-1.01,-0.11,-0.84,-0.29,0.44,1136,-23.23,-35.19,-10.63,,11,12,12,,LC,,,Nearctic,Nearctic,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh,Coasts: Saltmarsh +733,Least Bittern,Ixobrychus exilis,waterbird,Pelecaniformes,Ardeidae,,1,1,1,1,M,,,4,"PIFcalc19, eBrd17(UsCa,WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"310,000",310000,"130,000",130000,2010.5,PIFcalc19,,100,,,,"eBrd17(UsCa,WHem)",1,6229176,Natureserve,,1,4225069,Natureserve,,3,Waterbird Working Group 2017,,3,Waterbird Working Group 2017,,3,BBS7017,expert consensus agrees with unknown trend (Hunter/Andres),0.66,BBS7017,-0.47,1.76,-0.04,1.33,0.05,121,36.46,-7.94,138.29,,11,11,11,,LC,,,Widespread,Widespread,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +735,Rufescent Tiger-Heron,Tigrisoma lineatum,waterbird,Pelecaniformes,Ardeidae,,0,0,1,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,1,,Natureserve,,1,,Natureserve,,3,MX-NSAC,,3,MX-NSAC,,3,MX-NSAC,unknown,,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +736,Fasciated Tiger-Heron,Tigrisoma fasciatum,waterbird,Pelecaniformes,Ardeidae,,0,0,0,1,R,,,5,BirdLife 2016,"BirdLife estimates <10,000 individuals, or PS=5; BirdLife assumed 2/3 of individual estimate are breeding adults.","3,700",3700,,,,,,,,,,,2,1360000,BirdLife 2016,,2,1360000,BirdLife 2016,,4,PIF CAW 2014,"afectado por contaminación, por ejemplo metales pesados; plantas hidroeléctricas",4,PIF CAW 2014,,3,PIF CAW 2014,ha aumentado debido al cultivo de trucha en Costa Rica,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Neotropical,Neotropical,Wetlands: Lakes and Rivers,Forests: Tropical Lowland Evergreen,Wetlands: Lakes and Rivers,Forests: Tropical Lowland Evergreen +737,Bare-throated Tiger-Heron,Tigrisoma mexicanum,waterbird,Pelecaniformes,Ardeidae,Monotypic.,0,0,1,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,3,931184,Natureserve,,3,931184,Natureserve,,2,MX-NSAC,,2,MX-NSAC,,3,MX-NSAC,stable (MX-NSAC),,,,,,,,,,,,,12,12,12,,LC,,,Mesoamerica,Mesoamerica,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +738,Great Blue Heron,Ardea herodias,waterbird,Pelecaniformes,Ardeidae,,1,1,1,1,PM,,,3,"PIFcalc19, bbs0514(BBS), eBrd17(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"700,000",700000,"620,000",620000,2010.5,PIFcalc19,,100,,,,"bbs0514(BBS), eBrd17(WHem)",1,9840556,Natureserve,,1,9496882,Natureserve,,2,Waterbird Working Group 2017,,2,Waterbird Working Group 2017,,2,BBS7017,,0.68,BBS7017,0.55,0.81,0.60,0.75,0.68,3564,37.25,29.02,46.08,,8,8,8,,LC,,w,Widespread,Widespread,Wetlands: Generalist,Coasts: Saltmarsh,Wetlands: Generalist,Coasts: Saltmarsh +740,Cocoi Heron,Ardea cocoi,waterbird,Pelecaniformes,Ardeidae,Monotypic.,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,14700000,BirdLife 2016,,1,14700000,BirdLife 2016,,3,PIF CAW 2014,,3,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,8,8,8,,LC,,,South American Lowlands,South American Lowlands,Wetlands: Generalist,,Wetlands: Generalist, +742,Great Egret,Ardea alba,waterbird,Pelecaniformes,Ardeidae,,1,1,1,1,PM,,,2,"PIFcalc19, bbs0514(BBS), eBrd17(WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"9,500,000",9500000,"710,000",710000,2010.5,PIFcalc19,,50,,,,"bbs0514(BBS), eBrd17(WHem), PIF(Glob)",1,37202224,"Natureserve, with Old World extrapolation",,1,38068606,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,2,Waterbird Working Group 2017,,2,Waterbird Working Group 2017,,1,BBS7017,,2.49,BBS7017,1.85,3.13,2.10,2.87,2.25,1006,211.98,140.32,311.81,,6,6,6,,LC,,w,Widespread,Widespread,Wetlands: Generalist,Coasts: Saltmarsh,Wetlands: Generalist,Coasts: Saltmarsh +748,Snowy Egret,Egretta thula,waterbird,Pelecaniformes,Ardeidae,,1,1,1,1,PM,,,3,"PIFcalc19, bbs0514(BBS), eBrd17(WHem,Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"2,100,000",2100000,"220,000",220000,2010.5,PIFcalc19,,99.92401689,,,,"bbs0514(BBS), eBrd17(WHem,Glob)",1,17646497,Natureserve,,1,17790384,Natureserve,,2,Waterbird Working Group 2017,more similar to great egret than little blue heron (Waterbird working group 2017),2,Waterbird Working Group 2017,,1,BBS7017,"declines along atlantic coast, but increase in missisippi valley, oaks and prairies",2.20,BBS7017,1.05,3.23,1.59,2.79,1.31,463,167.77,65.68,364.08,,7,7,7,,LC,,w,Widespread,Widespread,Wetlands: Generalist,Coasts: Saltmarsh,Wetlands: Generalist,Coasts: Saltmarsh +749,Little Blue Heron,Egretta caerulea,waterbird,Pelecaniformes,Ardeidae,Monotypic.,1,1,1,1,PM,,,3,"PIFcalc19, bbs0514(BBS), eBrd17(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"1,100,000",1100000,"270,000",270000,2010.5,PIFcalc19,,99.99853206,,,,"bbs0514(BBS), eBrd17(WHem)",1,5649725,Natureserve,,1,6190926,Natureserve,,3,Waterbird Working Group 2017,"TB seems too high, especially for all of North America (KVR); Vermillion, William (2017): One thing that could potentially account for higher score vs. other shrub-nesting herons is the theory of competition with Cattle Egrets; but that relationship isn't really understood. Agree, threats not ""High"" range-wide (Waterbird working group 2017).",3,Waterbird Working Group 2017,,4,BBS7017,declines more definite than suggested in Kushlan et al. at least in U.S.,-1.38,BBS7017,-1.92,-0.89,-1.71,-1.11,2.08,640,-47.10,-57.25,-34.43,,11,11,11,,LC,,w,Widespread,Widespread,Wetlands: Generalist,Coasts: Saltmarsh,Wetlands: Generalist,Coasts: Saltmarsh +750,Tricolored Heron,Egretta tricolor,waterbird,Pelecaniformes,Ardeidae,,1,1,1,1,PM,,,4,"PIFcalc19, bbs0514(BBS), eBrd17(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"190,000",190000,"58,000",58000,2010.5,PIFcalc19,,100,,,,"bbs0514(BBS), eBrd17(WHem)",2,1313748,Natureserve,,2,2471614,Natureserve,,3,Waterbird Working Group 2017,"not as restricted as reddish egret, but more restricted than little blue",3,Waterbird Working Group 2017,,3,BBS7017,"BBS contradicts Kushlan et al., more coastal distribution may call BBS data quality into some question, local data suggests stable populations overall in SE U.S.",-0.51,BBS7017,-1.37,0.49,-1.04,0.07,0.94,185,-18.64,-49.27,21.61,,12,12,12,,LC,,w,Widespread,Widespread,Wetlands: Generalist,Coasts: Saltmarsh,Wetlands: Generalist,Coasts: Saltmarsh +764,White-faced Ibis,Plegadis chihi,waterbird,Pelecaniformes,Threskiornithidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19, bbs0514(BBS), eBrd17(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"7,200,000",7200000,"1,300,000",1300000,2010.5,PIFcalc19,,100,,,,"bbs0514(BBS), eBrd17(WHem)",1,5296202,Natureserve,,1,5944825,Natureserve,,3,Waterbird Working Group 2017,,3,Waterbird Working Group 2017,,1,BBS7017,"in almost all states and phys. areas species is undergoing increases, possibly with exception of Coastal Prairies where relative changes with Glossy Ibis changes are all treated under White-faced Ibis",3.47,BBS7017,0.62,6.43,1.59,5.14,219.17,175,227.82,-10.60,907.71,,7,7,7,,LC,,w,Widespread,Widespread,Wetlands: Freshwater Marsh,,Wetlands: Generalist,Coasts: Saltmarsh +765,Green Ibis,Mesembrinibis cayennensis,waterbird,Pelecaniformes,Threskiornithidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,1,10600000,BirdLife 2016,,1,10600000,BirdLife 2016,,2,Waterbird Working Group 2017,una especie plástica,2,Waterbird Working Group 2017,,2,PIF CAW 2014,,,,,,,,,,,,,,9,9,9,,LC,,,Neotropical,Neotropical,Wetlands: Forested,Forests: Tropical Lowland Evergreen,Wetlands: Forested,Forests: Tropical Lowland Evergreen +768,Roseate Spoonbill,Platalea ajaja,waterbird,Pelecaniformes,Threskiornithidae,Monotypic.,0,1,1,1,PM,,,4,"BNA2000, bbs0514(BBS), eBrd17(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"170,000",170000,"11,000",11000,1998,BNA Dumas 2000,,100,,,,"bbs0514(BBS), eBrd17(WHem)",1,7970819,Natureserve,,1,8470416,Natureserve,,3,Waterbird Working Group 2017,,3,Waterbird Working Group 2017,,2,PIF CAW 2014; MX-NSAC; PIFSC-19,"apparent steep declines in extreme south FL; but clear increases elsewhere in FL and Gulf Coast; overall increase in contrast to Kushlan et al.; probably stable (MX-NSAC); unclear if increase is due to northward shifts in populations. Panjabi 2019: 7 regions gave it a PT=4, including some important ones (SE Mexico, Belize, Guatemala), but current score is 2 based on PIF CAW 14 consensus. Range extends far beyond the reach of BBS.",7.33,BBS7017*,5.88,9.38,6.39,8.60,0.93,75,1775.58,912.56,3403.62,,10,10,10,,LC,,w,Neotropical,Neotropical,Coasts: Mangroves,Wetlands: Freshwater Marsh,Wetlands: Generalist,Coasts: Saltmarsh +769,Black Vulture,Coragyps atratus,landbird,Cathartiformes,Cathartidae,,0,1,1,1,PM,,,1,Zimmerman et al. 2019; BBS update to 2018; eBrd17,Zimmerman used the methodology in Zimmerman et al. 2019 for the entire U.S. using BBS-2018. This new U.S. estimate was extrapolated globally using eBird's % of global Black Vulture observations that are in U.S.,"190,000,000",190000000,"9,600,000",9600000,,Zimmerman et al. 2019; BBS update to 2018,Zimmerman used the methodology in Zimmerman et al. 2019 for the entire U.S. using BBS-2018.,100,4.914206505,5,5,"bbs0514(UsCa), eBrd17(WHem)",1,20974656,Natureserve 3.0,,1,20974656,Natureserve 3.0,,1,PIFTC-02,"DD = 'benefit from human acitivity.' Mostly in SA and CA where sanitation issues create favorable situation, but farming in US creates much carrion and non-natural nest sites provide suitable alternatives to large cavities. Southern pops probably outnum.",1,PIFTC-02,"DD = 'benefit from human activity.' Mostly in SA and CA where sanitation issues create favorable situation, but farming in US creates much carrion. Southern pops probably outnumber US ones.",1,BBS7017,,4.79,BBS7017,4.42,5.15,4.57,5.02,1.78,1012,790.22,666.89,966.16,,4,4,4,,LC,yes,w,Widespread,Widespread,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +770,Turkey Vulture,Cathartes aura,landbird,Cathartiformes,Cathartidae,,1,1,1,1,PM,,,2,PIFcalc19,,"28,000,000",28000000,"8,400,000",8400000,2010.5,PIFcalc19,,100,29.64390182,29.6439,29.64390182,"bbs0514(UsCa), eBrd17(WHem)",1,28220589,Natureserve 3.0,,1,21773049,Natureserve 3.0,,1,PIFTC-02,"DD = 'benefit from human alteration of landscapes.' expected future conditions are enhanced by humans. Could be TB = 2, populations demonstrably secure and no known threats?",1,PIFTC-02,DD = 'benefit from human alteration of landscapes.' expected future conditions are enhanced by humans.,1,BBS7017,,2.49,BBS7017,2.25,2.71,2.35,2.63,2.58,3439,216.81,187.32,251.08,,5,5,5,,LC,yes,w,Widespread,Widespread,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +771,Lesser Yellow-headed Vulture,Cathartes burrovianus,landbird,Cathartiformes,Cathartidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,7836656,Natureserve 3.0,,1,7836656,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,no significant threats,2,PIF CAW 2014,,,,,,,,,,,,,,8,8,8,,LC,,,Neotropical,Neotropical,Grasslands: Tropical,Wetlands: Freshwater Marsh,Grasslands: Tropical,Wetlands: Freshwater Marsh +772,California Condor,Gymnogyps californianus,landbird,Cathartiformes,Cathartidae,Monotypic.,0,1,1,0,R,,,5,California Condor Recovery Team 2017,"these estimates are for wild birds only. BBS-15 yielded 5700 for US/Canada, 6000 globally.",290,290,250,250,,California Condor Recovery Team 2017,,100,,,,"eBrd17(UsCa,WHem)",5,,Natureserve 3.0,"Roberta Mesta (USFWS) confirms that the two polygons of extant breeding range are correct; a third polygon should be included to cover the San Pedro Martir range in northern Baja, MX; However, breeding sites are few and highly local, therefore BD=5.",4,103662,Natureserve 3.0,doesn't yet include Baja; Ken comment: doesn't yet include Baja,5,PIFTC-02,"CB-low productivity, extirpation from large areas of range, interactions with humans negative, lead poisoning, high wires, (R. Mesta).",5,PIFTC-02,,1,PIFSC-18,"relative to 1970 population (which was low, ~30-40 birds) today’s population of over 250 birds equates to a score of 1",,,,,,,,,,,,,16,15,16,Watch List - Yel-R,CR,,,Pacific North America,Pacific North America,Aridlands: Chaparral,Forests: Temperate Western,Aridlands: Chaparral,Forests: Temperate Western +773,King Vulture,Sarcoramphus papa,landbird,Cathartiformes,Cathartidae,Monotypic.,0,0,1,1,R,,,4,PIF CAW 2016,Rango amplio. Densidad baja. (CAW); score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,1,13662423,Natureserve 3.0,,1,13662423,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,requires large areas of primary forest; habitat loss,5,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +774,Osprey,Pandion haliaetus,landbird,Accipitriformes,Pandionidae,,1,1,1,1,M,,,3,PIFcalc19,,"1,200,000",1200000,"400,000",400000,2010.5,PIFcalc19,,50,64.33145905,32.16573,32.16572952,"bbs0514(UsCa), eBrd17(WHem), PIF(Glob)",1,18768140,Natureserve 3.0,,1,33358756,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,"widespread, tolerant of human disturbance (KR)",1,BBS7017,,3.03,BBS7017,2.54,3.45,2.74,3.27,0.12,1075,303.27,214.40,382.07,,7,7,7,,LC,yes,,Widespread,Widespread,Wetlands: Lakes and Rivers,Coasts: Saltmarsh,Wetlands: Generalist,Coasts: Saltmarsh +778,Gray-headed Kite,Leptodon cayanensis,landbird,Accipitriformes,Accipitridae,,0,0,1,1,R,,,4,PIF CAW 2016,Bajas densidades. (CAW); score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,1,12115833,Natureserve 3.0,,1,12115833,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,specialized habitat (riparian forest); habitat loss,5,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +777,Hook-billed Kite,Chondrohierax uncinatus,landbird,Accipitriformes,Accipitridae,,0,1,1,1,R,,,4,Gomez-Panjabi–PS-g midpoint,,"200,000",200000,<50,50,,PIFSC-16,guesstimate,100,0.288301557,0.2883016,0.288301557,"eBrd17(UsCa,WHem)",1,9820881,Natureserve 3.0,,1,9820881,Natureserve 3.0,,3,PIFTC-02,"Mainly a forest bird. global score of 2 seems too low, 3 more approapriate given widespread threats to lowland forests, most regions score 4; 3 in SECL which may represent core range in MX.",3,PIFTC-02,"uses disturbed habitats, very widespread. usually associated with forests and woodlands (Panjabi)",4,MX-NSAC 2008,"all 8 regions score PT=4, situacion likely similar across C.A.",,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +779,Swallow-tailed Kite,Elanoides forficatus,landbird,Accipitriformes,Accipitridae,,0,1,1,1,M,,,4,PIFSC-18,"Global estimate extrapolated from US estimate (7500) using NatureServe 3.0 range proportion in U.S. (2.86%).  Austral migrant, migrating in Northern Hemisphere in Jan/Feb and July/August, potentially confounding the seasonal breeding values from eBird.  Would need to adjust methodology to use eBird for global extrapolation because N. American breeding timing differs from most other species and we don't know exact breeding timing for S. America populations (but not likely in June-July as for other species – same issue applies for other species with breeding pops in southern hemisphere).  49,000 and 700,000 are US/Canada and global estimates from BBS-15, with eBird-based extrapolation, but don't use these. (PIFSC-18).","260,000",260000,"7,500",7500,,Swallow-tailed Kite Conservation Alliance 2016,,100,6.997067928,6.997068,6.997067928,"eBrd17(UsCa,WHem)",1,12014973,Natureserve 3.0,,1,11320710,Natureserve 3.0,,4,PIFSC-08,"uses primary forest (MX-NSAC); threats to lowland forests is high in Central America; despite increases in US, divestiture of private forest lands in SE US threatens integrity of bottomland forests; Lower threats throughout range as whole than in U.S.; although U.S. hosts the largest population in NA. are threats really severe across breeding range? Do we want to consider South America? (CB, KVR, WE, TW, DP); Our score for this species is likely inappropriately biased by a US (""edge of range"") perspective on what accounts for only a fraction of the breeding range of this species. I feel comfortable with TB = 4 for US breeding STKI (fragmentation, habitat alteration favoring GHOW predation, threats to large intacts bottomland systems, etc) . . . but for rest of breeding range, I'm less sure. Ranching, tropical lowland forest converstion and fragmentation, shooting and pesticides are all recently documented threats to STKI breeding and wintering in Brazil. Its not clear if this is local phehomena tho on wintering range, or indicative of more widespread threats?? Dependent on super-emergent trees in bottomland hardwood forests; sale of large tracts of timberlands for residential development will increase fragmentation and GHOW predation (PIFSC)",3,PIFTC-02,Lower threats throughout range as whole than in U.S.; uses primary forest,3,"PIFSC-19, PIF CAW 2015, Mexican Regional Assessment 2005","Demarest 2019: We recently dropped the STKI PT score from 5 to 3 to reflect a desire to get away from unilaterally “Five-ing” species that have undergone huge historical (rather than recent) losses, and in recognition of the large % of the score that should be driven by unknown trends among Latin American birds. Panjabi 2019: BBS would yield a score of 1 for US, but Mexican and Central American expert-based scores average = 3.",5.69,BBS7017*,4.86,6.60,5.17,6.27,0.11,128,1117.40,765.86,1803.79,,12,11,12,,LC,,,Widespread,South American Lowlands,Forests: Temperate Eastern,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen, +857,Colima Pygmy-Owl,Glaucidium palmarum,landbird,Strigiformes,Strigidae,,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,227056,Natureserve 3.0,,4,227056,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss expected,4,MX-NSAC,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +858,Ferruginous Pygmy-Owl,Glaucidium brasilianum,landbird,Strigiformes,Strigidae,,0,1,1,1,R,,,2,PIFTC-02–PS-g midpoint,,"20,000,000",20000000,"<1,000",1000,,PIFSC-16,"<1000; 600 on one Division of King Ranch and may be increasing, low density in Brooks Kleberg Willacy Hidalgo and formerly at least Starr (M Gustafson)",100,0.089649156,<1,0.089649156,"eBrd17(UsCa,WHem)",1,12630617,Natureserve 3.0,,1,12630617,Natureserve 3.0,,2,PIFTC-02,"riparian destruction in northern part of range (KR);CB-reductions in habitat in AZ and TX, (BNA), otherwise CAD; tolerant of disturbance (MX-NSAC).",2,PIFTC-02,CB- similar to TB; tolerant of disturbance,3,MX-NSAC 2008,"4 of 9 regions, all in north, score PT=3; documented recent declines in Sonora (Flesch and Steidl 2006); perceived stable in southern regions; unknown overall?",,,,,,,,,,,,,8,8,8,,LC,yes,,Neotropical,Neotropical,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen +864,Spotted Owl,Strix occidentalis,landbird,Strigiformes,Strigidae,,1,1,1,0,R,,,5,BirdLife Int. 2000,"US/Canada estimate extrapolated from 15,000 global estimate x 63% of eBird observations in US/Canada and then rounded to 1 sig fig for a very rough estimate given how old the 15,000 estimate is. Defenders of Wildlife cite a total of 2,360 pairs in CA-BC, but does not include AZ or NM or Mex populations. 15,000 could be pretty close, but could be a bit low considering Mexican range, or could be high because based on old data from before species declined even more (PIFSC-18).","15,000",15000,"10,000",10000,,"BirdLife Int. 2000, eBrd17","US/Canada estimate extrapolated from 15,000 global estimate x 63% of eBird observations in US/Canada and then rounded to 1 sig fig for a very rough estimate given how old the 15,000 estimate is. Defenders of Wildlife cite a total of 2,360 pairs in CA-BC, but does not include AZ or NM or Mex populations. 15,000 could be pretty close, but could be a bit low considering Mexican range, or could be high because based on old data from before species declined even more (PIFSC-18).",100,63.15188599,63.15189,63.15188599,"eBrd17(UsCa,WHem)",2,1204856,Natureserve 3.0,"WE-Relative to ebird records, Natureserve polygon presents an overly optimistic view of distribution.",2,1204856,Natureserve 3.0,"WE-Relative to ebird records, Natureserve polygon presents an overly optimistic view of distribution.",4,PIFSC-08,"CB- fuelwooding, harvest of old growth, fragmentation(BNA); moderate habitat loss (MX-NSAC). threats probably increasing to 5 in northern parts of range, but remain moderate-severe overall.",4,PIFSC-08,CB-similar to TB; moderate habitat loss,4,MX-NSAC 2008,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,NT,,,Western Temperate,Western Temperate,Forests: Temperate Western,Forests: Mesoamerican Highland,Forests: Temperate Western,Forests: Mesoamerican Highland +928,Red-headed Barbet,Eubucco bourcierii,landbird,Piciformes,Capitonidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,233387,NatureServe,,4,233387,NatureServe,,4,PIF CAW 2014,no esta tan amenazada en costa rica,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +929,Prong-billed Barbet,Semnornis frantzii,landbird,Piciformes,Semnornithidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,15934,NatureServe,,5,15934,NatureServe,,4,PIF CAW 2014,"cambio climatica, perdida de habitat",4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +931,Collared Aracari,Pteroglossus torquatus,landbird,Piciformes,Ramphastidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,989755,Natureserve 3.0,,3,989755,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,tolerant of disturbance; wetlands not threatened,4,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +942,Red-headed Woodpecker,Melanerpes erythrocephalus,landbird,Piciformes,Picidae,Monotypic.,1,1,0,0,PM,,,3,PIFcalc19,,"1,800,000",1800000,"1,800,000",1800000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),1,4664275,Natureserve 3.0 with adjustment by PIFSC-08,Reduced by 10%; NS and BNA maps fairly similar.,2,3342646,Natureserve 3.0,,3,PIFTC-02,"DD='moderately vulnerable to human activities and land use.' BNA supports that population likely to decline in future if trends and habitat threats continue. Facing habitat loss and degradation due to firewood cutting, clearcutting, ag development, riv",3,PIFTC-02,"DD='moderately vulnerable to human activities and land use.' BNA supports that population likely to decline in future if trends and habitat threats continue. Facing habitat loss and degradation due to firewood cutting, clearcutting, ag development, rive",5,BBS7017,,-2.18,BBS7017,-2.35,-2.02,-2.28,-2.08,1.62,1810,-64.43,-66.85,-61.64,56,12,13,13,Watch List - Yel-D,LC,,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +943,Acorn Woodpecker,Melanerpes formicivorus,landbird,Piciformes,Picidae,,0,1,1,1,R,,,2,PIFcalc19,,"7,500,000",7500000,"2,200,000",2200000,2010.5,PIFcalc19,,100,29.67437172,29.67437,29.67437172,"eBrd17(UsCa,WHem)",2,1467234,Natureserve 3.0,,2,1467234,Natureserve 3.0,NS and BNA maps very close except for range in NM (more expansive in BNA) and more detail in NS for Columbia. Keep new NS scores.,3,PIFSC-Dec-08,Needs input from MX on condition of oaks in CA; Rosenberg: loss and degradation of oak forests throughout range.,3,PIFSC-Dec-08,Rosenberg: dependent on healthy oak forests year-round; granary trees as important as nest trees.,2,BBS7017,,0.52,BBS7017,-0.09,0.90,0.20,0.75,12.76,199,27.00,7.04,65.45,,9,9,9,,LC,yes,,Widespread,Widespread,Forests: Mesoamerican Pine-Oak,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Forests: Temperate Western +944,Golden-naped Woodpecker,Melanerpes chrysauchen,landbird,Piciformes,Picidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,15303,NatureServe,,5,15303,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +945,Black-cheeked Woodpecker,Melanerpes pucherani,landbird,Piciformes,Picidae,Monotypic.,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,Bajas densidades en Guate (CAW),,,,,,,,,,,,,3,487318,Natureserve 3.0,,3,487318,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,"humid forest, but uses clearings",4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +948,Golden-cheeked Woodpecker,Melanerpes chrysogenys,landbird,Piciformes,Picidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,161830,Natureserve 3.0,,4,161830,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,2,MX-NSAC,,,,,,,,,,,,,,12,12,12,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +805,Crane Hawk,Geranospiza caerulescens,landbird,Accipitriformes,Accipitridae,,0,0,1,1,R,,,3,PIFTC-02. PIF CAW 2016,No es común en Belice. Especialista. (CAW),,,,,,,,,,,,,1,14588779,Natureserve 3.0,,1,14588779,Natureserve 3.0,,3,PIFSC-08,regional scores suggest at least moderate threats; tolerant of disturbance during breeding season (MX-NSAC).,3,PIFSC-08,regional scores suggest at least moderate threats; tolerant of disturbance,4,PIF CAW 2014,core regions in Mexico (SEPL and SECL) score PT=4; likely similar trend throughout C.A. due to widespread deforestation and alteration of wetlands,,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Forests: Tropical Generalist,,Forests: Tropical Generalist, +808,Plumbeous Hawk,Cryptoleucopteryx plumbea,landbird,Accipitriformes,Accipitridae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,4,118571,NatureServe,,4,118571,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,VU,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +819,Semiplumbeous Hawk,Leucopternis semiplumbeus,landbird,Accipitriformes,Accipitridae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,4,237197,NatureServe,,4,237197,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +820,Gray Hawk,Buteo plagiatus,landbird,Accipitriformes,Accipitridae,,0,1,1,1,PM,,,3,PIFTC-02. PIF CAW 2016–PS-g midpoint,Es común y está presente en áreas perturbadas (CAW),"2,000,000",2000000,"<2,000",2000,,PIFSC-16,guesstimate; expanding rapidly in AZ (Beardmore),100,12.25399876,0.1,0.100000001,PIFTC-02; PIF CAW 2016; PIFSC-16,1,11298528,Natureserve 3.0,,1,11171002,Natureserve 3.0,,2,PIFSC-08,"regional scores suggest tolerant of humna disturbance overall; uses modified habitat, expected future conditions will benefit this species; CB-clearing of mesquite bosques, riparian, human encroachment, n. Sonora clearing for ag (Glinski); Mexicans say 1, but uses forest.",2,PIFTC-02,"Need to talk to Mexicans on this, because we think it should be higher; uses modified habitat, expected future conditions will benefit this species. Should be consistent with other species that use human-altered landscapes; ""1"" should be reserved for species really expected to increase because of human activities (KVR); in much of its range, this species increases with forest clearing; still probably not likely to increase by another 50% in the future due to clearing, more likely to remain stable or increase slightly. This change in score will require Mexican approval. Most Central American countries scored TB/TN=2, except El Savador which scored it TB/TN=1 (Panjabi)",2,MX-NSAC 2008,proponemos un 2 debido a que las poblaciones no se han comportado de la misma forma frente a la deforestacion en diferentes lugares,,,,,,,,,,,,,8,8,8,,LC,,,Mesoamerica,Mesoamerica,Forests: Tropical Dry,Aridlands: Desert Riparian,Forests: Tropical Dry,Open Country: Habitat Mosaic +821,Gray-lined Hawk,Buteo nitidus,landbird,Accipitriformes,Accipitridae,Formerly known as Gray Hawk.,0,0,0,1,R,,,3,PIF CAW 2016,no map available (CAW);,,,,,,,,,,,,,1,,Natureserve; PIFSC-12,,1,0,NatureServe,,3,PIF CAW 2014,más sensible que B. plagiatus,3,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,9,9,9,,LC,,,South American Lowlands,South American Lowlands,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +822,Red-shouldered Hawk,Buteo lineatus,landbird,Accipitriformes,Accipitridae,,1,1,1,0,PM,,,3,PIFcalc19,,"1,900,000",1900000,"1,800,000",1800000,2010.5,PIFcalc19,,100,97.67553711,97.67554,97.67553711,"bbs0514(UsCa), eBrd17(WHem)",2,3480787,Natureserve 3.0,,2,3225870,Natureserve 3.0,,2,PIFTC-02,"DD='species relatively tolerant of human activities or land-use trends'= TB 2 or 'threats potentially increasing if present trends conditions continue' = TB 3. BNA supports that contiguous forest tracts more favorable for breeding, yet fragmentation rema",2,PIFTC-02,DD=' species relatively tolerant of human activities or land-use trends'. BNA supports it is more flexible in habitat use during nonbreeding season.,1,BBS7017,,2.98,BBS7017,2.80,3.16,2.87,3.08,0.43,1644,295.62,267.23,327.06,,8,8,8,,LC,yes,,Nearctic,Nearctic,Forests: Temperate Eastern,Forests: Temperate Western,Forests: Temperate Eastern,Forests: Temperate Western +824,Broad-winged Hawk,Buteo platypterus,landbird,Accipitriformes,Accipitridae,,1,1,1,1,M,,,3,PIFcalc19,Poblaciones residentes en el caribe pero muy pequeñas (CAW),"1,900,000",1900000,"1,800,000",1800000,2010.5,PIFcalc19,,100,95.4345932,95.43459,95.4345932,"bbs0514(UsCa), eBrd17(WHem)",1,4854521,Natureserve 3.0,,1,6540874,Natureserve 3.0,,3,PIFTC-02,"favors mature, unfragmented forest (KR). DD='species relatively tolerant of human activities or land-use trends'. However, deforestation and shooting are threats to West Indian populations.",3,PIFTC-02,DD='threats potentially increasing if present trends conditions continue'. BNA cites deforestation and unrestricted shooting as continuing threats on wintering range. General lack of info.,2,BBS7017,,0.81,BBS7017,0.55,1.11,0.64,0.98,0.12,1525,45.70,31.48,64.69,,9,9,9,,LC,,,Northern Forest,Neotropical,Forests: Boreal,Forests: Temperate Eastern,Forests: Tropical Generalist, +826,Short-tailed Hawk,Buteo brachyurus,landbird,Accipitriformes,Accipitridae,,0,1,1,1,R,,,2,PIF CAW 2016,score change from 3 to 2 recommended by Central Americans in 2016 over PIF estimate of 2000000,,,<50,50,,PIFSC-16,guesstimate,100,,,,"eBrd17(UsCa,WHem)",1,14422131,Natureserve 3.0,,1,14395761,Natureserve 3.0,,3,PIFTC-02,Lower threats throughout range as whole than in U.S.; does not use heavily disturbed habitats (MX-NSAC).,3,PIFTC-02,Lower threats throughout range as whole than in U.S.; does not use heavily disturbed habitats,3,MX-NSAC,,,,,,,,,,,,,,9,9,9,,LC,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,Forests: Generalist,Open Country: Habitat Mosaic,Forests: Generalist +827,Swainson's Hawk,Buteo swainsoni,landbird,Accipitriformes,Accipitridae,Monotypic.,1,1,1,1,M,,,3,PIFcalc19,,"900,000",900000,"820,000",820000,2010.5,PIFcalc19,,100,91.75712585,91.75713,91.75712585,"bbs0514(UsCa), eBrd17(WHem)",1,5226232,Natureserve 3.0 with adjustment by PIFSC-08,Reduced by 30%; incorrectly includes too much range in nw Canada,3,664576,Natureserve 3.0,,3,PIFTC-02,,4,PIFTC-02,"Pesticide threat less than a while ago, but still high in migration areas (ED); CB-50% of band recoveries from shooting in winter, pesticides (CAPIF)",1,BBS7017,,0.94,BBS7017,0.70,1.16,0.80,1.07,0.83,1164,54.51,36.46,74.12,,8,11,11,,LC,,"b,w",Western Temperate,Temperate South America,Grasslands: Temperate,,Grasslands: Pampas and Campos, +828,Zone-tailed Hawk,Buteo albonotatus,landbird,Accipitriformes,Accipitridae,Monotypic.,0,1,1,1,PM,,,3,PIFTC-02–PS-g midpoint,"10% of eBird observations in US/Canada is higher than the real proportion, so can't use extrapolated global estimate of 65,000. Can be misidentified as Turkey Vulture if mixed in Turkey Vulture flock, so may be slightly under estimated. (Beardmore 2018)","2,000,000",2000000,"<6,200",6200,2010.5,PIFcalc19,,100,9.521039009,0.31,0.310000002,PIFTC-02; PIFcalc19,1,5811544,Natureserve 3.0,,1,5734622,Natureserve 3.0,,3,PIFTC-02,DD='moderately to highly vulnerable' but it is mainly US info that drives this score. CA info not available. BNA supports that US riparian breeding habitat is degraded and suffering from water use and conversion indicating TB of 4. TB 3 is supported b; uses primary habitats (MX-NSAC).,3,PIFTC-02,"DD='moderatley vulnerable' Less tied to threatened riparian habitat in nonbreeding season. Mexicans say 2; more widespread in winter. Still primarily a forest bird and a raptor, so threats probably ""moderate"" year-round (KVR)",3,MX-NSAC,,,,,,,,,,,,,,10,10,10,,LC,,,Neotropical,Neotropical,Forests: Tropical Generalist,,Forests: Tropical Generalist, +829,Red-tailed Hawk,Buteo jamaicensis,landbird,Accipitriformes,Accipitridae,,1,1,1,1,PM,,,3,PIFcalc19,"score change recommended by CA assessment; Panjabi: 500,000 - 5 million breeding adults seems low for this species.","3,100,000",3100000,"2,800,000",2800000,2010.5,PIFcalc19,,100,89.63555145,89.63555,89.63555145,"bbs0514(UsCa), eBrd17(WHem)",1,15098308,Natureserve 3.0,,1,8810052,Natureserve 3.0,,1,PIFTC-02,"stable, but breeding not enhanced by human disturbance (KR). DD='future conditions are expected to be enhanced by human land use; suffers from human persecution (CB).",1,PIFTC-02,DD='future conditions are expected to be enhanced by human land use,1,BBS7017,,1.64,BBS7017,1.54,1.75,1.58,1.71,1.01,4142,115.01,105.75,128.16,,6,6,6,,LC,yes,w,Nearctic,Widespread,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +830,Rough-legged Hawk,Buteo lagopus,landbird,Accipitriformes,Accipitridae,,1,1,1,0,M,,,3,PIFcalc19,,"590,000",590000,"300,000",300000,2010.5,PIFcalc19,,50,100,50,50,"eBrd17(UsCa,WHem), PIF(Glob)",1,8284174,Natureserve 3.0,,1,13958052,Natureserve 3.0,,2,PIFTC-02,"stable, but breeding not enhanced by human disturbance (KR).",2,PIFTC-02,,2,CBC7017,,-0.02,CBC7017,-0.39,0.39,-0.23,0.21,3.14,2057,-0.60,-20.01,25.91,,8,8,8,,LC,,w,Arctic,Nearctic,Tundra: Arctic,,Open Country: Habitat Mosaic, +831,Ferruginous Hawk,Buteo regalis,landbird,Accipitriformes,Accipitridae,Monotypic.,1,1,1,0,PM,,,4,PIFcalc19,,"110,000",110000,"110,000",110000,2010.5,PIFcalc19,,100,,,,eBrd17(UsCa),2,2435600,Natureserve 3.0,,2,2859435,Natureserve 3.0 with adjustment by PIFSC,"Borderline difference in ND with the RMBO value of 3 looking better to me. (seems like ND is clearly a 2, would have to be reduced by >800,000 km2, or almost 1/3 of range, to meet criteria for BD=3 Panjabi 7/13/06)",3,PIFSC-15,"O.K. with ranching; not cultivation. CB-oil production, mining, conversion of habitat for ag and grazing, poisoning of small mammals, habitat reduced 50% in Cal. (BNA), in sage react neg. to fire and grazing (NPWRC); TN and TB should be same (GB). now vulnerable to wind development on western Plains; but is it really severe across breeding range?? (CB, KVR, WE, TW, DP); Krueper, Dave: Some of the highest nesting densities were located in oil and gas facilities in Wyoming as per presentation at Missoula. Camfield,Alaine [NCR]: Listed as threatened in Canada, suggest keeping at 4. Main threats are fire suppression and loss of prey. TB score 4 in Canadian BCR strategies. PIFSC - Canada portion of range is very small overall.",3,PIFTC-02,CB-shooting via band recoveries (BNA),1,BBS7017,,0.93,BBS7017,0.47,1.40,0.64,1.23,0.22,494,53.40,22.74,92.19,,10,10,10,,LC,,"b,w",Great Plains,Great Plains,Grasslands: Temperate,,Open Country: Habitat Mosaic,Grasslands: Chihuahuan +780,Crested Eagle,Morphnus guianensis,landbird,Accipitriformes,Accipitridae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,1,4793958,Natureserve 3.0,,1,4793958,Natureserve 3.0,,5,MX-NSAC,,5,MX-NSAC,requires large tracts of primary forest; prey base (monkeys) declining throughout range,5,PIF CAW 2014,requires intact lowland rain forest,,,,,,,,,,,,,16,16,16,Watch List - Red,NT,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +781,Harpy Eagle,Harpia harpyja,landbird,Accipitriformes,Accipitridae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,1,6933688,Natureserve 3.0,,1,6933688,Natureserve 3.0,,5,MX-NSAC,,5,MX-NSAC,requires large tracts of primary forest; prey base (monkeys) declining throughout range,5,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Red,NT,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +782,Golden Eagle,Aquila chrysaetos,landbird,Accipitriformes,Accipitridae,,1,1,1,0,PM,,,4,PIFSC-18,"Extrapolated USFWS estimate of 40,000 in US in 2014 for US/Canada estimate based on % of pop in each country in BBS-15 + NWT surveys. Alternatively, 150,000 is BBS-15 estimate for US/Canada, extrapolated with eBird up to 300,000 globally (PIFSC-18).","130,000",130000,"63,000",63000,,USFWS Eagle Rule Revision 2016,,50,97.97061157,48.98531,48.98530579,"eBrd17(UsCa,WHem), PIF(Glob)",1,23242678,Natureserve 3.0,,1,20108304,Natureserve 3.0,,3,PIFTC-02,"CB-Shooting, poison bait, electrocution, cultural uses, (Glinski); threatened in central Mexico by capture (MX-NSAC). susceptible to mortality at wind farms, but probably does not pose population level threats. (CB, KVR, WE, TW, DP)",3,PIFTC-02,"shooting, poisoning, especially in Mexico -- maybe even '4' (KR); CB-most breeding threats same",2,BBS7017,"Dean Demarest: Millsap et al. 2013 uses data from FWS-funded GOEA surveys from 2006-2010 that compare well with BBS-based trends for western BCRs 9, 10, 16 & 17. They calculated an adjustment factor for BBS data based on the survey, and used that to adjust BBS data from 1969-2010 across the range in calculating pop size and trends. The stability in trends suggests a score of 2 (poss. 3) might be appropriate for western portion of range (presumably the majority of pop).",0.08,BBS7017,-0.24,0.44,-0.12,0.29,0.17,708,4.26,-11.29,24.73,,10,10,10,,LC,,w,Nearctic,Nearctic,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +783,Black Hawk-Eagle,Spizaetus tyrannus,landbird,Accipitriformes,Accipitridae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,1,8333206,Natureserve 3.0,,1,8333206,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,requires primary forest,4,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +785,Ornate Hawk-Eagle,Spizaetus ornatus,landbird,Accipitriformes,Accipitridae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,1,9467792,Natureserve 3.0,,1,9467792,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,requires primary forest,5,PIF CAW 2014,"depends on large tracts of humid tropical forest, sensitive to fragmentation; now rare in much of mapped range",,,,,,,,,,,,,14,14,14,Watch List - Yel-D,NT,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +784,Black-and-white Hawk-Eagle,Spizaetus melanoleucus,landbird,Accipitriformes,Accipitridae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,1,8103632,Natureserve 3.0,,1,8103632,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,requires primary forest,5,PIF CAW 2014,"all regions in mexico (which represent >50% of Central American range) indicate major decline, situation likely similar in rest of C.A.",,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +832,Barn Owl,Tyto alba,landbird,Strigiformes,Tytonidae,,1,1,1,1,R,,,3,PIFcalc19,score change from 3 to 2 recommended by Central Americans in 2016 over PIF estimate of 1800000,"3,600,000",3600000,"130,000",130000,2010.5,PIFcalc19,,30,12.20456028,3.661368,3.661368132,"eBrd17(UsCa,WHem), PIF(Glob)",1,87764707,Natureserve 3.0,,1,87764707,Natureserve 3.0,,3,PIFSC-15,"Are road-kill deaths enough to cause ""moderate"" threats? (KVR)",3,PIFTC-02,"Are road-kill deaths enough to cause ""moderate"" threats? (KVR); suggest moderate threats (3) due to pesticides, collisions, distubance, habitat loss (Panjabi)",2,CBC7017,"PIFSC-19: BBS time of day doesn't capture most owls, so didn't use BBS annual trend of 2.511%. Pajanbi 2019: BBS RA value is probably too low to be reliably monitored. CBC, despite its limitations, is probably better for this species overall, even though pops wintering in Mexico are not covered.",0.43,CBC7017,0.04,0.86,0.20,0.68,0.65,760,22.54,,,,9,9,9,,LC,yes,"b,w",Widespread,Widespread,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +835,Flammulated Owl,Psiloscops flammeolus,landbird,Strigiformes,Strigidae,Formerly placed in the genus Otus. Monotypic.,1,1,1,1,M,,,5,PIFcalc19,,12000,12000,11000,11000,2010.5,PIFcalc19,,100,88.54927063,88.54927,88.54927063,"eBrd17(UsCa,WHem)",2,1041863,Natureserve 3.0,WE-Could be close to a 3 based on ebird records.,4,233352,Natureserve 3.0,,3,PIFTC-02,"CB-highest fitness in old growth, low reprod pot, loss of nest trees, fuelwooding, absent in logged areas, pesticides (BNA), fire suppression, logging, disturbance, fragmentation (CODOW).",3,PIFTC-02,CB-similar to TB,3,PIFTC-02,,,,,,,,,,,,,,13,15,15,Watch List - Yel-R,LC,,,Intermountain West,Mesoamerican Highlands,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Pine-Oak, +836,Western Screech-Owl,Megascops kennicottii,landbird,Strigiformes,Strigidae,,1,1,1,0,R,,,4,PIFcalc19,,180000,180000,140000,140000,2010.5,PIFcalc19,,100,77.44890594,77.44891,77.44890594,"eBrd17(UsCa,WHem)",2,3579650,Natureserve 3.0,,2,3579650,Natureserve 3.0,,3,PIFTC-02,"CB-variety of habitats, seem to be doing fine, extirpated on Nav. Res (Glinski), Habitats not doing well (ABQ).",3,PIFTC-02,"CB-similar to TB. Pinon die off, threats to western riparian systems (Panjabi); WE-Threatened/Endangered in Canada. While found in different forest types, all low elevation and often near water. Primary threat is habitat loss and similar in breeding and non-breeding.",4,BBS7017,"Blancher: While BBS counts are not nocturnal, they are capturing calling at dawn in a standardized way, vs. a difficulty with CBC is unstandardized effort for species such as these. Rosenberg: both Screech-Owls show PT=4 from BBS and PT=2 from CBC. We should at least be consistent and perhaps in cases where both surveys are probably poor, we just assign PT=3 for species with conflicting results?",-0.97,BBS7017,-1.97,-0.13,-1.70,-0.41,0.01,92,-35.84,-55.57,-9.61,,13,13,13,,LC,yes,,Western Temperate,Western Temperate,Forests: Temperate Western,Aridlands: Desert Riparian,Forests: Temperate Western,Aridlands: Desert Riparian +837,Eastern Screech-Owl,Megascops asio,landbird,Strigiformes,Strigidae,,1,1,1,0,R,,,3,PIFcalc19,,"560,000",560000,"500,000",500000,2010.5,PIFcalc19,,100,88.19615173,88.19615,88.19615173,"eBrd17(UsCa,WHem)",1,4927760,Natureserve 3.0,,1,4927760,Natureserve 3.0,,2,PIFTC-02,Wide variety of young woodland habitats..,2,PIFTC-02,,4,BBS7017,,-0.90,BBS7017,-1.32,-0.48,-1.14,-0.66,0.02,583,-34.51,-44.97,-23.34,,10,10,10,,LC,yes,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +838,Balsas Screech-Owl,Megascops seductus,landbird,Strigiformes,Strigidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,80442,Natureserve 3.0,,4,80442,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,3,MX-NSAC,moderate habitat loss expected,4,MX-NSAC,,,,,,,,,,,,,,17,16,17,Watch List - Red,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +839,Pacific Screech-Owl,Megascops cooperi,landbird,Strigiformes,Strigidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,5,78613,Natureserve 3.0,,5,78613,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss expected,4,PIF CAW 2014,"loss of pacific lowland forests in Central america, some tolerance to disturbance",,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +840,Whiskered Screech-Owl,Megascops trichopsis,landbird,Strigiformes,Strigidae,,0,1,1,1,R,,,4,PIFTC-02–PS-g midpoint,,"200,000",200000,<500,500,,PIFSC-16,guestimate based on eBird distribution; not very abundant anywhere in SE AZ (Beadmore),100,15.77213764,0.25,0.25,PIFTC-02; PIFSC-16,3,662825,Natureserve 3.0,,3,662825,Natureserve 3.0,,3,PIFTC-02,"CB-pine/oak and riparian, grazing, 2nd home and urban, fire suppression, (TNC), recreation, logging (Glinski); expected to remain stable (MX-NSAC); global score should reflect regional experts' opinion.",3,PIFTC-02,CB-similar to TB; expected to remain stable,4,MX-NSAC 2008,regional experts in core range in mexico score as PT=4,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +841,Tropical Screech-Owl,Megascops choliba,landbird,Strigiformes,Strigidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,1,13100722,NatureServe,,1,13100722,NatureServe,,3,PIF CAW 2014,suseptible a ser atropellada por trafico,3,PIF CAW 2014,,3,PIF CAW 2014,utilice bosques urbanos,,,,,,,,,,,,,10,10,10,,LC,yes,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +851,Snowy Owl,Bubo scandiacus,landbird,Strigiformes,Strigidae,Monotypic.,1,1,0,0,M,,,5,Potapov and Sale 2012,"Recent satellite tracking data indicate that there are only a handful of very wide-ranging breeding concentrations (what Potapov has termed ""loose boids""). Global snowy owl populations probably do not exceed 14,500 pairs following a strong breeding season, and may be as low as 5,000 pairs when cyclic lemming lows are widespread (which happens more often than widely synchronized peaks). Snowy Owls do not seem to occupy their entire breeding range each year. As Potapov’s research suggests, these ""loose boids"" (like 'mobile meta-populations') occupy each region but not in all years, moving from one region to another and leaving blanks on the distribution map. And, there is overlap between populations of the continents with owls from Canada and Alaska moving to Siberia or elsewhere in Eurasia in other years, abandoning their previous location on the other continent. So, Eurasian and North American populations cannot be simply summed together for a global estimate; they are not additive. (from Doug Gross email 4/2/14).","<29,000",29000,"15,000",15000,,Potapov and Sale 2012 global estimate/2,,50,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,5915656,Natureserve 3.0,,1,17599232,Natureserve 3.0,,3,PIFSC-15,"At least ""moderate"" threats identified recently from climate change-caused reduction in breeding range/productivity (KVR); Camfield, Alaine: TB =2 in Canadian BCR strategies. Main threats are habitat loss from resource extraction and habitat changes from climate change; Panjabi: Alaine's comments suggest threats do exist, so how can it be TB=2 (i.e. no threats)?",2,PIFTC-02,,5,CBC7017,,-1.69,CBC7017,-2.37,-1.10,-2.08,-1.34,0.62,383,-54.89,-67.17,-37.64,,14,13,14,Watch List - Yel-D,VU,,w,Arctic,Nearctic,Tundra: Arctic,,Open Country: Habitat Mosaic, +852,Northern Hawk Owl,Surnia ulula,landbird,Strigiformes,Strigidae,,1,1,0,0,R,,,4,PIFcalc19,,250000,250000,130000,130000,2010.5,PIFcalc19,,50,100,50,50,"eBrd17(UsCa,WHem), PIF(Glob)",1,14212852,Natureserve 3.0,,1,14212852,Natureserve 3.0,,3,PIFSC-15,"Camfield,Alaine [NCR]: TB 2 in Canadian BCRs except BCR 4 where it is 3. No High or Very High threats identified, lower magnitude threats include fire suppression and logging; What is relationship with boreal forestry and energy extraction? ""No threats"" or ""moderate threats?"" (KVR); comments from Alaine suggest that low/moderate threats exist? (AP)",2,PIFTC-02,,3,PIFSC-09,irruptive on CBC; variable trend; reliance on 1st yr vs. last year analysis of CBC data may be misleading,,,,,,,,,,,,,11,10,11,,LC,,,Northern Forest,Northern Forest,Forests: Boreal,,Forests: Boreal, +853,Northern Pygmy-Owl,Glaucidium gnoma,landbird,Strigiformes,Strigidae,,1,1,1,1,R,,,4,PIFcalc19,,"180,000",180000,"130,000",130000,2010.5,PIFcalc19,,100,70.86696625,70.86697,70.86696625,"eBrd17(UsCa,WHem)",2,2760861,Natureserve 3.0,,2,2760861,Natureserve 3.0,,3,PIFTC-02,primarily in undisturbed woodlands and canyons (KR); CB-logging and snag removal (BNA).,3,PIFTC-02,primarily in undisturbed woodlands and canyons (KR); CB-same as TB,2,MX-NSAC; BBS7017,Shaw 2020: score is also supported by CBC (annual trend 0.0407%),0.57,BBS7017,-0.04,1.34,0.19,1.00,0.03,234,29.23,-4.44,83.36,,11,11,11,,,,,Western Temperate,Western Temperate,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak +854,Costa Rican Pygmy-Owl,Glaucidium costaricanum,landbird,Strigiformes,Strigidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,10664,NatureServe,,5,10664,NatureServe,,4,PIF CAW 2014,puede ser limitado por la disponibilidad de huecos,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,17,16,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +855,Central American Pygmy-Owl,Glaucidium griseiceps,landbird,Strigiformes,Strigidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,4,270978,Natureserve 3.0,,4,270978,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,humid forest specialist; forest edge,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +856,Tamaulipas Pygmy-Owl,Glaucidium sanchezi,landbird,Strigiformes,Strigidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,27239,Natureserve 3.0,,5,27239,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,cloud forest specialist,4,MX-NSAC,,,,,,,,,,,,,,18,18,18,Watch List - Red,NT,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +865,Barred Owl,Strix varia,landbird,Strigiformes,Strigidae,,1,1,1,0,R,,,3,PIFcalc19,,"3,500,000",3500000,"3,500,000",3500000,2010.5,PIFcalc19,,100,99.65555573,99.65556,99.65555573,"eBrd17(UsCa,WHem)",1,6425421,Natureserve 3.0,,1,6425421,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,1,BBS7017,,1.66,BBS7017,1.41,1.87,1.51,1.79,0.11,1552,116.31,96.17,144.22,,7,7,7,,LC,yes,,Nearctic,Nearctic,Forests: Temperate Eastern,Forests: Temperate Western,Forests: Temperate Eastern,Forests: Temperate Western +866,Fulvous Owl,Strix fulvescens,landbird,Strigiformes,Strigidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,116269,Natureserve 3.0,,4,116269,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,4,MX-NSAC,"specialized habitat, moderate habitat loss",4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +867,Great Gray Owl,Strix nebulosa,landbird,Strigiformes,Strigidae,,1,1,0,0,PM,,,4,PIFcalc19,,120000,120000,58000,58000,2010.5,PIFcalc19,,50,100,50,50,"eBrd17(UsCa,WHem), PIF(Glob)",1,10650356,Natureserve 3.0,,1,10650356,Natureserve 3.0,,3,PIFSC-15,Rosenberg: affected by boreal forestry?. Panjabi: threats from increasing logging in boreal forest may warrant TB=4. Highly specialized needs for nesting and increasing threats suggests species likely to decline across major parts of range.,3,PIFTC-02,"Are there really no threats to these birds throughout boreal range? Seems like it should be at least a ""3"", like most other forest species (KVR)",1,BBS9317,"PIFSC-19: Sit on roadsides during the day so viewable by BBS. 66 routes including expanded BBS coverage area, so decent coverage. CBC biased by people seeking out owls, tend to be irruptive in winter, and CBC data deficient in Canada, so use BBS as best available data source.",2.35,BBS9317,0.74,3.97,,,0.01,42,62.60,1.37,128.21,,9,9,9,,LC,,,Northern Forest,Northern Forest,Forests: Boreal,,Forests: Boreal, +868,Long-eared Owl,Asio otus,landbird,Strigiformes,Strigidae,,1,1,1,0,PM,,,3,PIFcalc19,,520000,520000,150000,150000,2010.5,PIFcalc19,,30,96.86808777,29.06043,29.06042671,"eBrd17(UsCa,WHem), PIF(Glob)",1,25334753,Natureserve 3.0,,1,41301480,Natureserve 3.0,,3,PIFTC-02,in W. riparian and undisturbed Eastern forest; poorly known (KR); BNA says LEOW likes open areas next to nest woodlots and benefits from modest fragmentation (ED).,3,PIFTC-02,Why worse in non-breed than breed? Very poorly known both seasons,5,CBC7017,,-2.42,CBC7017,-4.11,-1.39,-3.29,-1.79,0.32,524,-66.05,-86.31,-36.33,,12,12,12,,LC,,,Nearctic,Nearctic,Forests: Temperate Generalist,,Forests: Temperate Generalist, +869,Stygian Owl,Asio stygius,landbird,Strigiformes,Strigidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,2,3167637,Natureserve 3.0,,2,3167637,Natureserve 3.0,Natureserve shows largest portion of Range in Brazil -- need to check birds of S.A.,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,4,PIF CAW 2014,3 of 4 regions score PT=4,,,,,,,,,,,,,13,13,13,,LC,,,Neotropical,Neotropical,Forests: Tropical Generalist,,Forests: Tropical Generalist, +870,Short-eared Owl,Asio flammeus,landbird,Strigiformes,Strigidae,,1,1,1,0,PM,,,3,PIFcalc19,,"2,300,000",2300000,"600,000",600000,2010.5,PIFcalc19,,30,87.86115265,26.35835,26.35834503,"eBrd17(UsCa,WHem), PIF(Glob)",1,62415997,Natureserve 3.0,,1,51225610,Natureserve 3.0,,3,PIFTC-02,Huge part of range not under threat.,3,PIFSC-Dec-08,Rosenberg: overall threats from habitat loss probably only moderate over very large nonbreeding range,5,CBC7017,Gahbauer 2020: at least 80% (probably more like 85-90%) of the population is beyond the reach of BBS. Panjabi 2019: BBS annual trend (-1.591%) inappropriate to use due to southern bias and poor detectability.,-2.40,CBC7017,-3.01,-1.82,-2.75,-2.06,0.31,902,-68.09,,,,12,12,12,CBSD,LC,,"b,w",Nearctic,Nearctic,Tundra: Arctic,Grasslands: Temperate,Grasslands: Temperate,Coasts: Saltmarsh +871,Striped Owl,Pseudoscops clamator,landbird,Strigiformes,Strigidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,7179249,Natureserve 3.0,,1,7179249,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbed habitats,4,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,,w,Neotropical,Neotropical,Grasslands: Tropical,,Grasslands: Tropical, +873,Boreal Owl,Aegolius funereus,landbird,Strigiformes,Strigidae,,1,1,0,0,PM,,,3,BirdLife International 2018,US/Canada estimate based on Bird Studies Canada’s provincial owl surveys through 2002 for density estimates. Previous estimate for US/Canada was erroneous (Blancher 2018).,"1,540,000",1540000,"500,000",500000,,Blancher 2008,,30,100,30,30,"eBrd17(UsCa,WHem), PIF(Glob)",1,23137560,Natureserve 3.0,,1,23137560,Natureserve 3.0,,3,PIFSC-15,"Prefers old growth, & sensitive to loss of cavity trees. Panjabi: threats from increasing logging in boreal forest may warrant TB=4. Highly specialized needs for nesting and increasing threats from forestry suggests species likely to decline across major parts of range.",3,PIFTC-02,"Are there really no threats to winter habitats? Uses mature forests in western U.S. Seems like should be at least a ""3"" like other forest owls and other species (KVR); In the Rockies, specializes in mature spruce-fir habitat with wetlands; threats at least moderate due to effects of climate change (e.g., increased pine beetles, spruce beetles, fires, drought) (Panjabi)",3,PIFSC-08,,,,,,,,,,,,,,10,10,10,,LC,,,Northern Forest,Northern Forest,Forests: Boreal,,Forests: Boreal, +874,Northern Saw-whet Owl,Aegolius acadicus,landbird,Strigiformes,Strigidae,,1,1,1,0,PM,,,3,Blancher 2008,based on Bird Studies Canada’s provincial owl surveys through 2002 for density estimates,"2,000,000",2000000,"2,000,000",2000000,,Blancher 2008,,100,99.217453,99.21745,99.217453,"eBrd17(UsCa,WHem)",1,5695944,Natureserve 3.0,,1,10792933,Natureserve 3.0,okay,3,PIFSC-15,"Any newer threats from boreal forestry or energy extraction, or climate change effects on boreal forests farther south? (KVR); Camfield,Alaine [NCR]: BC subspecies listed as endangered under SARA. TB 3 in Canadian BCR strategies, Logging is the primary threat.",2,PIFTC-02,,1,CBC7017,,1.97,CBC7017,1.05,2.71,1.48,2.41,0.22,507,138.93,71.95,263.37,,8,7,8,,LC,,,Northern Forest,Nearctic,Forests: Boreal,Forests: Temperate Western,Forests: Temperate Generalist, +875,Unspotted Saw-whet Owl,Aegolius ridgwayi,landbird,Strigiformes,Strigidae,,0,0,1,1,R,,,5,Gomez-Panjabi,NatureServe map error?? Distrubtion seems way too small,,,,,,,,,,,,,5,62161,Natureserve 3.0 with adjustment by PIFSC-08,"Natureserve map error; MX-Guatemala range excluded; added 60,000 km2 (over 50% size of Guatemala (109,000 km2))",5,62161,Natureserve 3.0,"map error; MX-Guatemala range excluded; add 60,000km2 (over 50% size of Guatemala (109,000km2))Ken comment: map error; MX-Guatemala range excluded; add 60,000km2 (over 50% size of Guatemala (109,000km2))",5,MX-NSAC,global score should reflect regional experts' opinion.,5,MX-NSAC,dependent on mature pine-oak forest; habitat loss due to clearing,5,PIF CAW 2014,,,,,,,,,,,,,,20,20,20,Watch List - Red,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak +879,Lattice-tailed Trogon,Trogon clathratus,landbird,Trogoniformes,Trogonidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,16328,NatureServe,,5,16328,NatureServe,,4,PIF CAW 2014,ganadería; minería; la mayoría de su hábitat en Costa Rica está protegido,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,19,19,19,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +880,Slaty-tailed Trogon,Trogon massena,landbird,Trogoniformes,Trogonidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,3,492084,Natureserve 3.0,,3,492084,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,humid forest,4,PIF CAW 2014,restricted to humid evergreen lowland forest; loss of such forests has been extensive in C.A.; regional experts score PT=5 in SECL,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +881,Black-tailed Trogon,Trogon melanurus,landbird,Trogoniformes,Trogonidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,6833350,NatureServe,,1,6833350,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +882,Black-headed Trogon,Trogon melanocephalus,landbird,Trogoniformes,Trogonidae,,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,,,,,,3,445303,Natureserve 3.0,,3,445303,Natureserve 3.0,,2,MX-NSAC,Para Centroamerica es una especie que se prevee sea estable en el futuro. Los TB y TN se sugiere que sea 2,2,PIF CAW 2014,tolerant of disturbance. Para Centroamerica es una especie que se prevee sea estable en el futuro. Los TB y TN se sugiere que sea 2,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +883,Citreoline Trogon,Trogon citreolus,landbird,Trogoniformes,Trogonidae,,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,Mexican endemic (CAW);,,,,,,,,,,,,,4,124112,Natureserve 3.0,,4,124112,Natureserve 3.0,,4,MX-NSAC,global score should reflect majority of regional experts' opinion -- only one region (SEPL) scored as 3.,3,MX-NSAC,tolerant of disturbance,4,PIF CAW 2014,,,,,,,,,,,,,,16,15,16,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +884,White-tailed Trogon,Trogon chionurus,landbird,Trogoniformes,Trogonidae,,0,0,0,1,R,,,3,PIF CAW 2016,range reduced by >90% due to split with green-backed trogon (CAW),,,,,,,,,,,,,1,262000,NatureServe,,1,8175981,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +885,Baird's Trogon,Trogon bairdii,landbird,Trogoniformes,Trogonidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,12562,NatureServe,,5,12562,NatureServe,,4,PIF CAW 2014,poblaciones bien isladas; muchas poblaciones puede extirparse,4,PIF CAW 2014,,4,PIF CAW 2014,en Panamá está casi extirpado; en Costa Rica perdió la mayoría de su hábitat antes de los 1980s,,,,,,,,,,,,,18,18,18,Watch List - Red,NT,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +886,Gartered Trogon,Trogon caligatus,landbird,Trogoniformes,Trogonidae,,0,0,1,1,R,,,3,PIF CAW 2016,score change from 2 to 3 recommended by Central Americans in 2016,,,,,,,,,,,,,1,6918897,Natureserve 3.0,,1,6918897,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,tolerant of disturbance,3,PIF CAW 2014,"Species occupies a broad range of habitats (gallery forest, forest edge, open forest, plantations, gardens); uncommon in forest interiors",,,,,,,,,,,,,10,10,10,,,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +887,Black-throated Trogon,Trogon rufus,landbird,Trogoniformes,Trogonidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,1,6609763,NatureServe,,1,6609763,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,en Costa Rica hacia el sur es más estable que en el norte,,,,,,,,,,,,,13,13,13,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +888,Elegant Trogon,Trogon elegans,landbird,Trogoniformes,Trogonidae,,0,1,1,1,PM,,,4,Gomez-Panjabi–PS-g midpoint,"BBS-15 estimated 1,000 in US/Canada, 23,000 globally extrapolated with eBird","200,000",200000,<500,500,,PIFSC-16,would use < 500; % Pop'n in US should be < 5%,100,4.990121841,0.25,0.25,Gomez-Panjabi; PIFSC-16,3,694383,Natureserve 3.0,,3,650307,Natureserve 3.0,Maps look okay.,3,PIFTC-02,"TB=3 is good; widespread in pine oak forest in northern mexico, then semideciduous forest in tropical mexico; similar to other generalist forest-dependent birds; only a ripairan obligate in extreme northern range; SE AZ is very small part of range (AP); CB-recent declines in AZ due to catastrophic fire, linked to riparian. DJK= Rick Taylor's SE Arizona surveys show long-term stable pops (but low) .",3,PIFTC-02,requires forest,4,MX-NSAC,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +889,Mountain Trogon,Trogon mexicanus,landbird,Trogoniformes,Trogonidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,376140,Natureserve 3.0,,3,376140,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +890,Collared Trogon,Trogon collaris,landbird,Trogoniformes,Trogonidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,5408667,Natureserve 3.0,,1,5408667,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +891,Eared Quetzal,Euptilotis neoxenus,landbird,Trogoniformes,Trogonidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,resticted breeder within range (canyons),,,,,,,,,,,,,4,293870,Natureserve 3.0,,4,293870,Natureserve 3.0,,4,PIFTC-02,"highly restricted to mature pine forest and canyons (KR); CB-doesn't breed in US (Tcorman), loss of large trees for nesting? (H&W); Score--MX score; moderate habitat loss; requires snags for nesting (MX-NSAC); global score should reflect regional experts' opinion.",4,PIFTC-02,moderate habitat loss,4,MX-NSAC-12,"Mexican endemic, both regions score PT=4",,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak +892,Golden-headed Quetzal,Pharomachrus auriceps,landbird,Trogoniformes,Trogonidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,3,496513,NatureServe,,3,496513,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +893,Resplendent Quetzal,Pharomachrus mocinno,landbird,Trogoniformes,Trogonidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,4,149616,Natureserve 3.0,,4,149616,Natureserve 3.0,,5,MX-NSAC,En Costa Rica esta mejor protegida (PIF CAW),5,MX-NSAC,loss of habitats at lower elevations,5,PIF CAW 2014,,,,,,,,,,,,,,18,18,18,Watch List - Red,NT,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +900,Tody Motmot,Hylomanes momotula,landbird,Coraciiformes,Momotidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,3,347967,Natureserve 3.0,,3,347967,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,primary forest,5,PIF CAW 2014,Restricted to humid evergreen forests within C.A. range; loss of such forests has been extensive in C.A.; MX regional experts score PT=5 in SECL and SEPL,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +901,Blue-throated Motmot,Aspatha gularis,landbird,Coraciiformes,Momotidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,99448,Natureserve 3.0,,4,99448,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,humid forest specialist,5,PIF CAW 2014,,,,,,,,,,,,,,18,18,18,Watch List - Red,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +902,Russet-crowned Motmot,Momotus mexicanus,landbird,Coraciiformes,Momotidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,323894,Natureserve 3.0,,3,323894,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,3,PIF CAW 2014,"MX endemic, all regions score PT=3",,,,,,,,,,,,,12,12,12,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +903,Blue-capped Motmot,Momotus coeruliceps,landbird,Coraciiformes,Momotidae,"new species, replaces blue-crowned motmot in part; Formerly considered conspecific with Momotus momota, M. lessonii, and M. subrufescens.",0,0,1,0,R,,,5,Panjabi 2017; PIF CAW 2017; MX-NSAC-17,guesstimate,,,,,,,,,,,,,5,71390,"eBird, AOU Checklist 57th Suppl.",,5,71390,"eBird, AOU Checklist 57th Suppl.",,3,Mexican Regional Assessment 2005,used score shared by NECL & SECL,3,Mexican Regional Assessment 2005,used score shared by NECL & SECL,4,Mexican Regional Assessment 2005,used score shared by NECL & SECL,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +904,Lesson's Motmot,Momotus lessonii,landbird,Coraciiformes,Momotidae,"new species, replaces blue-crowned motmot in part; Formerly considered conspecific with Momotus momota, M. coeruliceps, and M. subrufescens.",0,0,1,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,602133,"eBird, AOU Checklist 57th Suppl.",,3,602133,"eBird, AOU Checklist 57th Suppl.",,2,PIF CAW 2015; Mexican Regional Assessment 2005,used most frequent score amongst regions,2,PIF CAW 2015,used most frequent core amongst regions scored,3,PIF CAW 2015; Mexican Regional Assessment 2005,used most frequent score amongst regions,,,,,,,,,,,,,11,11,11,,LC,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +905,Whooping Motmot,Momotus subrufescens,landbird,Coraciiformes,Momotidae,"new species, replaces blue-crowned motmot in part; Formerly considered conspecific with Momotus momotus, M. coeruliceps, and M. lessonii.",0,0,0,1,R,,,4,Panjabi 2017; PIF CAW 2017; MX-NSAC-17,(guesstimate),,,,,,,,,,,,,3,341748,"BirdLife & HBW, eBird",,3,341748,"BirdLife & HBW, eBird",,2,PIF CAW 2015,used Panama's score,2,PIF CAW 2015,used Panama's score,2,PIF CAW 2015,used Panama's score,,,,,,,,,,,,,11,11,11,,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +906,Rufous Motmot,Baryphthengus martii,landbird,Coraciiformes,Momotidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,2,2817448,NatureServe,,2,2817448,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +907,Keel-billed Motmot,Electron carinatum,landbird,Coraciiformes,Momotidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,176925,Natureserve 3.0,,4,176925,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,primary forest,5,PIF CAW 2014,specializes in humid lowland forest in C.A. where extensive habitat loss has occurred,,,,,,,,,,,,,18,18,18,Watch List - Red,VU,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +912,Amazon Kingfisher,Chloroceryle amazona,landbird,Coraciiformes,Alcedinidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,14198446,Natureserve 3.0,,1,14198446,Natureserve 3.0,,3,PIFSC-08,,3,PIFSC-08,forested wetlands,4,PIF CAW 2014,"Creemos que la especie ha disminuido como consecuencia de la perdida de habitat por contaminacion. Preferimos adoptar un criterio mas conservador ya que se trata de una especie escasa o rara, menos tolerante a la perturbacion",,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Wetlands: Generalist,,Wetlands: Generalist, +1141,Lineated Foliage-gleaner,Syndactyla subalaris,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,251675,NatureServe,,4,251675,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1142,Ruddy Foliage-gleaner,Clibanornis rubiginosus,landbird,Passeriformes,Furnariidae,Formerly placed in Automolus.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,2,2149237,Natureserve 3.0,,2,2149237,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,cloud and humid pine forest specialist,5,PIF CAW 2014,"Creemos que esta especie es altamente sensible a la perturbaci#n del sotobosque, inclusive mßs que otras especies en el mismo hßbitat (p.e. Chlorospingus ophtahlmicus). En M#xico, algunos furnßridos no ocupan ßreas perturbadas en los bosques mes#filos, re",,,,,,,,,,,,,14,14,14,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1143,Streak-breasted Treehunter,Thripadectes rufobrunneus,landbird,Passeriformes,Furnariidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,17652,NatureServe,,5,17652,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +962,American Three-toed Woodpecker,Picoides dorsalis,landbird,Piciformes,Picidae,,1,1,0,0,R,,,3,PIFcalc19,,"1,600,000",1600000,"1,600,000",1600000,2010.5,PIFcalc19,,100,,,,eBrd17(UsCa),1,7858070,Natureserve 3.0,,1,7858070,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,,1,BBS7017,"Blancher: rely on BBS trends, despite the low RAs, as both species meet PT criteria for scores other than 3, with ok trend precision and reasonable number of routes. Rosenberg: be consistent in source with Black-backed Woodpecker. It looks like CBC might be better than BBS?",3.50,BBS7017,2.19,4.75,2.76,4.23,0.04,152,334.24,153.08,649.37,,8,8,8,,,,,Northern Forest,Northern Forest,Forests: Boreal,Forests: Temperate Western,Forests: Boreal,Forests: Temperate Western +1101,Black-crowned Antpitta,Pittasoma michleri,landbird,Passeriformes,Conopophagidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,49370,NatureServe,,5,49370,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,18,18,18,Watch List - Red,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1102,Scaled Antpitta,Grallaria guatimalensis,landbird,Passeriformes,Grallariidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,2,1071830,Natureserve 3.0,,2,1071830,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,habitat fragmentation and deterioration; forest floor specialist,5,PIF CAW 2014,Restricted to humid forests within C.A. range; loss of such forests has been extensive in C.A.; all MX regions score PT=5,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland +1103,Streak-chested Antpitta,Hylopezus perspicillatus,landbird,Passeriformes,Grallariidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,263022,NatureServe,,4,263022,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1104,Thicket Antpitta,Hylopezus dives,landbird,Passeriformes,Grallariidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,175237,NatureServe,,4,175237,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1105,Ochre-breasted Antpitta,Grallaricula flavirostris,landbird,Passeriformes,Grallariidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,198937,NatureServe,,4,198937,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,NT,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1106,Tacarcuna Tapaculo,Scytalopus panamensis,landbird,Passeriformes,Rhinocryptidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,212,NatureServe,,5,212,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,VU,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +913,Green Kingfisher,Chloroceryle americana,landbird,Coraciiformes,Alcedinidae,,0,1,1,1,R,,,2,PIFSC-08–PS-g midpoint,more abundant within range than BEKI; more habitat within range than BEKI,"20,000,000",20000000,"<5,000",5000,,PIFSC-16,guestimate based on eBird distribution,100,0.908307135,0.025,0.025,PIFSC-08; PIFSC-16,1,16988695,Natureserve 3.0,,1,16988695,Natureserve 3.0,,2,PIFSC-15,"DD='threats assumed to be low.' Although suffered in US due to destruction of riparian habitats, this constitutes a minor portion of overall range. In general, threats assumed to be low throughout, though little info available; tolerant of disturbance; wetlands not threatened (MX-NSAC); contamination of waterways is a moderate threat. Contamination does not appear to pose any significant threat. Expanding range and can use even wet ditches (KVR); Very adaptable (PIF SC)",2,PIFTC-02,"DD='threats assumed to be low.' Although suffered in US due to destruction of riparian habitats, this constitutes a minor portion of overall range. In general, threats assumed to be low throughout, though little info available.; tolerant of disturbance; wetlands not threatened. based on previous comments and comments under TB (KVR)",4,MX-NSAC 2008,"Mexico has most of species range; core regions (SECL, SEPL) score PT=4",,,,,,,,,,,,,9,9,9,,LC,,,Neotropical,Neotropical,Wetlands: Generalist,,Wetlands: Generalist, +914,Green-and-rufous Kingfisher,Chloroceryle inda,landbird,Coraciiformes,Alcedinidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,1,8601458,NatureServe,,1,8601458,NatureServe,,5,PIF CAW 2014,puede ser suseptible a pesticidias y contaminación de aguas y peces; plantaciones de palma de aceite son una amenaza; no ocupa áreas que parecen adecuadas,5,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Wetlands: Forested,Forests: Tropical Lowland Evergreen,Wetlands: Forested,Forests: Tropical Lowland Evergreen +915,American Pygmy Kingfisher,Chloroceryle aenea,landbird,Coraciiformes,Alcedinidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,9358537,Natureserve 3.0,,1,9358537,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate decline in habitat suitability expected,4,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Wetlands: Forested,Forests: Tropical Lowland Evergreen,Wetlands: Forested,Forests: Tropical Lowland Evergreen +1228,Yellow Tyrannulet,Capsiempis flaveola,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,5524315,NatureServe,,1,5524315,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,8,8,8,,LC,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1229,Yellow-crowned Tyrannulet,Tyrannulus elatus,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,1,PIF CAW 2016,,,,,,,,,,,,,,1,6424790,NatureServe,,1,6424790,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,6,6,6,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1230,Forest Elaenia,Myiopagis gaimardii,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,8680521,NatureServe,,1,8680521,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,9,9,9,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1231,Gray Elaenia,Myiopagis caniceps,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,1,7081030,NatureServe,,1,7081030,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1233,Greenish Elaenia,Myiopagis viridicata,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,7307741,Natureserve 3.0,,1,7307741,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,primarily forest,4,PIF CAW 2014,MX represents roughly 50% of species range in C.A.; all regions score PT=4,,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +1234,Caribbean Elaenia,Elaenia martinica,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,3,Hunter 2009,"very common on 3 Cayman Islands, common in lesser antilles, common along Yucatan coast (could be PS=3?)",,,,,,,,,,,,,5,27050,Natureserve 3.0,"found mainly in the lesser antilles, also Cayman islands and islands off belize and yucatan peninsula; still BD=5 even though 200-km rule no longer applies",5,27050,Natureserve 3.0,still ND=5 even though 200-km rule no longer applies,3,MX-NSAC,,3,MX-NSAC,forest and edge,3,PIF CAW 2014,"Rafaelle et al describe this species as generally widespread and common in Caribbean, occupying woodlands, scrub and forest -- PIF assessment of Caribbean endemics done by USFWS indicates PT=2. unless there is evidence to suggest a decline in the Carib",,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Caribbean,Caribbean,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1235,Yellow-bellied Elaenia,Elaenia flavogaster,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,10304086,Natureserve 3.0,,1,10304086,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,2,PIF CAW 2014,,,,,,,,,,,,,,7,7,7,,LC,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1237,Lesser Elaenia,Elaenia chiriquensis,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,7208422,BirdLife 2019,,1,7208422,BirdLife 2019,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,7,7,7,,LC,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1356,Yellow-throated Vireo,Vireo flavifrons,landbird,Passeriformes,Vireonidae,Monotypic.,1,1,1,1,M,,,3,PIFcalc19,,"4,700,000",4700000,"4,700,000",4700000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,3164232,Natureserve 3.0,,2,1475371,Natureserve 3.0,,3,PIFTC-02,"DD='moderately vulnerable to human activities and land uses.' BNA supports that although populations seem to respond to openings/edge created in forested habitats, large blocks of forest or high percentage of forest in landscape is still required. Sensi",3,PIFTC-02,DD='no available information.' BNA supports that habitat threats on wintering range poorly known.,1,BBS7017,,1.15,BBS7017,0.99,1.30,1.06,1.25,0.76,1813,71.15,60.36,85.69,,9,9,9,,LC,,,Eastern Temperate,Neotropical,Forests: Temperate Eastern,,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +1357,Yellow-winged Vireo,Vireo carmioli,landbird,Passeriformes,Vireonidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,4188,NatureServe,,5,4188,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1358,Cassin's Vireo,Vireo cassinii,landbird,Passeriformes,Vireonidae,,1,1,1,0,M,,,2,PIFcalc19,,"5,000,000",5000000,"4,600,000",4600000,2010.5,PIFcalc19,,100,90.82824707,90.82825,90.82824707,"bbs0514(UsCa), eBrd17(WHem)",3,921150,Natureserve 3.0,,3,950327,Natureserve 3.0,,3,PIFTC-02,"in mature Pacific forests, but not severely threatened (KR).",3,PIFTC-02,"winters in variety of habitats, same as Plumbeous (KR). winters in native forest habitats, even if more generalized; should be consistent with resident birds in same habitats (KVR)",1,BBS7017,,1.09,BBS7017,0.74,1.44,0.88,1.29,2.58,464,66.14,46.84,97.14,149,9,9,9,,LC,,,Pacific North America,Mesoamerican Pacific Lowlands,Forests: Temperate Western,,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +1359,Blue-headed Vireo,Vireo solitarius,landbird,Passeriformes,Vireonidae,,1,1,1,1,M,,,2,PIFcalc19,,"13,000,000",13000000,"13,000,000",13000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,3313965,Natureserve 3.0,,2,1550697,Natureserve 3.0,,2,PIFSC-15,Rosenberg: tolerant of forestry and conifer plantations; but threatened by loss of hemlocks to woolly adelgids in Appalachians. check overall response to boreal forestry and energy extraction activities (KVR),2,PIFTC-02,,1,BBS7017,,3.02,BBS7017,2.61,3.41,2.79,3.26,1.30,1183,299.75,234.37,397.75,,7,7,7,,LC,,,Northern Forest,Gulf-Caribbean Lowlands,Forests: Boreal,Forests: Temperate Eastern,Forests: Tropical Generalist,Forests: Temperate Eastern +1360,Plumbeous Vireo,Vireo plumbeus,landbird,Passeriformes,Vireonidae,,0,1,1,1,M,,,3,PIFcalc19,,"3,500,000",3500000,"3,000,000",3000000,2010.5,PIFcalc19,,100,85.34693146,85.34693,85.34693146,"bbs0514(UsCa), eBrd17(WHem)",2,1293903,Natureserve 3.0,,3,521345,Natureserve 3.0,,3,PIF CAW 2014,"Dry coniferous. En Mesoamerica hay poblaciones residentes (Chiapas, Guatemala y Honduras) las cuales han tenido mucha presion sus habitat. Se propone un valor de 3 (PT, TB y TN) (PIF CAW)",3,PIF CAW 2014,"winters in native forest habitats, even if more generalized; should be consistent with resident birds in same habitats (KVR); En Mesoamerica hay poblaciones residentes (Chiapas, Guatemala y Honduras) las cuales han tenido mucha presion sus habitat. Se propone un valor de 3 (PT, TB y TN) (PIF CAW)",4,BBS7017,,-0.84,BBS7017,-1.64,0.04,-1.32,-0.39,1.96,269,-31.37,-55.54,-4.12,,12,13,13,,LC,,,Intermountain West,Mesoamerican Pacific Lowlands,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry +1361,Philadelphia Vireo,Vireo philadelphicus,landbird,Passeriformes,Vireonidae,Monotypic.,1,1,1,1,M,,,3,PIFcalc19,,"4,000,000",4000000,"4,000,000",4000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,2739486,Natureserve 3.0,,3,675438,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,"According to BNA, uses mid-successional, edge, shade coffee, gardens (ED)",1,BBS7017,,2.07,BBS7017,0.67,3.25,1.25,2.77,1.40,498,145.92,33.89,353.41,,8,9,9,,LC,,,Northern Forest,Mesoamerica,Forests: Boreal,,Forests: Tropical Generalist, +1362,Warbling Vireo,Vireo gilvus,landbird,Passeriformes,Vireonidae,,1,1,1,1,M,,,1,PIFcalc19,,"53,000,000",53000000,"52,000,000",52000000,2010.5,PIFcalc19,,100,98.36821747,98.36822,98.36821747,"bbs0514(UsCa), eBrd17(WHem)",1,9781704,Natureserve 3.0,,3,629378,Natureserve 3.0,,3,PIFTC-02,"Threats higher in west, but not range-wide. Uses variety of disturbed habitats--very human tolerant. Deciding point: most of population in west.",3,PIFTC-02,"winters in native forest habitats, even if more generalized; should be consistent with resident birds in same habitats (KVR); winters extensively in TDF in western Mexico where it is perhaps the most abundant species; threats at least moderate due to habitat loss (Panjabi)",1,BBS7017,,0.93,BBS7017,0.73,1.11,0.82,1.04,4.94,2797,54.55,42.07,71.05,,6,8,8,,LC,,,Nearctic,Mesoamerica,Forests: Temperate Eastern,Forests: Temperate Western,Forests: Tropical Generalist, +1363,Brown-capped Vireo,Vireo leucophrys,landbird,Passeriformes,Vireonidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,577263,Natureserve 3.0,,3,577263,Natureserve 3.0,NS map looks good,4,MX-NSAC,,4,MX-NSAC,humid evergreen and cloud forest,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1364,Red-eyed Vireo,Vireo olivaceus,landbird,Passeriformes,Vireonidae,,1,1,1,1,M,,,1,PIFcalc19; PIFSC-20,"PIFSC-20: 2019 estimate was extrapolated from US/Canada estimate based on pre-split %US/Canada eBird data. Now that Chivi Vireo split off, Red-eyed Vireo is effectively limited to US/Canada, so used US/Canada estimate as global estimate. There are just a handful of disjunct summering Red-eyed Vireo records from extreme northeastern Coahuila.","130,000,000",130000000,"130,000,000",130000000,2010.5,PIFcalc19,,100,99.90000153,99.9,99.90000153,PIFSC-20,1,11704386,Natureserve 3.0,"NS map maps much of range in SA as non-breeding only, whereas Ridgley maps this same area as year-round range; still, BD=1",1,11418144,Natureserve 3.0,,2,PIFTC-02,"DD='moderately vulnerable to land use trends.' Reacts to fragmentation of mature forest, but also present in fragmented second growth. Sensitive to cowbird parasitism. Resident SA pops not considered.",2,PIFTC-02,DD='no available information.' BNA states no information on habitat threats in nonbreeding season.,2,BBS7017,,0.82,BBS7017,0.69,0.95,0.74,0.90,15.17,3213,46.76,39.55,56.22,,6,6,6,,LC,,,Nearctic,South American Lowlands,Forests: Temperate Generalist,,Forests: Tropical Lowland Evergreen, +1644,Northern Mockingbird,Mimus polyglottos,landbird,Passeriformes,Mimidae,,1,1,1,0,PM,,,2,PIFcalc19,,"43,000,000",43000000,"34,000,000",34000000,2010.5,PIFcalc19,,100,78.31873322,78.31873,78.31873322,"bbs0514(UsCa), eBrd17(WHem)",1,10130441,Natureserve 3.0,,1,10298548,Natureserve 3.0,,1,PIFTC-02,,1,PIFTC-02,,4,BBS7017,,-0.46,BBS7017,-0.55,-0.38,-0.52,-0.41,17.62,2647,-19.62,-23.19,-16.55,61,8,8,8,,LC,yes,,Widespread,Widespread,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +959,Red-naped Sapsucker,Sphyrapicus nuchalis,landbird,Piciformes,Picidae,Monotypic.,1,1,1,0,M,,,3,PIFcalc19,,"2,000,000",2000000,"2,000,000",2000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,2072193,Natureserve 3.0,,2,1847674,Natureserve 3.0,,3,PIFTC-02,Panjabi: large-scale die-back of aspen forest and continuing degradation of riparian habitats is a threat in the southern Rockies.,3,PIFTC-02,,1,BBS7017,,1.15,BBS7017,0.75,1.61,0.92,1.42,0.90,378,70.12,38.16,110.79,,9,9,9,,LC,,,Intermountain West,North American Southwest,Forests: Temperate Western,,Forests: Temperate Western,Aridlands: Desert Riparian +960,Red-breasted Sapsucker,Sphyrapicus ruber,landbird,Piciformes,Picidae,,1,1,1,0,PM,,,3,PIFcalc19,,"2,800,000",2800000,"2,800,000",2800000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),3,995493,Natureserve 3.0,,3,613221,Natureserve 3.0,"NS map is wrong, stating BC area as permanent resident when should be only breeding. BNA map for British Columbia is much more accurate. This error should overinflate the winter range (middle 4 at ~721,000, so 'error' did not change score) and not impact",3,PIFTC-02,,3,PIFTC-02,,1,BBS7017,,1.28,BBS7017,0.69,1.77,0.92,1.58,1.04,288,79.20,38.67,136.10,,10,10,10,,LC,,,Pacific North America,Pacific North America,Forests: Temperate Western,,Forests: Temperate Western, +967,Ladder-backed Woodpecker,Dryobates scalaris,landbird,Piciformes,Picidae,Formerly included in the genus Picoides.,0,1,1,1,R,,,2,PIFcalc19,,"5,500,000",5500000,"2,400,000",2400000,2010.5,PIFcalc19,,100,42.85444641,42.85445,42.85444641,"bbs0514(UsCa), eBrd17(WHem)",2,2820421,Natureserve 3.0,,2,2820421,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,3,MX-NSAC 2008,"mantenemos el 3, Mucho Mas del 50% de la distribucion esta en Mexico, donde la especie es comun aun en condiciones de mucha perturbacion.",,,,,,,,,14.48,-0.02,34.24,,9,9,9,,LC,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,Forests: Tropical Dry,Aridlands: Desert Scrub,Forests: Tropical Dry +1039,Mexican Parrotlet,Forpus cyanopygius,landbird,Psittaciformes,Psittacidae,,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,115694,Natureserve 3.0,,4,115694,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,habitat loss,4,MX-NSAC,,,,,,,,,,,,,,17,17,17,Watch List - Red,NT,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1040,Spectacled Parrotlet,Forpus conspicillatus,landbird,Psittaciformes,Psittacidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,3,304179,NatureServe,,3,304179,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1041,Orange-chinned Parakeet,Brotogeris jugularis,landbird,Psittaciformes,Psittacidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,781335,Natureserve 3.0,,3,781335,Natureserve 3.0,good-sized S.Am. Range,3,MX-NSAC,,3,MX-NSAC,"some capture for trade, benefits from human activity in C.A., but not in MX",3,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1043,Red-fronted Parrotlet,Touit costaricensis,landbird,Psittaciformes,Psittacidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,17259,NatureServe,,5,17259,NatureServe,,5,PIF CAW 2014,,5,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,20,20,20,Watch List - Red,VU,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1044,Blue-fronted Parrotlet,Touit dilectissimus,landbird,Psittaciformes,Psittacidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,very uncommon within range (CAW);,,,,,,,,,,,,,4,130171,NatureServe,,4,130171,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1045,Brown-hooded Parrot,Pyrilia haematotis,landbird,Psittaciformes,Psittacidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,3,429519,Natureserve 3.0,,3,429519,Natureserve 3.0,range looks too long for a 5,4,MX-NSAC,,4,MX-NSAC,"capture for trade, habitat loss",4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1046,Saffron-headed Parrot,Pyrilia pyrilia,landbird,Psittaciformes,Psittacidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,4,200410,NatureServe,,4,200410,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,NT,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1047,Blue-headed Parrot,Pionus menstruus,landbird,Psittaciformes,Psittacidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,8290148,NatureServe,,1,8290148,NatureServe,,2,PIF CAW 2014,no está afectado por la captura,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,7,7,7,,LC,yes,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1048,White-crowned Parrot,Pionus senilis,landbird,Psittaciformes,Psittacidae,Monotypic.,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,459574,Natureserve 3.0,,3,459574,Natureserve 3.0,range similar in size to Br-hooded,3,MX-NSAC,,3,MX-NSAC,"capture for trade, habitat loss",4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1049,White-fronted Parrot,Amazona albifrons,landbird,Psittaciformes,Psittacidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,544459,Natureserve 3.0,,3,544459,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,"capture for trade, habitat loss",4,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1050,Yellow-lored Parrot,Amazona xantholora,landbird,Psittaciformes,Psittacidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,130865,Natureserve 3.0,,4,130865,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,3,MX-NSAC,"capture for trade, habitat loss",4,PIF CAW 2014,nearly all parrots in Mexico and Central America have declined significantly,,,,,,,,,,,,,17,16,17,Watch List - Red,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1056,Red-crowned Parrot,Amazona viridigenalis,landbird,Psittaciformes,Psittacidae,Monotypic.,0,1,1,0,R,,,5,PIFTC-03,"based on BNA Enkerlin/Hogan 97, Dunn et al 99 Birding, Macias et al in prep",,,"<1,500",1500,,PIFSC-16,don't know how to treat urban populations?,100,,,,"eBrd17(UsCa,WHem)",5,7900,BirdLife,BirdLife suggests a 90% reduction in range from that mapped in Howell & Webb and Natureserve; range estimate based on BirdLife,5,7900,BirdLife,BirdLife suggests a 90% reduction in range from that mapped in Howell & Webb and Natureserve; range estimate based on BirdLife,5,PIFTC-02,"Only a 5 if restricted to borderland populations (CH); MX say nearly gone; capture for trade (MX-NSAC). MG - Threats include habitat loss, capture for trade, nest destruction for trade. Nest destruction and capture in USA as well as Mexico; No protection under MBTA in USA",5,PIFTC-02,capture for trade,5,MX-NSAC,,,,,,,,,,,,,,20,20,20,Watch List - Red,EN,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1035,Thick-billed Parrot,Rhynchopsitta pachyrhyncha,landbird,Psittaciformes,Psittacidae,Monotypic.,0,0,1,0,PM,,,5,Lammertink et al. 1996,"cited in BirdLife Int 2000, range 1,000-4,000 in 1995","2,500",2500,,,,,,,,,,,5,81442,Natureserve 3.0; PIFSC-09,"Area of BD is just above threshold for BD=5. Given that there are only a handful of breeding colonies within mapped range, it seems justified to score this species as BD=5; not sure what adjusted range (km2) should be -- could be significantly less",4,127659,Natureserve 3.0,,5,PIFTC-02,"CB-shooting, parrot trade, logging, snag removal, nest trees cut for young (BNA); habitat loss, capture for trade, loss of nest sites, nest parasites (MX-NSAC).",4,PIFTC-02,"CB-wintering same except for nest tree, smaller area (BNA); habitat loss (mature pines), dependent on pine cone crops",5,MX-NSAC,,,,,,,,,,,,,,20,18,20,Watch List - Red,EN,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak, +1036,Maroon-fronted Parrot,Rhynchopsitta terrisi,landbird,Psittaciformes,Psittacidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,35817,Natureserve 3.0,,5,35817,Natureserve 3.0,,5,MX-NSAC,,5,MX-NSAC,"habitat loss, capture for trade",4,MX-NSAC-12,"Tec de Monterrey data show apparently stable population recently, but consensus among researchers is population was larger historically (R. Valdes, pers. comm.m.); Estamos de acuerdo con PT=3",,,,,,,,,,,,,19,19,19,Watch List - Red,EN,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +1037,Barred Parakeet,Bolborhynchus lineola,landbird,Psittaciformes,Psittacidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,250873,Natureserve 3.0,,4,250873,Natureserve 3.0,long narrow range,4,MX-NSAC,,3,MX-NSAC,habitat loss,4,PIF CAW 2014,,,,,,,,,,,,,,16,15,16,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1060,Yellow-headed Parrot,Amazona oratrix,landbird,Psittaciformes,Psittacidae,,0,0,1,1,R,,,5,Gomez-Panjabi,"probably less than 50,000 birds remaining; split from south american pops; split supported by AOU",,,,,,,,,,,,,5,70977,PIFSC-08,extirpated from most (~80%) of range in Mexico; split fr Y-cr by AOU,5,70977,PIFSC-08,extirpated from most (~80%) of range in Mexico; split fr Y-cr by AOUKen comment: extirpated from most (~80%) of range in Mexico; split fr Y-cr by AOU,5,PIFSC-08,,5,PIFSC-08,"extirpated from some regions, habitat loss, captured for trade",5,PIF CAW 2014,,,,,,,,,,,,,,20,20,20,Watch List - Red,EN,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1061,Yellow-naped Parrot,Amazona auropalliata,landbird,Psittaciformes,Psittacidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,91187,Natureserve 3.0,,4,91187,Natureserve 3.0,,5,MX-NSAC,,5,MX-NSAC,"extirpated from some regions, habitat loss, captured for trade",5,PIF CAW 2014,extensive capture for pet trade has resulted in a major decline; regional experts score PT=5 in SEPL,,,,,,,,,,,,,19,19,19,Watch List - Red,EN,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1062,Yellow-crowned Parrot,Amazona ochrocephala,landbird,Psittaciformes,Psittacidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,1,6649161,NatureServe,,1,6649161,NatureServe,,5,PIF CAW 2014,,5,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-D,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1069,Sapayoa,Sapayoa aenigma,landbird,Passeriformes,Sapayoidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,4,102872,NatureServe,,4,102872,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1070,Fasciated Antshrike,Cymbilaimus lineatus,landbird,Passeriformes,Thamnophilidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,1,6664911,NatureServe,,1,6664911,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1057,Lilac-crowned Parrot,Amazona finschi,landbird,Psittaciformes,Psittacidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,194417,Natureserve 3.0,,4,194417,Natureserve 3.0,,5,MX-NSAC,global score should reflect majority of regional experts' opinion -- only one region (SEPL) scored as 4.,5,MX-NSAC,capture for trade,5,MX-NSAC,major decline due to capture for pet trade,,,,,,,,,,,,,19,19,19,Watch List - Red,EN,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1058,Red-lored Parrot,Amazona autumnalis,landbird,Psittaciformes,Psittacidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,856942,Natureserve 3.0,,3,856942,Natureserve 3.0,NS shows tiny range in S.Am.,4,MX-NSAC,global score should reflect regional experts' opinion.,3,MX-NSAC,"capture for trade, habitat loss",4,PIF CAW 2014,"MX endemic, found in 3 regions, regional experts all scored 4",,,,,,,,,,,,,14,13,14,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1059,Mealy Parrot,Amazona farinosa,landbird,Psittaciformes,Psittacidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,7180018,Natureserve 3.0,,1,7180018,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,"primary forest, capture for trade",5,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,Watch List - Yel-D,NT,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1570,Brown-backed Solitaire,Myadestes occidentalis,landbird,Passeriformes,Turdidae,,0,0,1,1,R,,,3,Gomez-Panjabi,range map overestimates distribution,,,,,,,,,,,,,3,530181,Natureserve 3.0,,3,530181,Natureserve 3.0,NS ok,3,MX-NSAC,global score should reflect regional expert's opinion; most regions score as TB=3.,3,MX-NSAC,moderate habitat loss,4,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak +1573,Black-faced Solitaire,Myadestes melanops,landbird,Passeriformes,Turdidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,32047,NatureServe,,5,32047,NatureServe,,4,PIF CAW 2014,la captura en Costa Rica,4,PIF CAW 2014,suseptible por su migración altitudinal,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1574,Varied Solitaire,Myadestes coloratus,landbird,Passeriformes,Turdidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,465,NatureServe,,5,465,NatureServe,,5,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,20,19,20,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1112,Tawny-throated Leaftosser,Sclerurus mexicanus,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,6336956,Natureserve 3.0,,1,6336956,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,humid evergreen forest,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1113,Gray-throated Leaftosser,Sclerurus albigularis,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,370923,NatureServe,,3,370923,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-D,NT,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1114,Scaly-throated Leaftosser,Sclerurus guatemalensis,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,3,418187,Natureserve 3.0,,3,418187,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,humid evergreen forest,4,PIF CAW 2014,Restricted to humid forests within C.A. range; loss of such forests has been extensive in C.A.; MX regional experts score PT=5 in SECL,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1115,Olivaceous Woodcreeper,Sittasomus griseicapillus,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,12029294,Natureserve 3.0,,1,12029294,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,"requires forest, but not very sensitive",3,PIF CAW 2014,"Eurytypic, maybe an overlooked species, not necessarily in decreasing numbers. Common to fairly common in degraded situations in southern Veracruz; Eurytypic, maybe an overlooked species, not necessarily in decreasing numbers. Common to fairly common in degraded situations in southern Veracruz",,,,,,,,,,,,,9,9,9,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1116,Long-tailed Woodcreeper,Deconychura longicauda,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,1,5138392,NatureServe,,1,5138392,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1137,Sharp-tailed Streamcreeper,Lochmias nematura,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,2,2654770,NatureServe,,2,2654770,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,en Columbia se ha disminuido más,,,,,,,,,,,,,12,12,12,,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1138,Slaty-winged Foliage-gleaner,Philydor fuscipenne,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,4,140861,NatureServe,,4,140861,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1139,Buff-fronted Foliage-gleaner,Philydor rufum,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,2,2193451,NatureServe,,2,2193451,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1140,Scaly-throated Foliage-gleaner,Anabacerthia variegaticeps,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,216212,Natureserve 3.0,,4,216212,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,cloud forest specialist,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +963,Black-backed Woodpecker,Picoides arcticus,landbird,Piciformes,Picidae,Monotypic.,1,1,0,0,R,,,3,PIFcalc19,,"1,700,000",1700000,"1,700,000",1700000,2010.5,PIFcalc19,,100,,,,eBrd17(UsCa),1,6740879,Natureserve 3.0,,1,6740879,Natureserve 3.0,"BNA more accurate, a little less expansive than NS map. I'm 'okay' with the change in score (the only reason I hesitate about the one is its tendency in BC at least to be at higher elevations). See general comment on boreal birds.",3,PIFTC-02,"Needs fire, but this is common in Canada; need input from northerners.",3,PIFTC-02,,1,BBS7017,,2.22,BBS7017,1.18,3.19,1.62,2.78,0.07,298,164.86,70.37,290.21,,8,8,8,,LC,,,Northern Forest,Northern Forest,Forests: Boreal,Forests: Temperate Western,Forests: Boreal,Forests: Temperate Western +974,Red-rumped Woodpecker,Dryobates kirkii,landbird,Piciformes,Picidae,Formerly included in the genus Veniliornis.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,685012,NatureServe,,3,685012,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-D,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +975,Rufous-winged Woodpecker,Piculus simplex,landbird,Piciformes,Picidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,92899,NatureServe,,4,92899,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +976,Stripe-cheeked Woodpecker,Piculus callopterus,landbird,Piciformes,Picidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,5400,NatureServe,,5,5400,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +977,Golden-green Woodpecker,Piculus chrysochloros,landbird,Piciformes,Picidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,1,8619875,NatureServe,,1,8619875,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,Watch List - Yel-D,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +978,Golden-olive Woodpecker,Colaptes rubiginosus,landbird,Piciformes,Picidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,2,1827176,Natureserve 3.0,,2,1827176,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,4,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Generalist,,Forests: Tropical Generalist, +987,Pileated Woodpecker,Dryocopus pileatus,landbird,Piciformes,Picidae,,1,1,0,0,R,,,3,PIFcalc19,,"2,600,000",2600000,"2,600,000",2600000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),1,5905279,Natureserve 3.0,,1,5905279,Natureserve 3.0,,2,PIFTC-02,DD='species relatively tolerant of human activities or land use trends.,2,PIFTC-02,DD='species relatively tolerant of human activities or land use trends.,1,BBS7017,,1.57,BBS7017,1.41,1.75,1.47,1.68,0.76,2726,108.02,91.02,123.53,,7,7,7,,LC,yes,,Nearctic,Nearctic,Forests: Temperate Generalist,,Forests: Temperate Generalist, +988,Crimson-bellied Woodpecker,Campephilus haematogaster,landbird,Piciformes,Picidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,4,273669,NatureServe,,4,273669,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +989,Crimson-crested Woodpecker,Campephilus melanoleucos,landbird,Piciformes,Picidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,11134074,NatureServe,,1,11134074,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +990,Pale-billed Woodpecker,Campephilus guatemalensis,landbird,Piciformes,Picidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,892720,Natureserve 3.0,,3,892720,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +991,Ivory-billed Woodpecker,Campephilus principalis,landbird,Piciformes,Picidae,,0,1,0,0,R,,,5,PIFTC-02,,0?,0,0?,0,,PIFSC-16,,100,,,,eBrd17(UsCa),5,3572,Natureserve 3.0,,5,3572,Natureserve 3.0,,5,PIFTC-02,,5,PIFTC-02,,3,PIFSC-15,,,,,,,,,,,,,,18,18,18,Watch List - Red,CR,,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +992,Imperial Woodpecker,Campephilus imperialis,landbird,Piciformes,Picidae,Monotypic.,0,0,1,0,R,,,5,PIFSC-08,"probably extinct, although recent unconfirmed sight records persist",,,,,,,,,,,,,5,,MX-NSAC,no map; but very small range,5,,Natureserve 3.0,no map; but very small rangeKen comment: no map; but very small range,5,MX-NSAC,,5,MX-NSAC,probably extinct,5,MX-NSAC,,,,,,,,,,,,,,20,20,20,Watch List - Red,CR (PE),,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +993,Laughing Falcon,Herpetotheres cachinnans,landbird,Falconiformes,Falconidae,,0,0,1,1,R,,,3,PIFTC-02,,,,,,,,,,,,,,1,13000893,Natureserve 3.0,,1,13000893,Natureserve 3.0,,3,PIFSC-08,,2,PIFTC-02,CB-Mexicans to score; uses disturbed habitats,3,PIF CAW 2014,,,,,,,,,,,,,,10,9,10,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +994,Barred Forest-Falcon,Micrastur ruficollis,landbird,Falconiformes,Falconidae,,0,0,1,1,R,,,3,Gomez-Panjabi,"in suitable habitat in Manu, occurs in 1.5 pairs (3 birds) per sq km (Terborgh et al. 1990) -- thus only 166,666 sq of suitable habitat are needed to assign pop size of PS=3, and only 1,666,666 sq km of suitable habitat are need to assign PS=2 (~13% of ma",,,,,,,,,,,,,1,12428019,Natureserve 3.0,,1,12428019,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,uses primary forest,5,PIF CAW 2014,"restricted to humid tropical forest interiors; Species tolerant to some deforestation, has been recorded in forests edge",,,,,,,,,,,,,13,13,13,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +995,Slaty-backed Forest-Falcon,Micrastur mirandollei,landbird,Falconiformes,Falconidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,1,5314861,NatureServe,,1,5314861,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1223,Brown-capped Tyrannulet,Ornithion brunneicapillus,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,282186,NatureServe,,4,282186,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1224,Northern Beardless-Tyrannulet,Camptostoma imberbe,landbird,Passeriformes,Tyrannidae,,0,1,1,1,PM,,,3,Gomez-Panjabi–PS-g midpoint,"US/Can BBS-15 estimate of 24,000 is too high, probably because BBS routes follow their riparian habitat, biasing the results, so don't use that nor the eBird extrapolation of BBS to get 260,000 globally (PIFSC-18).","2,000,000",2000000,"<10,000",10000,,PIFSC-16,,100,,,,"eBrd17(UsCa,WHem)",2,1452715,Natureserve 3.0,,2,1334055,Natureserve 3.0,,2,PIFTC-02,"primarily dependent on native habitat -- tropical dry forest and riparian; check Mexican scores (KVR); uses broader range of habitats, including disturbed areas/tree rows in pasturelands, etc; defer to MX, which scored TB=2",2,PIFTC-02,tolerant of disturbance,3,MX-NSAC 2008,overall unknown trend across C.A.,,,,,,,,,,,,,10,10,10,,LC,,,Mesoamerica,Mesoamerica,Forests: Tropical Dry,Aridlands: Desert Riparian,Forests: Tropical Dry,Aridlands: Desert Scrub +1225,Southern Beardless-Tyrannulet,Camptostoma obsoletum,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,1,PIF CAW 2016,,,,,,,,,,,,,,1,14466343,NatureServe,,1,14466343,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,6,6,6,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1227,Mouse-colored Tyrannulet,Nesotriccus murinus,landbird,Passeriformes,Tyrannidae,Formerly included in the genus Phaeomyias as Phaeomyias murina.,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,10980139,NatureServe,,1,10980139,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,7,7,7,,LC,,,Neotropical,Neotropical,Aridlands: Tropical Arid Scrub,,Aridlands: Tropical Arid Scrub, +1226,Cocos Flycatcher,Nesotriccus ridgwayi,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,24,NatureServe,,5,24,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,VU,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +1238,Mountain Elaenia,Elaenia frantzii,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,260535,NatureServe,,4,260535,NatureServe,,3,PIF CAW 2014,en la parte sur de su rango no está tan amenazada; en Honduras y El Salvador la mayoria de su hábitat está protegida; en Guatemala la tala selectiva está cambiando los bosques a puro pino,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1240,Torrent Tyrannulet,Serpophaga cinerea,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,539616,NatureServe,,3,539616,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Central and South American Highlands,Central and South American Highlands,Wetlands: Lakes and Rivers,Forests: Tropical Montane Evergreen,Wetlands: Lakes and Rivers,Forests: Tropical Montane Evergreen +1201,Olive-striped Flycatcher,Mionectes olivaceus,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,746044,NatureServe,,3,746044,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1202,Ochre-bellied Flycatcher,Mionectes oleagineus,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,2,PIF CAW 2016,score change from 3 to 2 recommended by Central Americans in 2016,,,,,,,,,,,,,1,8952753,Natureserve 3.0,,1,8952753,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,"uses forest and edge in C.A.; in MX, uses interior forest",4,PIF CAW 2014,"although primarily a forest-species, it also occupies a second growth, forest edges, adjacent clearings, shade coffee plantations and gardens (Howell and Webb, Ridgely and Tudor, Garrigues and Dean).",,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1344,White-eyed Vireo,Vireo griseus,landbird,Passeriformes,Vireonidae,,1,1,1,1,PM,,,2,PIFcalc19,,"24,000,000",24000000,"22,000,000",22000000,2010.5,PIFcalc19,,100,90.2179718,90.21797,90.2179718,"bbs0514(UsCa), eBrd17(WHem)",2,3033906,Natureserve 3.0,,2,1149038,Natureserve 3.0 with adjustment by PIFSC,"Reduced by 100,000 km2 (in SE U.S.); NS ND map matches BNA, but differs from Nat Geo and Sibley by showing more inland distribution in SC, GA, LA, and TX.",2,PIFTC-02,"mostly in disturbed, abundant habitats (KR). DD='moderately vulnerable to land use trends.' BNA supports that breeding habitats apparently under increasing pressure. Not valuable economically and therefore destroyed/converted. Relatively sensitive to",2,PIFTC-02,DD='threats assumed to be low.' BNA supports that WEVI does not face serious threats to habitat on wintering range; more flexible in habitat use here.,2,BBS7017,,0.82,BBS7017,0.70,0.94,0.74,0.90,5.67,1455,46.58,38.35,53.65,,8,8,8,,LC,,,Eastern Temperate,Gulf-Caribbean Lowlands,Forests: Temperate Eastern,Forests: Tropical Dry,Forests: Generalist, +1206,Rufous-browed Tyrannulet,Phylloscartes superciliaris,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,4,PIF CAW 2016,Map is wrong; occurs east side of Andes down to northern Peru; increased range by 300% (CAW);,,,,,,,,,,,,,5,47247,NatureServe,,5,15749,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1241,Rough-legged Tyrannulet,Phyllomyias burmeisteri,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,costa rica/panama population is probably a separate species; for now scored as a single species (CAW),,,,,,,,,,,,,3,854748,NatureServe,,3,854748,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1243,Paltry Tyrannulet,Zimmerius vilissimus,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,322831,Natureserve 3.0,,3,322831,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,3,PIF CAW 2014,"mainly a bird of forests in Mexico, but uses second growth, edges, gardens, plantations, and even full-sun coffee plantations in Panama and Costa Rica",,,,,,,,,,,,,11,11,11,,LC,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen +1326,Northern Scrub-Flycatcher,Sublegatus arenarum,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,941312,NatureServe,,3,941312,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,South American Lowlands,South American Lowlands,Coasts: Mangroves,Forests: Tropical Dry,Coasts: Mangroves,Forests: Tropical Dry +1207,Bronze-olive Pygmy-Tyrant,Pseudotriccus pelzelni,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,116299,NatureServe,,4,116299,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +996,Collared Forest-Falcon,Micrastur semitorquatus,landbird,Falconiformes,Falconidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,13217495,Natureserve 3.0,,1,13217495,Natureserve 3.0,,3,PIFTC-02,"CB-Mexicans to score; uses primary forest, more tolerant of other forest types (MX-NSAC).",3,PIFSC-08,"CB-Mexicans to score; uses primary forest, more tolerant of other forest types",4,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +997,Red-throated Caracara,Ibycter americanus,landbird,Falconiformes,Falconidae,Monotypic.,0,0,1,1,R,,,3,Rosenberg-17,Common bird throughout Amazonia -- PS has to be greater than 4 (KVR),,,,,,,,,,,,,1,8108594,Natureserve 3.0,,1,8108594,Natureserve 3.0,,5,MX-NSAC,,5,MX-NSAC,extirpated,5,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +998,Crested Caracara,Caracara cheriway,landbird,Falconiformes,Falconidae,,0,1,1,1,R,,,3,PIFcalc19,,"2,200,000",2200000,"120,000",120000,2010.5,PIFcalc19,,100,5.728825092,5.728825,5.728825092,"bbs0514(UsCa), eBrd17(WHem)",1,4278719,Natureserve 3.0,,1,4278719,Natureserve 3.0,,2,PIFTC-02,"DD='moderately vulnerable' BNA supports that greatest threats are to nesting habitat. CA and SA not considered; benefits from disturbance; some capture for trade in central MX, some hunting; some poisoning (MX-NSAC).",2,PIFTC-02,"DD='relatively tolerant of human land uses' BNA supports this statement outright. CA and SA not mentioned in BNA as to threats; benefits from disturbance; some capture for trade in central MX, some hunting; some poisoning",2,MX-NSAC,,,,,,,,,,1502.04,950.03,2283.16,,8,8,8,,LC,,"b,w",Widespread,Widespread,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1000,Yellow-headed Caracara,Milvago chimachima,landbird,Falconiformes,Falconidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,11226161,NatureServe,,1,11226161,NatureServe,,1,PIF CAW 2014,,1,PIF CAW 2014,,1,PIF CAW 2014,,,,,,,,,,,,,,5,5,5,,LC,yes,,Neotropical,Neotropical,Open Country: Habitat Mosaic,Grasslands: Tropical,Open Country: Habitat Mosaic,Grasslands: Tropical +1002,American Kestrel,Falco sparverius,landbird,Falconiformes,Falconidae,,1,1,1,1,PM,,,2,PIFcalc19,,"9,200,000",9200000,"2,800,000",2800000,2010.5,PIFcalc19,,100,30.58483315,30.58483,30.58483315,"bbs0514(UsCa), eBrd17(WHem)",1,24137348,Natureserve 3.0,,1,19001139,Natureserve 3.0,,3,PIFSC-Dec-08,"DD= 'pops demsonstrably secure'. BNA supports that rangewide, the species is not under immenent habitat threats. CA/SA not considered; Rosenberg: continued loss of open habitats to development; moderate threats similar to other early successional species.",2,PIFTC-02,"DD= 'pops demsonstrably secure'. BNA supports that rangewide, the species is not under immenent habitat threats. CA/SA not considered",4,BBS7017,,-1.17,BBS7017,-1.31,-1.03,-1.25,-1.08,0.90,3525,-42.30,-47.08,-37.09,58,10,9,10,,LC,,"b,w",Widespread,Widespread,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +1004,Merlin,Falco columbarius,landbird,Falconiformes,Falconidae,,1,1,1,1,PM,,,3,PIFcalc19,,"3,200,000",3200000,"1,600,000",1600000,2010.5,PIFcalc19,,50,99.94510651,49.97255,49.97255325,"eBrd17(UsCa,WHem), PIF(Glob)",1,17706550,Natureserve 3.0,,1,14400758,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,1,BBS7017,Shaw 2020: CBC annual trend (2.5825%) supports this score,3.45,BBS7017,2.83,4.08,3.09,3.84,0.05,671,380.11,254.62,533.65,,7,7,7,,LC,yes,,Northern Forest,Widespread,Forests: Boreal,Open Country: Habitat Mosaic,Open Country: Habitat Mosaic, +1006,Aplomado Falcon,Falco femoralis,landbird,Falconiformes,Falconidae,,0,1,1,1,R,,,4,PIFTC-02–PS-g midpoint,,"200,000",200000,<100,100,,PIFSC-16,Closing in on 35 nesting pair so <100 seems better estimate; (M Gustafson),100,0.124873064,0.1248731,0.124873064,"eBrd17(UsCa,WHem)",1,11682246,Natureserve 3.0,,1,11688177,Natureserve 3.0,,4,MX-NSAC-07,"CB-severe pesticide contamination, overgrazing leading to increase in woody,extensive expanses lost to farming, grazing, sugar cane and rice in LA, shooting, extirpation of B-t prairie dogs (BNA-Keddy-Hector); more threatened in north, pops along gulf coast are ok; nest sites are threatened, pesticides (MX-NSAC); extirpated from much of Mexican range; facing extirpation in Chih. Desert; grasslands throughout N. american range face moderate to high threats. conversion to center pivot agriculture in much of northern Mexico breeding range; MG - loss of nest sites due to West Nile impacts on Chihuahuan Raven in TX, habitat loss due to brush encroachment (s. Tx); Suggest TB=4; conversion of savannas to cropland is also threatening the gulf coast population in MX; populations through central America under moderate to high threats; threats score does not include S American pops (AP);",3,PIFTC-02,CB-resident; no significant threats; grasslands throughout N. American range are moderately to highly threatened; contaminants pose some risk,4,MX-NSAC,,,,,,,,,,,,,,13,12,13,,LC,,,Neotropical,Neotropical,Grasslands: Tropical,Grasslands: Chihuahuan,Grasslands: Tropical,Grasslands: Chihuahuan +1011,Prairie Falcon,Falco mexicanus,landbird,Falconiformes,Falconidae,Monotypic.,1,1,1,0,PM,,,4,PIFcalc19,,"110,000",110000,"98,000",98000,2010.5,PIFcalc19,,100,85.77548218,85.77548,85.77548218,"eBrd17(UsCa,WHem)",2,3793485,Natureserve 3.0,,1,4400829,Natureserve 3.0,,3,PIFTC-02,"probably not highly threatened at natural sites; CB-contaminants, more sensitive than PEFA to DDE, # of nest sites finite, large scale neg affects on prey, poisoning of ground squirrels, increased fire, increased exotic veg. species (BNA), Birds of Prey N.",3,PIFTC-02,,1,BBS7017,,1.27,BBS7017,0.79,1.72,0.99,1.54,0.08,594,79.28,43.98,128.12,,10,9,10,,LC,,w,Western Temperate,Western Temperate,Open Country: Habitat Mosaic,Aridlands: Desert Scrub,Open Country: Habitat Mosaic,Grasslands: Temperate +1012,Painted Parakeet,Pyrrhura picta,landbird,Psittaciformes,Psittacidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,2,3987705,NatureServe,,2,3987705,NatureServe,,5,PIF CAW 2014,,5,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Red,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1013,Sulphur-winged Parakeet,Pyrrhura hoffmanni,landbird,Psittaciformes,Psittacidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,8033,NatureServe,,5,8033,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1014,Monk Parakeet,Myiopsitta monachus,landbird,Psittaciformes,Psittacidae,,0,1,0,0,R,1,,2,PIFTC–PS-g midpoint,"5.7 million would be the global extrapolation of BBS-15 using eBird, but US/Canada estimated to be just 1-3% of global pop, so not appropriate to base extrapolation on such a small proportion of the pop (PIFSC-18).","20,000,000",20000000,"59,000",59000,2010.5,PIFcalc19,,100,1.038280487,0.295,0.294999987,PIFTC; PIFcalc19,2,2913452,Natureserve 3.0,,2,2913452,Natureserve 3.0,,1,PIFTC-02,,1,PIFTC-02,,1,CBC7017,,18.59,CBC7017,16.41,20.64,17.38,19.77,0.67,84,94593.74,33359.60,185751.35,,6,6,6,,LC,yes,,Introduced,Introduced,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +1016,Olive-throated Parakeet,Eupsittula nana,landbird,Psittaciformes,Psittacidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,540825,Natureserve 3.0,,3,540825,Natureserve 3.0,,3,PIFTC-02,,3,PIFSC-08,habitat loss,3,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,NT,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1017,Orange-fronted Parakeet,Eupsittula canicularis,landbird,Psittaciformes,Psittacidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,4,269782,Natureserve 3.0,,4,269782,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,habitat loss,4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1018,Brown-throated Parakeet,Eupsittula pertinax,landbird,Psittaciformes,Psittacidae,,0,0,0,1,R,,,2,PIF CAW 2016,"found across northern south america, northern colombia, noerthern venezuela, Guyanas, northeastern Brazil, aruba, etc. (CAW);",,,,,,,,,,,,,2,1661815,NatureServe,,2,1661815,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,8,8,8,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1020,Chestnut-fronted Macaw,Ara severus,landbird,Psittaciformes,Psittacidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,5787520,NatureServe,,1,5787520,NatureServe,,5,PIF CAW 2014,trafica; pérdida de hábitat,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,12,11,12,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1021,Military Macaw,Ara militaris,landbird,Psittaciformes,Psittacidae,,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,3,668767,Natureserve 3.0,,3,668767,Natureserve 3.0,long narrow range,5,MX-NSAC,,4,MX-NSAC,"habitat loss, capture for trade",5,MX-NSAC-12,"In Central America, largely restricted to Mexico; 7 of 8 regions in MX score PT=5",,,,,,,,,,,,,18,17,18,Watch List - Red,VU,,,Neotropical,Neotropical,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +1022,Great Green Macaw,Ara ambiguus,landbird,Psittaciformes,Psittacidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,4,166142,NatureServe,,4,166142,NatureServe,,5,PIF CAW 2014,trafica; pérdida de hábitat,4,PIF CAW 2014,pérdida de hábitat,5,PIF CAW 2014,,,,,,,,,,,,,,19,18,19,Watch List - Red,EN,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1023,Red-and-green Macaw,Ara chloropterus,landbird,Psittaciformes,Psittacidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,1,8100835,NatureServe,,1,8100835,NatureServe,,5,PIF CAW 2014,trafica; pérdida de hábitat,4,PIF CAW 2014,pérdida de hábitat,5,PIF CAW 2014,,,,,,,,,,,,,,15,14,15,Watch List - Yel-D,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1024,Scarlet Macaw,Ara macao,landbird,Psittaciformes,Psittacidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,1,6738139,Natureserve 3.0,,1,6738139,Natureserve 3.0,Amazonian range looks generous,5,MX-NSAC,,5,MX-NSAC,"habitat loss, capture for trade",5,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1026,Blue-and-yellow Macaw,Ara ararauna,landbird,Psittaciformes,Psittacidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,1,7804572,NatureServe,,1,7804572,NatureServe,,5,PIF CAW 2014,trafica; pérdida de hábitat,4,PIF CAW 2014,pérdida de hábitat,5,PIF CAW 2014,,,,,,,,,,,,,,14,13,14,Watch List - Yel-D,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1027,Green Parakeet,Psittacara holochlorus,landbird,Psittaciformes,Psittacidae,,0,1,1,1,R,,,4,MX-NSAC-19–PS-g midpoint,,"200,000",200000,"<2,500",2500,,PIFSC-16,,100,,,,"eBrd17(UsCa,WHem)",4,240229,Natureserve 3.0; MX-NSAC-19,,4,240229,Natureserve 3.0; MX-NSAC-19,,4,MX-NSAC-19,,4,MX-NSAC-19,"capture for trade, habitat loss",4,MX-NSAC-19,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,yes,,Mesoamerica,Mesoamerica,Forests: Tropical Dry,,Forests: Tropical Dry, +1029,Pacific Parakeet,Psittacara strenuus,landbird,Psittaciformes,Psittacidae,,0,0,1,1,R,,,5,PIF CAW 2016,"Se estimaron menos de 25,000 (CAW); score change from 4 to 5 recommended by Central Americans in 2016",,,,,,,,,,,,,4,90946,Natureserve 3.0,,4,90946,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,severe habitat loss; capture for trade,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1030,Crimson-fronted Parakeet,Psittacara finschi,landbird,Psittaciformes,Psittacidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,115116,NatureServe,,4,115116,NatureServe,,1,PIF CAW 2014,,1,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,yes,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1071,Great Antshrike,Taraba major,landbird,Passeriformes,Thamnophilidae,,0,0,1,1,R,,,2,PIF CAW 2016,score change from 3 to 2 recommended by Central Americans in 2016,,,,,,,,,,,,,1,12815681,Natureserve 3.0,,1,12815681,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,second growth and forest edge in primary forest,3,PIF CAW 2014,,,,,,,,,,,,,,9,9,9,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1084,Slaty Antwren,Myrmotherula schisticolor,landbird,Passeriformes,Thamnophilidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,490764,Natureserve 3.0,,3,490764,Natureserve 3.0,,4,MX-NSAC,Grupo CA-sur: amenazas de 5 es demasiado alta (PIF CAW),4,MX-NSAC,restricted in elevation; primary forest; endanger of extirpation from Mexico,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen +1085,Checker-throated Antwren,Epinecrophylla fulviventris,landbird,Passeriformes,Thamnophilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,280375,NatureServe,,4,280375,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Red,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1086,Rufous-winged Antwren,Herpsilochmus rufimarginatus,landbird,Passeriformes,Thamnophilidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,2,3098957,NatureServe,,2,3098957,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,Watch List - Yel-D,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1087,Dot-winged Antwren,Microrhopias quixensis,landbird,Passeriformes,Thamnophilidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,4116974,Natureserve 3.0,,1,4116974,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,severe habitat loss; uses primary forest,4,PIF CAW 2014,"dependent on humid lowland forests in MX and C.A., where extensive habitat loss and fragmentation has occurred; like virtually all antbirds, highly sensitive to fragmentation",,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1088,White-fringed Antwren,Formicivora grisea,landbird,Passeriformes,Thamnophilidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,6007249,NatureServe,,1,6007249,NatureServe,,4,PIF CAW 2014,incertidumbre en tenencia de tierra,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,CBSD,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1089,Rufous-rumped Antwren,Euchrepomis callinota,landbird,Passeriformes,Thamnophilidae,Formerly placed in the genus Terenura.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,62732,NatureServe,,5,62732,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1090,Dusky Antbird,Cercomacroides tyrannina,landbird,Passeriformes,Thamnophilidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,2,3176374,Natureserve 3.0,,2,3176374,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,severe habitat loss; uses primary forest and second growth,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1091,Jet Antbird,Cercomacra nigricans,landbird,Passeriformes,Thamnophilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,546144,NatureServe,,3,546144,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1092,Bare-crowned Antbird,Gymnocichla nudiceps,landbird,Passeriformes,Thamnophilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,356290,NatureServe,,3,356290,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1093,White-bellied Antbird,Myrmeciza longipes,landbird,Passeriformes,Thamnophilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,2,1405668,NatureServe,,2,1405668,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen +1094,Chestnut-backed Antbird,Myrmeciza exsul,landbird,Passeriformes,Thamnophilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,356302,NatureServe,,3,356302,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1095,Dull-mantled Antbird,Myrmeciza laemosticta,landbird,Passeriformes,Thamnophilidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,147262,NatureServe,,4,147262,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1096,Zeledon's Antbird,Myrmeciza zeledoni,landbird,Passeriformes,Thamnophilidae,Formerly merged with Myrmeciza immaculata.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,210370,NatureServe,,4,210370,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1097,Spotted Antbird,Hylophylax naevioides,landbird,Passeriformes,Thamnophilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,362775,NatureServe,,3,362775,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1098,Wing-banded Antbird,Myrmornis torquata,landbird,Passeriformes,Thamnophilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,2,3116273,NatureServe,,2,3116273,NatureServe,,5,PIF CAW 2014,suceptible a fragmentación; especializada,5,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1099,Bicolored Antbird,Gymnopithys bicolor,landbird,Passeriformes,Thamnophilidae,Formerly considered conspecific with Gymnopithys leucaspis.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,2,1536262,NatureServe,,2,1536262,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-D,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1100,Ocellated Antbird,Phaenostictus mcleannani,landbird,Passeriformes,Thamnophilidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,245158,NatureServe,,4,245158,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1108,Silvery-fronted Tapaculo,Scytalopus argentifrons,landbird,Passeriformes,Rhinocryptidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,15621,NatureServe,,5,15621,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1109,Black-faced Antthrush,Formicarius analis,landbird,Passeriformes,Formicariidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,6026541,Natureserve 3.0,,1,6026541,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,severe habitat loss; uses primary forest,4,PIF CAW 2014,"restricted to lowland and foothill humid forest, sensitive to fragmentation; status of habitat in C.A. similar to Mexico",,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1110,Black-headed Antthrush,Formicarius nigricapillus,landbird,Passeriformes,Formicariidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,107795,NatureServe,,4,107795,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1148,Beautiful Treerunner,Margarornis bellulus,landbird,Passeriformes,Furnariidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,484,NatureServe,,5,484,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,19,19,19,Watch List - Red,NT,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1149,Ruddy Treerunner,Margarornis rubiginosus,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,5635,NatureServe,,5,5635,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1150,Double-banded Graytail,Xenerpestes minlosi,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,108472,NatureServe,,4,108472,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1151,Red-faced Spinetail,Cranioleuca erythrops,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,70458,NatureServe,,5,70458,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1152,Coiba Spinetail,Cranioleuca dissita,landbird,Passeriformes,Furnariidae,Formerly considered conspecific with Cranioleuca vulpina.,0,0,0,1,R,,,5,PIF CAW 2016,found only on coiba island; recent split from rusty-backed spinetail (CAW),,,,,,,,,,,,,1,,Panjabi-17,,1,5735081,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,NT,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +1153,Pale-breasted Spinetail,Synallaxis albescens,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,1,PIF CAW 2016,,,,,,,,,,,,,,1,9914795,NatureServe,,1,9914795,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,6,6,6,,LC,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1154,Slaty Spinetail,Synallaxis brachyura,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,402185,NatureServe,,3,402185,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen +1155,Rufous-breasted Spinetail,Synallaxis erythrothorax,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,360041,Natureserve 3.0,,3,360041,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,3,MX-NSAC,tolerant of disturbance,3,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1222,Yellow-bellied Tyrannulet,Ornithion semiflavum,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,Están en selvas humedas y presionadas (CAW);,,,,,,,,,,,,,4,257003,Natureserve 3.0,,4,257003,Natureserve 3.0,,3,MX-NSAC,TB=3 probably more appropriate given use of edge and disturbed areas.,3,MX-NSAC,severe habitat loss; uses primary forest,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1203,Sepia-capped Flycatcher,Leptopogon amaurocephalus,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,8085228,Natureserve 3.0,,1,8085228,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,severe habitat loss; uses primary forest,5,PIF CAW 2014,Restricted to humid forests within C.A. range; loss of such forests has been extensive in C.A.; MX regional experts score PT=5 in SECL,,,,,,,,,,,,,13,13,13,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1204,Slaty-capped Flycatcher,Leptopogon superciliaris,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,3,617865,NatureServe,,3,617865,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1205,Yellow-green Tyrannulet,Phylloscartes flavovirens,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,17326,NatureServe,,5,17326,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,18,18,18,Watch List - Red,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1111,Rufous-breasted Antthrush,Formicarius rufipectus,landbird,Passeriformes,Formicariidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,166348,NatureServe,,4,166348,NatureServe,,4,PIF CAW 2014,puede ser afectado por cambio climático,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1209,Scale-crested Pygmy-Tyrant,Lophotriccus pileatus,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,471778,NatureServe,,3,471778,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1210,Pale-eyed Pygmy-Tyrant,Lophotriccus pilaris,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,815689,NatureServe,,3,815689,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1211,Northern Bentbill,Oncostoma cinereigulare,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,584179,Natureserve 3.0,,3,584179,Natureserve 3.0,,3,MX-NSAC,"humid to semi-humid forests and woodlands. regions score as 3 and 4, global score of 3 seems more appropriate.",3,MX-NSAC,probably not threatened,4,PIF CAW 2014,C.A. endemic; forest-dependent; loss of lowland forest in rest of C.A. is similar to Mexico,,,,,,,,,,,,,13,13,13,,LC,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1212,Southern Bentbill,Oncostoma olivaceum,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,226170,NatureServe,,4,226170,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1213,Slate-headed Tody-Flycatcher,Poecilotriccus sylvia,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,,,,,,2,1913020,Natureserve 3.0,,2,1913020,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,"uses second-growth, clearings",4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1214,Common Tody-Flycatcher,Todirostrum cinereum,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,8090504,Natureserve 3.0,,1,8090504,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,"uses second-growth, clearings",2,PIF CAW 2014,,,,,,,,,,,,,,7,7,7,,LC,yes,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1215,Black-headed Tody-Flycatcher,Todirostrum nigriceps,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,400457,NatureServe,,3,400457,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1216,Brownish Twistwing,Cnipodectes subbrunneus,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,2,1957696,NatureServe,,2,1957696,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-D,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1217,Eye-ringed Flatbill,Rhynchocyclus brevirostris,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,579420,Natureserve 3.0,,3,579420,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,moderate habitat loss,4,PIF CAW 2014,"humid-forest specialist that has likely declined with loss of this habitat throughout Central America; Some populations have undergo undetected along the Sierra Madre Oriental (Rojas-Soto et al. 2002, Sanchez-Gonzalez y Lopez de Aquino 2006)",,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1218,Olivaceous Flatbill,Rhynchocyclus olivaceus,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,1,5707294,NatureServe,,1,5707294,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1219,Yellow-olive Flycatcher,Tolmomyias sulphurescens,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,12488612,Natureserve 3.0,,1,12488612,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,4,PIF CAW 2014,"mostly forest-dependent, and as such as probably declined due to widespread deforestation; regional experts score PT=4 in SECL and SEPL",,,,,,,,,,,,,9,9,9,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1220,Yellow-margined Flycatcher,Tolmomyias assimilis,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,2,PIF CAW 2016,probably will be split in future (CAW),,,,,,,,,,,,,1,6098440,NatureServe,,1,6098440,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,9,9,9,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1449,Tufted Titmouse,Baeolophus bicolor,landbird,Passeriformes,Paridae,,1,1,0,0,R,,,2,PIFcalc19,,"12,000,000",12000000,"12,000,000",12000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,2967755,Natureserve 3.0,,2,2967755,Natureserve 3.0,,2,PIFTC-02,DD='species relatively tolerant of human activities and land use.' BNA supports that species does well in face of human acitvity (and may benefit from feeding); but needs cavities.,1,PIFTC-02,"DD='species relatively tolerant of human activities and land use.' BNA supports that species does well in face of human acitvity (and may benefit from feeding) but extensive urbanization, forest clearing and snag removal (roosts) would be harmful. Why wo",1,BBS7017,,1.13,BBS7017,1.04,1.22,1.07,1.18,9.44,1910,69.32,61.95,76.78,,7,6,7,,LC,yes,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +1450,Black-crested Titmouse,Baeolophus atricristatus,landbird,Passeriformes,Paridae,,0,1,1,0,R,,,3,PIFcalc19,,"1,200,000",1200000,"640,000",640000,2010.5,PIFcalc19,,100,55.30550766,55.30551,55.30550766,"bbs0514(UsCa), eBrd17(WHem)",3,647816,Natureserve 3.0,,3,647816,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,4,BBS7017,BBS-17 changed scores that previously were in agreement with MX-NSAC,-0.69,BBS7017,-1.58,0.19,-1.25,-0.17,8.05,97,-25.37,-49.33,7.18,,12,12,12,,LC,yes,,North American Southwest,North American Southwest,Forests: Tropical Dry,,Forests: Tropical Dry, +1451,Verdin,Auriparus flaviceps,landbird,Passeriformes,Remizidae,,0,1,1,0,R,,,2,PIFcalc19,,"7,200,000",7200000,"3,800,000",3800000,2010.5,PIFcalc19,,100,53.12769318,53.12769,53.12769318,"bbs0514(UsCa), eBrd17(WHem)",2,1756212,Natureserve 3.0,,2,1756212,Natureserve 3.0,,3,PIFSC-15,"Less reliant on undisturbed than other similar spp. senstive to extreme heat based on research by B. Wolf (CB); if we raise threats for this species, should we raise threats for all other small desert birds (gnatcatchers, sparrows, etc)? (AP)",2,PIFTC-02,,4,BBS7017,,-1.26,BBS7017,-1.91,-0.56,-1.63,-0.85,7.86,191,-44.38,-60.51,-23.94,31,11,10,11,,LC,yes,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1452,Bushtit,Psaltriparus minimus,landbird,Passeriformes,Aegithalidae,,1,1,1,1,R,,,3,PIFcalc19,,"4,300,000",4300000,"2,300,000",2300000,2010.5,PIFcalc19,,100,54.20342636,54.20343,54.20342636,"bbs0514(UsCa), eBrd17(WHem)",2,2161505,Natureserve 3.0; PIFSC,"50% of range (error in new analysis, not in map)",2,2161505,Natureserve 3.0,"50% of range (error in new analysis, not in map)Ken comment: 50% of range (error in new analysis, not in map)",2,PIFTC-02,,2,PIFTC-02,,4,BBS7017,,-0.79,BBS7017,-1.69,-0.10,-1.25,-0.37,2.53,483,-30.87,-50.09,2.41,127,11,11,11,,LC,yes,,Western Temperate,Western Temperate,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak +1453,Red-breasted Nuthatch,Sitta canadensis,landbird,Passeriformes,Sittidae,Monotypic.,1,1,0,0,PM,,,2,PIFcalc19,,"20,000,000",20000000,"20,000,000",20000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),1,7118703,Natureserve 3.0,,1,12321232,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,1,BBS7017,,1.32,BBS7017,1.06,1.57,1.18,1.48,3.32,1783,85.34,65.24,110.40,,6,6,6,,LC,yes,,Nearctic,Nearctic,Forests: Boreal,Forests: Temperate Western,Forests: Temperate Generalist, +1264,Cattle Tyrant,Machetornis rixosa,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,1,PIF CAW 2016,,,,,,,,,,,,,,1,6664426,NatureServe,,1,6664426,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,6,6,6,,LC,,b,South American Lowlands,South American Lowlands,Open Country: Developed/Disturbed,Grasslands: Tropical,Open Country: Developed/Disturbed,Grasslands: Tropical +1244,Bright-rumped Attila,Attila spadiceus,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,3,Gomez-Panjabi,over-mapped in Mexico; habitat loss,,,,,,,,,,,,,1,7263791,Natureserve 3.0,,1,7263791,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +1245,Choco Sirystes,Sirystes albogriseus,landbird,Passeriformes,Tyrannidae,"new species, replaces sirystes in part; Formerly considered conspecific with Sirystes sibilator.",0,0,0,1,R,,,5,PIF CAW 2016,"split; now choco sirystes, found from panama to western ecuador; new range calculated by chris wood (CAW)",,,,,,,,,,,,,4,182762,BirdLife & HBW,,4,182762,BirdLife & HBW,,3,PIF CAW 2015,used Panama's score,3,PIF CAW 2015,used Panama's score,4,PIF CAW 2015,used Panama's score,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1585,Russet Nightingale-Thrush,Catharus occidentalis,landbird,Passeriformes,Turdidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,414603,Natureserve 3.0,,3,414603,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,MX-NSAC-12,"MX endemic, all regions score PT=4",,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +1586,Ruddy-capped Nightingale-Thrush,Catharus frantzii,landbird,Passeriformes,Turdidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,245698,Natureserve 3.0,,4,245698,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,humid forest,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland +1587,Black-headed Nightingale-Thrush,Catharus mexicanus,landbird,Passeriformes,Turdidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,125742,Natureserve 3.0,,4,125742,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,humid forest,5,PIF CAW 2014,"4 of 6 regions (SECL, SEMH, CEMH and NECL) score PT=5",,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1588,Spotted Nightingale-Thrush,Catharus dryas,landbird,Passeriformes,Turdidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,467570,Natureserve 3.0,,3,467570,Natureserve 3.0,NS ok,4,MX-NSAC,global score should reflect regional experts' opinion.,4,MX-NSAC,moderate habitat loss,4,PIF CAW 2014,"cloud forest specialist, not sure why regional experts did not score PT=5",,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1589,Veery,Catharus fuscescens,landbird,Passeriformes,Turdidae,,1,1,1,1,M,,,2,PIFcalc19,,"11,000,000",11000000,"11,000,000",11000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,3670946,Natureserve 3.0,,2,1506925,Natureserve 3.0 with adjustment by PIFSC,Reduced by 80%; NS winter range too expansive -- Chuck Hunter; probably 20% of mapped area,3,PIFSC-Dec-08,Does fine in second growth; uses younger woods than other thrushes. Is it area sensitive? (ED); Rosenberg: moderately vulnerable to loss of forest to development (same as Wood Thrush).,4,PIFTC-02,Restricted to primary forest in Amazonian. winters in chaco region that is heavily being affected by agriculture (KVR),4,BBS7017,,-1.12,BBS7017,-1.35,-0.87,-1.25,-0.98,6.04,1470,-40.98,-46.18,-33.62,,11,12,12,,LC,,,Northern Forest,South American Lowlands,Forests: Temperate Eastern,Forests: Temperate Western,Forests: Tropical Lowland Evergreen, +1590,Gray-cheeked Thrush,Catharus minimus,landbird,Passeriformes,Turdidae,,1,1,1,1,M,,,2,PIFcalc19,,"46,000,000",46000000,"42,000,000",42000000,2010.5,PIFcalc19,,90,100,90,90,"bbs0514(UsCa), eBrd17(WHem), PIF(Glob)",1,4585688,Natureserve 3.0,,1,5076928,Natureserve 3.0,,2,PIFTC-02,,3,PIFTC-02,"Forest and some edge--but pretty much unknown. Winters in primary lowland forest in S. America -- at least ""moderate"" threats (KVR)",3,BBS9317,,-0.37,BBS9317,-2.82,2.14,,,10.86,98,-12.08,-51.74,41.28,,8,9,9,,LC,,,Northern Forest,South American Lowlands,Forests: Boreal,,Forests: Tropical Lowland Evergreen, +1591,Bicknell's Thrush,Catharus bicknelli,landbird,Passeriformes,Turdidae,Monotypic.,1,1,0,0,M,,,4,International Bicknell's Thrush Conservation Group 2017,IBTCG used range-wide data on densities and extent of potential habitat to develop an improved global population estimate. Applying region-specific density data (derived from point count surveys) to a model of potential habitat (Vermont Center for Ecostudies). 1000 is BBS-15 estimate.,"110,000",110000,"110,000",110000,,International Bicknell's Thrush Conservation Group 2017,"current estimate conrirmed by K. McFarland, email, 4.20.16",100,,,,eBrd17(UsCa),4,133496,Natureserve 3.0,,4,102051,Natureserve 3.0,,4,PIFSC-19,changed due to calibration with TB-r,5,PIFTC-02,"Forest in winter ground highly threatened. threats to winter habitat severe and increasing due to cutting of remnant forest habitats, even in protected areas (KVR)",4,PIFSC-08,steep decline in parts of range,,,,,,,,,,,,,16,17,17,Watch List - Red,VU,,,Northern Forest,Caribbean,Forests: Boreal,,Forests: Tropical Montane Evergreen, +1592,Swainson's Thrush,Catharus ustulatus,landbird,Passeriformes,Turdidae,,1,1,1,1,M,,,1,PIFcalc19,,"120,000,000",120000000,"120,000,000",120000000,2010.5,PIFcalc19,,100,99.86447144,99.86447,99.86447144,"bbs0514(UsCa), eBrd17(WHem)",1,7525849,Natureserve 3.0,,2,2788297,Natureserve 3.0,,3,PIFTC-02,"Mature forest, but also uses second growth.",3,PIFTC-02,,4,BBS7017,,-0.69,BBS7017,-0.95,-0.46,-0.84,-0.55,31.72,1359,-27.64,-35.10,-21.27,77,9,10,10,,,,,Nearctic,Central and South American Highlands,Forests: Boreal,Forests: Temperate Western,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen +1593,Hermit Thrush,Catharus guttatus,landbird,Passeriformes,Turdidae,,1,1,1,1,M,,,1,PIFcalc19,,"72,000,000",72000000,"72,000,000",72000000,2010.5,PIFcalc19,,100,99.93570709,99.93571,99.93570709,"bbs0514(UsCa), eBrd17(WHem)",1,8350943,Natureserve 3.0,,1,4694594,Natureserve 3.0,,2,PIFTC-02,"Tolerant of second growth. DD='threats assumed to be low.' BNA states that history shows species susceptible to large scale cutting of forests. However, it possibly does well in forested areas subjected to forestry leaving small openings. Extreme nort",2,PIFTC-02,DD='relatively tolerant of human land use activities.' BNA supports that winter threats less severe than to those other thrushes due to more northern distribution. Supports use of wide varietyof winter habitats.,2,BBS7017,,0.37,BBS7017,-0.07,0.72,0.10,0.59,9.15,1665,18.57,0.58,42.10,,6,6,6,,LC,,,Nearctic,Nearctic,Forests: Temperate Generalist,,Forests: Temperate Generalist, +2098,Slaty Finch,Haplospiza rustica,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,3,479882,Natureserve 3.0,,3,479882,Natureserve 3.0,NS maps more accurate -- especially since probably occupies part of range in any year.,4,MX-NSAC,,4,MX-NSAC,"poorly known, bamboo specialist",4,PIF CAW 2014,"proponemos mantener el 5 con base en perdida de habitat en mexico (+-50% del total) y en la falta de registros de la especie desde 1860's (howell y webb 1995). Es una especie completamente dependiente del bambu al interior del bosque mesofilo, pero acepta",,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2099,Peg-billed Finch,Acanthidops bairdi,landbird,Passeriformes,Thraupidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,4775,NatureServe,,5,4775,NatureServe,,4,PIF CAW 2014,puede ser afectada por cambio climático y incendios; especializada en bambu,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1144,Buff-throated Foliage-gleaner,Automolus ochrolaemus,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,3,Gomez-Panjabi,"subtracted pop estimate for Chiriqui Forage-Gleaner from rounded geometric midpoint of pop estimate range from BTFG's PS-g = 3, but due to rounding, no change",,,,,,,,,,,,,1,6428834,BirdLife 2019;Bird Conservancy of the Rockies 2019,deleted polygon covering Pacific coast of Costa Rica/Panama from BirdLife's shapefile for Buff-throated Foliage-gleaner because BirdLife does not recognize Chiriqui Foliage-Gleaner,1,6428834,BirdLife 2019;Bird Conservancy of the Rockies 2019,deleted polygon covering Pacific coast of Costa Rica/Panama from BirdLife's shapefile for Buff-throated Foliage-gleaner because they do not recognize Chiriqui Foliage-Gleaner,4,MX-NSAC,,4,MX-NSAC,humid evergreen forest,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1146,Striped Woodhaunter,Automolus subulatus,landbird,Passeriformes,Furnariidae,Formerly placed in Hyloctistes.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,2,3490261,NatureServe,,2,3490261,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1147,Spotted Barbtail,Premnoplex brunnescens,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,407903,NatureServe,,3,407903,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1594,Wood Thrush,Hylocichla mustelina,landbird,Passeriformes,Turdidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"12,000,000",12000000,"12,000,000",12000000,2010.5,PIFcalc19,,100,99.99227142,99.99227,99.99227142,bbs0514(UsCa),2,3489351,Natureserve 3.0,,3,646795,Natureserve 3.0,,3,PIFTC-02,DD='moderately vulnerable to human land use.' BNA supports its subject to threats from fragmentation and isolation of forested habitats. New information suggests more flexible in use of breeding habitats than once thought.; Rosenberg: add acid rain as threat in parts of range Hunter: unsure about role of acid rain in declines in Appalachians.,4,PIFTC-02,DD='highly vulnerable to human land use and activities.' BNA supports that primary forests on nonbreeding area are subject to continued loss and pose threat to wood thrushes.. Dependent on lowland wet forests on Gulf/Caribbean slope of Central America -- these are highly threatened (KVR),5,BBS7017,,-1.92,BBS7017,-2.01,-1.84,-1.98,-1.88,4.57,2098,-59.88,-61.30,-58.12,31,12,14,14,Watch List - Yel-D,NT,,,Eastern Temperate,Gulf-Caribbean Lowlands,Forests: Temperate Eastern,,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen +1959,Worm-eating Warbler,Helmitheros vermivorum,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,3,PIFcalc19,,"780,000",780000,"780,000",780000,2010.5,PIFcalc19,,100,,,,eBrd17(UsCa),2,1753323,Natureserve 3.0,,3,902709,Natureserve 3.0,,3,PIFTC-02,,4,PIFTC-02,Rosenberg: winters in lowland and Caribbean forests,2,BBS7017,,0.43,BBS7017,0.03,0.88,0.20,0.70,0.31,580,21.94,3.22,48.79,,10,12,12,,LC,,,Eastern Temperate,Caribbean,Forests: Temperate Eastern,,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +1960,Louisiana Waterthrush,Parkesia motacilla,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,4,PIFcalc19,,"450,000",450000,"450,000",450000,2010.5,PIFcalc19,,100,99.44503021,99.44503,99.44503021,"bbs0514(UsCa), eBrd17(WHem)",2,2410070,Natureserve 3.0,,2,1729490,Natureserve 3.0,,3,PIFTC-02,Rosenberg: threatened by loss of hemlocks; pollution in freshwater streams.,4,PIFTC-02,,2,BBS7017,,0.84,BBS7017,0.51,1.08,0.63,0.99,0.23,911,47.80,31.36,67.79,,11,12,12,,LC,,,Eastern Temperate,Neotropical,Wetlands: Lakes and Rivers,Forests: Temperate Eastern,Wetlands: Lakes and Rivers,Forests: Tropical Montane Evergreen +1961,Northern Waterthrush,Parkesia noveboracensis,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"17,000,000",17000000,"17,000,000",17000000,2010.5,PIFcalc19,,100,99.8560791,99.85608,99.8560791,"bbs0514(UsCa), eBrd17(WHem)",1,7567023,Natureserve 3.0,,2,3409915,Natureserve 3.0,,2,PIFTC-02,,3,PIFTC-02,"Rosenberg: winters in mangroves; forested wetlands - not highly tolerant of disturbance. see previous comment; winters primarily in native habitats; threats at least ""moderate""",1,BBS7017,,0.88,BBS7017,0.53,1.21,0.67,1.08,1.90,1087,51.18,27.15,76.20,,6,8,8,,LC,,,Northern Forest,Neotropical,Forests: Boreal,Forests: Temperate Eastern,Coasts: Mangroves,Wetlands: Forested +1963,Golden-winged Warbler,Vermivora chrysoptera,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,4,PIFcalc19,"PIFSC-20: eBird picks up non-breeders south of the border, so overrode eBird % Breeding Pop in US & Canada with 100% and used US/Canada estimate as global estimate","390,000",390000,"390,000",390000,2010.5,PIFcalc19,,100,100,100,100,PIFSC-20,2,1392211,Natureserve 3.0,,3,944931,Natureserve 3.0,NS ok,4,PIFTC-02,Rosenberg: threatened by loss of early successional habitats and hybridization with BWWA.,4,PIFTC-02,"new knowledge in winter suggests even more specialized; requires large areas of intact forest; msfs need large areas; does not use agroforestry and coffee to large degree. (CB, KVR, WE, TW, DP); Regularly uses coffee plantations adjacent to forests in the sierra de Talamanca (Panama and Costa Rica) (AP)",5,BBS7017,,-2.29,BBS7017,-2.76,-1.74,-2.60,-1.97,0.31,417,-66.02,-71.28,-57.23,34,15,16,16,Watch List - Red,NT,,,Northern Forest,Central and South American Highlands,Forests: Temperate Eastern,,Forests: Tropical Montane Evergreen, +1308,Alder Flycatcher,Empidonax alnorum,landbird,Passeriformes,Tyrannidae,Monotypic.,1,1,1,1,M,,,1,PIFcalc19,,"120,000,000",120000000,"120,000,000",120000000,2010.5,PIFcalc19,,100,99.93479156,99.93479,99.93479156,"bbs0514(UsCa), eBrd17(WHem)",1,7077860,Natureserve 3.0,,2,3404220,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,4,BBS7017,based on US/Canada portion of range only,-0.56,BBS7017,,,-0.80,-0.32,13.05,1394,-28.38,-37.55,-16.72,65,8,9,9,,LC,,,Northern Forest,South American Lowlands,Wetlands: Boreal,Wetlands: Forested,Forests: Tropical Generalist, +1309,Willow Flycatcher,Empidonax traillii,landbird,Passeriformes,Tyrannidae,,1,1,1,1,M,,,2,PIFcalc19; PIFSC-20,"PIFSC-20: Willow Flycatcher extremely rare as a breeder (listed on Mexico's NOM-059) in the Lower Colorado River Valley today, and there is essentially no habitat remaining on the Mexico side. The restoration projects in the Delta could attract some WIFL but not enough to change global estimates, so used US/Canada estimate as global estimate.","8,100,000",8100000,"8,100,000",8100000,2010.5,PIFcalc19,,100,99.90000153,99.9,99.90000153,PIFSC-20,1,7289251,Natureserve 3.0,,2,1308798,Natureserve 3.0,,3,PIFSC-19,changed due to calibration with TB-r; only 10 of 25 BCRs (<10% of pop) scored TB>3,2,PIFTC-02,occupies open/shrubby grazing lands in lowlands; threats mostly low (2 OK) (Panjabi),4,BBS7017,based on US/Canada portion of range only,-1.25,BBS7017,,,-1.40,-1.04,1.46,1779,-28.07,-38.39,-16.79,64,10,10,10,,LC,,,Nearctic,Mesoamerica,Open Country: Habitat Mosaic,Forests: Temperate Western,Open Country: Habitat Mosaic, +1310,White-throated Flycatcher,Empidonax albigularis,landbird,Passeriformes,Tyrannidae,,0,0,1,1,PM,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,420118,Natureserve 3.0,,3,646231,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,2,MX-NSAC,tolerant of disturbance,3,PIF CAW 2014,,,,,,,,,,,,,,13,12,13,,LC,,,Mesoamerica,Mesoamerica,Open Country: Habitat Mosaic,,Wetlands: Freshwater Marsh,Wetlands: Seasonally Wet Grasslands +1311,Least Flycatcher,Empidonax minimus,landbird,Passeriformes,Tyrannidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"27,000,000",27000000,"27,000,000",27000000,2010.5,PIFcalc19,,100,99.94090271,99.9409,99.94090271,"bbs0514(UsCa), eBrd17(WHem)",1,6129659,Natureserve 3.0,,2,1025774,Natureserve 3.0,,3,PIFSC-15,"In relatively disturbed sites, regenerating forest (KR). Actually threatened by maturing of forests in New England and perhaps elsewhere; not urban or agricultural adapted -- should be like other native forest birds (KVR); Camfield,Alaine [NCR]: TB 2 in Canadian BCR strategies. Main threats related to habitat loss from forestry.",2,PIFTC-02,,5,BBS7017,,-1.78,BBS7017,-2.01,-1.55,-1.92,-1.65,7.02,1885,-56.90,-60.80,-52.05,42,11,11,11,CBSD,LC,,,Northern Forest,Mesoamerica,Forests: Temperate Eastern,Forests: Temperate Western,Forests: Tropical Generalist, +1312,Hammond's Flycatcher,Empidonax hammondii,landbird,Passeriformes,Tyrannidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"20,000,000",20000000,"20,000,000",20000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,2753247,Natureserve 3.0,,3,783623,Natureserve 3.0,,2,PIFSC-19,changed due to calibration with TB-r,3,PIFTC-02,More generalized in winter. still requires Mexican pine-oak and cloud forest in winter should be consistent with resident birds in same habitat (KVR); winters especially in mature montane forests (Panjabi),2,BBS7017,,0.59,BBS7017,0.16,1.03,0.33,0.84,5.42,497,31.44,12.28,65.06,,8,10,10,,LC,,,Intermountain West,Mesoamerican Highlands,Forests: Temperate Western,,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +1313,Gray Flycatcher,Empidonax wrightii,landbird,Passeriformes,Tyrannidae,Monotypic.,1,1,1,0,M,,,3,PIFcalc19,,"2,900,000",2900000,"2,900,000",2900000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,1143266,Natureserve 3.0,,3,961381,Natureserve 3.0,,3,PIFTC-02,in mature pinyon-juniper - a threatened habitat in many areas (KR).,2,PIFTC-02,"winters in shrubby grazing lands in southern chihuahuan desert (not a forest bird), suggest staying with 2 (Panjabi)",1,BBS7017,,2.15,BBS7017,1.40,2.83,1.73,2.55,1.44,259,164.10,81.81,242.10,,9,9,9,,LC,,,Intermountain West,North American Southwest,Forests: Temperate Western,,Aridlands: Desert Scrub,Forests: Tropical Dry +1314,Dusky Flycatcher,Empidonax oberholseri,landbird,Passeriformes,Tyrannidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"8,800,000",8800000,"8,800,000",8800000,2010.5,PIFcalc19,,100,99.81546021,99.81546,99.81546021,"bbs0514(UsCa), eBrd17(WHem)",2,2675533,Natureserve 3.0,,3,954474,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,4,BBS7017,,-0.68,BBS7017,-1.11,-0.29,-0.93,-0.45,5.34,596,-27.37,-39.49,-14.44,,10,11,11,,LC,,,Intermountain West,Mesoamerican Highlands,Forests: Temperate Western,,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +1315,Pine Flycatcher,Empidonax affinis,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,481529,Natureserve 3.0,,3,481529,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,3,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +1316,Pacific-slope Flycatcher,Empidonax difficilis,landbird,Passeriformes,Tyrannidae,,1,1,1,0,M,,,2,PIFcalc19,,"9,500,000",9500000,"9,000,000",9000000,2010.5,PIFcalc19,,100,94.08008575,94.08009,94.08008575,"bbs0514(UsCa), eBrd17(WHem)",3,862278,Natureserve 3.0,,4,299354,Natureserve 3.0,,2,PIFSC-19,changed due to calibration with TB-r,3,PIFTC-02,More generalized in winter. winters primarily in dry forest and riparaian; still requires native habitat; should be consistent with resident forest birds in same habitat (KVR),2,BBS7017,based on US/Canada portion of range only,0.22,BBS7017,,,0.03,0.41,10.07,422,-13.41,-26.49,-1.49,,9,11,11,,LC,,,Pacific North America,Mesoamerican Pacific Lowlands,Forests: Temperate Western,,Forests: Tropical Dry, +1336,Tawny-crowned Greenlet,Tunchiornis ochraceiceps,landbird,Passeriformes,Vireonidae,Formerly considered part of Hylophilus.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,6059717,Natureserve 3.0,,1,6059717,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,primary forest,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1337,Lesser Greenlet,Pachysylvia decurtata,landbird,Passeriformes,Vireonidae,Formerly considered part of Hylophilus.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,857101,Natureserve 3.0,,3,857101,Natureserve 3.0,"NS map looks more or less good, minor differences with range in SA as depicted by Ridgley and Tudor in Birds of South America",3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,4,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1338,Golden-fronted Greenlet,Pachysylvia aurantiifrons,landbird,Passeriformes,Vireonidae,Formerly considered part of Hylophilus.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,612200,NatureServe,,3,612200,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1339,Golden Vireo,Vireo hypochryseus,landbird,Passeriformes,Vireonidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,357309,Natureserve 3.0,,3,357309,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,3,MX-NSAC,,,,,,,,,,,,,,13,13,13,,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1341,Slaty Vireo,Vireo brevipennis,landbird,Passeriformes,Vireonidae,,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,163484,Natureserve 3.0,,4,163484,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,4,MX-NSAC-12,"MX endemic, all regions score PT=4",,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +1346,Mangrove Vireo,Vireo pallens,landbird,Passeriformes,Vireonidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,4,263862,Natureserve 3.0,,4,263862,Natureserve 3.0,,3,MX-NSAC,moderate habitat loss; Es posible que sea esta especie sea separada proximamente. Una de estas futuras especies esta muy amenazada. Revisar el score durante la fase regional (PIF CAW),3,MX-NSAC,moderate habitat loss; Es posible que sea esta especie sea separada proximamente. Una de estas futuras especies esta muy amenazada. Revisar el score durante la fase regional (PIF CAW),4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Coasts: Mangroves,,Coasts: Mangroves, +1964,Blue-winged Warbler,Vermivora cyanoptera,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,3,PIFcalc19,Differs from 2010 PIF estimate due to change in distance category by GWWA working group,"680,000",680000,"680,000",680000,2010.5,PIFcalc19,,100,,,,eBrd17(UsCa),2,1782709,Natureserve 3.0,,3,758936,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,,4,BBS7017,,-1.02,BBS7017,-1.46,-0.61,-1.29,-0.78,0.43,678,-37.96,-49.81,-24.90,104,12,13,13,,LC,,,Eastern Temperate,Gulf-Caribbean Lowlands,Forests: Temperate Eastern,,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +2096,Saffron Finch,Sicalis flaveola,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,1,,2,PIF CAW 2016,,,,,,,,,,,,,,1,6564943,NatureServe,,1,6564943,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,7,7,7,,LC,,,South American Lowlands,South American Lowlands,Aridlands: Tropical Arid Scrub,,Aridlands: Tropical Arid Scrub, +2097,Grassland Yellow-Finch,Sicalis luteola,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,3,Gomez-Panjabi,guesstimate,,,,,,,,,,,,,2,2713956,Natureserve 3.0,,1,6559672,Natureserve 3.0,"Map different from Ridgely (source?) -- some breeding pops missing (e.g. Peru). Score seems too low based on area. Large non-breeding range shown, although Ridgely questions extent of migratory range -- score probably too low.",3,MX-NSAC,,3,MX-NSAC,capture for trade,3,PIF CAW 2014,"SECL, which represents core areas in Mexico, scores PT=2; overall unknown trend in C.A.",,,,,,,,,,,,,11,10,11,,LC,,"b,w",South American Lowlands,South American Lowlands,Grasslands: Tropical,,Grasslands: Tropical, +1324,Vermilion Flycatcher,Pyrocephalus rubinus,landbird,Passeriformes,Tyrannidae,,0,1,1,1,PM,,,2,PIFcalc19,"density from US range underestimates PS; much more common and widespread in Mexico, where it is not restricted to riparian areas like in U.S.; agreed to use Mexican score at PIF science meeting in Phoenix, 2008","15,000,000",15000000,"540,000",540000,2010.5,PIFcalc19,,100,3.667456627,3.667457,3.667456627,"bbs0514(UsCa), eBrd17(WHem)",1,7069470,Natureserve 3.0,,1,13325925,Natureserve 3.0,,1,PIFSC-08,,1,PIFSC-08,benefits from disturbance,1,"MX-NSAC, PIFSC-08",,,,,,,,,,72.15,31.93,154.93,,5,5,5,,LC,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic,Aridlands: Desert Scrub +1325,Pied Water-Tyrant,Fluvicola pica,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016; Bird Conservancy of the Rockies 2019,"multiplied geometric midpoint of PS-g = 2 pop size range by the % of the pre-split breeding range that remains classified as Pied Water-Tyrant, which falls at the upper end of the PS-g = 3 pop size range",,,,,,,,,,,,,2,1658563,BirdLife 2019,,2,1658659,BirdLife 2019,,5,PIF CAW 2014,,5,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,South American Lowlands,South American Lowlands,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +1327,Long-tailed Tyrant,Colonia colonus,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,6391540,NatureServe,,1,6391540,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,9,9,9,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2100,Cinnamon-bellied Flowerpiercer,Diglossa baritula,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,Sensible a pérdida de habitat (CAW);,,,,,,,,,,,,,4,234424,Natureserve 3.0,,4,234424,Natureserve 3.0,,2,MX-NSAC,global score should reflect regional expert's opinion.,2,MX-NSAC,requires clearings in forest,2,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1182,Barred Becard,Pachyramphus versicolor,landbird,Passeriformes,Tityridae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,303415,NatureServe,,3,303415,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1183,Cinereous Becard,Pachyramphus rufus,landbird,Passeriformes,Tityridae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,2,3912599,NatureServe,,2,3912599,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1184,Cinnamon Becard,Pachyramphus cinnamomeus,landbird,Passeriformes,Tityridae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,700723,Natureserve 3.0,,3,700723,Natureserve 3.0,NS map ok,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,4,PIF CAW 2014,"In Panama, 'fairly common but local in woodland and forest borders and clearings with scattered trees' and 'favors trees in partly cleared areas' (Ridgely and Tudor 1989).; In Panama, 'fairly common but local in woodland and forest borders and clearings with scattered trees' and 'favors trees in partly cleared areas' (Ridgely and Tudor 1989).",,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1185,White-winged Becard,Pachyramphus polychopterus,landbird,Passeriformes,Tityridae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,13953182,Natureserve 3.0,,1,13953182,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,3,PIF CAW 2014,,,,,,,,,,,,,,9,9,9,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1292,Belted Flycatcher,Xenotriccus callizonus,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,56989,Natureserve 3.0,,5,56989,Natureserve 3.0,,5,MX-NSAC,global score should reflect regional experts' opinion.,5,MX-NSAC,moderate habitat loss; global score should reflect regional experts' opinion,5,PIF CAW 2014,found in only 1 region where regional experts suggest a major decline,,,,,,,,,,,,,20,20,20,Watch List - Red,NT,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Mesoamerican Pine-Oak,Aridlands: Tropical Arid Scrub,Forests: Mesoamerican Pine-Oak,Aridlands: Tropical Arid Scrub +1293,Pileated Flycatcher,Xenotriccus mexicanus,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,112844,Natureserve 3.0,,4,112844,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,4,MX-NSAC,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,Aridlands: Tropical Arid Scrub,Forests: Tropical Dry,Aridlands: Tropical Arid Scrub +1294,Tufted Flycatcher,Mitrephanes phaeocercus,landbird,Passeriformes,Tyrannidae,,0,0,1,1,PM,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,599471,BirdLife 2019,,3,646431,BirdLife 2019,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,PIF CAW 2014,restricted to highland forests; all regions in MX score PT=4,,,,,,,,,,,,,13,13,13,,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen +1186,Black-and-white Becard,Pachyramphus albogriseus,landbird,Passeriformes,Tityridae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,341488,NatureServe,,3,341488,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1187,Gray-collared Becard,Pachyramphus major,landbird,Passeriformes,Tityridae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,554518,Natureserve 3.0,,3,554518,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry +1188,Rose-throated Becard,Pachyramphus aglaiae,landbird,Passeriformes,Tityridae,,0,1,1,1,PM,,,3,PIFTC-02–PS-g midpoint,,"2,000,000",2000000,<50,50,,PIFSC-16,guestimate based on eBird distribution,100,0.574299276,0.0025,0.0025,PIFTC-02; PIFSC-16,2,1317811,Natureserve 3.0,,2,1170436,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,"requires forest, but uses edge, plantations, etc.",3,MX-NSAC,,,,,,,,,,,,,,11,11,11,,LC,,,Mesoamerica,Mesoamerica,Forests: Tropical Dry,,Forests: Tropical Dry, +1189,One-colored Becard,Pachyramphus homochrous,landbird,Passeriformes,Tityridae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,3,369258,NatureServe,,3,369258,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1167,Purple-throated Fruitcrow,Querula purpurata,landbird,Passeriformes,Cotingidae,Monotypic.,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,5657536,NatureServe,,1,5657536,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1168,Bare-necked Umbrellabird,Cephalopterus glabricollis,landbird,Passeriformes,Cotingidae,Monotypic.,0,0,0,1,PM,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,9295,NatureServe,,5,17878,NatureServe,,3,PIF CAW 2014,,5,PIF CAW 2014,su rango no reproductiva ha disminuido bastante,4,PIF CAW 2014,,,,,,,,,,,,,,17,19,19,Watch List - Red,EN,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1169,Lovely Cotinga,Cotinga amabilis,landbird,Passeriformes,Cotingidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,298751,Natureserve 3.0,,4,298751,Natureserve 3.0,,5,MX-NSAC,,5,MX-NSAC,primary forest,5,PIF CAW 2014,C.A. endemic; loss of humid lowland forest in rest of C.A. is similar to Mexico,,,,,,,,,,,,,19,19,19,Watch List - Red,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1170,Turquoise Cotinga,Cotinga ridgwayi,landbird,Passeriformes,Cotingidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,11175,NatureServe,,5,11175,NatureServe,,4,PIF CAW 2014,,5,PIF CAW 2014,por su migración altitudinal,5,PIF CAW 2014,,,,,,,,,,,,,,19,20,20,Watch List - Red,VU,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1171,Blue Cotinga,Cotinga nattererii,landbird,Passeriformes,Cotingidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,175677,NatureServe,,4,175677,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1295,Olive-sided Flycatcher,Contopus cooperi,landbird,Passeriformes,Tyrannidae,Monotypic,1,1,1,1,M,,,3,PIFcalc19,,"1,900,000",1900000,"1,900,000",1900000,2010.5,PIFcalc19,,100,98.81952667,98.81953,98.81952667,"bbs0514(UsCa), eBrd17(WHem)",1,7478548,Natureserve 3.0; PIFSC-09,"Reduced by 25%; NS breeding range way too extensive in New England, NY, Appalachians, Alaska, and in western U.S. mountains (reduce by 25%)",1,4142898,Natureserve 3.0 with adjustment by PIFSC,Reduced by 50%; NS Winter range too extensive in SA -- probably 50% of mapped range.,3,PIFTC-02,"Does not seem to be threatened by forestry, but is sensitive to loss of forested landscapes, and possibly to declines of large flying insects.",4,PIFTC-02,"Winters in threatened area: east slope of Andes. Not clear what specific threats are, but winter concentrations in lower montane forests that are highy threatened (KVR)",5,BBS7017,,-2.97,BBS7017,-3.38,-2.64,-3.20,-2.77,1.27,1313,-75.60,-79.29,-71.07,24,12,13,13,Watch List - Yel-D,NT,,,Northern Forest,Central and South American Highlands,Forests: Boreal,Forests: Temperate Western,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen +1296,Greater Pewee,Contopus pertinax,landbird,Passeriformes,Tyrannidae,,0,1,1,1,PM,,,3,PIFTC-02–PS-g midpoint,"140,000 globally extrapolated with eBird (PIFSC-18).","2,000,000",2000000,"6,400",6400,2010.5,PIFcalc19,,100,4.467371464,0.32,0.319999993,PIFTC-02; PIFcalc19,3,857789,Natureserve 3.0,,3,631680,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,requires forest,3,MX-NSAC,,,,,,,,,,,,,,12,12,12,,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +1297,Dark Pewee,Contopus lugubris,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,8227,NatureServe,,5,8227,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1298,Ochraceous Pewee,Contopus ochraceus,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,3153,NatureServe,,5,3153,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1299,Western Wood-Pewee,Contopus sordidulus,landbird,Passeriformes,Tyrannidae,,1,1,1,1,M,,,2,PIFcalc19,,"9,600,000",9600000,"8,800,000",8800000,2010.5,PIFcalc19,,100,91.96595764,91.96596,91.96595764,"bbs0514(UsCa), eBrd17(WHem)",1,6924907,Natureserve 3.0,,2,2252576,Natureserve 3.0,"NS map too restrictive; should also be shown to occur in western Amazon Basin + +Ken comment: Double range size; NS map too restrictive; should also be shown to occur in western Amazon Basin",3,PIFTC-02,W. riparian and mature forest issues? (KR).,3,PIFTC-02,,5,BBS7017,,-1.66,BBS7017,-2.20,-1.33,-1.93,-1.45,6.34,1282,-54.49,-63.41,-42.94,,11,12,12,CBSD,LC,,,Western Temperate,Central and South American Highlands,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen, +1300,Eastern Wood-Pewee,Contopus virens,landbird,Passeriformes,Tyrannidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"6,500,000",6500000,"6,500,000",6500000,2010.5,PIFcalc19,,100,99.87381744,99.87382,99.87381744,"bbs0514(UsCa), eBrd17(WHem)",1,4074595,Natureserve 3.0,,1,5159541,Natureserve 3.0,,3,PIFSC-Dec-08,"Very broad habitat; uses second growth. But doesn't occur in highly altered (e.g. Ag or suburban) landscapes (KR); Rosenberg: a forest bird, vulnerable to rapidly expanding development throughout East; Hunter: loss of oak savannahs.",3,PIFSC-Dec-08,"on edges, but primarily in forested region on E. slope of Andes (KR); Rosenberg: winters in forested regions; should be same as WWPE",4,BBS7017,,-1.32,BBS7017,-1.40,-1.25,-1.37,-1.27,2.88,2474,-46.45,-48.51,-44.70,101,10,10,10,,LC,,,Eastern Temperate,South American Lowlands,Forests: Temperate Eastern,,Forests: Tropical Lowland Evergreen, +1301,Tropical Pewee,Contopus cinereus,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,5660090,Natureserve 3.0,,1,5660090,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,uses clearings near forest,2,PIF CAW 2014,,,,,,,,,,,,,,7,7,7,,LC,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1306,Yellow-bellied Flycatcher,Empidonax flaviventris,landbird,Passeriformes,Tyrannidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"13,000,000",13000000,"13,000,000",13000000,2010.5,PIFcalc19,,100,99.94072723,99.94073,99.94072723,"bbs0514(UsCa), eBrd17(WHem)",1,5308917,Natureserve 3.0,,3,682678,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,"Prefers forest, but uses shade coffee and thickets. I agree (KR)",1,BBS7017,,2.42,BBS7017,1.37,3.30,1.84,3.00,0.97,529,193.30,101.48,370.90,,7,9,9,,LC,,,Northern Forest,Gulf-Caribbean Lowlands,Forests: Boreal,,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen +1307,Acadian Flycatcher,Empidonax virescens,landbird,Passeriformes,Tyrannidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"5,200,000",5200000,"5,200,000",5200000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,2461383,Natureserve 3.0,,3,659279,Natureserve 3.0,,3,PIFTC-02,"DD='moderately vulnerable to human activities and land use.' BNA supports species is susceptible to forest fragmentation and is area sensitive, leading to problems with parasitism and predation. Threats potentially increasing if trends continue.",3,PIFTC-02,"DD='moderately vulnerable to human activities and land use.' BNA supports species may need large forested habitats in nonbreeding season just as in breeding season, thus, threats potentially increasing if trends continue.",3,BBS7017,,-0.18,BBS7017,-0.33,-0.02,-0.27,-0.09,2.02,1278,-8.04,-13.63,-1.03,,10,11,11,,LC,,,Eastern Temperate,Trans-Andean Lowlands,Forests: Temperate Eastern,,Forests: Tropical Lowland Evergreen, +1317,Cordilleran Flycatcher,Empidonax occidentalis,landbird,Passeriformes,Tyrannidae,,1,1,1,0,PM,,,3,PIFcalc19,,"3,600,000",3600000,"2,200,000",2200000,2010.5,PIFcalc19,,100,63.06401825,63.06402,63.06401825,"bbs0514(UsCa), eBrd17(WHem)",2,2344835,Natureserve 3.0,,3,594604,Natureserve 3.0,,3,PIFTC-02,in mature montane coniferous and canyon forests (KR).,3,PIFTC-02,More generalized in winter. still requires Mexican pine-oak and cloud forest in winter should be consistent with resident birds in same habitat (KVR),2,BBS7017,based on US/Canada portion of range only,-0.12,BBS7017,,,-0.45,0.12,1.09,407,-13.46,-27.13,2.68,,10,11,11,,LC,,,Intermountain West,Mesoamerican Highlands,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Pine-Oak, +1435,Barn Swallow,Hirundo rustica,landbird,Passeriformes,Hirundinidae,,1,1,1,1,M,,,1,PIFcalc19,,"190,000,000",190000000,"47,000,000",47000000,2010.5,PIFcalc19,,30,83.04442596,24.91333,24.91332817,"bbs0514(UsCa), eBrd17(WHem), PIF(Glob)",1,42908680,Natureserve 3.0,,1,62552397,Natureserve 3.0,,2,PIFTC-02,Use of human structures balanced by loss of open habitats (KR). DD='species clearly benefits from human activity.' BNA supports that pops are much larger than presettlement times due to increase in nesting sites - formerly a limiting factor. Increase i,2,PIFTC-02,DD='no known threats.' Species relatively tolerant of human activities or land use trends but not necessarily benefitting from them.,4,BBS7017,,-1.09,BBS7017,-1.16,-1.02,-1.13,-1.04,14.28,4279,-40.19,-42.35,-38.71,,8,8,8,,LC,yes,"b,w",Nearctic,South American Lowlands,Open Country Aerial: Habitat Mosaic,,Open Country Aerial: Habitat Mosaic, +1439,Carolina Chickadee,Poecile carolinensis,landbird,Passeriformes,Paridae,,0,1,0,0,R,,,2,PIFcalc19,,"13,000,000",13000000,"13,000,000",13000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,2312578,Natureserve 3.0,,2,2312578,Natureserve 3.0,,2,PIFTC-02,DD='species relatively tolerant of human activity.' BNA supports relative adaptability to suburbanization and fragmentation of forest habitats.,1,PIFTC-02,"mostly in native habitats; not different from other chickadees (KR). DD='species relatively tolerant of human activity.' BNA supports relative adaptability to suburbanization and fragmentation of forest habitats. But, needs cavities",4,BBS7017,,-0.42,BBS7017,-0.53,-0.31,-0.48,-0.35,6.86,1294,-17.89,-23.01,-13.81,103,10,9,10,,LC,yes,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +1440,Black-capped Chickadee,Poecile atricapillus,landbird,Passeriformes,Paridae,,1,1,0,0,R,,,2,PIFcalc19,,"43,000,000",43000000,"43,000,000",43000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),1,8788312,Natureserve 3.0,,1,8788312,Natureserve 3.0,,2,PIFTC-02,Not a 1 because needs cavities.,1,PIFTC-02,,2,BBS7017,,0.66,BBS7017,0.51,0.80,0.58,0.74,4.20,2389,36.17,28.72,46.39,,7,6,7,,LC,yes,,Nearctic,Nearctic,Forests: Temperate Generalist,,Forests: Temperate Generalist, +1441,Mountain Chickadee,Poecile gambeli,landbird,Passeriformes,Paridae,,1,1,1,0,R,,,2,PIFcalc19,,"7,900,000",7900000,"7,900,000",7900000,2010.5,PIFcalc19,,100,99.79817963,99.79818,99.79817963,"bbs0514(UsCa), eBrd17(WHem)",2,2690425,Natureserve 3.0,,2,2690425,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,5,BBS7017,,-1.48,BBS7017,-1.84,-1.19,-1.67,-1.31,7.20,575,-50.05,-57.82,-40.46,58,11,11,11,CBSD,LC,yes,,Intermountain West,Intermountain West,Forests: Temperate Western,,Forests: Temperate Western, +1631,Ocellated Thrasher,Toxostoma ocellatum,landbird,Passeriformes,Mimidae,,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,111698,Natureserve 3.0,,4,111698,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires primary vegetation,4,MX-NSAC,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Aridlands: Desert Scrub,Forests: Mesoamerican Pine-Oak,Aridlands: Desert Scrub,Forests: Mesoamerican Pine-Oak +1632,Brown Thrasher,Toxostoma rufum,landbird,Passeriformes,Mimidae,,1,1,0,0,PM,,,2,PIFcalc19,,"6,200,000",6200000,"6,200,000",6200000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),1,5662789,Natureserve 3.0,,2,1525235,Natureserve 3.0,,3,PIFTC-02,"DD='moderately vulnerable to human activities and land use.' Early successional habitats on general decline in Eastern regions, clean farming reducing habitat in western regions. Population likely to decline if future trends continue. However, why did",2,PIFTC-02,"DD='moderately vulnerable to human activities and land use.' Early successional habitats on general decline in Eastern regions, clean farming reducing habitat in western regions. Population likely to decline if future trends continue. However, why did",4,BBS7017,,-1.04,BBS7017,-1.11,-0.96,-1.08,-0.99,2.76,2752,-38.72,-40.47,-36.62,95,10,10,10,,LC,,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +1633,Long-billed Thrasher,Toxostoma longirostre,landbird,Passeriformes,Mimidae,,0,1,1,0,R,,,4,PIFcalc19,,"280,000",280000,"96,000",96000,2010.5,PIFcalc19,,100,33.97691345,33.97691,33.97691345,"bbs0514(UsCa), eBrd17(WHem)",4,298906,Natureserve 3.0,,4,298906,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,tolerant of disturbance; some capture for trade,2,"PIFSC-19, Mexican Regional Assessment 2005","Rosenberg 2019: Clearly expanding and increasing in S. Texas such that BBS would support a score of 1 in US. Shaw 2019: Mexican PT-r scores range from 2-3, so retain PT = 2 as an average over the two countries.",5.61,BBS7017*,4.12,7.09,4.76,6.55,0.16,38,952.16,427.97,1832.34,,12,12,12,,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1634,Cozumel Thrasher,Toxostoma guttatum,landbird,Passeriformes,Mimidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,489,Natureserve 3.0,,5,489,Natureserve 3.0,,5,MX-NSAC,,5,MX-NSAC,possibly extinct,5,MX-NSAC,,,,,,,,,,,,,,20,20,20,Watch List - Red,CR,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1318,Yellowish Flycatcher,Empidonax flavescens,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,165887,Natureserve 3.0,,4,165887,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,severe habitat loss; uses cloud forest,5,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1319,Buff-breasted Flycatcher,Empidonax fulvifrons,landbird,Passeriformes,Tyrannidae,,0,1,1,1,PM,,,3,PIFTC-02–PS-g midpoint,,"2,000,000",2000000,<500,500,,PIFSC-16,guestimate based on eBird distribution,100,8.041360855,0.025,0.025,PIFTC-02; PIFSC-16,3,512211,Natureserve 3.0,,3,500516,Natureserve 3.0,,3,PIFSC-08,Higher score for U.S. and northern Mexico (4); tolerant of disturbance (MX-NSAC). CB- C. Conway's work suggests that they are not tolerant of disturbance; TB=3 is probably OK; common and widespread in most of range; habitat sensitivity/specialization in AZ may be an artifact of edge of range (AP).,2,PIFSC-08,"uses broader range of habitats in winter; tolerant of disturbance. still requires native habitat, even if more tolerant in winter; should be consistent with resident birds in same habitat (KVR); moves to lower elevantions in winter wher it occupies open habitats and edge, disturbed areas; suggest keeping at 2 (Panjabi)",3,MX-NSAC,,,,,,,,,,,,,,12,11,12,,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry +1320,Black-capped Flycatcher,Empidonax atriceps,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,3668,NatureServe,,5,3668,NatureServe,,4,PIF CAW 2014,puede ser afectada por cambio climático,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1321,Black Phoebe,Sayornis nigricans,landbird,Passeriformes,Tyrannidae,,0,1,1,1,PM,,,2,PIFcalc19,,"5,000,000",5000000,"1,200,000",1200000,2010.5,PIFcalc19,,100,23.5291481,23.52915,23.5291481,"bbs0514(UsCa), eBrd17(WHem)",2,2973225,Natureserve 3.0,,2,3157556,Natureserve 3.0,,2,PIFSC-15,"Seems highly tolerant of human activities and urban development; may even benefit from irrigated ag and suburbia? (KVR); very adaptable species across its very large range, TB-g=2 is most appropriate (AP)",2,PIFTC-02,,2,MX-NSAC 2008,,,,,,,,,,215.36,163.67,279.24,,8,8,8,,LC,yes,,Western Temperate,Western Temperate,Wetlands: Generalist,,Wetlands: Generalist, +1322,Eastern Phoebe,Sayornis phoebe,landbird,Passeriformes,Tyrannidae,Monotypic.,1,1,1,0,PM,,,2,PIFcalc19,,"35,000,000",35000000,"35,000,000",35000000,2010.5,PIFcalc19,,100,99.94973755,99.94974,99.94973755,"bbs0514(UsCa), eBrd17(WHem)",1,6222068,Natureserve 3.0,,2,2648749,Natureserve 3.0,,2,PIFTC-02,"DD='species tolerant of human activity and land use.' BNA supports this. Although species actually increased and expanded due to human acivities, the fact it is now dependent on man for nest sites to a large extent keeps it from being TB 1.",2,PIFTC-02,"DD='species tolerant of human activity and land use.' BNA supports this. Although species actually increased and expanded due to human acivities, it does not thrive in severly degraded habitats.",2,BBS7017,,0.60,BBS7017,0.48,0.72,0.53,0.67,1.85,2550,32.48,25.60,39.51,,7,8,8,,LC,yes,,Eastern Temperate,Eastern Temperate,Open Country: Habitat Mosaic,Forests: Temperate Eastern,Open Country: Habitat Mosaic, +1323,Say's Phoebe,Sayornis saya,landbird,Passeriformes,Tyrannidae,,1,1,1,0,PM,,,2,PIFcalc19,,"5,900,000",5900000,"5,000,000",5000000,2010.5,PIFcalc19,,100,86.17955017,86.17955,86.17955017,"bbs0514(UsCa), eBrd17(WHem)",1,7183637,Natureserve 3.0,,2,2033276,Natureserve 3.0 with adjustment by PIFSC,"NS over maps winter range by including sierra madre occidental and lowland west and southwest Mexico. These areas are not included in Nat Geo and Howell and Webb. Reduced Mx NBr range by 1/3 = 530,000 km (Ken Rosenberg)",2,PIFTC-02,,2,PIFTC-02,,1,BBS7017,,1.05,BBS7017,0.76,1.31,0.87,1.20,0.87,1044,62.93,41.26,89.72,,6,7,7,,LC,yes,w,Intermountain West,North American Southwest,Aridlands: Desert Scrub,Forests: Temperate Western,Open Country: Habitat Mosaic, +1246,Rufous Mourner,Rhytipterna holerythra,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,470490,Natureserve 3.0,,3,470490,Natureserve 3.0,"NS map follows Howell & Webb, Ridgley, and Hilty & Brown, so no reason to doubt NS map area",4,MX-NSAC,,4,MX-NSAC,primary forest,4,PIF CAW 2014,Restricted to humid lowland and foothills forest within C.A. range; loss of such forests has been extensive in C.A.,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1247,Yucatan Flycatcher,Myiarchus yucatanensis,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,5,Gomez-Panjabi,uncommon and local within mapped range,,,,,,,,,,,,,4,165915,Natureserve 3.0,,4,165915,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,3,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +1249,Dusky-capped Flycatcher,Myiarchus tuberculifer,landbird,Passeriformes,Tyrannidae,,0,1,1,1,PM,,,2,PIFTC-02–PS-g midpoint,,"20,000,000",20000000,"<10,000",10000,,PIFSC-16,,100,2.617528677,0.05,0.050000001,PIFTC-02; PIFSC-16,1,10609885,Natureserve 3.0,,1,10319630,Natureserve 3.0,,3,PIFTC-02,mostly forest dependent.,3,PIFTC-02,tolerant of disturbance,3,MX-NSAC,,,,,,,,,,,,,,9,9,9,,LC,,,Neotropical,Neotropical,Forests: Tropical Generalist,,Forests: Tropical Generalist, +1250,Panama Flycatcher,Myiarchus panamensis,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,371089,NatureServe,,3,371089,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Dry,Coasts: Mangroves,Forests: Tropical Dry,Coasts: Mangroves +1251,Ash-throated Flycatcher,Myiarchus cinerascens,landbird,Passeriformes,Tyrannidae,,0,1,1,1,PM,,,2,PIFcalc19,,"10,000,000",10000000,"6,800,000",6800000,2010.5,PIFcalc19,,100,68.15434265,68.15434,68.15434265,"bbs0514(UsCa), eBrd17(WHem)",2,3495016,Natureserve 3.0,,3,927035,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,1,BBS7017,,0.96,BBS7017,0.68,1.22,0.79,1.12,8.81,701,56.62,39.31,77.72,,7,8,8,,LC,,,North American Southwest,Mesoamerican Pacific Lowlands,Aridlands: Desert Scrub,Forests: Temperate Western,Forests: Tropical Dry,Aridlands: Desert Scrub +1252,Nutting's Flycatcher,Myiarchus nuttingi,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,636211,Natureserve 3.0,,3,636211,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,PIF CAW 2014,MX encompasses >75% of global range; all regions in MX score PT=4,,,,,,,,,,,,,13,13,13,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1253,Great Crested Flycatcher,Myiarchus crinitus,landbird,Passeriformes,Tyrannidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"8,800,000",8800000,"8,800,000",8800000,2010.5,PIFcalc19,,100,99.92737579,99.92738,99.92737579,"bbs0514(UsCa), eBrd17(WHem)",1,5128258,Natureserve 3.0,,2,1274769,Natureserve 3.0,,2,PIFTC-02,DD='species relatively tolerant of human acivities and land use trends.' BNA supports that forest fragementing and creation of edge associated with human land use is beneficial.,2,PIFTC-02,DD='threats assumed to be low.' Not sure why TN was initially scored as 3. presumably adaptable to land use changes in wintering range as well.,2,BBS7017,,0.02,BBS7017,-0.07,0.09,-0.03,0.06,2.80,2601,0.65,-3.14,4.70,,7,8,8,,LC,yes,,Eastern Temperate,Mesoamerica,Forests: Temperate Eastern,,Forests: Tropical Lowland Evergreen, +1254,Brown-crested Flycatcher,Myiarchus tyrannulus,landbird,Passeriformes,Tyrannidae,,0,1,1,1,PM,,,2,PIFcalc19,,"14,000,000",14000000,"1,000,000",1000000,2010.5,PIFcalc19,,100,7.477191925,7.477192,7.477191925,"bbs0514(UsCa), eBrd17(WHem)",1,10392335,Natureserve 3.0,,1,9765294,Natureserve 3.0,,3,PIFSC-16,"requires forest. Uses taller riparian, saguaros; not in urban or highly modified",3,PIFSC-16,tolerant of disturbance,3,MX-NSAC 2008,"6 of 9 regions, representing >50% of C.A. range, score PT=4 or higher; Trends unknown but species tolerant to some deforestation; sugerimos mantener 3. No es dependiente de habitat",,,,,,,,,414.43,259.06,696.91,,9,9,9,,LC,,,Neotropical,Neotropical,Forests: Tropical Dry,Aridlands: Desert Riparian,Forests: Tropical Dry, +1261,Flammulated Flycatcher,Deltarhynchus flammulatus,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,66238,Natureserve 3.0,,5,66238,Natureserve 3.0,,4,MX-NSAC,global score should reflect majority of regional experts' opinion -- only one region (SEPL) scored as 3; core range (JAL-GRO) score as 4.,4,MX-NSAC,moderate habitat loss,4,MX-NSAC-12,"Mexican endemic, all regions score PT=4",,,,,,,,,,,,,18,18,18,Watch List - Red,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1262,Lesser Kiskadee,Pitangus lictor,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,9216754,NatureServe,,1,9216754,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,South American Lowlands,South American Lowlands,Wetlands: Lakes and Rivers,Forests: Tropical Lowland Evergreen,Wetlands: Lakes and Rivers,Forests: Tropical Lowland Evergreen +1263,Great Kiskadee,Pitangus sulphuratus,landbird,Passeriformes,Tyrannidae,,0,1,1,1,R,,,1,Gomez-Panjabi–PS-g midpoint,density from US range underestimates PS,"200,000,000",200000000,"<60,000",60000,,PIFSC-16,"Urban bird and common in habitat in LRGV, expanding, <15000 (M Gustafson)",100,0.511742473,0.03,0.029999999,Gomez-Panjabi; PIFSC-16,1,16216988,Natureserve 3.0,,1,16216988,Natureserve 3.0,,1,PIFSC-08,,1,PIFSC-08,benefits from human activity,2,MX-NSAC,,,,,,,,,,,,,,5,5,5,,LC,yes,,Neotropical,Neotropical,Open Country: Habitat Mosaic,Forests: Tropical Dry,Open Country: Habitat Mosaic,Forests: Tropical Dry +1265,Boat-billed Flycatcher,Megarynchus pitangua,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,13278334,Natureserve 3.0,,1,13278334,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,2,PIF CAW 2014,,,,,,,,,,,,,,7,7,7,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +1266,Rusty-margined Flycatcher,Myiozetetes cayanensis,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,1,PIF CAW 2016,,,,,,,,,,,,,,1,7558380,NatureServe,,1,7558380,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,6,6,6,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1267,Social Flycatcher,Myiozetetes similis,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,1,Gomez-Panjabi,,,,,,,,,,,,,,1,10265386,Natureserve 3.0,,1,10265386,Natureserve 3.0,,1,MX-NSAC,,1,MX-NSAC,benefits from disturbance,2,PIF CAW 2014,,,,,,,,,,,,,,5,5,5,,LC,yes,,Neotropical,Neotropical,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +1268,Gray-capped Flycatcher,Myiozetetes granadensis,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,2,3332836,NatureServe,,2,3332836,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,8,8,8,,LC,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1269,White-ringed Flycatcher,Conopias albovittatus,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,4,PIF CAW 2016,Natureserve map is wrong; estimated derived from neotropical birds map (CAW);,,,,,,,,,,,,,2,210000,NatureServe,,2,3418995,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1270,Golden-bellied Flycatcher,Myiodynastes hemichrysus,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,16661,NatureServe,,5,16661,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,su tendencia en Costa Rica ha sido más estable,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1271,Golden-crowned Flycatcher,Myiodynastes chrysocephalus,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,481870,NatureServe,,3,481870,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1272,Streaked Flycatcher,Myiodynastes maculatus,landbird,Passeriformes,Tyrannidae,,0,0,1,1,PM,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,14439599,Natureserve 3.0,,1,14089440,Natureserve 3.0,,2,MX-NSAC,,3,MX-NSAC,"unknown, winters S.A.",3,PIF CAW 2014,primarily use open and human-altered habitats; not tied exclusively to forests; primarily use open and human-altered habitats; not tied exclusively to forests,,,,,,,,,,,,,8,9,9,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen +1273,Sulphur-bellied Flycatcher,Myiodynastes luteiventris,landbird,Passeriformes,Tyrannidae,Monotypic.,0,1,1,1,M,,,3,Gomez-Panjabi–PS-g midpoint,"BBS-15 estimate of 5600 in US/Canada, 150,000 globally is too different from current estimates to be credible (PIFSC-18).","2,000,000",2000000,"<1,000",1000,,PIFSC-16,,100,3.780015707,0.05,0.050000001,Gomez-Panjabi; PIFSC-16,2,1258976,Natureserve 3.0,,2,1404558,Natureserve 3.0,,2,PIFTC-02,Widespread habitat use; tolerant of disturbance (MX-NSAC).,3,PIFTC-02,"unknown, winters S.A.. seems to winter in naturally disturbed (e.g. river-edge) habitats; but still probably sensitive to overall loss of forest (KVR)",3,MX-NSAC,,,,,,,,,,,,,,10,11,11,,LC,,,Mesoamerica,South American Lowlands,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak,Forests: Tropical Lowland Evergreen, +1274,Piratic Flycatcher,Legatus leucophaius,landbird,Passeriformes,Tyrannidae,,0,0,1,1,PM,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,11407355,Natureserve 3.0,,1,10880267,Natureserve 3.0,,2,MX-NSAC,,3,MX-NSAC,"unknown, winters S.A.",3,PIF CAW 2014,primarily open and human-altered habitats; not tied exclusively to forests; primarily open and human-altered habitats; not tied exclusively to forests,,,,,,,,,,,,,8,9,9,,LC,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Forests: Tropical Lowland Evergreen, +1277,Tropical Kingbird,Tyrannus melancholicus,landbird,Passeriformes,Tyrannidae,,0,1,1,1,PM,,,1,Gomez-Panjabi–PS-g midpoint,,"200,000,000",200000000,"<7,000",7000,,PIFSC-16,"Urban bird and common in habitat in LRGV, expanding, <15000 (M Gustafson); 15,000 doesn’t seem possible given the relatively few checklists in S TX (<100) and AZ",100,0.295305341,0.2953053,0.295305341,"eBrd17(UsCa,WHem)",1,16547618,Natureserve 3.0,,1,16402446,Natureserve 3.0,,1,PIFTC-02,,1,PIFTC-02,benefits from human activity,1,MX-NSAC 2008,"across central america, populations have surely exploded with the clearing of forest.",,,,,,,,,,,,,4,4,4,,LC,yes,"b,w",Neotropical,Neotropical,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +1278,Couch's Kingbird,Tyrannus couchii,landbird,Passeriformes,Tyrannidae,Monotypic.,0,1,1,1,R,,,3,PIFcalc19,good numbers on BBS routes in BCRs 36 and 37 in Texas (averaging almost 7 birds / route) (Blancher 2018),"1,100,000",1100000,"250,000",250000,2010.5,PIFcalc19,,100,23.42855263,23.42855,23.42855263,"bbs0514(UsCa), eBrd17(WHem)",3,552631,Natureserve 3.0,,3,552631,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,tolerant of disturbance,2,MX-NSAC,,,,,,,,,,3263.02,1595.82,8115.25,,10,10,10,,LC,yes,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1279,Cassin's Kingbird,Tyrannus vociferans,landbird,Passeriformes,Tyrannidae,,0,1,1,1,PM,,,2,PIFcalc19,,"8,800,000",8800000,"2,500,000",2500000,2010.5,PIFcalc19,,100,28.11869812,28.1187,28.11869812,"bbs0514(UsCa), eBrd17(WHem)",2,1438073,Natureserve 3.0,,3,683091,Natureserve 3.0,,2,PIFTC-02,Do fine in grazed and disturbed habitat.,2,PIFTC-02,not more threatened than other KB's (KR),2,BBS7017,,0.21,BBS7017,-0.44,0.81,-0.13,0.60,4.82,266,10.15,-21.18,42.63,,8,9,9,,LC,,,Western Temperate,Mesoamerican Highlands,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1280,Thick-billed Kingbird,Tyrannus crassirostris,landbird,Passeriformes,Tyrannidae,,0,1,1,0,PM,,,3,Gomez-Panjabi–PS-g midpoint,"BBS-15 estimate of 2000 in US/Canada, 53,000 globally is too different from current estimate to be credible (PIFSC-18).","2,000,000",2000000,<500,500,,PIFSC-16,,100,3.703741074,0.025,0.025,Gomez-Panjabi; PIFSC-16,3,506317,Natureserve 3.0,,3,446309,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,requires forest,3,MX-NSAC,,,,,,,,,,,,,,12,12,12,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1281,Western Kingbird,Tyrannus verticalis,landbird,Passeriformes,Tyrannidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"30,000,000",30000000,"29,000,000",29000000,2010.5,PIFcalc19,,100,94.68119049,94.68119,94.68119049,"bbs0514(UsCa), eBrd17(WHem)",1,5061472,Natureserve 3.0,,3,404183,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,2,BBS7017,,0.16,BBS7017,-0.01,0.32,0.06,0.25,8.25,1623,7.59,-0.04,15.97,,7,9,9,,LC,yes,b,Western Temperate,Mesoamerican Pacific Lowlands,Grasslands: Temperate,Aridlands: Desert Scrub,Open Country: Habitat Mosaic, +1282,Eastern Kingbird,Tyrannus tyrannus,landbird,Passeriformes,Tyrannidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"26,000,000",26000000,"26,000,000",26000000,2010.5,PIFcalc19,,100,99.85096741,99.85097,99.85096741,"bbs0514(UsCa), eBrd17(WHem)",1,9101039,Natureserve 3.0,,2,3768004,Natureserve 3.0 with adjustment by PIFSC,"Reduced by 40%; NS map shows wintering in most of Columbia, west venezuela, but Hilty & Brown list only as transient in Colombia; Shauensee lists as ""casual"" in winter in Venezuela; NS map probably overestimates wintering area considerably;",3,PIFSC-Dec-08,"DD='species relatively tolerant of human activities and land use' on a rangewide scale. BNA supports that habitats may be less available in the East, but in the Central and West US, habitats are becoming more available.; Rosenberg: rapid loss of open habitats to development throughout East.",3,PIFTC-02,DD='threats assumed to be low.' BNA supports that threats to habitats in neotropics appear to be low.. Highly concentrated in tropical forest and savanah regions; have to assume at least moderate threats (KVR),4,BBS7017,,-1.19,BBS7017,-1.27,-1.10,-1.24,-1.14,4.17,3394,-42.97,-45.44,-40.03,51,10,11,11,,LC,,b,Eastern Temperate,South American Lowlands,Open Country: Habitat Mosaic,Grasslands: Temperate,Forests: Tropical Lowland Evergreen, +1283,Gray Kingbird,Tyrannus dominicensis,landbird,Passeriformes,Tyrannidae,,0,1,1,1,PM,,,3,PIFcalc19,based on range and density of other kingbirds in U.S./Canada (3.0 to 4.5 / km2),"670,000",670000,"23,000",23000,2010.5,PIFcalc19,,100,3.414686203,3.414686,3.414686203,"eBrd17(UsCa,WHem)",3,402472,Natureserve 3.0 with adjustment by PIFSC-08,"Reduced by 30%; NS includes large area in n. Venezuela as permanent range, but Ridgley states that only 'a few have begun to breed in Venezuela'. This mapped area representing only 'a few' birds makes up ~1/3 of total range, thus probably overrepresents t",2,1466032,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,,3,PIFSC-19,"Shaw 2019: BBS trend would yield a score of 2 within US, but PT-r = 3 in Panama and unknown trend in Caribbean, so overall PT = 3",0.37,BBS9317*,-1.65,3.21,,,0.56,14,-1.61,-43.10,50.20,,12,11,12,,LC,,,Caribbean,South American Lowlands,Coasts: Mangroves,Islands: Terrestrial Habitats,Forests: Tropical Dry,Coasts: Mangroves +1286,Scissor-tailed Flycatcher,Tyrannus forficatus,landbird,Passeriformes,Tyrannidae,Monotypic.,0,1,1,1,M,,,2,PIFcalc19,,"9,100,000",9100000,"7,900,000",7900000,2010.5,PIFcalc19,,100,86.53104401,86.53104,86.53104401,"bbs0514(UsCa), eBrd17(WHem)",2,1446205,Natureserve 3.0,,3,305810,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,not more threatened than other wintering KB's? (KR),4,BBS7017,,-0.53,BBS7017,-0.72,-0.32,-0.64,-0.41,13.87,441,-21.94,-27.85,-13.98,37,10,11,11,,LC,,"b,w",Great Plains,Mesoamerican Pacific Lowlands,Grasslands: Temperate,,Forests: Tropical Dry,Open Country: Developed/Disturbed +1287,Fork-tailed Flycatcher,Tyrannus savana,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,6340479,Natureserve 3.0,,1,13503017,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,2,PIF CAW 2014,,,,,,,,,,,,,,7,7,7,,LC,,w,Neotropical,Neotropical,Grasslands: Tropical,,Grasslands: Tropical, +1197,Gray-headed Piprites,Piprites griseiceps,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,4,120251,NatureServe,,4,120251,NatureServe,,5,PIF CAW 2014,,5,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,19,19,19,Watch List - Red,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1177,Northern Schiffornis,Schiffornis veraepacis,landbird,Passeriformes,Tityridae,Formerly treated as conspecific with Schiffornis turdina.,0,0,1,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,3,522103,Natureserve 3.0,,1,522103,Natureserve 3.0,,4,PIF CAW 2016,,4,PIF CAW 2016,primary forest,4,PIF CAW 2014,Restricted to humid evergreen lowland forests within C.A. range; loss of such forests has been extensive in C.A.; MX regional experts score PT=5 in SECL,,,,,,,,,,,,,15,13,15,Watch List - Yel-D,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1178,Russet-winged Schiffornis,Schiffornis stenorhyncha,landbird,Passeriformes,Tityridae,Formerly treated as conspecific with Schiffornis turdina.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,3,344366,NatureServe,,3,344366,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,5,PIF CAW 2014,por la perdida de bosque humedo,,,,,,,,,,,,,16,16,16,Watch List - Yel-D,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1179,Speckled Mourner,Laniocera rufescens,landbird,Passeriformes,Tityridae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,3,394493,Natureserve 3.0,,3,394493,Natureserve 3.0,NS map ok,4,MX-NSAC,,4,MX-NSAC,primary forest,5,PIF CAW 2014,Restricted to humid evergreen forests within C.A. range; loss of such forests has been extensive in C.A.; MX regional experts score PT=5 in SECL,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1172,Rufous Piha,Lipaugus unirufus,landbird,Passeriformes,Cotingidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,462935,Natureserve 3.0,,3,462935,Natureserve 3.0,NS map ok,4,MX-NSAC,,4,MX-NSAC,primary forest,4,PIF CAW 2014,Restricted to humid lowland and foothills forest within C.A. range; loss of such forests has been extensive in C.A.,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1173,Three-wattled Bellbird,Procnias tricarunculatus,landbird,Passeriformes,Cotingidae,Monotypic.,0,0,0,1,PM,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,7161,NatureServe,,4,132881,NatureServe,,4,PIF CAW 2014,"las áreas protegidas donde anida no están bien protegidas en Nicaraguañ, tambien una preocupacion alta de la disponibilidad de frutos",5,PIF CAW 2014,por su migración altitudinal,5,PIF CAW 2014,,,,,,,,,,,,,,19,19,19,Watch List - Red,VU,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1174,Black-tipped Cotinga,Carpodectes hopkei,landbird,Passeriformes,Cotingidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,4,95641,NatureServe,,4,95641,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1175,Yellow-billed Cotinga,Carpodectes antoniae,landbird,Passeriformes,Cotingidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,6481,NatureServe,,5,6481,NatureServe,,5,PIF CAW 2014,require ecotono de bosque/manglar,5,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,20,20,20,Watch List - Red,EN,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Coasts: Mangroves,Forests: Tropical Lowland Evergreen,Coasts: Mangroves,Forests: Tropical Lowland Evergreen +1176,Snowy Cotinga,Carpodectes nitidus,landbird,Passeriformes,Cotingidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,4,103375,NatureServe,,4,103375,NatureServe,,5,PIF CAW 2014,,5,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,19,19,19,Watch List - Red,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1156,Lance-tailed Manakin,Chiroxiphia lanceolata,landbird,Passeriformes,Pipridae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,413251,NatureServe,,3,413251,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1157,Long-tailed Manakin,Chiroxiphia linearis,landbird,Passeriformes,Pipridae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,91922,Natureserve 3.0,,4,91922,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1158,White-ruffed Manakin,Corapipo altera,landbird,Passeriformes,Pipridae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,178018,NatureServe,,4,178018,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Red,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1159,Green Manakin,Cryptopipo holochlora,landbird,Passeriformes,Pipridae,Formerly placed in the genus Xenopipo.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,479439,NatureServe,,3,479439,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-D,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1160,Blue-crowned Manakin,Lepidothrix coronata,landbird,Passeriformes,Pipridae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,2,3233721,NatureServe,,2,3233721,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1161,White-collared Manakin,Manacus candei,landbird,Passeriformes,Pipridae,Monotypic.,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,284499,Natureserve 3.0,,4,284499,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1162,Orange-collared Manakin,Manacus aurantiacus,landbird,Passeriformes,Pipridae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,29728,NatureServe,,5,29728,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1163,Golden-collared Manakin,Manacus vitellinus,landbird,Passeriformes,Pipridae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,118630,NatureServe,,4,118630,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1164,White-crowned Manakin,Dixiphia pipra,landbird,Passeriformes,Pipridae,Formerly placed in the genus Pipra.,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,4970351,NatureServe,,1,4970351,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1165,Red-capped Manakin,Ceratopipra mentalis,landbird,Passeriformes,Pipridae,Formerly placed in the genus Pipra.,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,547193,Natureserve 3.0,,3,547193,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,humid evergreen and semi-deciduous forest,5,PIF CAW 2014,Restricted to humid lowland and foothills forest within C.A. range; loss of such forests has been extensive in C.A.,,,,,,,,,,,,,16,16,16,Watch List - Red,LC,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1428,Sinaloa Martin,Progne sinaloae,landbird,Passeriformes,Hirundinidae,Monotypic.,0,0,1,0,M,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,188675,Natureserve 3.0,,4,,MX-NSAC,,4,MX-NSAC,,3,MX-NSAC,no information,4,MX-NSAC-12,"MX endemic, all regions score PT=4",,,,,,,,,,,,,17,16,17,Watch List - Red,VU,,,Mesoamerican Highlands,Mesoamerican Highlands,Forest Aerial: Mesoamerican Pine-Oak,,Unknown, +1433,Gray-breasted Martin,Progne chalybea,landbird,Passeriformes,Hirundinidae,,0,0,1,1,PM,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,15164156,Natureserve 3.0,,1,14811729,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,2,PIF CAW 2014,,,,,,,,,,,,,,7,7,7,,LC,yes,,Neotropical,Neotropical,Open Country Aerial: Habitat Mosaic,Open Country Aerial: Developed/Disturbed,Open Country Aerial: Habitat Mosaic,Open Country Aerial: Developed/Disturbed +1429,Brown-chested Martin,Progne tapera,landbird,Passeriformes,Hirundinidae,,0,0,0,1,PM,,1,1,PIF CAW 2016,,,,,,,,,,,,,,1,8254794,NatureServe,,1,14589473,NatureServe,,3,PIF CAW 2014,,2,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,8,7,8,,LC,,,South American Lowlands,South American Lowlands,Open Country Aerial: Habitat Mosaic,Wetlands Aerial: Lakes and Rivers,Open Country Aerial: Habitat Mosaic,Wetlands Aerial: Lakes and Rivers +1418,Tree Swallow,Tachycineta bicolor,landbird,Passeriformes,Hirundinidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"19,000,000",19000000,"19,000,000",19000000,2010.5,PIFcalc19,,100,99.96901703,99.96902,99.96901703,bbs0514(UsCa),1,11669285,Natureserve 3.0,,2,2098933,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,4,BBS7017,,-1.15,BBS7017,-1.43,-0.91,-1.32,-1.01,5.18,3140,-41.80,-48.08,-35.45,,9,10,10,,LC,,,Nearctic,Widespread,Wetlands Aerial: Generalist,,Wetlands Aerial: Generalist,Coasts: Saltmarsh +1422,Mangrove Swallow,Tachycineta albilinea,landbird,Passeriformes,Hirundinidae,Monotypic.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,757307,Natureserve 3.0,,3,757307,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,3,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Mesoamerica,Mesoamerica,Coasts Aerial: Mangroves,Wetlands Aerial: Lakes and Rivers,Coasts Aerial: Mangroves,Wetlands Aerial: Lakes and Rivers +1420,Violet-green Swallow,Tachycineta thalassina,landbird,Passeriformes,Hirundinidae,,1,1,1,1,PM,,,2,PIFcalc19,,"7,200,000",7200000,"6,700,000",6700000,2010.5,PIFcalc19,,100,93.96595764,93.96596,93.96595764,"bbs0514(UsCa), eBrd17(WHem)",1,6091653,Natureserve 3.0,,2,1139345,Natureserve 3.0,,2,PIFTC-02,"Needs snags for breeding, but use boxes and cliffs.",2,PIFTC-02,not more threatened in NB (KR),4,BBS7017,,-0.73,BBS7017,-1.12,-0.35,-0.97,-0.51,10.35,958,-29.03,-39.52,-17.16,,9,10,10,,LC,,,Western Temperate,Mesoamerican Pacific Lowlands,Forest Aerial: Temperate Western,Forests Aerial: Mesoamerican Pine-Oak,Open Country Aerial: Habitat Mosaic,Open Country Aerial: Developed/Disturbed +1425,Blue-and-white Swallow,Pygochelidon cyanoleuca,landbird,Passeriformes,Hirundinidae,Monotypic.,0,0,1,1,PM,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,10363687,Natureserve 3.0,,1,17714429,NatureServe,,2,MX-NSAC,,2,MX-NSAC,,3,PIF CAW 2014,,,,,,,,,,,,,,8,8,8,,LC,yes,,Neotropical,Neotropical,Open Country Aerial: Habitat Mosaic,Open Country Aerial: Developed/Disturbed,Open Country Aerial: Habitat Mosaic, +1423,Black-capped Swallow,Atticora pileata,landbird,Passeriformes,Hirundinidae,Monotypic. Formerly placed in Notiochelidon.,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,5,75541,Natureserve 3.0,,5,75541,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,tolerant of disturbance,3,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forest Aerial: Mesoamerican Pine-Oak,,Forest Aerial: Mesoamerican Pine-Oak, +1424,White-thighed Swallow,Atticora tibialis,landbird,Passeriformes,Hirundinidae,Formerly placed in Neochelidon.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,1,4192409,NatureServe,,1,4192409,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,pendiente consulta,,,,,,,,,,,,,10,10,10,,LC,,,South American Lowlands,South American Lowlands,Forest Aerial: Tropical Lowland Evergreen,,Forest Aerial: Tropical Lowland Evergreen, +2036,Red Warbler,Cardellina rubra,landbird,Passeriformes,Parulidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,233110,Natureserve 3.0,,4,233110,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,MX-NSAC-12,"MX endemic, all regions score PT=4",,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +2037,Pink-headed Warbler,Cardellina versicolor,landbird,Passeriformes,Parulidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,59382,Natureserve 3.0,,5,59382,Natureserve 3.0,,5,MX-NSAC,,5,MX-NSAC,severe habitat loss,5,PIF CAW 2014,,,,,,,,,,,,,,20,20,20,Watch List - Red,VU,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2038,Painted Redstart,Myioborus pictus,landbird,Passeriformes,Parulidae,,0,1,1,1,PM,,,3,PIFcalc19,,"600,000",600000,"130,000",130000,2010.5,PIFcalc19,,100,22.14202881,22.14203,22.14202881,"eBrd17(UsCa,WHem)",2,1126731,Natureserve 3.0,,3,583737,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,requires forest,4,MX-NSAC 2008,MX encompasses >75% of global range; all regions in MX score PT=4,,,,,,,,,,,,,12,13,13,,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +2039,Slate-throated Redstart,Myioborus miniatus,landbird,Passeriformes,Parulidae,,0,0,1,1,R,,,3,PIFTC-02,,,,,,,,,,,,,,2,1241862,Natureserve 3.0,,2,1241862,Natureserve 3.0,"NOTE -- general comment for Neotropical species -- map depiction very accurate (e.g. elevation ranges), but this is different from depictions of winter ranges of migrants -- possibly should 'smooth' distributions more to make more comparable??",3,PIFTC-02,"Mexicans should score, doesn't breed in US-CB; requires forest (MX-NSAC).",3,PIFSC-08,requires forest,3,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Mesoamerican Highland,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland,Forests: Tropical Montane Evergreen +2040,Collared Redstart,Myioborus torquatus,landbird,Passeriformes,Parulidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,5277,NatureServe,,5,5277,NatureServe,,4,PIF CAW 2014,puede ser afectada por cambio climático,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1893,Wrenthrush,Zeledonia coronata,landbird,Passeriformes,Zeledoniidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,5185,NatureServe,,5,5185,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1896,Yellow-breasted Chat,Icteria virens,landbird,Passeriformes,Icteriidae,,1,1,1,1,M,,,2,PIFcalc19,,"17,000,000",17000000,"15,000,000",15000000,2010.5,PIFcalc19,,100,88.19330597,88.19331,88.19330597,"bbs0514(UsCa), eBrd17(WHem)",1,6147428,Natureserve 3.0,,3,949138,Natureserve 3.0,Winter map o.k. -- could be too extensive in Panama. '4' o.k.,3,PIFTC-02,,2,PIFTC-02,,4,BBS7017,,-0.35,BBS7017,-0.46,-0.21,-0.42,-0.27,4.14,1964,-15.09,-19.64,-9.52,86,10,11,11,,LC,,,Eastern Temperate,Mesoamerica,Forests: Temperate Eastern,Forests: Temperate Western,Forests: Tropical Generalist, +2077,Blue-and-gold Tanager,Bangsia arcaei,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,8980,NatureServe,,5,8980,NatureServe,,4,PIF CAW 2014,Afectado por mineria y deforestacion en Panama,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,18,18,18,Watch List - Red,NT,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2083,Blue-gray Tanager,Thraupis episcopus,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,1,PIF CAW 2016,score change from 2 to 1 recommended by Central Americans in 2016,,,,,,,,,,,,,1,7914802,Natureserve 3.0,,1,7914802,Natureserve 3.0,,2,MX-NSAC,,1,MX-NSAC,tolerant of disturbance,1,PIF CAW 2014,suggested score change,,,,,,,,,,,,,5,4,5,,,yes,,Neotropical,Neotropical,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +1166,Golden-headed Manakin,Ceratopipra erythrocephala,landbird,Passeriformes,Pipridae,Formerly placed in the genus Pipra.,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,2,3466663,NatureServe,,2,3466663,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1191,Sharpbill,Oxyruncus cristatus,landbird,Passeriformes,Oxyruncidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,2,1838694,NatureServe,,2,1838694,NatureServe,,3,PIF CAW 2014,"movimientos no están bien ententidos, pero parece que tiene varios requesitos que los provoque",3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1329,Loggerhead Shrike,Lanius ludovicianus,landbird,Passeriformes,Laniidae,,1,1,1,0,PM,,,2,PIFcalc19,,"7,000,000",7000000,"4,600,000",4600000,2010.5,PIFcalc19,,100,65.17056274,65.17056,65.17056274,"bbs0514(UsCa), eBrd17(WHem)",1,8849539,Natureserve 3.0,,1,5676435,Natureserve 3.0,,3,PIFTC-02,"Average global; no known threats in Mexico (MX-NSAC). Moderate threats (TB=3, not higher) is warranted for most of western breeding range and Mexico; higher threats in East (PIF SC); Do pesticides or other specific activities constitute higher threats in U.S. or Mexico? (KVR)",3,PIFTC-02,,5,BBS7017,,-2.66,BBS7017,-2.83,-2.48,-2.76,-2.56,1.47,2011,-71.76,-74.18,-69.48,24,11,11,11,CBSD,NT,,w,Nearctic,Nearctic,Grasslands: Temperate,Aridlands: Desert Scrub,Grasslands: Temperate,Aridlands: Desert Scrub +1330,Northern Shrike,Lanius borealis,landbird,Passeriformes,Laniidae,Formerly considered conspecific with Lanius excubitor.,1,1,0,0,M,,,4,"PIFcalc19, PIFSC-18","Most BBS-15 detections were in Alaska, but Canada has more of the range, so we extrapolated Alaska BBS-15 estimates for all of the US/Canada using the Birdlife International range shapefile, which was then similarly used to extrapolate the global estimate.","180,000",180000,"53,000",53000,2010.5,"PIFcalc19, PIFSC-18","Most BBS-15 detections were in Alaska, but Canada has more of the range, so we extrapolated Alaska BBS-15 estimates for all of the US/Canada using the Birdlife International range shapefile",29.85573,43.26917267,29.85573,29.85573006,BirdLife,1,11930775,BirdLife 2019,,1,10784885,BirdLife 2019,,2,PIFTC-02,,2,PIFTC-02,,4,CBC7017,,-0.51,CBC7017,-0.70,-0.31,-0.62,-0.40,1.50,1605,-21.33,-27.88,-14.27,,11,11,11,,LC,,w,Arctic,Nearctic,Forests: Boreal,Tundra: Arctic,Open Country: Habitat Mosaic, +1331,Rufous-browed Peppershrike,Cyclarhis gujanensis,landbird,Passeriformes,Vireonidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,13521175,Natureserve 3.0,,1,13521175,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of man-made environments,3,PIF CAW 2014,,,,,,,,,,,,,,8,8,8,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1332,Scrub Greenlet,Hylophilus flavipes,landbird,Passeriformes,Vireonidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,3,837073,NatureServe,,3,837073,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1333,Chestnut-sided Shrike-Vireo,Vireolanius melitophrys,landbird,Passeriformes,Vireonidae,,0,0,1,1,R,,,5,Gomez-Panjabi,"probably close to cut-off for PS=4, but generally low-density within range",,,,,,,,,,,,,4,171428,Natureserve 3.0,,4,171428,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,moderate habitat loss,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +1334,Green Shrike-Vireo,Vireolanius pulchellus,landbird,Passeriformes,Vireonidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,373849,Natureserve 3.0,,3,373849,Natureserve 3.0,NS map looks good,4,MX-NSAC,,4,MX-NSAC,primary forest,4,PIF CAW 2014,moderate loss of habitat in Central America; moderate loss of habitat in Central America,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1335,Yellow-browed Shrike-Vireo,Vireolanius eximius,landbird,Passeriformes,Vireonidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,4,192165,NatureServe,,4,192165,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,pendiente consulta,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1347,Cozumel Vireo,Vireo bairdi,landbird,Passeriformes,Vireonidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,489,Natureserve 3.0,,5,489,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,3,MX-NSAC,tolerant of disturbance,2,MX-NSAC,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,NT,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +1353,Bell's Vireo,Vireo bellii,landbird,Passeriformes,Vireonidae,,0,1,1,1,M,,,2,PIFcalc19,,"5,700,000",5700000,"4,600,000",4600000,2010.5,PIFcalc19,,100,80.62711334,80.62711,80.62711334,"bbs0514(UsCa), eBrd17(WHem)",2,2636808,Natureserve 3.0,,4,292115,Natureserve 3.0,,4,PIFTC-02,"Huge range contractions, high failure from cowbirds, loss of riparian and brushy hedgerows (CH). water withdrawal from riparian areas pose increasing threat.",3,PIFTC-02,,1,BBS7017,,1.08,BBS7017,0.62,1.47,0.79,1.32,1.15,524,65.35,36.24,97.05,,9,10,10,,LC,,,North American Southwest,Mesoamerican Pacific Lowlands,Aridlands: Desert Riparian,Forests: Temperate Eastern,Forests: Tropical Dry, +1531,Arctic Warbler,Phylloscopus borealis,landbird,Passeriformes,Phylloscopidae,,0,1,0,0,M,,,1,PIFcalc19,,"82,000,000",82000000,"8,200,000",8200000,2010.5,PIFcalc19,,10,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,6314710,PIFSC-08,,1,,PIFSC-08,,2,PIFTC-02,"stable, perhaps, but not enhanced by human disturbance (KR).",3,PIFTC-02,"Lack of info, but uses forest in winter so 3 probably O.K.. should check current status of Asian/African winterers (KVR)",5,BBS9317,,-4.34,BBS9317,-6.50,-1.92,,,16.35,17,-65.41,-79.63,-37.08,,9,10,10,CBSD,LC,,,Arctic,Paleotropical,Tundra: Arctic,,Forests: Tropical Generalist, +1535,Wrentit,Chamaea fasciata,landbird,Passeriformes,Sylviidae,,0,1,1,0,R,,,3,PIFcalc19,,"2,200,000",2200000,"1,800,000",1800000,2010.5,PIFcalc19,,100,81.39485168,81.39485,81.39485168,"bbs0514(UsCa), eBrd17(WHem)",4,245861,Natureserve 3.0,,4,245861,Natureserve 3.0,,3,PIFTC-02,"Dependent on undisturbed chaparal, a lot of which is protected but a lot of rest threatened. But, uses clearcuts in forest.",3,PIFTC-02,,4,BBS7017,,-0.73,BBS7017,-1.02,-0.41,-0.90,-0.54,8.60,166,-28.71,-36.75,-17.99,106,14,14,14,Watch List - Yel-R,LC,,,Pacific North America,Pacific North America,Aridlands: Chaparral,,Aridlands: Chaparral, +1544,Black-capped Donacobius,Donacobius atricapilla,landbird,Passeriformes,Donacobiidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,8651610,NatureServe,,1,8651610,NatureServe,,4,PIF CAW 2014,humedales han sido drenados para palma aceitera,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,South American Lowlands,South American Lowlands,Wetlands: Freshwater Marsh,Wetlands: Lakes and Rivers,Wetlands: Freshwater Marsh,Wetlands: Lakes and Rivers +1556,Bluethroat,Cyanecula svecica,landbird,Passeriformes,Muscicapidae,Formerly included in the genus Luscinia.,1,1,0,0,M,,,1,BirdLife International 2018,used BirdLife International global estimate since poor eBird coverage in Asia means we shouldn't use eBird-based extrapolation of BBS to 7.5 million globally (PIFSC-18).,"50,000,000",50000000,"220,000",220000,2010.5,PIFcalc19,,,,,,,1,6348041,PIFSC-08,,1,,PIFSC-08,,2,PIFTC-02,"stable, perhaps, but not enhanced by human disturbance (KR).",3,PIFTC-02,should check current status of Asian/African winterers (KVR),3,PIFSC-08,,,,,,,,,,,,,,7,8,8,,LC,,,Arctic,Paleotropical,Tundra: Arctic,,Wetlands: Generalist, +1564,Northern Wheatear,Oenanthe oenanthe,landbird,Passeriformes,Muscicapidae,,1,1,0,0,M,,,3,PIFcalc19,,"2,600,000",2600000,"260,000",260000,2010.5,PIFcalc19,,10,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,22625640,PIFSC-08,,1,,PIFSC-08,,2,PIFTC-02,"stable, perhaps, but not enhanced by human disturbance (KR).",2,PIFTC-02,should check current status of Asian/African winterers (KVR),3,PIFSC-08,,,,,,,,,,,,,,9,9,9,,LC,,w,Arctic,Paleotropical,Tundra: Arctic,Tundra: Alpine,Open Country: Habitat Mosaic, +1566,Eastern Bluebird,Sialia sialis,landbird,Passeriformes,Turdidae,,1,1,1,1,PM,,,2,PIFcalc19,,"23,000,000",23000000,"21,000,000",21000000,2010.5,PIFcalc19,,100,93.59598541,93.59599,93.59598541,"bbs0514(UsCa), eBrd17(WHem)",1,5455886,Natureserve 3.0,,2,3328846,Natureserve 3.0,,2,PIFTC-02,DD='potential threats exist but management has stabilized/increased pops.',2,PIFTC-02,DD='potential threats exist but management has stabilized/increased pops.',1,BBS7017,,2.06,BBS7017,1.95,2.17,2.00,2.13,3.54,2518,160.53,148.90,173.94,,6,7,7,,LC,,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,Forests: Mesoamerican Pine-Oak,Forests: Temperate Eastern,Forests: Mesoamerican Pine-Oak +2032,Tacarcuna Warbler,Basileuterus tacarcunae,landbird,Passeriformes,Parulidae,"new species, replaces three-striped warbler in part;Formerly considered conspecific with Basileuterus tristriatus and B. melanotis.",0,0,0,1,R,,,5,Panjabi 2017; PIF CAW 2017; MX-NSAC-17,guesstimate,,,,,,,,,,,,,5,1829,"BirdLife & HBW, eBird, AOU Checklist 57th Suppl.",,5,1829,"BirdLife & HBW, eBird, AOU Checklist 57th Suppl.",,3,PIF CAW 2015,used Panama's score,3,PIF CAW 2015,used Panama's score,4,PIF CAW 2015,used Panama's score,,,,,,,,,,,,,17,17,17,Watch List - Red,,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1389,California Scrub-Jay,Aphelocoma californica,landbird,Passeriformes,Corvidae,"new species, replaces western scrub-jay in part; Formerly considered conspecific with Aphelocoma woodhouseii",0,1,1,0,R,,,3,PIFcalc19,,"1,600,000",1600000,"1,300,000",1300000,2010.5,PIFcalc19,,100,81.84619904,81.8462,81.84619904,"bbs0514(UsCa), eBrd17(WHem)",3,537516,"BirdLife & HBW, eBird",,3,537516,"BirdLife & HBW, eBird",,2,Mexican Regional Assessment 2005; PIFTC-02,used score shared by all regions,2,PIFTC-02,used Western Scrub-Jay's TN-c score,2,BBS7017,based on US/Canada portion of range only,-0.06,BBS7017,,,-0.20,0.10,21.11,196,-9.82,-18.95,0.66,,10,10,10,,LC,yes,,Pacific North America,Pacific North America,Forests: Temperate Western,Aridlands: Chaparral,Forests: Temperate Western,Aridlands: Chaparral +1390,Woodhouse's Scrub-Jay,Aphelocoma woodhouseii,landbird,Passeriformes,Corvidae,"new species, replaces western scrub-jay in part; Formerly considered conspecific with Aphelocoma californica.",0,1,1,0,R,,,3,PIFcalc19,,"880,000",880000,"690,000",690000,2010.5,PIFcalc19,,100,79.1631012,79.1631,79.1631012,"bbs0514(UsCa), eBrd17(WHem)",2,1786601,"BirdLife & HBW, eBird",,2,1786601,"BirdLife & HBW, eBird",,2,Mexican Regional Assessment 2005; AZ-PIF; A. Panjabi; PIFTC-02; C. Rustay,used most frequent score amongst regions,2,PIFTC-02,used Western Scrub-Jay's TN-c score,4,BBS7017,based on US/Canada portion of range only,-0.69,BBS7017,,,-0.98,-0.40,1.48,289,-9.80,-17.44,2.88,,11,11,11,,,,,Intermountain West,Intermountain West,Forests: Temperate Western,Aridlands: Chaparral,Forests: Temperate Western,Aridlands: Chaparral +1391,Transvolcanic Jay,Aphelocoma ultramarina,landbird,Passeriformes,Corvidae,,0,0,1,0,R,,,4,MX-NSAC-2015,,,,,,,,,,,,,,4,,MX-NSAC-12,,4,,MX-NSAC-12,,3,MX-NSAC-12,,3,MX-NSAC-12,,3,MX-NSAC,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +1392,Mexican Jay,Aphelocoma wollweberi,landbird,Passeriformes,Corvidae,,0,1,1,0,R,,,4,PIFcalc19,,"430,000",430000,"140,000",140000,2010.5,PIFcalc19,,100,32.77443695,32.77444,32.77443695,"eBrd17(UsCa,WHem)",3,573129,Natureserve 3.0,,3,573129,Natureserve 3.0,,3,PIFTC-02,in mature pine-oak and montane forest (KR); requires forest (MX-NSAC).,3,PIFTC-02,requires forest,3,MX-NSAC,,,,,,,,,,-6.85,-39.10,45.46,,13,13,13,,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +1393,Unicolored Jay,Aphelocoma unicolor,landbird,Passeriformes,Corvidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,148491,Natureserve 3.0,,4,148491,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,severe habitat loss,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak +1499,Canebrake Wren,Cantorchilus zeledoni,landbird,Passeriformes,Troglodytidae,"new species, replaces plain wren in part; Formerly considered conspecific with Cantorchilus modestus and C. elutus.",0,0,0,1,R,,,4,Panjabi 2017; PIF CAW 2017; MX-NSAC-17,guesstimate,,,,,,,,,,,,,5,29950,BirdLife & HBW,,5,29950,BirdLife & HBW,,3,PIF CAW 2015,used most frequent score amongst regions,2,PIF CAW 2015,used Panama's score to break tie since eBird shows greater range and more observations there than in Nicaragua,2,PIF CAW 2015,used most frequent score amongst regions,,,,,,,,,,,,,14,13,14,Watch List - Yel-R,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1500,Isthmian Wren,Cantorchilus elutus,landbird,Passeriformes,Troglodytidae,"new species, replaces plain wren in part; Formerly considered conspecific with Cantorchilus modestus and C. zeledoni.",0,0,0,1,R,,,4,Panjabi 2017; PIF CAW 2017; MX-NSAC-17,guesstimate,,,,,,,,,,,,,5,40558,"BirdLife & HBW, eBird, AOU Checklist 57th Suppl.",,5,40558,"BirdLife & HBW, eBird, AOU Checklist 57th Suppl.",,2,PIF CAW 2015,used Panama's score to break tie since eBird shows greater range and more observations there than Costa Rica,2,PIF CAW 2015,used Panama's score as the only region scored,2,PIF CAW 2015,used score shared by Costa Rica & Panama,,,,,,,,,,,,,13,13,13,,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1501,Bay Wren,Cantorchilus nigricapillus,landbird,Passeriformes,Troglodytidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,300669,NatureServe,,3,300669,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1383,Purplish-backed Jay,Cyanocorax beecheii,landbird,Passeriformes,Corvidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,86220,Natureserve 3.0,,4,86220,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,4,MX-NSAC,moderate habitat loss,4,MX-NSAC,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1384,Pinyon Jay,Gymnorhinus cyanocephalus,landbird,Passeriformes,Corvidae,Monotypic.,0,1,1,0,R,,,3,PIFcalc19,,"770,000",770000,"760,000",760000,2010.5,PIFcalc19,,100,98.48262787,98.48263,98.48262787,"bbs0514(UsCa), eBrd17(WHem)",2,1335717,Natureserve 3.0,,2,1335717,Natureserve 3.0,,4,PIFTC-02,specialized on mature pinyon-juniper hab. (KR). Demographic 'Passenger Pigeons,3,PIFTC-02,,5,BBS7017,,-3.37,BBS7017,-4.24,-2.49,-3.88,-2.84,14.04,278,-78.80,-86.98,-68.50,19,14,13,14,Watch List - Yel-D,VU,,,Intermountain West,Intermountain West,Forests: Temperate Western,,Forests: Temperate Western, +1385,Steller's Jay,Cyanocitta stelleri,landbird,Passeriformes,Corvidae,,1,1,1,1,R,,,3,PIFcalc19,,"3,000,000",3000000,"2,700,000",2700000,2010.5,PIFcalc19,,100,90.41938019,90.41938,90.41938019,"bbs0514(UsCa), eBrd17(WHem)",2,3101062,Natureserve 3.0,,2,3101062,Natureserve 3.0,,2,PIFSC-16,,2,PIFSC-16,,3,BBS7017,,-0.24,BBS7017,-0.45,-0.03,-0.37,-0.12,3.80,641,-10.57,-18.95,-2.74,,10,10,10,,LC,yes,,Western Temperate,Western Temperate,Forests: Temperate Western,Forests: Mesoamerican Highland,Forests: Temperate Western,Forests: Mesoamerican Highland +1386,Blue Jay,Cyanocitta cristata,landbird,Passeriformes,Corvidae,,1,1,0,0,PM,,,2,PIFcalc19,,"17,000,000",17000000,"17,000,000",17000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),1,6645297,Natureserve 3.0,,1,6110870,Natureserve 3.0 with adjustment by PIFSC,Reduced by 10%; Nat Geo shows withdrawal from northern range in winter unlike NS / BNA mapsKen comment: Reduced by 10%,2,PIFSC-19,changed due to calibration with TB-r; 7 of 26 BCRs (~45% pop; all reviewed in 2018) score TBr>1; 15 of 19 BCRs with TBr=1 were not reviewed in 2018,1,PIFTC-02,DD='species relatively tolerant of human activities and land use.' BNA supports that species does well in face of human acitvity but extensive urbanization or forest clearing would be harmful. This is supported by declining trends in E. US. Population,4,BBS7017,,-0.59,BBS7017,-0.65,-0.54,-0.63,-0.56,7.46,3044,-24.33,-25.96,-22.85,105,9,8,9,,LC,yes,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +1387,Florida Scrub-Jay,Aphelocoma coerulescens,landbird,Passeriformes,Corvidae,Monotypic.,0,1,0,0,R,,,5,"USFWS 2019 (D. Demarest, T. Mecklenborg pers. comm.)","Interim best approximation in the absence of very recent monitoring data/modeling. Assumes a rangewide average group size for FLSJ families that used to be appropriate but may now be inflated. 6,100 is estimate from BBS-15.","7,500",7500,"7,500",7500,,"USFWS 2019 (D. Demarest, T. Mecklenborg pers. comm.)",,100,,,,eBrd17(UsCa),5,5643,Natureserve 3.0,,5,5643,Natureserve 3.0,,5,"J.W. Fitzpatrick, pers. comm. 2015","Since the species is completely non-migratory, the threats are year-round. We do know that local declines and extirpations are more the result of juveniles failing to reach breeding age than of increased adult mortality, but the correct way to express threats to this species would apply equally to both breeding and non-breeding season.",5,"J.W. Fitzpatrick, pers. comm. 2015","Since the species is completely non-migratory, the threats are year-round. We do know that local declines and extirpations are more the result of juveniles failing to reach breeding age than of increased adult mortality, but the correct way to express threats to this species would apply equally to both breeding and non-breeding season.",5,"BNA Woolfenden & Fitzpatrick 1996; J. W. Fitzpatrick and R. Bowman, pers. comm. 2015","FSJ is declining as we speak, all across its range, with small local populations disappearing for good every single year now. We estimate that its overall numbers are now about 5,000 individuals, compared with our detailed documentation of 10,700 jays in 1992-93.",,,,,,,,,,,,,20,20,20,Watch List - Red,VU,yes,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +1388,Island Scrub-Jay,Aphelocoma insularis,landbird,Passeriformes,Corvidae,Monotypic.,0,1,0,0,R,,,5,PIFSC,"in BirdLife Int. 2000, range 8,000-10,000; 1-10,000; Mike Green, e-mail Jy 18 2008","1,700",1700,"1,700",1700,,PIFSC-16,,100,,,,eBrd17(UsCa),5,251,Natureserve 3.0,,5,251,Natureserve 3.0,,3,PIFSC-15,"Site protected, but habitat restoration proving difficult (lack of money). restoration and conservation work has reduced future threats in limited range(CB, KVR, WE, TW, DP); species has turned a corner",3,PIFSC-Dec-08,"Rosenberg: year-round threats higher due to West Nile virus??. restoration and conservation work has reduced future threats in limited range(CB, KVR, WE, TW, DP)",3,"Scott Morrison, July 2008",uncertain,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,,,,Pacific North America,Pacific North America,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +1502,Riverside Wren,Cantorchilus semibadius,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,12905,NatureServe,,5,12905,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1503,Buff-breasted Wren,Cantorchilus leucotis,landbird,Passeriformes,Troglodytidae,,0,0,0,1,R,,,1,PIF CAW 2016,,,,,,,,,,,,,,1,8557243,NatureServe,,1,8557243,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,CBSD,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1504,White-bellied Wren,Uropsila leucogastra,landbird,Passeriformes,Troglodytidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,407687,Natureserve 3.0,,3,407687,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,requires forest,4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +1505,White-breasted Wood-Wren,Henicorhina leucosticta,landbird,Passeriformes,Troglodytidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,2,2531605,Natureserve 3.0,,2,2531605,Natureserve 3.0,,3,MX-NSAC,"given large range, TB-c=3 more appropriate.",3,MX-NSAC,humid evergreen forest,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1506,Gray-breasted Wood-Wren,Henicorhina leucophrys,landbird,Passeriformes,Troglodytidae,,0,0,1,1,R,,,3,Gomez-Panjabi; Bird Conservancy of the Rockies 2019,,,,,,,,,,,,,,3,715438,Natureserve 3.0; Bird Conservancy of the Rockies 2019,"eBird shows that Hermit Wood-Wren's range is completely covered by Gray-Breasted Wood-Wren, so no need to adjust range post-split (BCR 2019)",3,715438,Natureserve 3.0; Bird Conservancy of the Rockies 2019,"eBird shows that Hermit Wood-Wren's range is completely covered by Gray-Breasted Wood-Wren, so no need to adjust range post-split (BCR 2019)",4,MX-NSAC,"given large range, TB-c=3 more appropriate.",4,MX-NSAC,humid evergreen forest,4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-D,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland +1507,Song Wren,Cyphorhinus phaeocephalus,landbird,Passeriformes,Troglodytidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,292503,NatureServe,,4,292503,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Red,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2033,Canada Warbler,Cardellina canadensis,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,3,PIFcalc19,,"2,600,000",2600000,"2,600,000",2600000,2010.5,PIFcalc19,,100,99.84622192,99.84622,99.84622192,"bbs0514(UsCa), eBrd17(WHem)",2,2756662,Natureserve 3.0,,2,1492354,Natureserve 3.0 with adjustment by PIFSC,"Winter map too extensive in northern South America -- also if shown in Costa Rica and Panama, this is not accurate -- only winters uncommonly in foothills of eastern Panama. Should stay a '3' not a '2 + +Ken comment: Reduce range by 30%; Winter map too ext",3,PIFTC-02,,4,PIFTC-02,"Rosenberg: winters in mid-elevation forests in Andes and Panama. Along with Cerulean, GWWA, OSFL, winters primarily in lower montane forests that are highly threatened (KVR)",5,BBS7017,,-2.23,BBS7017,-2.67,-1.80,-2.50,-1.98,0.81,781,-64.97,-72.04,-58.78,57,13,14,14,Watch List - Yel-D,LC,,,Northern Forest,Central and South American Highlands,Forests: Boreal,Forests: Temperate Eastern,Forests: Tropical Montane Evergreen, +1411,Common Raven,Corvus corax,landbird,Passeriformes,Corvidae,,1,1,1,1,R,,,2,PIFcalc19,Posible más abundante (CAW);,"29,000,000",29000000,"8,300,000",8300000,2010.5,PIFcalc19,,30,94.53016663,28.35905,28.35904884,"bbs0514(UsCa), eBrd17(WHem), PIF(Glob)",1,50426207,Natureserve 3.0,,1,50426207,Natureserve 3.0,,2,PIFTC-02,,1,PIFTC-02,,1,BBS7017,,2.36,BBS7017,1.97,2.66,2.14,2.54,6.54,2590,196.58,146.20,241.01,,6,5,6,,LC,yes,"b,w",Nearctic,Nearctic,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1415,Eurasian Skylark,Alauda arvensis,landbird,Passeriformes,Alaudidae,,0,1,0,0,PM,1,,2,PIFTC-02–PS-g midpoint,,"20,000,000",20000000,,,,,,0.01,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,,PIFSC-08,,1,,PIFSC-08,,2,PIFTC-02,Higher threat if only for western hemisphere,2,PIFTC-02,,3,Panjabi 2017,,,,,,,,,,,,,,8,8,8,,LC,,,Introduced,Introduced,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +1416,Horned Lark,Eremophila alpestris,landbird,Passeriformes,Alaudidae,,1,1,1,0,PM,,,1,PIFcalc19,,"140,000,000",140000000,"100,000,000",100000000,2010.5,PIFcalc19,,75,96.34575653,72.25932,72.25931549,"bbs0514(UsCa), eBrd17(WHem), PIF(Glob)",1,20824080,Natureserve 3.0,,1,11712736,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,Has alteration of winter habitat really made a difference to populations? (ED),5,BBS7017,Shaw 2020: CBC trend similar,-2.47,BBS7017,-2.66,-2.31,-2.58,-2.37,61.04,2568,-69.10,-71.13,-66.84,40,9,9,9,CBSD,LC,,"b,w",Nearctic,Nearctic,Grasslands: Temperate,Tundra: Arctic,Open Country: Developed/Disturbed,Coasts: Beach and Estuary +1431,Purple Martin,Progne subis,landbird,Passeriformes,Hirundinidae,,1,1,1,1,M,,,2,PIFcalc19,,"9,300,000",9300000,"8,700,000",8700000,2010.5,PIFcalc19,,100,94.04301453,94.04301,94.04301453,"bbs0514(UsCa), eBrd17(WHem)",1,5717544,Natureserve 3.0,,1,11655661,Natureserve 3.0,,3,PIFSC-19,"houses abandoned, aerial insectivore, vulnerable to climate",3,PIFTC-02,"highly concentrated (vulnerable) at stopover and winter roosts (KR). DD='potential threats, but species helped by mgt. activities.' BNA states that overall, species appears to have benefitted from human activity despite some of the negative consequences",4,BBS7017,,-0.69,BBS7017,-0.93,-0.49,-0.84,-0.56,7.21,2308,-27.67,-34.18,-20.14,,10,10,10,,LC,yes,,Nearctic,South American Lowlands,Open Country Aerial: Habitat Mosaic,Wetlands Aerial: Lakes and Rivers,Open Country Aerial: Habitat Mosaic,Wetlands Aerial: Lakes and Rivers +1426,Northern Rough-winged Swallow,Stelgidopteryx serripennis,landbird,Passeriformes,Hirundinidae,,1,1,1,1,M,,,2,PIFcalc19,,"27,000,000",27000000,"20,000,000",20000000,2010.5,PIFcalc19,,100,73.77488708,73.77489,73.77488708,"bbs0514(UsCa), eBrd17(WHem)",1,9961583,Natureserve 3.0,,2,1478141,Natureserve 3.0,,2,PIFTC-02,"DD='no known threats.' BNA supports that although species benefits from human alterations (creating nesting substrates), its not to the extent as that for other swallows. Potential threats, but these offset by favorable alterations to nesting habitats.",2,PIFTC-02,DD='threats assumed low.' BNA supports that species relatively tolerant of human activities despite not much information from southerly wintering areas.,4,BBS7017,,-0.42,BBS7017,-0.61,-0.21,-0.53,-0.30,1.71,3181,-17.73,-25.21,-9.40,,9,10,10,,LC,yes,,Nearctic,Widespread,Open Country Aerial: Habitat Mosaic,Wetlands Aerial: Lakes and Rivers,Open Country Aerial: Habitat Mosaic, +1427,Southern Rough-winged Swallow,Stelgidopteryx ruficollis,landbird,Passeriformes,Hirundinidae,,0,0,0,1,R,,,1,PIF CAW 2016,,,,,,,,,,,,,,1,13868928,NatureServe,,1,13868928,NatureServe,,3,PIF CAW 2014,puede ser afectada por cambios en la disponibilidad de insectos volantes,3,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,7,7,7,,LC,yes,,Neotropical,Neotropical,Open Country Aerial: Habitat Mosaic,,Open Country Aerial: Habitat Mosaic, +1417,Bank Swallow,Riparia riparia,landbird,Passeriformes,Hirundinidae,,1,1,1,1,M,,,2,PIFcalc19,,"29,000,000",29000000,"7,900,000",7900000,2010.5,PIFcalc19,,30,92.63115692,27.78935,27.78934669,"bbs0514(UsCa), eBrd17(WHem), PIF(Glob)",1,34349347,Natureserve 3.0,,1,33622994,Natureserve 3.0,assumes range in S Amer. is included in winter rangeKen comment: assumes range in S Amer. is included in winter range,3,PIFSC-15,"Are threats to breeding colonies reaching ""moderate"" levels rangewide? (KVR); Camfield,Alaine [NCR]: COSEWIC assessed as threatened, not listed under SARA yet. TB 2 and 3 in Canadian BCR strategies. Higher threats include habitat loss from urban development and agrigulture and declines in prey availability.",2,PIFTC-02,,5,BBS7017,,-4.63,BBS7017,-5.30,-3.99,-5.04,-4.26,8.37,1818,-88.75,-91.58,-83.44,120,11,10,11,CBSD,LC,,w,Nearctic,South American Lowlands,Wetlands Aerial: Lakes and Rivers,Open Country Aerial: Habitat Mosaic,Open Country Aerial: Habitat Mosaic, +1437,Cliff Swallow,Petrochelidon pyrrhonota,landbird,Passeriformes,Hirundinidae,,1,1,1,1,M,,,1,PIFcalc19,,"83,000,000",83000000,"78,000,000",78000000,2010.5,PIFcalc19,,100,94.37967682,94.37968,94.37967682,"bbs0514(UsCa), eBrd17(WHem)",1,11966484,Natureserve 3.0,,1,11736723,Natureserve 3.0,,2,PIFSC-19,changed due to calibration with TB-r,2,PIFTC-02,"DD='no known threats.' Species relatively tolerant of human activities or land use trends. BNA supports that although winter range not well known, wintering habitats comprises grassland and ag areas which are less sensitive to degradation.",2,BBS7017,,0.86,BBS7017,0.56,1.20,0.68,1.07,70.22,3046,48.96,28.31,72.95,,6,6,6,,LC,yes,,Nearctic,Temperate South America,Open Country Aerial: Habitat Mosaic,,Open Country Aerial: Habitat Mosaic, +1438,Cave Swallow,Petrochelidon fulva,landbird,Passeriformes,Hirundinidae,,0,1,1,0,PM,,,2,PIFcalc19,,"9,600,000",9600000,"2,800,000",2800000,2010.5,PIFcalc19,,100,28.83499336,28.83499,28.83499336,"bbs0514(UsCa), eBrd17(WHem)",3,989679,Natureserve 3.0,,3,462838,Natureserve 3.0,,2,PIFTC-02,DD='Species clearly benefits from human activity.' Range expanded and now more dense compared to presettlement. West Indian and Mexican pops not well d[?]; tolerant of disturbance (MX-NSAC).,2,PIFTC-02,Lack of info on how much they use caves vs. human structures;may be much more concentrated; tolerant of disturbance,1,BBS7017,,21.47,BBS7017,18.62,24.65,19.65,23.40,60.91,122,62381.92,15726.99,199773.69,,8,8,8,,LC,yes,,Widespread,Widespread,Aridlands Aerial: Desert Scrub,,Open Country Aerial: Habitat Mosaic, +2034,Wilson's Warbler,Cardellina pusilla,landbird,Passeriformes,Parulidae,,1,1,1,1,M,,,1,PIFcalc19,,"81,000,000",81000000,"81,000,000",81000000,2010.5,PIFcalc19,,100,99.84306335,99.84306,99.84306335,"bbs0514(UsCa), eBrd17(WHem)",1,7920008,Natureserve 3.0,,2,1369491,Natureserve 3.0,,3,PIFTC-02,"Most of range in west, where riparian habitat being lost.",2,PIFTC-02,"winters in tropical forest (dry and wet montane) regions which are all under moderate threat (KVR); however, it is one of the most widespread warblers in winter; uses urban gardens, parks, ditches, shrubby tree rows in pastures. Also a broad range of tropical forests and edge (Panjabi)",5,BBS7017,,-1.59,BBS7017,-1.98,-1.27,-1.84,-1.39,2.02,1019,-52.38,-61.17,-43.63,109,10,10,10,CBSD,LC,,,Northern Forest,Mesoamerica,Forests: Boreal,Forests: Temperate Western,Forests: Tropical Generalist, +1493,Rufous-and-white Wren,Thryophilus rufalbus,landbird,Passeriformes,Troglodytidae,,0,0,1,1,R,,,4,Gomez-Panjabi,"uncommon in large parts of range, coupled with habitat loss makes for PS=4",,,,,,,,,,,,,3,781836,Natureserve 3.0,,3,781836,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,requires forest,4,PIF CAW 2014,uses partially cleared areas and shrubby clearings,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1494,Sinaloa Wren,Thryophilus sinaloa,landbird,Passeriformes,Troglodytidae,,0,0,1,0,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,305711,Natureserve 3.0,,3,305711,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,MX-NSAC-12,"MX endemic, all regions score PT=4",,,,,,,,,,,,,13,13,13,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1495,Banded Wren,Thryophilus pleurostictus,landbird,Passeriformes,Troglodytidae,,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,"México y Guate es más raro, pero en El Salvador, Honduras, Nicaragua es más común. (CAW);",,,,,,,,,,,,,4,186085,Natureserve 3.0,,4,186085,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,PIF CAW 2014,probable decline throughout range due to deforestation of dry tropical forests,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1496,Stripe-throated Wren,Cantorchilus leucopogon,landbird,Passeriformes,Troglodytidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,139799,NatureServe,,4,139799,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1497,Stripe-breasted Wren,Cantorchilus thoracicus,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,74361,NatureServe,,5,74361,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,18,18,18,Watch List - Red,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1498,Cabanis's Wren,Cantorchilus modestus,landbird,Passeriformes,Troglodytidae,"Formerly called Plain Wren, but now treated separately from Cantorchilus zeledoni and C. elutus.",0,0,1,1,R,,,3,PIF CAW 2017; MX-NSAC-17,guesstimate,,,,,,,,,,,,,4,222716,"BirdLife & HBW, eBird, AOU Checklist 57th Suppl.",,4,222716,"BirdLife & HBW, eBird, AOU Checklist 57th Suppl.",,2,PIF CAW 2015; Mexican Regional Assessment 2005,used most frequent score amongst regions,2,PIF CAW 2015,used Honduras's score to break tie since eBird shows greater range and more observations there than other regions scored,2,PIF CAW 2015; Mexican Regional Assessment 2005,used most frequent score amongst regions,,,,,,,,,,,,,11,11,11,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +2013,Vitelline Warbler,Setophaga vitellina,landbird,Passeriformes,Parulidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,280,BirdLife 2016,,5,280,BirdLife 2016,,4,PIF CAW 2014,cambio climático y hurcanes,4,PIF CAW 2014,,3,PIF CAW 2014,"BirdLife (2016) ""thought to be declining as a result of habitat degradation""",,,,,,,,,,,,,17,17,17,Watch List - Red,NT,,,Caribbean,Caribbean,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +2085,Palm Tanager,Thraupis palmarum,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,1,PIF CAW 2016,,,,,,,,,,,,,,1,12216358,NatureServe,,1,12216358,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,6,6,6,,LC,yes,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +2081,Gray-and-gold Tanager,Poecilostreptus palmeri,landbird,Passeriformes,Thraupidae,Formerly placed in the genus Tangara. Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,42951,NatureServe,,5,42951,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2082,Azure-rumped Tanager,Poecilostreptus cabanisi,landbird,Passeriformes,Thraupidae,Formerly placed in the genus Tangara. Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,16629,Natureserve 3.0,,5,16629,Natureserve 3.0,,5,MX-NSAC,,5,MX-NSAC,severe habitat loss,5,PIF CAW 2014,Habitat loss within Guatemalan range exceeds that in Mexico; Habitat loss within Guatemalan range exceeds that in Mexico,,,,,,,,,,,,,20,20,20,Watch List - Red,EN,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1515,White-lored Gnatcatcher,Polioptila albiloris,landbird,Passeriformes,Polioptilidae,,0,0,1,1,R,,,4,Gomez-Panjabi; MX-NSAC-19; PIF CAW 2016,"En el sur es bastante común (en nicaragua, el salvador y honduras consideran que debería de ser 3) (CAW)",,,,,,,,,,,,,4,206039,BirdLife 2019; eBird20; Bird Conservancy of the Rockies 2020; MX-NSAC-19,Shaw 2020: used the BirdLIfe polygon for Polioptila albiloris s.l. minus the Yucatan,4,206039,BirdLife 2019; eBird20; Bird Conservancy of the Rockies 2020; MX-NSAC-19,Shaw 2020: used the BirdLIfe polygon for Polioptila albiloris s.l. minus the Yucatan,3,MX-NSAC-19,,3,MX-NSAC-19,requires forest,4,PIF CAW 2014; MX-NSAC-19,"dry forest specialist; loss of TDF has been extensive in C.A., all regions score PT=4 in Mexico",,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1517,Tropical Gnatcatcher,Polioptila plumbea,landbird,Passeriformes,Polioptilidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,6814868,Natureserve 3.0,,1,6814868,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,severe habitat loss,4,PIF CAW 2014,"fairly broad habitat use, PT=4 better overall",,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Forests: Tropical Generalist,,Forests: Tropical Generalist, +1518,Slate-throated Gnatcatcher,Polioptila schistaceigula,landbird,Passeriformes,Polioptilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,4,143340,NatureServe,,4,143340,NatureServe,,5,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,19,18,19,Watch List - Red,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1519,American Dipper,Cinclus mexicanus,landbird,Passeriformes,Cinclidae,,1,1,1,1,R,,,4,PIFcalc19,,"160,000",160000,"150,000",150000,2010.5,PIFcalc19,,100,96.39206696,96.39207,96.39206696,"eBrd17(UsCa,WHem)",1,4803567,Natureserve 3.0,,1,4803567,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,,4,BBS7017,,-0.39,BBS7017,-0.98,0.14,-0.75,-0.04,0.07,215,-15.95,-39.02,6.31,,12,12,12,,LC,,,Western Temperate,Western Temperate,Wetlands: Lakes and Rivers,,Wetlands: Lakes and Rivers, +1522,Golden-crowned Kinglet,Regulus satrapa,landbird,Passeriformes,Regulidae,,1,1,1,0,PM,,,1,PIFcalc19,,"140,000,000",140000000,"130,000,000",130000000,2010.5,PIFcalc19,,100,98.37472534,98.37473,98.37472534,"bbs0514(UsCa), eBrd17(WHem)",1,6250316,Natureserve 3.0,,1,8227834,Natureserve 3.0,,2,PIFTC-02,"Uses plantations, second growth. I agree (KR).",2,PIFTC-02,,4,BBS7017,,-0.52,BBS7017,-0.94,-0.07,-0.76,-0.26,3.31,1152,-21.26,-36.47,-7.55,,8,8,8,,LC,,,Nearctic,Nearctic,Forests: Boreal,Forests: Temperate Western,Forests: Temperate Generalist, +1523,Ruby-crowned Kinglet,Regulus calendula,landbird,Passeriformes,Regulidae,,1,1,1,0,M,,,1,PIFcalc19,,"100,000,000",100000000,"100,000,000",100000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),1,9221284,Natureserve 3.0,,1,5694035,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,2,BBS7017,,0.46,BBS7017,-0.03,1.01,0.18,0.79,11.81,1262,23.68,-6.70,61.87,,6,6,6,,LC,,,Northern Forest,Nearctic,Forests: Boreal,Forests: Temperate Western,Forests: Temperate Generalist, +1567,Western Bluebird,Sialia mexicana,landbird,Passeriformes,Turdidae,,1,1,1,0,PM,,,2,PIFcalc19,,"7,100,000",7100000,"5,700,000",5700000,2010.5,PIFcalc19,,100,80.06017303,80.06017,80.06017303,"bbs0514(UsCa), eBrd17(WHem)",2,1780111,Natureserve 3.0,,2,1909707,Natureserve 3.0,,3,PIFTC-02,Open country w/ scattered trees; snags being lost; threats a little higher than for EABL.,3,PIFTC-02,"Moderate threats to non-breeding areas include habitat loss and fragmentation from oil and gas development, conversion of native habitats to cropland, vehicle collisions, juniper chaining, poor grazing mgt, climate change, and open pipes (Panjabi)",2,BBS7017,,0.81,BBS7017,0.32,1.24,0.54,1.06,1.28,471,45.25,15.12,77.48,,9,9,9,,LC,,,Western Temperate,Western Temperate,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Forests: Temperate Western,Aridlands: Desert Scrub +1568,Mountain Bluebird,Sialia currucoides,landbird,Passeriformes,Turdidae,Monotypic.,1,1,1,0,PM,,,2,PIFcalc19,,"5,600,000",5600000,"5,600,000",5600000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),1,4363418,Natureserve 3.0,,2,2759900,Natureserve 3.0,,3,PIFSC-Dec-08,"Rosenberg: any affects of climate change at high elevations? Panjabi: not really a high elevation species, in southern rockies most common in foothills and lower montane grasslands, but increasing development in these primary habitats is a moderate threa",3,PIFTC-02,"Moderate threats to non-breeding areas include habitat loss and fragmentation from oil and gas development, conversion of native habitats to cropland, vehicle collisions, juniper chaining, poor grazing mgt, climate change, and open pipes (Panjabi)",4,BBS7017,,-0.39,BBS7017,-0.72,-0.09,-0.58,-0.20,2.64,853,-16.76,-29.04,-4.83,,10,11,11,,LC,,w,Intermountain West,North American Southwest,Open Country: Habitat Mosaic,Tundra: Alpine,Forests: Temperate Western,Open Country: Developed/Disturbed +2035,Red-faced Warbler,Cardellina rubrifrons,landbird,Passeriformes,Parulidae,Montypic.,0,1,1,1,PM,,,4,PIFcalc19,,"350,000",350000,"250,000",250000,2010.5,PIFcalc19,"Panjabi 2018: BBS estimate seems way high, but don't know another number to suggest",100,,,,"eBrd17(UsCa,WHem)",3,393861,Natureserve 3.0,,3,309991,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,requires forest,4,MX-NSAC 2008,MX endemic breeding in only one region where local experts scored PT=4,,,,,,,,,-36.22,-52.54,-9.28,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +2084,Yellow-winged Tanager,Thraupis abbas,landbird,Passeriformes,Thraupidae,Monotypic.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,585733,Natureserve 3.0,,3,585733,Natureserve 3.0,,2,MX-NSAC,,1,MX-NSAC,tolerant of disturbance,1,PIF CAW 2014,suggested score change,,,,,,,,,,,,,9,8,9,,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1354,Gray Vireo,Vireo vicinior,landbird,Passeriformes,Vireonidae,Monotypic.,0,1,1,0,M,,,3,PIFcalc19,,"560,000",560000,"550,000",550000,2010.5,PIFcalc19,,100,97.67564392,97.67564,97.67564392,"bbs0514(UsCa), eBrd17(WHem)",3,434867,Natureserve 3.0 with adjustment by PIFSC-08,Reduced by 10%; NS map overestimates range relative to nat Geo,4,179076,Natureserve 3.0,,3,PIFSC-15,"Habitat specialist, and concentrated; habitat probably affected by human activity.",4,PIFTC-02,"rel. specialist in winter -- mature Bursera trees (KR); fairly widespead, and area fairly secure. possibly affected by climate change, dying of Bursera trees (CB); CB- we are seeing Bursera dying (drought and/or climate change, eat almost exclusively the berries); No reports of Bursera die-offs can be found on the web. Natureserve Explorer gives an overall threats impact of ""low"" for Bursera microphylla and states ""Apparently relatively stable; no reports of major decline"". Also, ""The remoteness of its habitat will probably confer long-term stability."" Medicinal and horticultural collecting can impact some populations ocally but is not a major threat. Is Bursera die-off significant enough/ongoing to be considered a high threat on a par with other species with TB/TN=4? (AP)",1,BBS7017,,3.97,BBS7017,2.64,5.13,3.17,4.68,0.42,96,406.45,182.30,769.69,,10,12,12,,LC,,,Intermountain West,North American Southwest,Forests: Temperate Western,Aridlands: Chaparral,Aridlands: Desert Scrub, +1355,Hutton's Vireo,Vireo huttoni,landbird,Passeriformes,Vireonidae,,1,1,1,1,R,,,3,PIFcalc19,,"2,700,000",2700000,"960,000",960000,2010.5,PIFcalc19,,100,36.24292755,36.24293,36.24292755,"bbs0514(UsCa), eBrd17(WHem)",2,1215478,Natureserve 3.0,,2,1215478,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,"winters in native forest habitats, even if more generalized; should be consistent with resident birds in same habitats (KVR)",1,BBS7017,,1.08,BBS7017,0.57,1.49,0.81,1.33,0.83,236,63.65,30.24,106.22,,9,9,9,,LC,,,Western Temperate,Western Temperate,Forests: Temperate Western,Forests: Mesoamerican Highland,Forests: Temperate Western,Forests: Mesoamerican Highland +2020,Townsend's Warbler,Setophaga townsendi,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"21,000,000",21000000,"21,000,000",21000000,2010.5,PIFcalc19,,100,99.99318695,99.99319,99.99318695,bbs0514(UsCa),2,1397958,Natureserve 3.0,,3,921825,Natureserve 3.0,Comparable with BNA,3,PIFSC-15,"main threats relate to logging, but are moderate at most (PIFSC); Camfield, Alaine (NCR): TB listed as 3 in BCR strategies, main threat is habitat loss due to forestry.",3,PIFTC-02,,4,BBS7017,,-0.77,BBS7017,-1.19,-0.29,-1.04,-0.48,10.39,284,-30.00,-44.39,-13.48,,11,12,12,,LC,,,Pacific North America,Mesoamerican Highlands,Forests: Temperate Western,,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +2021,Hermit Warbler,Setophaga occidentalis,landbird,Passeriformes,Parulidae,Monotypic.,0,1,1,1,M,,,3,PIFcalc19,,"2,500,000",2500000,"2,500,000",2500000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),3,335070,Natureserve 3.0,,3,563696,Natureserve 3.0,Comparable with BNA,3,PIFSC-15,"Generally requires large diameter trees; KVR=found in many seral stages of forest, have not declined due to forest management.",3,PIFTC-02,,3,BBS7017,,-0.28,BBS7017,-0.64,0.19,-0.50,-0.02,7.42,163,-12.44,-29.62,11.68,,12,12,12,,LC,,,Pacific North America,Mesoamerican Highlands,Forests: Temperate Western,,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +2031,Costa Rican Warbler,Basileuterus melanotis,landbird,Passeriformes,Parulidae,"new species, replaces three-striped warbler in part; Formerly considered conspecific with Basileuterus tristriatus.",0,0,0,1,R,,,4,Panjabi 2017; PIF CAW 2017; MX-NSAC-17,guesstimate,,,,,,,,,,,,,5,12607,"BirdLife & HBW, eBird, AOU Checklist 57th Suppl.",,5,12607,"BirdLife & HBW, eBird, AOU Checklist 57th Suppl.",,3,PIF CAW 2015,used score shared by Costa Rica & Panama,3,PIF CAW 2015,used Panama's score as the only region scored,3,PIF CAW 2015,used Costa Rica's score to break tiesince eBird shows greater range and more observations there than Panama,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1575,Slate-colored Solitaire,Myadestes unicolor,landbird,Passeriformes,Turdidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,140833,Natureserve 3.0,,4,140833,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,moderate habitat loss,4,PIF CAW 2014,">50% range in Mexico, all regions score PT=4",,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland +1582,Black-billed Nightingale-Thrush,Catharus gracilirostris,landbird,Passeriformes,Turdidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,3837,NatureServe,,5,3837,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1583,Orange-billed Nightingale-Thrush,Catharus aurantiirostris,landbird,Passeriformes,Turdidae,,0,0,1,1,PM,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,646935,Natureserve 3.0,,3,793420,Natureserve 3.0,,3,MX-NSAC,,2,MX-NSAC,uses moderately disturbed habitats,3,PIF CAW 2014,,,,,,,,,,,,,,12,11,12,,LC,,,Neotropical,Neotropical,Forests: Tropical Generalist,,Forests: Tropical Generalist, +1584,Slaty-backed Nightingale-Thrush,Catharus fuscater,landbird,Passeriformes,Turdidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,261273,NatureServe,,4,261273,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1602,Sooty Thrush,Turdus nigrescens,landbird,Passeriformes,Turdidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,2082,NatureServe,,5,2082,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1603,Black Thrush,Turdus infuscatus,landbird,Passeriformes,Turdidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,"rare in much of range, at least in MX outside of Chiapas",,,,,,,,,,,,,4,171146,Natureserve 3.0,,4,171146,Natureserve 3.0,,4,MX-NSAC,humid pine-oak and cloud forest specialist.,4,MX-NSAC,slight decline in habitat expected; global score should reflect regional experts' opinion,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1604,Mountain Thrush,Turdus plebejus,landbird,Passeriformes,Turdidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,119727,Natureserve 3.0,,4,119727,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,slight decline in habitat expected,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1606,Pale-vented Thrush,Turdus obsoletus,landbird,Passeriformes,Turdidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,118120,NatureServe,,4,118120,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1607,Clay-colored Thrush,Turdus grayi,landbird,Passeriformes,Turdidae,,0,1,1,1,R,,,2,PIFTC-02–PS-g midpoint,,"20,000,000",20000000,"<5,000",5000,,PIFSC-16,"has exploded as a recent breeder, but still probably < 5,000",,,<1,0.025,PIFTC-02; PIFSC-16,2,1062491,Natureserve 3.0,,2,1062491,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,tolerant of disturbance,2,MX-NSAC,,,,,,,,,,,,,,8,8,8,,LC,yes,,Mesoamerica,Mesoamerica,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +1610,White-throated Thrush,Turdus assimilis,landbird,Passeriformes,Turdidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,645847,Natureserve 3.0,,3,645847,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Mesoamerica,Mesoamerica,Forests: Tropical Generalist,,Forests: Tropical Generalist, +1611,Rufous-backed Robin,Turdus rufopalliatus,landbird,Passeriformes,Turdidae,,0,0,1,0,R,,,3,PIFTC-02,,,,,,,,,,,,,,3,317784,Natureserve 3.0,,3,317784,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,tolerant of disturbance,2,MX-NSAC,,,,,,,,,,,,,,10,10,10,,LC,yes,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1612,Rufous-collared Robin,Turdus rufitorques,landbird,Passeriformes,Turdidae,Monotypic.,0,0,1,1,R,,,4,PIF CAW 2016,El rango debe incluir a Honduras (CAW); score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,5,61317,Natureserve 3.0,,5,61317,Natureserve 3.0,,3,MX-NSAC,"global score should reflect regional experts' opinion; nonetheless, it is not clear why TN-c would differ from TB-c, given similar habitat use during both seasons.",3,MX-NSAC,tolerant of disturbance,4,PIF CAW 2014,"species benefits from clearings, has probably increased",,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +1707,White-vented Euphonia,Euphonia minuta,landbird,Passeriformes,Fringillidae,,0,0,1,1,R,,,3,PIF CAW 2016,apparently uncommon throughout most of range; score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,,,,,,1,4791819,Natureserve 3.0,,1,4791819,NatureServe,,3,MX-NSAC,requires forest.,3,MX-NSAC,requires forest,3,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1708,Tawny-capped Euphonia,Euphonia anneae,landbird,Passeriformes,Fringillidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,20237,NatureServe,,5,20237,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1709,Orange-bellied Euphonia,Euphonia xanthogaster,landbird,Passeriformes,Fringillidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,2,3729657,NatureServe,,2,3729657,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1695,Blue-crowned Chlorophonia,Chlorophonia occipitalis,landbird,Passeriformes,Fringillidae,Monotypic.,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,161337,Natureserve 3.0,,4,161337,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,tolerates some fragmentation,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1696,Golden-browed Chlorophonia,Chlorophonia callophrys,landbird,Passeriformes,Fringillidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,17505,NatureServe,,5,17505,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1365,Yellow-green Vireo,Vireo flavoviridis,landbird,Passeriformes,Vireonidae,,0,1,1,1,M,,,3,PIFTC-02–PS-g midpoint,,"2,000,000",2000000,<50,50,,PIFSC-16,"<50, I can't think of places to look for 25 pair much less find them.(M Gustafson)",100,1.247899294,0.0025,0.0025,PIFTC-02; PIFSC-16,2,1009338,Natureserve 3.0,,2,1965023,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,"unknown, winters S.A.",3,MX-NSAC,"uses both forests and disturbed habitats, suggest PT=3; uses both forests and disturbed habitats, suggest PT=3",,,,,,,,,,,,,11,11,11,,LC,,,Mesoamerica,South American Lowlands,Forests: Tropical Dry,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen, +1366,Black-whiskered Vireo,Vireo altiloquus,landbird,Passeriformes,Vireonidae,,0,1,1,1,M,,,2,PIFcalc19,,"6,200,000",6200000,"84,000",84000,2010.5,PIFcalc19,,100,1.364888906,1.364889,1.364888906,"eBrd17(UsCa,WHem)",4,241658,PIFSC-08,Caribbean-wide Br range; score adjusted to reflect range area; 200-km rule no longer applies,1,4726760,Natureserve 3.0,,3,PIFTC-02,"DD='relatively sensitive to high rates of shiny cowbird parasitism.' However, BNA supports that it may breed in a variety of secondary and disturbed habitats throughout Caribbean which might mean TB 2. Mangrove habitats under intense develoment pressure; requires forest (MX-NSAC).",3,PIFTC-02,"DD='threats assumed to be low.' BNA supports that secondary or disturbed habitats may be used in addition to primary habitats. Parastism threats nonexistent in this season, making a lower threats score seem justified. Winters in lowlands of Amazon Basi; unknown, winters S.A.",3,PIFSC-19,Shaw 2019: unknown trends in Caribbean where majority of population is. BBS yields a score of 3 within US due to so few routes with detections.,-0.84,BBS9317*,-2.07,0.37,,,4.80,4,-19.01,-38.03,4.29,,12,9,12,,LC,,,Caribbean,South American Lowlands,Coasts: Mangroves,,Forests: Tropical Lowland Evergreen, +1367,Yucatan Vireo,Vireo magister,landbird,Passeriformes,Vireonidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,8585,Natureserve 3.0,,5,8585,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,moderate habitat loss,4,PIF CAW 2014,"MX endemic found only in SECL, regional experts score PT=3",,,,,,,,,,,,,18,18,18,Watch List - Red,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Coasts: Mangroves,Forests: Tropical Dry,Coasts: Mangroves,Forests: Tropical Dry +1368,Canada Jay,Perisoreus canadensis,landbird,Passeriformes,Corvidae,,1,1,0,0,R,,,2,PIFcalc19,,"27,000,000",27000000,"27,000,000",27000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),1,7266187,Natureserve 3.0,,1,7266187,Natureserve 3.0,,3,PIFSC-19,changed due to calibration with TB-r,2,PIFTC-02,,2,BBS7017,,-0.30,BBS7017,-1.04,0.26,-0.72,0.02,1.71,773,-13.10,-36.26,10.23,,8,7,8,,LC,,,Northern Forest,Northern Forest,Forests: Boreal,Forests: Temperate Western,Forests: Boreal,Forests: Temperate Western +1369,White-throated Jay,Cyanolyca mirabilis,landbird,Passeriformes,Corvidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,35959,Natureserve 3.0,,5,35959,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,severe habitat loss,4,MX-NSAC,,,,,,,,,,,,,,18,18,18,Watch List - Red,VU,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1370,Dwarf Jay,Cyanolyca nana,landbird,Passeriformes,Corvidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,13723,Natureserve 3.0,,5,13723,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,severe habitat loss,5,MX-NSAC-12,"Mexican endemic, both regions score PT=5",,,,,,,,,,,,,19,19,19,Watch List - Red,VU,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Highland,,Forests: Mesoamerican Highland, +1371,Black-throated Jay,Cyanolyca pumilo,landbird,Passeriformes,Corvidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,103510,Natureserve 3.0,,4,103510,Natureserve 3.0,,5,MX-NSAC-08,"TB/N=4 is consistent with other cloud forests specialists in this range (Panjabi); especie habitat dependiente (b niebla), muy sensible, rango restringido (en los límites del Triunfo y hacia el sur) (Macias); Estamos de acuerdo con TB=5 (Berlanga).",5,MX-NSAC,moderate habitat loss (MX-NSAC-2002); global score should reflect regional experts' opinion,5,PIF CAW 2014,"found in 1 region, regional experts scored 5",,,,,,,,,,,,,19,19,19,Watch List - Red,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1372,Silvery-throated Jay,Cyanolyca argentigula,landbird,Passeriformes,Corvidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,3936,NatureServe,,5,3936,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1373,Azure-hooded Jay,Cyanolyca cucullata,landbird,Passeriformes,Corvidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,105612,Natureserve 3.0,,4,105612,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,uses cloud forests,5,PIF CAW 2014,,,,,,,,,,,,,,18,18,18,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1374,Black-throated Magpie-Jay,Calocitta colliei,landbird,Passeriformes,Corvidae,Monotypic.,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,156601,Natureserve 3.0,,4,156601,Natureserve 3.0,,2,MX-NSAC,global score should reflect regional expert's opinion.,2,MX-NSAC,requires forest; some capture for trade,3,MX-NSAC-12,declining in core range (NWPL),,,,,,,,,,,,,13,13,13,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1375,White-throated Magpie-Jay,Calocitta formosa,landbird,Passeriformes,Corvidae,,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,,,,,,4,294275,Natureserve 3.0,,4,294275,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,2,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1376,Brown Jay,Psilorhinus morio,landbird,Passeriformes,Corvidae,,0,1,1,1,R,,,3,PIFTC-02–PS-g midpoint,,"2,000,000",2000000,<50,50,,PIFSC-16,guestimate based on eBird distribution,100,0.199736252,0.1997363,0.199736252,"eBrd17(UsCa,WHem)",3,677252,Natureserve 3.0,,3,677252,Natureserve 3.0,,2,PIFTC-02,future conditions not expected to enhance habitat for this species. primarily dependent on native habitats? Any threats from WNV?,2,PIFTC-02,benefits from human activity,2,MX-NSAC,"Tolerates and perhaps even benefits from deforestation, local declines do not outweigh increase in habitat",,,,,,,,,,,,,10,10,10,,LC,yes,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1377,Tufted Jay,Cyanocorax dickeyi,landbird,Passeriformes,Corvidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,Is range (km2) over-estimated??,,,,,,,,,,,,,5,38720,Natureserve 3.0,,5,38720,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,4,MX-NSAC,moderate habitat loss,4,MX-NSAC-12,"found in 1 region, experts scored PT=4",,,,,,,,,,,,,18,18,18,Watch List - Red,NT,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +1378,Black-chested Jay,Cyanocorax affinis,landbird,Passeriformes,Corvidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,3,456597,NatureServe,,3,456597,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,9,9,9,,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1379,Green Jay,Cyanocorax yncas,landbird,Passeriformes,Corvidae,,0,1,1,1,R,,,3,PIFcalc19,More restricted elevation window south of border (PIFSC-18).,"880,000",880000,"57,000",57000,2010.5,PIFcalc19,,100,6.403831005,6.403831,6.403831005,"eBrd17(UsCa,WHem)",2,1094069,Natureserve 3.0,,2,1094069,Natureserve 3.0,,3,PIFTC-02; MX-NSAC-08,"DD='species realtively tolerant of human land use trends.' Uses variety of secondary and disturbed habitats as supported by BNA. Resident throughout range, so TB and TN should be the same.; tolerant of disturbance; some capture for trade (MX-NSAC); es una sp generalista, usa paisajes diversificados, fragmentados; sugerimos TB=2 (Macias); No estamos de acuerda con bajar el valor a 2 (Berlanga).",3,PIFTC-02,"rel. generalist in most of large range. DD= 'species relatively tolerant / threats assumed to be low.' BNA states habitat use as borders, clearings and distrubed secondary habitats. Suggests low impacts based on human land use trends. US, CA and SA po; tolerant of disturbance",3,MX-NSAC,"A species highly adaptable to diferent levels of deforestation, and population stable or with low declines",,,,,,,,,1929.10,741.15,4958.75,,11,11,11,,LC,yes,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1380,Bushy-crested Jay,Cyanocorax melanocyaneus,landbird,Passeriformes,Corvidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,118314,NatureServe,,4,118314,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1381,San Blas Jay,Cyanocorax sanblasianus,landbird,Passeriformes,Corvidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,5,67785,Natureserve 3.0,,5,67785,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,4,MX-NSAC-12,"MX endemic, found in 2 regions, regional experts both scored 4",,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1382,Yucatan Jay,Cyanocorax yucatanicus,landbird,Passeriformes,Corvidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,188410,Natureserve 3.0,,4,188410,Natureserve 3.0,,2,MX-NSAC,global scores should reflect regional expert's opinion.,2,MX-NSAC,requires forest,2,PIF CAW 2014,MX endemic that occurs in 1 region; regional experts scored PT=2,,,,,,,,,,,,,12,12,12,,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1394,Clark's Nutcracker,Nucifraga columbiana,landbird,Passeriformes,Corvidae,Monotypic.,1,1,0,0,R,,,4,PIFcalc19,,"290,000",290000,"290,000",290000,2010.5,PIFcalc19,,100,99.98283386,99.98283,99.98283386,bbs0514(UsCa),2,2249879,Natureserve 3.0,,2,2249879,Natureserve 3.0,,3,PIFSC-15,"Panjabi: at least moderately vulnerable to decline of whitebark pine and other pine species?. Threats increasing due to severe whitebark pine issues, and possibly climate change (KVR); higher threats warranted due to declines in several preferred pine species across range, increasing stand-replacement fires - all climate related (AP); Camfield,Alaine [NCR]: 2 subspecies listed as endangered and threatened in Canada. Main threats are habitat loss and degradation due to agriculture and direct and indirect impacts of pesticide use. TB listed from 3-5 in Canadian BCR strategies depending on the region. (5 in Ontario, 3 and 4 in BCR 6 and 11).",2,PIFTC-02,,2,BBS7017,,0.03,BBS7017,-0.94,0.62,-0.42,0.39,0.96,407,0.52,-28.46,62.72,,11,10,11,,LC,,,Intermountain West,Intermountain West,Forests: Temperate Western,,Forests: Temperate Western, +1395,Black-billed Magpie,Pica hudsonia,landbird,Passeriformes,Corvidae,,1,1,0,0,R,,,2,PIFcalc19,,"6,000,000",6000000,"6,000,000",6000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),1,5285280,Natureserve 3.0,,1,5654197,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,4,BBS7017,,-0.54,BBS7017,-0.78,-0.28,-0.68,-0.39,11.69,1113,-22.50,-30.23,-11.43,138,9,9,9,,LC,yes,,Intermountain West,Intermountain West,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1396,Yellow-billed Magpie,Pica nuttalli,landbird,Passeriformes,Corvidae,Monotypic.,0,1,0,0,R,,,4,BNA Koenig & Reynolds 2009,,"400,000",400000,"400,000",400000,2008,BNA Koenig & Reynolds 2009,,100,,,,eBrd17(UsCa),4,83415,Natureserve 3.0,,4,83415,Natureserve 3.0,,4,PIFSC-08,"why threatened? (KR). Tied to oak-savannah, although not as much as Nuttall's Woodpecker. Like Oak Titmouse in human effects; West Nile Virus a severe threat (Crosbie et al. 2008). DJK= has not recovered from West Nile and population remains depressed overall.",4,PIFSC-08,not more threatened in NB (KR); WNV a severe threat (Crosbie et al. 2008),5,BBS7017,WNV has led to a 22% - 49% decline (depending on data source: BBS; CBC; CA Dept of Health) since 2004 (Crosbie et al 2008),-2.62,BBS7017,-3.18,-2.04,-2.94,-2.28,14.26,46,-70.78,-78.09,-62.29,11,17,17,17,Watch List - Red,VU,,,Pacific North America,Pacific North America,Forests: Temperate Western,,Forests: Temperate Western, +1399,American Crow,Corvus brachyrhynchos,landbird,Passeriformes,Corvidae,,1,1,1,0,PM,,,2,PIFcalc19,,"28,000,000",28000000,"28,000,000",28000000,2010.5,PIFcalc19,,100,99.6419754,99.64198,99.6419754,"bbs0514(UsCa), eBrd17(WHem)",1,10760125,Natureserve 3.0,,1,6948830,Natureserve 3.0,,1,PIFTC-02,,1,PIFTC-02,,2,BBS7017,,0.13,BBS7017,0.07,0.20,0.09,0.17,23.23,4112,6.47,2.91,9.79,,6,6,6,,LC,yes,"b,w",Nearctic,Nearctic,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +1400,Northwestern Crow,Corvus caurinus,landbird,Passeriformes,Corvidae,Monotypic.,1,1,0,0,R,,,3,PIFcalc19,,"700,000",700000,"700,000",700000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),3,393642,Natureserve 3.0,,3,393642,Natureserve 3.0,,2,PIFSC-19,changed due to calibration with TB-r,1,PIFTC-02,,2,BBS7017,,0.17,BBS7017,-0.70,1.04,-0.36,0.74,38.57,54,7.42,-29.60,47.93,,10,9,10,,LC,yes,,Pacific North America,Pacific North America,Open Country: Habitat Mosaic,Coasts: Rocky Intertidal,Open Country: Habitat Mosaic,Coasts: Rocky Intertidal +1406,Tamaulipas Crow,Corvus imparatus,landbird,Passeriformes,Corvidae,Monotypic.,0,0,1,0,R,,,4,PIFTC-02–PS-g midpoint,,"200,000",200000,,,,,,,,,,,4,113769,Natureserve 3.0,,4,113769,Natureserve 3.0,,3,MX-NSAC-09,"threats unknown, but at least moderate, due to increased efficiency in agriculture (sorghum) that is replacing small agricutural plots, and possibly WNV. MG - sensitive to WNV, tolerant of human activities as long as agriculture is not intensive. Communal roosting may facilitate disease spread. Withdrew entirely into Tamaulipas. Highly concentrated roosts may facilitate disease transmission. Highlights of Hector Garza’s observations on Tamaulipas Crow: has no abundance data but has observed large numbers of birds (~400) in the Soto La Marina area; species is frequently found in urbanized environments in the afternoon, uses urban areas for overnight roosting; frequents landfills, dumps to feed; agrochemicals a threat since these birds also forage in farm field feeding on corn and insects; does not believe the species is declining too fast; is not uncommon to see flocks of 30-100 birds in central Tamaulipas; species is a lot less common near the US-Mexico border where it reaches the limit of its range of distribution (Hector Garza via Jesús Franco ); Krueper, Dave: numbers have crashed in Tam. Thornscrub and they are rarely even reported north of Gomez Farias or Ciudad Victoria.",3,MX-NSAC-09,"Congregate at dumps, but no evidence presently of human enhancement; tolerant of disturbance. resident, see comments under TB (KVR)",4,MX-NSAC-12,"has disappeared from much of northern part of range (Hunter), although still common elsewhere (Berlanga); unsure how much the recent decline negates what has likely been a major population increase in the past 50 years (Panjabi)",,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,yes,"b,w",Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1484,Boucard's Wren,Campylorhynchus jocosus,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,72849,Natureserve 3.0,,5,72849,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,3,MX-NSAC,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +1485,Yucatan Wren,Campylorhynchus yucatanicus,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,9737,Natureserve 3.0,,5,9737,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,3,MX-NSAC,tolerant of disturbance,4,MX-NSAC-12,"MX endemic found only in SECL, regional experts score PT=4",,,,,,,,,,,,,17,17,17,Watch List - Red,NT,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1486,Cactus Wren,Campylorhynchus brunneicapillus,landbird,Passeriformes,Troglodytidae,,0,1,1,0,R,,,2,PIFcalc19,,"8,500,000",8500000,"3,000,000",3000000,2010.5,PIFcalc19,,100,35.57327271,35.57327,35.57327271,"bbs0514(UsCa), eBrd17(WHem)",2,1849554,Natureserve 3.0,,2,1849554,Natureserve 3.0,,3,PIFSC-15,"Rosenberg: Mary Gustafson comments about Texas pop (species?)?. See previous comments; Also apparrently disappeared from some western parts of range; enough to be ""moderate"" threats overall? (KVR); TB=3 is appropriate due to rapid expansion of agriculture in northern mexico in desert shrublands and grasslands (AP)",2,PIFTC-02,specialized habitat chihuahuan desert scrub is being reduced by expanding croplands (Panjabi),5,BBS7017,,-2.09,BBS7017,-2.59,-1.55,-2.39,-1.78,8.90,243,-62.36,-70.39,-51.56,20,12,11,12,CBSD,LC,yes,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1487,Sooty-headed Wren,Pheugopedius spadix,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,poorly known (CAW);,,,,,,,,,,,,,5,32378,NatureServe,,5,32378,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,en peligro al norte,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1488,Black-throated Wren,Pheugopedius atrogularis,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,33016,NatureServe,,5,33016,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1489,Rufous-breasted Wren,Pheugopedius rutilus,landbird,Passeriformes,Troglodytidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,206725,NatureServe,,4,206725,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen +1490,Spot-breasted Wren,Pheugopedius maculipectus,landbird,Passeriformes,Troglodytidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,583919,Natureserve 3.0,,3,583919,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,"requires forest, but tolerates some fragmentation",4,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1491,Happy Wren,Pheugopedius felix,landbird,Passeriformes,Troglodytidae,,0,0,1,0,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,4,296949,Natureserve 3.0,,4,296902,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,3,MX-NSAC,tolerant of disturbance,4,MX-NSAC-12,"MX endemic, all regions score PT=4",,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1492,Black-bellied Wren,Pheugopedius fasciatoventris,landbird,Passeriformes,Troglodytidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,241649,NatureServe,,4,241649,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1508,Tawny-faced Gnatwren,Microbates cinereiventris,landbird,Passeriformes,Polioptilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,552590,NatureServe,,3,552590,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1509,Long-billed Gnatwren,Ramphocaenus melanurus,landbird,Passeriformes,Polioptilidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,9188612,Natureserve 3.0,,1,9188612,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,humid forest and edge,4,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1510,Blue-gray Gnatcatcher,Polioptila caerulea,landbird,Passeriformes,Polioptilidae,,1,1,1,1,PM,,,1,PIFcalc19,,"260,000,000",260000000,"230,000,000",230000000,2010.5,PIFcalc19,,100,87.83703613,87.83704,87.83703613,"bbs0514(UsCa), eBrd17(WHem)",1,6577715,Natureserve 3.0,,2,2998138,Natureserve 3.0,,2,PIFTC-02,"DD='relatively tolerant of human activities and land use.' BNA supports that although it may have specific needs within forested habitats (streams, openings, etc), it doesn't seem threatened by current land use.",2,PIFTC-02,DD='relatively tolerant of human activities and land use.' BNA supports that deforestation on wintering or neotropical breeding areas not a cause for concern. Uses scrub habitats in nonbreeding season.,2,BBS7017,,0.41,BBS7017,0.26,0.55,0.31,0.49,2.85,2146,21.11,14.59,28.71,,6,7,7,,LC,,,Nearctic,Widespread,Forests: Generalist,,Forests: Generalist, +1407,Sinaloa Crow,Corvus sinaloae,landbird,Passeriformes,Corvidae,Monotypic.,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,95287,Natureserve 3.0,,4,95287,Natureserve 3.0,,1,MX-NSAC,global score should reflect regional expert's opinion.,1,MX-NSAC,tolerant of disturbance,2,MX-NSAC,,,,,,,,,,,,,,11,11,11,,LC,yes,"b,w",Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1408,Fish Crow,Corvus ossifragus,landbird,Passeriformes,Corvidae,Monotypic.,0,1,0,0,R,,,4,PIFcalc19,,"470,000",470000,"470,000",470000,2010.5,PIFcalc19,,100,99.99642944,99.99643,99.99642944,bbs0514(UsCa),3,970522,Natureserve 3.0,,3,873470,Natureserve 3.0 with adjustment by PIFSC,"Reduced 10%; NS shows same breeding and winter range, Nat Geo shows withdrawal from parts of range in winter",1,PIFTC-02,DD='conditions enhanced by human activities and land use.,1,PIFTC-02,DD='conditions enhanced by human activities and land use.,2,BBS7017,,0.53,BBS7017,0.21,0.83,0.35,0.70,3.65,839,28.29,8.21,49.01,,10,10,10,,LC,yes,,Eastern Temperate,Eastern Temperate,Open Country: Habitat Mosaic,Wetlands: Generalist,Open Country: Habitat Mosaic,Wetlands: Generalist +1410,Chihuahuan Raven,Corvus cryptoleucus,landbird,Passeriformes,Corvidae,Monotypic.,0,1,1,0,PM,,,3,PIFcalc19,,"840,000",840000,"280,000",280000,2010.5,PIFcalc19,,100,33.05774307,33.05774,33.05774307,"bbs0514(UsCa), eBrd17(WHem)",2,1197262,Natureserve 3.0,,2,1495452,Natureserve 3.0,,2,PIFSC-08,breeding probably nt enhanced by human disturbance? (KR); benefits from man-made environments (MX-NSAC).,1,PIFTC-02,benefits from man-made environments,2,BBS7017; MX-NSAC,"core regions, including NEAB, score PT=2",-0.27,BBS7017,-0.97,0.43,-0.68,0.13,6.39,164,-12.40,-40.43,25.19,,9,8,9,,LC,,"b,w",North American Southwest,North American Southwest,Grasslands: Chihuahuan,Aridlands: Desert Scrub,Grasslands: Chihuahuan,Open Country: Developed/Disturbed +1442,Mexican Chickadee,Poecile sclateri,landbird,Passeriformes,Paridae,,0,1,1,0,R,,,3,PIFTC-02–PS-g midpoint,,"2,000,000",2000000,<500,500,,PIFSC-16,guestimate based on eBird distribution,100,2.125754595,0.025,0.025,PIFTC-02; PIFSC-16,4,202263,Natureserve 3.0,,4,202263,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,requires forest,4,MX-NSAC 2008,"MX endemic, all regions score PT=4",,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +1443,Chestnut-backed Chickadee,Poecile rufescens,landbird,Passeriformes,Paridae,,1,1,0,0,R,,,2,PIFcalc19,,"12,000,000",12000000,"12,000,000",12000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),3,953572,Natureserve 3.0,,3,953572,Natureserve 3.0,,3,PIFSC-15,"in mature NW forests (KR), but also in suburban habitats; Rosenberg: Seems like vulnerable to overall habitat loss in Pacific states - highest densities in old forests. Overall threats probably ""moderate"" due to loss of mature forests from forestry and fires (KVR); Camfield,Alaine [NCR]: TB 3 in Canadian BCR strategies. Main threat is habitat loss due to logging and urban development.",2,PIFTC-02,,4,BBS7017,,-1.37,BBS7017,-1.82,-0.90,-1.64,-1.09,6.80,255,-47.37,-58.58,-37.29,46,12,11,12,,LC,yes,,Pacific North America,Pacific North America,Forests: Temperate Western,,Forests: Temperate Western, +1993,Hooded Warbler,Setophaga citrina,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"5,200,000",5200000,"5,200,000",5200000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,1999482,Natureserve 3.0,,3,752489,Natureserve 3.0; PIFSC-08,"winter map not quite accurate -- probably more continuous through Central America (e.g. Honduras), and should not be shown to winter in West Indies",3,PIFTC-02,,3,PIFTC-02,more tolerant of disturbed habitats than other lowland forest wintering species (KVR),1,BBS7017,,1.54,BBS7017,1.26,1.79,1.38,1.69,1.86,956,103.98,81.37,127.44,,8,9,9,,LC,,,Eastern Temperate,Gulf-Caribbean Lowlands,Forests: Temperate Eastern,,Forests: Tropical Lowland Evergreen, +1994,American Redstart,Setophaga ruticilla,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,"PIFSC-20: just 3 known breeding records outside US/Canada (Cuba), so used US/Canada estimate as global estimate","42,000,000",42000000,"42,000,000",42000000,2010.5,PIFcalc19,,100,100,100,100,bbs0514(UsCa),1,6655743,Natureserve 3.0,,2,3705496,Natureserve 3.0,,2,PIFTC-02,,3,PIFTC-02,Panjabi: largely dependent on lower to mid-elevation tropical forests in winter. Shown to have higher winter survival in wetter forest habitats; new threats from drying due to CC (KVR),3,BBS7017,,-0.25,BBS7017,-0.52,0.07,-0.41,-0.06,4.55,2103,-10.93,-25.07,1.09,,8,10,10,,LC,,,Northern Forest,Neotropical,Forests: Temperate Generalist,,Forests: Tropical Generalist,Coasts: Mangroves +1995,Kirtland's Warbler,Setophaga kirtlandii,landbird,Passeriformes,Parulidae,Monotypic.,1,1,0,0,M,,,5,KIWA Conservation Team 2015,"5,000 is estimate from BBS-15, supporting this estimate","4,800",4800,"4,800",4800,,KIWA Conservation Team 2015,,100,,,,eBrd17(UsCa),5,10719,Natureserve 3.0,,5,13438,Natureserve 3.0,,3,PIFSC-18,"species has been relatively stable but is highly dependent on management activities, which could change in the future if species is down listed or delisted from ESA (PIFSC-18). Habitat protected, but vulnerable because there is so little. conservation reliant -- could be threatened if investments reduced -- esp cowbird management (CB, KVR, WE, TW, DP).",5,PIFTC-02,"check with Dave Ewert -- are threats really dire or extremely severe? (CB, KVR, WE, TW, DP); Tom to double check; early successional habitat need to be maintained, is not being managed;",1,KIWA Census,,,,,,,,,,,,,,14,16,16,Watch List - Yel-R,NT,,,Northern Forest,Caribbean,Forests: Temperate Eastern,,Forests: Tropical Dry, +2022,Golden-cheeked Warbler,Setophaga chrysoparia,landbird,Passeriformes,Parulidae,Monotypic.,0,1,1,1,M,,,4,PIFcalc19,"This estimate is supported by USFWS 2018 (personal communication). eBird misclassifies early migrants or their young as breeders in Mexico (actually 100% US/Can), so don't use eBird-based extrapolation of 170,000 globally (Beardmore 2018). Probablemente sea 4, debido a recientes estudios (CAW).","110,000",110000,"110,000",110000,2010.5,PIFcalc19,,100,61.4586792,100,100,PIFcalc19,5,33480,Natureserve 3.0,,4,98105,Natureserve 3.0,,4,PIFSC-15,"deterioration has already occurred; will continue in parts of range, but large areas of habitat on ranch land not threatened by immediate urban development. Threats are still high, but not severe. (CB, KVR, WE, TW, DP, AP); only 3% of occupied area is protected, Jim Giocomo recommends keeping it at 5",4,PIFTC-02,"No se puede extinguirse en 30-50 anos. Highly specialized on conditions of pine-oak forest that are fast disappearing in much of winter range (see D. King et al papers). However, not as threatened as other cloud forest species like pink-headed warbler, horned guan, bearded screech owl, unspotted saw-whet owl (TW, AP, RV), need to review whole suite of pine-oak-cloud forest species to check for proper calibration; need to also consider threats to migratory stopover habitat; not often seen in migration, but anecdotal observation of 3 migratory individuals in pine oak forest fragment by DK; highly threatened but not likely to go extinct due to threats in the non-breeding range",5,PIFSC-15,,,,,,,,,,,,,,18,17,18,Watch List - Red,EN,,,North American Southwest,Mesoamerican Highlands,Forests: Temperate Western,,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +2026,Rufous-capped Warbler,Basileuterus rufifrons,landbird,Passeriformes,Parulidae,,0,0,1,1,R,,,3,PIFTC-02–PS-g midpoint,,"2,000,000",2000000,,,,,,,,,,,3,954609,Natureserve 3.0,,3,954609,Natureserve 3.0,"map looks good but possibly too restricted -- since close to score cut-off, should check refs.",3,PIFSC-08,,3,PIFTC-02,tolerant of disturbed habitats,4,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Mesoamerica,Mesoamerica,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +2027,Black-cheeked Warbler,Basileuterus melanogenys,landbird,Passeriformes,Parulidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,4846,NatureServe,,5,4846,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2028,Pirre Warbler,Basileuterus ignotus,landbird,Passeriformes,Parulidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,320,NatureServe,,5,320,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,VU,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1444,Boreal Chickadee,Poecile hudsonicus,landbird,Passeriformes,Paridae,,1,1,0,0,R,,,2,PIFcalc19,,"13,000,000",13000000,"13,000,000",13000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),1,7065738,Natureserve 3.0,,1,7065738,Natureserve 3.0,,3,PIFTC-02,,2,PIFTC-02,,2,BBS7017,"there might be an issue with this species withdrawing from southern parts of range that are covered by both BBS and CBC, so that the trends could be biased negatively if the northern parts of pop are still doing well.",-0.19,BBS7017,-0.87,0.41,-0.58,0.17,0.31,424,-8.39,-34.63,23.53,,8,7,8,,LC,,,Northern Forest,Northern Forest,Forests: Boreal,,Forests: Boreal, +1445,Gray-headed Chickadee,Poecile cinctus,landbird,Passeriformes,Paridae,,1,1,0,0,R,,,3,PIFTC-02–PS-g midpoint,,"2,000,000",2000000,"<5,000",5000,,PIFSC-16,"eBird makes them look really range-restricted even in Alaska, but probably not true; < 5,000?",1.5,100,0.25,0.25,PIFTC-02; PIFSC-16,1,10000000,BirdLife,BLI estimates global range size at 10M km2,1,10000000,Natureserve 3.0,BLI estimates global range size at 10M km2Ken comment: BLI estimates global range size at 10M km2,2,PIFTC-02,"not enhanced by human disturbance? (KR); Rosenberg: habitat threats in boreal?. Camfield,Alaine [NCR]: TB 2 in Canadian BCR strategy. No high magnitude threats identified. Lower magnitude threat related to logging.",2,PIFTC-02,not enhanced by human disturbance? (KR),3,PIFSC-08,,,,,,,,,,,,,,9,9,9,,LC,,,Arctic,Arctic,Forests: Boreal,,Forests: Boreal, +1446,Bridled Titmouse,Baeolophus wollweberi,landbird,Passeriformes,Paridae,,0,1,1,0,R,,,4,PIFcalc19,,"160,000",160000,"69,000",69000,2010.5,PIFcalc19,,100,44.43452454,44.43452,44.43452454,"eBrd17(UsCa,WHem)",3,533202,Natureserve 3.0,,3,533202,Natureserve 3.0,,3,PIFTC-02,,3,PIFSC-08,requires forest,3,MX-NSAC,,,,,,,,,,-12.08,-39.16,31.41,,13,13,13,,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +1447,Oak Titmouse,Baeolophus inornatus,landbird,Passeriformes,Paridae,,0,1,1,0,R,,,3,PIFcalc19,,"840,000",840000,"710,000",710000,2010.5,PIFcalc19,,100,84.00512695,84.00513,84.00512695,"bbs0514(UsCa), eBrd17(WHem)",4,173844,Natureserve 3.0,,4,173844,Natureserve 3.0,,3,PIFTC-02,"Oak woodland under threat, but human impacts on this species not as severe as for Nuttall's Woodpecker.",3,PIFTC-02,,4,BBS7017,,-1.42,BBS7017,-1.79,-1.05,-1.64,-1.20,9.76,150,-48.80,-57.78,-40.81,40,14,14,14,Watch List - Yel-R,LC,yes,,Pacific North America,Pacific North America,Forests: Temperate Western,,Forests: Temperate Western, +1448,Juniper Titmouse,Baeolophus ridgwayi,landbird,Passeriformes,Paridae,,0,1,1,0,R,,,4,PIFcalc19,,"290,000",290000,"290,000",290000,2010.5,PIFcalc19,,100,99.93811035,99.93811,99.93811035,"eBrd17(UsCa,WHem)",2,1055504,Natureserve 3.0,,2,1055504,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,,2,BBS7017,,0.66,BBS7017,-0.02,1.34,0.25,1.06,0.74,171,34.40,-2.52,81.50,,11,11,11,,LC,,,Intermountain West,Intermountain West,Forests: Temperate Western,,Forests: Temperate Western, +1454,White-breasted Nuthatch,Sitta carolinensis,landbird,Passeriformes,Sittidae,,1,1,1,0,R,,,2,PIFcalc19,,"10,000,000",10000000,"10,000,000",10000000,2010.5,PIFcalc19,,100,97.22128296,97.22128,97.22128296,"bbs0514(UsCa), eBrd17(WHem)",1,8606508,Natureserve 3.0,,1,8606508,Natureserve 3.0,,2,PIFTC-02,"DD='species relatively tolerant of human activities and land use.' BNA supports that species does well in face of human acitvity (and may benefit from feeding) but extensive urbanization, forest clearing and snag removal would be harmful.",2,PIFTC-02,"DD='species relatively tolerant of human activities and land use.' BNA supports that species does well in face of human acitvity (and may benefit from feeding) but extensive urbanization, forest clearing and snag removal would be harmful.",1,BBS7017,,1.87,BBS7017,1.73,2.00,1.79,1.95,0.86,2615,138.85,124.80,154.67,,6,6,6,,LC,yes,,Nearctic,Nearctic,Forests: Temperate Eastern,Forests: Temperate Western,Forests: Temperate Eastern,Forests: Temperate Western +1455,Pygmy Nuthatch,Sitta pygmaea,landbird,Passeriformes,Sittidae,,1,1,1,0,R,,,3,PIFcalc19,,"3,300,000",3300000,"3,100,000",3100000,2010.5,PIFcalc19,,100,93.30062866,93.30063,93.30062866,"bbs0514(UsCa), eBrd17(WHem)",2,1952917,Natureserve 3.0,,2,1952917,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,,3,BBS7017,,-0.43,BBS7017,-1.63,0.57,-1.08,0.15,3.53,226,-18.22,-52.02,41.59,86,11,11,11,,LC,yes,,Intermountain West,Intermountain West,Forests: Temperate Western,Forests: Mesoamerican Highland,Forests: Temperate Western,Forests: Mesoamerican Highland +1456,Brown-headed Nuthatch,Sitta pusilla,landbird,Passeriformes,Sittidae,,0,1,0,0,R,,,3,PIFcalc19,,"1,600,000",1600000,"1,600,000",1600000,2010.5,PIFcalc19,,100,99.96539307,99.96539,99.96539307,bbs0514(UsCa),3,941670,Natureserve 3.0,,3,941670,Natureserve 3.0,,3,PIFTC-02,"DD='moderately vulnerable to human acitivities and land use.' BNA supports that fire suppression, conversion to pine plantations, and shorter rotations in non-plantation habitats pose threats to nesting and foraging habitats. Population likely to declin",3,PIFTC-02,"DD='moderately vulnerable to human acitivities and land use.' BNA supports that fire suppression, conversion to pine plantations, and shorter rotations in non-plantation habitats pose threats to foraging habitats. Population likely to decline if present",4,BBS7017,,-0.36,BBS7017,-0.68,-0.09,-0.54,-0.19,1.89,505,-15.55,-27.86,-0.47,,13,13,13,,LC,,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +1457,Brown Creeper,Certhia americana,landbird,Passeriformes,Certhiidae,,1,1,1,1,PM,,,2,PIFcalc19,,"11,000,000",11000000,"9,500,000",9500000,2010.5,PIFcalc19,,100,86.77075195,86.77075,86.77075195,"bbs0514(UsCa), eBrd17(WHem)",1,6526126,Natureserve 3.0,,1,12128297,Natureserve 3.0,,3,PIFTC-02,DD='moderately vulnerable to human activities and land use.' Old growth specialist in parts of range needing extensive undistrubed tracts.,3,PIFTC-02,"DD='moderately vulnerable to human activities and land use.' Still needs mature forested habitats in nonbreeding season. Hemlock wooly adelgid and decline of coniferous forests in mountainous east are threats.. all comments add up to ""moderate"" threats (KVR)",2,BBS7017,,0.64,BBS7017,0.32,0.97,0.44,0.84,0.30,1161,34.85,15.12,58.33,,8,8,8,,LC,,,Nearctic,Nearctic,Forests: Temperate Generalist,,Forests: Temperate Generalist, +1458,Rock Wren,Salpinctes obsoletus,landbird,Passeriformes,Troglodytidae,,1,1,1,1,PM,,,3,PIFcalc19,,"4,100,000",4100000,"3,400,000",3400000,2010.5,PIFcalc19,,100,82.51402283,82.51402,82.51402283,"bbs0514(UsCa), eBrd17(WHem)",1,5419669,Natureserve 3.0,,2,3100173,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,4,BBS7017,,-1.27,BBS7017,-1.63,-0.94,-1.48,-1.08,2.09,946,-45.04,-53.31,-34.02,72,10,11,11,,LC,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1459,Nightingale Wren,Microcerculus philomela,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,178189,Natureserve 3.0,,4,178189,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,primary forest,5,PIF CAW 2014,C.A. endemic; loss of humid lowland forest in rest of C.A. is similar to Mexico,,,,,,,,,,,,,18,18,18,Watch List - Red,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1460,Scaly-breasted Wren,Microcerculus marginatus,landbird,Passeriformes,Troglodytidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,4798152,NatureServe,,1,4798152,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1461,Canyon Wren,Catherpes mexicanus,landbird,Passeriformes,Troglodytidae,,1,1,1,0,R,,,3,PIFcalc19,,"1,000,000",1000000,"420,000",420000,2010.5,PIFcalc19,,100,41.70058441,41.70058,41.70058441,"bbs0514(UsCa), eBrd17(WHem)",1,4298579,Natureserve 3.0,,1,4298579,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,2,BBS7017,,0.02,BBS7017,-0.57,0.56,-0.32,0.34,0.21,337,0.67,-17.54,26.97,,8,8,8,,LC,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1462,Sumichrast's Wren,Hylorchilus sumichrasti,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,11559,Natureserve 3.0,,5,11559,Natureserve 3.0,,5,MX-NSAC-08,"Not found in any protected area (H. Gomez de Silva); Rango restringido, dependiente de su habitat, no hay áreas que lo protejan (Macias); Estamos de acuerdo con TB=5 (Berlanga).",5,MX-NSAC,moderate habitat loss,4,MX-NSAC,,,,,,,,,,,,,,19,19,19,Watch List - Red,NT,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1463,Nava's Wren,Hylorchilus navai,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,7329,Natureserve 3.0,,5,7329,Natureserve 3.0,,5,MX-NSAC-08,"Although found in El Ocote protected area, habitat is still be transformed; habitat is not as rugged as that of H. sumichrasti, and thus is more vulnerable to conversion (H. Gomez de Silva); Rango restringido, su hábitat está rapidamente desapareciendo por incendios y ganadería (Macias); Estamos de acuerdo con TB=5 (Berlanga).",5,MX-NSAC,moderate habitat loss,5,MX-NSAC,,,,,,,,,,,,,,20,20,20,Watch List - Red,VU,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1465,House Wren,Troglodytes aedon,landbird,Passeriformes,Troglodytidae,,1,1,1,1,PM,,,1,PIFcalc19,reflects northern and southern subspecies,"190,000,000",190000000,"43,000,000",43000000,2010.5,PIFcalc19,,100,23.22165108,23.22165,23.22165108,"bbs0514(UsCa), eBrd17(WHem)",1,24553814,Natureserve 3.0,,1,20935058,Natureserve 3.0,,1,PIFTC-02,,1,PIFTC-02,,2,BBS7017,,0.26,BBS7017,0.18,0.33,0.21,0.30,5.67,3005,12.91,8.99,16.80,,5,5,5,,LC,yes,,Widespread,Widespread,Forests: Generalist,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +1466,Socorro Wren,Troglodytes sissonii,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,135,Natureserve 3.0,,5,135,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,"moderate habitat loss, introduced species",3,MX-NSAC-12,regional experts score PT=3,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,NT,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +1467,Clarion Wren,Troglodytes tanneri,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,32,Natureserve 3.0,,5,32,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,"moderate habitat loss, introduced species",3,MX-NSAC-12,"need to check why species is listed in two regions (ISRE and CEPL), with different scores; neither is greater than PT=3 however",,,,,,,,,,,,,16,16,16,Watch List - Yel-R,VU,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +1468,Rufous-browed Wren,Troglodytes rufociliatus,landbird,Passeriformes,Troglodytidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,4,98793,Natureserve 3.0,,4,98793,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,PIF CAW 2014,"occurs only in humid highland forests of Chiapas, Guatemala, Honduras and Nicaragua; significant habitat loss has occured within range (possibly PT=5)",,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1469,Ochraceous Wren,Troglodytes ochraceus,landbird,Passeriformes,Troglodytidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,17421,NatureServe,,5,17421,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1470,Pacific Wren,Troglodytes pacificus,landbird,Passeriformes,Troglodytidae,,1,1,1,0,PM,,,2,PIFcalc19,"split from Winter wren in 2011 (former pop estimate=32,870,559, incl. old world pop)","7,500,000",7500000,"7,500,000",7500000,2010.5,PIFcalc19,,100,,,,"bbs0514(UsCa), eBrd17(WHem)",2,1238488,Natureserve 3.0,,2,1199052,NatureServe,,3,Panjabi,avg of BCR scores.,3,Panjabi,,4,BBS7017,,-0.55,BBS7017,-0.87,-0.21,-0.74,-0.34,8.07,334,-22.90,-34.32,-8.88,15,11,11,11,,LC,,,Pacific North America,Pacific North America,Forests: Temperate Western,,Forests: Temperate Western, +1471,Winter Wren,Troglodytes hiemalis,landbird,Passeriformes,Troglodytidae,,1,1,1,0,M,,,2,PIFcalc19,"distance revised to 200 m based on review of large boreal dataset, score reverts to PS=2 (Blancher email, Dec. 20, 2008)","11,000,000",11000000,"11,000,000",11000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,2760019,Natureserve 3.0,,2,2581057,Natureserve 3.0,,3,PIFTC-02,,2,PIFTC-02,,1,BBS7017,,0.97,BBS7017,0.50,1.44,0.70,1.25,6.49,914,56.74,29.23,98.15,72,8,7,8,,LC,,,Northern Forest,Eastern Temperate,Forests: Boreal,Forests: Temperate Eastern,Forests: Temperate Eastern, +1472,Timberline Wren,Thryorchilus browni,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,1499,NatureServe,,5,1499,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Tundra: Paramo,,Tundra: Paramo, +1473,Sedge Wren,Cistothorus platensis,landbird,Passeriformes,Troglodytidae,,1,1,1,1,PM,,,2,PIFcalc19,,"9,500,000",9500000,"5,000,000",5000000,2010.5,PIFcalc19,,100,52.90331268,52.90331,52.90331268,"bbs0514(UsCa), eBrd17(WHem)",1,6526721,Natureserve 3.0,,1,6126750,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,,1,BBS7017,,1.18,BBS7017,0.73,1.59,0.93,1.42,0.99,651,71.86,43.77,106.84,,7,7,7,,,,w,Great Plains,Eastern Temperate,Grasslands: Temperate,Wetlands: Seasonally Wet Grasslands,Wetlands: Seasonally Wet Grasslands,Grasslands: Temperate +1474,Marsh Wren,Cistothorus palustris,landbird,Passeriformes,Troglodytidae,,1,1,1,0,PM,,,2,PIFcalc19,,"11,000,000",11000000,"11,000,000",11000000,2010.5,PIFcalc19,,100,97.84739685,97.8474,97.84739685,"bbs0514(UsCa), eBrd17(WHem)",1,4844019,Natureserve 3.0,,1,4296915,Natureserve 3.0,,3,PIFTC-02,"sensitive to hab loss, but not severely threatened throughout range (KR).",3,PIFTC-02,,1,BBS7017,,2.14,BBS7017,1.65,2.62,1.86,2.42,0.76,725,166.21,112.83,243.48,,7,7,7,,LC,,,Nearctic,Nearctic,Wetlands: Freshwater Marsh,,Wetlands: Generalist,Coasts: Saltmarsh +1475,Carolina Wren,Thryothorus ludovicianus,landbird,Passeriformes,Troglodytidae,,1,1,1,1,R,,,2,PIFcalc19,,"19,000,000",19000000,"18,000,000",18000000,2010.5,PIFcalc19,,100,95.69602966,95.69603,95.69602966,"bbs0514(UsCa), eBrd17(WHem)",2,3207537,Natureserve 3.0,,2,3207537,Natureserve 3.0,,2,PIFTC-02,"DD='relatively tolerant of human activity.' Threats likely exist (urbanization and over development), but human activity also poses benefits. Difficult to tell if deserves TB 1 or 2. May benefit significantly through creation of edge, nesting structure.",2,PIFTC-02,"DD='relatively tolerant of human activity.' Threats likely exist (urbanization and over development), but human activity also poses benefits in creating certain favorable habitats.",1,BBS7017,,1.18,BBS7017,1.09,1.27,1.12,1.23,11.75,1749,73.11,64.40,80.60,71,7,7,7,,LC,yes,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +1476,Bewick's Wren,Thryomanes bewickii,landbird,Passeriformes,Troglodytidae,,1,1,1,0,PM,,,2,PIFcalc19,,"7,900,000",7900000,"4,600,000",4600000,2010.5,PIFcalc19,,100,57.80819321,57.80819,57.80819321,"bbs0514(UsCa), eBrd17(WHem)",2,3303063,Natureserve 3.0,,2,3151415,Natureserve 3.0,,3,PIFTC-02,E. populations highly threatened (KR).,3,PIFTC-02,E. populations highly threatened (KR),4,BBS7017,,-0.77,BBS7017,-1.15,-0.40,-1.00,-0.55,3.82,921,-30.15,-42.44,-19.34,47,11,11,11,,LC,yes,,Western Temperate,Western Temperate,Aridlands: Desert Scrub,Forests: Temperate Western,Aridlands: Desert Scrub,Forests: Temperate Western +1477,White-headed Wren,Campylorhynchus albobrunneus,landbird,Passeriformes,Troglodytidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,96067,NatureServe,,4,96067,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1478,Band-backed Wren,Campylorhynchus zonatus,landbird,Passeriformes,Troglodytidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,553342,Natureserve 3.0,,3,553342,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,"tolerant of disturbance, but requires forest nearby",3,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,Forests: Mesoamerican Pine-Oak,Forests: Tropical Lowland Evergreen,Forests: Mesoamerican Pine-Oak +1479,Gray-barred Wren,Campylorhynchus megalopterus,landbird,Passeriformes,Troglodytidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,5,77907,Natureserve 3.0,,5,77907,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,4,MX-NSAC,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak +1480,Giant Wren,Campylorhynchus chiapensis,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,6167,Natureserve 3.0,,5,6167,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,1,MX-NSAC-12,MX endemic that occurs in 1 region; regional experts scored PT=1,,,,,,,,,,,,,13,13,13,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1482,Rufous-naped Wren,Campylorhynchus rufinucha,landbird,Passeriformes,Troglodytidae,,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,,,,,,4,219898,Natureserve 3.0,,4,219898,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,"requires shurbby vegetation, but tolerates some disturbance",3,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1483,Spotted Wren,Campylorhynchus gularis,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,235638,Natureserve 3.0,,4,235638,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,3,MX-NSAC,tolerant of disturbance,3,MX-NSAC,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +1512,California Gnatcatcher,Polioptila californica,landbird,Passeriformes,Polioptilidae,,0,1,1,0,R,,,4,BNA Atwood & Bontrager 2001,"just 1 BBS route, so can't use BBS-15 estimate of 710 in US/Canada, 12,000 extrapolated globally with eBird (PIFSC-18).","80,000",80000,"<5,000",5000,,PIFSC-16,guestimate based on eBird distribution; is better estimate available??,100,5.783760071,5.78376,5.783760071,"eBrd17(UsCa,WHem)",4,129339,Natureserve 3.0,,4,129339,Natureserve 3.0,,3,PIFTC-02,"MX called 3, factoring in U.S. situation; moderate habitat loss (MX-NSAC).",3,PIFTC-02,"MX called 3, factoring in U.S. situation; moderate habitat loss",3,MX-NSAC 2008,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,North American Southwest,North American Southwest,Aridlands: Chaparral,,Aridlands: Chaparral, +1513,Black-tailed Gnatcatcher,Polioptila melanura,landbird,Passeriformes,Polioptilidae,,0,1,1,0,R,,,2,PIFcalc19,,"11,000,000",11000000,"6,500,000",6500000,2010.5,PIFcalc19,,100,,,,"bbs0514(UsCa), eBrd17(WHem)",2,1108751,Natureserve 3.0,,2,1108751,Natureserve 3.0,,3,PIFTC-02,"same as Verdin, Cactus Wren; not threatened in desert scrub (KR). Doesn't come to towns, but uses creosote flats; moderate habitat loss; cowbird parasitism (MX-NSAC). Keep threats as moderate; continued loss of desert habitat to urban and energy development; possibly expansion of solar energy in desert flats (KVR)",3,PIFTC-02,"same as Verdin, Cactus Wren; not threatened in desert scrub (KR); moderate habitat loss",2,BBS7017,,0.24,BBS7017,-0.93,1.31,-0.44,0.91,3.62,120,9.81,-34.26,81.04,48,9,9,9,,LC,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1514,Black-capped Gnatcatcher,Polioptila nigriceps,landbird,Passeriformes,Polioptilidae,,0,1,1,0,R,,,4,PIFTC-02–PS-g midpoint,,"200,000",200000,<500,500,,PIFSC-16,guestimate based on eBird distribution,100,6.886042118,0.25,0.25,PIFTC-02; PIFSC-16,4,167325,Natureserve 3.0,,4,167325,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,requires forest,4,MX-NSAC 2008,all regions score PT=4,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Aridlands: Desert Scrub,Forests: Tropical Dry,Aridlands: Desert Scrub,Forests: Tropical Dry +1642,Socorro Mockingbird,Mimus graysoni,landbird,Passeriformes,Mimidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,135,Natureserve 3.0,,5,135,Natureserve 3.0,,5,MX-NSAC,,5,MX-NSAC,"introduced species, habitat loss",5,MX-NSAC,,,,,,,,,,,,,,20,20,20,Watch List - Red,CR,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +1643,Tropical Mockingbird,Mimus gilvus,landbird,Passeriformes,Mimidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,2,2171584,Natureserve 3.0,,2,2171584,Natureserve 3.0,,2,MX-NSAC-08,TB=1 more appropriate (Panjabi); Consideramos que no es una especie que se beneficie de la perturbación como para un valor de 1. Más bien es estable (Macias); Estamos de acuerdo con TB=2 (Berlanga).,1,MX-NSAC,tolerant of disturbance; some capture for trade,1,PIF CAW 2014,regional perspective in Mexico likely similar range-wide,,,,,,,,,,,,,8,7,8,,LC,yes,w,Neotropical,Neotropical,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +1656,Long-tailed Silky-flycatcher,Ptiliogonys caudatus,landbird,Passeriformes,Ptiliogonatidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,9592,NatureServe,,5,9592,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1657,Phainopepla,Phainopepla nitens,landbird,Passeriformes,Ptiliogonatidae,,0,1,1,0,PM,,,3,PIFcalc19,,"3,200,000",3200000,"1,300,000",1300000,2010.5,PIFcalc19,,100,39.97593689,39.97594,39.97593689,"bbs0514(UsCa), eBrd17(WHem)",2,1251651,Natureserve 3.0,,2,1126486,Natureserve 3.0,"NS map erroneously shows much of what should be Year-Round range as Breeding-only range, thus underestimates non-breeding range; + +Ken comment: Use 90% of Breeding Range; NS map erroneously shows much of what should be Year-Round range as Breeding-only ran",3,PIFTC-02,Riparian and mistletoe specialization; specialized habits; some capture for trade (MX-NSAC).,2,PIFTC-02,tolerant of disturbance,2,BBS7017,,0.50,BBS7017,-0.44,1.44,-0.05,1.05,2.04,191,23.39,-16.84,80.71,,10,9,10,,LC,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,Aridlands: Desert Riparian,Aridlands: Desert Scrub,Aridlands: Desert Riparian +1659,Olive Warbler,Peucedramus taeniatus,landbird,Passeriformes,Peucedramidae,,0,1,1,1,R,,,3,PIFcalc19,,"1,900,000",1900000,"92,000",92000,2010.5,PIFcalc19,,100,4.736032486,4.736032,4.736032486,"eBrd17(UsCa,WHem)",3,694398,Natureserve 3.0,,3,694398,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,requires forest,3,MX-NSAC,,,,,,,,,,,,,,12,12,12,,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak +1675,Scaly-breasted Munia,Lonchura punctulata,landbird,Passeriformes,Estrildidae,,0,1,0,1,R,1,,1,PIF CAW 2016,,,,,,,,,1.15722975,,,,"eBrd17(UsCa,WHem,Glob)",1,,PIFTC,,1,,PIFTC,,1,PIF CAW 2014,,1,PIF CAW 2014,,1,PIF CAW 2014,,,,,,,,,,,,,,4,4,4,,LC,,b,Introduced,Introduced,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +1676,Tricolored Munia,Lonchura malacca,landbird,Passeriformes,Estrildidae,,0,1,0,1,R,1,,1,PIF CAW 2016,,,,,,,,,12.88369864,,,,"eBrd17(UsCa,WHem,Glob)",1,,PIFTC,,1,,PIFTC,,1,PIF CAW 2014,,1,PIF CAW 2014,,1,PIF CAW 2014,,,,,,,,,,,,,,4,4,4,,LC,,b,Introduced,Introduced,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +1678,House Sparrow,Passer domesticus,landbird,Passeriformes,Passeridae,,1,1,1,1,R,1,,1,PIFcalc19,,"740,000,000",740000000,"93,000,000",93000000,2010.5,PIFcalc19,,30,41.62730408,12.48819,12.48819065,"bbs0514(UsCa), eBrd17(WHem), PIF(Glob)",1,77653203,Natureserve 3.0,,1,77653203,Natureserve 3.0; PIFSC-08,,2,PIFSC-19,"changed due to calibration with TB-r; 10 of 34 BCRs scored TBr>1, all from latest review. Only 5 of 24 BCRs with TBr=1 are from this review, meaning all the other TBr=1 are from 2012 or before",1,PIFTC-02,,5,BBS7017,,-3.66,BBS7017,-3.75,-3.57,-3.71,-3.61,41.47,3765,-82.62,-83.31,-81.87,,9,8,9,,LC,yes,"b,w",Introduced,Introduced,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +1679,Eurasian Tree Sparrow,Passer montanus,landbird,Passeriformes,Passeridae,,0,1,0,0,R,1,,1,BirdLife International 2018,"150 million would be the global extrapolation of BBS-15 using eBird, but US/Canada estimated to be just 0.10% of global pop, so not appropriate to base extrapolation on such a small proportion of the pop (PIFSC-18).","250,000,000",250000000,"150,000",150000,2010.5,PIFcalc19,,0.1,100,0.1,0.100000001,"eBrd17(UsCa,WHem), PIF(Glob)",1,8694200,Natureserve 3.0,,1,8694200,Natureserve 3.0; PIFSC-08,,1,PIFTC-02,,1,PIFTC-02,,1,BBS7017,"Shaw 2020: CBC trend is more extreme (10.54%), but supports this score",5.82,BBS7017,4.55,7.02,5.07,6.53,0.52,42,1276.87,666.13,2513.40,,4,4,4,,LC,yes,,Introduced,Introduced,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +2003,Yellow Warbler,Setophaga petechia,landbird,Passeriformes,Parulidae,,1,1,1,1,M,,,1,PIFcalc19,,"97,000,000",97000000,"93,000,000",93000000,2010.5,PIFcalc19,,100,95.98821259,95.98821,95.98821259,"bbs0514(UsCa), eBrd17(WHem)",1,14182963,PIFSC-08,"Removed 1M km2 from sw US, per BNA; NS appears to be more generous in designating dist., primarily in the the sw US portion. BNA indicates spp. Restricted to riparian areas in this region.",1,4830879,Natureserve 3.0; PIFSC-08,ND range is 40% larger than shown (Ken Rosenberg),2,PIFTC-02,,2,PIFTC-02,,4,BBS7017,,-0.63,BBS7017,-0.76,-0.49,-0.71,-0.55,6.75,3421,-25.58,-30.11,-19.74,,8,8,8,,LC,,,Nearctic,Neotropical,Forests: Temperate Generalist,Wetlands: Generalist,Open Country: Habitat Mosaic, +2004,Chestnut-sided Warbler,Setophaga pensylvanica,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"18,000,000",18000000,"18,000,000",18000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,2414630,Natureserve 3.0,,3,528003,Natureserve 3.0 with adjustment by PIFSC,"According to BNA, few records in northern SA and rare in Carribean. Based on this the NS maps appear to be overly generous in depicting winter distribution. New Nd area is 528,003 when SA and Caribbean are excluded; Reduced to 528,003.",2,PIFTC-02,,3,PIFTC-02,"Mature tropical forest. Not as sensitive to forest loss as WOTH, KEWA, etc. ""moderate"" is good. (KVR)",4,BBS7017,,-1.17,BBS7017,-1.47,-0.86,-1.34,-0.99,8.54,1219,-42.34,-50.37,-34.16,132,10,12,12,,LC,,,Northern Forest,Gulf-Caribbean Lowlands,Forests: Boreal,Forests: Temperate Eastern,Forests: Tropical Lowland Evergreen, +2005,Blackpoll Warbler,Setophaga striata,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,1,PIFcalc19,,"60,000,000",60000000,"60,000,000",60000000,2010.5,PIFcalc19,,100,99.92725372,99.92725,99.92725372,"bbs0514(UsCa), eBrd17(WHem)",1,6311941,Natureserve 3.0,,2,3141118,Natureserve 3.0 with adjustment by PIFSC,Comparable to BNA; Range size reduced by 25%; NS wi range map too extensive in S Am (Rosenberg),3,PIFSC-19,changed due to calibration with TB-r,3,PIFTC-02,"seems more appropriate than ""no threats;"" winters primarily in lowland tropical forest regions, even if tolerant of disturbance (KVR)",5,BBS7017,,-4.69,BBS7017,-7.20,-2.78,-6.01,-3.57,1.36,243,-83.95,-94.00,-59.51,16,10,11,11,CBSD,NT,,,Northern Forest,South American Lowlands,Forests: Boreal,,Forests: Tropical Lowland Evergreen, +2006,Black-throated Blue Warbler,Setophaga caerulescens,landbird,Passeriformes,Parulidae,,1,1,1,1,M,,,3,PIFcalc19,,"2,400,000",2400000,"2,400,000",2400000,2010.5,PIFcalc19,,100,99.9535675,99.95357,99.9535675,bbs0514(UsCa),2,1144681,Natureserve 3.0,,3,361590,Natureserve 3.0; PIFSC-08,score adjusted to reflect range area; 200-km rule no longer applies,3,PIFTC-02,,3,PIFTC-02,,1,BBS7017,,1.70,BBS7017,1.28,2.23,1.45,1.99,0.90,716,119.68,74.82,180.69,,9,10,10,,LC,,,Northern Forest,Caribbean,Forests: Boreal,Forests: Temperate Eastern,Islands: Terrestrial Habitats,Coasts: Mangroves +2007,Palm Warbler,Setophaga palmarum,landbird,Passeriformes,Parulidae,,1,1,1,1,M,,,2,PIFcalc19,,"13,000,000",13000000,"13,000,000",13000000,2010.5,PIFcalc19,,100,99.99888611,99.99889,99.99888611,bbs0514(UsCa),2,3359662,Natureserve 3.0,,3,930486,Natureserve 3.0,"NS does not have west coast US wintering population indicated in BNA + +Ken comment: Add 15%; NS does not have west coast US wintering population indicated in BNA",3,PIFSC-19,changed due to calibration with TB-r,2,PIFTC-02,,2,BBS7017,,-0.13,BBS7017,-2.12,1.79,-1.31,0.97,0.54,269,0.28,-52.55,139.31,,9,9,9,,LC,,,Northern Forest,Caribbean,Wetlands: Boreal,,Open Country: Habitat Mosaic, +2009,Pine Warbler,Setophaga pinus,landbird,Passeriformes,Parulidae,,1,1,0,0,PM,,,2,PIFcalc19,,"13,000,000",13000000,"13,000,000",13000000,2010.5,PIFcalc19,,100,98.71257782,98.71258,98.71257782,"bbs0514(UsCa), eBrd17(WHem)",2,2071023,Natureserve 3.0,,2,1139659,Natureserve 3.0,"Comparable with BNA for major part, but does not reflect scattered populations immediately south of the great lakes",2,PIFTC-02,,2,PIFTC-02,,1,BBS7017,,1.13,BBS7017,0.95,1.30,1.03,1.24,4.32,1397,69.46,55.26,83.67,,7,7,7,,LC,,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +2010,Yellow-rumped Warbler,Setophaga coronata,landbird,Passeriformes,Parulidae,,1,1,1,1,M,,,1,PIFcalc19,Se propone que para Guatemala se agrege la subespecie Setophaga golmania que ya fue reconocida como especie por IOC (International Ornithological Council). Ver pestaña anexa,"170,000,000",170000000,"170,000,000",170000000,2010.5,PIFcalc19,,100,99.92402649,99.92403,99.92402649,"bbs0514(UsCa), eBrd17(WHem)",1,9819251,Natureserve 3.0,,1,6261301,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,2,BBS7017,,-0.11,BBS7017,-0.41,0.15,-0.29,0.05,11.20,1785,-4.97,-19.13,8.13,,6,6,6,,LC,,,Nearctic,Widespread,Forests: Boreal,Forests: Temperate Western,Forests: Generalist,Open Country: Habitat Mosaic +2011,Yellow-throated Warbler,Setophaga dominica,landbird,Passeriformes,Parulidae,,0,1,1,1,M,,,3,PIFcalc19,,"2,000,000",2000000,"2,000,000",2000000,2010.5,PIFcalc19,,100,99.826828,99.82683,99.826828,"bbs0514(UsCa), eBrd17(WHem)",2,1928389,Natureserve 3.0,,3,803927,Natureserve 3.0; PIFSC-08,Comparable with BNA; 200-km rule no longer applies,3,PIFTC-02,,2,PIFTC-02,"Very adaptable; generally found in open areas, parking lots, shade trees, esp. planted palms (Panjabi)",1,BBS7017,,0.92,BBS7017,0.65,1.19,0.76,1.09,0.68,833,53.54,36.01,71.75,,9,9,9,,LC,,,Eastern Temperate,Caribbean,Forests: Temperate Eastern,,Forests: Tropical Generalist, +1569,Townsend's Solitaire,Myadestes townsendi,landbird,Passeriformes,Turdidae,,1,1,1,0,PM,,,3,PIFcalc19,,"1,100,000",1100000,"1,100,000",1100000,2010.5,PIFcalc19,,100,97.37876892,97.37877,97.37876892,"bbs0514(UsCa), eBrd17(WHem)",2,3566954,Natureserve 3.0,,2,3847836,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,"still requires native forest habitats, especially P-J, in winter (KVR)",2,BBS7017,,0.35,BBS7017,-0.01,0.74,0.15,0.57,0.46,514,17.22,-0.71,40.86,,10,10,10,,LC,,,Western Temperate,Western Temperate,Forests: Temperate Western,,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak +1979,MacGillivray's Warbler,Geothlypis tolmiei,landbird,Passeriformes,Parulidae,,1,1,1,1,M,,,2,PIFcalc19,,"11,000,000",11000000,"11,000,000",11000000,2010.5,PIFcalc19,,100,99.6209259,99.62093,99.6209259,"bbs0514(UsCa), eBrd17(WHem)",2,2630431,Natureserve 3.0,,3,918393,Natureserve 3.0,winter map looks accurate,2,PIFTC-02,,3,PIFTC-02,"Uses naturally disturbed forest, but not really in highly modified landscapes; threats probably ""moderate"" (KVR)",4,BBS7017,,-0.94,BBS7017,-1.24,-0.66,-1.12,-0.77,6.06,652,-35.76,-44.38,-27.54,70,10,12,12,,LC,,,Western Temperate,Mesoamerican Pacific Lowlands,Forests: Temperate Western,,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +1980,Mourning Warbler,Geothlypis philadelphia,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"14,000,000",14000000,"14,000,000",14000000,2010.5,PIFcalc19,,100,99.95944977,99.95945,99.95944977,bbs0514(UsCa),2,2693721,Natureserve 3.0,,3,836725,Natureserve 3.0,winter map looks accurate --- new score o.k.,2,PIFTC-02,,3,PIFTC-02,"Uses naturally disturbed forest, but not really in highly modified landscapes; threats probably ""moderate"" (KVR)",4,BBS7017,,-1.37,BBS7017,-1.82,-0.86,-1.64,-1.07,6.96,944,-47.49,-59.96,-36.70,49,10,12,12,,LC,,,Northern Forest,Central and South American Highlands,Forests: Boreal,Forests: Temperate Eastern,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen +1981,Kentucky Warbler,Geothlypis formosa,landbird,Passeriformes,Parulidae,Monotypic.,0,1,1,1,M,,,3,PIFcalc19,,"2,600,000",2600000,"2,600,000",2600000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,1969383,Natureserve 3.0,,3,684235,Natureserve 3.0; PIFSC-08,"Winter map wrong -- shows range throughout West Indies, but described as an uncommon transient there in text (very rare in Cuba); also depicted range in northern South America too large -- only a few records from coastal Colombia and Venezuela -- would re",3,PIFTC-02,,4,PIFSC-Dec-08,"Rosenberg: winters in lowland forest; similar to PROWA, WEWA, SWWA",4,BBS7017,,-0.84,BBS7017,-1.09,-0.54,-1.00,-0.66,1.49,1001,-32.65,-40.43,-22.29,82,12,14,14,Watch List - Yel-D,LC,,,Eastern Temperate,Gulf-Caribbean Lowlands,Forests: Temperate Eastern,,Forests: Tropical Lowland Evergreen, +2014,Prairie Warbler,Setophaga discolor,landbird,Passeriformes,Parulidae,,1,1,1,1,M,,,3,PIFcalc19,,"3,600,000",3600000,"3,600,000",3600000,2010.5,PIFcalc19,,100,99.99993134,99.99993,99.99993134,bbs0514(UsCa),2,1565057,Natureserve 3.0,,3,336441,PIFSC-08,score adjusted to reflect range area; 200-km rule no longer applies,3,PIFTC-02,,3,PIFTC-02,"still requires native forest or woodland habitats (including mangroves) in main part of winter range, although tolerant of disturbance (KVR)",5,BBS7017,,-1.55,BBS7017,-1.77,-1.35,-1.68,-1.44,1.70,1092,-52.03,-56.69,-46.09,70,13,14,14,Watch List - Yel-D,LC,,,Eastern Temperate,Caribbean,Forests: Temperate Eastern,,Islands: Terrestrial Habitats,Coasts: Mangroves +2018,Grace's Warbler,Setophaga graciae,landbird,Passeriformes,Parulidae,,0,1,1,1,PM,,,3,PIFcalc19,Especialista de pino (CAW);,"3,000,000",3000000,"1,500,000",1500000,2010.5,PIFcalc19,,100,51.0136528,51.01365,51.0136528,"bbs0514(UsCa), eBrd17(WHem)",2,1121940,Natureserve 3.0,,3,436298,Natureserve 3.0,Comparable with BNA,3,PIFTC-02,,3,PIFTC-02,slight to moderate decline expected,5,BBS7017; MX-NSAC,,-2.90,BBS7017,-4.47,-1.64,-3.94,-2.15,3.78,64,-71.11,-84.40,-49.86,59,13,14,14,Watch List - Yel-D,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +2019,Black-throated Gray Warbler,Setophaga nigrescens,landbird,Passeriformes,Parulidae,,1,1,1,0,M,,,3,PIFcalc19,,"3,200,000",3200000,"3,100,000",3100000,2010.5,PIFcalc19,,100,98.45829773,98.4583,98.45829773,"bbs0514(UsCa), eBrd17(WHem)",2,1791844,Natureserve 3.0,,3,638475,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,,4,BBS7017,,-1.26,BBS7017,-1.74,-0.73,-1.55,-0.96,3.80,398,-44.36,-57.38,-30.40,64,12,13,13,,LC,,,Western Temperate,Mesoamerican Pacific Lowlands,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +2029,Golden-browed Warbler,Basileuterus belli,landbird,Passeriformes,Parulidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,335158,Natureserve 3.0,,3,335158,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional expert's opinion; most regions score as TB=3.,4,MX-NSAC,"requires forest, less selective than in breeding season",4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen +2030,Golden-crowned Warbler,Basileuterus culicivorus,landbird,Passeriformes,Parulidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,5614025,Natureserve 3.0,,1,5614025,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,requires forest,4,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1757,Gray-crowned Rosy-Finch,Leucosticte tephrocotis,landbird,Passeriformes,Fringillidae,,1,1,0,0,PM,,,4,PIFTC-03–PS-g midpoint,"Can't use BBS-15 estimate of 12,000 since just based on just 2 BBS routes (PIFSC-18).","200,000",200000,"200,000",200000,,PIFTC-03,,100,,,,"eBrd17(UsCa,WHem)",2,2246756,Natureserve 3.0,,2,2133700,Natureserve 3.0,,3,PIFSC-Dec-08,Rosenberg: any effects of climate change at high elevations in parts of range?,2,PIFTC-02,,3,CBC7017,,-2.12,CBC7017,-7.35,2.93,-4.98,0.76,7.26,206,-63.42,,,,12,11,12,,LC,,,Intermountain West,Intermountain West,Tundra: Alpine,,Open Country: Habitat Mosaic,Tundra: Alpine +1758,Black Rosy-Finch,Leucosticte atrata,landbird,Passeriformes,Fringillidae,Monotypic.,0,1,0,0,PM,,,4,PIFSC-18,"mean abundance estimate with high variance (83% mean CV) from within IMBCR 2017-2018 survey area of WY, MT, UT, and USFS land + some BLM land in S. ID (no observations on ID IMBCR land). Because IMBCR does not cover OR, NV, or all of ID, this is a minimum estimate (Panjabi 2019). Alternatively, BBS-15 yields 3,700.","120,000",120000,"120,000",120000,,Bird Conservancy of the Rockies 2018,,100,,,,eBrd17(UsCa),4,136521,Natureserve 3.0,,3,964345,Natureserve 3.0,,4,PIFSC-Dec-08,Global warming and other effects on alpine in west (GB); but effects minimal compared to other 3's (TR); one of few that can't just shift range w/ global warming changes; Rosenberg: effects of global warming in alpine areas; loss of snowfields.,2,PIFTC-02,"Comes to feeders, uses road cuts (TR); winter roost sites being lost (CB)",3,CBC7017,,-1.88,CBC7017,-5.39,2.49,-4.00,0.50,0.20,61,-59.05,,,,15,12,15,Watch List - Yel-R,EN,,,Intermountain West,Intermountain West,Tundra: Alpine,,Tundra: Alpine,Aridlands: Sagebrush +1759,Brown-capped Rosy-Finch,Leucosticte australis,landbird,Passeriformes,Fringillidae,Monotypic.,0,1,0,0,PM,,,4,Bird Conservancy of the Rockies 2018,"This estimate is mean from RMBO's Monitoring Colorado's Birds surveys of alpine habitat from 1999-2005. 150,000 is estimate from CPW surveys throughout Colorado in 2018. Minimal NM and WY populations not included in either estimate so these should be considered minimums (Panjabi 2018).","85,000",85000,"85,000",85000,,Bird Conservancy of the Rockies 2018,,100,,,,eBrd17(UsCa),5,70000,PIFSC-08,"breeding range map is highly parcelized to include only alpine areas; non-breeding range is almost better measure of extent of range, but overall too generous; I would say roughly 1/3 of non-breeding range should be consider as breeding 'range'; still BD=5",4,162764,Natureserve 3.0,,4,PIFSC-Dec-08,Same issues as above; Rosenberg: effects of global warming in alpine areas; loss of snowfields.,2,PIFTC-02,,3,CBC7017,,-0.60,CBC7017,-2.89,2.09,-1.99,0.89,0.26,35,-24.55,,,,16,13,16,Watch List - Yel-R,EN,,,Intermountain West,Intermountain West,Tundra: Alpine,,Tundra: Alpine,Aridlands: Sagebrush +1832,Chestnut-capped Brushfinch,Arremon brunneinucha,landbird,Passeriformes,Passerellidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,618369,Natureserve 3.0,,3,618369,Natureserve 3.0,"NOTE -- general comment for Neotropical species -- map depiction very accurate (e.g. elevation ranges), but this is different from depictions of winter ranges of migrants -- possibly should 'smooth' distributions more to make more comparable??",4,MX-NSAC,,4,MX-NSAC,humid forest and edge,4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-D,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1875,Spotted Towhee,Pipilo maculatus,landbird,Passeriformes,Passerellidae,,1,1,1,1,PM,,,2,PIFcalc19,,"40,000,000",40000000,"35,000,000",35000000,2010.5,PIFcalc19,,100,88.16579437,88.16579,88.16579437,"bbs0514(UsCa), eBrd17(WHem)",2,3536447,Natureserve 3.0,,2,3304255,Natureserve 3.0,,2,PIFTC-02,why threatened? Probably enhanced by extensive burning (KR);use backyards as long as there is understory.,2,PIFTC-02,,2,BBS7017,,-0.17,BBS7017,-0.47,0.10,-0.34,0.00,8.56,1013,-7.70,-20.22,6.07,,8,8,8,,LC,yes,,Western Temperate,Western Temperate,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Forests: Temperate Generalist, +1876,Eastern Towhee,Pipilo erythrophthalmus,landbird,Passeriformes,Passerellidae,,1,1,1,0,PM,,,2,PIFcalc19,,"29,000,000",29000000,"29,000,000",29000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,3152315,Natureserve 3.0,,2,1821610,Natureserve 3.0,Winter range drawn more restricted than text descriptions -- especially at north part of range [CHECK CBC distribution],3,PIFTC-02,"DD='moderately vulnerable to human land use trends.' BNA supports that populations likely to decline if trends in conditions continue. Indirect effects of forest fragmentation, urbanization and natural succession pose threats to breeding.",2,PIFTC-02,"DD='relatively tolerant of land use trends.' Generalist, so many human effects promote winter habitat. GB: SE impacted by fire ant control, loss of hardwoods and inc. in pine plantations",4,BBS7017,,-1.23,BBS7017,-1.31,-1.14,-1.28,-1.18,7.52,2029,-44.03,-46.66,-41.85,72,11,10,11,,LC,,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +1871,Rusty Sparrow,Aimophila rufescens,landbird,Passeriformes,Passerellidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,618455,Natureserve 3.0,,3,618455,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,2,PIF CAW 2014,7 of 9 regions score PT=2,,,,,,,,,,,,,10,10,10,,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +1872,Rufous-crowned Sparrow,Aimophila ruficeps,landbird,Passeriformes,Passerellidae,,0,1,1,0,R,,,3,PIFcalc19,"reasonable numbers on BBS routes where most of the U.S. population is found (averaging 1-4 birds/rte in parts of AZ, NM, TX) and found on good number of routes (121); extrapolation to global isn’t very large (Blancher 2018)","1,200,000",1200000,"600,000",600000,2010.5,PIFcalc19,,100,48.22677612,48.22678,48.22677612,"bbs0514(UsCa), eBrd17(WHem)",2,1186035,Natureserve 3.0,,2,1186035,Natureserve 3.0,,2,PIFTC-02,in abundant desert scrub habitat (KR); doesn't need riparian or grass; no known threats; tolreant of disturbance (MX-NSAC).,2,PIFTC-02,in abundant desert scrub habitat (KR); no known threats; tolreant of disturbance,4,BBS7017; MX-NSAC,,-0.78,BBS7017,-1.44,-0.02,-1.17,-0.35,1.33,184,-30.15,-49.18,2.47,55,11,11,11,,LC,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1873,Oaxaca Sparrow,Aimophila notosticta,landbird,Passeriformes,Passerellidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,39407,Natureserve 3.0,,5,39407,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,4,MX-NSAC-12,"MX endemic, found in 3 regions, regional experts all scored 4",,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1868,White-eared Ground-Sparrow,Melozone leucotis,landbird,Passeriformes,Passerellidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,24833,Natureserve 3.0,,5,24833,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1863,Rusty-crowned Ground-Sparrow,Melozone kieneri,landbird,Passeriformes,Passerellidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,331161,Natureserve 3.0,,3,331161,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,3,MX-NSAC,tolerant of disturbance,3,MX-NSAC,,,,,,,,,,,,,,13,13,13,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1754,Pine Grosbeak,Pinicola enucleator,landbird,Passeriformes,Fringillidae,,1,1,0,0,PM,,,2,PIFcalc19,,"11,000,000",11000000,"5,500,000",5500000,2010.5,PIFcalc19,,50,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,13997546,Natureserve 3.0,,1,20809400,Natureserve 3.0,,3,PIFSC-Dec-08,Rosenberg: any effects of forestry in boreal?. Seems to be one of the species more adversely affected by more severe and frequent fires throughout the West; what about loss of mature forest in boreal? (KVR); Engelmann spruce has declined in much of the southern Rockies due to pine beetle; not sure if / how its affecting the population; probably TB=3 is OK (AP),2,PIFTC-02,,4,BBS7017,uncertain and variable trend; reliance on 1st yr vs. last year analysis of CBC data may be misleading; BBS data also deemed unreliable due to poor range coverage,-1.82,BBS7017,-5.70,0.41,-3.37,-0.66,0.17,256,-37.26,-82.10,192.10,,10,9,10,,LC,,,Northern Forest,Nearctic,Forests: Boreal,,Forests: Boreal, +2023,Black-throated Green Warbler,Setophaga virens,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"9,200,000",9200000,"9,200,000",9200000,2010.5,PIFcalc19,,100,99.93774414,99.93774,99.93774414,"bbs0514(UsCa), eBrd17(WHem)",2,3306080,Natureserve 3.0,,2,1479262,Natureserve 3.0,,2,PIFSC-19,changed due to calibration with TB-r,3,PIFTC-02,"winters in tropical forest regions, which are all under moderate threats, even if tolerant of some disturbance (KVR)",2,BBS7017,,0.47,BBS7017,0.08,0.84,0.25,0.71,2.40,1042,24.94,5.64,47.77,,8,9,9,,LC,,,Northern Forest,Mesoamerica,Forests: Boreal,Forests: Temperate Eastern,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen +2024,Buff-rumped Warbler,Myiothlypis fulvicauda,landbird,Passeriformes,Parulidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,2,2482102,NatureServe,,2,2482102,NatureServe,,4,PIF CAW 2014,"por la sequía de rios, deforestación, contaminación, etc.",4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,Wetlands: Forested,Forests: Tropical Lowland Evergreen,Wetlands: Forested +2025,Fan-tailed Warbler,Basileuterus lachrymosus,landbird,Passeriformes,Parulidae,,0,0,1,1,PM,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,341305,Natureserve 3.0,,4,291724,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,PIF CAW 2014,"all Mexican regions indicate PT=4, situation likely similar outside of Mexico",,,,,,,,,,,,,14,15,15,Watch List - Yel-R,LC,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +1613,American Robin,Turdus migratorius,landbird,Passeriformes,Turdidae,,1,1,1,0,PM,,,1,PIFcalc19,,"370,000,000",370000000,"370,000,000",370000000,2010.5,PIFcalc19,,100,97.66123199,97.58908,97.58908081,"bbs0514(UsCa), eBrd17(WHem)",1,16401793,Natureserve 3.0,,1,9457200,Natureserve 3.0,,1,PIFTC-02,,1,PIFTC-02,,2,BBS7017,,0.12,BBS7017,0.06,0.18,0.08,0.15,32.75,4197,5.77,2.55,8.67,,5,5,5,,LC,yes,,Nearctic,Nearctic,Forests: Temperate Generalist,,Forests: Temperate Generalist, +1619,Varied Thrush,Ixoreus naevius,landbird,Passeriformes,Turdidae,,1,1,1,0,PM,,,2,PIFcalc19,"distance revised to 200 m based on review of large boreal dataset, score reverts to PS=2 (Blancher email, Dec. 20, 2008)","35,000,000",35000000,"35,000,000",35000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,3298140,Natureserve 3.0,,3,793419,Natureserve 3.0,,3,PIFTC-02,"Taiga forest part of range (north) not under threat, but southern wet forests are.",2,PIFTC-02,"Moves to low elevation in winter, where may be subject to human impact (CB)",5,BBS7017,BBS more reliable due to highly cyclic/variable nature of CBC indices,-2.15,BBS7017,-2.63,-1.72,-2.43,-1.90,7.22,294,-63.74,-70.17,-53.38,32,12,12,12,CBSD,LC,,,Pacific North America,Pacific North America,Forests: Temperate Western,,Forests: Temperate Western, +1620,Aztec Thrush,Ridgwayia pinicola,landbird,Passeriformes,Turdidae,,0,0,1,0,R,,,5,Gomez-Panjabi,very rare and local with mapped range,,,,,,,,,,,,,3,336647,Natureserve 3.0,,3,336647,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate habitat loss,4,MX-NSAC,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +1621,Blue Mockingbird,Melanotis caerulescens,landbird,Passeriformes,Mimidae,,0,0,1,0,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,485229,Natureserve 3.0,,3,485229,Natureserve 3.0,NS ok,3,MX-NSAC,,3,MX-NSAC,tolerant of disturbance; capture for trade,3,MX-NSAC,,,,,,,,,,,,,,12,12,12,,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +1622,Blue-and-white Mockingbird,Melanotis hypoleucus,landbird,Passeriformes,Mimidae,Monotypic.,0,0,1,1,R,,,4,PIF CAW 2016,"zonas perturbadas, guamiles, matorrales (zonas altas). México en bosque y su periferia (CAW); score change from 5 to 4 recommended by Central Americans in 2016",,,,,,,,,,,,,4,93125,Natureserve 3.0,,4,93125,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,3,MX-NSAC,"open areas, edge, scrub; global score should reflect regional experts' opinion",4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak +1623,Black Catbird,Melanoptila glabrirostris,landbird,Passeriformes,Mimidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,146791,Natureserve 3.0,,4,146791,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,requires forest,4,PIF CAW 2014,endemic to yucatan where experts say it has declined,,,,,,,,,,,,,17,17,17,Watch List - Red,NT,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1624,Gray Catbird,Dumetella carolinensis,landbird,Passeriformes,Mimidae,Monotypic.,1,1,1,1,PM,,,2,PIFcalc19,,"29,000,000",29000000,"29,000,000",29000000,2010.5,PIFcalc19,,100,99.91535187,99.91535,99.91535187,"bbs0514(UsCa), eBrd17(WHem)",1,6812629,Natureserve 3.0,,2,1656048,Natureserve 3.0,,2,PIFTC-02,DD='relatively tolerant of human activities and land use.' BNA supports that early successional habitats are both created and diminished by human land use. But then why should BRTH be TB/TN 3 ??,2,PIFTC-02,"DD='relatively tolerant of human activities and land use.' BNA supports that early successional habitats are both created and diminished by human land use. However, species uses forested habitats more in nonbreeding season and coastal wintering areas may",2,BBS7017,,0.04,BBS7017,-0.02,0.10,0.00,0.07,2.28,2937,1.62,-1.11,4.29,,7,8,8,,LC,yes,,Eastern Temperate,Gulf-Caribbean Lowlands,Forests: Temperate Eastern,Forests: Temperate Western,Forests: Tropical Generalist, +1630,Curve-billed Thrasher,Toxostoma curvirostre,landbird,Passeriformes,Mimidae,,0,1,1,0,R,,,3,PIFcalc19,,"3,100,000",3100000,"1,000,000",1000000,2010.5,PIFcalc19,,100,32.66457367,32.66457,32.66457367,"bbs0514(UsCa), eBrd17(WHem)",2,2015252,Natureserve 3.0,,2,2015252,Natureserve 3.0,,2,PIFTC-02,"Uses towns in MX. Very flexible; tolerant of disturbance, but used for cage-bird trade (MX-NSAC).",2,PIFTC-02,"tolerant of disturbance, but used for cage-bird trade",2,"MX-NSAC, PIFSC-08",,,,,,,,,,-21.70,-37.66,-0.01,58,9,9,9,,LC,yes,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1635,Bendire's Thrasher,Toxostoma bendirei,landbird,Passeriformes,Mimidae,Monotypic.,0,1,1,0,PM,,,4,PIFcalc19,,"83,000",83000,"56,000",56000,2010.5,PIFcalc19,,100,68.18760681,68.18761,68.18760681,"eBrd17(UsCa,WHem)",3,774912,Natureserve 3.0,,4,284153,Natureserve 3.0,,4,PIFSC-Dec-08,"Don't know cause of decline. Should be a high priority for study of threats; Rosenberg: rapid development in AZ portions of range, off road vehicles. DJK= some interspecific competition with CBTH as well as climate change threats make this one to watch closely.",3,PIFTC-02,more flexible habitat use in winter,5,BBS7017,,-4.27,BBS7017,-5.53,-3.06,-5.02,-3.54,0.39,70,-85.11,-91.46,-75.67,18,16,16,16,Watch List - Red,VU,,w,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1636,Gray Thrasher,Toxostoma cinereum,landbird,Passeriformes,Mimidae,,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,99438,Natureserve 3.0,,4,99438,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,3,MX-NSAC,no known threats,2,MX-NSAC,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1637,California Thrasher,Toxostoma redivivum,landbird,Passeriformes,Mimidae,,0,1,1,0,R,,,4,PIFcalc19,,"240,000",240000,"160,000",160000,2010.5,PIFcalc19,,100,63.40517807,63.40518,63.40517807,"bbs0514(UsCa), eBrd17(WHem)",4,167251,Natureserve 3.0,,4,167251,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,,4,BBS7017,,-1.43,BBS7017,-2.08,-0.73,-1.82,-1.01,1.79,103,-47.77,-61.03,-28.69,34,15,15,15,Watch List - Yel-R,LC,yes,,Pacific North America,Pacific North America,Aridlands: Chaparral,,Aridlands: Chaparral, +1638,LeConte's Thrasher,Toxostoma lecontei,landbird,Passeriformes,Mimidae,Formerly known as Le Conte's Thrasher.,0,1,1,0,R,,,4,PIFcalc19,,"71,000",71000,"46,000",46000,2010.5,PIFcalc19,,100,64.12702179,64.12702,64.12702179,"eBrd17(UsCa,WHem)",4,250893,Natureserve 3.0,,4,250893,Natureserve 3.0,,4,PIFSC-Dec-08,"open desert habitats not threatened? (KR); Rosenberg: rapid development in AZ portions of range -- CA? off road vehicles, border patrol activities. DJK= large tracts of DoD lands might offer that a core population persists.",4,PIFSC-Dec-08,open desert habitats not threatened? (KR); Rosenberg: rapid development in AZ portions of range -- CA?,5,BBS7017,,-2.14,BBS7017,-3.28,-0.89,-2.82,-1.42,0.73,53,-61.58,-77.85,-19.52,27,17,17,17,Watch List - Red,LC,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1639,Crissal Thrasher,Toxostoma crissale,landbird,Passeriformes,Mimidae,,0,1,1,0,R,,,4,PIFcalc19,,"110,000",110000,"82,000",82000,2010.5,PIFcalc19,,100,,,,"eBrd17(UsCa,WHem)",2,1011812,Natureserve 3.0,,2,1011812,Natureserve 3.0,,3,PIFSC-08,,3,PIFSC-08,tolerant of disturbance,3,BBS7017,"Rosenberg: I suspect there is a feeder/urban bias to the CBC data, which is why many of the declines from BBS don't show up.",-0.54,BBS7017,-1.72,0.43,-1.16,0.04,0.30,81,-22.09,-52.25,23.91,,12,12,12,,LC,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,Aridlands: Desert Riparian,Aridlands: Desert Scrub,Aridlands: Desert Riparian +1640,Sage Thrasher,Oreoscoptes montanus,landbird,Passeriformes,Mimidae,Monotypic.,1,1,1,0,M,,,2,PIFcalc19,,"6,400,000",6400000,"6,400,000",6400000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,1752289,Natureserve 3.0,,2,1628169,Natureserve 3.0,,3,PIFTC-02,requires healthy sagebrush habitat. Uses small patches of sagebrush (TR). Extirpated in some areas at north end of range (CB).,3,PIFTC-02,still requires native woodland or sage habitat in winter; not in ag or suburban (KVR),4,BBS7017,,-1.22,BBS7017,-1.64,-0.75,-1.48,-0.94,23.31,459,-43.38,-53.76,-30.57,,11,11,11,,LC,,,Intermountain West,North American Southwest,Aridlands: Sagebrush,,Aridlands: Desert Scrub,Aridlands: Desert Riparian +1680,Eastern Yellow Wagtail,Motacilla tschutschensis,landbird,Passeriformes,Motacillidae,,1,1,0,0,M,,,2,PIFSC-08–PS-g midpoint,estimate based on roughly half of former PS estimate for Yellow Wagtail,"20,000,000",20000000,"<1,000,000",1000000,,PIFSC-16,guesstimate (5% of global pop estimate),0.01,100.0000229,5,5,PIFSC-08; PIFSC-16,2,3245440,PIFSC-08,,2,,PIFSC-08,Score adjusted to account for old world range,2,PIFTC-02,"Threat for Western Hemisphere? Stable, perhaps, but not enhanced by human disturbance (KVR).",2,PIFTC-02,should check current status of Asian/African winterers (KVR),3,PIFSC-08,,,,,,,,,,,,,,9,9,9,,LC,,w,Arctic,Paleotropical,Tundra: Arctic,,Open Country: Habitat Mosaic, +1683,White Wagtail,Motacilla alba,landbird,Passeriformes,Motacillidae,,0,1,0,0,M,,,1,BirdLife International 2018,used mid point of BirdLife estimate of 163000000-1560000000 individuals,"860,000,000",860000000,<500,500,,PIFSC-16,much more limited range; < 500 seems reaSONABle; % Pop'n in US way < 1%,2.7628,100,<1,5.81395E-05,BirdLife International 2018; PIFSC-16,1,8453186,Natureserve 3.0,,1,,PIFSC-08,Score adjusted to account for old world range,2,PIFTC-02,"stable, perhaps, but not enhanced by human disturbance (KR).",2,PIFTC-02,should check current status of Asian/African winterers (KVR),3,PIFSC-08,,,,,,,,,,,,,,7,7,7,,LC,,w,Arctic,Paleotropical,Coasts: Cliffs and Islands,Wetlands: Lakes and Rivers,Open Country: Habitat Mosaic, +2111,White-lined Tanager,Tachyphonus rufus,landbird,Passeriformes,Thraupidae,Monotypic.,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,5383582,NatureServe,,1,5383582,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,7,7,7,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2112,Black-throated Shrike-Tanager,Lanio aurantius,landbird,Passeriformes,Thraupidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,249037,Natureserve 3.0,,4,249037,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,extreme area-sensitivity; requires primary forest,5,PIF CAW 2014,,,,,,,,,,,,,,18,18,18,Watch List - Red,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2113,White-throated Shrike-Tanager,Lanio leucothorax,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,92406,NatureServe,,4,92406,NatureServe,,4,PIF CAW 2014,Perdida de habitat en Nicaragua que es donde esta la mayor parte de su distribucion,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2114,Crimson-collared Tanager,Ramphocelus sanguinolentus,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,,,,,,4,235914,Natureserve 3.0,,4,235914,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,requires forest but uses edge,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2115,Flame-rumped Tanager,Ramphocelus flammigerus,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,286409,NatureServe,,4,286409,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2117,Crimson-backed Tanager,Ramphocelus dimidiatus,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,327799,NatureServe,,3,327799,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2118,Swallow Tanager,Tersina viridis,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,8785412,NatureServe,,1,8785412,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,9,9,9,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2119,Shining Honeycreeper,Cyanerpes lucidus,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,235088,Natureserve 3.0,,4,235088,Natureserve 3.0,,4,MX-NSAC,warrants TB=4 range-wide due to threats to habitat and narrow habitat requirements (humid foothill forest).,4,MX-NSAC,requires forest,5,PIF CAW 2014,Restricted to humid forests within C.A. range; loss of such forests has been extensive in C.A.; MX regional experts score PT=5 in SECL,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2120,Purple Honeycreeper,Cyanerpes caeruleus,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,6695501,NatureServe,,1,6695501,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,9,9,9,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2121,Red-legged Honeycreeper,Cyanerpes cyaneus,landbird,Passeriformes,Thraupidae,,0,0,1,1,PM,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,8211286,Natureserve 3.0,,1,8034289,Natureserve 3.0,,3,MX-NSAC,,2,MX-NSAC,requires forest; capture for trade,4,PIF CAW 2014,,,,,,,,,,,,,,10,9,10,,LC,yes,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2122,Scarlet-thighed Dacnis,Dacnis venusta,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,200158,NatureServe,,4,200158,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2123,Blue Dacnis,Dacnis cayana,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,1,PIF CAW 2016,,,,,,,,,,,,,,1,12094950,NatureServe,,1,12094950,NatureServe,,4,PIF CAW 2014,Perdida de habitat en Nicaragua y Panama,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2124,Viridian Dacnis,Dacnis viguieri,landbird,Passeriformes,Thraupidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,56405,NatureServe,,5,56405,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,NT,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2125,Bananaquit,Coereba flaveola,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,10832997,Natureserve 3.0,,1,10832997,Natureserve 3.0,,2,MX-NSAC,TB=2 more appropriate range wide.,2,MX-NSAC,slight deterioration expected,3,PIF CAW 2014,,,,,,,,,,,,,,8,8,8,,LC,yes,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen +2126,Yellow-faced Grassquit,Tiaris olivaceus,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,2,PIF CAW 2016,score change from 3 to 2 recommended by Central Americans in 2016,,,,,,,,,,,,,3,937120,Natureserve 3.0,,3,937120,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbance; capture for trade,1,PIF CAW 2014,has increased with forest clearing,,,,,,,,,,,,,8,8,8,,LC,yes,"b,w",Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +2137,Cocos Finch,Pinaroloxias inornata,landbird,Passeriformes,Thraupidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,24,NatureServe,,5,24,NatureServe,,3,PIF CAW 2014,por las ratas y gatos ferales introducidos,3,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,VU,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +2139,Thick-billed Seed-Finch,Sporophila funerea,landbird,Passeriformes,Thraupidae,Formerly placed in the genus Oryzoborus.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,479060,Natureserve 3.0,,3,479060,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,"humid forest edge, second growth",3,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2140,Large-billed Seed-Finch,Sporophila crassirostris,landbird,Passeriformes,Thraupidae,Formerly placed in the genus Oryzoborus.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,2,2530000,BirdLife 2016,,2,2530000,BirdLife 2016,,1,PIF CAW 2014,,1,PIF CAW 2014,,1,PIF CAW 2014,,,,,,,,,,,,,,8,8,8,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2141,Nicaraguan Seed-Finch,Sporophila nuttingi,landbird,Passeriformes,Thraupidae,Monotypic. Formerly placed in the genus Oryzoborus.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,52986,NatureServe,,5,52986,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,por pérdida de hábitat por aumentas de palma aceitera y arrozales,,,,,,,,,,,,,18,18,18,Watch List - Red,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1687,Red-throated Pipit,Anthus cervinus,landbird,Passeriformes,Motacillidae,,0,1,0,0,M,,,3,PIFTC-02–PS-g midpoint,,"2,000,000",2000000,<50,50,,PIFSC-16,much more limited range; < 50 seems reaSONABle (no real known breeding locations!),0.01,99.99997711,<1,0.009999998,"eBrd17(UsCa,WHem), PIF(Glob)",2,1480833,PIFSC-08,,1,,PIFSC-08,Score adjusted to account for old world range,2,PIFTC-02,"stable, perhaps, but not enhanced by human disturbance (KR).",2,PIFTC-02,should check current status of Asian/African winterers (KVR),3,PIFSC-08,,,,,,,,,,,,,,10,9,10,,LC,,w,Arctic,Paleotropical,Tundra: Arctic,,Wetlands: Seasonally Wet Grasslands, +1688,American Pipit,Anthus rubescens,landbird,Passeriformes,Motacillidae,,1,1,1,1,M,,,2,PIFcalc19,,"20,000,000",20000000,"18,000,000",18000000,2010.5,PIFcalc19,,90,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,5956629,Natureserve 3.0,,1,5514771,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,4,CBC7017,,-0.51,CBC7017,-1.39,0.29,-0.97,-0.08,11.63,1221,-21.66,-44.99,2.99,,9,9,9,,LC,,w,Arctic,Nearctic,Tundra: Alpine,Tundra: Arctic,Open Country: Developed/Disturbed,Coasts: Beach and Estuary +1690,Sprague's Pipit,Anthus spragueii,landbird,Passeriformes,Motacillidae,Monotypic.,1,1,1,0,M,,,3,PIFcalc19,,"1,400,000",1400000,"1,400,000",1400000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,1157665,Natureserve 3.0,,2,1689913,Natureserve 3.0,NS ok,4,PIFTC-02,"among grassland birds, most vulnerable to ag conversion and overgrazing. Requires natural prairie for nesting and is intolerant of noise from energy extraction and roads (BD via MG); Canadian federal pastures (once thought permanent holdings) returned to provinces, increased potential for loss and exploitation (BD via MG)",4,PIFTC-02,"grazing in winter grasslands a major threat? (KR). loss of winter habitat across range could threaten persistence of entire species. (CB, KVR, WE, TW, DP); DJK= concerns on wintering range with drought, climate change, overgrazing.",5,BBS7017,,-3.10,BBS7017,-3.66,-2.49,-3.43,-2.74,3.66,267,-76.98,-82.52,-69.03,27,14,14,14,Watch List - Yel-D,VU,,w,Great Plains,North American Southwest,Grasslands: Temperate,,Grasslands: Chihuahuan, +1982,Olive-crowned Yellowthroat,Geothlypis semiflava,landbird,Passeriformes,Parulidae,,0,0,0,1,R,,,3,PIF CAW 2016,"""Chiriqui Yellowthroat"" was transferred from Masked Yellowthroat to Olive-crowned, but presumably doesn't affect PS-g score since it's a narrow endemic (BCR 2019)",,,,,,,,,,,,,4,212783,NatureServe,"Chiriqui Foliage-Gleaner transferred from Masked Yellowthroat overlaps with existing Olive-crowned Yellowthroat range, so no additional extent",4,212783,NatureServe,"Chiriqui Foliage-Gleaner transferred from Masked Yellowthroat overlaps with existing Olive-crowned Yellowthroat range, so no additional extent",3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Montane Evergreen,Wetlands: Freshwater Marsh,Forests: Tropical Montane Evergreen,Wetlands: Freshwater Marsh +1983,Black-polled Yellowthroat,Geothlypis speciosa,landbird,Passeriformes,Parulidae,,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,30406,Natureserve 3.0,,5,30406,Natureserve 3.0,,5,MX-NSAC,,5,MX-NSAC,extreme habitat loss,5,MX-NSAC,,,,,,,,,,,,,,20,20,20,Watch List - Red,EN,,,Mesoamerican Highlands,Mesoamerican Highlands,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +1984,Belding's Yellowthroat,Geothlypis beldingi,landbird,Passeriformes,Parulidae,,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,42177,Natureserve 3.0,,5,42177,Natureserve 3.0,,5,MX-NSAC,,5,MX-NSAC,extreme habitat loss,5,MX-NSAC,,,,,,,,,,,,,,20,20,20,Watch List - Red,VU,,,North American Southwest,North American Southwest,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +1986,Altamira Yellowthroat,Geothlypis flavovelata,landbird,Passeriformes,Parulidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,58953,Natureserve 3.0,,5,58953,Natureserve 3.0,,5,PIFTC-02,Mexicans scored; extreme habitat loss (MX-NSAC).,5,PIFTC-02,Mexicans scored; extreme habitat loss,5,MX-NSAC,,,,,,,,,,,,,,20,20,20,Watch List - Red,VU,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +1987,Common Yellowthroat,Geothlypis trichas,landbird,Passeriformes,Parulidae,,1,1,1,1,PM,,,1,PIFcalc19,,"77,000,000",77000000,"76,000,000",76000000,2010.5,PIFcalc19,,100,97.58068085,97.58068,97.58068085,"bbs0514(UsCa), eBrd17(WHem)",1,11108512,Natureserve 3.0,,2,3395587,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,4,BBS7017,,-0.88,BBS7017,-1.02,-0.75,-0.97,-0.81,8.65,3858,-34.03,-37.85,-29.90,93,8,9,9,,LC,,w,Nearctic,Widespread,Open Country: Habitat Mosaic,Wetlands: Freshwater Marsh,Open Country: Habitat Mosaic,Wetlands: Freshwater Marsh +1988,Hooded Yellowthroat,Geothlypis nelsoni,landbird,Passeriformes,Parulidae,,0,0,1,0,R,,,5,Gomez-Panjabi,local within mapped range,,,,,,,,,,,,,4,117527,Natureserve 3.0,,4,117527,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,"scrub, chapparal",3,MX-NSAC,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Aridlands: Tropical Arid Scrub,,Aridlands: Tropical Arid Scrub, +1996,Cape May Warbler,Setophaga tigrina,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"7,000,000",7000000,"7,000,000",7000000,2010.5,PIFcalc19,,100,99.99752045,99.99752,99.99752045,bbs0514(UsCa),2,2563513,Natureserve 3.0,,3,610359,Natureserve 3.0,,2,PIFSC-19,changed due to calibration with TB-r; Reviewers justify score of 2 in BCRs 7 and 8 (61%pop),3,PIFTC-02,"still requires native forest or woodland habitats in main part of winter range, although tolerant of disturbance (KVR)",4,BBS7017,,-1.01,BBS7017,-2.43,0.10,-1.78,-0.34,0.92,499,-33.58,-61.06,13.52,,10,12,12,,LC,,,Northern Forest,Caribbean,Forests: Boreal,,Islands: Terrestrial Habitats, +1903,Yellow-winged Cacique,Cassiculus melanicterus,landbird,Passeriformes,Icteridae,Monotypic. Formerly placed in the genus Cacicus.,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,229708,Natureserve 3.0,,4,229708,Natureserve 3.0,,3,MX-NSAC,global scores should reflect regional expert's opinion.,3,MX-NSAC,requires forest,3,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1908,Scarlet-rumped Cacique,Cacicus uropygialis,landbird,Passeriformes,Icteridae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,406150,NatureServe,,3,406150,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,Solo ha perdido población Nicaragua,,,,,,,,,,,,,13,13,13,,,,,Neotropical,Neotropical,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1909,Yellow-rumped Cacique,Cacicus cela,landbird,Passeriformes,Icteridae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,8888166,NatureServe,,1,8888166,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1904,Crested Oropendola,Psarocolius decumanus,landbird,Passeriformes,Icteridae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,10615751,NatureServe,,1,10615751,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,9,9,9,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1691,Yellowish Pipit,Anthus lutescens,landbird,Passeriformes,Motacillidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,7237024,NatureServe,,1,7237024,NatureServe,,4,PIF CAW 2014,afectado por la ganadería y cultivos de azucar y arroz,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,,b,South American Lowlands,South American Lowlands,Grasslands: Tropical,,Grasslands: Tropical, +1698,Scrub Euphonia,Euphonia affinis,landbird,Passeriformes,Fringillidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,726515,Natureserve 3.0,,3,726515,Natureserve 3.0,,2,PIF CAW 2014,majority of range in MX; global score should reflect regional experts' opinion; Se sugiere que TB y TN se califique como 2 (PIF CAW),2,PIF CAW 2014,tolerant of disturbance. Se sugiere que TB y TN se califique como 2 (PIF CAW).,3,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1699,Yellow-crowned Euphonia,Euphonia luteicapilla,landbird,Passeriformes,Fringillidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,111975,NatureServe,,4,111975,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1700,Thick-billed Euphonia,Euphonia laniirostris,landbird,Passeriformes,Fringillidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,4086641,NatureServe,,1,4086641,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,7,7,7,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1701,Yellow-throated Euphonia,Euphonia hirundinacea,landbird,Passeriformes,Fringillidae,,0,0,1,1,R,,,3,Gomez-Panjabi,problem with breeding range size,,,,,,,,,,,,,3,611469,Natureserve 3.0,shape file origin codes reversed (now fixed in analysis program),3,617072,Natureserve 3.0,shape file origin codes reversed (now fixed in analysis program)Ken comment: shape file origin codes reversed (now fixed in analysis program),3,PIFTC-old,"Mexicans should score, doesn't breed in US-CB; requires forest (MX-NSAC).",3,PIFTC-old,requires forest,3,PIF CAW 2014,mainly a species of semi-open areas.; mainly a species of semi-open areas.,,,,,,,,,,,,,12,12,12,,LC,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1703,Elegant Euphonia,Euphonia elegantissima,landbird,Passeriformes,Fringillidae,,0,0,1,1,R,,,4,Gomez-Panjabi,local within mapped range,,,,,,,,,,,,,3,464921,Natureserve 3.0,,3,464921,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,less selective in habitat use during non-breeding season,4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen +1704,Fulvous-vented Euphonia,Euphonia fulvicrissa,landbird,Passeriformes,Fringillidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,197986,NatureServe,,4,197986,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1705,Spot-crowned Euphonia,Euphonia imitans,landbird,Passeriformes,Fringillidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,14924,NatureServe,,5,14924,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1706,Olive-backed Euphonia,Euphonia gouldi,landbird,Passeriformes,Fringillidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,327696,Natureserve 3.0,,3,327696,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,humid evergreen forest,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1760,House Finch,Haemorhous mexicanus,landbird,Passeriformes,Fringillidae,,1,1,1,0,R,,,2,PIFcalc19,,"40,000,000",40000000,"33,000,000",33000000,2010.5,PIFcalc19,,100,82.21787262,82.21787,82.21787262,"bbs0514(UsCa), eBrd17(WHem)",1,7550911,Natureserve 3.0,,1,7550911,Natureserve 3.0,,1,PIFTC-02,,1,PIFTC-02,,2,BBS7017,,0.38,BBS7017,0.12,0.63,0.22,0.53,6.19,3042,19.53,5.38,34.58,70,6,6,6,,LC,yes,,Nearctic,Nearctic,Open Country: Habitat Mosaic,Aridlands: Desert Scrub,Open Country: Habitat Mosaic,Aridlands: Desert Scrub +1761,Purple Finch,Haemorhous purpureus,landbird,Passeriformes,Fringillidae,,1,1,1,0,PM,,,2,PIFcalc19,,"6,500,000",6500000,"6,500,000",6500000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),1,4516639,Natureserve 3.0,,1,4586271,Natureserve 3.0,,2,PIFSC-15,"What is the threat? Used edge, parks, orchards--but, something is causing decline. Pacific populations may be more threatened; check this (KVR); Camfield,Alaine [NCR]: Most TBs are 3 in Canadian BCRs. Highest threats in Pacific Region include habitat loss due to urban development and mountain pine beetle. Rangewide, but lower magnitude threats related to logging.",2,PIFTC-02,,4,BBS7017,,-1.27,BBS7017,-1.55,-0.96,-1.44,-1.08,1.63,1453,-44.95,-51.83,-35.60,82,9,9,9,,LC,yes,,Nearctic,Nearctic,Forests: Boreal,Forests: Temperate Western,Forests: Temperate Eastern,Forests: Temperate Western +1762,Cassin's Finch,Haemorhous cassinii,landbird,Passeriformes,Fringillidae,Monotypic.,1,1,1,0,PM,,,3,PIFcalc19,,"3,200,000",3200000,"3,200,000",3200000,2010.5,PIFcalc19,,100,99.56845093,99.56845,99.56845093,"bbs0514(UsCa), eBrd17(WHem)",2,1499607,Natureserve 3.0,,2,2639866,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,"Still dependent on forests in winter, or extensive use of towns and feeders? (KVR); uses feeders in winter, but mostly dependent on cone crops; loss of poderosa pine forests to recent wildlfires (likely climate-change induced) is an increasing threat, suggest 3. (Panjabi)",5,BBS7017,,-2.00,BBS7017,-2.52,-1.43,-2.33,-1.67,2.03,460,-60.87,-68.51,-49.68,138,13,13,13,Watch List - Yel-D,NT,,,Intermountain West,Intermountain West,Forests: Temperate Western,,Forests: Temperate Western, +1768,Red Crossbill,Loxia curvirostra,landbird,Passeriformes,Fringillidae,,1,1,1,1,PM,,,2,PIFcalc19,,"26,000,000",26000000,"9,600,000",9600000,2010.5,PIFcalc19,,40,92.20870972,36.88348,36.88348389,"bbs0514(UsCa), eBrd17(WHem), PIF(Glob)",1,16842625,Natureserve 3.0,,1,29976475,Natureserve 3.0,,3,PIFTC-02,"Range limited to zone where logging is ongoing. Needs 60+ yr old trees in ALL parts of range; Rosenberg: threats higher due to boreal forestry? Panjabi: even if negatively affected by forestry practices in the boreal, I suggest threats are not severe rangewide, although they may be for some subspecific types.",3,PIFTC-02,,2,BBS7017,,0.08,BBS7017,-0.67,0.81,-0.35,0.50,5.88,805,4.03,-30.93,43.51,,8,8,8,,LC,,,Nearctic,Nearctic,Forests: Temperate Generalist,,Forests: Temperate Generalist, +1769,Cassia Crossbill,Loxia sinesciuris,landbird,Passeriformes,Fringillidae,,0,1,0,0,R,,,5,Benkman 2018,Fall 2016 estimate includes young birds but is after juvenile mortality bottleneck,"5,800",5800,"5,800",5800,,Benkman 2018,,100,,,,Benkman 2018,5,70,Benkman 2018,95% of range in Sawtooth N.F.,5,70,Benkman 2018,95% of range in Sawtooth N.F.,5,Benkman 2018,projected 2-3 months of hot days that cause serotinous cones to open prematurely and lodgepole pine recruitment projected to end by 2050 (Coops and Waring 2011) with increased fire frequency due to climate change and cheatgrass.,5,Benkman 2018,projected 2-3 months of hot days that cause serotinous cones to open prematurely and lodgepole pine recruitment projected to end by 2050 (Coops and Waring 2011) with increased fire frequency due to climate change and cheatgrass.,2,Benkman 2018,"Declined by 80% from 2003-2011 due to 4 years of >4 days over 90 degrees F that cause annual survival rate to drop from 70% to 40%, but have rebounded since then; 2015 reached 90% of 2003 pop",,,,,,,,,,,,,17,17,17,Watch List - Red,,,,Intermountain West,Intermountain West,Forests: Temperate Western,,Forests: Temperate Western, +1771,White-winged Crossbill,Loxia leucoptera,landbird,Passeriformes,Fringillidae,,1,1,0,0,PM,,,1,PIFcalc19,,"79,000,000",79000000,"40,000,000",40000000,2010.5,PIFcalc19,,50,100,50,50,"bbs0514(UsCa), eBrd17(WHem), PIF(Glob)",1,16042276,Natureserve 3.0,,1,24053916,Natureserve 3.0,,3,PIFTC-02,More wide-spread and generalist than Red Crossbill; Rosenberg: threats higher due to boreal forestry? Blancher: suggest leaving at 3.,3,PIFTC-02,still dependent on spruce cone crops in mature forests in most winters across range (KVR); increasing wildfires in Alaska and elsewhere in the Boreal will reduce habitat and food for this species (Panjabi),1,BBS7017,irruptive on CBC; variable trend; reliance on 1st yr vs. last year analysis of CBC data may be misleading,2.75,BBS7017,1.05,4.47,1.80,3.76,3.17,410,192.90,31.29,471.35,,6,6,6,,LC,,,Northern Forest,Nearctic,Forests: Boreal,Forests: Temperate Western,Forests: Boreal, +1765,Common Redpoll,Acanthis flammea,landbird,Passeriformes,Fringillidae,,1,1,0,0,PM,,,1,PIFcalc19,,"250,000,000",250000000,"76,000,000",76000000,2010.5,PIFcalc19,,30,100,30,30,"eBrd17(UsCa,WHem), PIF(Glob)",1,16578913,Natureserve 3.0,,1,36065450,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,5,BBS9317,"irruptive on CBC, so BBS is a superior data source.",-2.66,BBS9317,-4.15,-0.71,,,11.40,111,-42.85,-66.00,-18.46,,9,9,9,CBSD,LC,,,Arctic,Nearctic,Tundra: Arctic,Forests: Boreal,Open Country: Habitat Mosaic, +1767,Hoary Redpoll,Acanthis hornemanni,landbird,Passeriformes,Fringillidae,,1,1,0,0,M,,,2,PIFcalc19,Pete Blancher split out BBS counts of unidentified Common/Hoary Redpoll based on 2005-2014 ratio of positively identified birds,"28,000,000",28000000,"14,000,000",14000000,2010.5,PIFcalc19,,50,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,4789564,Natureserve 3.0,,1,21361264,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,3,PIFSC-19,"irruptive on CBC; variable trend. Rosenberg 2019: CBC annual trend (2.3956%) could reflect change in identification skills, so suspect. PIFSC-19: 3 for uncertainty.",2.40,CBC7017*,-0.87,5.43,0.60,4.19,3.26,191,96.08,-33.10,462.14,,8,8,8,,,,,Arctic,Nearctic,Tundra: Arctic,,Open Country: Habitat Mosaic, +1774,Pine Siskin,Spinus pinus,landbird,Passeriformes,Fringillidae,,1,1,1,1,PM,,,2,PIFcalc19,,"46,000,000",46000000,"45,000,000",45000000,2010.5,PIFcalc19,,100,97.11465454,97.11465,97.11465454,"bbs0514(UsCa), eBrd17(WHem)",1,7779269,Natureserve 3.0,,1,11945991,Natureserve 3.0,,2,PIFTC-02,"adaptable, but not enhanced by human disturbance (KR).",2,PIFTC-02,"adaptable, but not enhanced by human disturbance (KR)",5,BBS7017,,-3.38,BBS7017,-3.87,-2.93,-3.66,-3.12,17.16,1478,-79.68,-83.68,-74.38,23,10,10,10,CBSD,LC,yes,,Nearctic,Nearctic,Forests: Boreal,Forests: Temperate Western,Forests: Temperate Generalist, +1775,Black-capped Siskin,Spinus atriceps,landbird,Passeriformes,Fringillidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,50226,Natureserve 3.0,,5,50226,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional expert's opinion.,3,MX-NSAC,requires forest; severe habitat deterioration expected,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +1776,Black-headed Siskin,Spinus notatus,landbird,Passeriformes,Fringillidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,486560,Natureserve 3.0,,3,486560,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,"requires forest, but uses edge, plantations, etc.",4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen +1777,Yellow-bellied Siskin,Spinus xanthogastrus,landbird,Passeriformes,Fringillidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,153484,NatureServe,,4,153484,NatureServe,,3,PIF CAW 2014,afectada por el trafico; aunque puede ser afectada por cambio climático es una generalista y no está limitada a las alturas,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1780,Lesser Goldfinch,Spinus psaltria,landbird,Passeriformes,Fringillidae,,0,1,1,1,PM,,,2,PIFcalc19,,"15,000,000",15000000,"5,700,000",5700000,2010.5,PIFcalc19,,100,38.16899109,38.16899,38.16899109,"bbs0514(UsCa), eBrd17(WHem)",2,3938634,Natureserve 3.0,,2,2903855,Natureserve 3.0,,2,PIFTC-02,W. riparian issues (KR); quite widespread and use other habitats; tolerant of disturbance; used for cage-bird trade (MX-NSAC).,2,PIFTC-02,bird trade pressures in Mexico (KR); tolerant of disturbance; used for cage-bird trade,1,BBS7017,,0.98,BBS7017,0.61,1.39,0.76,1.23,2.53,577,56.98,32.19,88.72,,7,7,7,,LC,yes,,Western Temperate,Western Temperate,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Open Country: Habitat Mosaic, +1781,Lawrence's Goldfinch,Spinus lawrencei,landbird,Passeriformes,Fringillidae,Monotypic.,0,1,1,0,PM,,,4,PIFcalc19,,"380,000",380000,"350,000",350000,2010.5,PIFcalc19,,100,91.38450623,91.38451,91.38450623,"eBrd17(UsCa,WHem)",4,139332,Natureserve 3.0,,3,335841,Natureserve 3.0,,3,PIFTC-02,Scrubby oak riparian; poorly known.,2,PIFTC-02,"Not more riparian in winter than other goldfinches. still dependent on native chaparral or riparian in most winters, or extensive use of human-altered areas? (KVR);",4,BBS7017,,-0.74,BBS7017,-2.01,0.48,-1.42,-0.06,1.90,92,-28.10,-64.11,25.87,108,15,13,15,Watch List - Yel-R,LC,,,Pacific North America,North American Southwest,Aridlands: Chaparral,Aridlands: Desert Riparian,Aridlands: Desert Scrub,Aridlands: Chaparral +1782,American Goldfinch,Spinus tristis,landbird,Passeriformes,Fringillidae,,1,1,1,0,PM,,,2,PIFcalc19,,"44,000,000",44000000,"44,000,000",44000000,2010.5,PIFcalc19,,100,99.99317932,99.99318,99.99317932,bbs0514(UsCa),1,7508019,Natureserve 3.0,,1,7626914,Natureserve 3.0,,1,PIFTC-02,"DD= BNA supports that agriculture (e.g. sunflowers) supplemental feeding, clearing of forest have overall benefitted this species. Likely that continued trends in habitat use will favor it as well.",1,PIFTC-02,"adaptable, but not enhanced by human disturbance (KR). DD=???, leaning toward TN 1 (agriculture, sunflowers, supplemental feeding, clearing of forest). BNA supports TN 1. If pops enhanced in nonbreeding season to the extent of TN 1, then are nesting lim",2,BBS7017,,0.06,BBS7017,-0.05,0.15,0.00,0.11,6.05,3417,2.65,-1.32,7.21,123,6,6,6,,LC,yes,,Nearctic,Nearctic,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1710,Hooded Grosbeak,Coccothraustes abeillei,landbird,Passeriformes,Fringillidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,251937,Natureserve 3.0,,4,251937,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,humid forest,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland +1711,Evening Grosbeak,Coccothraustes vespertinus,landbird,Passeriformes,Fringillidae,,1,1,1,0,PM,,,3,PIFcalc19,,"3,800,000",3800000,"3,800,000",3800000,2010.5,PIFcalc19,,100,99.50561523,99.50562,99.50561523,"bbs0514(UsCa), eBrd17(WHem)",2,3930887,Natureserve 3.0,,1,9630990,Natureserve 3.0,,3,PIFSC-Dec-08,Rosenberg: threatened by forest cutting in boreal (could be '4?'). See previous comment -- check all boreal forest species now with Canadian experts. (KVR),2,PIFTC-02,,5,BBS7017,,-5.00,BBS7017,-5.76,-4.34,-5.45,-4.59,3.38,1040,-90.39,-93.75,-86.72,38,13,11,13,Watch List - Yel-D,VU,,,Northern Forest,Nearctic,Forests: Boreal,Forests: Temperate Western,Forests: Temperate Generalist, +1784,Lapland Longspur,Calcarius lapponicus,landbird,Passeriformes,Calcariidae,,1,1,0,0,M,,,1,PIFcalc19,,"140,000,000",140000000,"68,000,000",68000000,2010.5,PIFcalc19,,50,100,50,50,"eBrd17(UsCa,WHem), PIF(Glob)",1,6644664,Natureserve 3.0,,1,15828604,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,2,CBC7017,"Shaw 2020: CBC has better coverage of this species' range than expanded BBS (annual trend of -0.9041%), so used CBC",2.15,CBC7017,-0.60,4.41,0.68,3.49,16.63,907,172.02,,,,6,6,6,,LC,,w,Arctic,Nearctic,Tundra: Arctic,,Open Country: Developed/Disturbed,Coasts: Beach and Estuary +1785,Chestnut-collared Longspur,Calcarius ornatus,landbird,Passeriformes,Calcariidae,Monotypic.,1,1,1,0,M,,,3,PIFcalc19,,"3,100,000",3100000,"3,100,000",3100000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),3,797094,Natureserve 3.0,,2,1436439,Natureserve 3.0,,4,PIFSC-15,"although more abundant/widespread than SPPI and BAIS, CCLO is dependent on relatively undisturbed shortgrass/mixed grass prairie, which is under increased threats from intensifying ag (KVR)",4,PIFSC-Dec-08,Said to use cultivated fields. Shouldn't be worse than SMLO; Rosenberg: threats higher due to rapid loss of Chihuahuan grasslands?,5,BBS7017,,-4.38,BBS7017,-4.94,-3.81,-4.72,-4.02,49.72,231,-87.50,-90.91,-82.51,21,15,14,15,Watch List - Yel-D,VU,,w,Great Plains,North American Southwest,Grasslands: Temperate,,Grasslands: Chihuahuan, +1786,Smith's Longspur,Calcarius pictus,landbird,Passeriformes,Calcariidae,Monotypic.,1,1,0,0,M,,,4,BNA Briskie 1993,"although BBS estimate (390,000) seems reasonable, it is based on just 4 BBS routes, so BBS not an ideal source (PIFSC-18).","75,000",75000,"75,000",75000,,BNA Briskie 1993,,100,,,,eBrd17(UsCa),3,706714,Natureserve 3.0,,3,539878,Natureserve 3.0 with adjustment by PIFSC,"Reduced by 40%; NS maps seem to greatly overemphasize northern and eastern edges of non-breeding distribution. Difficult to say whether this is enough however to drop below 500,000 km# + +Ken comment:",2,PIFTC-02,Taiga breed habitat under no threat.,3,PIFTC-02,"Co-exists with cattle. Main threat is conversion to non-native grass, but need assessment of habitat loss.",3,CBC7017,,1.05,CBC7017,-2.29,4.06,-0.82,2.83,0.62,29,30.75,-48.81,272.79,,12,13,13,,LC,,w,Arctic,Great Plains,Tundra: Arctic,,Grasslands: Temperate, +1787,McCown's Longspur,Rhynchophanes mccownii,landbird,Passeriformes,Calcariidae,Monotypic.,1,1,1,0,M,,,3,PIFcalc19,,"840,000",840000,"840,000",840000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),3,684343,Natureserve 3.0,,3,820781,Natureserve 3.0,NS maps are correct here though they seem to underestimate the non-breeding distribution in NM to a great extent. But birds do not occupy all areas of range in any given year. Difficult to judge but I'm a little surprised by the NS estimate,4,PIFSC-15,"Species is declining rapidly, even in strongholds like Pawnee NG, but threats on breeding grounds are unclear; declining within optimal habitats that dot not appear to be changing (AP); Largely dependent on heavily grazed shortgrass prairie, which is under increased threat from grazing management that aims to retain more standing grass cover, also habitat loss due to loss of prairie dog towns and conversion of grasslands to cropland (AP)",4,PIFSC-Dec-08,"Really a 4 in winter? (ED); Rosenberg: theats higher due to disturbance in winter range?. reevaluate based on current situation in Chihuahuan grasslands of n. Mexico (KVR); Agreed, 4, although does not appear to be heavily dependent on Chihuahuan Desert grasslands - rarely recorded on RMBO surveys; probably wintering more in TX and OK, perhaps in Ag fields; exposure to pesticides (Neonicitinoids?) could be major concern; loss of arid shortgrass breeding habitat does not appear to be a major driver of a 5% annual decline, indicating decline may be more related to winter (Panjabi);",5,BBS7017,,-4.33,BBS7017,-6.01,-2.81,-5.44,-3.39,26.54,128,-85.29,-92.41,-68.54,63,15,15,15,Watch List - Yel-D,LC,,w,Great Plains,North American Southwest,Grasslands: Temperate,,Grasslands: Chihuahuan, +1788,Snow Bunting,Plectrophenax nivalis,landbird,Passeriformes,Calcariidae,,1,1,0,0,M,,,2,PIFcalc19,,"29,000,000",29000000,"14,000,000",14000000,2010.5,PIFcalc19,,50,100,50,50,"eBrd17(UsCa,WHem), PIF(Glob)",1,7434786,Natureserve 3.0,,1,14864638,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,5,CBC7017,,-2.10,CBC7017,-4.79,-0.48,-3.26,-1.17,46.60,1486,-57.66,-82.43,0.49,,10,10,10,CBSD,LC,,w,Arctic,Nearctic,Tundra: Arctic,,Open Country: Developed/Disturbed,Coasts: Beach and Estuary +1789,McKay's Bunting,Plectrophenax hyperboreus,landbird,Passeriformes,Calcariidae,Monotypic.,0,1,0,0,M,,,5,Matsuoka & Johnson 2008,,"31,000",31000,"31,000",31000,,Matsuoka & Johnson 2008,,100,,,,eBrd17(UsCa),5,5332,Natureserve 3.0,,5,71913,Natureserve 3.0,,3,PIFTC-02,"Remote and probably undisturbed, but threats truly unknown and area is exceedingly small. vulnerable to rats (although none there yet).",2,PIFTC-02,,3,PIFSC-08,,,,,,,,,,,,,,16,15,16,Watch List - Yel-R,LC,,,Arctic,Arctic,Tundra: Arctic,,Coasts: Saltmarsh,Coasts: Beach and Estuary +1958,Ovenbird,Seiurus aurocapilla,landbird,Passeriformes,Parulidae,,1,1,1,1,M,,,2,PIFcalc19,,"26,000,000",26000000,"26,000,000",26000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),1,5207143,Natureserve 3.0,,2,1668393,Natureserve 3.0,"Nonbreeding map looks o.k. -- probably too much range shown in FL, but also probably more regular further up Gulf Coast in winter.",3,PIFSC-16,,3,PIFTC-02,winters primarily in native forest (dry or moist); threats at least moderate (KVR),2,BBS7017,,0.00,BBS7017,-0.16,0.18,-0.10,0.11,11.74,2017,-0.10,-8.12,6.52,,8,9,9,,LC,,,Northern Forest,Neotropical,Forests: Temperate Eastern,Forests: Boreal,Forests: Tropical Generalist,Coasts: Mangroves +1965,Black-and-white Warbler,Mniotilta varia,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"18,000,000",18000000,"18,000,000",18000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),1,5369441,Natureserve 3.0,,2,3243152,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,"Panjabi: largely dependent on tropical lowland and lower to mid-elevation forests in winter. see previous comment; winters primarily in native habitats; threats at least ""moderate""",4,BBS7017,,-0.77,BBS7017,-1.05,-0.53,-0.92,-0.63,2.30,1805,-30.42,-39.30,-21.97,,10,11,11,,LC,,,Northern Forest,Neotropical,Forests: Temperate Eastern,Forests: Boreal,Forests: Tropical Generalist,Coasts: Mangroves +1966,Prothonotary Warbler,Protonotaria citrea,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,3,PIFcalc19,,"2,100,000",2100000,"2,100,000",2100000,2010.5,PIFcalc19,,100,98.9668808,98.96688,98.9668808,"bbs0514(UsCa), eBrd17(WHem)",2,2172187,Natureserve 3.0,,3,838753,Natureserve 3.0,"Nonbreeding range extends too far north in Mexico (and US Gulf coast) -- does not winter north of Yucatan [H&W] -- but also winters (rarely?) in Greater and Lesser Antiles, plus Trinidad and tobago (Bond). Also too extensive in Colombia -- only 1 reco",3,PIFTC-02,,4,PIFTC-02,,4,BBS7017,,-1.11,BBS7017,-1.41,-0.79,-1.28,-0.92,0.97,696,-40.50,-47.23,-29.90,,12,14,14,Watch List - Yel-D,LC,,,Eastern Temperate,Gulf-Caribbean Lowlands,Wetlands: Forested,Forests: Temperate Eastern,Coasts: Mangroves,Forests: Tropical Dry +1967,Swainson's Warbler,Limnothlypis swainsonii,landbird,Passeriformes,Parulidae,Monotypic.,0,1,1,1,M,,,4,PIFcalc19,,"160,000",160000,"160,000",160000,2010.5,PIFcalc19,,100,,,,eBrd17(UsCa),2,1142783,Natureserve 3.0,,4,287048,Natureserve 3.0,"Nonbreeding range probably larger than depicted (almost certainly on Hispanola ?) + +Ken comment: Add 10%; Nonbreeding range probably larger than depicted (almost certainly on Hispanola (?), but still probably a ""5",3,PIFSC-19,changed due to calibration with TB-r,4,PIFTC-02,Rosenberg: winters in lowland and Caribbean forests. requires mesic forests in Caribbean that are most threatened by drying due to cc,1,BBS7017,,2.04,BBS7017,1.44,2.68,1.67,2.45,0.12,280,153.30,82.34,251.59,,10,13,13,,LC,,,Eastern Temperate,Caribbean,Forests: Temperate Eastern,,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +1811,Botteri's Sparrow,Peucaea botterii,landbird,Passeriformes,Passerellidae,,0,1,1,1,R,,,4,PIFcalc19,"Poor eBird coverage within range in Mexico results in a way too high estimate of 20% of the pop in US/Canada, but that's not a problem as long as the areas that are covered are representative in pop density (PIFSC-18). Seems to be overmapped in Mexico; restricted within range; less abundant than CASP where they both occur.","170,000",170000,"33,000",33000,2010.5,PIFcalc19,,100,20.08762932,20.08763,20.08762932,"eBrd17(UsCa,WHem)",3,984366,Natureserve 3.0,,3,984366,Natureserve 3.0,,3,PIFTC-02,"Needs info from MX if change to be made; may be more generalized there than in U.S., but we don't know; should be 4 for U.S. threats; requires grasslands for breeding; tolerant of disturbance (MX-NSAC).",2,PIFTC-02,"See above; tolerant of disturbance. rangewide, TN=2 is OK; uses wide range of pastures and disturbed areas in towns and villages (Panjabi)",3,MX-NSAC,poorly known,,,,,,,,,,,,,13,12,13,,LC,,,North American Southwest,North American Southwest,Grasslands: Chihuahuan,Grasslands: Tropical,Grasslands: Chihuahuan,Grasslands: Tropical +1812,Cassin's Sparrow,Peucaea cassinii,landbird,Passeriformes,Passerellidae,Monotypic.,0,1,1,0,PM,,,2,PIFcalc19,most of range in US is well-sampled by BBS; BBS indicates high density,"14,000,000",14000000,"9,600,000",9600000,2010.5,PIFcalc19,,100,66.83808136,66.83808,66.83808136,"bbs0514(UsCa), eBrd17(WHem)",2,1830404,Natureserve 3.0 with adjustment by PIFSC-08,Reduced by 10%; NS overestimates the regular breeding range of the species,2,1133877,Natureserve 3.0 with adjustment by PIFSC,"Reduced by 30%; Non-breeding range over emphasizes central New Mexico and central and eastern Texas where species appears to be irregular at best. +(KVR)",3,PIFTC-02,,3,PIFTC-02,,4,BBS7017,,-0.77,BBS7017,-1.28,-0.22,-1.08,-0.45,42.59,335,-30.85,-45.73,-8.02,70,11,11,11,,LC,,b,Great Plains,North American Southwest,Grasslands: Temperate,,Grasslands: Chihuahuan, +1813,Bachman's Sparrow,Peucaea aestivalis,landbird,Passeriformes,Passerellidae,,0,1,0,0,R,,,4,PIFcalc19,,"170,000",170000,"170,000",170000,2010.5,PIFcalc19,,100,,,,eBrd17(UsCa),3,959934,Natureserve 3.0,,3,959934,Natureserve 3.0,,4,PIFTC-02,DD='highly vulnerable to human acitvities and land use.' BNA supports that harvest rotations currently favoring unsuitable age classes are widespread. Threats ongoing and uses specific conditions within habitats.,4,PIFTC-02,DD='highly vulnerable to human acitvities and land use.' BNA supports that harvest rotations currently favoring unsuitable age classes are widespread. Threats ongoing and uses specific conditions within habitats.,5,BBS7017,,-3.07,BBS7017,-3.69,-2.47,-3.42,-2.75,0.62,236,-76.14,-82.37,-69.04,24,16,16,16,Watch List - Red,NT,,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +1943,Bronzed Cowbird,Molothrus aeneus,landbird,Passeriformes,Icteridae,,0,1,1,1,PM,,,2,PIFcalc19,,"6,600,000",6600000,"820,000",820000,2010.5,PIFcalc19,,100,12.34711075,12.34711,12.34711075,"bbs0514(UsCa), eBrd17(WHem)",2,2396482,Natureserve 3.0,,2,1840090,Natureserve 3.0,,1,PIFTC-02,DD='species benefits and habitats enhanced by human activity.' BNA supports that ag clearing and irrigation supported spread through Mexico into US Southwest.; benefits from human activity (MX-NSAC).,1,PIFTC-02,DD='species benefits and habitats enhanced by human activity.' BNA supports that ag clearing and irrigation supported spread through Mexico into US Southwest.; benefits from human activity,1,MX-NSAC,,,,,,,,,,21.57,-23.08,102.41,,6,6,6,,LC,yes,w,Mesoamerica,Mesoamerica,Open Country: Habitat Mosaic,Forests: Tropical Dry,Open Country: Habitat Mosaic, +1944,Brown-headed Cowbird,Molothrus ater,landbird,Passeriformes,Icteridae,,1,1,1,0,PM,,,1,PIFcalc19,,"130,000,000",130000000,"130,000,000",130000000,2010.5,PIFcalc19,,100,95.34269714,95.3427,95.34269714,"bbs0514(UsCa), eBrd17(WHem)",1,11227125,Natureserve 3.0,,1,5317430,Natureserve 3.0,,1,PIFTC-02,,1,PIFTC-02,,4,BBS7017,,-0.62,BBS7017,-0.71,-0.53,-0.67,-0.57,13.52,4364,-25.25,-28.51,-22.44,,7,7,7,,LC,yes,"b,w",Nearctic,Nearctic,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1945,Giant Cowbird,Molothrus oryzivorus,landbird,Passeriformes,Icteridae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,10785909,Natureserve 3.0,,1,10785909,Natureserve 3.0,,3,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,3,PIF CAW 2014,,,,,,,,,,,,,,9,8,9,,LC,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1917,Black-vented Oriole,Icterus wagleri,landbird,Passeriformes,Icteridae,,0,0,1,1,PM,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,692407,Natureserve 3.0,,3,769426,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,3,MX-NSAC,tolerant of disturbance; some capture for trade; global score should reflect regional experts' opinion,3,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +1918,Bar-winged Oriole,Icterus maculialatus,landbird,Passeriformes,Icteridae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,87568,Natureserve 3.0,,4,87568,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate decline expected,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1919,Black-cowled Oriole,Icterus prosthemelas,landbird,Passeriformes,Icteridae,,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,,,,,,3,436351,Natureserve 3.0,,3,436351,Natureserve 3.0,split from greater antillian oriole,3,MX-NSAC,,3,MX-NSAC,"requires forest, but tolerates some fragmentation",4,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1920,Orchard Oriole,Icterus spurius,landbird,Passeriformes,Icteridae,,1,1,1,1,M,,,2,PIFcalc19,,"12,000,000",12000000,"11,000,000",11000000,2010.5,PIFcalc19,,100,94.28377533,94.28378,94.28377533,"bbs0514(UsCa), eBrd17(WHem)",1,4788158,Natureserve 3.0,,2,1424755,Natureserve 3.0,,3,PIFTC-02,"DD='moderately vulnerable to human land use activities.' BNA supports that loss of mesquite habitats in TX, orchards and farmlands in NY and PA, and riparian habitats in general have contirbuted to pop declines. Fondness for riparian areas, lake shores.",2,PIFTC-02,"DD='threats assumed low.' BNA supports widespread use of secondary and disturbed habitats, though no specific threats information given.",4,BBS7017,,-0.61,BBS7017,-0.73,-0.50,-0.68,-0.55,2.62,2013,-25.16,-28.51,-21.04,,10,10,10,,LC,,,Eastern Temperate,Mesoamerica,Forests: Temperate Eastern,,Forests: Tropical Generalist, +1921,Hooded Oriole,Icterus cucullatus,landbird,Passeriformes,Icteridae,,0,1,1,1,PM,,,3,PIFcalc19,,"1,700,000",1700000,"350,000",350000,2010.5,PIFcalc19,,100,21.14843941,21.14844,21.14843941,"bbs0514(UsCa), eBrd17(WHem)",2,1123876,Natureserve 3.0,,3,513510,Natureserve 3.0,,3,PIFTC-02,"DD=BNA supports that although Rio Grande pop has declined markedly (TB 3 or 4), rangewide pops are generally at an all time high and range is exanding widely (TB 2). Favorable habitats created by citrus ag, ornamental plantings of palm, low-intenstiy sub; tolerant of disturbance, some capture for trade (MX-NSAC); global score should reflect regional experts' opinion.",2,PIFTC-02,"DD='relatively tolerant of human land use.' BNA supports use of habitats that are widespread and supported by human land use.; tolerant of disturbance, some capture for trade",1,BBS7017,,1.31,BBS7017,0.38,2.16,0.79,1.82,0.47,143,85.11,17.62,153.33,,9,9,9,,LC,yes,,North American Southwest,Mesoamerica,Forests: Generalist,,Forests: Generalist, +1922,Yellow-backed Oriole,Icterus chrysater,landbird,Passeriformes,Icteridae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,780031,Natureserve 3.0,,3,780031,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,"requires forest, but tolerates some fragmentation",4,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +1968,Crescent-chested Warbler,Oreothlypis superciliosa,landbird,Passeriformes,Parulidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,404112,Natureserve 3.0,,3,404112,Natureserve 3.0,NS ok,3,MX-NSAC,,3,MX-NSAC,requires forest,3,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen +1969,Flame-throated Warbler,Oreothlypis gutturalis,landbird,Passeriformes,Parulidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,3917,NatureServe,,5,3917,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1970,Tennessee Warbler,Leiothlypis peregrina,landbird,Passeriformes,Parulidae,Formerly placed in the genus Oreothlypis. Monotypic.,1,1,1,1,M,,,1,PIFcalc19,,"110,000,000",110000000,"110,000,000",110000000,2010.5,PIFcalc19,,100,99.93739319,99.93739,99.93739319,"bbs0514(UsCa), eBrd17(WHem)",1,4755556,Natureserve 3.0,,2,1559936,Natureserve 3.0,NS ok,2,PIFSC-19,changed due to calibration with TB-r; 6 of 10 BCRs scored TB-r=2,3,PIFTC-02,"Actually a tropical forest canopy bird in most of winter range; dependent on fruit and nectar resources; will use plantations and urban areas with flowering trees, though, so not highly threatened (KVR)",4,BBS7017,,-1.38,BBS7017,-2.44,-0.44,-2.04,-0.84,15.33,714,-45.33,-62.60,-15.30,,8,10,10,,LC,,,Northern Forest,Neotropical,Forests: Boreal,,Forests: Tropical Generalist, +1971,Orange-crowned Warbler,Leiothlypis celata,landbird,Passeriformes,Parulidae,Formerly placed in the genus Oreothlypis.,1,1,1,1,M,,,1,PIFcalc19,,"82,000,000",82000000,"82,000,000",82000000,2010.5,PIFcalc19,,100,99.93501282,99.93501,99.93501282,"bbs0514(UsCa), eBrd17(WHem)",1,7449493,Natureserve 3.0,,2,2965842,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,4,BBS7017,,-0.91,BBS7017,-1.27,-0.55,-1.12,-0.69,4.25,791,-34.46,-44.10,-22.88,,8,9,9,,LC,,,Nearctic,Nearctic,Forests: Temperate Western,Forests: Boreal,Forests: Generalist, +1972,Colima Warbler,Leiothlypis crissalis,landbird,Passeriformes,Parulidae,Formerly placed in the genus Oreothlypis. Monotypic.,0,1,1,0,M,,,5,PIFTC-03,,"25,000",25000,<500,500,,PIFSC-16,,100,,,,"eBrd17(UsCa,WHem)",4,100150,Natureserve 3.0,,5,77048,Natureserve 3.0,,3,PIFTC-02,"If logging not a big threat, reduce to 3; Mexicans scored as 4; severe habitat loss (MX-NSAC); global score should reflect regional expert's opinion. Dependent on oaks which are not particularly threatened (i.e. not harvested) in the northern Sierra Madre Oriental; TB=3 is good (AP)",3,PIFTC-02,"If logging not a big threat, reduce to 3; Mexicans suggest 3; moderate habitat loss",3,MX-NSAC,,,,,,,,,,,,,,15,16,16,Watch List - Yel-R,LC,,,North American Southwest,Mesoamerican Pacific Lowlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +1973,Lucy's Warbler,Leiothlypis luciae,landbird,Passeriformes,Parulidae,Formerly placed in the genus Oreothlypis. Monotypic.,0,1,1,0,M,,,3,PIFcalc19,,"3,000,000",3000000,"2,800,000",2800000,2010.5,PIFcalc19,,100,93.07837677,93.07838,93.07837677,"bbs0514(UsCa), eBrd17(WHem)",3,391508,Natureserve 3.0,,4,145022,Natureserve 3.0,,3,PIFSC-08,,3,PIFTC-02,,1,BBS7017,,1.12,BBS7017,0.31,1.84,0.63,1.54,4.79,65,69.71,19.37,143.57,,10,11,11,,LC,,,North American Southwest,Mesoamerican Pacific Lowlands,Aridlands: Desert Riparian,Aridlands: Desert Scrub,Forests: Tropical Dry,Aridlands: Desert Riparian +1974,Nashville Warbler,Leiothlypis ruficapilla,landbird,Passeriformes,Parulidae,Formerly placed in the genus Oreothlypis.,1,1,1,1,M,,,2,PIFcalc19,,"40,000,000",40000000,"40,000,000",40000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,2763151,Natureserve 3.0,,3,921874,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,2,BBS7017,,0.09,BBS7017,-0.42,0.61,-0.21,0.40,12.71,1200,4.79,-19.38,34.71,,8,9,9,,LC,,,Northern Forest,Mesoamerica,Forests: Boreal,Forests: Temperate Western,Forests: Tropical Generalist, +1975,Virginia's Warbler,Leiothlypis virginiae,landbird,Passeriformes,Parulidae,Formerly placed in the genus Oreothlypis. Monotypic.,0,1,1,0,M,,,3,PIFcalc19,,"900,000",900000,"900,000",900000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),3,915000,PIFSC-08,"NS map highly fragmented; NatGeo polygon about 915,000 km2 (UT + 60% of AZ,CO,NV,NM); range map includes only occupied range",4,149789,Natureserve 3.0,NS ok,3,PIFTC-02,,3,PIFTC-02,,5,BBS7017,,-2.16,BBS7017,-4.23,-1.20,-3.28,-1.54,1.86,125,-59.75,-77.15,-19.65,61,14,15,15,Watch List - Yel-D,LC,,,Intermountain West,Mesoamerican Pacific Lowlands,Forests: Temperate Western,,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +1977,Connecticut Warbler,Oporornis agilis,landbird,Passeriformes,Parulidae,Monotypic.,1,1,0,0,M,,,3,PIFcalc19,,"1,800,000",1800000,"1,800,000",1800000,2010.5,PIFcalc19,,100,99.66919708,99.6692,99.66919708,"bbs0514(UsCa), eBrd17(WHem)",2,1178290,Natureserve 3.0,,2,2011815,Natureserve 3.0; PIFSC-08,"winter range inaccurate -- includes transients in northern South America. True winter range probably half of area depicted (restricted to western Amazon Basin and northern Pantanal. Also, winter range size (>4 million) seems like an error + +Ken comment:",3,PIFTC-02,,3,PIFTC-02,"No justification for ""No threats"" designation; emerging data suggests winters in tropical deciduous, river island, and/or cerrado habitats, which are all under at least moderate threat (KVR)",5,BBS7017,,-1.93,BBS7017,-2.60,-1.13,-2.32,-1.52,0.77,247,-59.42,-68.83,-39.56,,13,13,13,Watch List - Yel-D,LC,,,Northern Forest,South American Lowlands,Forests: Boreal,,Forests: Tropical Lowland Evergreen, +1978,Gray-crowned Yellowthroat,Geothlypis poliocephala,landbird,Passeriformes,Parulidae,,0,0,1,1,R,,,3,PIFTC-02,,,,,,,,,,,,,,3,862321,Natureserve 3.0,,3,862321,Natureserve 3.0,,2,PIFSC-08,,2,PIFSC-08,Mexicans should score; tolerant of disturbance,3,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Mesoamerica,Mesoamerica,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1997,Cerulean Warbler,Setophaga cerulea,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,3,PIFcalc19,,"530,000",530000,"530,000",530000,2010.5,PIFcalc19,,100,96.62718964,100,100,PIFcalc19,2,1234266,Natureserve 3.0,,3,971392,Natureserve 3.0,"Distribution appears to be more spotty and concentrated in areas according to BNA, whereas NS shows broader areas, thus likely overstimating size of both wintering and breeding.; ND mapped too far east in Ven, too wide in colombia and venezuela; rare in P",4,PIFTC-02,Rosenberg: threatened by mountaintop mining in Appalachians; loss of bottomland forests.,4,PIFTC-02,,5,BBS7017,,-2.73,BBS7017,-3.16,-2.25,-3.00,-2.44,0.27,383,-72.62,-77.62,-66.69,26,14,15,15,Watch List - Yel-D,VU,,,Eastern Temperate,Central and South American Highlands,Forests: Temperate Eastern,,Forests: Tropical Montane Evergreen, +1998,Northern Parula,Setophaga americana,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"18,000,000",18000000,"18,000,000",18000000,2010.5,PIFcalc19,,100,99.95493317,99.95493,99.95493317,bbs0514(UsCa),2,3351228,Natureserve 3.0,,3,605058,Natureserve 3.0,,2,PIFSC-15,"Rosenberg: affected by forestry in boreal? Also loss of bottomland hardwoods in SE; Hunter: loss of bottomlands is not a threat for this species, and is not a concern overall; potentially encroachment into other habitats is a threat for NOPA. See previous comment: boreal experts weigh in (KVR); Camfield, Alaine: TB 2 and 3 in Canadian BCR strategies. Threats include habitat loss/fragmentation from logging, roads and utility lines. Threats of lower magnitude.",2,PIFTC-02,,1,BBS7017,,1.21,BBS7017,1.01,1.40,1.10,1.32,1.96,1747,75.49,61.51,91.93,,7,8,8,,LC,,,Eastern Temperate,Caribbean,Forests: Temperate Eastern,Forests: Boreal,Forests: Tropical Generalist, +1999,Tropical Parula,Setophaga pitiayumi,landbird,Passeriformes,Parulidae,,0,1,1,1,PM,,,2,PIFTC-02. PIF CAW 2016–PS-g midpoint,Distribución en Sur América (CAW);,"20,000,000",20000000,"<5,000",5000,,PIFSC-16,guestimate based on eBird distribution,100,0.096356846,<1,0.096356846,"eBrd17(UsCa,WHem)",1,8382828,Natureserve 3.0,,1,8257761,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,requires forest,4,MX-NSAC 2008,,,,,,,,,,,,,,10,10,10,,LC,,,Neotropical,Neotropical,Forests: Tropical Generalist,,Forests: Tropical Generalist, +2000,Magnolia Warbler,Setophaga magnolia,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"39,000,000",39000000,"39,000,000",39000000,2010.5,PIFcalc19,,100,99.98130798,99.98131,99.98130798,bbs0514(UsCa),2,3645972,Natureserve 3.0,,2,1113599,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,2,BBS7017,,0.64,BBS7017,0.12,1.09,0.30,0.92,11.00,986,34.85,10.49,80.09,,8,8,8,,LC,,,Northern Forest,Gulf-Caribbean Lowlands,Forests: Boreal,Forests: Temperate Eastern,Open Country: Habitat Mosaic, +2001,Bay-breasted Warbler,Setophaga castanea,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"9,900,000",9900000,"9,900,000",9900000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,2634129,Natureserve 3.0,,3,690000,Natureserve 3.0 with adjustment by PIFSC,"Reduced to 690,000; does not winter in Caribbean and/or Cuba (Rosenberg)",2,PIFSC-19,changed due to calibration with TB-r,3,PIFTC-02,"winters in lowland tropical forest regions of Central, n. South America but tolerant of fragmentation (KVR)",3,BBS7017,,-0.48,BBS7017,-1.50,0.63,-1.03,0.16,1.57,453,-18.31,-47.70,35.34,,9,11,11,,LC,,,Northern Forest,Trans-Andean Lowlands,Forests: Boreal,,Forests: Tropical Lowland Evergreen, +2002,Blackburnian Warbler,Setophaga fusca,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"13,000,000",13000000,"13,000,000",13000000,2010.5,PIFcalc19,,100,99.88833618,99.88834,99.88833618,"bbs0514(UsCa), eBrd17(WHem)",2,2020085,Natureserve 3.0,,2,1911250,Natureserve 3.0,,3,PIFTC-02,Hunter: loss of hemlocks in appalachians is a high threat in this region.,3,PIFTC-02,,2,BBS7017,,0.23,BBS7017,-0.11,0.61,0.03,0.45,1.95,831,10.56,-4.79,29.77,,9,9,9,,LC,,,Northern Forest,Central and South American Highlands,Forests: Boreal,Forests: Temperate Eastern,Forests: Tropical Montane Evergreen, +2086,Golden-hooded Tanager,Stilpnia larvata,landbird,Passeriformes,Thraupidae,Formerly placed in the genus Tangara.,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,,,,,,3,480714,Natureserve 3.0,,3,480714,Natureserve 3.0,"NOTE -- general comment for Neotropical species -- map depiction very accurate (e.g. elevation ranges), but this is different from depictions of winter ranges of migrants -- possibly should 'smooth' distributions more to make more comparable??",3,MX-NSAC,,3,MX-NSAC,uses forest and plantations; slight decline expected,4,PIF CAW 2014,found mostly in forests and adjacent plantations; probable decline throughout C.A.,,,,,,,,,,,,,13,13,13,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2080,Speckled Tanager,Ixothraupis guttata,landbird,Passeriformes,Thraupidae,Formerly placed in the genus Tangara.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,3,367091,NatureServe,,3,367091,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2088,Green-naped Tanager,Tangara fucosa,landbird,Passeriformes,Thraupidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,3053,NatureServe,,5,3053,NatureServe,,4,PIF CAW 2014,solo la mitad de la poblacion esta dentro de areas protegidas,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,19,19,19,Watch List - Red,NT,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2089,Spangle-cheeked Tanager,Tangara dowii,landbird,Passeriformes,Thraupidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,12136,NatureServe,,5,12136,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2090,Plain-colored Tanager,Tangara inornata,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,180840,NatureServe,,4,180840,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2091,Rufous-winged Tanager,Tangara lavinia,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,133798,NatureServe,,4,133798,NatureServe,,4,PIF CAW 2014,Deforestacion,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2092,Bay-headed Tanager,Tangara gyrola,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,4003788,NatureServe,,1,4003788,NatureServe,,4,PIF CAW 2014,El mapa esta mal en NBO,4,PIF CAW 2014,El rango de extencion esta mal en NBO,4,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen +2093,Emerald Tanager,Tangara florida,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,38655,NatureServe,,5,38655,NatureServe,,3,PIF CAW 2014,Esta mas amenazada en el occidente de Panama,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2094,Silver-throated Tanager,Tangara icterocephala,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,5,74552,NatureServe,,5,74552,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2095,White-eared Conebill,Conirostrum leucogenys,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,272086,NatureServe,,4,272086,NatureServe,,4,PIF CAW 2014,Ganaderia,4,PIF CAW 2014,Ganaderia,5,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Red,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2104,Sulphur-rumped Tanager,Heterospingus rubrifrons,landbird,Passeriformes,Thraupidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,21543,NatureServe,,5,21543,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,"leve disminucion en Bocas del Toro, Panama.",,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2105,Scarlet-browed Tanager,Heterospingus xanthopygius,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,152578,NatureServe,,4,152578,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2106,Yellow-backed Tanager,Hemithraupis flavicollis,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,5631937,NatureServe,,1,5631937,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2107,Blue-black Grassquit,Volatinia jacarina,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,1,Gomez-Panjabi,,,,,,,,,,,,,,1,15289241,Natureserve 3.0,,1,15288924,Natureserve 3.0,,1,MX-NSAC,,1,MX-NSAC,benefits from human activity,1,PIF CAW 2014,,,,,,,,,,,,,,4,4,4,,LC,,"b,w",Neotropical,Neotropical,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +2108,Gray-headed Tanager,Eucometis penicillata,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,1,5566019,Natureserve 3.0,,1,5566019,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,highly specialized (ant-follower),4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2109,White-shouldered Tanager,Tachyphonus luctuosus,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,7154049,NatureServe,,1,7154049,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,es mas estable en CR y Panama,,,,,,,,,,,,,12,12,12,CBSD,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2110,Tawny-crested Tanager,Tachyphonus delatrii,landbird,Passeriformes,Thraupidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,193023,NatureServe,,4,193023,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,es mas estable en CR y Panama,,,,,,,,,,,,,16,16,16,Watch List - Red,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2142,Variable Seedeater,Sporophila corvina,landbird,Passeriformes,Thraupidae,Formerly considered conspecific with Sporophila americana.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,481488,Natureserve 3.0,,3,481488,Natureserve 3.0,O.K. -- taxonomic split accounts for difference (Ridgely considers conspecific with S. americana) -- score would be 3 or 2.,2,MX-NSAC,,2,MX-NSAC,"weedy fields, etc.",2,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,yes,"b,w",Mesoamerica,Mesoamerica,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +2143,Slate-colored Seedeater,Sporophila schistacea,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,4,PIF CAW 2016,Not evaluated,,,,,,,,,,,,,2,1540276,Natureserve 3.0,,2,1540276,NatureServe,,4,PIF CAW 2014,ligado a bambu; usa arrozales,4,PIF CAW 2014,,5,PIF CAW 2014,"A pesar de ser nomada y usar campos de arroz, su población ha disminuido",,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2146,Yellow-bellied Seedeater,Sporophila nigricollis,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,7214316,NatureServe,,1,7213962,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,7,7,7,,LC,,"b,w",Neotropical,Neotropical,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +2147,Ruddy-breasted Seedeater,Sporophila minuta,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,2,2247933,Natureserve 3.0,,2,2247933,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,"weedy fields, etc.",3,PIF CAW 2014,,,,,,,,,,,,,,10,10,10,,LC,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,Grasslands: Tropical,Open Country: Habitat Mosaic,Grasslands: Tropical +2148,Wedge-tailed Grass-Finch,Emberizoides herbicola,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,3,PIF CAW 2016,very conservative (CAW);,,,,,,,,,,,,,1,5064366,NatureServe,,1,5064366,NatureServe,,4,PIF CAW 2014,agricultura; incendios;,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,South American Lowlands,South American Lowlands,Grasslands: Tropical,,Grasslands: Tropical, +2149,Black-headed Saltator,Saltator atriceps,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,713235,Natureserve 3.0,,3,713235,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,3,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2150,Buff-throated Saltator,Saltator maximus,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,9575419,Natureserve 3.0,,1,9575419,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest but uses edge,3,PIF CAW 2014,"In Mexico, found in forest and edge, and second growth. In Costa Rica and Panama, found primarily in open woodland, second growth, shrubby clearings, gardens, and plantations (Ridgely and Tudor, Garrigues and Dean); In Mexico, found in forest and edge, and second growth. In Costa Rica and Panama, found primarily in open woodland, second growth, shrubby clearings, gardens, and plantations (Ridgely and Tudor, Garrigues and Dean);",,,,,,,,,,,,,9,9,9,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1899,Eastern Meadowlark,Sturnella magna,landbird,Passeriformes,Icteridae,,1,1,1,1,PM,,,2,PIFcalc19,,"37,000,000",37000000,"24,000,000",24000000,2010.5,PIFcalc19,,100,65.58450317,65.5845,65.58450317,"bbs0514(UsCa), eBrd17(WHem)",1,7284660,Natureserve 3.0,,1,6099118,Natureserve 3.0,,3,PIFTC-02,"DD='moderately vulnerable to human land use activities.' BNA supports directly and indirectly susceptible to loss and degradation of habitats from intensive agriculture, grazing, and pesticides. Mexico not considered.",3,PIFTC-02,"DD='moderately vulnerable to human land use activities.' BNA supports directly and indirectly susceptible to loss and degradation of habitats from intensive agriculture, grazing, and pesticides. Increased versatility in habitat use (eg feedlots, cultiva",5,BBS7017,,-3.26,BBS7017,-3.38,-3.15,-3.33,-3.20,19.32,2473,-78.96,-79.99,-77.69,23,11,11,11,CBSD,NT,,"b,w",Widespread,Widespread,Grasslands: Temperate,Grasslands: Tropical,Grasslands: Temperate,Grasslands: Tropical +1900,Western Meadowlark,Sturnella neglecta,landbird,Passeriformes,Icteridae,,1,1,1,0,PM,,,1,PIFcalc19,"distance revised to 200 m based on review of large grassland dataset, score changes to PS=1 (Blancher email, Dec. 20, 2008)","100,000,000",100000000,"95,000,000",95000000,2010.5,PIFcalc19,,100,95.590065,95.59007,95.590065,"bbs0514(UsCa), eBrd17(WHem)",1,6708072,Natureserve 3.0,,2,3871384,Natureserve 3.0 with adjustment by PIFSC,very rare in winter in northern part of mapped range; Reduced by 30% (Rosenberg),3,PIFTC-02,,3,PIFTC-02,,4,BBS7017,,-1.15,BBS7017,-1.26,-1.04,-1.22,-1.09,85.93,2064,-41.98,-44.89,-39.37,50,9,10,10,,LC,,"b,w",Great Plains,Great Plains,Grasslands: Temperate,,Grasslands: Chihuahuan,Grasslands: Temperate +1897,Yellow-headed Blackbird,Xanthocephalus xanthocephalus,landbird,Passeriformes,Icteridae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"11,000,000",11000000,"11,000,000",11000000,2010.5,PIFcalc19,,100,98.79991913,98.79992,98.79991913,"bbs0514(UsCa), eBrd17(WHem)",1,4745053,Natureserve 3.0,,2,1693247,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,"at feedlots, ag lands; but highly concentrated? (KR);overwinter in wetlands in MX which may be threatened",2,BBS7017,,-0.24,BBS7017,-0.69,0.25,-0.51,0.05,25.47,1057,-10.19,-26.62,9.86,,8,9,9,,LC,,w,Western Temperate,Western Temperate,Wetlands: Freshwater Marsh,,Open Country: Habitat Mosaic,Wetlands: Freshwater Marsh +1946,Melodious Blackbird,Dives dives,landbird,Passeriformes,Icteridae,Monotypic.,0,0,1,1,R,,,2,PIF CAW 2016,score change from 3 to 2 recommended by Central Americans in 2016,,,,,,,,,,,,,3,594075,Natureserve 3.0,,3,594075,Natureserve 3.0,,1,MX-NSAC,,1,MX-NSAC,benefits from human activity,1,PIF CAW 2014,,,,,,,,,,,,,,7,7,7,,LC,yes,,Mesoamerica,Mesoamerica,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1948,Rusty Blackbird,Euphagus carolinus,landbird,Passeriformes,Icteridae,,1,1,0,0,M,,,2,PIFcalc19,,"6,800,000",6800000,"6,800,000",6800000,2010.5,PIFcalc19,,100,,,,eBrd17(UsCa),1,7237426,Natureserve 3.0,,2,2643685,Natureserve 3.0,,3,PIFSC-Dec-08,something is getting them (KR);no known threats to boreal habitat at present.; Rosenberg: higher now because of boreal forest loss? Acid rain?; Blancher: acid rain probably not a threat in most of range. Demarest: International RUBL working group believes boreal forestry and fragmentation may have a negative effect.,3,PIFTC-02,What is the threat? Uses wide variety of habitats in winter. DD=loss of forested bottomland foraging habitats at least warrants 3.,5,CBC7017,Gahbauer 2020: RUBL winter range is covered much more extensively by the CBC than breeding range is by the BBS. Shaw 2020: BBS supports this score as well (annual trend -3.781%).,-2.50,CBC7017,-3.66,-1.38,-3.15,-1.86,3.44,1346,-69.62,,,19,11,12,12,CBSD,VU,,,Northern Forest,Eastern Temperate,Wetlands: Boreal,,Wetlands: Forested,Forests: Temperate Eastern +1836,Volcano Junco,Junco vulcani,landbird,Passeriformes,Passerellidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,1041,NatureServe,,5,1041,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Tundra: Paramo,,Tundra: Paramo, +1838,Dark-eyed Junco,Junco hyemalis,landbird,Passeriformes,Passerellidae,,1,1,1,0,PM,,,1,PIFcalc19,,"220,000,000",220000000,"220,000,000",220000000,2010.5,PIFcalc19,,100,99.92912292,99.92912,99.92912292,"bbs0514(UsCa), eBrd17(WHem)",1,10123829,Natureserve 3.0,,1,9744972,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,secure but not enhanced by human disturbance (KR),4,BBS7017,,-1.31,BBS7017,-1.54,-1.08,-1.44,-1.17,12.17,1673,-46.01,-51.89,-40.77,62,8,8,8,,LC,yes,,Nearctic,Nearctic,Forests: Temperate Generalist,,Open Country: Habitat Mosaic, +1837,Guadalupe Junco,Junco insularis,landbird,Passeriformes,Passerellidae,,0,0,1,0,R,,,5,MX-NSAC-2015,,,,,,,,,,,,,,5,,MX-NSAC-15,,5,,MX-NSAC-15,,4,MX-NSAC-15,,4,MX-NSAC-15,,5,MX-NSAC,,,,,,,,,,,,,,19,19,19,Watch List - Red,EN,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +1839,Yellow-eyed Junco,Junco phaeonotus,landbird,Passeriformes,Passerellidae,,0,1,1,1,R,,,3,PIFcalc19; MX-NSAC-19,"Lots of detection on few routes where detected, so can use BBS data in spite of few routes with detections (Blancher 2018). Very high density in US range, also in Mexican mountains. Mapped range is fairly restricted to suitable habitat.","4,300,000",4300000,"470,000",470000,2010.5,PIFcalc19,,100,10.90016747,10.90017,10.90016747,"eBrd17(UsCa,WHem)",3,473799,BirdLife 2019; Bird Conservancy of the Rockies 2020; MX-NSAC-19,Shaw 2020: removed the Baja polygon from the BirdLife range shapefile for J. phaeonotus s.l.,3,473799,BirdLife 2019; Bird Conservancy of the Rockies 2020; MX-NSAC-19,Shaw 2020: removed the Baja polygon from the BirdLife range shapefile for J. phaeonotus s.l.,2,PIFSC-16; MX-NSAC-19,"Range-wide, should be a 2; requires forest (MX-NSAC); global scores should reflect regional expert's opinion.",2,PIFSC-16; MX-NSAC-19,tolerant of disturbance,2,MX-NSAC-19,,,,,,,,,,,,,,10,10,10,,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak +1803,Common Chlorospingus,Chlorospingus flavopectus,landbird,Passeriformes,Passerellidae,Formerly Chlorospingus ophthalmicus and known as Common Bush-Tanager.,0,0,1,1,R,,,2,PIF CAW 2016,Revisar distribución al sur de guatemala. Los rangos al parecer solo toman en cuenta a centroamerica y no america del sur (CAW); score change from 3 to 2 recommended by Central Americans in 2016,,,,,,,,,,,,,3,584455,NatureServe,,3,584455,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1804,Tacarcuna Chlorospingus,Chlorospingus tacarcunae,landbird,Passeriformes,Passerellidae,Monotypic. Formerly known as Tacarcuna Bush-Tanager.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,1422,NatureServe,,5,1422,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,18,18,18,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1805,Pirre Chlorospingus,Chlorospingus inornatus,landbird,Passeriformes,Passerellidae,Monotypic. Formerly known as Pirre Bush-Tanager.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,993,NatureServe,,5,993,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1802,Sooty-capped Chlorospingus,Chlorospingus pileatus,landbird,Passeriformes,Passerellidae,Formerly known as Sooty-capped Bush-Tanager.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,3957,NatureServe,,5,3957,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1800,Yellow-throated Chlorospingus,Chlorospingus flavigularis,landbird,Passeriformes,Passerellidae,Formerly known as Yellow-throated Bush-Tanager.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,196872,NatureServe,,4,196872,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1801,Ashy-throated Chlorospingus,Chlorospingus canigularis,landbird,Passeriformes,Passerellidae,Formerly known as Ashy-throated Bush-Tanager.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,165290,NatureServe,,4,165290,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2042,Rose-throated Tanager,Piranga roseogularis,landbird,Passeriformes,Cardinalidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,106019,Natureserve 3.0,,4,106019,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,PIF CAW 2014,MX endemic breeding in only one region where local experts scored PT=4,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +2043,Hepatic Tanager,Piranga flava,landbird,Passeriformes,Cardinalidae,,0,1,1,1,PM,,,2,PIFcalc19,PS scores seemed way off -- too high?; density from US range underestimates PS,"7,600,000",7600000,"410,000",410000,2010.5,PIFcalc19,,100,5.442249298,5.442249,5.442249298,"eBrd17(UsCa,WHem)",1,7743227,Natureserve 3.0,,1,7187634,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,"requires forest, but tolerates disturbance",1,BBS7017,,2.88,BBS7017,2.01,3.99,2.35,3.49,0.51,44,252.36,107.44,435.79,,7,7,7,,,,,Neotropical,Neotropical,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen +2046,Western Tanager,Piranga ludoviciana,landbird,Passeriformes,Cardinalidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"15,000,000",15000000,"15,000,000",15000000,2010.5,PIFcalc19,,100,99.04823303,99.04823,99.04823303,"bbs0514(UsCa), eBrd17(WHem)",2,3651605,Natureserve 3.0,,3,979899,Natureserve 3.0,Winter map looks good -- but very close to cut-off.,2,PIFTC-02,Not necessarily dependent on undisturbed forest?; Rosenberg: loss of oaks and overall development in lower elevations of West? major breeding habitat (open ponderosa and similar pine forest) is not particularly threatened; TB=2 is OK (AP),3,PIFTC-02,"winters primarily in tropical dry and pine-oak forests of Mexico; score should be consistent with other birds in that habitat (KVR); although it uses a broad range of habitats in winter, including disturbed areas, highest densities are in native TDF (Panjabi)",1,BBS7017,,1.07,BBS7017,0.86,1.26,0.95,1.19,6.73,980,64.42,54.72,78.68,,7,9,9,,LC,,,Western Temperate,Mesoamerican Pacific Lowlands,Forests: Temperate Western,,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +2047,Flame-colored Tanager,Piranga bidentata,landbird,Passeriformes,Cardinalidae,,0,0,1,1,R,,,4,Gomez-Panjabi,PS score seemed a bit low; density from US range underestimates PS,,,,,,,,,,,,,3,400050,Natureserve 3.0,,3,400050,Natureserve 3.0,"Check distribution in costa rica, Panama -- not sure what is shown on map. NOTE -- general comment for Neotropical species -- map depiction very accurate (e.g. elevation ranges), but this is different from depictions of winter ranges of migrants -- possi",3,PIFTC-old,"only 1 breeding location in US, Mexicans should score-CB; requires forest (MX-NSAC).",3,PIFTC-old,"only 1 breeding location in US, Mexicans should score-CB; requires forest",4,PIF CAW 2014,"all Mexican regions indicate PT=4, situation likely similar outside of Mexico",,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +930,Northern Emerald-Toucanet,Aulacorhynchus prasinus,landbird,Piciformes,Ramphastidae,,0,0,1,1,R,,,4,Gomez-Panjabi;Bird Conservancy of the Rockies 2019,multiplied % of range for Mexican and Central American pops of Emerald Toucanet s.l. by rounded geometric midpoint of pop estimate range from Emerald Toucanet's PS-g = 4,,,,,,,,100,,,,BirdLife 2019; Bird Conservancy of the Rockies 2019,3,511872,BirdLife 2019;Bird Conservancy of the Rockies 2019,"combined BirdLife's polygons for A. caeruleogularis, A. prasinus, and A. wagleri to match AOS's definition of Northern Emerald-Toucanet including all 3 taxa",3,511872,BirdLife 2019;Bird Conservancy of the Rockies 2019,"combined BirdLife's polygons for A. caeruleogularis, A. prasinus, and A. wagleri to match AOS's definition of Northern Emerald-Toucanet including all 3 taxa",4,MX-NSAC,,4,MX-NSAC,uses coffee plantations and primary and secondary forest,4,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1841,Rufous-collared Sparrow,Zonotrichia capensis,landbird,Passeriformes,Passerellidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,11347737,Natureserve 3.0,,1,11347737,Natureserve 3.0,,1,MX-NSAC,"TB=1 more appropriate due to preference for rural and agricultural landscapes, towns, villages, etc.",1,MX-NSAC,tolerant of disturbance,1,PIF CAW 2014,has increased with forest clearing,,,,,,,,,,,,,5,5,5,,LC,yes,,Neotropical,Neotropical,Open Country: Developed/Disturbed,Forests: Tropical Montane Evergreen,Open Country: Developed/Disturbed,Forests: Tropical Montane Evergreen +1845,White-throated Sparrow,Zonotrichia albicollis,landbird,Passeriformes,Passerellidae,Monotypic.,1,1,1,0,M,,,1,PIFcalc19,,"160,000,000",160000000,"160,000,000",160000000,2010.5,PIFcalc19,,100,99.99999237,99.99999,99.99999237,bbs0514(UsCa),1,5636689,Natureserve 3.0,,2,3985693,Natureserve 3.0 with adjustment by PIFSC,"Given that this species, especially in the southwest, while regular is quite sparsely populated, and given that the km# is only 36,000 above the cut-off for a score of 2, I'd continue with the PIF given score. Reduced by 50,000 km2 (Rosenberg)",2,PIFTC-02,,2,PIFTC-02,secure but not enhanced by human disturbance (KR),4,BBS7017,,-0.98,BBS7017,-1.37,-0.66,-1.21,-0.78,41.71,1128,-36.74,-45.65,-25.13,98,8,9,9,,LC,,,Northern Forest,Eastern Temperate,Forests: Boreal,,Forests: Temperate Eastern, +1844,Harris's Sparrow,Zonotrichia querula,landbird,Passeriformes,Passerellidae,Monotypic.,1,1,1,0,M,,,3,PIF BBS-based calculation 2016,,"2,000,000",2000000,"2,000,000",2000000,,PIFSC-16–PS-g,,100,,,,eBrd17(UsCa),2,1687725,Natureserve 3.0,,3,995373,Natureserve 3.0,"NS maps are appropriate but seem to place an undue weight on extralimital areas. 1) either include all extralimital areas or none of them. Areas on both the east, west and northern edges of winter range seem too large. Whether it is enough to shave off",2,PIFTC-02,,2,PIFTC-02,"Uses edge, thickets, suburban. Ecotones and disturbed areas. Comes to feeders (ED)",5,CBC7017,,-1.91,CBC7017,-2.34,-1.50,-2.16,-1.68,27.26,505,-59.33,-67.24,-47.66,,12,13,13,Watch List - Yel-D,NT,,,Northern Forest,Great Plains,Tundra: Arctic,Forests: Boreal,Forests: Temperate Eastern,Grasslands: Temperate +1842,White-crowned Sparrow,Zonotrichia leucophrys,landbird,Passeriformes,Passerellidae,,1,1,1,0,PM,,,1,PIFcalc19,,"79,000,000",79000000,"79,000,000",79000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),1,7325502,Natureserve 3.0,,1,7055785,Natureserve 3.0,"Though this species is sparsely spread across the eastern US during non-breeding season, the NS range is probably better than the original PIF scores",2,PIFTC-02,Most of breeding range north of human impact zone.,2,PIFTC-02,secure but not enhanced by human disturbance (KR); but in west are dirt birds in human areas (DP),3,BBS7017,,-0.30,BBS7017,-1.01,0.13,-0.61,-0.05,4.62,547,-12.96,-34.52,15.53,,7,7,7,,LC,yes,w,Nearctic,Nearctic,Tundra: Arctic,Forests: Boreal,Open Country: Habitat Mosaic, +1843,Golden-crowned Sparrow,Zonotrichia atricapilla,landbird,Passeriformes,Passerellidae,Monotypic.,1,1,1,0,M,,,2,PIFcalc19,,"7,500,000",7500000,"7,500,000",7500000,2010.5,PIFcalc19,,100,,,,eBrd17(UsCa),2,1665204,Natureserve 3.0,,3,659908,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,secure but not enhanced by human disturbance (KR),4,BBS9317,"PIFSC-19: Poor BBS coverage in interior subalpine breeding habitat, but better coverage in coastal breeding habitat. Overall statistically significant trend in expanded BBS. CBC shows an opposite trend (1.3236%) but may not deal well with such an abundant species, so was not used.",-1.42,BBS9317,-2.70,-0.28,,,22.55,37,-27.19,-47.22,-0.51,,10,11,11,,LC,,,Arctic,Pacific North America,Tundra: Alpine,Forests: Temperate Western,Open Country: Habitat Mosaic, +2044,Summer Tanager,Piranga rubra,landbird,Passeriformes,Cardinalidae,,0,1,1,1,M,,,2,PIFcalc19,,"12,000,000",12000000,"11,000,000",11000000,2010.5,PIFcalc19,,100,91.59797668,91.59798,91.59797668,"bbs0514(UsCa), eBrd17(WHem)",2,3270144,Natureserve 3.0,,1,4469766,Natureserve 3.0 with adjustment by PIFSC,"winter map too extensive in South America -- only scattered records well east of Andes, and not at higher elevations (Ridgely) -- also should not depict Cuba (rare). Still, accept new score of ND=1. + +Ken comment: Reduce range by 10%; winter map too extensi",3,PIFTC-02,W riparian issues balance E generalist (KR). DD='moderately vulnerable to human land use activities.' BNA supports that western pops facing threats from destruction of riparian habitat on order of TB 4. More abundant Eastern pops susceptible to overall.,3,PIFSC-Dec-08,"DD='relatively tolerant of human land use acitivities.' BNA supports that species uses variety of secondary and open habitats on winter range, suggesting loss of primary forest not a threat.; Rosenberg: winters primarily in forested regions -- not in highly disturbed habitats",2,BBS7017,,0.29,BBS7017,0.17,0.44,0.22,0.38,2.96,1233,14.93,7.15,21.81,,9,8,9,,LC,,,Eastern Temperate,Neotropical,Forests: Temperate Eastern,,Forests: Tropical Generalist, +2116,Scarlet-rumped Tanager,Ramphocelus passerinii,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,3,PIF CAW 2016;Bird Conservancy of the Rockies 2019,"score change from 4 to 3 recommended by Central Americans in 2016 for Passerini's Tanager. Since Cherrie's was lumped with Passerini's, it is unlikely that the addition of a population likely an order of magnitude smaller (Cherrie PS-g = 4) would bump up PS-g to 2.",,,,,,,,100,,,,Natureserve 3.0; Bird Conservancy of the Rockies 2019,4,226271,Natureserve 3.0; Bird Conservancy of the Rockies 2019,summed range estimates for Cherrie's and Passerini's Tanagers,4,226271,Natureserve 3.0;Bird Conservancy of the Rockies 2019,summed range estimates for Cherrie's and Passerini's Tanagers,2,MX-NSAC; PIF CAW 2014,,2,MX-NSAC; PIF CAW 2014,benefits from disturbance,2,PIF CAW 2014,"given its preference for open areas, a recent increase seems likely",,,,,,,,,,,,,11,11,11,,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1949,Brewer's Blackbird,Euphagus cyanocephalus,landbird,Passeriformes,Icteridae,Monotypic.,1,1,1,0,PM,,,2,PIFcalc19,,"23,000,000",23000000,"23,000,000",23000000,2010.5,PIFcalc19,,100,99.26387024,99.26387,99.26387024,"bbs0514(UsCa), eBrd17(WHem)",1,4740320,Natureserve 3.0,,1,6129777,Natureserve 3.0,"winter and resident map too liberal in NW and SE, but shouldn't cvhange score.",2,PIFTC-02,,2,PIFTC-02,"Compared with other blackbirds, does not seem to be increasing in response to human activities; not an urban bird (KVR)",5,BBS7017,,-2.04,BBS7017,-2.25,-1.85,-2.16,-1.93,29.95,1672,-62.05,-65.42,-58.24,42,10,10,10,CBSD,LC,yes,"b,w",Western Temperate,Western Temperate,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1950,Common Grackle,Quiscalus quiscula,landbird,Passeriformes,Icteridae,,1,1,0,0,PM,,,1,PIFcalc19,,"67,000,000",67000000,"67,000,000",67000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),1,8190985,Natureserve 3.0,,2,3683144,Natureserve 3.0,,2,PIFSC-18,"overall conditions at continental scale are expected to remain stable relative to current conditions, although it is recognized that some regions could experience some decline or increase in conditions due to issues such as agricultural chemicals or increasing urbanizations, respectively",1,PIFTC-02,,5,BBS7017,,-1.84,BBS7017,-1.92,-1.75,-1.89,-1.79,32.00,3411,-58.20,-59.97,-56.78,33,9,9,9,CBSD,NT,yes,"b,w",Eastern Temperate,Eastern Temperate,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1951,Boat-tailed Grackle,Quiscalus major,landbird,Passeriformes,Icteridae,,0,1,0,0,R,,,3,PIFcalc19,,"2,200,000",2200000,"2,200,000",2200000,2010.5,PIFcalc19,,100,99.94799042,99.94799,99.94799042,"bbs0514(UsCa), eBrd17(WHem)",4,202340,Natureserve 3.0,,4,207174,Natureserve 3.0,,2,PIFSC-18,"overall conditions at continental scale are expected to remain stable relative to current conditions, although it is recognized that some regions could experience some decline or increase in conditions due to issues such as agricultural chemicals or increasing urbanizations, respectively",1,PIFTC-02,,4,BBS7017,,-0.91,BBS7017,-1.55,-0.28,-1.28,-0.52,24.96,177,-34.16,-53.84,-15.00,112,13,12,13,,LC,yes,,Eastern Temperate,Eastern Temperate,Coasts: Saltmarsh,Wetlands: Freshwater Marsh,Coasts: Saltmarsh,Wetlands: Freshwater Marsh +1831,Green-striped Brushfinch,Arremon virenticeps,landbird,Passeriformes,Passerellidae,"name change (""brushfinch"" no longer hyphenated); Monotypic.",0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,79799,Natureserve 3.0,,5,79799,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,humid pine-evergreen forest,4,MX-NSAC,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Highland,,Forests: Mesoamerican Highland, +1828,Costa Rican Brushfinch,Arremon costaricensis,landbird,Passeriformes,Passerellidae,"name change (""brushfinch"" no longer hyphenated); Formerly included in Arremon torquatus.",0,0,0,1,R,,,5,PIF CAW 2016,"split from arremon torquatus, range area is incorrect (CAW);",,,,,,,,,,,,,3,4000,NatureServe,,3,451156,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1815,Olive Sparrow,Arremonops rufivirgatus,landbird,Passeriformes,Passerellidae,,0,1,1,1,R,,,3,PIFcalc19,Very high density within US range -- presumably also in NE Mexico (PIFSC-18).,"4,800,000",4800000,"830,000",830000,2010.5,PIFcalc19,,100,17.10999298,17.10999,17.10999298,"bbs0514(UsCa), eBrd17(WHem)",3,484726,Natureserve 3.0,,3,484726,Natureserve 3.0,Range looks very accurate -- probably better than RMBO score,3,PIFTC-02,,3,PIFTC-02,requires dense woody vegetation,3,MX-NSAC 2008,,,,,,,,,,431.65,217.52,715.56,,12,12,12,,LC,,,Mesoamerica,Mesoamerica,Forests: Tropical Dry,,Forests: Tropical Dry, +1816,Green-backed Sparrow,Arremonops chloronotus,landbird,Passeriformes,Passerellidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,231235,Natureserve 3.0,,4,231235,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,PIF CAW 2014,MX represents roughly 50% of species range. regional experts score PT=4.,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1817,Black-striped Sparrow,Arremonops conirostris,landbird,Passeriformes,Passerellidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,2,1132966,NatureServe,,2,1132966,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,8,8,8,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1879,White-naped Brushfinch,Atlapetes albinucha,landbird,Passeriformes,Passerellidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,256854,Natureserve 3.0,,4,256854,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,humid forest and clearings,4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1878,Rufous-capped Brushfinch,Atlapetes pileatus,landbird,Passeriformes,Passerellidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,349940,Natureserve 3.0,,3,349940,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,humid forest and clearings,3,MX-NSAC,,,,,,,,,,,,,,13,13,13,,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +1877,Collared Towhee,Pipilo ocai,landbird,Passeriformes,Passerellidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,114410,Natureserve 3.0,,4,114410,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,3,MX-NSAC,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +1874,Green-tailed Towhee,Pipilo chlorurus,landbird,Passeriformes,Passerellidae,Monotypic.,0,1,1,0,M,,,3,PIFcalc19,,"4,800,000",4800000,"4,800,000",4800000,2010.5,PIFcalc19,,100,99.42897797,99.42898,99.42897797,"bbs0514(UsCa), eBrd17(WHem)",2,1735151,Natureserve 3.0,,2,1755819,Natureserve 3.0,"Winter map too liberal, especially at northern edge of range -- really just a few individuals wintering along lowland river valleys north of Mexican border; too far north and east in Texas, and way too far n. in California -- since close to cut-off, shoul",3,PIFTC-02,,2,PIFTC-02,,4,BBS7017,,-0.42,BBS7017,-0.79,-0.05,-0.65,-0.20,5.50,440,-17.87,-31.97,-3.10,,12,11,12,,LC,,,Intermountain West,North American Southwest,Aridlands: Sagebrush,,Aridlands: Desert Scrub,Aridlands: Desert Riparian +2045,Scarlet Tanager,Piranga olivacea,landbird,Passeriformes,Cardinalidae,Monotypic.,1,1,1,1,M,,,3,PIFcalc19,"distance revised to 200 m based on review of large boreal dataset, score reverts to PS=3 (Blancher email, Dec. 20, 2008)","2,600,000",2600000,"2,600,000",2600000,2010.5,PIFcalc19,,100,99.86201477,99.86201,99.86201477,"bbs0514(UsCa), eBrd17(WHem)",2,2750748,Natureserve 3.0 with adjustment by PIFSC-08,"Added 150,000 km2 to range; missing range in southern Ontario and north of St. Lawrence River in Quebec",3,901168,Natureserve 3.0 with adjustment by PIFSC,Reduced range by 50%; Winter map too extensive in South America -- winters primarily east of Andes and not at higher elevations (Rosenberg),3,PIFSC-Dec-08,"Sensitive to fragmentation in mature forest much of range, making vulnerable to brood parasitism and predation (KR, DD, BNA). DD='moderately vulnerable to human land use activities.' NOT sensitive in southeast (CH).; Rosenberg: should be 'moderate threats'- increasingly threatened by development; Hunter: disagree with TB=3, spreading and increasing in southern 2/3 of range, uses broad range of forested habitats from plantations to mature forest.",3,PIFTC-02,"DD='no information available'. BNA cites use of primary or mature second growth montane and lowland forest, but that information lacking regarding threats to these habitats within winter range.",3,BBS7017,,-0.26,BBS7017,-0.37,-0.15,-0.32,-0.19,1.27,1729,-11.45,-16.23,-6.88,,11,12,12,,LC,,,Eastern Temperate,South American Lowlands,Forests: Temperate Eastern,,Forests: Tropical Lowland Evergreen, +1952,Great-tailed Grackle,Quiscalus mexicanus,landbird,Passeriformes,Icteridae,,0,1,1,1,R,,,2,PIFcalc19,score change from 2 to 1 recommended by Central Americans in 2016 over PIF estimate of 15000000,"30,000,000",30000000,"8,200,000",8200000,2010.5,PIFcalc19,,100,27.52127838,27.52128,27.52127838,"bbs0514(UsCa), eBrd17(WHem)",1,5008310,Natureserve 3.0,,1,5008310,Natureserve 3.0,should be some shrinking of range in winter -- not sure if it's enough to bump score to 2?,1,PIFTC-02,,1,PIFTC-02,benefits from human activity,1,BBS7017,,2.37,BBS7017,1.37,3.24,1.75,2.89,21.81,509,188.64,88.42,324.02,,5,5,5,,LC,yes,"b,w",Mesoamerica,Mesoamerica,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +1954,Nicaraguan Grackle,Quiscalus nicaraguensis,landbird,Passeriformes,Icteridae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,7102,NatureServe,,5,7102,NatureServe,,4,PIF CAW 2014,"afectada por la quema de tulares, la aumenta de arrozales y ganadería; y caen en las para la cacería de patos;",4,PIF CAW 2014,,5,PIF CAW 2014,Ha notada una disminuación y no ha expandido por la aumento de ganadería,,,,,,,,,,,,,19,19,19,Watch List - Red,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +1942,Shiny Cowbird,Molothrus bonariensis,landbird,Passeriformes,Icteridae,,0,1,0,1,R,,,2,PIF CAW 2016,score change from 1 to 2 recommended by Central Americans in 2016 over PIF estimate of 200000000,,,<500,500,,PIFSC-16,guestimate based on eBird distribution,100,,,,"eBrd17(UsCa,WHem)",1,13436227,Natureserve 3.0,,1,13436227,Natureserve 3.0,,1,PIFTC-02,DD='species benefits and habitats enhanced by human activity.' BNA supports that ag clearing and feedlots supported spread thorugh Caribbean and into Florida. Recently resident in Keys and mainland FL due to human activities..,1,PIFTC-02,DD='species benefits and habitats enhanced by human activity.' BNA supports that ag clearing and feedlots supported spread thorugh Caribbean and into Florida. Recently resident in Keys and mainland FL due to human activities.,3,CBC7017,,3.48,CBC7017,-5.11,13.18,-1.32,8.65,0.00,12,399.57,,,,7,7,7,,LC,yes,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +2151,Slate-colored Grosbeak,Saltator grossus,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,1,6264103,NatureServe,,1,6264103,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,CBSD,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2153,Grayish Saltator,Saltator coerulescens,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,10163567,Natureserve 3.0,,1,10163567,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,2,PIF CAW 2014,species has almost certainly benefitted from deforestation;; species has almost certainly benefitted from deforestation,,,,,,,,,,,,,7,7,7,,LC,yes,,Neotropical,Neotropical,Forests: Tropical Dry,,Forests: Tropical Dry, +2154,Streaked Saltator,Saltator striatipectus,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,3,857972,NatureServe,,3,857972,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,,,,,,,,,,,,,,9,9,9,,LC,yes,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Generalist,,Forests: Tropical Generalist, +1790,Rosy Thrush-Tanager,Rhodinocichla rosea,landbird,Passeriformes,Rhodinocichlidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,147346,Natureserve 3.0,,4,147346,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,dry forests,4,PIF CAW 2014,"both regions in MX score PT=5; trend in Costa Rica and Panama unknown; primary habitats are overgrown clearings and second-growth, but species occurence in unpredictable, habitat needs poorly understood; In Mexico, this species has been recorded in forest edge, however, forests should have a sizeable extension. Unrecorded in heavily degraded forest edges. PT=5 should be mantained, as potential specific differetiation has been suggested; Preferimos un valor de 5 ya que la especie tambien resulta afectada por procesos de ganaderizaci#n y desarrollo costero, hay evidencia de que no ocupa todo el hßbitat disponible. Sin embargo acordamos dejar el valor de 4 pensando en el significado de decl",,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +2041,Dusky-faced Tanager,Mitrospingus cassinii,landbird,Passeriformes,Mitrospingidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,167445,NatureServe,,4,167445,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1889,Western Spindalis,Spindalis zena,landbird,Passeriformes,Spindalidae,,0,0,1,0,R,,,4,Gomez-Panjabi–PS-g midpoint,best guess -- not really sure on abundance within caribbean range,"200,000",200000,,,,,,,,,,,4,125563,Natureserve 3.0,"200-km rule no longer applies, still BD=4",4,126052,Natureserve 3.0,island range but still BD4,2,Hunter 2009,considering West Indies TB/N=2.,2,Hunter 2009,requires forest; considering West Indies where species is tolerant of disturbance,2,MX-NSAC-12,species probably benefits from clearings; regional score is appropriate for entire range,,,,,,,,,,,,,12,12,12,,LC,,,Caribbean,Caribbean,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +1880,Yellow-thighed Brushfinch,Atlapetes tibialis,landbird,Passeriformes,Passerellidae,Formerly placed in the genus Pselliophorus.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,6577,NatureServe,,5,6577,NatureServe,,3,PIF CAW 2014,en las alturas pero es una generalista,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1881,Yellow-green Brushfinch,Atlapetes luteoviridis,landbird,Passeriformes,Passerellidae,Formerly placed in the genus Pselliophorus.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,1206,NatureServe,,5,1206,NatureServe,,5,PIF CAW 2014,está afuera de áreas protegidas,5,PIF CAW 2014,,5,PIF CAW 2014,,,,,,,,,,,,,,20,20,20,Watch List - Red,VU,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1861,Large-footed Finch,Pezopetes capitalis,landbird,Passeriformes,Passerellidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,3408,NatureServe,,5,3408,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1830,Orange-billed Sparrow,Arremon aurantiirostris,landbird,Passeriformes,Passerellidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,694967,Natureserve 3.0,,3,694967,Natureserve 3.0,"NOTE -- general comment for Neotropical species -- map depiction very accurate (e.g. elevation ranges), but this is different from depictions of winter ranges of migrants -- possibly should 'smooth' distributions more to make more comparable??",4,MX-NSAC,,4,MX-NSAC,humid evergreen forest,4,PIF CAW 2014,Restricted to humid evergreen forest in lowland and lower foothills within C.A. range; loss of such forests has been extensive; MX regional experts score PT=5 in SECL,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1833,Sooty-faced Finch,Arremon crassirostris,landbird,Passeriformes,Passerellidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,9544,NatureServe,,5,9544,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1864,Canyon Towhee,Melozone fusca,landbird,Passeriformes,Passerellidae,,0,1,1,0,R,,,2,PIFcalc19,,"9,100,000",9100000,"2,800,000",2800000,2010.5,PIFcalc19,,100,30.84841156,30.84841,30.84841156,"bbs0514(UsCa), eBrd17(WHem)",2,1640501,Natureserve 3.0,,2,1640501,Natureserve 3.0,,2,PIFSC-08,,2,PIFSC-08,benefits from disturbance,3,MX-NSAC 2008,"stable or increasing in mexico, declining in U.S.; leave at PT=3",,,,,,,,,-54.27,-72.75,-32.65,61,9,9,9,,LC,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1865,White-throated Towhee,Melozone albicollis,landbird,Passeriformes,Passerellidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,5,64892,Natureserve 3.0,,5,64892,Natureserve 3.0,,2,MX-NSAC,global score should reflect regional experts' opinion.,2,MX-NSAC,benefits from clearing,2,MX-NSAC,,,,,,,,,,,,,,13,13,13,,LC,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1867,California Towhee,Melozone crissalis,landbird,Passeriformes,Passerellidae,,0,1,1,0,R,,,2,PIFcalc19,,"7,500,000",7500000,"5,200,000",5200000,2010.5,PIFcalc19,,100,69.95963287,69.95963,69.95963287,"bbs0514(UsCa), eBrd17(WHem)",3,333295,Natureserve 3.0,,3,333295,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,4,BBS7017,,-0.41,BBS7017,-0.70,-0.13,-0.59,-0.25,10.82,152,-17.48,-27.74,-6.92,,11,11,11,,LC,yes,,Pacific North America,Pacific North America,Aridlands: Chaparral,,Aridlands: Chaparral, +1866,Abert's Towhee,Melozone aberti,landbird,Passeriformes,Passerellidae,,0,1,1,0,R,,,3,PIFcalc19,,"950,000",950000,"890,000",890000,2010.5,PIFcalc19,,100,93.64305115,93.64305,93.64305115,"bbs0514(UsCa), eBrd17(WHem)",4,170290,Natureserve 3.0,,4,170290,Natureserve 3.0,,3,PIFTC-02,,2,PIFTC-02,"really common in towns and Ag canal borders, etc. should be ""2"" at least in nonbreeding (KVR)",2,BBS7017,"Rosenberg: I suspect there is a feeder/urban bias to the CBC data, which is why many of the declines from BBS don't show up.",0.95,BBS7017,-0.39,2.25,0.16,1.70,1.08,35,45.89,-23.43,140.06,,12,11,12,,LC,yes,,North American Southwest,North American Southwest,Aridlands: Desert Riparian,Aridlands: Desert Scrub,Aridlands: Desert Riparian,Aridlands: Desert Scrub +1807,Cinnamon-tailed Sparrow,Peucaea sumichrasti,landbird,Passeriformes,Passerellidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,9751,Natureserve 3.0,,5,9751,Natureserve 3.0,,3,MX-NSAC 2008,"appears to do well in disturbed habitat and is still common in acahuales and on the wind farm zones, with no interaction with the rotors (R. Villegas); Su habitat reproductivo está disminuyendo y transformando (agricultura, apertura de caminos e infraestructura para windfarms) (Macias).",3,MX-NSAC,moderate habitat loss,5,MX-NSAC-12,"found in 1 region, regional experts scored 5",,,,,,,,,,,,,18,18,18,Watch List - Red,NT,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1806,Rufous-winged Sparrow,Peucaea carpalis,landbird,Passeriformes,Passerellidae,,0,1,1,0,R,,,4,Gomez-Panjabi–PS-g midpoint,"extrapolating BBS-based US/Canada estimate using eBird would result in a global estimate of 100,000, way too low (PIFSC-18).","200,000",200000,"67,000",67000,2010.5,PIFcalc19,,100,,,,"eBrd17(UsCa,WHem)",4,176170,Natureserve 3.0,,4,176170,Natureserve 3.0,,3,PIFTC-02,how specialized or threatened throughout range? (KR); dependent on desert grassland throughout range; requires primary vegetation (MX-NSAC). Requires shrub-encroached grasslands - not a highly threatened habitat; reproduction tied to summer rains; potentially vulnerable to extreme heat events; moderate threats overall (AP),3,PIFTC-02,requires primary vegetation,4,MX-NSAC 2008,regional experts score PT=4 in core areas (NWAB and NWPL),,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +2070,Lazuli Bunting,Passerina amoena,landbird,Passeriformes,Cardinalidae,Monotypic.,1,1,1,0,M,,,2,PIFcalc19,,"6,500,000",6500000,"6,500,000",6500000,2010.5,PIFcalc19,,100,99.61871338,99.61871,99.61871338,"bbs0514(UsCa), eBrd17(WHem)",2,2819045,Natureserve 3.0,,3,339051,Natureserve 3.0,,3,PIFTC-02,Hit hard by cowbirds.,2,PIFTC-02,"Not a major cage bird. Like other buntings, uses a variety of edge habitats in winter, including corn fields (milpas), second growth and shrublands; not a forest-dependent bird (Panjabi)",2,BBS7017,,0.40,BBS7017,0.11,0.74,0.22,0.58,1.96,770,20.29,2.79,40.39,,9,9,9,,LC,,,Western Temperate,Mesoamerican Pacific Lowlands,Forests: Temperate Western,,Open Country: Habitat Mosaic, +2071,Indigo Bunting,Passerina cyanea,landbird,Passeriformes,Cardinalidae,Monotypic.,1,1,1,1,M,,,1,PIFcalc19; PIFSC-20,"PIFSC-20: listed as a breeder in the Maderas del Carmen range in northern Coahuila by Miller et al. (2019). This is edge of range territory and not nearly as abundant as further north and east. Since <0.1% in Mexico, we used the US/Canada estimate as the global estimate.","77,000,000",77000000,"77,000,000",77000000,2010.5,PIFcalc19,,100,99.96279144,99.96279,99.96279144,bbs0514(UsCa),1,5858023,Natureserve 3.0,,2,1413101,Natureserve 3.0,,2,PIFTC-02,"adapted to disturbance, but not enhanced by humans (KR). DD='species relatively tolerant of human land use activities.' Although abundant and adaptable, BNA doesn't support that overall human impacts are beneficial. Threats from intensive agriculture.",2,PIFTC-02,"DD='species relatively tolerant of human land use activities.' BNA states threats exist in form of pesticides, shooting as ag pests, trapping for cage bird trade, but likely minimized by creation of many secondary, disturbed and ag habitats.",4,BBS7017,,-0.73,BBS7017,-0.78,-0.67,-0.76,-0.70,10.03,2521,-29.16,-30.90,-27.50,78,8,9,9,,LC,,,Eastern Temperate,Gulf-Caribbean Lowlands,Forests: Temperate Eastern,,Open Country: Habitat Mosaic, +2072,Rose-bellied Bunting,Passerina rositae,landbird,Passeriformes,Cardinalidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,7425,Natureserve 3.0,,5,7425,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,"capture for trade, moderate habitat loss",5,MX-NSAC-12,MX endemic breeding in only one region where local experts scored PT=5,,,,,,,,,,,,,19,19,19,Watch List - Red,NT,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1808,Stripe-headed Sparrow,Peucaea ruficauda,landbird,Passeriformes,Passerellidae,,0,0,1,1,R,,,3,Gomez-Panjabi,hello,,,,,,,,,,,,,4,264471,Natureserve 3.0,,4,264471,Natureserve 3.0,,2,MX-NSAC,,2,MX-NSAC,tolerant of disturbance,2,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,"b,w",Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1809,Black-chested Sparrow,Peucaea humeralis,landbird,Passeriformes,Passerellidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,84196,Natureserve 3.0,,4,84196,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires primary vegetation,3,MX-NSAC,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1810,Bridled Sparrow,Peucaea mystacalis,landbird,Passeriformes,Passerellidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,52796,Natureserve 3.0,,5,52796,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires primary vegetation,3,MX-NSAC,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1848,Striped Sparrow,Oriturus superciliosus,landbird,Passeriformes,Passerellidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,295534,Natureserve 3.0,,4,295534,Natureserve 3.0,,2,MX-NSAC,global score should reflect regional expert's opinion.,2,MX-NSAC,requires primary vegetation,3,MX-NSAC-12,"regional experts score PT=3 in most of range (NWMH, CEMH); Species seems to be increasing as result of forest clearing",,,,,,,,,,,,,13,13,13,,LC,,"b,w",Mesoamerican Highlands,Mesoamerican Highlands,Grasslands: Tropical,,Grasslands: Tropical, +1835,American Tree Sparrow,Spizelloides arborea,landbird,Passeriformes,Passerellidae,,1,1,0,0,M,,,2,PIFcalc19,,"26,000,000",26000000,"26,000,000",26000000,2010.5,PIFcalc19,,100,,,,eBrd17(UsCa),1,4950654,Natureserve 3.0,,1,6328413,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,5,CBC7017,,-1.82,CBC7017,-2.07,-1.56,-1.96,-1.67,59.98,1983,-57.66,-62.35,-51.65,,10,10,10,CBSD,LC,,,Arctic,Nearctic,Tundra: Arctic,Forests: Boreal,Open Country: Habitat Mosaic, +1822,Chipping Sparrow,Spizella passerina,landbird,Passeriformes,Passerellidae,,1,1,1,1,PM,,,1,PIFcalc19,,"240,000,000",240000000,"230,000,000",230000000,2010.5,PIFcalc19,,100,97.91936493,97.91936,97.91936493,"bbs0514(UsCa), eBrd17(WHem)",1,13328298,Natureserve 3.0,,2,3195124,Natureserve 3.0,"Non-breeding range is vastly underestimated with the species appearing only as a breeding species across the southern US. + +Ken comment: Add 1.6M km2 in U.S. and Mexico; Non-breeding range is vastly underestimated with the species appearing only as a breed",2,PIFSC-19,"changed due to calibration with TB-r; primary habitat is forest, so benefit from development is minor",2,PIFTC-02,"secure, but not enhanced by human disturbance (KR). DD='species benefits from human activity and land use.' BNA repeatedly supports that pops higher than presettlement times due to species affinity for human modified landscapes with ample foraging habit",4,BBS7017,,-0.60,BBS7017,-0.77,-0.44,-0.70,-0.50,12.12,3793,-24.38,-30.34,-19.25,144,8,9,9,,LC,yes,,Nearctic,Nearctic,Forests: Temperate Generalist,,Open Country: Habitat Mosaic, +1823,Clay-colored Sparrow,Spizella pallida,landbird,Passeriformes,Passerellidae,Monotypic.,1,1,1,0,M,,,1,PIFcalc19,,"60,000,000",60000000,"60,000,000",60000000,2010.5,PIFcalc19,,100,99.95632172,99.95632,99.95632172,bbs0514(UsCa),2,3205847,Natureserve 3.0,,2,1204531,Natureserve 3.0,,2,PIFTC-02,,3,PIFSC-Dec-08,Panjabi: at least moderately threatened by increasing loss of Chihuahuan grasslands,4,BBS7017,,-1.23,BBS7017,-1.42,-1.04,-1.33,-1.11,16.32,907,-44.07,-48.88,-37.97,,9,10,10,,LC,,"b,w",Great Plains,North American Southwest,Grasslands: Temperate,Open Country: Habitat Mosaic,Grasslands: Chihuahuan,Grasslands: Temperate +1826,Brewer's Sparrow,Spizella breweri,landbird,Passeriformes,Passerellidae,,1,1,1,0,M,,,2,PIFcalc19,,"17,000,000",17000000,"17,000,000",17000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,2821742,PIFSC-08,"removed 400,000 km2 from BC; NS map fills gap between Timberline and Brewer's, relative to NatGeo",2,1470350,Natureserve 3.0,,3,PIFTC-02,"vulnerable, but not HIGHLY threatened (KR).",3,PIFSC-Dec-08,Panjabi: at least moderately threatened by increasing loss of Chihuahuan grasslands,4,BBS7017,,-1.07,BBS7017,-1.60,-0.56,-1.40,-0.76,21.49,688,-39.48,-53.24,-23.00,125,11,11,11,,LC,,w,Intermountain West,North American Southwest,Aridlands: Sagebrush,,Aridlands: Desert Scrub, +1825,Field Sparrow,Spizella pusilla,landbird,Passeriformes,Passerellidae,,1,1,1,0,PM,,,2,PIFcalc19,,"9,300,000",9300000,"9,300,000",9300000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,3993359,Natureserve 3.0,,2,3185005,Natureserve 3.0,,3,PIFTC-02,"but, widespread loss of habitat IS ocurring (KR). DD='moderately vulnerable to human land use activities.' Populations likely to decline if trends in conditions continue. Forest succession and agriculture causing decline in suitable habitats in East.",3,PIFSC-Dec-08,"but, widespread loss of habitat IS ocurring (KR). DD='moderately vulnerable to human land use activities.' Populations likely to decline if trends in conditions continue. Forest succession and agriculture causing decline in suitable habitats in East.; Rosenberg: existing comments warrant TN=3",5,BBS7017,,-2.17,BBS7017,-2.26,-2.08,-2.23,-2.12,5.57,2154,-64.36,-65.85,-62.57,36,12,12,12,CBSD,LC,,w,Eastern Temperate,Eastern Temperate,Open Country: Habitat Mosaic,Forests: Temperate Eastern,Open Country: Habitat Mosaic, +1827,Worthen's Sparrow,Spizella wortheni,landbird,Passeriformes,Passerellidae,,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,15215,Natureserve; PIFSC-08,90% of NS range map does not have any recent records; experts at U. of Nuevo Leon believe species is limited to roughly 10% of mapped range,5,15215,Natureserve 3.0,current range limited to ~10% of mapped range (UANL experts)Ken comment: current range limited to ~10% of mapped range (UANL experts),5,PIFSC-08,"hasn't bred in US, Mexicans should score-CB; Mexicans scored as 3; very local, susceptible to land use changes; habitat loss accelerating within very small breeding range, Gomez de Silva '07, changed Tb=3 to 4 (MX-NSAC); extinction of very small and restricted breeding population is very possible within 30 yrs (Panjabi); Global TB should be 5 due to habitat loss from agricultural conversion within extremely limited range.",4,MX-NSAC,Mexicans scored as 3; moderate habitat loss; see breeding season comment/update; more widespread in winter,5,MX-NSAC-12,"major range contraction evidenced by early records in Chih, Zac., SLP, Tamps; no recent records outside of Saltillo area (mainly El Tokio)",,,,,,,,,,,,,20,19,20,Watch List - Red,EN,,,North American Southwest,North American Southwest,Grasslands: Chihuahuan,,Grasslands: Chihuahuan, +1824,Black-chinned Sparrow,Spizella atrogularis,landbird,Passeriformes,Passerellidae,,0,1,1,0,PM,,,3,PIFcalc19,,"1,100,000",1100000,"290,000",290000,2010.5,PIFcalc19,,100,26.2157135,26.21571,26.2157135,"bbs0514(UsCa), eBrd17(WHem)",3,806034,Natureserve 3.0,,3,981585,Natureserve 3.0,,3,PIFTC-02,,3,PIFTC-02,,5,BBS7017,,-2.07,BBS7017,-3.09,-1.06,-2.72,-1.43,1.85,79,-60.84,-72.77,-33.59,,14,14,14,Watch List - Yel-D,LC,,,North American Southwest,North American Southwest,Aridlands: Chaparral,,Aridlands: Desert Scrub,Aridlands: Chaparral +1849,Vesper Sparrow,Pooecetes gramineus,landbird,Passeriformes,Passerellidae,,1,1,1,0,M,,,2,PIFcalc19,,"35,000,000",35000000,"35,000,000",35000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),1,6346442,Natureserve 3.0,,2,3636009,Natureserve 3.0,,3,PIFTC-02,,3,PIFSC-Dec-08,Panjabi: at least moderately threatened by increasing loss of Chihuahuan grasslands,4,BBS7017,,-0.88,BBS7017,-1.06,-0.70,-0.99,-0.77,14.41,2284,-33.95,-39.47,-27.71,,10,11,11,,LC,,"b,w",Great Plains,North American Southwest,Grasslands: Temperate,,Grasslands: Chihuahuan,Grasslands: Temperate +1820,Lark Sparrow,Chondestes grammacus,landbird,Passeriformes,Passerellidae,,1,1,1,0,PM,,,2,PIFcalc19,,"11,000,000",11000000,"11,000,000",11000000,2010.5,PIFcalc19,,100,94.20628357,94.20628,94.20628357,"bbs0514(UsCa), eBrd17(WHem)",1,5600832,Natureserve 3.0,,2,2234610,Natureserve 3.0,"NS map seems to have mislabeled the northern Baja California population as permanent when it should be breeding only (according to Howell and Webb). Also over estimates winter distribution especially in western Texas where it is often simply absent, equa",3,PIFSC-19,changed due to calibration with TB-r; several threats cited in core BCRs,2,PIFTC-02,,4,BBS7017,,-0.70,BBS7017,-0.93,-0.47,-0.84,-0.56,6.41,1623,-27.99,-37.62,-20.04,,10,10,10,,LC,,"b,w",Great Plains,Mesoamerican Pacific Lowlands,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1818,Five-striped Sparrow,Amphispiza quinquestriata,landbird,Passeriformes,Passerellidae,,0,1,1,0,R,,,4,Gomez-Panjabi–PS-g midpoint,,"200,000",200000,<50,50,,PIFSC-16,guestimate based on eBird distribution,100,16.84119034,0.025,0.025,Gomez-Panjabi; PIFSC-16,4,151868,Natureserve 3.0,,4,151868,Natureserve 3.0,,3,PIFTC-02,not higher than other desert sparrows (KR); requires primary vegetation; overgrazing (MX-NSAC).,3,PIFTC-02,Need info from MX; requires primary vegetation,4,MX-NSAC,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,Aridlands: Desert Scrub,Forests: Tropical Dry,Aridlands: Desert Scrub +1819,Black-throated Sparrow,Amphispiza bilineata,landbird,Passeriformes,Passerellidae,,0,1,1,0,PM,,,1,PIFcalc19,"distance revised to 125 m based on review of RMBO grassland dataset, score changes to PS=1 (Blancher email, Dec. 20, 2008)","62,000,000",62000000,"31,000,000",31000000,2010.5,PIFcalc19,,100,49.69820786,49.69821,49.69820786,"bbs0514(UsCa), eBrd17(WHem)",2,2448937,Natureserve 3.0,,2,1604895,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,threats to habitat are minimal,4,BBS7017; MX-NSAC,,-1.14,BBS7017,-1.67,-0.66,-1.45,-0.85,27.28,433,-41.24,-54.91,-24.19,61,9,9,9,,LC,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1846,Sagebrush Sparrow,Artemisiospiza nevadensis,landbird,Passeriformes,Passerellidae,,0,1,1,0,M,,,2,PIFcalc19,BBS-based using Pop Est database,"5,400,000",5400000,"5,400,000",5400000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,1031000,Natureserve 3.0,NatureServe map split by BCRs,3,822000,Natureserve 3.0,"NatureServe map; assumes winter-only range in U.S. and Mexico is Sagebrush Sparrow, not Bell’s; NS maps probably overemphasize wintering range in east-central AZ and west-central NM but may underemphasize area in southern NV and UT. Really difficult to k",3,PIFSC-15,"Is conservation for S Grouse benefiting these other ""umbrella"" species (CB, KVR, WE, TW, DP)?; Suggest TB=3, comparable to other sagebrush songbirds; specializes in tall sagebrush habitat; at risk from fragmentation/loss of habitat, mostly from fires (due to invasive grasses) and energy development, but this risk may be tempered by Greater Sage-Grouse conservation efforts (Panjabi)",3,PIFSC-12,rapid expansion of agriculture in Chihuahua is reducing both shublands and grasslands,2,BBS7017,based on US/Canada portion of range only,-0.24,BBS7017,,,-0.67,0.31,39.72,301,-10.49,-40.18,43.25,,9,10,10,,LC,,,Intermountain West,North American Southwest,Aridlands: Sagebrush,,Aridlands: Desert Scrub, +1847,Bell's Sparrow,Artemisiospiza belli,landbird,Passeriformes,Passerellidae,Formerly called Sage Sparrow.,0,1,1,0,PM,,,4,PIFcalc19,"BBS-based estimate in U.S. using BCR x State/Prov data in Pop Est database, extrapolated into Mexico by range","270,000",270000,"210,000",210000,2010.5,PIFcalc19,,100,79.31511688,79.31512,79.31511688,"eBrd17(UsCa,WHem)",4,206000,Natureserve 3.0,NatureServe map split by BCRs,4,206000,Natureserve 3.0,"NatureServe map split by BCRs; assumes same as BD, i.e., year-round resident",3,PIFSC-15,"has almost disappeared from NM, coastal CA (PIFSC Nov 2014); Does this species actually occur in NM, or does this comment refer to sagebrush sparrow? BBS trend for Bell's Sparrow indicates stable or increasing trend since 1970 - what's the high threat? (AP)",3,PIFSC-12,"Waiting for additional input from Chris McCreedy to verify if winter threats are higher than ""moderate"" range-wide; stable BBS trend suggests past threats have not been high",2,BBS7017,based on US portion of range only,0.05,BBS7017,,,-0.64,0.78,6.12,78,-10.53,-42.71,31.16,,13,13,13,,LC,,,Pacific North America,North American Southwest,Aridlands: Chaparral,,Aridlands: Desert Scrub,Aridlands: Chaparral +1821,Lark Bunting,Calamospiza melanocorys,landbird,Passeriformes,Passerellidae,Monotypic.,1,1,1,0,M,,,2,PIFcalc19,,"12,000,000",12000000,"12,000,000",12000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,1825915,Natureserve 3.0,,2,1734141,Natureserve 3.0,,3,PIFTC-02,"vulnerable, but not SEVERELY threatened (KR).",3,PIFTC-02,,5,BBS7017,,-3.12,BBS7017,-3.90,-2.45,-3.55,-2.72,189.95,545,-76.97,-84.71,-64.63,16,12,12,12,CBSD,LC,,w,Great Plains,North American Southwest,Grasslands: Temperate,,Grasslands: Chihuahuan,Aridlands: Desert Scrub +1856,Savannah Sparrow,Passerculus sandwichensis,landbird,Passeriformes,Passerellidae,,1,1,1,1,M,,,1,PIFcalc19,,"170,000,000",170000000,"170,000,000",170000000,2010.5,PIFcalc19,,100,98.59964752,98.59965,98.59964752,"bbs0514(UsCa), eBrd17(WHem)",1,13727335,Natureserve 3.0,,1,4716806,Natureserve 3.0,,2,PIFTC-02,"GB suggests 2 too low because of destruction of grassland?. More highly threatened in parts of range, but probably the most tolerant and widespread of the grassland sparrows (KVR)",2,PIFTC-02,secure but not enhanced by human disturbance (KR),4,BBS7017,,-1.29,BBS7017,-1.48,-1.13,-1.39,-1.19,20.28,2345,-45.61,-50.49,-40.49,52,8,8,8,,LC,,"b,w",Nearctic,Nearctic,Grasslands: Temperate,Tundra: Arctic,Open Country: Developed/Disturbed,Coasts: Saltmarsh +1814,Grasshopper Sparrow,Ammodramus savannarum,landbird,Passeriformes,Passerellidae,,1,1,1,1,PM,,,2,PIFcalc19,,"34,000,000",34000000,"33,000,000",33000000,2010.5,PIFcalc19,,100,98.96290588,98.96291,98.96290588,"bbs0514(UsCa), eBrd17(WHem)",1,5209138,Natureserve 3.0,,2,3402269,Natureserve 3.0,,4,PIFSC-15,"DD='highly vulnerable to human land use and activities.' BNA supports that loss, fragmentation and degradation of hayfiled, pasture and grassland habitats have resulted in continuing pop declines. These threats are ongoing in areas. Otherwise suitable. More threatened than other grassland sparrows, especially in the East where habitat continues to decline rapidly due to suberuban development an loss of pastureland (KVR); Camfield,Alaine [NCR]: Assessed as Special Concern by COSEWIC (not listed under SARA yet). TB mostly 4's in Canadian BCRs. Main threats include habitat loss/fragmentation due to agricultural intensification, overgrazing or regeneration of open habitats (In Ontario and Quebec). Although it uses a wide variety of native and semi-native grasslands (CRP) in mid west and west, all grasslands there are under high threat from expanding cropland agriculture, expiring CRP, expanding energy development, exurban development; threats are more than ""moderate"" (AP); Demarest, Dean: From an eastern perspective, warrants a 4 on par with other grassland birds, (e.g. see NOBO).",3,PIFTC-02,"DD='moderately vulnerable to human land use.' Species less impacted in nonbreeding season where effects of mowing and indirect effects of habitat isolation and degradation aren't a consideration. Still, overall loss of quality habitat. Pops likely to d. broader habitat use than BAIS but still heavily affected by habitat loss in Chihuahuan Desert where it is extremely abundant in suitable habitat.",5,BBS7017,,-2.54,BBS7017,-2.87,-2.27,-2.72,-2.38,7.57,2133,-70.03,-73.73,-65.55,51,12,12,12,CBSD,LC,,"b,w",Nearctic,Nearctic,Grasslands: Temperate,,Grasslands: Chihuahuan,Grasslands: Temperate +1854,Baird's Sparrow,Centronyx bairdii,landbird,Passeriformes,Passerellidae,Monotypic. Formerly included in the genus Ammodramus.,1,1,1,0,M,,,3,PIFcalc19,,"3,400,000",3400000,"3,400,000",3400000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),3,827483,Natureserve 3.0,,3,377349,Natureserve 3.0,,4,PIFTC-02,,4,PIFTC-02,loss of winter habitat across range could threaten persistence of entire species.,5,BBS7017,,-2.39,BBS7017,-3.17,-1.67,-2.86,-1.95,7.34,224,-67.67,-77.72,-56.41,,15,15,15,Watch List - Yel-D,LC,,,Great Plains,North American Southwest,Grasslands: Temperate,,Grasslands: Chihuahuan, +1855,Henslow's Sparrow,Centronyx henslowii,landbird,Passeriformes,Passerellidae,Formerly included in the genus Ammodramus.,1,1,0,0,M,,,4,PIFcalc19,,"410,000",410000,"410,000",410000,2010.5,PIFcalc19,,100,,,,eBrd17(UsCa),2,1091291,Natureserve 3.0,,3,658360,Natureserve 3.0,,4,PIFTC-02,"threats remain severe in future, in spite of improvements in populations due to recent CRP -- all of those gains likely to be lost; extirpated from most of eastern range.",4,PIFTC-02,,4,BBS7017,,-0.57,BBS7017,-1.26,0.11,-1.00,-0.15,0.07,350,-23.59,-45.69,7.41,,14,15,15,Watch List - Yel-D,LC,,b,Great Plains,Eastern Temperate,Grasslands: Temperate,,Grasslands: Temperate,Forests: Temperate Eastern +1850,LeConte's Sparrow,Ammospiza leconteii,landbird,Passeriformes,Passerellidae,Monotypic. Formerly included in the genus Ammodramus. Previously known as Le Conte's Sparrow.,1,1,0,0,M,,,2,PIFcalc19,,"5,100,000",5100000,"5,100,000",5100000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),2,2855031,Natureserve 3.0,,3,956903,Natureserve 3.0,"NS map seems to have incorporated much of the 'poorly known' range on the BNA maps into NB range. LESP is not regular, in my experience, in GA or SC, (unsure of AL) but certainly not in the mountains as portrayed in the maps here. If these areas were el",3,PIFTC-02,"Much of Canadian habitat not threatened. DD='moderatley vulnerable to human land use.' Based on BNA info, unclear that Canadian pops threatened to extent to warrant TB 4. Breeds in wet as well as dry habitats, haying seems unfavorable.",3,PIFTC-02,"Uses dry grassland as well as wet--not sure of threat. DD='moderately vulnerable to human land use.' Intense agriculture, urbanization, short rotation forestry, and fire exclusion along central Gulf coast likley ongoing threats. Decline in TX rice agr",5,BBS7017,,-2.22,BBS7017,-2.96,-1.52,-2.65,-1.79,2.44,382,-64.22,-74.94,-47.19,43,12,13,13,Watch List - Yel-D,LC,,w,Northern Forest,Eastern Temperate,Wetlands: Seasonally Wet Grasslands,Grasslands: Temperate,Grasslands: Temperate, +1852,Nelson's Sparrow,Ammospiza nelsoni,landbird,Passeriformes,Passerellidae,Monotypic. Formerly included in the genus Ammodramus.,1,1,0,0,M,,,3,PIFcalc19,,"1,000,000",1000000,"1,000,000",1000000,2010.5,PIFcalc19,,100,,,,eBrd17(UsCa),2,1338870,Natureserve 3.0,,4,211921,Natureserve 3.0,,3,PIFTC-02,,4,PIFTC-02,Winters primarily in saltmarsh habitat but not sure if threats should be considered severe in winter?,1,BBS7017,"Blancher: At least 1/3 of the pop breeds in BCR's 7 and 3 without BBS coverage; The lion's share breeds in central or western BCRs covered by BBS, mainly 11 and 6. The eastern share (7% or so) breeds in BCRs on or near the Atlantic Coast, mainly BCRs 14 and 30...So it shouldn't be surprising that a BBS trend would mainly reflect central and western NA. So I think we should go with BBS, not trying to balance east [SHARP dataset] with west.",2.11,BBS7017,1.22,3.08,1.56,2.67,0.12,206,146.95,60.47,307.16,,9,12,12,,LC,,,Great Plains,Eastern Temperate,Wetlands: Seasonally Wet Grasslands,Coasts: Saltmarsh,Coasts: Saltmarsh, +1853,Saltmarsh Sparrow,Ammospiza caudacuta,landbird,Passeriformes,Passerellidae,Formerly included in the genus Ammodramus.,0,1,0,0,PM,,,4,Wiest et al. 2019,"560 is BBS-15 estimate but based on just 2 BBS routes, so BBS not a good source (PIFSC-18).","60,000",60000,"60,000",60000,,Wiest et al. 2019,,100,,,,eBrd17(UsCa),5,69146,Natureserve 3.0,,4,132610,Natureserve 3.0,,5,PIFSC-15,"Rosenberg: vulnerable to sea level rise. sea level rise (and fight to combat slr) pose severe threat to entire population; suceptible to climate change, flooding of nests, storms; salt marsh habitat severely threatened. (CB, KVR, WE, TW, DP)",4,PIFTC-02,"slightly more flexible in winter, perhaps less seas level rise further south; Randy (?) to check with species experts",5,PIFSC-18; Correll et al. 2017,"Dettmers: SHARP estimates an annual decline of -9% over the period 1998-2012, which is short of going back to 1970, but no one doubts the species has declined by >50% since 1970, given coastal development and the impacts from sea level rise",,,,,,,,,,,,,19,17,19,Watch List - Red,EN,,,Eastern Temperate,Eastern Temperate,Coasts: Saltmarsh,,Coasts: Saltmarsh, +1851,Seaside Sparrow,Ammospiza maritima,landbird,Passeriformes,Passerellidae,,0,1,0,0,PM,,,4,PIFcalc19,,"200,000",200000,"200,000",200000,2010.5,PIFcalc19,,100,,,,eBrd17(UsCa),4,173335,Natureserve 3.0,,4,136063,Natureserve 3.0,"Add 20%; Note that breeding range from GA to NC should be labeled as permanent resident on NS maps per BNA. Additionally some birds overwinter north of this line, perhaps regularly.Ken comment: Add 20%; Note that breeding range from GA to NC should be la",4,PIFSC-15,Rosenberg: could be more vulnerable due to sea level rise (but less sensitive than SMSTSP. Previous comment still applies; seems like threats are rapidly increasing to all coastal saltmarsh species (KVR); sea-level rise is a severe threat (PIFSC),4,PIFTC-02,Restricted to coastal saltmarsh year-round -- threats certainly not less than for Nelson's Sparrow (KVR),3,Demarest/Hunter 2018,"Demarest: It's apt to be clouded by all the various ssp/races and their various pop trajectories, e.g. 60% declines in Cape Sable since 1990s, declines in MacGillivrays, not to mention what happened to Dusky (rest in peace). But to the degree BCR 27 is important [61% of pop according to eBird], and to the degree (declining) MacGillivray’s comprises the South Atlantic pop in this BCR, this could be a driver in how we consider the SESP PT score overall. That said, Chuck makes a case that PT 3 might be the most appropriate score rangewide, given that SHARP data are limited in scope and noting the BBS limitations Randy pointed out [just reported in 20 routes in TX, LA, MD].",2.11,BBS7017*,-0.08,4.56,0.77,3.60,0.49,22,107.00,-8.36,423.52,,15,15,15,Watch List - Yel-R,LC,,,Eastern Temperate,Eastern Temperate,Coasts: Saltmarsh,,Coasts: Saltmarsh, +1857,Sierra Madre Sparrow,Xenospiza baileyi,landbird,Passeriformes,Passerellidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,5,63771,Natureserve 3.0,,5,63771,Natureserve 3.0,,5,MX-NSAC,,5,MX-NSAC,extreme habitat loss,5,MX-NSAC,,,,,,,,,,,,,,20,20,20,Watch List - Red,EN,,,Mesoamerican Highlands,Mesoamerican Highlands,Grasslands: Tropical,,Grasslands: Tropical, +1834,Fox Sparrow,Passerella iliaca,landbird,Passeriformes,Passerellidae,,1,1,1,0,M,,,2,PIFcalc19,,"35,000,000",35000000,"35,000,000",35000000,2010.5,PIFcalc19,,100,99.98748016,99.98748,99.98748016,bbs0514(UsCa),1,7508136,Natureserve 3.0,,2,3430988,Natureserve 3.0,,2,PIFTC-02,,2,PIFTC-02,,4,BBS7017,"Rosenberg: this is a difficult species, not the least because several unrecognized species are probably involved. While BBS undersamples boreal breeding birds, the Rocky Mt. and Pacific populations (both declining) are completely within the BBS area. This species is similar to other boreal/western mountain sparrows, such as Lincoln's White-crowned, and Dark-eyed Juncos, for which we use BBS.",-1.29,BBS7017,-2.30,-0.30,-1.83,-0.79,2.39,457,-43.45,-64.14,-14.95,,9,10,10,,LC,,,Nearctic,Nearctic,Forests: Boreal,Forests: Temperate Western,Forests: Temperate Eastern,Aridlands: Chaparral +1858,Song Sparrow,Melospiza melodia,landbird,Passeriformes,Passerellidae,,1,1,1,0,PM,,,1,PIFcalc19,,"130,000,000",130000000,"130,000,000",130000000,2010.5,PIFcalc19,,100,97.58908081,97.58908,97.58908081,"bbs0514(UsCa), eBrd17(WHem)",1,10280291,Natureserve 3.0,,1,7770692,Natureserve 3.0,,2,PIFTC-02,"Threats may be higher regionally, but low over whole range.",2,PIFTC-02,,4,BBS7017,,-0.68,BBS7017,-0.75,-0.62,-0.72,-0.64,14.54,3343,-27.37,-29.66,-25.28,75,8,8,8,,LC,yes,,Nearctic,Nearctic,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1859,Lincoln's Sparrow,Melospiza lincolnii,landbird,Passeriformes,Passerellidae,,1,1,1,1,M,,,1,PIFcalc19,,"88,000,000",88000000,"88,000,000",88000000,2010.5,PIFcalc19,,100,99.99074554,99.99075,99.99074554,bbs0514(UsCa),1,7530002,Natureserve 3.0,,2,3537822,Natureserve 3.0,,3,PIFSC-19,changed due to calibration with TB-r,2,PIFTC-02,,2,BBS7017,,-0.06,BBS7017,-0.74,0.54,-0.47,0.30,7.70,926,-2.46,-22.24,29.54,,7,7,7,,LC,,,Northern Forest,Nearctic,Wetlands: Boreal,Forests: Temperate Western,Forests: Generalist, +1860,Swamp Sparrow,Melospiza georgiana,landbird,Passeriformes,Passerellidae,,1,1,1,0,PM,,,2,PIFcalc19,,"23,000,000",23000000,"23,000,000",23000000,2010.5,PIFcalc19,,100,,,,bbs0514(UsCa),1,6008464,Natureserve 3.0,,1,4068808,Natureserve 3.0,NS maps may overestimate non-breeding area in west Texas but overall maps look good.,2,PIFTC-02,,2,PIFTC-02,,1,BBS7017,,1.13,BBS7017,0.68,1.53,0.87,1.38,1.79,1267,68.94,37.94,106.34,,6,6,6,,LC,,,Northern Forest,Eastern Temperate,Wetlands: Boreal,Wetlands: Freshwater Marsh,Wetlands: Generalist,Coasts: Saltmarsh +2048,White-winged Tanager,Piranga leucoptera,landbird,Passeriformes,Cardinalidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,567896,Natureserve 3.0,,3,567896,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2049,Red-headed Tanager,Piranga erythrocephala,landbird,Passeriformes,Cardinalidae,,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,256898,Natureserve 3.0,,4,256898,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,MX-NSAC-12,"MX endemic, all regions score PT=4",,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +2050,Red-crowned Ant-Tanager,Habia rubica,landbird,Passeriformes,Cardinalidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,,,,,,1,5708984,Natureserve 3.0,,1,5708984,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,requires forest,4,PIF CAW 2014,"Trend unclear, tolerates disturbance (i.e. coffee plantations, habitat fragmentation). This and H. fuscicauda are easily confused, and thus may be overestimated; Trend unclear, tolerates disturbance (i.e. coffee plantations, habitat fragmentation). This and H. fuscicauda are easily confused, and thus may be overestimated",,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2051,Red-throated Ant-Tanager,Habia fuscicauda,landbird,Passeriformes,Cardinalidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,3,582754,Natureserve 3.0,,3,582754,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,PIF CAW 2014,"Trend unclear, tolerates disturbance (i.e. coffee plantations, habitat fragmentation). This and H. rubica are easily confused, and thus may be overestimated; Trend unclear, tolerates disturbance (i.e. coffee plantations, habitat fragmentation). This and H. rubica are easily confused, and thus may be overestimated",,,,,,,,,,,,,13,13,13,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2052,Black-cheeked Ant-Tanager,Habia atrimaxillaris,landbird,Passeriformes,Cardinalidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,2246,NatureServe,,5,2246,NatureServe,,4,PIF CAW 2014,por las áreas fuera de conservación,4,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,18,18,18,Watch List - Red,EN,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2053,Carmiol's Tanager,Chlorothraupis carmioli,landbird,Passeriformes,Cardinalidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,4,215303,NatureServe,,4,215303,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,4,PIF CAW 2014,Su población está mejor en Panamá y Costa Rica,,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2054,Lemon-spectacled Tanager,Chlorothraupis olivacea,landbird,Passeriformes,Cardinalidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,92370,NatureServe,,4,92370,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2055,Black-faced Grosbeak,Caryothraustes poliogaster,landbird,Passeriformes,Cardinalidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,318063,Natureserve 3.0,,3,318063,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,"requires forest, but tolerates some fragmentation",4,PIF CAW 2014,"restricted to lowland and foothill humid forest, a habitat much reduced in C.A.; decline of >50%",,,,,,,,,,,,,15,15,15,Watch List - Yel-D,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2056,Yellow-green Grosbeak,Caryothraustes canadensis,landbird,Passeriformes,Cardinalidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,2,2752280,NatureServe,,2,2752280,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,4,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2057,Crimson-collared Grosbeak,Rhodothraupis celaeno,landbird,Passeriformes,Cardinalidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,"Howell map overestimates distribution somewhat, i.e. on west slope of sierra Madre Oriental",,,,,,,,,,,,,4,128043,Natureserve 3.0,,4,128043,Natureserve 3.0,,3,PIFTC-02,"pops may be threatened, but not near extirpation/extinction (KR); moderate habitat loss (MX-NSAC).",3,PIFTC-02,"pops may be threatened, but not near extirpation/extinction (KR); moderate habitat loss",4,MX-NSAC,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +2058,Northern Cardinal,Cardinalis cardinalis,landbird,Passeriformes,Cardinalidae,,1,1,1,1,R,,,1,PIFcalc19,,"130,000,000",130000000,"120,000,000",120000000,2010.5,PIFcalc19,,100,93.27980804,93.27981,93.27980804,"bbs0514(UsCa), eBrd17(WHem)",1,5833568,Natureserve 3.0,,1,5833568,Natureserve 3.0,,1,PIFTC-02,"DD='species benefits overall from human activity and land use.' BNA supports that ag and suburban conversion of forests, supplemental feeding increases favorable breeding habitat and foraging opporutnities.",1,PIFTC-02,"DD='species benefits overall from human activity and land use.' BNA supports that ag and suburban conversion of forests, supplemental feeding increases favorable habitat and foraging opporutnities.",2,BBS7017,,0.33,BBS7017,0.28,0.37,0.30,0.35,22.78,2403,16.45,14.17,19.37,,5,5,5,,LC,yes,,Eastern Temperate,Eastern Temperate,Open Country: Habitat Mosaic,Aridlands: Desert Scrub,Open Country: Habitat Mosaic,Aridlands: Desert Scrub +2059,Pyrrhuloxia,Cardinalis sinuatus,landbird,Passeriformes,Cardinalidae,,0,1,1,0,R,,,3,PIFcalc19,,"3,000,000",3000000,"1,600,000",1600000,2010.5,PIFcalc19,,100,52.70083618,52.70084,52.70083618,"bbs0514(UsCa), eBrd17(WHem)",2,1521245,Natureserve 3.0,,2,1521245,Natureserve 3.0,,3,PIFTC-02,not threatened in desert scrub habitat? (KR); desert specialist; used in cage-bird trade (MX-NSAC).,3,PIFTC-02,not threatened in desert scrub habitat? (KR); desert specialist; used in cage-bird trade,5,BBS7017,BBS-17 changed scores that previously were in agreement with MX-NSAC,-1.47,BBS7017,-2.04,-0.85,-1.81,-1.10,8.20,132,-49.48,-60.55,-31.72,,13,13,13,Watch List - Yel-D,LC,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +2060,Yellow Grosbeak,Pheucticus chrysopeplus,landbird,Passeriformes,Cardinalidae,,0,0,1,1,PM,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,298139,Natureserve 3.0,,4,256762,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,3,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +2061,Black-thighed Grosbeak,Pheucticus tibialis,landbird,Passeriformes,Cardinalidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,5,19681,NatureServe,,5,19681,NatureServe,,4,PIF CAW 2014,,4,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2062,Rose-breasted Grosbeak,Pheucticus ludovicianus,landbird,Passeriformes,Cardinalidae,Monotypic.,1,1,1,1,M,,,3,PIFcalc19,"distance revised to 200 m based on review of large boreal dataset, score reverts to PS=3 (Blancher email, Dec. 20, 2008)","4,700,000",4700000,"4,700,000",4700000,2010.5,PIFcalc19,,100,99.63528442,99.63528,99.63528442,"bbs0514(UsCa), eBrd17(WHem)",2,3765510,Natureserve 3.0,,2,2128518,Natureserve 3.0,NS maps likely overemphasize regular non-breeding distribution in eastern and southern Ecuador. Nevertheless there is not enough overestimation to bring this down to a 3.,2,PIFTC-02,,2,PIFTC-02,,4,BBS7017,,-0.89,BBS7017,-1.05,-0.74,-0.98,-0.79,2.15,1732,-34.13,-38.77,-28.60,,11,11,11,,LC,,,Northern Forest,Neotropical,Forests: Temperate Eastern,,Forests: Tropical Generalist, +2063,Black-headed Grosbeak,Pheucticus melanocephalus,landbird,Passeriformes,Cardinalidae,,1,1,1,0,M,,,2,PIFcalc19,,"15,000,000",15000000,"12,000,000",12000000,2010.5,PIFcalc19,,100,81.1282959,81.1283,81.1282959,"bbs0514(UsCa), eBrd17(WHem)",1,4520585,Natureserve 3.0,,3,807173,Natureserve 3.0,,2,PIFTC-02,"widespread generalist (KR). Uses a broad range of habitats from shurblands to forests to riparian woodlands to suburban areas, TB=2 ok (AP)",2,PIFTC-02,"widespread generalist, esp in NB (KR)",2,BBS7017,,0.58,BBS7017,0.25,0.78,0.40,0.70,2.95,991,30.77,17.08,48.90,,7,9,9,,LC,,,Western Temperate,Mesoamerican Pacific Lowlands,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +2064,Red-breasted Chat,Granatellus venustus,landbird,Passeriformes,Cardinalidae,,0,0,1,0,R,,,5,Gomez-Panjabi,fairly local within mapped range,,,,,,,,,,,,,4,176110,Natureserve 3.0,,4,176110,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,moderate to severe decline expected; sensitive to drought and habitat destruction,4,MX-NSAC,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +2065,Gray-throated Chat,Granatellus sallaei,landbird,Passeriformes,Cardinalidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,3,316510,Natureserve 3.0,,3,316510,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,moderate decline in habitat expected,4,PIF CAW 2014,"occurs in only 1 region, regional experts score PT=3",,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +2066,Blue Seedeater,Amaurospiza concolor,landbird,Passeriformes,Cardinalidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,202195,Natureserve 3.0,,4,202195,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,bamboo specialist,4,PIF CAW 2014,,,,,,,,,,,,,,17,17,17,Watch List - Red,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2067,Blue-black Grosbeak,Cyanoloxia cyanoides,landbird,Passeriformes,Cardinalidae,Formerly placed in the genus Cyanocompsa.,0,0,1,1,R,,,4,Gomez-Panjabi; BirdLife 2019; Bird Conservancy of the Rockies 2020,"Shaw 2020: Amazonian Grosbeak (Cyanoloxia rothschildiis) split off from C. cyanoides, so multiplied % of range (estimated from BirdLife 2019 shapefile) by the rounded geometric midpoint of pop estimate range for PS-g = 3 previously assigned to C. cyanoides s.l.",,,,,,,,,,,,,3,877490,BirdLife 2019; eBird20; Bird Conservancy of the Rockies 2020,Shaw 2020: split the BirdLife polygons for C. cyanoides s.l. based on eBird maps,3,877490,BirdLife 2019; eBird20; Bird Conservancy of the Rockies 2020,Shaw 2020: split the BirdLife polygons for C. cyanoides s.l. based on eBird maps,3,MX-NSAC,,3,MX-NSAC,"requires forest, tolerates some fragmentation",4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2068,Blue Bunting,Cyanocompsa parellina,landbird,Passeriformes,Cardinalidae,,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,Pérdida de habitat (CAW); rare in most of Yucatan,,,,,,,,,,,,,3,579068,Natureserve 3.0,,3,579068,Natureserve 3.0,,3,PIFTC-02,"restricted habitats; bird trade (KR); moderate habitat loss expected, capture for trade (MX-NSAC).",3,PIFTC-02,"restricted habitats; bird trade (KR); moderate habitat loss expected, capture for trade",4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerica,Mesoamerica,Forests: Tropical Dry,,Forests: Tropical Dry, +2069,Blue Grosbeak,Passerina caerulea,landbird,Passeriformes,Cardinalidae,,0,1,1,1,PM,,,2,PIFcalc19,,"35,000,000",35000000,"21,000,000",21000000,2010.5,PIFcalc19,,100,59.7903862,59.79039,59.7903862,"bbs0514(UsCa), eBrd17(WHem)",1,5298904,Natureserve 3.0,,2,1555009,Natureserve 3.0,,2,PIFTC-02,"DD='no information available.' BNA supports that little is known about effects of human activities in US or Mexico. Likely that threats potentially increasing if present habitat trends continue (e.g., urbanization, agriculture, short rotation forestry,",2,PIFTC-02,DD='no information available.' BNA states effects of tropical agriculture and deforestation are unknown. Could be 'threats assumed to be low' (TN 2) based on increase in secondary and disturbance habitats in the tropics.,2,BBS7017; MX-NSAC,,0.81,BBS7017,0.69,0.95,0.74,0.90,3.12,1702,46.23,36.94,54.35,,7,8,8,,LC,,w,Eastern Temperate,Mesoamerica,Forests: Temperate Eastern,Aridlands: Desert Riparian,Open Country: Habitat Mosaic, +2073,Orange-breasted Bunting,Passerina leclancherii,landbird,Passeriformes,Cardinalidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,,,,,,4,141013,Natureserve 3.0,,4,141013,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,capture for trade,4,MX-NSAC-12,"MX endemic, all regions score PT=4",,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +2074,Varied Bunting,Passerina versicolor,landbird,Passeriformes,Cardinalidae,,0,1,1,1,PM,,,4,PIFcalc19,"new estimate not too far from bottom end (500,000) of previous score's (3) pop range (PIFSC-18).","360,000",360000,"69,000",69000,2010.5,PIFcalc19,,100,19.43058205,19.43058,19.43058205,"eBrd17(UsCa,WHem)",2,1376521,Natureserve 3.0,,3,662522,Natureserve 3.0,,3,PIFTC-02,CB-uses arid riparian in part that is under threat of water withdrawal,3,PIFTC-02,requires primary vegetation but tolerates some fragmentation and disturbance; capture for trade,4,MX-NSAC,,,,,,,,,,53.68,-0.79,129.10,,13,14,14,Watch List - Yel-R,LC,,,North American Southwest,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,Aridlands: Desert Scrub,Forests: Tropical Dry, +2075,Painted Bunting,Passerina ciris,landbird,Passeriformes,Cardinalidae,,0,1,1,1,M,,,2,PIFcalc19,updated score from PIFTC,"15,000,000",15000000,"13,000,000",13000000,2010.5,PIFcalc19,,100,86.0712204,86.07122,86.0712204,"bbs0514(UsCa), eBrd17(WHem)",2,1411246,Natureserve 3.0,,2,1207752,Natureserve 3.0,,3,PIFTC-02,DD='highly vulnerable to human activities and land use.' BNA supports that threats are ongoing for both eastern and western populations. Populations certain to decline with potential for regional extirpation in East if habitat alterations continue.,4,PIFTC-02,"pressure from bird trade (KR). DD='moderately vulnerable to human activities and land use.' BNA supports that habitat conditions on nonbreeding grounds likely provide favorable second growth and scrubby conditions (e.g. TB 2), but there is increasing co",2,BBS7017,,-0.15,BBS7017,-0.39,0.13,-0.29,0.01,8.47,480,-6.65,-17.52,3.80,,9,10,10,,LC,,,Eastern Temperate,Mesoamerica,Forests: Temperate Eastern,Forests: Tropical Dry,Open Country: Habitat Mosaic, +2076,Dickcissel,Spiza americana,landbird,Passeriformes,Cardinalidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"28,000,000",28000000,"28,000,000",28000000,2010.5,PIFcalc19,,100,99.59329224,99.59329,99.59329224,"bbs0514(UsCa), eBrd17(WHem)",2,3458339,Natureserve 3.0,,2,1074777,Natureserve 3.0,"NS maps overemphasize areas where rarely encountered according to Birds of Venezuela 2nd ed. (Hilty, 2003). Even within overall mapped range in Venezuela the bird is local. It appears that as much as 1/4 -1/3 total area should be excluded from the NS ra",3,PIFTC-02,"threats moderate, not SEVERE (KR).",4,PIFTC-02,DD='highly vulnerable to human activities.' Threats ongoing (pesticides and hazing) and concentrations make this species very vulnerable in nonbreeding season.,3,BBS7017,,-0.19,BBS7017,-0.40,0.03,-0.31,-0.07,28.08,1263,-8.71,-18.03,2.30,,10,11,11,,LC,,"b,w",Great Plains,South American Lowlands,Grasslands: Temperate,,Grasslands: Tropical, +1898,Bobolink,Dolichonyx oryzivorus,landbird,Passeriformes,Icteridae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"10,000,000",10000000,"10,000,000",10000000,2010.5,PIFcalc19,,100,99.77371216,99.77371,99.77371216,"bbs0514(UsCa), eBrd17(WHem)",2,3873291,Natureserve 3.0,,3,900390,Natureserve 3.0,,3,PIFTC-02,"threats moderate, not SEVERE (KR). Threats seem to be increasing due to intensified ag w earlier and more frequent hay-cutting -- not sure if it is a ""4"" yet? (KVR); Camfield,Alaine [NCR]: Proposed to be listed as threatened in Canada. 25% of global popn. In Canada. TB in Candadian BCR strategies range from 3-5 depending on Region. But regions with larger popn. size list TB 4 or 5. Main threats related to agricuture (mowing, pesticides, habitat loss). Final score would depend on what people feel for the rest of the range.",4,PIFTC-02,Needs better info on winter threats to merit a 4; Rosenberg: could be higher; highly concentrated - check with Roz Renfew. See previous comments; highly concentrated in small native grassland/Pantanal areas in winter; check with Roz Renfrew (KVR),5,BBS7017,,-2.08,BBS7017,-2.27,-1.89,-2.20,-1.96,5.85,1601,-62.68,-66.42,-58.70,48,12,14,14,Watch List - Yel-D,LC,,"b,w",Great Plains,Temperate South America,Grasslands: Temperate,,Grasslands: Pampas and Campos,Grasslands: Tropical +1937,Red-winged Blackbird,Agelaius phoeniceus,landbird,Passeriformes,Icteridae,,1,1,1,1,PM,,,1,PIFcalc19,,"180,000,000",180000000,"170,000,000",170000000,2010.5,PIFcalc19,,100,95.67971802,95.67972,95.67971802,"bbs0514(UsCa), eBrd17(WHem)",1,13613892,Natureserve 3.0,,1,8692934,Natureserve 3.0,,2,PIFTC-02,hmmm (KR). DD='species tolerant of human land use activities.' And may even benefit on the order of being TB 1. Draining and estruction of natural marsh and wet grassland habitats has been offset by creation of other suitable habitats (cereal crops).,2,PIFTC-02,,4,BBS7017,,-0.99,BBS7017,-1.07,-0.91,-1.04,-0.95,66.79,4365,-37.43,-39.50,-35.60,97,8,8,8,,LC,yes,"b,w",Nearctic,Nearctic,Open Country: Habitat Mosaic,Wetlands: Freshwater Marsh,Open Country: Habitat Mosaic,Wetlands: Freshwater Marsh +1939,Tricolored Blackbird,Agelaius tricolor,landbird,Passeriformes,Icteridae,Monotypic.,0,1,1,0,PM,,,4,Meese 2017,"2017 Tricolored Blackbird Statewide (Calif) Survey. Estimate reflects a synchronous count from known and former breeding colony locations during April. Estimate includes counts from locations in Baja, where it is almost extirpated (shifting N into WA). Counts were not corrected with an estimate of detectability so the total is a minimum estimate. We rounded up Meese estimate from 177,656 to 178,000 to account for aprox 50-100 birds breeding in NV, OR and WA (PIFSC-18). Alternatively, BBS-15 yields 910,000 for US/Canada, extrapolated with eBird to 1 million as global estimate.","180,000",180000,"180,000",180000,,Meese 2017,"Shaw 2020: 305 breeding birds counted in Baja in Meese 2017, but immaterial due to estimate rounding",100,88.85028076,100,100,Meese 2017,4,112998,Natureserve 3.0,,4,108304,Natureserve 3.0,,5,PIFSC-15,"threats to local marshes very high? (KR). DD=Could argue for relatively concentrated breeding as warranting TB 4. Destruction of marshlands in Sac Valley has been extensive and these still under threat, but rice ag may offset these if tricooreds breed i. reliant on conservation in agricultural areas -- very pessimistic future (CB DP)",3,PIFTC-02,"Go to feedlots, but not a total positive. Concentrate in large roosts",5,Meese 2017,"Rosenberg 2019: BBS data too variable, so didn't use. Shaw 2020: The Meese 2017 survey counted 177,656 birds (of which 172,499 were birds at breeding colonies) in 2017 vs. 395,000 in 2008.",-0.55,BBS7017*,-3.24,1.50,-1.97,0.71,11915.00,82,-15.84,-73.32,146.28,,18,16,18,Watch List - Red,EN,,"b,w",Pacific North America,Pacific North America,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh,Open Country: Developed/Disturbed +1957,Yellow-hooded Blackbird,Chrysomus icterocephalus,landbird,Passeriformes,Icteridae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,,,,,,2,1580000,BirdLife 2016,,2,1580000,BirdLife 2016,,1,PIF CAW 2014,,1,PIF CAW 2014,,1,PIF CAW 2014,,,,,,,,,,,,,,7,7,7,,LC,,,South American Lowlands,South American Lowlands,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +1901,Red-breasted Meadowlark,Leistes militaris,landbird,Passeriformes,Icteridae,formerly Red-breasted Blackbird,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,,,,,,2,3376425,NatureServe,,2,3376425,NatureServe,,1,PIF CAW 2014,,1,PIF CAW 2014,,1,PIF CAW 2014,,,,,,,,,,,,,,6,6,6,,LC,,b,Neotropical,Neotropical,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +1923,Orange-crowned Oriole,Icterus auricapillus,landbird,Passeriformes,Icteridae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,3,406069,NatureServe,,3,406069,NatureServe,,2,PIF CAW 2014,,2,PIF CAW 2014,,2,PIF CAW 2014,está expandiendose hacía el oeste,,,,,,,,,,,,,11,11,11,,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1924,Yellow-tailed Oriole,Icterus mesomelas,landbird,Passeriformes,Icteridae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 3 to 4 recommended by Central Americans in 2016,,,,,,,,,,,,,3,996569,Natureserve 3.0,,3,996569,Natureserve 3.0,,3,MX-NSAC,,2,MX-NSAC,"requires fallow, overgrown fields",3,PIF CAW 2014,,,,,,,,,,,,,,13,12,13,,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1926,Streak-backed Oriole,Icterus pustulatus,landbird,Passeriformes,Icteridae,,0,1,1,1,R,,,2,PIF CAW 2016,score change from 3 to 2 recommended by Central Americans in 2016 over PIF estimate of 2000000,,,<50,50,,PIFSC-16,guestimate based on eBird distribution; very few actual breeding records,100,,,,"eBrd17(UsCa,WHem)",3,555048,Natureserve 3.0,,3,555048,Natureserve 3.0,,2,PIFTC-02,riparian habitat destruction in N. parts of range (KR); tolerant of disturbance (MX-NSAC).,2,PIFTC-02,tolerant of disturbance,2,MX-NSAC,,,,,,,,,,,,,,9,9,9,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1927,Bullock's Oriole,Icterus bullockii,landbird,Passeriformes,Icteridae,,1,1,1,1,M,,,2,PIFcalc19,,"7,400,000",7400000,"6,900,000",6900000,2010.5,PIFcalc19,,100,93.43596649,93.43597,93.43596649,"bbs0514(UsCa), eBrd17(WHem)",2,3823405,Natureserve 3.0,,3,769283,Natureserve 3.0,,3,PIFSC-Dec-08,"DD='moderately vulnerable to human land use activities.' BNA supports that species has likely benefitted in Plains (shelterbelts, hardwood encorachment due to fire suppression), but that more western riparian habitats under threat (clearing, grazing, gro; Rosenberg: existing comments warrant TB=3.",2,PIFTC-02,"DD='threats assumed to be low.' BNA does not cite much in way of nonbreeding threats, but habitat use indicates threats are not likely on order of TN 3. May not be as closely tied to riparian areas in nonbreeding season and nesting threats not an issue.",4,BBS7017,,-0.63,BBS7017,-0.86,-0.42,-0.77,-0.51,1.99,1080,-25.59,-33.23,-17.67,,11,11,11,,LC,yes,,Western Temperate,Mesoamerican Pacific Lowlands,Forests: Temperate Western,,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +1928,Orange Oriole,Icterus auratus,landbird,Passeriformes,Icteridae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,4,115878,Natureserve 3.0,,4,116003,Natureserve 3.0,,2,MX-NSAC,global score should reflect regional expert's opinion.,2,MX-NSAC,requires forest; hurricanes possibly a threat,3,PIF CAW 2014,"occurs in only 1 regions, regional experts score PT=3",,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1930,Spot-breasted Oriole,Icterus pectoralis,landbird,Passeriformes,Icteridae,,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,,,,,,4,213891,Natureserve 3.0,,4,213891,Natureserve 3.0,,3,MX-NSAC,"Mexico has almost 50% of range, go with regional scores for global.",3,MX-NSAC,tolerant of disturbance,3,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1931,Altamira Oriole,Icterus gularis,landbird,Passeriformes,Icteridae,,0,1,1,1,R,,,2,PIF CAW 2016,score change from 3 to 2 recommended by Central Americans in 2016 over PIF estimate of 2000000,,,<500,500,,PIFSC-16,guestimate based on eBird distribution,100,,,,"eBrd17(UsCa,WHem)",3,561298,Natureserve 3.0,,3,561298,Natureserve 3.0,,3,PIFTC-02,"DD='information lacking.' BNA cites it as habitat generalist found in both moist and dry woodlands and still relatively common. Perhaps TB 4 for US, but considering Mexico, this is unsubstantiated and warrants TB 3; tolerant of disturbance; capture for trade (MX-NSAC). MG - USA probably a 4 following damage to riparian corridor post-flood; increased conversion of riparian to thorn scrub impacting available habitat. More widespread in Mexico.",3,PIFTC-02,"DD='information lacking.' BNA cites it as habitat generalist found in both moist and dry woodlands and still relatively common. Perhaps TB 4 for US, but considering Mexico, this is unsubstantiated and warrants TB 3.; tolerant of disturbance. Seems dependent on native vegetation, even if tolerant of disturbance; check with Mexican scores (KVR); suggest leaving at TN=2, mostly found in pastoral/agricultural landscapes (Panjabi)",3,MX-NSAC,,,,,,,,,,,,,,11,11,11,,LC,yes,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1932,Audubon's Oriole,Icterus graduacauda,landbird,Passeriformes,Icteridae,,0,1,1,0,R,,,3,PIFcalc19,,"3,500,000",3500000,"<170,000",170000,2010.5,PIFcalc19,,100,4.867326736,4.867327,4.867326736,"eBrd17(UsCa,WHem)",4,266193,Natureserve 3.0,,4,266193,Natureserve 3.0,,3,PIFSC-08,Highly sensitive to fragmentation in NE subspecies; requires native habitat. Check Mexico scores.,3,PIFSC-08,most mexican regions score tn=3; tolerant of disturbance,3,MX-NSAC 2008,,,,,,,,,,,,,,13,13,13,,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +1933,Baltimore Oriole,Icterus galbula,landbird,Passeriformes,Icteridae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19,,"12,000,000",12000000,"12,000,000",12000000,2010.5,PIFcalc19,,100,99.99789429,99.99789,99.99789429,bbs0514(UsCa),1,4701864,Natureserve 3.0,,2,2202185,Natureserve 3.0,,2,PIFTC-02,"DD='relatively tolerant of human activities and land use.' BNA supports that since Europena settlement, species has probably benefitted, but threats do exist, so does not benefit to the extent of TB 1. Increased breeding habitats due to suburbanization,.",2,PIFTC-02,"DD=although uses variety of secondary forested habitats, clearings, savannahs and coffee, the decline in shade coffee and trends toward more monotypic agriculture in general could warrant TN 3. BNA supports that earlier PIF threats assessments scored spe",4,BBS7017,,-1.28,BBS7017,-1.41,-1.16,-1.36,-1.21,2.82,2212,-45.40,-48.16,-42.22,81,9,10,10,,LC,yes,,Eastern Temperate,Neotropical,Forests: Temperate Eastern,,Forests: Tropical Generalist, +1934,Black-backed Oriole,Icterus abeillei,landbird,Passeriformes,Icteridae,Monotypic.,0,0,1,0,PM,,,4,Gomez-Panjabi,,,,,,,,,,,,,,3,341182,Natureserve 3.0,,4,169439,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest; slight to moderate decline expected,3,MX-NSAC,,,,,,,,,,,,,,13,14,14,Watch List - Yel-R,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Highland,,Forests: Mesoamerican Highland, +1935,Scott's Oriole,Icterus parisorum,landbird,Passeriformes,Icteridae,Monotypic.,0,1,1,0,PM,,,3,PIFcalc19,,"4,900,000",4900000,"1,700,000",1700000,2010.5,PIFcalc19,,100,35.08481216,35.08481,35.08481216,"bbs0514(UsCa), eBrd17(WHem)",2,1743568,Natureserve 3.0,,3,660664,Natureserve 3.0,,3,PIFTC-02,"DD='moderately vulnerable to human land use / information lacking.' BNA reportedly states that information from core of range in Mexico is lacking (habitat use not well studied, thus threats can't be well assessed) and caution thus warranted. Relatively no known threats, but some capture for trade (MX-NSAC); global score should reflect regional experts' opinion.",3,PIFTC-02,"DD='information lacking.' BNA states nothing known about habitat use or threats in Mexico, warrants conservatism.; no known threats, but some capture for trade",4,BBS7017,,-0.85,BBS7017,-1.42,-0.26,-1.18,-0.51,1.66,222,-32.46,-46.20,-9.53,118,12,13,13,,LC,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Aridlands: Desert Scrub,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry +1902,Yellow-billed Cacique,Amblycercus holosericeus,landbird,Passeriformes,Icteridae,Monotypic.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,,,,,,2,1153605,Natureserve 3.0,,2,1153605,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,requires forest,4,PIF CAW 2014,,,,,,,,,,,,,,12,12,12,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen +1905,Chestnut-headed Oropendola,Psarocolius wagleri,landbird,Passeriformes,Icteridae,,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,,,,,,3,482410,Natureserve 3.0,,3,482410,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,tolerant of disturbance,4,PIF CAW 2014,,,,,,,,,,,,,,13,13,13,,LC,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1906,Montezuma Oropendola,Psarocolius montezuma,landbird,Passeriformes,Icteridae,Monotypic.,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,,,,,,3,451509,Natureserve 3.0,,3,451509,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,tolerant of disturbance,4,PIF CAW 2014,"all mexican regions score PT=4 or higher; however, because of its use of second-growth forests and clearings, trend unknown across central america",,,,,,,,,,,,,13,13,13,,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1907,Black Oropendola,Psarocolius guatimozinus,landbird,Passeriformes,Icteridae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,range area reduced by 75%; scarce or absent in much of mapped range in Colombia (CAW);,,,,,,,,,,,,,4,26959,NatureServe,,4,107836,NatureServe,,3,PIF CAW 2014,,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1869,White-faced Ground-Sparrow,Melozone biarcuata,landbird,Passeriformes,Passerellidae,Formerly considered conspecific with Melozone cabanisi as Prevost's Ground-Sparrow (Melozone biarcuata),0,0,1,1,R,,,4,Gomez-Panjabi;Bird Conservancy of the Rockies 2019,multiplied % of range by rounded geometric midpoint of pop estimate range for Prevost's Ground-Sparrow's PS-g = 4,,,,,,,,100,,,,BirdLife 2019,4,85902,BirdLife 2019,,4,85902,BirdLife 2019,,2,PIF CAW 2014,"TB-r=2 thoughout Mexico, TB-r=3 throughout Central America, which is much larger than its Mexican range",3,PIF CAW 2014; MX-NSAC,requires forest,3,PIF CAW 2014,,,,,,,,,,,,,,13,14,14,,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1870,Cabanis's Ground-Sparrow,Melozone cabanisi,landbird,Passeriformes,Passerellidae,Formerly combined with Melozone biarcuata as Prevost's Ground-Sparrow (Melozone biarcuata),0,0,0,1,R,,,5,Gomez-Panjabi;Bird Conservancy of the Rockies 2019,multiplied % of range by rounded geometric midpoint of pop estimate range for Prevost's Ground-Sparrow's PS-g = 4,,,,,,,,100,,,,BirdLife 2019,5,1256,BirdLife 2019,,5,1256,BirdLife 2019,,4,PIF CAW 2014,,4,PIF CAW 2014,TB score copied since resident. Requires forest,4,PIF CAW 2014,,,,,,,,,,,,,,18,18,18,Watch List - Red,LC,,,Central and South American Highlands,Central and South American Highlands,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +2144,Cinnamon-rumped Seedeater,Sporophila torqueola,landbird,Passeriformes,Thraupidae,,0,0,1,0,R,,,2,Gomez-Panjabi; BirdLife 2019; PIFSC-20,"after taxonomic split, multiplied White-collared Seedeater pop estimate (geometric mean of the range of pop size for PS-g score of 2) by the % of White-collared's range inhabited by Cinnamon-rumped according to BirdLife range maps","5,800,000",5800000,0,0,,BirdLife 2019,,100,,,,"eBrd17(UsCa,WHem)",3,346711,BirdLife 2019,,3,346711,BirdLife 2019,,1,PIFTC-02,,1,PIFSC-08,"weedy fields, etc.",1,MX-NSAC 2008,has increased with forest clearing,,,,,,,,,,,,,7,7,7,,LC,,"b,w",Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +2145,Morelet's Seedeater,Sporophila morelleti,landbird,Passeriformes,Thraupidae,Formerly lumped with Sporophila torqueola as White-collared Seedeater (Sporophila torqueola),0,1,1,1,R,,,2,Gomez-Panjabi; BirdLife 2019; PIFSC-20,"after taxonomic split, multiplied White-collared Seedeater pop estimate (geometric mean of the range of pop size for PS-g score of 2) by the % of White-collared's range inhabited by Morelet's according to BirdLife range maps","14,000,000",14000000,"500,000",500000,,"Gomez-Panjabi; PIFSC-20; eBrd17(UsCa,WHem)",Shaw 2020: multiplied global pop size estimate by %WH_US-Ca,100,0.400000006,<1,0.400000006,"eBrd17(UsCa,WHem)",3,854795,BirdLife 2019,,3,854795,BirdLife 2019,,1,PIFTC-02,,1,PIFSC-08,"weedy fields, etc.",1,MX-NSAC 2008,has increased with forest clearing,,,,,,,,,,,,,7,7,7,,LC,,"b,w",Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +289.5,White-whiskered Hermit,Phaethornis yaruqui,landbird,Caprimulgiformes,Trochilidae,not in NACC list since only recently discovered to extend into Panama,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,100,,,,PIF CAW-14,4,119297,PIF CAW-14,,4,119297,PIF CAW-14,,3,PIF CAW 2014,se puede ser afectado por el cambio climatico,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1145,Chiriqui Foliage-gleaner,Automolus exsertus,landbird,Passeriformes,Furnariidae,Formerly considered conspecific with Automolus ochrolaemus.,0,0,0,1,R,,,5,PIF CAW 2016;Bird Conservancy of the Rockies 2019,"split off of Buff-throated Foliage-gleaner, so multiplied % of range by the rounded geometric midpoint of pop estimate range for BTFG's PS-g = 3",,,,,,,,100,,,,BirdLife 2019; Bird Conservancy of the Rockies 2019,5,12168,BirdLife 2019; Bird Conservancy of the Rockies 2019,exported polygon covering Pacific coast of Costa Rica/Panama from BirdLife's shapefile for Buff-throated Foliage-gleaner because they did not recognize this split,5,12168,BirdLife 2019;Bird Conservancy of the Rockies 2019,exported polygon covering Pacific coast of Costa Rica/Panama from BirdLife's shapefile for Buff-throated Foliage-gleaner because they do not recognize this split,4,MX-NSAC,,4,MX-NSAC,,4,PIF CAW 2014,,,,,,,,,,,,,,18,18,18,Watch List - Red,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +844,Choco Screech-Owl,Megascops centralis,landbird,Strigiformes,Strigidae,Formerly considered conspecific with M. guatemalae.,0,0,0,1,R,,,4,PIF CAW 2016; Bird Conservancy of the Rockies 2020,"Shaw 2020: Choco Screech-Owl (Megascops centralis) split off from M. guatemalae, so multiplied % of range by the rounded geometric midpoint of pop estimate range for PS-g = 4 previously assigned to M. guatemalae s.l.",,,,,,,,,,,,,3,450000,BirdLife 2019; eBird20; Bird Conservancy of the Rockies 2020,"Shaw 2020: edited the BirdLife polygons for Megascops guatamalae s.l. to just the part of its range south and east of southern Costa Rica (Puntarenas), including all of Panama except the NW quadrant based on eBird distribution maps; however unclear exactly where the species transition in Panama, so a rough estimate",3,450000,BirdLife 2019; eBird20; Bird Conservancy of the Rockies 2020,"Shaw 2020: edited the BirdLife polygons for Megascops guatamalae s.l. to just the part of its range south and east of southern Costa Rica (Puntarenas), including all of Panama except the NW quadrant based on eBird distribution maps; however unclear exactly where the species transition in Panama, so a rough estimate",3,PIF CAW 2015,Shaw 2020: used M. guatemalae s.l.'s regional score for Panama and Costa Rica,3,PIF CAW 2015,Shaw 2020: used M. guatemalae s.l.'s regional score for Panama and Costa Rica,4,PIF CAW 2015,Shaw 2020: used regional score for Panama assigned to M. guatemalae s.l. since Choco Screech Owl has more range in Panama than Costa Rica (which scored PT-r = 3),,,,,,,,,,,,,14,14,14,Watch List - Yel-R,,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1028,Socorro Parakeet,Psittacara brevipes,landbird,Psittaciformes,Psittacidae,Formerly considered conspecific with P. holochlorus.,0,0,1,0,R,,,5,Rodriguez-Estrella et al. 1992; MX-NSAC-19,400-500 birds,450,450,,,,,,,,,,,5,20,BirdLife 2019; Bird Conservancy of the Rockies 2020; MX-NSAC-19,Shaw 2020: used the BirdLIfe polygon for Psittacara holochlorus s.l. on Isla Socorro,5,20,BirdLife 2019; Bird Conservancy of the Rockies 2020; MX-NSAC-19,Shaw 2020: used the BirdLIfe polygon for Psittacara holochlorus s.l. on Isla Socorro,3,MX-NSAC-19,"MX-NSAC-19: We propose TB/TN 3 since threats are not 4 as for holochlorus, since the whole population area is protected. Still it is not a 2 since climate change may increase amount of hurricanes. Cats are still present but under erradication and control programs.",3,MX-NSAC-19,"MX-NSAC-19: We propose TB/TN 3 since threats are not 4 as for holochlorus, since the whole population area is protected. Still it is not a 2 since climate change may increase amount of hurricanes. Cats are still present but under erradication and control programs.",2,MX-NSAC-19,"MX-NSAC-19: Population is not increasing but it is not uncertain, so we suggest 2",,,,,,,,,,,,,15,15,15,Watch List - Yel-R,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +1516,Yucatan Gnatcatcher,Polioptila albiventris,landbird,Passeriformes,Polioptilidae,Formerly considered conspecific with P. albiloris.,0,0,1,0,R,,,5,MX-NSAC-19,"MX-NSAC-19: PS was precisely proposed based on the density of the now sister species, since its relative abundance /frequency seems to be similar as well. Gomez 2019: Tengo la impresión (pero no datos) de que la Polioptila de Yucatán se encuentra en parches mucho más locales y tiene densidad poblacional menor que albiloris. Por lo menos el tamaño poblacional se lo bajaría, subiendo el valor de global score.",,,,,,,,,,,,,5,15798,BirdLife 2019; Bird Conservancy of the Rockies 2020; MX-NSAC-19,Shaw 2020: used the BirdLIfe polygon for Polioptila albiloris s.l. in the Yucatan,5,15798,BirdLife 2019; Bird Conservancy of the Rockies 2020; MX-NSAC-19,Shaw 2020: used the BirdLIfe polygon for Polioptila albiloris s.l. in the Yucatan,4,MX-NSAC-19,,4,MX-NSAC-19,,4,MX-NSAC-19,"MX-NSAC-19: PT is proposed following albiloris PT as well, supported by same trends in the dry forest",,,,,,,,,,,,,18,18,18,,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1840,Baird's Junco,Junco bairdi,landbird,Passeriformes,Passerellidae,Formerly considered conspecific with Junco phaeonotus.,0,0,1,0,R,,,5,MX-NSAC-19,,,,,,,,,,,,,,5,4799,BirdLife 2019; MX-NSAC-19,,5,4799,BirdLife 2019; MX-NSAC-19,,3,MX-NSAC-19,"MX-NSAC-19: We originally suggested TB/TN = 2 due to the protection on the whole habitat as a protected area, but certainly it would shrink due to climate change, so 3 may be more adequate.",3,MX-NSAC-19,"MX-NSAC-19: We originally suggested TB/TN = 2 due to the protection on the whole habitat as a protected area, but certainly it would shrink due to climate change, so 3 may be more adequate.",3,MX-NSAC-19,MX-NSAC-19: unknown,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +15,Greater White-fronted Goose,Anser albifrons,waterfowl,Anseriformes,Anatidae,,1,1,1,0,M,,,2,CAFF18,,"5,500,000",5500000,"4,300,000",4300000,2014,CAFF18,Shaw 2020: applied 2/3 rule to convert non-breeding season surveys' estimates to breeding adults; assuming breeding season survey estimate represented adults,40,99.99998474,45.71429,45.7142868,CAFF18; NAWMP 2018,1,5857945,"Natureserve, with Old World extrapolation",,2,2653193,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,2,TrUST 2016,,2,TrUST 2016,"In general, tolerant of human alterations of the landscape and adaptable to different crop decisions. Population on substantially increasing trajectory, although at least in Central Valley, species is dependent on rice; so decreases in water leading to less rice production may impact GWFG negatively, but hard to predict (TrUST 2016).",1,CAFF7514,"Shaw 2020: CBC supports this score as well, but more extreme annual trend (9.035%)",4.90,CAFF7514,4.76,5.04,,,,,543.78,508.78,582.44,,6,7,7,,LC,,w,Arctic,Nearctic,Wetlands: Tundra,,Wetlands: Generalist, +11,Emperor Goose,Anser canagicus,waterfowl,Anseriformes,Anatidae,Monotypic. Formerly placed in the genus Chen.,1,1,0,0,M,,,4,CAFF18,"spring count, no adjustment applied","98,000",98000,"98,000",98000,2014,CAFF18,,40,,,,"eBrd17(UsCa,WHem), PIF(Glob)",5,36353,"Natureserve, with Old World extrapolation",,4,269964,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,TrUST 2016,less adaptable than other geese species (TrUST 2016),3,TrUST 2016,"wintering on aleutian island chain, potentially susceptible to climate change (sea level rise); specialized on sensitive habitats; herbivores in intertidal zone (TrUST 2016)",2,CAFF8515,,0.40,CAFF8515,0.26,0.54,,,,,12.66,8.05,18.07,,14,13,14,Watch List - Yel-R,NT,,,Arctic,Pacific North America,Coasts: Saltmarsh,,Coasts: Marine Waters,Coasts: Rocky Intertidal +12,Snow Goose,Anser caerulescens,waterfowl,Anseriformes,Anatidae,Formerly placed in the genus Chen.,1,1,1,1,M,,,2,"CAFF18, eBrd17(UsCa,WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"16,000,000",16000000,"15,000,000",15000000,2014,CAFF18,,95,99.89490509,94.90016,94.90016174,"eBrd17(UsCa,WHem), PIF(Glob)",3,534961,"Natureserve, with Old World extrapolation",,2,1760923,Natureserve,,2,TrUST 2016,"Increasing substantially on breeding grounds and significantly altering the landscape; habitat effects unpredictable, but SNGO could be its own greatest threat (TrUST 2016).",2,TrUST 2016,,1,CAFF7514,Alisauskas et al. 2011 (1971-06) also supports PT = 1,6.05,CAFF7514,5.91,6.19,,,,,886.57,842.09,931.81,,8,7,8,,LC,,w,Arctic,Nearctic,Wetlands: Tundra,Tundra: Arctic,Wetlands: Generalist, +41,Gadwall,Mareca strepera,waterfowl,Anseriformes,Anatidae,"No extant subspecies. Peters (1979), Clements (2000), and Howard and Moore (2003) recognize Mareca strepera couesi, now extinct. Formerly placed in the genus Anas.",1,1,1,1,M,,,3,WPE5; NAWMP 2018,"estimates in WPE based on non-breeding surveys, 2/3 adjustment applied","4,400,000",4400000,"3,400,000",3400000,,NAWMP 2018,,40,,,,"bbs0514(BBS), eBrd17(WHem), PIF(Glob)",1,11085530,"Natureserve, with Old World extrapolation",,1,16091055,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,TrUST 2016,"Projections for land use in PPR suggest loss of grass and conversion to cropland (may reverse in Canada?)—doesn't really fit ""2"" scenario, therefore 3 seems appropriate for all grassland-nesting prairie ducks (TrUST 2016).",3,TrUST 2016,"Non-breeding score also 3 due to its heavy reliance on vulnerable coastal marshes (Gulf coastal in particular, more like a 2 in CA because there less dependent on coastal marshes). So continentally, TN = 3. A bit different from the other dabblers in its reliance on wetlands vegetation (TrUST 2016).",1,FWS7017,,2.40,FWS7017,2.26,2.54,,,,,203.80,187.66,226.19,,8,8,8,,LC,,,Nearctic,Nearctic,Wetlands: Seasonally Wet Grasslands,Wetlands: Freshwater Marsh,Wetlands: Generalist, +43,Eurasian Wigeon,Mareca penelope,waterfowl,Anseriformes,Anatidae,Monotypic. Formerly placed in the genus Anas.,1,1,1,0,M,,1,3,"WPE5, IUCN",Assumed 2/3 of individual estimate are breeding adults.,"2,000,000",2000000,,,,,,0.01,,,,"eBrd17(UsCa,WHem), PIF(Glob)",1,,AOU; Natureserve,,1,,AOU; Natureserve,,2,PIFTC-02,,2,PIFTC-02,,3,PIFTC,,,,,,,,,,,,,,9,9,9,,LC,,,Palearctic,Palearctic,Wetlands: Freshwater Marsh,,Wetlands: Generalist, +44,American Wigeon,Mareca americana,waterfowl,Anseriformes,Anatidae,Monotypic. Formerly placed in the genus Anas.,1,1,1,1,M,,,3,NAWMP 2018,,"2,700,000",2700000,"2,700,000",2700000,,NAWMP 2018,,100,99.57064056,99.57064,99.57064056,"bbs0514(BBS), eBrd17(WHem)",1,7551407,Natureserve,,1,7125330,Natureserve,,3,TrUST 2016,"Breeding score should remain at 3 with half of the population in the boreal, other half in grass, mostly in the West (TrUST 2016).",2,TrUST 2016,"Herbivorous in non-breeding season, uses many different habitats in winter, similar to other dabblers (TrUST 2016).",3,FWS7017,,-0.24,FWS7017,-0.36,-0.11,,,,,-10.47,-15.16,-5.70,,10,9,10,,LC,,w,Nearctic,Nearctic,Wetlands: Seasonally Wet Grasslands,Wetlands: Freshwater Marsh,Wetlands: Generalist, +13,Ross's Goose,Anser rossii,waterfowl,Anseriformes,Anatidae,Formerly placed in the genus Chen.,1,1,1,0,M,,,3,CAFF18,,"2,100,000",2100000,"1,600,000",1600000,2014,CAFF18,Shaw 2020: applied 2/3 rule to convert non-breeding season survey estimate to breeding adults,99.57162775,100,99.57162,99.57162476,"eBrd17(UsCa,WHem,Glob)",4,214858,Natureserve,,3,694586,Natureserve,,2,TrUST 2016,,2,TrUST 2016,Same threats as SNGO in Central Valley; no reason to score differently than SNGO (TrUST 2016).,1,CAFF7514,Shaw 2020: CBC supports this score as well with similar trend,11.70,CAFF7514,11.56,11.84,,,,,7348.79,6949.19,7681.15,,10,9,10,,LC,,w,Arctic,Nearctic,Wetlands: Tundra,Tundra: Arctic,Wetlands: Generalist, +1,Highland Tinamou,Nothocercus bonapartei,landbird,Tinamiformes,Tinamidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,,,,,,4,138446,NatureServe,,4,138446,NatureServe,,3,PIF CAW 2014,cacería; ganadería; la parte de su rango en Panamá no está bien protegida,3,PIF CAW 2014,,4,PIF CAW 2014,hábitat bien conservado;,,,,,,,,,,,,,15,15,15,Watch List - Yel-R,LC,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2,Great Tinamou,Tinamus major,landbird,Tinamiformes,Tinamidae,,0,0,1,1,R,,,2,PIF CAW 2016,score change from 3 to 2 recommended by Central Americans in 2016,,,,,,,,,,,,,1,6608444,Natureserve 3.0,,1,6608444,Natureserve 3.0,,3,MX-NSAC,.,3,MX-NSAC,"dependent on primary forest; habitat loss, hunting",4,PIF CAW 2014,"depends largely on lowland rainforests in Central America, which have been reduced by more than 50% (AP)",,,,,,,,,,,,,10,10,10,,NT,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +3,Little Tinamou,Crypturellus soui,landbird,Tinamiformes,Tinamidae,,0,0,1,1,R,,,3,Gomez-Panjabi. PIF CAW 2016,"zonas perturbadas, es fácil escucharlo, pero dificil de verlo (CAW);",,,,,,,,,,,,,1,9557681,Natureserve 3.0,,1,9557681,Natureserve 3.0,,3,MX-NSAC,"TB=3 more appropriate due to preference for second growth, edge.",3,MX-NSAC,"dependent on primary forest; habitat loss, hunting",4,PIF CAW 2014,,,,,,,,,,,,,,11,11,11,,LC,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +4,Thicket Tinamou,Crypturellus cinnamomeus,landbird,Tinamiformes,Tinamidae,,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,"se puede encontrar en áreas perturbadas, o áreas perifericas (CAW);",,,,,,,,,,,,,3,606352,Natureserve 3.0,,3,606352,Natureserve 3.0,,3,MX-NSAC,,3,MX-NSAC,"hunting, habitat loss",4,PIF CAW 2014,,,,,,,,,,,,,,14,14,14,Watch List - Yel-R,LC,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +5,Slaty-breasted Tinamou,Crypturellus boucardi,landbird,Tinamiformes,Tinamidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,,,,,,3,335581,Natureserve 3.0,,3,335581,Natureserve 3.0,,4,MX-NSAC,,4,MX-NSAC,"dependent on primary forest; habitat loss, hunting",4,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,LC,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +6,Choco Tinamou,Crypturellus kerriae,landbird,Tinamiformes,Tinamidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,,,,,,5,908,NatureServe,,5,908,NatureServe,,3,PIF CAW 2014,cacería; majoría de su población está en parque de Darién,3,PIF CAW 2014,,3,PIF CAW 2014,,,,,,,,,,,,,,16,16,16,Watch List - Yel-R,VU,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +8,Black-bellied Whistling-Duck,Dendrocygna autumnalis,waterfowl,Anseriformes,Anatidae,,0,1,1,1,PM,,,3,"IUCN, WPE5",Assumed 2/3 of individual estimate are breeding adults.,"1,000,000",1000000,,,,,,100,,,,"bbs0514(BBS), eBrd17(WHem)",1,9326631,Natureserve,,1,9178240,Natureserve,,3,PIFTC-02,,3,PIFTC-02,,1,BBS7017,,7.36,BBS7017,5.93,8.75,6.51,8.15,2.96,155,2712.08,,,,8,8,8,,LC,yes,w,Neotropical,Neotropical,Wetlands: Generalist,,Wetlands: Generalist, +10,Fulvous Whistling-Duck,Dendrocygna bicolor,waterfowl,Anseriformes,Anatidae,Monotypic.,0,1,1,1,PM,,,3,Birdlife International 2019,survey timing unclear; no adjustment applied,"1,400,000",1400000,"120,000",120000,,BNA Hohman & Lee 2001,,81.2470263,7.23670435,5.879607,5.879607201,"bbs0514(BBS), eBrd17(WHem,Glob)",1,4305929,Natureserve,,1,4211088,Natureserve,,3,PIFTC-02,,3,PIFTC-02,,2,MX-NSAC; PIF CAW 2014,unknown (MX-NSAC),,,,,,,,,420.29,154.91,1079.39,,9,9,9,,LC,,"b,w",Neotropical,Neotropical,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh,Coasts: Saltmarsh +20,Brant,Branta bernicla,waterfowl,Anseriformes,Anatidae,,1,1,1,0,M,,,4,CAFF18,,"490,000",490000,"340,000",340000,2014,CAFF18,Shaw 2020: applied 2/3 rule to convert non-breeding season surveys' estimates to breeding adults; assuming breeding season survey estimate represented adults,60,98.69537354,56.41026,56.41025543,WPE5; NAWMP 2018,2,1448120,"Natureserve, with Old World extrapolation",,4,131077,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,TrUST 2016,,3,TrUST 2016,,2,CAFF6116,,0.20,CAFF6116,0.06,0.34,,,,,9.77,3.08,16.81,,11,13,13,,LC,,,Arctic,Nearctic,Coasts: Saltmarsh,Coasts: Tundra,Coasts: Marine Waters,Coasts: Rocky Intertidal +22,Cackling Goose,Branta hutchinsii,waterfowl,Anseriformes,Anatidae,,1,1,1,0,M,,,3,CAFF18,,"4,500,000",4500000,"4,100,000",4100000,2014,CAFF18,,100,,,,eBrd17(UsCa),2,1226202,Natureserve,,1,4215547,Natureserve,,2,TrUST 2016,No new input when split from Canada Goose; Lower score from 3 to 2 for breeding and nonbreeding (TrUST 2016).,2,TrUST 2016,No new input when split from Canada Goose; Lower score from 3 to 2 for breeding and nonbreeding (TrUST 2016).,1,CAFF7514,,6.21,CAFF7514,6.07,6.35,,,,,945.70,905.58,1004.00,,8,7,8,,LC,,w,Arctic,Nearctic,Wetlands: Tundra,Coasts: Tundra,Wetlands: Generalist, +23,Canada Goose,Branta canadensis,waterfowl,Anseriformes,Anatidae,,1,1,1,1,PM,,,2,"CAFF18, eBrd17(UsCa,WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"7,100,000",7100000,"7,500,000",7500000,2015,CAFF18,Shaw 2020: applied 2/3 rule to convert non-breeding season survey estimates to breeding adults; assuming breeding season surveys' estimates represented adults,98,99.98571777,97.986,97.98600006,"eBrd17(UsCa,WHem), PIF(Glob)",1,13237382,"Natureserve, with Old World extrapolation",,1,7522561,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,1,TrUST 2016,,1,TrUST 2016,,1,BBS7017,Mike Brasher 2018: BBS-15 trends and resulting PT scores for ABDU (2) and CAGO (1) match more closely with my understanding of the current level of concern devoted to these 2 species on the basis of the collective weight of evidence regarding their population trajectories,10.28,BBS7017,9.59,11.03,9.87,10.72,9.24,2932,99.62,88.34,108.84,,5,5,5,,LC,yes,w,Nearctic,Nearctic,Wetlands: Generalist,,Wetlands: Generalist,Coasts: Saltmarsh +25,Mute Swan,Cygnus olor,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,1,0,R,1,,4,"WPE5, IUCN",,"400,000",400000,"31,000",31000,,BNA Ciaranca et al. 1997,,5,100,7.75,7.75,"WPE5, IUCN; BNA Ciaranca et al. 1997",1,,AOU; NatGeo; Natureserve,,1,,AOU.NatGeo; Natureserve,,1,TrUST 2016,,1,TrUST 2016,,1,BBS7017,,3.61,BBS7017,1.43,5.52,2.35,4.69,0.25,79,490.03,86.35,1136.55,,7,7,7,,LC,yes,,Introduced,Introduced,Wetlands: Generalist,,Wetlands: Generalist, +26,Trumpeter Swan,Cygnus buccinator,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,1,0,PM,,,4,NATSS15,,"63,000",63000,"63,000",63000,2015,NATSS15,,100,,,,eBrd17(UsCa),2,1369061,Natureserve,,3,356836,Natureserve,,3,TrUST 2016,"All populations are increasing, so not clear what would be threatening TRUS in future. But is the species ""management-dependent?"" Recommend 3 for breeding. Not a tremendous amount of migratory movement, so also recommend dropping TN score to 3 (TrUST 2016).",3,TrUST 2016,"All populations are increasing, so not clear what would be threatening TRUS in future. But is the species ""management-dependent?"" Recommend 3 for breeding. Not a tremendous amount of migratory movement, so also recommend dropping TN score to 3 (TrUST 2016).",1,NATS6815,Shaw 2020: CBC supports this score as well with even more extreme annual trend (8.488%),6.60,NATS6815,,,,,,,1662.55,1507.45,1865.56,,10,11,11,,LC,,w,Northern Forest,Nearctic,Wetlands: Lakes and Rivers,Wetlands: Freshwater Marsh,Wetlands: Generalist, +27,Tundra Swan,Cygnus columbianus,waterfowl,Anseriformes,Anatidae,,1,1,1,0,M,,,4,WPE5; NAWMP 2018,2/3 adjustment applied to mid-point of global estimate,"280,000",280000,"190,000",190000,,NAWMP 2018,Combines eastern (winter pop est) and western (breeding pop est) poplations; 2/3 adjustment applied only to eastern pop,50,,,,"eBrd17(UsCa,WHem), PIF(Glob)",2,2860842,"Natureserve, with Old World extrapolation",,2,1345406,Natureserve,"Natureserve, with ocular estimate of range in W Hemishpere based on PIFTC",2,TrUST 2016,Similar breeding ecology as Arctic-nesting geese; susceptibility to climate change unknown. So score 2 for TB (TrUST 2016),2,TrUST 2016,"Populations wintering in Pacific seem to be increasing, so change TN from 3 to 2. Perhaps a bit less adaptable to changes in rice production than geese in Central Valley, but TUSW did survive CA's worse drought (TrUST 2016).",2,CBC7017,,0.00,CBC7017,-1.36,1.99,-0.77,0.96,2.61,771,4.44,-51.22,129.29,,10,10,10,,LC,,w,Arctic,Nearctic,Wetlands: Tundra,,Wetlands: Generalist, +34,Muscovy Duck,Cairina moschata,waterfowl,Anseriformes,Anatidae,Monotypic.,0,1,1,1,R,,,3,WPE5,"no adjustment applied, as likely not a non-breeding pop estimate. Note that estimate does not include feral populations since may include hybrids and not of conservation interest.","550,000",550000,<10,10,,Gustafson-19,"Jack Einear-19: I think most of the [native] population moves in and out of Mexico. I'd be surprised if we had more than a handful that actually breed in Texas. Gustafson-19: They likely nest on the [Rio Grande] river or adjacent on inaccessible areas to birders most years. Numbers fluctuate with rainfall / flooding. Shaw-20: comments and estimate reflect only the native pop. In contrast feral pop in FL in ""tens of thousands"" (Ballou 2015).",100,1.085300803,1.085301,1.085300803,"eBrd17(UsCa,WHem)",1,13945445,Natureserve,,1,13945445,Natureserve,,4,TrUST 2016,,4,TrUST 2016,"Mexico scored 4/4, extirpated from some areas. Sought after for food, which will not change. So back to 4/4 (TrUST 2016).",5,NAWMP 2004,"wild populations have declined significantly, and it has been extirpated from some places (MX-NSAC)",,,,,,,,,,,,,13,13,13,Watch List - Yel-D,LC,,,Neotropical,Neotropical,Wetlands: Generalist,,Wetlands: Generalist, +35,Wood Duck,Aix sponsa,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,1,0,PM,,,3,NAWMP 2012,breeding pop estimates (2002-2011 mean),"4,600,000",4600000,"4,600,000",4600000,,NAWMP 2012,breeding pop estimates (2002-2011 mean),100,98.52941895,100,100,NAWMP 2012,1,6185338,Natureserve,,1,6699816,Natureserve,,2,TrUST 2016,"Reduce breeding score to 2 due to maturation (increase) of hardwood nesting trees (Greg Soulliere and others); also, nest boxes buffer loss of cavities (TrUST 2016).",2,TrUST 2016,"Wintering in South tied to acorn mast, hydrology shifts; seems score should be the same as breeding, so reduce TN to 2 (TrUST 2016)",1,BBS7017,,1.82,BBS7017,1.57,2.04,1.68,1.95,0.32,2218,132.79,109.33,155.32,,7,7,7,,LC,,,Eastern Temperate,Eastern Temperate,Wetlands: Forested,Forests: Temperate Eastern,Wetlands: Forested,Wetlands: Lakes and Rivers +49,American Black Duck,Anas rubripes,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,0,0,PM,,,3,NAWMP 2018,,"700,000",700000,"700,000",700000,,NAWMP 2018,,100,99.99996948,99.99997,99.99996948,"bbs0514(BBS), eBrd17(WHem)",1,4076423,Natureserve,,2,3204975,Natureserve,,3,CWS reviewers 2018,Reduced score during calibration with TB-r. Josh Vest and Greg Soulliere agreed.,3,TrUST 2016,,4,BBS7017,Mike Brasher 2018: BBS-15 trends and resulting PT scores for ABDU (2) and CAGO (1) match more closely with my understanding of the current level of concern devoted to these 2 species on the basis of the collective weight of evidence regarding their population trajectories,-1.05,BBS7017,-1.94,-0.18,-1.58,-0.58,0.28,543,-37.23,-60.32,-10.08,,11,12,12,,LC,,,Northern Forest,Eastern Temperate,Wetlands: Boreal,Coasts: Saltmarsh,Wetlands: Lakes and Rivers,Coasts: Saltmarsh +48,Mallard,Anas platyrhynchos,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,1,1,PM,,,2,Birdlife International 2019,"mid-point of european estimate is 7.46M mature individuals, so global estimate is easily more than 19M breeding-aged birds",">19,000,000",19000000,"11,000,000",11000000,,NAWMP 2018,"Excludes 'Mexican Duck' ssp, estimated at 56,000 for N America",40,,,,"bbs0514(BBS), eBrd17(WHem), PIF(Glob)",1,34689185,"Natureserve, with Old World extrapolation",,1,21515068,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,2,TrUST 2016,Score of 2 TB and TN makes sense (TrUST 2016),2,TrUST 2016,Score of 2 TB and TN makes sense (TrUST 2016),2,FWS7017,,0.68,FWS7017,0.60,0.76,,,,,37.46,32.74,42.25,,7,7,7,,LC,yes,w,Widespread,Widespread,Wetlands: Generalist,,Wetlands: Generalist,Coasts: Saltmarsh +50,Mottled Duck,Anas fulvigula,waterfowl,Anseriformes,Anatidae,,0,1,1,0,PM,,,4,"USFWS 2018, Bielefeld 2008, SCDNR unpublished data, M. Brasher pers. comm. 2019","NAWMP 2018 estimate excludes S. TX and contains wrong years, so not used. USFWS 2018 estimates 26,949 breeding birds in LA and 77,729 in TX. Bielefeld 2008 estimates 53,000 breeders in FL. SCDNR estimated 23,000 breeders in SC in 2009-2011. Consider a minimum estimate, since no data for GA. Mike Brasher estimates a few thousand breeding birds in Mexico of ssp. maculosa. Ssp. diazi not included due to taxonomic uncertainty (see McCracken et al. 2001), but is estimated at 55,000 breeders.",">180,000",180000,">180,000",180000,,"USFWS 2018, Bielefeld 2008, SCDNR unpublished data","Consider a minimum estimate, since no data for GA. USFWS 2018 estimates 26,949 breeding birds in LA and 77,729 in TX. Bielefeld 2008 estimates 53,000 breeders in FL. SCDNR estimated 23,000 breeders in SC in 2009-2011. Ssp. diazi not included due to taxonomic uncertainty (see McCracken et al. 2001).",100,93.68704224,93.68704,93.68704224,"bbs0514(BBS), eBrd17(WHem)",4,197762,Natureserve,,4,214102,Natureserve,,4,TrUST 2016,Threatened by hybridization with Mallards in Florida (TrUST 2016).,4,TrUST 2016,,5,BBS7017,,-2.51,BBS7017,-3.58,-1.41,-3.12,-1.85,3.58,111,-67.14,-79.39,-45.39,,17,17,17,Watch List - Red,LC,,w,Eastern Temperate,Eastern Temperate,Wetlands: Freshwater Marsh,,Coasts: Saltmarsh,Wetlands: Freshwater Marsh +38,Blue-winged Teal,Spatula discors,waterfowl,Anseriformes,Anatidae,"Monotypic. Spatula discors orphna recognized by AOU 1957, but validity doubtful. Formerly placed in the genus Anas.",1,1,1,1,M,,,2,NAWMP 2018,,"7,800,000",7800000,"7,800,000",7800000,,NAWMP 2018,,100,95.30052185,100,100,NAWMP 2018,1,8484797,Natureserve,,1,5453778,Natureserve,,3,TrUST 2016,"Keep as 3 for breeding, as with other grassland-nesting species (TrUST 2016).",2,TrUST 2016,"Uncertainty re. conditions on extensive Central American non-breeding range (including harvest) might justify a 3, but leave as 2 for now (TrUST 2016).",1,FWS7017,,1.47,FWS7017,1.35,1.59,,,,,98.12,88.33,108.98,,7,6,7,,LC,,,Nearctic,Widespread,Wetlands: Seasonally Wet Grasslands,Wetlands: Freshwater Marsh,Coasts: Saltmarsh,Wetlands: Freshwater Marsh diff --git a/R/BFI/ACAD Global 2023.csv b/R/BFI/ACAD Global 2023.csv new file mode 100644 index 0000000..94a5646 --- /dev/null +++ b/R/BFI/ACAD Global 2023.csv @@ -0,0 +1,1655 @@ +Sort,Common Name,Scientific Name,Group,order,family,taxonomic notes,Canada,USA,Mexico,C America,Mig Status,Introduced,Nonbreeding only,PS-g,PS-g_s,PS-g_com,Global Pop Size,Global Pop Size#,Pop Size_US-Ca,Pop Size_US-Ca#,PopYr,Pop Size_US-Ca_s,Pop Size_US-Ca_com,BD-g,BD area,BD-g_s,BD-g_com,ND-g,ND area,ND-g_s,ND-g_com,TB-c,TB-c_s,TB-c_com,CV-b,CV-b certainty,TN-c,TN-c_s,TN-c_com,CV-w,CV-w certainty,PT-c,PT-c_s,PT-c_com,LT % change,LT trend (%/yr),LT trend 90% lcl,LT trend 90% ucl,LT sig,ST % change,ST trend (%/yr),ST trend 90% lcl,ST trend 90% ucl,ST sig,ST yrs,core/extended BBS,LT CI width,N,RA,NxRA,apply criteria,unreliable trend,Half-Life,CCS-b,CCS-n,CCS-max,Continental Importance,Urban,Agriculture,Breeding Biome,Nonbreeding Biome,Primary Breeding Habitat,Secondary Breeding Habitat,Primary Nonbreeding Habitat,Secondary Nonbreeding Habitat +1,Highland Tinamou,Nothocercus bonapartei,landbird,Tinamiformes,Tinamidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,138446,NatureServe,,4,138446,NatureServe,,3,PIF CAW 2014,cacería; ganadería; la parte de su rango en Panamá no está bien protegida,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,hábitat bien conservado;,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2,Great Tinamou,Tinamus major,landbird,Tinamiformes,Tinamidae,,0,0,1,1,R,,,2,PIF CAW 2016,score change from 3 to 2 recommended by Central Americans in 2016,,,,,,,,1,6608444,Natureserve 3.0,,1,6608444,Natureserve 3.0,,3,MX-NSAC,.,,,3,MX-NSAC,"dependent on primary forest; habitat loss, hunting",,,4,PIF CAW 2014,"depends largely on lowland rainforests in Central America, which have been reduced by more than 50% (AP)",,,,,,,,,,,,,,,,,,,,10,10,10,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +3,Little Tinamou,Crypturellus soui,landbird,Tinamiformes,Tinamidae,,0,0,1,1,R,,,3,Gomez-Panjabi. PIF CAW 2016,"zonas perturbadas, es fácil escucharlo, pero dificil de verlo (CAW);",,,,,,,,1,9557681,Natureserve 3.0,,1,9557681,Natureserve 3.0,,3,MX-NSAC,"TB=3 more appropriate due to preference for second growth, edge.",,,3,MX-NSAC,"dependent on primary forest; habitat loss, hunting",,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +4,Thicket Tinamou,Crypturellus cinnamomeus,landbird,Tinamiformes,Tinamidae,,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,"se puede encontrar en áreas perturbadas, o áreas perifericas (CAW);",,,,,,,,3,606352,Natureserve 3.0,,3,606352,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,"hunting, habitat loss",,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +5,Slaty-breasted Tinamou,Crypturellus boucardi,landbird,Tinamiformes,Tinamidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,3,335581,Natureserve 3.0,,3,335581,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,"dependent on primary forest; habitat loss, hunting",,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List/Tipping Point Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +6,Choco Tinamou,Crypturellus kerriae,landbird,Tinamiformes,Tinamidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,908,NatureServe,,5,908,NatureServe,,3,PIF CAW 2014,cacería; mayoría de su población está en parque de Darién,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +8,Black-bellied Whistling-Duck,Dendrocygna autumnalis,waterfowl,Anseriformes,Anatidae,,0,1,1,1,M,,,3,"IUCN, WPE5",Assumed 2/3 of individual estimate are breeding adults.,"1,000,000",1000000,,,,,,1,9326631,Natureserve,,1,9178240,Natureserve,,3,PIFTC-02; PIFSC-CVS 2022,,1,H,3,PIFTC-02; PIFSC-CVS 2022,,1,H,1,"BBS7021-AS,JS",,1964.004517,6.113257885,4.343699932,8.159999847,1,62.75758362,4.993071556,-0.609000027,11.22920513,,10,core,3.816299915,193.5,3.734999895,722.9000244,,,,8,8,8,,yes,w,Neotropical,Neotropical,Wetlands: Generalist,,Wetlands: Generalist, +10,Fulvous Whistling-Duck,Dendrocygna bicolor,waterfowl,Anseriformes,Anatidae,Monotypic.,0,1,1,1,M,,,3,Birdlife International 2019,survey timing unclear; no adjustment applied,"1,400,000",1400000,"120,000",120000,,BNA Hohman & Lee 2001,,1,4305929,Natureserve,,1,4211088,Natureserve,,3,PIFTC-02; PIFSC-CVS 2022,,2,M-H,3,PIFTC-02; PIFSC-CVS 2022,,2,M-H,2,MX-NSAC; PIF CAW 2014,unknown (MX-NSAC),,,,,,,,,,,,,,,,,,,,9,9,9,,,"b,w",Neotropical,Neotropical,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh,Coasts: Saltmarsh +11,Emperor Goose,Anser canagicus,waterfowl,Anseriformes,Anatidae,Monotypic. Formerly placed in the genus Chen.,1,1,0,0,M,,,4,CAFF18,"spring count, no adjustment applied","98,000",98000,"98,000",98000,2014,CAFF18,,5,36353,"Natureserve, with Old World extrapolation",,4,269964,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,4,TrUST 2016; PIFSC-CVS 2022,less adaptable than other geese species (TrUST 2016),5,H,3,TrUST 2016,"wintering on aleutian island chain, potentially susceptible to climate change (sea level rise); specialized on sensitive habitats; herbivores in intertidal zone (TrUST 2016)",,,2,"CAFF8516-AS, CBC7019-JS",,47.2983551,0.81202507,-4.099999905,4.400000095,,26.34364319,0.979075789,-4.300000191,8.901993752,,24,,8.5,,,,1,,,15,13,15,Watch List Yellow,,,Arctic,Pacific North America,Coasts: Saltmarsh,,Coasts: Marine Waters,Coasts: Rocky Intertidal +12,Snow Goose,Anser caerulescens,waterfowl,Anseriformes,Anatidae,Formerly placed in the genus Chen.,1,1,1,1,M,,,2,"CAFF18, eBird7017(UsCa,WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"16,000,000",16000000,"15,000,000",15000000,2014,CAFF18,,3,534961,"Natureserve, with Old World extrapolation",,2,1760923,Natureserve,,4,TrUST 2016; PIFSC-CVS 2022,"Increasing substantially on breeding grounds and significantly altering the landscape; habitat effects unpredictable, but SNGO could be its own greatest threat (TrUST 2016).",5,H,2,TrUST 2016; PIFSC-CVS 2022,,2,M-H,1,"CAFF7016-AS, CBC7019-JS",,1600.540405,6.117734909,4.599999905,9.329242706,1,983.3648071,9.999570847,3.599999905,20.27938271,1,25,,4.729242802,,,,,,,10,7,10,,,w,Arctic,Nearctic,Wetlands: Tundra,Tundra: Arctic,Wetlands: Generalist, +13,Ross's Goose,Anser rossii,waterfowl,Anseriformes,Anatidae,Formerly placed in the genus Chen.,1,1,1,0,M,,,3,CAFF18,,"2,100,000",2100000,"1,600,000",1600000,2014,CAFF18,Shaw 2020: applied 2/3 rule to convert non-breeding season survey estimate to breeding adults,4,214858,Natureserve,,3,694586,Natureserve,,4,TrUST 2016; PIFSC-CVS 2022,,5,H,2,TrUST 2016; PIFSC-CVS 2022,Same threats as SNGO in Central Valley; no reason to score differently than SNGO (TrUST 2016).,2,H,1,"CAFF8916-AS, CBC7019-JS",,5487.475098,11.08519554,7.199999809,14.89999962,1,433.963623,9.216960907,3.599999905,19.89078903,1,19,,7.699999809,,,,,,,12,9,12,,,w,Arctic,Nearctic,Wetlands: Tundra,Tundra: Arctic,Wetlands: Generalist, +15,Greater White-fronted Goose,Anser albifrons,waterfowl,Anseriformes,Anatidae,,1,1,1,0,M,,,2,CAFF18,,"5,500,000",5500000,"4,300,000",4300000,2014,CAFF18,Shaw 2020: applied 2/3 rule to convert non-breeding season surveys' estimates to breeding adults; assuming breeding season survey estimate represented adults,1,5857945,"Natureserve, with Old World extrapolation",,2,2653193,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,TrUST 2016; PIFSC-CVS 2022,,3,M-H,2,TrUST 2016; PIFSC-CVS 2022,"In general, tolerant of human alterations of the landscape and adaptable to different crop decisions. Population on substantially increasing trajectory, although at least in Central Valley, species is dependent on rice; so decreases in water leading to less rice production may impact GWFG negatively, but hard to predict (TrUST 2016).",2,M-H,1,"insufficient data (CBC7019-AS,JS)",,430.8959961,3.47407341,-4.099999905,8.196550369,,263.9107361,5.302769661,-5.699999809,15.66897774,,25,,12.29655075,,,,1,1,,7,7,7,,,w,Arctic,Nearctic,Wetlands: Tundra,,Wetlands: Generalist, +20,Brant,Branta bernicla,waterfowl,Anseriformes,Anatidae,,1,1,1,0,M,,,4,CAFF18,,"490,000",490000,"340,000",340000,2014,CAFF18,Shaw 2020: applied 2/3 rule to convert non-breeding season surveys' estimates to breeding adults; assuming breeding season survey estimate represented adults,2,1448120,"Natureserve, with Old World extrapolation",,4,131077,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,4,TrUST 2016; PIFSC-CVS 2022,,4,M-H,3,TrUST 2016; PIFSC-CVS 2022,,2,M-H,2,CBC7019-JS,,6.651292324,0.131503493,-1.047700763,1.482574821,,23.91839981,1.803173542,-1.503100872,4.820201397,,12,,2.530275583,,,,1,,,12,13,13,,,,Arctic,Nearctic,Coasts: Saltmarsh,Coasts: Tundra,Coasts: Marine Waters,Coasts: Rocky Intertidal +22,Cackling Goose,Branta hutchinsii,waterfowl,Anseriformes,Anatidae,,1,1,1,0,M,,,3,CAFF18,,"4,500,000",4500000,"4,100,000",4100000,2014,CAFF18,,2,1226202,Natureserve,,1,4215547,Natureserve,,2,TrUST 2016; PIFSC-CVS 2022,No new input when split from Canada Goose; Lower score from 3 to 2 for breeding and nonbreeding (TrUST 2016).,2,M-H,2,TrUST 2016; PIFSC-CVS 2022,No new input when split from Canada Goose; Lower score from 3 to 2 for breeding and nonbreeding (TrUST 2016).,2,H,3,insufficient data (CAFF7516-AS),,76.83008575,1.399999976,-3.799999952,6.900000095,,-44.10614014,-2.299999952,-7.199999809,2.900000095,,25,,10.69999981,,,,1,1,,10,9,10,,,w,Arctic,Nearctic,Wetlands: Tundra,Coasts: Tundra,Wetlands: Generalist, +23,Canada Goose,Branta canadensis,waterfowl,Anseriformes,Anatidae,,1,1,1,1,M,,,2,"CAFF18, Fink et al. 2021",extrapolated from CAFF US/Canada estimate using standard eBird Status & Trends 2021 model %pop values,"7,600,000",7600000,"7,500,000",7500000,2015,CAFF18,Shaw 2020: applied 2/3 rule to convert non-breeding season survey estimates to breeding adults; assuming breeding season surveys' estimates represented adults,1,13237382,"Natureserve, with Old World extrapolation",,1,7522561,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,2,TrUST 2016; PIFSC-CVS 2022,,3,H,2,TrUST 2016; PIFSC-CVS 2022,,2,H,1,"BBS7021-AS,JS",,8279.442383,9.072880745,7.579999924,11.10000038,1,275.0170898,4.835816383,2.150000095,6.329999924,1,28,core,3.519999981,3328.5,11.46000004,38146.21094,,,,6,6,6,,yes,w,Nearctic,Nearctic,Wetlands: Generalist,,Wetlands: Generalist,Coasts: Saltmarsh +25,Mute Swan,Cygnus olor,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,1,0,M,1,,4,"WPE5, IUCN",,"400,000",400000,"31,000",31000,,BNA Ciaranca et al. 1997,,1,,AOU; NatGeo; Natureserve,,1,,AOU.NatGeo; Natureserve,,2,TrUST 2016; PIFSC-CVS 2022,,2,M-H,2,TrUST 2016; PIFSC-CVS 2022,,2,H,1,"BBS7021-AS,JS",,147.9925842,1.794944048,-0.66050297,4.630000114,,19.6337471,0.620069802,-2.700000048,3.920697927,,29,core,5.290503025,92.5,0.254999995,23.57999992,,,,8,8,8,,yes,,Introduced,Introduced,Wetlands: Generalist,,Wetlands: Generalist, +26,Trumpeter Swan,Cygnus buccinator,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,1,0,M,,,4,NATSS15,,"63,000",63000,"63,000",63000,2015,NATSS15,,2,1369061,Natureserve,,3,356836,Natureserve,,4,TrUST 2016; PIFSC-CVS 2022,"All populations are increasing, so not clear what would be threatening TRUS in future. But is the species ""management-dependent?"" Recommend 3 for breeding. Not a tremendous amount of migratory movement, so also recommend dropping TN score to 3 (TrUST 2016).",5,M-H,3,TrUST 2016; PIFSC-CVS 2022,"All populations are increasing, so not clear what would be threatening TRUS in future. But is the species ""management-dependent?"" Recommend 3 for breeding. Not a tremendous amount of migratory movement, so also recommend dropping TN score to 3 (TrUST 2016).",2,H,1,"BBS7021-AS, BBS9321-JS",Shaw-23: switched to BBS since NATS6815 getting out of date and no 3 gen trends for new rule set,574.6315308,5.391147614,1.389999986,8.838796616,1,516.9033813,6.716684341,4.090000153,8.909999847,1,28,extended,7.448797226,174,0.223000005,38.80199814,,,,11,11,11,,,w,Northern Forest,Nearctic,Wetlands: Lakes and Rivers,Wetlands: Freshwater Marsh,Wetlands: Generalist, +27,Tundra Swan,Cygnus columbianus,waterfowl,Anseriformes,Anatidae,,1,1,1,0,M,,,4,WPE5; NAWMP 2018,2/3 adjustment applied to mid-point of global estimate,"280,000",280000,"190,000",190000,,NAWMP 2018,Combines eastern (winter pop est) and western (breeding pop est) poplations; 2/3 adjustment applied only to eastern pop,2,2860842,"Natureserve, with Old World extrapolation",,2,1345406,Natureserve,"Natureserve, with ocular estimate of range in W Hemishpere based on PIFTC",3,TrUST 2016; PIFSC-CVS 2022,Similar breeding ecology as Arctic-nesting geese; susceptibility to climate change unknown. So score 2 for TB (TrUST 2016),4,M-H,2,TrUST 2016; PIFSC-CVS 2022,"Populations wintering in Pacific seem to be increasing, so change TN from 3 to 2. Perhaps a bit less adaptable to changes in rice production than geese in Central Valley, but TUSW did survive CA's worse drought (TrUST 2016).",2,H,2,"CBC7019-AS,JS",,27.3295784,0.494296521,-0.400000006,1.555661082,,53.17350388,1.720232844,-0.824510634,5.368515015,,25,,1.955661178,,,,,,,11,10,11,,,w,Arctic,Nearctic,Wetlands: Tundra,,Wetlands: Generalist, +34,Muscovy Duck,Cairina moschata,waterfowl,Anseriformes,Anatidae,Monotypic.,0,1,1,1,R,,,3,WPE5,"no adjustment applied, as likely not a non-breeding pop estimate. Note that estimate does not include feral populations since may include hybrids and not of conservation interest.","550,000",550000,<10,10,,Gustafson-19,"Jack Einear-19: I think most of the [native] population moves in and out of Mexico. I'd be surprised if we had more than a handful that actually breed in Texas. Gustafson-19: They likely nest on the [Rio Grande] river or adjacent on inaccessible areas to birders most years. Numbers fluctuate with rainfall / flooding. Shaw-20: comments and estimate reflect only the native pop. In contrast feral pop in FL in ""tens of thousands"" (Ballou 2015).",1,13945445,Natureserve,,1,13945445,Natureserve,,4,TrUST 2016; PIFSC-CVS 2022,,2,M-H,4,TrUST 2016; PIFSC-CVS 2022,"Mexico scored 4/4, extirpated from some areas. Sought after for food, which will not change. So back to 4/4 (TrUST 2016).",2,M-H,5,NAWMP 2004,"wild populations have declined significantly, and it has been extirpated from some places (MX-NSAC)",,,,,,,,,,,,,,,,,,,,13,13,13,Watch List/Tipping Point Yellow,,,Neotropical,Neotropical,Wetlands: Generalist,,Wetlands: Generalist, +35,Wood Duck,Aix sponsa,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,1,0,M,,,3,NAWMP 2012,breeding pop estimates (2002-2011 mean),"4,600,000",4600000,"4,600,000",4600000,,NAWMP 2012,breeding pop estimates (2002-2011 mean),1,6185338,Natureserve,,1,6699816,Natureserve,,2,TrUST 2016; PIFSC-CVS 2022,"Reduce breeding score to 2 due to maturation (increase) of hardwood nesting trees (Greg Soulliere and others); also, nest boxes buffer loss of cavities (TrUST 2016).",2,H,2,TrUST 2016; PIFSC-CVS 2022,"Wintering in South tied to acorn mast, hydrology shifts; seems score should be the same as breeding, so reduce TN to 2 (TrUST 2016)",2,H,1,"BBS7021-AS,JS",,112.8171921,1.494629502,0.952804029,2.210000038,1,9.802713394,0.782444477,-0.270000011,1.830000043,,12,core,1.25719595,2393.5,0.32249999,771.8074951,,,,7,7,7,,,,Eastern Temperate,Eastern Temperate,Wetlands: Forested,Forests: Temperate Eastern,Wetlands: Forested,Wetlands: Lakes and Rivers +38,Blue-winged Teal,Spatula discors,waterfowl,Anseriformes,Anatidae,"Monotypic. Spatula discors orphna recognized by AOU 1957, but validity doubtful. Formerly placed in the genus Anas.",1,1,1,1,M,,,2,NAWMP 2018,,"7,800,000",7800000,"7,800,000",7800000,,NAWMP 2018,,1,8484797,Natureserve,,1,5453778,Natureserve,,3,TrUST 2016; PIFSC-CVS 2022,"Keep as 3 for breeding, as with other grassland-nesting species (TrUST 2016).",2,H,2,TrUST 2016; PIFSC-CVS 2022,"Uncertainty re. conditions on extensive Central American non-breeding range (including harvest) might justify a 3, but leave as 2 for now (TrUST 2016).",2,H,2,"BBS7021-AS,JS",,5.413814545,0.103767328,-0.953999996,0.994204998,,-21.86266899,-2.035280228,-4.628301144,0.841000021,,12,core,1.948204994,1325.5,1.610000014,2133.810059,,,,8,7,8,,,,Nearctic,Widespread,Wetlands: Seasonally Wet Grasslands,Wetlands: Freshwater Marsh,Coasts: Saltmarsh,Wetlands: Freshwater Marsh +39,Cinnamon Teal,Spatula cyanoptera,waterfowl,Anseriformes,Anatidae,Formerly placed in the genus Anas.,1,1,1,1,M,,,4,"WPE5, NAWMP 2012",very low estimates for S. America pops in WPE,"380,000",380000,"300,000",300000,,NAWMP 2012,,1,6904749,Natureserve,,1,6265279,Natureserve,,3,TrUST 2016; PIFSC-CVS 2022,,3,M-H,3,TrUST 2016; PIFSC-CVS 2022,"With this species (vs. BWTE), all of the uncertainty lies outside the US, and we haven't seen an increasing population size, so score 3/3 (TrUST 2016).",2,H,4,"BBS7021-AS,JS",,-51.07204056,-1.393509626,-2.119999886,-0.229000002,1,4.177833557,0.410498589,-2.819999933,3.217398882,,10,core,1.891000032,510.5,0.542500019,277.0325012,,,,12,12,12,Common Bird in Steep Decline; previously Watch List,,,Western Temperate,Western Temperate,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh,Wetlands: Lakes and Rivers +40,Northern Shoveler,Spatula clypeata,waterfowl,Anseriformes,Anatidae,Monotypic. Formerly placed in the genus Anas.,1,1,1,1,M,,,2,WPE5; NAWMP 2018,"non-breeding surveys in WPE, 2/3 adjustment applied to all estimates except NAWMP 2018","5,900,000",5900000,"4,400,000",4400000,,NAWMP 2018,,1,26371937,"Natureserve, with Old World extrapolation",,1,17197873,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,TrUST 2016; PIFSC-CVS 2022,keep as is (TrUST 2016),2,M-H,2,TrUST 2016; PIFSC-CVS 2022,keep as is (TrUST 2016),2,H,1,"BBS7021-AS,JS",,94.30682373,1.311115503,-0.0165,2.380002022,,-23.58299065,-2.216570616,-5.326200008,1.200000048,,12,core,2.396502018,780.5,0.924000025,721.8029785,,,,7,6,7,,,,Nearctic,Nearctic,Wetlands: Seasonally Wet Grasslands,Wetlands: Freshwater Marsh,Wetlands: Generalist, +41,Gadwall,Mareca strepera,waterfowl,Anseriformes,Anatidae,"No extant subspecies. Peters (1979), Clements (2000), and Howard and Moore (2003) recognize Mareca strepera couesi, now extinct. Formerly placed in the genus Anas.",1,1,1,1,M,,,3,WPE5; NAWMP 2018,"estimates in WPE based on non-breeding surveys, 2/3 adjustment applied","4,400,000",4400000,"3,400,000",3400000,,NAWMP 2018,,1,11085530,"Natureserve, with Old World extrapolation",,1,16091055,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,TrUST 2016; PIFSC-CVS 2022,"Projections for land use in PPR suggest loss of grass and conversion to cropland (may reverse in Canada?)—doesn't really fit ""2"" scenario, therefore 3 seems appropriate for all grassland-nesting prairie ducks (TrUST 2016).",2,M-H,3,TrUST 2016; PIFSC-CVS 2022,"Non-breeding score also 3 due to its heavy reliance on vulnerable coastal marshes (Gulf coastal in particular, more like a 2 in CA because there less dependent on coastal marshes). So continentally, TN = 3. A bit different from the other dabblers in its reliance on wetlands vegetation (TrUST 2016).",2,H,1,"BBS7021-AS,JS",,171.4319916,1.975390315,0.995000005,2.813302994,1,-13.11831093,-1.270488977,-3.068900108,0.773000002,,11,core,1.818302989,810,2.099999905,1702.5,,,,8,8,8,,,,Nearctic,Nearctic,Wetlands: Seasonally Wet Grasslands,Wetlands: Freshwater Marsh,Wetlands: Generalist, +43,Eurasian Wigeon,Mareca penelope,waterfowl,Anseriformes,Anatidae,Monotypic. Formerly placed in the genus Anas.,1,1,1,0,M,,1,3,"WPE5, IUCN",Assumed 2/3 of individual estimate are breeding adults.,"2,000,000",2000000,,,,,,1,,AOU; Natureserve,,1,,AOU; Natureserve,,2,PIFTC-02,,,,2,PIFTC-02; PIFSC-CVS 2022,,2,H,3,PIFTC,,,,,,,,,,,,,,,,,,,,,9,9,9,,,,Palearctic,Palearctic,Wetlands: Freshwater Marsh,,Wetlands: Generalist, +44,American Wigeon,Mareca americana,waterfowl,Anseriformes,Anatidae,Monotypic. Formerly placed in the genus Anas.,1,1,1,1,M,,,3,NAWMP 2018,,"2,700,000",2700000,"2,700,000",2700000,,NAWMP 2018,,1,7551407,Natureserve,,1,7125330,Natureserve,,3,TrUST 2016; PIFSC-CVS 2022,"Breeding score should remain at 3 with half of the population in the boreal, other half in grass, mostly in the West (TrUST 2016).",3,M-H,2,TrUST 2016; PIFSC-CVS 2022,"Herbivorous in non-breeding season, uses many different habitats in winter, similar to other dabblers (TrUST 2016).",2,H,3,"BBS7021-AS,JS",,-45.23620224,-1.173630953,-1.93849802,-0.104999997,1,9.656652451,0.771101415,-1.00999999,2.823602915,,12,core,1.833498001,731,0.963,703.8880005,,,,10,9,10,,,w,Nearctic,Nearctic,Wetlands: Seasonally Wet Grasslands,Wetlands: Freshwater Marsh,Wetlands: Generalist, +48,Mallard,Anas platyrhynchos,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,1,0,M,,,2,Birdlife International 2019,"mid-point of european estimate is 7.46M mature individuals, so global estimate is easily more than 19M breeding-aged birds. Shaw-22: Mexican Duck split immaterial due to small pop size.",">19,000,000",19000000,"11,000,000",11000000,,NAWMP 2018,Shaw-22: no change due to Mexican Duck split since Mexican Duck pop size immaterial with rounding,1,42009504,BirdLife 2021,Shaw-22: includes introduced resident range throughout Oceania,1,22270745,BirdLife 2021,Shaw-22: includes introduced resident range throughout Oceania,2,TrUST 2016; PIFSC-CVS 2022,,2,H,2,TrUST 2016; PIFSC-CVS 2022,,2,H,2,"BBS7021-AS,JS",,9.52089119,0.178530738,-0.574999988,0.587499022,,-9.923827171,-0.743785918,-1.581501961,0.326999992,,14,core,1.162498951,3693.5,5.894999981,21786.48438,,,,7,7,7,,yes,w,Widespread,Widespread,Wetlands: Generalist,,Wetlands: Generalist,Coasts: Saltmarsh +49,Mexican Duck,Anas diazi,waterfowl,Anseriformes,Anatidae,Formerly considered conspecific with Anas platyrhynchos.,0,0,1,1,R,,,5,NAWMP 2018,,"56,000",56000,400,400,,NAWMP 2018; STEM-21,"Shaw-22: multiplied global estimate by STEM-21 % in US (6.5%), rounded to 1 significant figure to avoid implying precision",2,,BOTW Drilling et al. 2020; Shaw-22,"Shaw-22: roughly sketched BOTW range map in ArcGIS since the only available range shapefile, from eBird Science & Trends, was too patchy",2,,BOTW Drilling et al. 2020; Shaw-22,"Shaw-22: roughly sketched BOTW range map in ArcGIS since the only available range shapefile, from eBird Science & Trends, was too patchy",2,"SJV-SWG 2017, TrUST 2016, Mexican Regional Assessment 2005, Shaw-22","Shaw-22: weighted pre-split Mallard TB-r scores for BCR's 34, 35, and CEMH which make of vast majority of population by the %pop for each region and calculated weighted average score",,,2,"SJV-SWG 2017, TrUST 2016, Mexican Regional Assessment 2005, Shaw-22","Shaw-22: because no TN-r scores available and resident in most of range, weighted pre-split Mallard TB-r scores for BCR's 34, 35, and CEMH which make of vast majority of population by the %pop for each region and calculated weighted average score",,,2,"BBS7015, Mexican Regional Assessment 2005, Shaw-22","Shaw-22: weighted pre-split Mallard PT-r scores for BCR's 34, 35, and CEMH which make of vast majority of population by the %pop for each region and calculated weighted average score",,,,,,,,,,,,,,,,,,,,11,11,11,,,"b,w",North American Southwest,North American Southwest,Wetlands: Freshwater Marsh,Wetlands: Lakes and Rivers,Wetlands: Freshwater Marsh,Wetlands: Lakes and Rivers +50,American Black Duck,Anas rubripes,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,0,0,M,,,3,NAWMP 2018,,"700,000",700000,"700,000",700000,,NAWMP 2018,,1,4076423,Natureserve,,2,3204975,Natureserve,,3,CWS reviewers 2018; PIFSC-CVS 2022,Reduced score during calibration with TB-r. Josh Vest and Greg Soulliere agreed.,3,M-H,3,TrUST 2016; PIFSC-CVS 2022,,3,M-H,4,"BBS7021-AS,JS",,-53.93214035,-1.508442044,-4.320000172,0.115001,,-20.33296013,-1.609585166,-5.760000229,1.820000052,,14,core,4.435000896,592.5,0.277500004,164.7375031,,,,11,12,12,Common Bird in Steep Decline,,,Northern Forest,Eastern Temperate,Wetlands: Boreal,Coasts: Saltmarsh,Wetlands: Lakes and Rivers,Coasts: Saltmarsh +51,Mottled Duck,Anas fulvigula,waterfowl,Anseriformes,Anatidae,,0,1,1,0,R,,,4,"USFWS 2018, Bielefeld 2008, SCDNR unpublished data, M. Brasher pers. comm. 2019","NAWMP 2018 estimate excludes S. TX and contains wrong years, so not used. USFWS 2018 estimates 26,949 breeding birds in LA and 77,729 in TX. Bielefeld 2008 estimates 53,000 breeders in FL. SCDNR estimated 23,000 breeders in SC in 2009-2011. Consider a minimum estimate, since no data for GA. Mike Brasher estimates a few thousand breeding birds in Mexico of ssp. maculosa. Ssp. diazi not included due to taxonomic uncertainty (see McCracken et al. 2001), but is estimated at 55,000 breeders.",">180,000",180000,">180,000",180000,,"USFWS 2018, Bielefeld 2008, SCDNR unpublished data","Consider a minimum estimate, since no data for GA. USFWS 2018 estimates 26,949 breeding birds in LA and 77,729 in TX. Bielefeld 2008 estimates 53,000 breeders in FL. SCDNR estimated 23,000 breeders in SC in 2009-2011. Ssp. diazi not included due to taxonomic uncertainty (see McCracken et al. 2001).",4,197762,Natureserve,,4,214102,Natureserve,,4,TrUST 2016; PIFSC-CVS 2022,Threatened by hybridization with Mallards in Florida (TrUST 2016).,2,M-H,4,TrUST 2016; PIFSC-CVS 2022,,2,M-H,5,"BBS7021-AS,JS",,-67.22511292,-2.165653229,-3.523098946,-0.808000028,1,-11.68015575,-0.884310365,-3.049999952,1.499403,,14,core,2.715099096,119.5,2.630000114,313.8150024,,,,17,17,17,Watch List/Tipping Point Red,,w,Eastern Temperate,Eastern Temperate,Wetlands: Freshwater Marsh,,Coasts: Saltmarsh,Wetlands: Freshwater Marsh +53,Northern Pintail,Anas acuta,waterfowl,Anseriformes,Anatidae,"Recognized as a monotypic by AOU (1957), Clements (2000), and Howard and Moore (2003). Subspecies Anas acuta acuta, A. a. eatoni, and A. a. ...",1,1,1,1,M,,,3,NAWMP 2018; WPE5,"mostly non-breeding population estimates outside of North America, so 2/3 adjustment applied to those pops.","5,100,000",5100000,"3,200,000",3200000,,NAWMP 2018,,1,26113543,"Natureserve, with Old World extrapolation",,1,19443465,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,4,TrUST 2016; PIFSC-CVS 2022,Potential increase in cropland and increased drying due to increasing temperature in southern Saskatchewan suggest 4 for breeding (TrUST 2016).,2,M-H,3,TrUST 2016; PIFSC-CVS 2022,"Threats increasing for NOPI due to reliance on rice along Gulf Coast; rice production expected to decline, so boost 2 to 3 for non-breeding (TrUST 2016).",2,H,5,"BBS7021-AS,JS",,-70.77163696,-2.382194519,-3.880000114,-1.579200983,1,-15.52532578,-1.118656635,-4.102200985,2.019999981,,15,core,2.300798893,860.5,1.710000038,1468.935059,,,,13,12,13,Watch List/Tipping Point Yellow,,w,Nearctic,Nearctic,Wetlands: Seasonally Wet Grasslands,Wetlands: Tundra,Wetlands: Generalist, +54,Green-winged Teal,Anas crecca,waterfowl,Anseriformes,Anatidae,,1,1,1,1,M,,,3,NAWMP 2018; WPE5,"updated WPE estimate with latest NAWMP estimate for North America; most other pop estimates appeared to be based on non-breeding surveys, so 2/3 adjustment applied for breeding pop estimate","6,700,000",6700000,"3,900,000",3900000,,NAWMP 2018,,1,36098237,"Natureserve, with Old World extrapolation",,1,24504560,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,TrUST 2016; PIFSC-CVS 2022,Breeding goes to 3 due to prairies and boreal development trajectories (TrUST 2016).,3,M-H,2,TrUST 2016; PIFSC-CVS 2022,Non-breeding stays at 2 (TrUST 2016).,2,H,2,"BBS7021-AS,JS",,2.488831043,0.04826856,-1.720000029,0.993203998,,9.093792915,0.728356123,-1.769999981,3.590500116,,12,core,2.713203907,982,0.386999995,379.5490112,,,,9,8,9,,,w,Nearctic,Nearctic,Wetlands: Generalist,,Wetlands: Generalist, +55,Canvasback,Aythya valisineria,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,1,1,M,,,3,NAWMP 2018,,"690,000",690000,"690,000",690000,,NAWMP 2018,,2,3637441,Natureserve,,1,5757278,Natureserve,,3,TrUST 2016; PIFSC-CVS 2022,"More Redheads means more parasitism for CANV, but 4 seems extreme; TB= 3 makes sense (TrUST 2016).",2,M-H,3,TrUST 2016; PIFSC-CVS 2022,"Nonbreeding not as concentrated on Gulf Coast, but no reason to expect threats should be 4; keep TN at 3 (TrUST 2016).",2,H,2,"BBS7021-AS,JS",,19.14516449,0.343971074,-0.931999981,1.266098022,,-16.98538589,-1.234227777,-6.057400227,3.25,,15,core,2.198097944,342.5,0.523500025,179.0899963,,,,10,9,10,,,,Nearctic,Nearctic,Wetlands: Seasonally Wet Grasslands,Wetlands: Freshwater Marsh,Wetlands: Lakes and Rivers,Coasts: Marine Waters +56,Redhead,Aythya americana,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,1,1,M,,,3,NAWMP 2018,,"1,200,000",1200000,"1,200,000",1200000,,NAWMP 2018,,1,4994036,Natureserve,,1,4940081,Natureserve,,3,TrUST 2016; PIFSC-CVS 2022,"Score 3 for breeding, although found in the less threatened permanent wetlands (TrUST 2016).",2,M-L,3,TrUST 2016; PIFSC-CVS 2022,"Non-breeding could change due to energy development, but moderate threats (3) seem appropriate. Loss of non-breeding sea-grass habitat mitigated by movement into freshwater habitat to compensate (TrUST 2016).",2,H,1,"BBS7021-AS,JS",,103.1456604,1.399661064,-0.358999997,2.734803915,,-7.615638256,-0.607890725,-5.530100822,4.679999828,,13,core,3.093803883,478.5,1.495000005,715.2550049,,,,8,8,8,,,,Nearctic,Nearctic,Wetlands: Seasonally Wet Grasslands,Wetlands: Freshwater Marsh,Coasts: Marine Waters,Wetlands: Lakes and Rivers +58,Ring-necked Duck,Aythya collaris,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,1,1,M,,,3,NAWMP 2018,,"2,000,000",2000000,"2,000,000",2000000,,NAWMP 2018,,1,4773863,Natureserve,,1,6602187,Natureserve,,3,TrUST 2016; PIFSC-CVS 2022,TB= 3 is consistent for breeding in southern boreal (TrUST 2016),3,M-H,2,TrUST 2016; PIFSC-CVS 2022,"No expected threats NB, so 2 (TrUST 2016)",2,H,1,"BBS7021-AS,JS",,222.9280396,2.324466705,0.680000007,3.371798992,1,23.28128052,1.921436548,-0.927999973,4.820000172,,11,core,2.691798925,618.5,0.275999993,170.7619934,,,,8,7,8,,,,Northern Forest,Nearctic,Wetlands: Boreal,,Wetlands: Lakes and Rivers, +60,Greater Scaup,Aythya marila,waterfowl,Anseriformes,Anatidae,,1,1,1,1,M,,,3,WPE5; NAWMP 2018; NAWMP 2012,"Replaced WPE5 estimate for NA with NAWMP 2018 all scaup estimate for North America multiplied by the NAWMP 2012 ratio of GRSC:LESC. Other WPE5 pop estimates based on non-breeding surveys, so 2/3 adjustment applied for breeding pop estimate.","1,200,000",1200000,"720,000",720000,,NAWMP 2018; NAWMP 2012,NAWMP 2018 all scaup estimate for North America multiplied by the NAWMP 2012 ratio of GRSC:LESC,1,10296457,"Natureserve, with Old World extrapolation",,1,6481437,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,4,TrUST 2016; PIFSC-CVS 2022,"As with LESC, 3 for breeding is appropriate (TrUST 2016).",4,M-H,2,TrUST 2016; PIFSC-CVS 2022,"NB should be 2, as it utilizes more open water and less marsh (TrUST 2016).",2,H,2,"CBC7019-AS,JS",,-3.949226856,-0.082197316,-2.309020758,2.241432905,,19.39031219,1.372626543,-4.021660328,9.110136986,,13,,4.550453663,,,,1,,,10,8,10,,,,Arctic,Nearctic,Wetlands: Tundra,,Coasts: Marine Waters,Wetlands: Lakes and Rivers +61,Lesser Scaup,Aythya affinis,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,1,1,M,,,3,NAWMP 2018; NAWMP 2012,NAWMP 2018 all scaup estimate for North America multiplied by the NAWMP 2012 ratio of LESC:GRSC.,"3,700,000",3700000,"3,700,000",3700000,,NAWMP 2018; NAWMP 2012,NAWMP 2018 all scaup estimate for North America multiplied by the NAWMP 2012 ratio of LESC:GRSC.,1,5103713,Natureserve,,1,6033188,Natureserve,,3,TrUST 2016; PIFSC-CVS 2022,Score of 3 in breeding could be impacted by climate change and food availability mismatch (TrUST 2016).,4,M-L,3,TrUST 2016; PIFSC-CVS 2022,Non-breeding =3 for LESC due to spring migration foraging uncertainty (TrUST 2016).,2,H,2,CBC7019-JS,,-15.61806107,-0.345965058,-2.297476292,1.825913668,,9.411367416,0.563736856,-0.277443767,1.414892673,,15,,4.123390198,,,,,,,9,9,9,,,,Nearctic,Widespread,Wetlands: Lakes and Rivers,Wetlands: Freshwater Marsh,Coasts: Marine Waters,Wetlands: Lakes and Rivers +62,Steller's Eider,Polysticta stelleri,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,0,0,M,,,4,WPE5,"2/3 adjustment applied to W. Siberia/NE Europe winter estimate, not to N. Pacific spring estimate.","200,000",200000,660,660,,NAWMP 2018,,5,74300,"Natureserve, with Old World extrapolation",,3,751470,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,5,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017; PIFSC-CVS 2022,climate change and associated increasing shipping and resource development (FWS Mig Birds/ Sea Duck JV 2017),5,H,5,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017; PIFSC-CVS 2022,"they're tied to more near-shore and lagoon systems, and you could argue that they would be more susceptible to things like shoreline oiling and climate-change-induced changes to lagoon systems (e.g., erosion of barrier islands due to storm surges, lack of ice, sea level rise (FWS Mig Birds/ Sea Duck JV 2017)",5,M-H,5,Bowman et al. 2015; FWS Mig Birds/ Sea Duck JV 2017,"Rosenberg 2019: BNA also indicates significant declines; CBC would score as PT = 4 due to detection in just 10 circles, would probably be PT5 if larger samples",,,,,,,,,,,,,,,,,,,,19,17,19,Watch List/Tipping Point Red,,,Arctic,Arctic,Wetlands: Tundra,,Coasts: Marine Waters, +64,Spectacled Eider,Somateria fischeri,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,0,0,M,,,4,WPE5,"Late winter survey, 2/3 adjustment applied","250,000",250000,"20,000",20000,,NAWMP 2018,,5,62480,"Natureserve, with Old World extrapolation",,5,18692,Natureserve,,5,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017; PIFSC-CVS 2022,climate change and associated increasing shipping and resource development (FWS Mig Birds/ Sea Duck JV 2017),5,M-H,4,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017,"SPEI are definitely facing greater threats during non-breeding period than other eiders because the entire population concentrates in polynyas in the Bering Sea where the ice is critical for protection and energetically (they haul out on the ice to save energy). Ice conditions have been shown to have an effect on population dynamics, and the projection is for decreased ice coverage due to climate change. Either severe ice conditions or lack of ice could have profound effects on the SPEI population. In addition, benthic communities have been changing from a bivalve-dominated benthic community to a fish-dominated community, again related to climate changes. (FWS Mig Birds/ Sea Duck JV 2017)",,,5,Bowman et al. 2015; FWS Mig Birds/ Sea Duck JV 2017,,,,,,,,,,,,,,,,,,,,,19,18,19,Watch List/Tipping Point Red,,,Arctic,Arctic,Wetlands: Tundra,Coasts: Tundra,Oceans: Arctic Polynyas, +65,King Eider,Somateria spectabilis,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,0,0,M,,,3,WPE5; NAWMP 2018,"Combined NAWMP 2018 estimate with corrected WPE5 estimate (referred to original source showing 300,000-400,000) for E. Greenland, NE Europe, and W. Siberia. Applied 2/3 rule to the latter population since they included winter estimates in their total. WPE5 lacks an estimate for E. Asia, so this is a minimum estimate.",">830,000",830000,"600,000",600000,,NAWMP 2018,,2,3370636,"Natureserve, with Old World extrapolation",,2,2111558,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,5,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017; PIFSC-CVS 2022,climate change and associated increasing shipping and resource development (FWS Mig Birds/ Sea Duck JV 2017),5,M-H,3,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017; PIFSC-CVS 2022,,2,H,5,"CBC7019-AS,JS",,-98.59654236,-8.338337898,-10.19999981,-6.199999809,1,-92.82534027,-10.00216675,-14.59723854,-5.885144711,1,25,,4,,,,,,7,15,13,15,Watch List/Tipping Point Orange,,,Arctic,Nearctic,Wetlands: Tundra,Coasts: Tundra,Coasts: Marine Waters, +66,Common Eider,Somateria mollissima,waterfowl,Anseriformes,Anatidae,,1,1,0,0,M,,,3,NAWMP 2018; WPE5,2/3 adjustment applied to pop estimates in WPE 5 for outside N America and to NAWMP 2018 estimate for N America since all or most from non-breeding surveys,"2,300,000",2300000,"750,000",750000,,NAWMP 2018,"non-breeding survey, 2/3 adjustment applied to estimate breeding adults",2,1999255,"Natureserve, with Old World extrapolation",,2,1002316,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,4,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017; PIFSC-CVS 2022,climate change and associated increasing shipping and resource development (FWS Mig Birds/ Sea Duck JV 2017),4,H,3,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017; PIFSC-CVS 2022,,2,H,3,Bowman et al. 2015; FWS Mig Birds/ Sea Duck JV 2017,,,,,,,,,,,,,,,,,,,,,12,11,12,,,,Arctic,Eastern Temperate,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters,Coasts: Rocky Intertidal +67,Harlequin Duck,Histrionicus histrionicus,waterfowl,Anseriformes,Anatidae,Monotypic. Howard and Moore (2003) list subspecies H. h. histionicus and H. h. pacificus but validity doubtful.,1,1,0,0,M,,,4,WPE5; NAWMP 2018,"combined NAWMP 2018 estimates with WPE estimates for Greenland, Iceland, and E. Asia. Used 2/3 rule for all estimates since NAWMP based on index derived from winter surveys, as was Greenland. Sources unavailable for Iceland and E. Asia so assumed includes all ages as per WPE5 guidelines.","230,000",230000,"170,000",170000,,NAWMP 2018,"non-breeding survey, 2/3 adjustment applied to estimate breeding adults. Unclear if it includes birds that breed in Greenland.",1,6482534,"Natureserve, with Old World extrapolation",,2,1025318,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017; PIFSC-CVS 2022,,3,M-H,3,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017; PIFSC-CVS 2022,,2,H,2,"CBC7019-AS,JS",,29.41992188,0.527697921,-0.751401484,1.885391355,,12.13117504,0.604446828,-3.286951542,4.249297142,,19,,2.636792898,,,,,,,10,11,11,,,,Nearctic,Nearctic,Wetlands: Lakes and Rivers,Coasts: Beach and Estuary,Coasts: Marine Waters,Coasts: Rocky Intertidal +68,Surf Scoter,Melanitta perspicillata,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,1,0,M,,,4,NAWMP 2018,"non-breeding survey, 2/3 adjustment applied","470,000",470000,"470,000",470000,,NAWMP 2018,"non-breeding survey, 2/3 adjustment applied to estimate breeding adults",1,4694175,Natureserve,,2,,FWS Mig Birds/ Sea Duck JV 2017,"Their winter range is similar to WWSC, which would suggest 2 (FWS Mig Birds/ Sea Duck JV 2017). This comment overruled BirdLife's ND polygon size of 816,432 km2, since in comparison with WWSC's polygon, SUSC's covered much less coastline but was less detailed and much wider, which seemed like an arbitrary difference in mapping conventions rather than a biological basis, so we relied on expert opinion instead of GIS.",4,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017; PIFSC-CVS 2022,Not sure why the threats to scoters' breeding areas is less than many of the other species (including bufflehead and hooded merganser) (FWS Mig Birds/ Sea Duck JV 2017),4,M-H,3,PIFTC-02; PIFSC-CVS 2022,,2,M-H,2,"CBC7019-AS,JS",,9.951821327,0.193804085,-0.223643497,0.600000024,,7.508855343,0.426808447,-0.682163656,1.756388903,,17,,0.823643506,,,,,,,11,11,11,,,,Northern Forest,Nearctic,Wetlands: Boreal,,Coasts: Marine Waters, +70,White-winged Scoter,Melanitta deglandi,waterfowl,Anseriformes,Anatidae,Formerly considered conspecific with Melanitta fusca.,1,1,1,0,M,,,4,NAWMP 2018,"does not include Velvet Scoter, recognized as separate species by IUCN/Birdlife","400,000",400000,"400,000",400000,,NAWMP 2018,,1,4842634,BirdLife,,2,1427087,BirdLife,,4,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017; PIFSC-CVS 2022,Not sure why the threats to scoters' breeding areas is less than many of the other species (including bufflehead and hooded merganser) (FWS Mig Birds/ Sea Duck JV 2017),4,M-H,3,PIFTC-02; PIFSC-CVS 2022,,2,H,3,"CBC7019-AS,JS",,-41.19187164,-1.077600956,-2.831110477,0.319644958,,-11.35239124,-0.66721487,-5.002157211,3.889425993,,18,,3.150755405,,,,,,,12,12,12,,,,Northern Forest,Nearctic,Wetlands: Lakes and Rivers,,Coasts: Marine Waters, +73,Black Scoter,Melanitta americana,waterfowl,Anseriformes,Anatidae,,1,1,1,0,M,,,3,WPE5; NAWMP 2018,combined NAWMP 2018 estimate with WPE5 spring count for E. Asia,"900,000",900000,"500,000",500000,,NAWMP 2018,,1,9505445,"Natureserve, with Old World extrapolation",,2,2375129,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017; PIFSC-CVS 2022,Not sure why the threats to scoters' breeding areas is less than many of the other species (including bufflehead and hooded merganser) (FWS Mig Birds/ Sea Duck JV 2017),1,H,3,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017; PIFSC-CVS 2022,,2,M-H,5,"CBC7019-AS,JS",,-66.93123627,-2.233019352,-4.348992348,-0.5,1,-27.80697823,-1.898377776,-6.649320126,3.421374083,,17,,3.848992348,,,,,,,12,13,13,Watch List/Tipping Point Yellow,,,Arctic,Nearctic,Wetlands: Tundra,,Coasts: Marine Waters, +74,Long-tailed Duck,Clangula hyemalis,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,1,0,M,,,3,NAWMP 2018; WPE5,,"3,200,000",3200000,"1,000,000",1000000,,NAWMP 2018,,1,9491112,BirdLife 2021,,2,3020616,BirdLife 2021,,3,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017; PIFSC-CVS 2022,,3,M-H,3,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017; PIFSC-CVS 2022,,2,M-H,5,"CBC7019-AS,JS",,-80.38279724,-3.26936841,-5.472784042,-1.600000024,1,-46.68628311,-3.256208658,-7.326083183,0.216083795,,19,,3.872783899,,,,,,,12,13,13,Watch List/Tipping Point Orange,,,Arctic,Nearctic,Wetlands: Tundra,,Coasts: Marine Waters,Wetlands: Lakes and Rivers +75,Bufflehead,Bucephala albeola,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,1,0,M,,,3,NAWMP 2018,,"1,300,000",1300000,"1,300,000",1300000,,NAWMP 2018,,1,4718724,Natureserve,,1,7933493,Natureserve,,3,CWS reviewers 2018; PIFSC-CVS 2022,Reduced score during calibration with TB-r. Josh Vest and Greg Soulliere agreed.,4,M-H,3,PIFTC-02; PIFSC-CVS 2022,,2,H,1,"BBS7021-AS,JS",,196.1147003,2.15182066,-0.398000002,3.77010107,,37.20359421,1.998653889,-1.25999999,3.51829505,,16,core,4.168100834,333.5,0.333499998,111.2054977,,,,8,8,8,,,,Northern Forest,Nearctic,Wetlands: Forested,Wetlands: Lakes and Rivers,Coasts: Marine Waters,Wetlands: Lakes and Rivers +76,Common Goldeneye,Bucephala clangula,waterfowl,Anseriformes,Anatidae,,1,1,1,0,M,,,3,NAWMP 2012; WPE5,,"2,500,000",2500000,"1,200,000",1200000,,NAWMP 2012,"Estimate is for ""Goldeneyes"" but similar to 2012 estimates of COGO",1,18174728,"Natureserve, with Old World extrapolation",,1,22700635,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,CWS reviewers 2018; PIFSC-CVS 2022,Reduced score during calibration with TB-r. Josh Vest and Greg Soulliere agreed.,3,M-L,3,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017; PIFSC-CVS 2022,"threats include invasive species and changes in prey communities, contamination from increased shipping and/or coastal development, and again, the unpredictable effects of climate change on wetland and estuarine quality (FWS Mig Birds/ Sea Duck JV 2017).",2,H,2,"BBS7021-AS,JS",,27.54764557,0.478600532,-0.922999978,1.370000005,,21.20274734,0.920150876,-1.559999943,2.288698912,,21,core,2.292999983,914.5,0.26699999,236.3600006,,,,9,9,9,,,,Northern Forest,Nearctic,Wetlands: Forested,Wetlands: Lakes and Rivers,Coasts: Marine Waters,Wetlands: Lakes and Rivers +77,Barrow's Goldeneye,Bucephala islandica,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,0,0,M,,,4,NAWMP 2018,"non-breeding surveys, 2/3 adjustment applied","180,000",180000,"180,000",180000,,NAWMP 2018,"non-breeding survey, 2/3 adjustment applied to estimate breeding adults",2,2301140,"Natureserve, with Old World extrapolation",,2,1840457,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,4,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017; PIFSC-CVS 2022,,5,M-H,4,Derksen et al. 2015; FWS Mig Birds/ Sea Duck JV 2017; PIFSC-CVS 2022,why is non-breeding BAGO a 2 while other Pacific wintering species are 3? (FWS Mig Birds/ Sea Duck JV 2017),4,M-H,3,PIFSC-23,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Northern Forest,Nearctic,Wetlands: Forested,Wetlands: Lakes and Rivers,Coasts: Marine Waters,Wetlands: Lakes and Rivers +79,Hooded Merganser,Lophodytes cucullatus,waterfowl,Anseriformes,Anatidae,"Monotypic. ",1,1,1,1,M,,,3,NAWMP 2012,,"1,100,000",1100000,"1,100,000",1100000,,NAWMP 2012,"NAWMP 2012 plan provides species-level estimate; NAWMP 2018 says 1,331,000 mergansers combined, but does not separate spp",1,5452014,Natureserve,,1,5574262,Natureserve,,3,PIFTC-02; PIFSC-CVS 2022,,2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,1,"BBS7021-AS,JS",,677.1359253,4.101089001,2.630000114,5.151497841,1,68.38665771,3.795808077,0.155000001,5.79199791,1,14,core,2.521497965,509,0.0296,14.97999954,,,,8,7,8,,,,Northern Forest,Nearctic,Wetlands: Forested,Wetlands: Lakes and Rivers,Wetlands: Lakes and Rivers, +80,Common Merganser,Mergus merganser,waterfowl,Anseriformes,Anatidae,,1,1,1,0,M,,,3,NAWMP 2012; WPE5,,"1,900,000",1900000,"1,200,000",1200000,,NAWMP 2012,"NAWMP 2012 plan provides species-level estimate; NAWMP 2018 says 1,331,000 mergansers combined, but does not separate spp",1,24673827,"Natureserve, with Old World extrapolation",,1,22767150,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,3,"BBS7021-AS,JS",,-9.180937767,-0.188457236,-1.181900978,1.159999967,,-17.10307503,-1.242589355,-3.150000095,0.282000005,,15,core,2.341901064,1081,0.2685,290.2909851,,,,10,9,10,,,,Northern Forest,Nearctic,Wetlands: Forested,Wetlands: Lakes and Rivers,Wetlands: Lakes and Rivers, +81,Red-breasted Merganser,Mergus serrator,waterfowl,Anseriformes,Anatidae,Monotypic.,1,1,1,1,M,,,3,NAWMP 2012; WPE5,"3 of 5 estimates in WPE were non-breeding survveys, assumed other two were also; only NAWMP assumed to be breeding survey","600,000",600000,"400,000",400000,,NAWMP 2012,"NAWMP 2012 plan provides species-level estimate; NAWMP 2018 says 1,331,000 mergansers combined, but does not separate spp",1,19960485,"Natureserve, with Old World extrapolation",,2,2446473,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,2,CBC7019-JS,"Shaw-23: BBS has virtually no coverage where eBird model shows breeding range core in Nunavut, so went with CBC. eBird S&T recent trends mostly negative or no trend (the latter equivalent to a 2).",30.62099648,0.546651542,-0.221535131,1.274059057,,21.17675972,1.07282567,-0.900943279,3.282831907,,18,,1.495594144,,,,,,,9,9,9,,,,Arctic,Nearctic,Wetlands: Tundra,Wetlands: Boreal,Coasts: Marine Waters,Coasts: Beach and Estuary +82,Masked Duck,Nomonyx dominicus,waterfowl,Anseriformes,Anatidae,Monotypic.,0,1,1,1,R,,,4,Gomez-Panjabi–PS-g midpoint,,"200,000",200000,<10,10,,Gustafson-19,nesting twice per Lockwood and Freeman (2014). Other nesting records are presumed. Safe to say population is tiny. (Gustafson-19),1,8424454,Natureserve,,1,8424454,Natureserve,,3,TrUST 2016,"Some range expansion into Texas, but Mexicans scored 3/3, so 3/3 it is (TrUST 2016).",,,3,TrUST 2016,"Some range expansion into Texas, but Mexicans scored 3/3, so 3/3 it is (TrUST 2016).",,,3,NAWMP 2004,unknown,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +83,Ruddy Duck,Oxyura jamaicensis,waterfowl,Anseriformes,Anatidae,,1,1,1,1,M,,,3,PIFcalc19; BirdLife 2022; PIFSC-23,"Shaw-23: used BirdLife polygons to update breeding range sizes, multiplied PIFcalc19 pop estimate by (Ruddy s.s. + Andean km2/Ruddy s.s. km2) to add Andean Duck, but Andean has lower density than Ruddy Duck s.s. based on eBird, so this range-based estimate is likely an overestimate.","<1,700,000",1700000,"<1,300,000",1300000,2010.5,PIFcalc19–bbs0615,"only 1,500 breed in the Caribbean (NAWMP 2012), sporadic local breeder in Mexico and Central America (BNA Brua 2002) so pop size there unknown but presumably relatively small, with 3,500 naturalized in Europe as of 1992 (but expanding, BNA Brua 2002), so what with rounding, same as original PIFcalc19 global estimate, although global estimate since increased with lump of Andean Duck",1,6881362,BirdLife 2022; PIFSC-23,Shaw-23: summed Albers Equal Area Conic for Ruddy Duck s.s. (N. America projection) and Andean Duck (S. America projection),1,4844067,BirdLife 2022; PIFSC-23,Shaw-23: summed Albers Equal Area Conic for Ruddy Duck s.s. (N. America projection) and Andean Duck (S. America projection),3,TrUST 2016; PIFSC-CVS 2022,"3 for TB seems appropriate, similar to Redhead (TrUST 2016).",2,H,2,TrUST 2016; PIFSC-CVS 2022,"Most similar to LESC in migration. Change winter score to 2, no discernible threats (TrUST 2016).",2,H,1,"BBS7021-AS,JS",,70.88510132,1.056126475,0.065099999,1.891196012,1,-10.18679142,-0.891379118,-4.899900913,2.470000029,,12,core,1.826096058,501.5,1.13499999,569.3599854,,,,8,7,8,,,,Nearctic,Widespread,Wetlands: Seasonally Wet Grasslands,Wetlands: Freshwater Marsh,Wetlands: Lakes and Rivers,Coasts: Marine Waters +84,Plain Chachalaca,Ortalis vetula,landbird,Galliformes,Cracidae,,0,1,1,1,R,,,3,PIFTC-02–PS-g midpoint,"can't use BBS-15 estimate of 900 US/Canada, 8000 globally, since based on just 1 BBS route (PIFSC-18).","2,000,000",2000000,"<2,500",2500,,PIFSC-16,Bentsen alone has 150-200 at one feeding station. Becoming an urban bird in cities with mature forest. (M Gustafson),3,600842,Natureserve 3.0,,3,600842,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"widespread and not as highly threatened below U.S. border; edge bird. But gets hunted out fast; tolerant of disturbance during breeding season (MX-NSAC). see previous comment about hunting; seems to need at least areas of native habitat, even if disturbed -- do these not add up to ""moderate"" threats? (KVR)",3,M-H,2,PIFTC-02; PIFSC-CVS 2022,tolerant of disturbance,2,M-H,3,MX-NSAC 2008,"has declined in northern part of range (i.e., Tamp. thornscrub); PT=3 better overall (AP)",,,,,,,,,,,,,,,,,,,,12,11,12,,yes,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +85,Gray-headed Chachalaca,Ortalis cinereiceps,landbird,Galliformes,Cracidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,216356,NatureServe,,4,216356,NatureServe,,2,PIF CAW 2014,"plástica, no necesita bosque primario;",,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +87,Rufous-bellied Chachalaca,Ortalis wagleri,landbird,Galliformes,Cracidae,Monotypic.,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,4,114255,Natureserve 3.0,,4,114255,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss,,,4,Mexican Regional Assessment 2005,go with regional score,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +88,West Mexican Chachalaca,Ortalis poliocephala,landbird,Galliformes,Cracidae,Monotypic.,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,4,200662,Natureserve 3.0,,4,200662,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,,,3,MX-NSAC,tolerant of disturbance,,,4,MX-NSAC-12,"MX endemic, both regions score PT=4",,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +89,White-bellied Chachalaca,Ortalis leucogastra,landbird,Galliformes,Cracidae,Monotypic.,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,"rango muy pequeño, se encuentra en cafetales. Es dificil de encontrar. Hay lugares en El Salvador donde es abundante (CAW);",,,,,,,,5,57397,Natureserve 3.0,,5,57397,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,,,3,MX-NSAC,tolerant of disturbance,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +90,Crested Guan,Penelope purpurascens,landbird,Galliformes,Cracidae,,0,0,1,1,R,,,4,PIF CAW 2016,"rango muy amplio, sujeto a mucha cacería. En el área volcanica es común. (CAW); score change from 5 to 4 recommended by Central Americans in 2016",,,,,,,,2,1220177,Natureserve 3.0,,2,1220177,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,"hunting, moderate habitat loss",,,5,PIF CAW 2014,extirpated from much of central american range; most Mexican regions score PT=5,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List/Tipping Point Yellow,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +91,Black Guan,Chamaepetes unicolor,landbird,Galliformes,Cracidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,19159,NatureServe,,5,19159,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,migrante altitudinal pero su tendencía es estable,,,3,PIF CAW 2014,afectado por cacería,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +92,Highland Guan,Penelopina nigra,landbird,Galliformes,Cracidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi. PIF CAW 2016,"esta presente en bosques nublados, se puede convertir en común si está protegido (CAW);",,,,,,,,4,98090,Natureserve 3.0,,4,98090,Natureserve 3.0,,5,MX-NSAC,,,,5,MX-NSAC,primary forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +93,Horned Guan,Oreophasis derbianus,landbird,Galliformes,Cracidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,5,45420,Natureserve 3.0,,5,45420,Natureserve 3.0,,5,MX-NSAC,,,,5,MX-NSAC,"habitat loss, hunting, capture for trade",,,5,PIF CAW 2014,"greater habitat loss in Guatemala; BirdLife states that populations have declined severely during 20th century and the loss and degradation of cloud-forest has caused the disappearance of the species from Cuilco, San Sebastian Coatan and the municipal area of San Pedro Soloma",,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +94,Great Curassow,Crax rubra,landbird,Galliformes,Cracidae,,0,0,1,1,R,,,4,PIF CAW 2016,widely extirpated within range; score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,3,648308,Natureserve 3.0,,3,648308,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,"hunting, moderate habitat loss",,,5,PIF CAW 2014,extirpated from much of central american range; most Mexican regions score PT=5,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List/Tipping Point Red,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +96,Tawny-faced Quail,Rhynchortyx cinctus,landbird,Galliformes,Odontophoridae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,178273,NatureServe,,4,178273,NatureServe,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,5,PIF CAW 2014,ha pérdida más que 50% de su hábitat,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +97,Mountain Quail,Oreortyx pictus,landbird,Galliformes,Odontophoridae,,0,1,1,0,R,,,4,"PIFcalc19–bbs0615,eBird7017",,"260,000",260000,"250,000",250000,2010.5,PIFcalc19–bbs0615,,3,345663,Natureserve 3.0,,3,345663,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"CB-grazing, urban/ag, dewatering, increase in habitat from logging, but uses riparian shrub in northern part, petition to list, near extirp in ID, declined greatly in WA, OR and NV (BNA).",2,M-H,3,PIFTC-02; PIFSC-CVS 2022,CB-resident,3,M-H,4,"BBS7021-AS,JS",,-30.49469757,-0.710461378,-1.288401961,-0.032699998,1,-6.575815201,-0.674440265,-3.569999933,2.286505938,,10,core,1.255702019,187,3.49000001,652.6300049,,,,14,14,14,Watch List Yellow,,,Pacific North America,Pacific North America,Forests: Temperate Western,Aridlands: Chaparral,Forests: Temperate Western,Aridlands: Chaparral +98,Buffy-crowned Wood-Partridge,Dendrortyx leucophrys,landbird,Galliformes,Odontophoridae,,0,0,1,1,R,,,4,PIF CAW 2016,"se encuentra en pino roble, cafetales, y en periferia de bosques nublados, y en otros bordes de bosque. Es más común de lo que se piensa. Son muy secretivos. (CAW); score change from 5 to 4 recommended by Central Americans in 2016",,,,,,,,4,117543,Natureserve 3.0,,4,117543,Natureserve 3.0,,5,MX-NSAC,global score should reflect regional experts' opinion.,,,5,MX-NSAC,"hunting, moderate habitat loss; global score should reflect regional experts' opinion",,,5,PIF CAW 2014,"small global range, situation in other central american countires similar (or worse) than in MX; regional experts scored 5",,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +99,Long-tailed Wood-Partridge,Dendrortyx macroura,landbird,Galliformes,Odontophoridae,,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,4,94024,Natureserve 3.0,,4,94024,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,"hunting, moderate habitat loss",,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak +100,Bearded Wood-Partridge,Dendrortyx barbatus,landbird,Galliformes,Odontophoridae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,28172,Natureserve 3.0,,5,28172,Natureserve 3.0,,5,MX-NSAC,,,,5,MX-NSAC,primary forest,,,5,MX-NSAC-12,"Listed as Vulnerable by IUCN, presumably because of steep declines (species fact sheet temporariliy unavailable on BirdLife website); Recently discovered population in northern Oaxaca, population size unknown",,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +101,Banded Quail,Philortyx fasciatus,landbird,Galliformes,Odontophoridae,Monotypic.,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,4,91124,Natureserve 3.0,,4,91124,Natureserve 3.0,,2,MX-NSAC,global score should reflect regional expert's opinion.,,,2,MX-NSAC,"tolerant of disturbance, but needs woody cover; hunted",,,2,MX-NSAC-12,"MX endemic found in 1 region, regional experts scored PT=2",,,,,,,,,,,,,,,,,,,,12,12,12,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +102,Northern Bobwhite,Colinus virginianus,landbird,Galliformes,Odontophoridae,,1,1,1,1,R,,,2,PIFTC–NBCI; PIF CAW 2016,"US/Canada estimate derived from global estimate, extrapolated based on eBird showing 76.24% of observations in US/Canada. 19 million is US/Canada estimate from BBS-15, which extrapolates up to 25 million globally using eBird. Alternatively, 26 million is fall (i.e. juveniles included) NBCI estimate from 2011 cited by Giocomo et al. 2017, but unclear if that or the NBCI website 2009 numbers used here are global estimates or just for US/Canada--Mexico has 15-25% of the global population (PIFSC-18) En México y unos pocos en Guatemala. Está declinando en EU. Se beneficia de áreas pequeñas de agricultura. (CAW)","5,800,000",5800000,"4,400,000",4400000,,PIFTC–NBCI; eBird; PIFSC-19,"US/Canada estimate derived from global estimate, extrapolated based on eBird showing 76.24% of observations in US/Canada. Alternatively, 19 million is US/Canada estimate from BBS-15, which extrapolates up to 25 million globally using eBird. Alternatively, 26 million is fall (i.e. juveniles included) NBCI estimate from 2011 cited by Giocomo et al. 2017, but unclear if that or the NBCI website 2009 numbers used here are global estimates or just for US/Canada--Mexico has 15-25% of the global population (PIFSC-18)",1,4547428,Natureserve 3.0,,1,4547428,Natureserve 3.0,,4,PIFSC-15; PIFSC-CVS 2022,"DD='- threats potentially increasing if present trends conditions continue'; loss of fire managed pine, abandoned farm continuing (DP). Are threats increasing as range continues to shrink? Even with conservation efforts, trends in agricultural intensification and reduction in Farm Bill programs may be increasing threats. (KVR); Demarest, Dean: Suggest TB = 4. Indicative of large scale and contiuing threats to low-intensity agricultural and grassland habitats, and where seemingly suitable habitat exists, there are no NOBO . . . So hard to pinpoint what is going on, but threats appear to be high and continuing because NOBO are simply hard to find throughout much of SE out of known strongholds. In woodland settings, significantly limited to pine woodlands managed by fire or some form of hardwood midstory removal. Camfield,Alaine [NCR]: TB 4 in Canadian BCR strategies. Main threats related to agricutlural conversion or intensification.",2,H,3,PIFTC-02; PIFSC-CVS 2022,DD='- threats potentially increasing if present trends conditions continue,2,M-H,5,"BBS7021-AS,JS",,-84.39495087,-3.577534199,-3.807002068,-3.289999962,1,-13.40704918,-1.429142237,-2.480000019,-0.62609899,1,10,core,0.517001987,2041.5,19.01499939,38803.30469,,,,12,11,12,Common Bird in Steep Decline,,"b,w",Great Plains,Great Plains,Open Country: Habitat Mosaic,Forests: Tropical Dry,Open Country: Habitat Mosaic,Forests: Tropical Dry +103,Black-throated Bobwhite,Colinus nigrogularis,landbird,Galliformes,Odontophoridae,,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,"esta expandiendo su rango y se beneficia de claros en bosque. Está perdiendo terreno en Belice, y está ganando terreno en Petén (CAW);",,,,,,,,4,109099,Natureserve 3.0,,4,109099,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,,,3,MX-NSAC,no known threats; global score should reflect regional experts' opinion,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,"b,w",Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,Grasslands: Tropical,Forests: Tropical Dry,Grasslands: Tropical +104,Crested Bobwhite,Colinus cristatus,landbird,Galliformes,Odontophoridae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,2,2015150,NatureServe,,2,2015150,NatureServe,,2,PIF CAW 2014,pérdida de hábitat; urbanización pero estable,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,"un subespecie podría ser elevada a nivel de especie, pero deben tener el mismo score",,,,,,,,,,,,,,,,,,,,8,8,8,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +105,Scaled Quail,Callipepla squamata,landbird,Galliformes,Odontophoridae,,0,1,1,0,R,,,2,"PIFcalc19–eBird7017,bbs0615",,"5,100,000",5100000,"2,400,000",2400000,2010.5,PIFcalc19–bbs0615,,2,1414450,Natureserve 3.0,,2,1414450,Natureserve 3.0,,3,PIFSC-08; PIFSC-CVS 2022,"predicted and ongoing loss of grasslands (preferred habitat) is high, desert shrubland habitat relatively secure; more common in disturbed habitats in mexico; although harvested, hunting is likely not a significant threat; CB-overgrazing large effect (BNA).",2,H,3,PIFSC-08; PIFSC-CVS 2022,"predicted and ongoing loss of grasslands (preferred habitat) is high, desert shrubland habitat relatively secure; although harvested, hunting is likely not a significant threat; benefits from some clearing;",2,H,4,"BBS7021-AS,JS",,-63.00125504,-1.928634048,-3.339999914,-0.801002979,1,56.18014526,4.559477806,0.338999987,8.174800873,,10,core,2.538996935,209,7.599999905,1588.400024,,,,11,11,11,Common Bird in Steep Decline,,"b,w",North American Southwest,North American Southwest,Grasslands: Chihuahuan,Aridlands: Desert Scrub,Grasslands: Chihuahuan,Aridlands: Desert Scrub +106,Elegant Quail,Callipepla douglasii,landbird,Galliformes,Odontophoridae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,4,119208,Natureserve 3.0,,4,119208,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,,,3,MX-NSAC,no known threats,,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,"b,w",Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,Aridlands: Desert Scrub,Forests: Tropical Dry,Aridlands: Desert Scrub +107,California Quail,Callipepla californica,landbird,Galliformes,Odontophoridae,,1,1,1,0,R,,,2,"PIFcalc19–bbs0615,eBird7017",,"5,800,000",5800000,"3,400,000",3400000,2010.5,PIFcalc19–bbs0615,,2,1264999,Natureserve 3.0,,2,1264999,Natureserve 3.0,"NS range includes areas where introduced and established --if we count only 'natural' range, then should probably be a '4",2,PIFTC-02; PIFSC-CVS 2022,tolerant generalist; in suburban areas; introductions (KR); but native habitat within range continues to disappear (DP).,2,M-H,3,PIFTC-02; PIFSC-CVS 2022,tolerant generalist; in suburban areas; introductions (KR),4,M-H,2,"BBS7021-AS,JS",,44.83517075,0.728582025,0.294999987,1.059999943,1,-0.05610064,-0.00586989,-1.484501004,1.899999976,,10,core,0.764999986,460,4.855000019,2232.294922,,,,8,9,9,,yes,,Pacific North America,Pacific North America,Aridlands: Chaparral,,Aridlands: Chaparral, +108,Gambel's Quail,Callipepla gambelii,landbird,Galliformes,Odontophoridae,,0,1,1,0,R,,,2,"PIFcalc19–bbs0615,eBird7017",,"5,800,000",5800000,"5,200,000",5200000,2010.5,PIFcalc19–bbs0615,,3,543676,Natureserve 3.0,,3,543676,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,"tolerant generalist; in suburban areas, much undisturbed deserts; tolerant of ag (KR); CB-overgrazing, reduction of ground cover and forage (BNA); tolerant of disturbance (MX-NSAC).",2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,3,"BBS7021-AS,JS",,-14.81515503,-0.313848227,-1.338899016,0.512000024,,-0.664167345,-0.066368043,-2.430000067,2.789604902,,10,core,1.850898981,157.5,10.96000004,1723.670044,,,,10,10,10,,yes,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,Aridlands: Desert Riparian,Aridlands: Desert Scrub,Aridlands: Desert Riparian +109,Montezuma Quail,Cyrtonyx montezumae,landbird,Galliformes,Odontophoridae,,0,1,1,0,R,,,3,PIFTC-03 & AZ Game & Fish,"For US/Canada estimate, extrapolated AZ estimate of 100,000-200,000 (based on 2018 AZGF pointing dog surveys, and 2018 seems an average year based on harvest data) into NM and TX parts of the BirdLife species range shapefile. Did not extrapolate into Mexico because range shapefile has a very general giant blob in Mexico versus just specific areas in the US, and habitat quality is lower in Mexico, so any global extrapolation would be inflated. Alternatively 16,000 is US/Canada estimate from BBS-15, but that's too low. 34,000 is global estimate extrapolating BBS up using eBird, but is way too low, since 45% of eBird observations are in US, which is likely inflated since just 10% of the range is in US (PIFSC-18). So kept existing expert-based global estimate.","1,500,000",1500000,"300,000",300000,,"AZ Game & Fish, PIFSC-19","For US/Canada estimate, extrapolated AZ estimate of 100,000-200,000 (based on 2018 AZGF pointing dog surveys, and 2018 seems an average year based on harvest data) into NM and TX parts of the BirdLife species range shapefile. Did not extrapolate into Mexico because range shapefile has a very general giant blob in Mexico versus just specific areas in the US, and habitat quality is lower in Mexico, so any global extrapolation would be inflated. Alternatively 16,000 is US/Canada estimate from BBS-15, but that's too low. 34,000 is global estimate extrapolating BBS up using eBird, but is way too low, since 45% of eBird observations are in US, which is likely inflated since just 10% of the range is in US (PIFSC-18). So kept existing expert-based global estimate.",3,688899,Natureserve 3.0,,3,688899,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,"CB-grazing, lehman's lovegrass invasion eliminates MZQU, fire suppression then catastrophic fire, urbanization and 2nd homes (BNA, ABQ); hunted; over-grazing (MX-NSAC).",5,M-H,3,PIFTC-02; PIFSC-CVS 2022,"why more threatened in NB (KR); CB-threats to habitat the same as TB, fire, grazing; hunted; over-grazing",3,H,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,14,13,14,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Grasslands: Tropical,Forests: Mesoamerican Pine-Oak,Grasslands: Tropical +110,Ocellated Quail,Cyrtonyx ocellatus,landbird,Galliformes,Odontophoridae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi. PIF CAW 2016,es más comun de lo que se piensa pero es dificil detectarla. En guatemala es más local y en Honduras está mas ampliamente distribuida. En Honduras se encuentra en áreas perturbadas. (CAW);. range map (Howell) overestimates distribution in sierra madre de chiapas,,,,,,,,4,131285,Natureserve 3.0,,4,131285,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,"hunting, moderate habitat loss",,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +111,Singing Quail,Dactylortyx thoracicus,landbird,Galliformes,Odontophoridae,,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,rango pequeño y fragmentado. (CAW);. range map (Howell) overestimates distribution in yucatan,,,,,,,,4,277049,Natureserve 3.0,,4,277049,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional expert's opinion; most regions score as TB=3.,,,3,MX-NSAC,forest-interior and edge; hunted; wide range of forest types,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +112,Marbled Wood-Quail,Odontophorus gujanensis,landbird,Galliformes,Odontophoridae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,1,6359898,NatureServe,,1,6359898,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,cacería y pérdida de hábitat,,,,,,,,,,,,,,,,,,,,12,12,12,,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +113,Black-eared Wood-Quail,Odontophorus melanotis,landbird,Galliformes,Odontophoridae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,127441,NatureServe,,4,127441,NatureServe,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,5,PIF CAW 2014,una pérdida de más de 50% de su hábitat; ya restringida a la cordillera,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +114,Tacarcuna Wood-Quail,Odontophorus dialeucos,landbird,Galliformes,Odontophoridae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,182,NatureServe,,5,182,NatureServe,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +115,Black-breasted Wood-Quail,Odontophorus leucolaemus,landbird,Galliformes,Odontophoridae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,9517,NatureServe,,5,9517,NatureServe,,4,PIF CAW 2014,hay más presión en Panamá que en Costa Rica; pérdida de hábitat; ganadería; cacería;,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +116,Spotted Wood-Quail,Odontophorus guttatus,landbird,Galliformes,Odontophoridae,Monotypic.,0,0,1,1,R,,,4,PIF CAW 2016,"raro y secretivo, se encuentra en bosque pero en bajas densidades. En guate en el pacifico y en otros paises, en zonas altas y volcanicas, se encuentra en mayores cantidades. En la vertiente de pacifico es más común. También se encuentra en cafetales. (CAW); score change from 5 to 4 recommended by Central Americans in 2016",,,,,,,,3,339900,Natureserve 3.0,,3,339900,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,forest-interior; hunted,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +117,Wild Turkey,Meleagris gallopavo,landbird,Galliformes,Phasianidae,,1,1,1,0,R,,,2,PIFSC-18; Eriksen et al 2016,"2 million is US/Canada and global estimate from BBS-15, but timing of BBS is not ideal for their breeding season. Tapley et al. 2011 cited by BNA was based on 2009 data. Since more recent, we instead extrapolated from 2014 US population estimates from NWTF (Eriksen et al 2016): 6-6.2M (US, excluding CA) + 300K CA + 300K Canada (both based on BBS%). Extrapolation beyond US/Canada based on eBird. (PIFSC-18).","6,900,000",6900000,"6,700,000",6700000,,PIFSC-18; Eriksen et al 2016,,2,3998540,Natureserve 3.0,,2,3998540,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,DD='pops demonstrably secure.' BNA supports that management or conservation activities have stabilized or increased populations.,2,M-H,2,PIFTC-02; PIFSC-CVS 2022,not more threatened in winter. DD='pops demonstrably secure.' BNA supports that management or conservation activities have stabilized or increased populations,2,H,1,"BBS7021-AS,JS",,3091.493164,7.026328087,5.800000191,7.969499111,1,16.65969849,1.107420802,0.196897998,2.440000057,1,14,core,2.16949892,2464,0.349000007,859.9359741,,,,7,7,7,,yes,,Nearctic,Nearctic,Forests: Temperate Generalist,,Forests: Temperate Generalist, +118,Ocellated Turkey,Meleagris ocellata,landbird,Galliformes,Phasianidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi. PIF CAW 2016,está protegido en Belice pero tiene mucha presión de cacería (CAW);,,,,,,,,4,159200,Natureserve 3.0,,4,159200,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,,,3,MX-NSAC,"hunting, moderate habitat loss",,,5,PIF CAW 2014,"found in 1 region, regional experts scored 5",,,,,,,,,,,,,,,,,,,,18,17,18,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +119,Ruffed Grouse,Bonasa umbellus,landbird,Galliformes,Phasianidae,,1,1,0,0,R,,,2,Ruffed Grouse Conservation Plan 2006,"Summed BCR-level estimates in Plan. Alternatively, BBS-15 estimates 2.2 million","18,000,000",18000000,"18,000,000",18000000,,Ruffed Grouse Conservation Plan 2006,,1,7986534,Natureserve 3.0,,1,7986534,Natureserve 3.0,,2,PIFSC-19; PIFSC-CVS 2022,changed due to calibration with TB-r,2,M-H,3,PIFTC-02; PIFSC-CVS 2022,"Should be same in both seasons, presumably. DD='pops demonstrably secure'. BNA supports that aging of forests in east likely offset by favorable conditions in nc and w US. Species responds well to creation of early succ habitat, which can be generated",2,H,2,"BBS7021-AS,JS",,13.94196606,0.256291896,-0.676999986,0.972294986,,14.81663704,1.391385078,-0.43599999,3.39050293,,10,core,1.649294972,1387.5,0.342000008,474.605011,,,,7,8,8,,,,Nearctic,Nearctic,Forests: Temperate Generalist,,Forests: Temperate Generalist, +252,White-tailed Nightjar,Hydropsalis cayennensis,landbird,Caprimulgiformes,Caprimulgidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,2,1525811,NatureServe,,2,1525811,NatureServe,,3,PIF CAW 2014,utiliza áreas abiertas; la cambia climático puede afectar la disponibilidad de insectos,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,rara y desconocida,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Grasslands: Tropical,,Grasslands: Tropical, +253,Spot-tailed Nightjar,Hydropsalis maculicaudus,landbird,Caprimulgiformes,Caprimulgidae,Monotypic.,0,0,1,1,M,,,4,Gomez-Panjabi,,,,,,,,,2,3316102,Natureserve 3.0,,2,3212739,Natureserve 3.0,,2,MX-NSAC,global score should reflect regional expert's opinion.,,,3,MX-NSAC,wintering status uncertain,,,2,PIF CAW 2014,MX endemic found in 1 regions; regional experts suggest PT=2,,,,,,,,,,,,,,,,,,,,10,11,11,,,w,South American Lowlands,South American Lowlands,Grasslands: Tropical,,Grasslands: Tropical, +255,Oilbird,Steatornis caripensis,landbird,Steatornithiformes,Steatornithidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,no NS map; conservative estimate (CAW);,,,,,,,,2,1040000,BirdLife 2016,,2,1040000,BirdLife 2016,,3,PIF CAW 2014,tiene una dieta especializada; anida en colonias en cuevas,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,registros han aumentado en los últimos cinco años,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +256,Great Potoo,Nyctibius grandis,landbird,Nyctibiiformes,Nyctibiidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,1,8503959,Natureserve 3.0,,1,8503959,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,humid evergreen forest edge,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +257,Common Potoo,Nyctibius griseus,landbird,Nyctibiiformes,Nyctibiidae,,0,0,0,1,M,,,3,PIF CAW 2016,,,,,,,,,1,13729415,NatureServe,,1,13729415,NatureServe,,3,PIF CAW 2014,la cambia climático puede afectar la disponibilidad de insectos,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +258,Northern Potoo,Nyctibius jamaicensis,landbird,Nyctibiiformes,Nyctibiidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,781439,Natureserve 3.0,,3,781439,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,tropical lowland forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,Coasts: Mangroves,Forests: Tropical Lowland Evergreen,Coasts: Mangroves +556,Razorbill,Alca torda,waterbird,Charadriiformes,Alcidae,,1,1,0,0,M,,,3,BNA Lavers et al. 2009,"BNA cites 500,000 - 700,00 pairs; about twice what BirdLife states","1,200,000",1200000,"76,000",76000,2001,BNA Lavers et al. 2009,,2,1230000,BirdLife 2015,,2,3226275,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,4,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,5,M-H,4,Hunter-Rosenberg 2003; PIFSC-CVS 2022,"why is TN higher than for other ""murres""? (KVR)",1,M-H,1,CBC7019-AS,,18060.7832,11.19999981,8.800000191,13.60000038,1,1289.477295,11.10000038,7.900000095,13.89999962,1,25,,4.800000191,,,,,,,10,10,10,,,,Arctic,Temperate Northern Atlantic,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +558,Black Guillemot,Cepphus grylle,waterbird,Charadriiformes,Alcidae,,1,1,0,0,M,,,3,BNA Butler and Buckley 2002,"250,000–500,000 pairs; about twice what BirdLife states","750,000",750000,"500,000",500000,1985,BNA Butler & Buckley 2002,,2,1840035,"Natureserve, with Old World extrapolation",,1,4154713,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,3,M-L,3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,3,M-H,1,"CBC7019-AS,JS","Panjabi-23: CBC coverage map aligns well with winter distribution in eBird Explorer map, which is mainly coastal and therefore should be picked up by CBC",77.20146179,1.174428821,-0.400000006,3.204653263,,19.63469315,0.719667971,-3.967202425,5.253796101,,25,,3.604653358,,,,,,,9,8,9,,,,Arctic,Eastern Temperate,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +559,Pigeon Guillemot,Cepphus columba,waterbird,Charadriiformes,Alcidae,,1,1,1,0,M,,,4,"BNA1993, eBird7017(UsCa,WHem,Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"360,000",360000,"240,000",240000,1993,BNA Ewins 1993,,2,1700000,BirdLife 2015,,2,1891604,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,3,M-H,3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,3,M-H,1,"CBC7019-AS,JS","Panjabi-23: Although not continuous coverage there are CBC circles throughout most of its range, so should be sufficient coverage.",89.01643372,1.307791591,0.163634792,2.57995677,1,46.72256851,1.610215306,-1.262743354,5.117993832,,24,,2.416321754,,,,,,,10,10,10,,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +561,Marbled Murrelet,Brachyramphus marmoratus,waterbird,Charadriiformes,Alcidae,,1,1,0,0,R,,,4,COSEWIC 2012,differs from sum reported by COSEWIC since used Bertram mature adult estimate for BC rather than all birds; US estimates appear to already be breeding adults so used as is,"360,000",360000,"360,000",360000,,COSEWIC 2012,,2,1111913,Natureserve,,3,687158,Natureserve,,4,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,2,H,3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,3,M-H,5,PIFSC-20,"Shaw-23: https://www.scmbc.org/news/2020/10/19/redwood-forest-impacts-of-the-czu-lightning-fire-complex-climate-change-hits-home-with-catastrophic-results supports retaining the score of PT-c = 5. Easton 2020: BC declines just less than -3% per yr revisiting Bertram et al. 2015 with declines ~-1.6%. CBC has poor coverage in non-breeding range and habitat, so didn't use.",,,,,,,,,,,,,,,,,,,,15,15,15,Watch List/Tipping Point Yellow,,,Pacific North America,Pacific North America,Forests: Temperate Western,Coasts: Marine Waters,Coasts: Marine Waters, +784,Osprey,Pandion haliaetus,landbird,Accipitriformes,Pandionidae,,1,1,1,1,M,,,3,"PIFcalc19–rng,bbs0615,eBird7017,ona0105,nwt9501",,"1,200,000",1200000,"400,000",400000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,18768140,Natureserve 3.0,,1,33358756,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,PIFTC-02; PIFSC-CVS 2022,"widespread, tolerant of human disturbance (KR)",2,H,1,"BBS7021-AS,JS",,329.7711487,2.899839401,1.988005996,4.289999962,1,112.5048981,2.542019367,1.649999976,3.809999943,1,30,core,2.301994085,1251,0.142000005,177.4660034,,,,7,7,7,,yes,,Widespread,Widespread,Wetlands: Lakes and Rivers,Coasts: Saltmarsh,Wetlands: Generalist,Coasts: Saltmarsh +785,Pearl Kite,Gampsonyx swainsonii,landbird,Accipitriformes,Accipitridae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,1,10255186,NatureServe,,1,10255186,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,1,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,7,7,7,,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +786,White-tailed Kite,Elanus leucurus,landbird,Accipitriformes,Accipitridae,,0,1,1,1,R,,,4,"PIFcalc19–eBird7017,bbs0615","They aren't that dense in occurrence, so new estimate may be correct even though large range, but likely higher density outside US (PIFSC-18). Areas abiertas (CAW).","260,000",260000,"16,000",16000,2010.5,PIFcalc19–bbs0615,,1,9406487,Natureserve 3.0,,1,9406487,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,"CB-significant threat from habitat degradation, loss of nest trees, and foraging habitats, urbanization, communal roost disturbance, grazing, (BNA); uses all kinds of agricultural lands (ranches, etc); populations enhanced by human activity (MX-NSAC); TB/N=2 more consistent with other species in these categories, given potential sensitivities to pesticides, etc.",2,M-H,2,PIFTC-02; PIFSC-CVS 2022,"CB-resident, needs Mexican input; uses all kinds of agricultural lands (ranches, etc); populations enhanced by human activity",2,M-H,5,"BBS7021-AS,JS",,-59.71498108,-1.765466332,-2.683096886,-0.588,1,-51.07949448,-5.356664181,-9.479999542,-2.422797918,1,13,core,2.095097065,132,0.120999999,15.93900013,,,13,12,12,12,Common Bird in Steep Decline,,"b,w",Widespread,Widespread,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +787,Hook-billed Kite,Chondrohierax uncinatus,landbird,Accipitriformes,Accipitridae,,0,1,1,1,R,,,4,Gomez-Panjabi–PS-g midpoint; PIFSC-23,PIFSC-23: splitting off Cuban Kite likely has little influence on PS-g since relatively small population,"200,000",200000,50,50,,PIFSC-16,guesstimate. Shaw-22: splitting off Cuban Kite has no impact on US pop estimate,1,9787516,BirdLife 2022,Shaw-23: splitting off Cuban Kite has immaterial effect on area. Used World Cylindrical Equal Area projection to estimate area.,1,9787516,BirdLife 2022,Shaw-23: splitting off Cuban Kite has immaterial effect on area. Used World Cylindrical Equal Area projection to estimate area.,4,PIFTC-02; PIFSC-CVS 2022,"Mainly a forest bird. global score of 2 seems too low, 3 more approapriate given widespread threats to lowland forests, most regions score 4; 3 in SECL which may represent core range in MX.",4,M-H,4,PIFTC-02; PIFSC-CVS 2022,"uses disturbed habitats, very widespread. usually associated with forests and woodlands (Panjabi)",4,H,4,MX-NSAC 2008,"all 8 regions score PT=4, situacion likely similar across C.A.",,,,,,,,,,,,,,,,,,,,13,13,13,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +789,Gray-headed Kite,Leptodon cayanensis,landbird,Accipitriformes,Accipitridae,,0,0,1,1,R,,,4,PIF CAW 2016; PIFSC-23,PIFSC-23: splitting off White-collared Kite likely has little influence on PS-g since relatively small population,,,,,,,,1,12071721,BirdLife 2022,Shaw-23: splitting off White-collared Kite has immaterial effect on area. Used World Cylindrical Equal Area projection to estimate area.,1,12071721,BirdLife 2022,Shaw-23: splitting off White-collared Kite has immaterial effect on area. Used World Cylindrical Equal Area projection to estimate area.,3,MX-NSAC,,,,3,MX-NSAC,specialized habitat (riparian forest); habitat loss,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,Watch List/Tipping Point Yellow,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +886,Boreal Owl,Aegolius funereus,landbird,Strigiformes,Strigidae,,1,1,0,0,M,,,3,BirdLife International 2018,US/Canada estimate based on Bird Studies Canada’s provincial owl surveys through 2002 for density estimates. Previous estimate for US/Canada was erroneous (Blancher 2018).,"1,540,000",1540000,"500,000",500000,,Blancher 2008,,1,23137560,Natureserve 3.0,,1,23137560,Natureserve 3.0,,4,PIFSC-15; PIFSC-CVS 2022,"Prefers old growth, & sensitive to loss of cavity trees. Panjabi: threats from increasing logging in boreal forest may warrant TB=4. Highly specialized needs for nesting and increasing threats from forestry suggests species likely to decline across major parts of range.",4,M-H,3,PIFTC-02; PIFSC-CVS 2022,"Are there really no threats to winter habitats? Uses mature forests in western U.S. Seems like should be at least a ""3"" like other forest owls and other species (KVR); In the Rockies, specializes in mature spruce-fir habitat with wetlands; threats at least moderate due to effects of climate change (e.g., increased pine beetles, spruce beetles, fires, drought) (Panjabi)",3,M-H,3,PIFSC-08,,,,,,,,,,,,,,,,,,,,,11,10,11,,,,Northern Forest,Northern Forest,Forests: Boreal,,Forests: Boreal, +887,Northern Saw-whet Owl,Aegolius acadicus,landbird,Strigiformes,Strigidae,,1,1,1,0,M,,,3,Blancher 2008,based on Bird Studies Canada’s provincial owl surveys through 2002 for density estimates,"2,000,000",2000000,"2,000,000",2000000,,Blancher 2008,,1,5695944,Natureserve 3.0,,1,10792933,Natureserve 3.0,okay,3,PIFSC-15; PIFSC-CVS 2022,"Any newer threats from boreal forestry or energy extraction, or climate change effects on boreal forests farther south? (KVR); Camfield,Alaine [NCR]: BC subspecies listed as endangered under SARA. TB 3 in Canadian BCR strategies, Logging is the primary threat.",3,H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,1,CBC7019-AS,,219.6670532,2.400000095,2,2.700000048,1,29.26281357,2.599999905,1.700000048,3.400000095,1,10,,0.699999988,,,,,,,8,7,8,,,,Northern Forest,Nearctic,Forests: Boreal,Forests: Temperate Western,Forests: Temperate Generalist, +888,Unspotted Saw-whet Owl,Aegolius ridgwayi,landbird,Strigiformes,Strigidae,,0,0,1,1,R,,,5,Gomez-Panjabi,NatureServe map error?? Distrubtion seems way too small,,,,,,,,5,62161,Natureserve 3.0 with adjustment by PIFSC-08,"Natureserve map error; MX-Guatemala range excluded; added 60,000 km2 (over 50% size of Guatemala (109,000 km2))",5,62161,Natureserve 3.0,"map error; MX-Guatemala range excluded; add 60,000km2 (over 50% size of Guatemala (109,000km2))Ken comment: map error; MX-Guatemala range excluded; add 60,000km2 (over 50% size of Guatemala (109,000km2))",5,MX-NSAC,global score should reflect regional experts' opinion.,,,5,MX-NSAC,dependent on mature pine-oak forest; habitat loss due to clearing,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak +892,Lattice-tailed Trogon,Trogon clathratus,landbird,Trogoniformes,Trogonidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,16328,NatureServe,,5,16328,NatureServe,,4,PIF CAW 2014,ganadería; minería; la mayoría de su hábitat en Costa Rica está protegido,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,19,19,19,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +893,Slaty-tailed Trogon,Trogon massena,landbird,Trogoniformes,Trogonidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,3,492084,Natureserve 3.0,,3,492084,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,humid forest,,,4,PIF CAW 2014,restricted to humid evergreen lowland forest; loss of such forests has been extensive in C.A.; regional experts score PT=5 in SECL,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1040,Green Parakeet,Psittacara holochlorus,landbird,Psittaciformes,Psittacidae,,0,1,1,1,R,,,4,MX-NSAC-19–PS-g midpoint,,"200,000",200000,"<2,500",2500,,PIFSC-16,,4,240229,Natureserve 3.0; MX-NSAC-19,,4,240229,Natureserve 3.0; MX-NSAC-19,,4,MX-NSAC-19,,,,4,MX-NSAC-19,"capture for trade, habitat loss",,,4,MX-NSAC-19,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,yes,,Mesoamerica,Mesoamerica,Forests: Tropical Dry,,Forests: Tropical Dry, +1041,Socorro Parakeet,Psittacara brevipes,landbird,Psittaciformes,Psittacidae,Formerly considered conspecific with P. holochlorus.,0,0,1,0,R,,,5,Rodriguez-Estrella et al. 1992; MX-NSAC-19,400-500 birds,450,450,,,,,,5,20,BirdLife 2019; Bird Conservancy of the Rockies 2020; MX-NSAC-19,Shaw 2020: used the BirdLIfe polygon for Psittacara holochlorus s.l. on Isla Socorro,5,20,BirdLife 2019; Bird Conservancy of the Rockies 2020; MX-NSAC-19,Shaw 2020: used the BirdLIfe polygon for Psittacara holochlorus s.l. on Isla Socorro,3,MX-NSAC-19,"MX-NSAC-19: We propose TB/TN 3 since threats are not 4 as for holochlorus, since the whole population area is protected. Still it is not a 2 since climate change may increase amount of hurricanes. Cats are still present but under eradication and control programs.",,,3,MX-NSAC-19,"MX-NSAC-19: We propose TB/TN 3 since threats are not 4 as for holochlorus, since the whole population area is protected. Still it is not a 2 since climate change may increase amount of hurricanes. Cats are still present but under erradication and control programs.",,,2,MX-NSAC-19,"MX-NSAC-19: Population is not increasing but it is not uncertain, so we suggest 2",,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +1042,Pacific Parakeet,Psittacara strenuus,landbird,Psittaciformes,Psittacidae,,0,0,1,1,R,,,5,PIF CAW 2016,"Se estimaron menos de 25,000 (CAW); score change from 4 to 5 recommended by Central Americans in 2016",,,,,,,,4,90946,Natureserve 3.0,,4,90946,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,severe habitat loss; capture for trade,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1043,Crimson-fronted Parakeet,Psittacara finschi,landbird,Psittaciformes,Psittacidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,115116,NatureServe,,4,115116,NatureServe,,1,PIF CAW 2014,,,,1,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,yes,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1048,Thick-billed Parrot,Rhynchopsitta pachyrhyncha,landbird,Psittaciformes,Psittacidae,Monotypic.,0,0,1,0,M,,,5,BirdLife 2021,840-2800 mature individuals,"1,800",1800,,,,,,5,,Natureserve 3.0; PIFSC-09,"Area of BD, 81,442, is just above threshold for BD=5. Given that there are only a handful of breeding colonies within mapped range, it seems justified to score this species as BD=5; not sure what adjusted range (km2) should be -- could be significantly less",4,127659,Natureserve 3.0,,5,PIFTC-02,"CB-shooting, parrot trade, logging, snag removal, nest trees cut for young (BNA); habitat loss, capture for trade, loss of nest sites, nest parasites (MX-NSAC).",,,4,PIFTC-02,"CB-wintering same except for nest tree, smaller area (BNA); habitat loss (mature pines), dependent on pine cone crops",,,5,MX-NSAC,,,,,,,,,,,,,,,,,,,,,20,18,20,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak, +1210,Thick-billed Kingbird,Tyrannus crassirostris,landbird,Passeriformes,Tyrannidae,,0,1,1,0,M,,,3,Gomez-Panjabi–PS-g midpoint,"BBS-15 estimate of 2000 in US/Canada, 53,000 globally is too different from current estimate to be credible (PIFSC-18).","2,000,000",2000000,<500,500,,PIFSC-16,,3,506317,Natureserve 3.0,,3,446309,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,2,H,3,PIFTC-02; PIFSC-CVS 2022,requires forest,2,M-H,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1211,Western Kingbird,Tyrannus verticalis,landbird,Passeriformes,Tyrannidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"30,000,000",30000000,"29,000,000",29000000,2010.5,PIFcalc19–bbs0615,,1,5061472,Natureserve 3.0,,3,404183,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,3,"BBS7021-AS,JS",,-5.701583862,-0.114800312,-0.296000004,0.035595998,,-27.78213501,-3.205347538,-3.980000019,-2.564299107,1,10,core,0.331595987,1712.5,6.949999809,11902.58984,,,,8,10,10,,yes,b,Western Temperate,Mesoamerican Pacific Lowlands,Grasslands: Temperate,Aridlands: Desert Scrub,Open Country: Habitat Mosaic, +1212,Eastern Kingbird,Tyrannus tyrannus,landbird,Passeriformes,Tyrannidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"26,000,000",26000000,"26,000,000",26000000,2010.5,PIFcalc19–bbs0615,,1,9101039,Natureserve 3.0,,2,3768004,Natureserve 3.0 with adjustment by PIFSC,"Reduced by 40%; NS map shows wintering in most of Columbia, west venezuela, but Hilty & Brown list only as transient in Colombia; Shauensee lists as ""casual"" in winter in Venezuela; NS map probably overestimates wintering area considerably;",3,PIFSC-Dec-08; PIFSC-CVS 2022,"DD='species relatively tolerant of human activities and land use' on a rangewide scale. BNA supports that habitats may be less available in the East, but in the Central and West US, habitats are becoming more available.; Rosenberg: rapid loss of open habitats to development throughout East.",3,M-H,3,PIFTC-02,DD='threats assumed to be low.' BNA supports that threats to habitats in neotropics appear to be low.. Highly concentrated in tropical forest and savanah regions; have to assume at least moderate threats (KVR),,,4,"BBS7021-AS,JS",,-42.41880035,-1.076767325,-1.195799947,-0.912999988,1,-7.973669052,-0.827286422,-1.215302944,-0.368000001,1,10,core,0.282799989,3596.5,3.845000029,13826.45996,,,,10,11,11,,,b,Eastern Temperate,South American Lowlands,Open Country: Habitat Mosaic,Grasslands: Temperate,Forests: Tropical Lowland Evergreen, +1213,Gray Kingbird,Tyrannus dominicensis,landbird,Passeriformes,Tyrannidae,,0,1,1,1,M,,,3,"PIFcalc19–eBird7017,bbs0615",based on range and density of other kingbirds in U.S./Canada (3.0 to 4.5 / km2),"670,000",670000,"23,000",23000,2010.5,PIFcalc19–bbs0615,,3,402472,Natureserve 3.0 with adjustment by PIFSC-08,"Reduced by 30%; NS includes large area in n. Venezuela as permanent range, but Ridgley states that only 'a few have begun to breed in Venezuela'. This mapped area representing only 'a few' birds makes up ~1/3 of total range, thus probably overrepresents t",2,1466032,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,,5,M-H,3,PIFTC-02,,,,3,"BBS7021-AS, BBS9321-JS","Shaw-23: BBS in US shows non-statistically significant negative trends for PT-c = 3, but vast majority breed in Caribbean where eBird S&T recent trends are mostly negative except for parts of Cuba, no info on long-term trends there.",-16.87848473,-0.155298829,-2.49000001,2.522099018,,-3.968947887,-0.404387236,-3.621900082,2.75999999,,10,extended,5.012098789,30,0.377999991,11.34000015,1,,,13,11,13,,,,Caribbean,South American Lowlands,Coasts: Mangroves,Islands: Terrestrial Habitats,Forests: Tropical Dry,Coasts: Mangroves +1340,Red-faced Spinetail,Cranioleuca erythrops,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,70458,NatureServe,,5,70458,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1341,Coiba Spinetail,Cranioleuca dissita,landbird,Passeriformes,Furnariidae,Formerly considered conspecific with Cranioleuca vulpina.,0,0,0,1,R,,,5,PIF CAW 2016,found only on coiba island; recent split from rusty-backed spinetail (CAW),,,,,,,,5,502,BirdLife 2021,,5,502,BirdLife 2021,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +1342,Pale-breasted Spinetail,Synallaxis albescens,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,1,PIF CAW 2016,,,,,,,,,1,9914795,NatureServe,,1,9914795,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,6,6,6,,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1343,Slaty Spinetail,Synallaxis brachyura,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,402185,NatureServe,,3,402185,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen +1344,Rufous-breasted Spinetail,Synallaxis erythrothorax,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,360041,Natureserve 3.0,,3,360041,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,,,3,MX-NSAC,tolerant of disturbance,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +120,Spruce Grouse,Canachites canadensis,landbird,Galliformes,Phasianidae,Formerly placed in the genus Falcipennis.,1,1,0,0,R,,,2,Williamson et al. 2008,"6,800,000 is estimate from BBS-15, which falls within the range listed in the conservation plan: 5-16.5 million.","11,000,000",11000000,"11,000,000",11000000,,Williamson et al. 2008,,1,7534629,Natureserve 3.0,,1,7534629,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,Much range undisturbed; not incompatible with forestry.,5,M-H,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,1,"CBC7019-AS,JS",,311.881958,2.931045294,2.099999905,3.68438673,1,37.81352615,2.958662987,1.173172355,5.047181129,1,11,,1.584386706,,,,,,,8,7,8,,,,Northern Forest,Northern Forest,Forests: Boreal,,Forests: Boreal, +121,Willow Ptarmigan,Lagopus lagopus,landbird,Galliformes,Phasianidae,,1,1,0,0,M,,,2,"PIFcalc19–rng,bbs0615,nwt9501,ona0105",,"43,000,000",43000000,"13,000,000",13000000,2010.5,"PIFcalc19–bbs0615,nwt9501,ona0105",,1,21341750,Natureserve 3.0,,1,25322953,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,3,H,3,PIFTC-02; PIFSC-CVS 2022,,4,M-H,4,"BBS8221-AS, BBS9321-JS",,-9.288471222,-0.352923304,-3.411102057,2.950000048,,-35.71361542,-4.319323063,-12.73279762,2.410000086,,10,extended,6.361102104,44,1.970000029,86.68000031,1,,,10,10,10,,,,Arctic,Arctic,Tundra: Arctic,,Tundra: Arctic, +122,Rock Ptarmigan,Lagopus muta,landbird,Galliformes,Phasianidae,,1,1,0,0,R,,,2,"PIFcalc19–rng,nwt9501,bbs0615",,"8,000,000",8000000,"4,000,000",4000000,2010.5,"PIFcalc19–nwt9501,bbs0615",,1,9199890,Natureserve 3.0,,1,14363004,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,4,M-L,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,3,PIFSC-08,"Shaw-23: Most of the pop is modeled by eBird S&T in Nunavut, where virtually no survey coverage, so 3 for unknown trend.",,,,,,,,,,,,,,,,,,,,9,9,9,,,,Arctic,Arctic,Tundra: Alpine,Tundra: Arctic,Tundra: Arctic, +123,White-tailed Ptarmigan,Lagopus leucura,landbird,Galliformes,Phasianidae,,1,1,0,0,R,,,3,PIFTC-03–PS-g midpoint,,"2,000,000",2000000,"2,000,000",2000000,,PIFSC-16,,2,1627779,Natureserve 3.0,,2,1627779,Natureserve 3.0,,3,PIFSC-Dec-08,"Rosenberg: likely affected by climate change at high elevations; documented contamination from abandoned mines. Higher threats due to climate change? Most of range in U.S. under protectin status though. (CB, KVR, WE, TW, DP); Scott Wilson: For white-tailed ptarmigan, I would assign a 3 for breeding and non-breeding seasons. The main breeding risk is probably a loss of alpine habitat due to rising tree and shrub lines and I think the 3rd and 4th dashes (area-sensitive and specialized on sensitive habitats) would apply. They are more flexible in habitat use during the non-breeding period and tend to move down in elevation to partially shrubby/treed areas. These habitats may be less likely to be lost but I think weather variability with climate change becomes more of an issue in winter and sufficiently so in my opinion to assign a 3. Even if precipitation increases, the possibility of it falling more frequently as rain is a threat. +Kathy Martin: Winter habitat may change with climate change with rising shrub and tree lines reducing amount of habitat, especially in Coastal or southern areas of the distribution. Another issue with climate driven habitat is the connection between winter and summer habitat which may also be changing with longer migration distances requited between seasons. You likely do not want to consider conservation status of subspecies, but both ptarmigan species in NF seems to be having problems, WIPT in the Avalon may be declining because of easy access in winter by hunters, but I understand that both species are also declining on the west coast of NF where there is lower hunting pressure and less good access. +Scott: Rock ptarmigan are similar and bound to lose arctic and alpine tundra with advancing shrub lines. It’s hard to say the extent to which habitat is limiting and could be lost before that would affect populations but it has to be considered a future threat, even if longer term. They would also experience similar effects of weather in the non-breeding period. Therefore, I would say 3 for them as well. +KM: Agree with Scott",,,3,PIFSC-Dec-08,"Panjabi: non-breeding habitat (alpine willows) also vulnerable to climate change; species concentrates in winter, increasing vulnerability",,,3,PIFSC-08; Kathy Martin,uncertain,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Western Temperate,Western Temperate,Tundra: Alpine,,Tundra: Alpine, +124,Greater Sage-Grouse,Centrocercus urophasianus,landbird,Galliformes,Phasianidae,,1,1,0,0,R,,,4,WAFWA 2015,"250,000 is estimate from BBS-15","430,000",430000,"430,000",430000,,WAFWA 2015,,2,1407633,Natureserve 3.0,,2,1407633,Natureserve 3.0,,5,PIFTC-02; PIFSC-CVS 2022,"CB-Habitat loss to cultivation, urban, cheatgrass, increased fire, oil and gas, range reduced and extirpated in 4 states/1prov. (BNA). threats still high; increasing with energy development; potentially mitigated by current conservation activities but not proven yet.",5,M-H,5,PIFTC-02; PIFSC-CVS 2022,CB-same as TB; flock up in small areas,5,H,5,"BBS7021-AS,JS",,-70.19626617,-2.342246056,-4.329999924,-0.764602005,1,-9.404402733,-0.89338088,-4.96999979,3.829999924,,11,core,3.565397978,168.5,0.903500021,152.414505,,,,16,16,16,Watch List/Tipping Point Red,,,Intermountain West,Intermountain West,Aridlands: Sagebrush,,Aridlands: Sagebrush, +125,Gunnison Sage-Grouse,Centrocercus minimus,landbird,Galliformes,Phasianidae,Monotypic.,0,1,0,0,R,,,5,GUSG Final Rule 2014,"7,000 is estimate from BBS-15","4,800",4800,"4,800",4800,,GUSG Final Rule 2014,,5,4878,Natureserve 3.0,,5,4878,Natureserve 3.0,,5,PIFTC-02,"CB-locally extirpated, low productivity, isolation.",,,5,PIFTC-02,CB-same as TB,,,5,PIFSC-08,,,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,Intermountain West,Intermountain West,Aridlands: Sagebrush,,Aridlands: Sagebrush, +126,Dusky Grouse,Dendragapus obscurus,landbird,Galliformes,Phasianidae,,1,1,0,0,R,,,4,PIFSC-19–PS-g midpoint,"BBS-15 estimate was 52,000 but probably not well detected by BBS since most of call not audible--most eBird detections are in Fall (Blancher 18). Previously we multiplied BBS estimate by 5-10 x based on studies of detectability of other grouse, but that's based on too many untested assumptions, so changing pop estimate to geometric midpoint of PS-g = 4 pop range","200,000",200000,"200,000",200000,,PIFSC-19-PS-g midpoint,,2,1629628,PIFSC-08,"77.8% of Blue Grouse range, using BCR breakdown",2,1629628,PIFSC-08,"same as BD; + +Ken comment: 77.8% of Blue Grouse range, using BCR breakdown",4,PIFSC-06; PIFSC-CVS 2022,,5,M-H,4,PIFSC-06; PIFSC-CVS 2022,,4,M-H,2,"BBS7021-AS,JS",,13.55417538,0.249479055,-0.677999973,1.649999976,,4.979067802,0.374453336,-1.929999948,2.99000001,,13,core,2.328000069,105,0.026799999,2.813999891,,,,12,12,12,,,,Intermountain West,Intermountain West,Forests: Temperate Western,,Forests: Temperate Western, +127,Sooty Grouse,Dendragapus fuliginosus,landbird,Galliformes,Phasianidae,Monotypic.,1,1,0,0,R,,,3,PIFSC-19–PS-g midpoint,"720,000 is estimate from BBS-15, which is timed appropriately for breeding period and seems to pick up this bird reasonably well in places, i.e., averaging 1-2 birds / route in parts of BC, AK, and WA (Blancher 2018). Previously we multiplied BBS estimate by 5-10 x based on studies of detectability of other grouse, but that's based on too many untested assumptions, so pop estimate now represents geometric midpoint of PS-g = 3 pop range","2,000,000",2000000,"2,000,000",2000000,,PIFSC-09,,3,465010,PIFSC-08,"22.2% of Blue Grouse range, using BCR breakdown",3,465010,PIFSC-08,"same as BD; + +Ken comment: 22.2% of Blue Grouse range, using BCR breakdown",3,PIFSC-06,,,,3,PIFSC-06,,,,3,"BBS7021-AS,JS",,-42.50387955,-1.076457739,-1.860000014,-0.180000007,1,7.231930256,0.636773467,-1.851897955,3.200000048,,11,core,1.679999948,154,0.59799999,92.09200287,,,,12,12,12,,,,Pacific North America,Pacific North America,Forests: Temperate Western,,Forests: Temperate Western, +128,Sharp-tailed Grouse,Tympanuchus phasianellus,landbird,Galliformes,Phasianidae,,1,1,0,0,R,,,3,"PIFcalc19–bbs0615,ona0105",,"760,000",760000,"760,000",760000,2010.5,"PIFcalc19–bbs0615,ona0105",,2,3021798,Natureserve 3.0 with adjustment by PIFSC-08,"Reduced by 50%; based on BNA map, leaves out large gaps in range compared to NS",2,3021798,Natureserve 3.0 with adjustment by PIFSC,"Reduced by 50%; based on BNA map, leaves out large gaps in range compared to NS",3,PIFTC-02; PIFSC-CVS 2022,Much range undisturbed; adapts somewhat to agriculture.,3,M-H,3,PIFTC-02; PIFSC-CVS 2022,"Winter habitat requirements said to be narrower than in winter. sensitive to fragmentation, especially in SE part of range (PIFSC 2014)",3,M-H,2,"BBS7021-AS,JS",,44.07089615,0.719077945,-0.284999996,1.549304008,,27.83815193,2.486748457,0.246999994,4.539999962,,10,core,1.834303975,369.5,0.394499987,145.7460022,,,,10,10,10,,,"b,w",Great Plains,Great Plains,Grasslands: Temperate,Forests: Boreal,Grasslands: Temperate,Forests: Boreal +129,Greater Prairie-Chicken,Tympanuchus cupido,landbird,Galliformes,Phasianidae,,1,1,0,0,R,,,4,PIFcalc19–bbs0615,,"360,000",360000,"360,000",360000,2010.5,PIFcalc19–bbs0615,,3,414926,Natureserve 3.0,,3,414926,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,DD='highly vulnerable to human activities and land use.' Uses highly specific conditions within habitats for leks. agricultural practices keep threats high; populations still blinking out.,3,M-H,4,PIFTC-02; PIFSC-CVS 2022,DD='highly vulnerable to human activities and land use.' Uses highly specific conditions within habitats for leks.,2,H,5,BNA Johnson et al 2011,PIFSC-19: expert opinion overrides BBS due to consensus that specieshas declined,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List/Tipping Point Red,,,Great Plains,Great Plains,Grasslands: Temperate,,Grasslands: Temperate, +130,Lesser Prairie-Chicken,Tympanuchus pallidicinctus,landbird,Galliformes,Phasianidae,Monotypic.,0,1,0,0,R,,,5,WAFWA/WEST 2017,"Estimate represents 2012-2017 average. 38,000 is estimate from BBS-15.","28,000",28000,"28,000",28000,,WAFWA/WEST 2017,,4,82023,Natureserve 3.0,,4,82023,Natureserve 3.0,,5,PIFTC-02; PIFSC-CVS 2022,DD='highly vulnerable to human activities and land use.' Uses highly specific conditions within habitats for leks. Sandsage-shinnery oak often controlled by ranchers.. DJK=four+ years of extreme drought has dropped lekking adults by 90% in areas of New Mexico and climate change does not bode well for this species in W Texas and New Mexico.,2,H,5,PIFTC-02; PIFSC-CVS 2022,DD='highly vulnerable to human activities and land use.' Uses highly specific conditions within habitats for leks. Sandsage-shinnery oak often controlled by ranchers.,2,M-H,5,"D Haukos, pers. comm. 2015","Population reconstructions projected abundances increasing from ~50,000 to 200,000 birds in the late 1960s, then stabilizing to ~150,000 for nearly 2 decades, and then declining to ~25,000 birds from the late 1980s to the mid-1990s. Populations rebounded to ~80,000 in 2008 and then declined to 37,000 in 2012."" + +A second paper, uses actual lek monitoring data from KS. In this paper, populations peaked ~1987 with ~5500 birds and had a low in 2012 of ~1800. The entire time period is from 1981 (~4500 birds) to 2013 (~2000 birds). Keep in mind, 1) these are road-based surveys and 2) KS is widely considered/known to have the most stable LEPC populations.",,,,,,,,,,,,,,,,,,,,19,19,19,Watch List/Tipping Point Red,,,Great Plains,Great Plains,Grasslands: Temperate,,Grasslands: Temperate, +131,Gray Partridge,Perdix perdix,landbird,Galliformes,Phasianidae,,1,1,0,0,R,1,,2,"PIFcalc19–rng,bbs0615",,"8,200,000",8200000,"820,000",820000,2010.5,PIFcalc19–bbs0615,,1,27547740,Natureserve 3.0,,1,27547740,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,3,H,2,PIFTC-02; PIFSC-CVS 2022,,3,M-H,2,"BBS7021-AS,JS",,-29.34403229,-0.678370237,-1.934998989,0.987999976,,31.03621674,2.739023924,-2.00999999,7.066905022,,10,core,2.922998905,483,0.365999997,176.7779999,,,,7,7,7,,,,Introduced,Introduced,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +132,Ring-necked Pheasant,Phasianus colchicus,landbird,Galliformes,Phasianidae,,1,1,1,0,R,1,,1,"PIFcalc19–rng,bbs0615,eBird7017",,"56,000,000",56000000,"17,000,000",17000000,2010.5,PIFcalc19–bbs0615,,1,14959690,Natureserve 3.0,,1,14959690,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,4,"BBS7021-AS,JS",,-40.36513138,-1.006993294,-1.690000057,-0.399296999,1,-26.68743706,-2.190300941,-3.230000019,-1.365602016,1,14,core,1.290703058,1938,11.5,22272.53906,,,,8,8,8,,,,Introduced,Introduced,Grasslands: Temperate,,Grasslands: Temperate, +138,Himalayan Snowcock,Tetraogallus himalayensis,landbird,Galliformes,Phasianidae,,0,1,0,0,R,1,,,Not evaluated,,,,,,,,,,,Not Evaluated,,,,Not Evaluated,,3,PIFSC-Dec-08,"Beardmore: ramping up of recreation, ? Climate change",,,3,PIFSC-Dec-08,,,,3,Not Evaluated,,,,,,,,,,,,,,,,,,,,,,,,,,,Introduced,Introduced,Tundra: Alpine,,Tundra: Alpine, +139,Chukar,Alectoris chukar,landbird,Galliformes,Phasianidae,,1,1,0,0,R,1,,2,"PIFcalc19–rng,bbs0615",,"7,800,000",7800000,"390,000",390000,2010.5,PIFcalc19–bbs0615,,1,19309800,Natureserve 3.0,,1,19309800,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,M-L,2,PIFTC-02; PIFSC-CVS 2022,,4,M-L,2,"BBS7021-AS,JS",,0.95199424,0.018937638,-1.720000029,1.611196995,,27.19257355,2.433756351,-0.871599019,6.579999924,,10,core,3.331197023,181.5,0.726999998,131.9790039,,,,7,7,7,,,,Introduced,Introduced,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +142,American Flamingo,Phoenicopterus ruber,waterbird,Phoenicopteriformes,Phoenicopteridae,,0,1,1,1,R,,,4,WPE5,"2005 for Galapagos, 2006 for S. Caribbean (best guess) and Mexico, 2003-2007 for Bahamas & Cuba. Adult estimate assumes 2/3 of total pop. are adults.","180,000",180000,,,,,,3,327654,Natureserve,,3,375295,Natureserve,,4,Waterbird Working Group 2017,,,,3,Waterbird Working Group 2017,,,,2,Kushlan et al. 2002,populations highly variable (MX-NSAC),,,,,,,,,,,,,,,,,,,,13,12,13,,,,Neotropical,Neotropical,Coasts: Beach and Estuary,Coasts: Mangroves,Coasts: Beach and Estuary,Coasts: Mangroves +143,Least Grebe,Tachybaptus dominicus,waterbird,Podicipediformes,Podicipedidae,,0,1,1,1,R,,,3,PIF CAW 2016,"WPE Estimate seems low for this common and widespread neotropical species; global breeding population likely greater than 500,000 individuals worldwide. Previous PIF score was PS=3.",">500,000",500000,,,,,,1,9185115,Natureserve,,1,9184626,Natureserve,,2,Waterbird Working Group 2017; PIFSC-CVS 2022,Brent Ortego: wetlands are likely to be drained in future in Texas; uses ephemeral wetlands,2,H,2,Waterbird Working Group 2017; PIFSC-CVS 2022,,1,H,2,PIF CAW 2014,population stable (MX-NSAC),,,,,,,,,,,,,,,,,,,,8,8,8,,,,Neotropical,Neotropical,Wetlands: Generalist,,Wetlands: Generalist, +144,Pied-billed Grebe,Podilymbus podiceps,waterbird,Podicipediformes,Podicipedidae,,1,1,1,1,M,,,3,"PIFcalc19–bbs0615(BBS), eBird7017(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"3,100,000",3100000,"1,100,000",1100000,2010.5,PIFcalc19–bbs0615,,1,20982210,Natureserve,,1,14986567,Natureserve,,2,Waterbird Working Group 2017; PIFSC-CVS 2022,Emergent wetlands in SE USA are under threat,2,H,2,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,H,2,"BBS7021-AS,JS",,29.15566826,0.503506839,-0.38499999,1.127303004,,-27.36057091,-3.146056414,-7.950996876,1.850000024,,10,core,1.512302995,1183.5,0.189500004,224.838501,,,,8,8,8,,,,Widespread,Widespread,Wetlands: Freshwater Marsh,,Wetlands: Lakes and Rivers, +146,Horned Grebe,Podiceps auritus,waterbird,Podicipediformes,Podicipedidae,,1,1,1,0,M,,,3,"PIFcalc19–eBird7017(UsCa,WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"620,000",620000,"250,000",250000,2010.5,PIFcalc19–eBird7017,,1,13055513,"Natureserve, with Old World extrapolation",,1,5391903,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,4,Waterbird Working Group 2017; PIFSC-CVS 2022,"threats specific to northern prairie wetlands; in wet cycle now, but will eventually turn dry again",4,M-H,3,Waterbird Working Group 2017; PIFSC-CVS 2022,"coastal pollution, bycatch, but also using other habitats like reservoirs (at least in Southeast US)",2,H,5,"BBS7021-AS,JS",,-57.98168564,-1.683535337,-4.360000134,-0.381999999,1,-17.10314751,-1.432346821,-4.601996899,1.799999952,,13,core,3.977999926,235,0.246000007,57.94800186,,,,13,12,13,Watch List/Tipping Point Yellow,,,Northern Forest,Nearctic,Wetlands: Freshwater Marsh,,Coasts: Marine Waters,Wetlands: Lakes and Rivers +147,Red-necked Grebe,Podiceps grisegena,waterbird,Podicipediformes,Podicipedidae,,1,1,1,0,M,,,3,"PIFcalc19–eBird7017(UsCa,WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"2,500,000",2500000,"740,000",740000,2010.5,PIFcalc19–eBird7017,,1,17611357,"Natureserve, with Old World extrapolation",,2,1399860,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,4,Waterbird Working Group 2017; PIFSC-CVS 2022,"threats specific to northern prairie wetlands; in wet cycle now, but will eventually turn dry again",4,H,3,Waterbird Working Group 2017; PIFSC-CVS 2022,"coastal pollution, bycatch",2,H,1,"BBS7021-AS,JS",,78.73961639,1.14527905,-0.637000024,3.299999952,,20.63208008,1.10915935,-2.930000067,4.706097126,,17,core,3.937000036,264,0.593500018,156.4505005,,,,9,9,9,,,,Northern Forest,Nearctic,Wetlands: Lakes and Rivers,,Coasts: Marine Waters,Wetlands: Lakes and Rivers +148,Eared Grebe,Podiceps nigricollis,waterbird,Podicipediformes,Podicipedidae,,1,1,1,1,M,,,3,"PIFcalc19–bbs0615(BBS), eBird7017(WHem,Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"3,100,000",3100000,"2,000,000",2000000,2010.5,PIFcalc19–bbs0615,,1,16435772,BirdLife 2021,,1,9485986,BirdLife 2021,,3,Waterbird Working Group 2017; PIFSC-CVS 2022,"wetland losses in west; drying trend may increase salinity, threaten food base",4,M-L,3,Waterbird Working Group 2017; PIFSC-CVS 2022,"continuing concerns over mono lake, an important stopover/wintering area; outbreaks of diseases, botulism",2,H,1,"BBS7021-AS,JS",,113.9393845,1.503596425,-0.386000007,3.24000001,,86.11094666,4.228253365,-0.184,9.635901451,,15,core,3.625999928,350,1.470000029,514.5,,,,8,8,8,,,,Intermountain West,North American Southwest,Wetlands: Freshwater Marsh,,Coasts: Marine Waters,Wetlands: Lakes and Rivers +149,Western Grebe,Aechmophorus occidentalis,waterbird,Podicipediformes,Podicipedidae,,1,1,1,0,M,,,3,"PIFcalc19–bbs0615(BBS), eBird7017(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"1,000,000",1000000,"990,000",990000,2010.5,PIFcalc19–bbs0615,,1,4842206,Natureserve,,2,1034087,Natureserve,,3,Waterbird Working Group 2017; PIFSC-CVS 2022,"wetland losses in general in the west, but may be greatest in great basin, where many of these birds breed",3,M-H,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,3,M-H,4,BBS9021-AS,,-10.5,-0.356000006,-1.919999957,1.289999962,,-33.79999924,-2.549999952,-5.300000191,0.713999987,,16,,3.210000038,214,134.6060028,28805.68359,,,,11,12,12,Previously Watch List,,,Western Temperate,Western Temperate,Wetlands: Freshwater Marsh,,Coasts: Marine Waters,Wetlands: Lakes and Rivers +150,Clark's Grebe,Aechmophorus clarkii,waterbird,Podicipediformes,Podicipedidae,,1,1,1,0,M,,,4,"PIFcalc19–eBird7017(UsCa,WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"81,000",81000,"72,000",72000,2010.5,PIFcalc19–eBird7017,,2,2111927,Natureserve,,2,1264657,Natureserve,,3,Waterbird Working Group 2017; PIFSC-CVS 2022,"wetland losses may be greatest in great basin, where many of these birds breed",2,M-L,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,3,M-H,2,BBS9021-AS,,45.70000076,1.220000029,-1.360000014,4.019999981,,-23.89999962,-1.929999948,-7.829999924,3.839999914,,14,,5.380000114,37,7.622000217,282.0140076,1,,,11,11,11,Previously Watch List,,,Western Temperate,Western Temperate,Wetlands: Freshwater Marsh,,Coasts: Marine Waters,Wetlands: Lakes and Rivers +152,Rock Pigeon,Columba livia,landbird,Columbiformes,Columbidae,,1,1,1,1,R,1,,1,"PIFcalc19–rng,eBird7017,bbs0615",,"140,000,000",140000000,"16,000,000",16000000,2010.5,PIFcalc19–bbs0615,,1,100948003,Natureserve 3.0,,1,100948003,Natureserve 3.0; PIFSC-08,,2,RMBO; PIFSC-CVS 2022,,2,H,2,RMBO; PIFSC-CVS 2022,,2,H,3,"BBS7021-AS,JS",,-25.87976837,-0.585477173,-1.333600044,0.300000012,,-1.569336772,-0.131720096,-0.973200977,0.968999982,,12,core,1.633599997,3581,7.275000095,26035.72461,,,,7,7,7,,yes,"b,w",Introduced,Introduced,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +154,Pale-vented Pigeon,Patagioenas cayennensis,landbird,Columbiformes,Columbidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,1,13554238,Natureserve 3.0,,1,13554238,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss expected,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,9,9,9,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +155,Scaled Pigeon,Patagioenas speciosa,landbird,Columbiformes,Columbidae,Monotypic.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,1,9744306,Natureserve 3.0,,1,9744306,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss expected,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +157,White-crowned Pigeon,Patagioenas leucocephala,landbird,Columbiformes,Columbidae,Monotypic.,0,1,1,1,R,,,3,Hunter-Wylie-Meyer,"score change based on new data. Según expertos la población reproductiva es de 550,000 (CAW). consensus among species experts","550,000",550000,"<12,000",12000,,FL FWCC 2011,,4,238447,PIFSC-08,score adjusted to reflect range area; 200-km rule no longer applies,4,238447,PIFSC-08,score adjusted to reflect range area; 200-km rule no longer applies,4,PIFSC-08; PIFSC-CVS 2022,"DD=' threats ongoing -- presently affecting populations and likely to continue'. BNA supports that species subject to losses of nesting and feeding habitats in mangroves and woodlands due to development, residential landscape practices, hurricanes. Population stable on Cozumel (MX-NSAC); The main conservation threats throughout the range of distribution are habitat loss due to development and poorly regulated or illegal hunting (e.g., Cuba, Jamaica, Hispaniola, Puerto Rico, Cayman Islands, and the Bahamas). Poaching of nestlings is also a major threat in Hispaniola, where complete colonies have disappeared since the 1970s. Contaminants can also be important but locally (e.g., pigeons have been found dead probably from the misuse of pesticides at golf courses in Puerto Rico)._x000D_ + _x000D_ +Unfortunately, the WCPI is heavily hunted but monitoring data are lacking and quantitative population assessments are rare in the Caribbean. In a separate email, I will send you a report prepared for the FWS-DBHC Neotropical Migratory Bird Program._x000D_ + _x000D_ +In Puerto Rico, natural resource managers are concerned with illegal hunting. (Rivera, pers. comm.. 2015).",4,M-H,4,PIFSC-08; PIFSC-CVS 2022,"DD=' threats ongoing -- presently affecting populations and likely to continue'. BNA supports that species subject to losses of feeding habitats in woodlands due to development, residential landscape practices, hurricanes. Not clear where certain breeding; stable on Cozumel",2,H,4,Rivera/Meyer/Demarest 2015,"there are no quantitative analyses of population status and trend available for the WCPI in Florida, because survey effort has been inconsistent in terms of coverage and count methodology (e.g., see Florida Fish and Wildlife Conservation Commission 2011, Biological status review report for the WCPI). In my view, it is ""unknown"" if the WCPI population is decreasing, increasing or stable in Florida, regardless of personal opinions and observations at local scales (see pages 3 and 4 of the FWC status review report). However, based on the scientific literature cited in that report, I agree that habitat loss due to land development is the main conservation threat to the WCPI in Florida. In Puerto Rico, natural resource managers are concerned with illegal hunting. To address this concern, point-transect distance sampling surveys were conducted to estimate abundance (density and population size) in 1986-2014; and abundance estimates derived from these surveys were used to estimate population and management parameters (growth rate, carrying capacity, equilibrium abundance, harvest rate, total harvest) and predict changes in abundance in April-June 2025 as a function of potential harvest rate in September-November 2015-2024 (see the attached figure and table). + +The WCPI population increased from low numbers in the 1980s most likely as a result of forest recovery in abandoned agricultural fields and cattle pastures, reaching a maximum of 83,139 individuals (SE = 11,039) in 2008. Recovery was quick from hurricanes in 1989 (Hugo) and 1998 (Georges), but the population declined sharply after 2008, reaching 14,980 individuals (SE = 1,534) in 2013. See the attached figure. + +Although data about illegal hunting is unavailable, an unprecedented increase in hunting activity occurred in 2008-2014, and illegal hunting is occurring even in closed areas. For this reason, the count-based monitoring data were used to conduct a probabilistic model-based assessment of population sustainability, grounded in harvest theory, which assumed no hunting (i.e., complete management control) or hunting (partial management control) below and above the maximum sustainable yield. At least in Puerto Rico, the WCPI population showed a decline >50% between 2008 and 2014. I cannot answer the question for other islands, although in my view it is likely that the WCPI has suffered declines >50% on islands such as Hispaniola due to habitat loss, hunting, and poaching. (Frank River, pers. comm.. With Dean Demarest",,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Caribbean,Caribbean,Coasts: Mangroves,,Coasts: Mangroves, +158,Red-billed Pigeon,Patagioenas flavirostris,landbird,Columbiformes,Columbidae,,0,1,1,1,R,,,3,PIFTC-02–PS-g midpoint,,"2,000,000",2000000,<500,500,,PIFSC-16,guesstimate based on eBird distribution,3,919510,Natureserve 3.0,,3,921172,Natureserve 3.0,NS map OK,3,PIFTC-02,"widespread generalist in most of range (KR); 3 if all Latin American populations considered (CH); hunting, moderate habitat loss (MX-NSAC). MG - Dramatic changes in riparian corridor in south TX post flood; loss of flood plain forest due to drought in USA portion of the range",,,3,PIFTC-02,"widespread generalist in most of range (KR); hunting, moderate habitat loss",,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Mesoamerica,Mesoamerica,Forests: Tropical Dry,,Forests: Tropical Dry, +160,Band-tailed Pigeon,Patagioenas fasciata,landbird,Columbiformes,Columbidae,,1,1,1,1,M,,,2,"PIFcalc19–eBird7017,bbs0615",,"6,100,000",6100000,"1,500,000",1500000,2010.5,PIFcalc19–bbs0615,,2,3311640,Natureserve 3.0,,2,2334461,Natureserve 3.0,incl. S.Am. Group,3,PIFTC-02; PIFSC-CVS 2022,"CB-loss of oaks, clearcuts (CAFS), low reprod suc. (BNA), deforestation in Mex, shrub control, (ABQ).",3,H,4,PIFTC-02; PIFSC-CVS 2022,"CB-threats to winter extensive, disease (CODOW)",4,M-H,3,"BBS7021-AS,JS",,-43.87457275,-1.12602067,-1.879999995,-0.451999992,1,11.714921,0.855350852,-0.657802999,2.650000095,,13,core,1.427999973,347.5,2.279999971,792.2349854,,,,10,11,11,,yes,,Western Temperate,Mesoamerican Highlands,Forests: Temperate Western,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Temperate Western +163,Ruddy Pigeon,Patagioenas subvinacea,landbird,Columbiformes,Columbidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,6909885,NatureServe,,1,6909885,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,9,9,9,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +164,Short-billed Pigeon,Patagioenas nigrirostris,landbird,Columbiformes,Columbidae,Monotypic.,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,351765,Natureserve 3.0,,3,351765,Natureserve 3.0,,4,MX-NSAC,likely warrants TB=4 due to requirement for humid lowland forest.,,,4,MX-NSAC,"requires forest, but not very sensitive",,,4,PIF CAW 2014,Restricted to humid forests (and edge) within C.A. range; loss of such forests has been extensive in C.A.; MX regional experts score PT=4; Ridgely and Gwynne (1989) state 'now very local in pacific west (Panama) due to deforestation,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +169,Eurasian Collared-Dove,Streptopelia decaocto,landbird,Columbiformes,Columbidae,,1,1,1,0,R,1,,1,BirdLife International 2018,"210 million would be the extrapolation of BBS-15 estimate globally using eBird, but US/Canada estimated to be just 4% of global pop, so not appropriate to base extrapolation on such a small proportion of the pop (PIFSC-18).","85,000,000",85000000,"8,700,000",8700000,2010.5,PIFcalc19–bbs0615,,1,19399760,Natureserve 3.0,,1,19399760,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,1,"BBS9021-AS, BBS7021-JS",,369616.1875,22.10995674,20.5,23.59889793,1,67.83095551,5.314998627,4.269999981,6.53000021,1,10,core,3.098897934,1837.5,0.829999983,1523.89502,,,,5,5,5,,yes,,Introduced,Introduced,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +170,Spotted Dove,Streptopelia chinensis,landbird,Columbiformes,Columbidae,,0,1,0,0,R,1,,,Not evaluated,,,,,,,,,,,Not Evaluated,,,,Not Evaluated,,,Not Evaluated; PIFSC-CVS 2022,,2,M-H,,Not Evaluated; PIFSC-CVS 2022,,5,M-H,5,CBC7017,,,,,,,,,,,,,,,,,,,,,,,,,yes,,Introduced,Introduced,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +173,Inca Dove,Columbina inca,landbird,Columbiformes,Columbidae,Monotypic.,0,1,1,1,R,,,3,"PIFcalc19–eBird7017,bbs0615","Expandiendo (CAW); score change from 3 to 2 recommended by Central Americans in 2016 over PIF estimate of 2,200,000","4,700,000",4700000,"620,000",620000,2010.5,PIFcalc19–bbs0615,,2,2933050,Natureserve 3.0,,2,2933050,Natureserve 3.0,NS map OK,2,PIFTC-02; PIFSC-CVS 2022,"DJK= populations in the Southwest have really crashed recently, particularly in southern Arizona;AP=overall populations secure, likely to increase somewhat",2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,3,"BBS7021-AS, BBS9321-JS",,89.4938736,1.261519313,-0.296999991,2.54550004,,-56.35761642,-7.960898399,-11.19999981,-5.204700947,1,10,core,2.842499971,233.5,0.773500025,180.6069946,,,,10,10,10,,yes,"b,w",North American Southwest,North American Southwest,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +174,Common Ground Dove,Columbina passerina,landbird,Columbiformes,Columbidae,,0,1,1,1,R,,,2,"PIFcalc19–eBird7017,bbs0615",,"36,000,000",36000000,"2,000,000",2000000,2010.5,PIFcalc19–bbs0615,,1,6777862,Natureserve 3.0,,1,6777862,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,2,H,3,PIFTC-02; PIFSC-CVS 2022,,2,H,3,MX-NSAC 2008,"BBS data from U.S. portion of range indicates a moderate decline since 1966 (PT=4); I agree this score does not fit with the general perception of this species habitat needs, and U.S. portion of range is relatively small compared to rest of North America",,,,,,,,,,,,,,,,,,,,9,9,9,,,,Widespread,Widespread,Aridlands: Desert Scrub,Forests: Tropical Dry,Aridlands: Desert Scrub,Forests: Tropical Dry +175,Plain-breasted Ground Dove,Columbina minuta,landbird,Columbiformes,Columbidae,,0,0,1,1,R,,,3,PIF CAW 2016,score change from 2 to 3 recommended by Central Americans in 2016,,,,,,,,1,7053110,Natureserve 3.0,,1,7053110,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,benefits from small clearings,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,8,8,8,,,w,Neotropical,Neotropical,Aridlands: Tropical Arid Scrub,Grasslands: Tropical,Aridlands: Tropical Arid Scrub,Grasslands: Tropical +176,Ruddy Ground Dove,Columbina talpacoti,landbird,Columbiformes,Columbidae,,0,1,1,1,R,,,2,PIFTC-02,,,,<50,50,,PIFSC-16,,1,14655918,Natureserve 3.0,,1,14655918,Natureserve 3.0,,1,PIFTC-02,,,,1,PIFTC-02,benefits from human activity,,,1,MX-NSAC,"reliance on open areas, has increased due to deforestation",,,,,,,,,,,,,,,,,,,,5,5,5,,yes,"b,w",Neotropical,Neotropical,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +177,Blue Ground Dove,Claravis pretiosa,landbird,Columbiformes,Columbidae,Monotypic.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,1,13013600,Natureserve 3.0,,1,13013600,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires clearings in forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +178,Maroon-chested Ground Dove,Paraclaravis mondetoura,landbird,Columbiformes,Columbidae,Formerly placed in the genus Claravis.,0,0,1,1,R,,,4,PIF CAW 2016,"el mapa está equivocada, hay amplia distribución en los Andes (CAW); score change from 5 to 4 recommended by Central Americans in 2016",,,,,,,,3,,Natureserve 3.0 with adjustment by PIFSC-08,"NS map showing 122,304 km2 doesn't include point locations in same as continuous range, although density of records suggests regular range; score reduced by 1 to account for S. American range",3,,PIFSC-08,"NS map (122,304 km2) show dots in S. America, prob. underestimating range size, so adjusted",4,MX-NSAC,,,,4,MX-NSAC,highly specialized (bamboo),,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +181,Ruddy Quail-Dove,Geotrygon montana,landbird,Columbiformes,Columbidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 2 to 4 recommended by Central Americans in 2016,,,,,,,,1,10371149,Natureserve 3.0,,1,10371149,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +182,Violaceous Quail-Dove,Geotrygon violacea,landbird,Columbiformes,Columbidae,,0,0,0,1,R,,,4,PIF CAW 2016,distribution reduced by 25% per Tom Schulenberg's comment that it may not breed in part of its mapped range in southwestern amazon and E brazil (CAW);,,,,,,,,2,1111096.5,NatureServe,,2,1481462,NatureServe,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List/Tipping Point Red,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +187,Olive-backed Quail-Dove,Leptotrygon veraguensis,landbird,Columbiformes,Columbidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,4,126033,NatureServe,,4,126033,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +188,White-tipped Dove,Leptotila verreauxi,landbird,Columbiformes,Columbidae,,0,1,1,1,R,,,2,PIFTC-02–PS-g midpoint,,"20,000,000",20000000,"<10,000",10000,,PIFSC-16,150 ish banded at one site with limited habitat in recent study; high densities in limited range. <10000 (M Gustafson),1,13437668,Natureserve 3.0,,1,13437668,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,"DD='- moderately vulnerable to human activities and land-use trends.' BNA supports that in US and ne Mexico along Rio Grande, threats potentially increasing if present trends conditions continue, although makes widespread use of cultivated areas (citrus; expected to remain stable (MX-NSAC).",2,H,2,PIFTC-02; PIFSC-CVS 2022,"DD='- moderately vulnerable to human activities and land-use trends.' BNA supports that in US and ne Mexico along Rio Grande, threats potentially increasing if present trends conditions continue, although makes widespread use of cultivated areas (citrus; expected to remain stable",2,H,3,MX-NSAC 2008,,,,,,,,,,,,,,,,,,,,,8,8,8,,yes,,Neotropical,Neotropical,Forests: Tropical Dry,,Forests: Tropical Dry, +189,Caribbean Dove,Leptotila jamaicensis,landbird,Columbiformes,Columbidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,4,92637,PIFSC-08,200-km rule no longer applies; island range but still BD=4,4,92637,Natureserve 3.0,200-km rule no longer applies but still ND=4,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,3,PIF CAW 2014,"occupies open areas, gardens, and dense secondary forests in Caribbean (Rafaelle et al. 1998)",,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Caribbean,Caribbean,Forests: Tropical Dry,Islands: Terrestrial Habitats,Forests: Tropical Dry,Islands: Terrestrial Habitats +190,Gray-chested Dove,Leptotila cassinii,landbird,Columbiformes,Columbidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,313461,Natureserve 3.0,,3,313461,Natureserve 3.0,,3,MX-NSAC,TB=3 more appropriate given some use of disturbed habitats.,,,3,MX-NSAC,requires forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +191,Gray-headed Dove,Leptotila plumbeiceps,landbird,Columbiformes,Columbidae,,0,0,1,1,R,,,4,PIF CAW 2016,Has been split; gray-headed dove occurs in mexico to NW colombia (~1/3 of former range); score change from 3 to 4 recommended by Central Americans in 2016,,,,,,,,3,362096,Natureserve 3.0,,3,362096,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,primary forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +193,Tuxtla Quail-Dove,Zentrygon carrikeri,landbird,Columbiformes,Columbidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,2775,Natureserve 3.0,,5,2775,Natureserve 3.0,,5,MX-NSAC,,,,5,MX-NSAC,"habitat loss, specialized habitat",,,5,MX-NSAC,,,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen +194,Buff-fronted Quail-Dove,Zentrygon costaricensis,landbird,Columbiformes,Columbidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,16588,NatureServe,,5,16588,NatureServe,,4,PIF CAW 2014,puede ser sensible a cambio climático por su uso de bosques de alto altitud,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,en Costa Rica no han sido problemas con su hábitat debido de los parques nacionales,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +195,Purplish-backed Quail-Dove,Zentrygon lawrencii,landbird,Columbiformes,Columbidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,7993,NatureServe,,5,7993,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,utilice áreas con acceso dificil y no apropriados para agricultura,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +196,White-faced Quail-Dove,Zentrygon albifacies,landbird,Columbiformes,Columbidae,Monotypic.,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,No son comunes y está en áreas pequeñas (local) (CAW);,,,,,,,,4,192759,Natureserve 3.0,,4,192759,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,,,4,MX-NSAC,moderate habitat loss,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +197,Chiriqui Quail-Dove,Zentrygon chiriquensis,landbird,Columbiformes,Columbidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,16463,NatureServe,,5,16463,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +198,Russet-crowned Quail-Dove,Zentrygon goldmani,landbird,Columbiformes,Columbidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,6033,NatureServe,,5,6033,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +199,White-winged Dove,Zenaida asiatica,landbird,Columbiformes,Columbidae,,0,1,1,1,M,,,2,"PIFcalc19–eBird7017,bbs0615",score change from 2 to 1 recommended by Central Americans in 2016 over PIF estimate of 10000000,"14,000,000",14000000,"5,200,000",5200000,2010.5,PIFcalc19–bbs0615,,2,2758548,Natureserve 3.0 with adjustments by PIFSC-08,"Added 1.5M km2; BNA & Howell show widespread PR in Mex, contra NS",2,2274188,PIFSC-08,"BNA & Howell show widespread PR in Mex, contra NS + +Ken comment: Add 1.7M km2 in Mexico; BNA & Howell show widespread PR in Mex, contra NS",2,PIFTC-02; PIFSC-CVS 2022,"CB-more selective in habitat than MODOs, depend on tall, dense salt cedars (AZ fed. Aid report).",2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,1,"BBS7021-AS,JS",,98.17211151,1.352031708,0.387502015,2.930000067,1,15.93729973,1.239274144,-1.115399957,4.440000057,,12,core,2.542498112,379,11.19999981,4255.640137,,,,7,7,7,,yes,w,North American Southwest,North American Southwest,Aridlands: Desert Scrub,Forests: Tropical Dry,Aridlands: Desert Scrub,Forests: Tropical Dry +200,Zenaida Dove,Zenaida aurita,landbird,Columbiformes,Columbidae,,0,0,1,0,R,,,3,Gomez-Panjabi,,,,,,,,,4,225522,PIFSC-08,score adjusted to reflect range area; 200-km rule no longer applies,4,225522,PIFSC-08,score adjusted to reflect range area; 200-km rule no longer applies,4,MX-NSAC,global score should reflect regional experts' opinion.,,,4,MX-NSAC,"much of habitat protected, but restricted to coastal scrub; threatened by hurricanes and fire",,,2,MX-NSAC-12,"consensus from caribbean experts (Jaime Collazo, Frank Rivera, Chuck Hunter) is this species is stable or increasing",,,,,,,,,,,,,,,,,,,,13,13,13,,,,Caribbean,Caribbean,Islands: Terrestrial Habitats,Forests: Tropical Dry,Islands: Terrestrial Habitats,Forests: Tropical Dry +202,Mourning Dove,Zenaida macroura,landbird,Columbiformes,Columbidae,,1,1,1,1,M,,,1,"PIFcalc19–bbs0615,eBird7017,ona0105",,"150,000,000",150000000,"130,000,000",130000000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,11104581,Natureserve 3.0,,1,10031136,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,H,1,PIFTC-02; PIFSC-CVS 2022,,1,H,3,"BBS7021-AS,JS",,-18.32443428,-0.396542877,-0.546998024,-0.231999993,1,-13.7482481,-0.921367288,-1.080698013,-0.688000023,1,16,core,0.314998001,4545.5,25.99500084,118153.0938,,,,7,6,7,,yes,"b,w",Widespread,Widespread,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic +203,Socorro Dove,Zenaida graysoni,landbird,Columbiformes,Columbidae,Monotypic.,0,0,1,0,R,,,5,PIFSC-08,extinct in the wild,,,,,,,,5,,MX-NSAC,no map; but very small range,5,,Natureserve 3.0,no map; but very small rangeKen comment: no map; but very small range,5,MX-NSAC,,,,5,MX-NSAC,extinct in wild,,,5,MX-NSAC,,,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +204,Greater Ani,Crotophaga major,landbird,Cuculiformes,Cuculidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,1,12151246,NatureServe,,1,12151246,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,8,8,8,,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,Wetlands: Forested,Forests: Tropical Lowland Evergreen,Wetlands: Forested +205,Smooth-billed Ani,Crotophaga ani,landbird,Cuculiformes,Cuculidae,Monotypic.,0,1,1,1,R,,,2,PIFTC-02–PS-g midpoint,,"20,000,000",20000000,<50,50,,PIFSC-16,,1,14154643,Natureserve 3.0,,1,14154643,Natureserve 3.0,,2,PIFSC-15,DD='- species relatively tolerant of human activities or land-use trends (i.e. breeds in altered landscapes)'. BNA supports that species thrives in altered landscapes created due to ag and forestry practices; habitat loss; has declined for unknown reasons (MX-NSAC). DJK= possibly soon to be extirpated from US?,,,2,PIFTC-02,"DD='- species relatively tolerant of human activities or land-use trends (i.e. breeds in altered landscapes)'. BNA supports that species thrives in altered landscapes created due to ag and forestry practices; habitat loss; has declined for unknown reasons. How was this species scored in Mexico? Seems to be more of a trash bird there and not sure what would constitute ""moderate"" threats? (KVR); Mexican scored as TB/TN=3, but species barely gets into Mexico. In rest of Central American and Caribbean range, this species benefits from pastures, cultivated land, and early second growth/edge; Habitat requirements compatible with predominant land uses in most of range; Central Americans scored 1-3, depending on country (Panjabi).",,,3,PIFSC-12,"Rafaelle et al. (1998) note 'populations fluctuate on small islands'; unless negative trend is documented in Caribbean, I suggest PT=3, given observed declines in peripheral areas; more information needed",,,,,,,,,,,,,,,,,,,,8,8,8,,yes,"b,w",Neotropical,Neotropical,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +206,Groove-billed Ani,Crotophaga sulcirostris,landbird,Cuculiformes,Cuculidae,Monotypic.,0,1,1,1,M,,,3,PIF CAW 2016–PS-g midpoint,"Would be 1.9 million globally extrapolated from BBS with eBird, which supports CAW estimate, but not appropriate to extrapolate up from such a small proportion of the population (1-4%), so deferred to Central American experts (PIFSC-18).","2,000,000",2000000,"28,000",28000,2010.5,PIFcalc19–bbs0615,,2,2668991,Natureserve 3.0,,2,2622778,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,PIFTC-02; PIFSC-CVS 2022,benefits from human activity,2,H,1,MX-NSAC,,,,,,,,,,,,,,,,,,,,,8,8,8,,yes,"b,w",Neotropical,Neotropical,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +207,Striped Cuckoo,Tapera naevia,landbird,Cuculiformes,Cuculidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,1,12373953,Natureserve 3.0,,1,12373953,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,requires overgrown fields,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,8,8,8,,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,Grasslands: Tropical,Open Country: Habitat Mosaic,Grasslands: Tropical +208,Pheasant Cuckoo,Dromococcyx phasianellus,landbird,Cuculiformes,Cuculidae,Monotypic.,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,Hábitat menos perturbado (CAW);. uncommon and local within range,,,,,,,,1,8870638,Natureserve 3.0,,1,8870638,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate decline in habitat expected,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +209,Lesser Ground-Cuckoo,Morococcyx erythropygus,landbird,Cuculiformes,Cuculidae,,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,"Rango pequeño, pero abundante en su habitat (también en áreas perturbadas). En la costa de pacifico de guate no es común (CAW);",,,,,,,,3,359495,Natureserve 3.0,,3,359495,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate decline in habitat expected,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +210,Lesser Roadrunner,Geococcyx velox,landbird,Cuculiformes,Cuculidae,Monotypic.,0,0,1,1,R,,,3,Gomez-Panjabi. PIF CAW 2016,Es común y está presente en áreas perturbadas (CAW);,,,,,,,,3,518100,Natureserve 3.0,,3,518100,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,occurs in altered landscapes,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +211,Greater Roadrunner,Geococcyx californianus,landbird,Cuculiformes,Cuculidae,Monotypic.,0,1,1,0,R,,,3,"PIFcalc19–bbs0615,eBird7017",,"1,400,000",1400000,"840,000",840000,2010.5,PIFcalc19–bbs0615,,2,2926960,Natureserve 3.0,,2,2926960,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,not more threatened during breeding season (KR); CB-uses a wide variety of habitats (Birds of the LCR).,2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,"BBS7021-AS,JS",,40.98057556,0.675412476,-0.172000006,1.151299,,32.61109161,2.863568783,0.296000004,4.756402969,1,10,core,1.32329905,517.5,0.529500008,274.0304871,,,,9,9,9,,yes,"b,w",North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +212,Rufous-vented Ground-Cuckoo,Neomorphus geoffroyi,landbird,Cuculiformes,Cuculidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,3,613294,NatureServe,,3,613294,NatureServe,,4,PIF CAW 2014,especializada en hormigas arrieras,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +215,Little Cuckoo,Coccycua minuta,landbird,Cuculiformes,Cuculidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,1,8782798,NatureServe,,1,8782798,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,por la pérdida de bosques en su distribución en la este de Panamá,,,,,,,,,,,,,,,,,,,,11,11,11,,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +217,Squirrel Cuckoo,Piaya cayana,landbird,Cuculiformes,Cuculidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,1,14299560,Natureserve 3.0,,1,14299560,Natureserve 3.0,,3,MX-NSAC-08,"requires forested landscapes; moderate threats are more appropriate (Panjabi); Ocurre en habitats transformados, ampliamente distribuido, sugerimos TB=2 (Macias).",,,3,MX-NSAC,tolerant of disturbance,,,3,PIF CAW 2014,"trend uncertain, given use of both primary and secondary forests, and more open and disturbed areas, at least in Costa Rica and Panama (Ridgely and Tudor 1989, Garrigues and Dean 2007)",,,,,,,,,,,,,,,,,,,,9,9,9,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +219,Yellow-billed Cuckoo,Coccyzus americanus,landbird,Cuculiformes,Cuculidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"9,600,000",9600000,"8,400,000",8400000,2010.5,PIFcalc19–bbs0615,,1,5267573,Natureserve 3.0,,2,3514098,Natureserve 3.0 with adjustment by PIFSC,"Reduced by 75%; winter range probably excludes Amazonia, contra NS map (Ken Rosenberg)",3,PIFTC-02; PIFSC-CVS 2022,"DD='moderately vulnerable to human activities and land-use trends.' BNA supports susceptible to riparian habitat loss in West and habitat frag in eastern US. Population likely to decline in future if trends conditions continue; CB-western popns in ripar. Demarest, Dean: From Eastern perspective, should score similarly to other widespread eastern forest inhabiting species. So 3 is prob good. CB-concern in western riparian, reduced numbers; responding to restoration on LCR, is this a fluke or short-term success?; moderate threats (TB=3) is most appopriate range-wide; western pops should be scored 4-5 (AP)",2,H,3,PIFTC-02,"DD='moderately vulnerable to human activities and land-use trends.' BNA supports susceptible to riparian habitat loss in West and habitat frag in eastern US. Population likely to decline in future if trends conditions continue. widespread in tropical forests in winter, including tropical deciduous forests which are under high threats; ""moderate"" overall seems right (KVR)",,,4,"BBS7021-AS,JS",,-50.20792389,-1.357047439,-1.630699992,-1.00999999,1,17.19225311,1.594906569,0.942897975,2.529999971,1,10,core,0.620700002,2440,4.059999943,9905.080078,,,,10,11,11,Common Bird in Steep Decline,,,Eastern Temperate,South American Lowlands,Forests: Temperate Eastern,,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen +221,Mangrove Cuckoo,Coccyzus minor,landbird,Cuculiformes,Cuculidae,Monotypic.,0,1,1,1,R,,,4,Gomez-Panjabi–PS-g midpoint,"350,000 globally extrapolated with eBird, but not appropriate to extrapolate up from such a small proportion (1-5%) (PIFSC-18).","200,000",200000,"2,400",2400,2010.5,PIFcalc19–bbs0615,,3,893972,Natureserve 3.0,,3,893972,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"DD='moderately to highly vulnerable to human activities and land-use trends' in Florida (TB 4) , but not much else known through bulk of range (TB 3).; moderate habitat loss (MX-NSAC).",2,H,3,PIFTC-02; PIFSC-CVS 2022,see TB,2,H,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Neotropical,Neotropical,Coasts: Mangroves,Forests: Tropical Dry,Coasts: Mangroves,Forests: Tropical Dry +222,Cocos Cuckoo,Coccyzus ferrugineus,landbird,Cuculiformes,Cuculidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,24,NatureServe,,5,24,NatureServe,,3,PIF CAW 2014,puede ser depredadados por gatos ferales y ratas introducidas,,,3,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +223,Black-billed Cuckoo,Coccyzus erythropthalmus,landbird,Cuculiformes,Cuculidae,Monotypic.,1,1,1,1,M,,,3,PIFcalc19–bbs0615,"PIFSC-20: eBird picks up non-breeders south of the border, so overrode eBird % Breeding Pop in US & Canada with 100% and used US/Canada estimate as global estimate","880,000",880000,"880,000",880000,2010.5,PIFcalc19–bbs0615,,1,4934488,Natureserve 3.0,,2,2301267,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,Area sensitive; reduction of caterpiller etc. outbreaks.,2,M-H,3,PIFTC-02,"Uses wide variety of open woods (moist or arid), scrub, edge, riparian (ED); unknown. very poorly known in winter, could use primarily seasonally dry tropical forests which are under high threats (KVR)",,,4,"BBS7021-AS,JS",,-67.66953278,-2.190038919,-2.881299973,-1.269999981,1,12.65618992,1.194745302,-1.429999948,3.480000019,,10,core,1.611299992,1780,0.510999978,909.5170288,,,,11,12,12,Common Bird in Steep Decline; previously Watch List,,,Northern Forest,South American Lowlands,Forests: Temperate Eastern,,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen +231,Short-tailed Nighthawk,Lurocalis semitorquatus,landbird,Caprimulgiformes,Caprimulgidae,,0,0,1,1,R,,,4,Gomez-Panjabi,uncommon and local within range,,,,,,,,1,8410768,Natureserve 3.0,,1,8410768,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,humid evergreen forest edge; benefits from some clearing,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +232,Lesser Nighthawk,Chordeiles acutipennis,landbird,Caprimulgiformes,Caprimulgidae,,0,1,1,1,M,,,2,"PIFcalc19–eBird7017,bbs0615",,"14,000,000",14000000,"3,800,000",3800000,2010.5,PIFcalc19–bbs0615,,2,2104709,Natureserve 3.0,,1,9191034,Natureserve 3.0,okay,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,PIFTC-02; PIFSC-CVS 2022,benefits from disturbance; no known threats,2,M-H,3,"BBS7021-AS,JS",,-0.462010235,-0.009077175,-0.768000007,0.827000022,,-7.620167732,-0.788408279,-3.470000029,1.470000029,,10,core,1.595000029,212,2.355000019,498.1700134,,,,9,8,9,,,"b,w",North American Southwest,Neotropical,Aridlands Aerial: Desert Scrub,,Open Country Aerial: Habitat Mosaic, +233,Common Nighthawk,Chordeiles minor,landbird,Caprimulgiformes,Caprimulgidae,,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",Crashing in North America. Brad Jacobs says all caprimulgids have declined greatly. (CAW); score change recommended by CA assessment,"23,000,000",23000000,"22,000,000",22000000,2010.5,PIFcalc19–bbs0615,,1,13162934,Natureserve 3.0,,1,14101824,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,Uses wide variety of open habitats. DD='Moderately vulnerable to human activities and land-use trends.' BNA supports that fire suppression and conversion of gravel rooftops may be reducing habitats. Declining for unknown reasons.,2,H,3,PIFTC-02,DD='no information available' for winter range in SA,,,5,"BBS7021-AS,JS",,-53.33865356,-1.482062697,-1.703500986,-1.190000057,1,-7.194620609,-0.531863987,-1.058501005,0.144999996,,14,core,0.513500988,2701.5,1.955000043,5274.689941,,,,11,11,11,Common Bird in Steep Decline,yes,"b,w",Nearctic,South American Lowlands,Open Country Aerial: Habitat Mosaic,,Open Country Aerial: Habitat Mosaic, +234,Antillean Nighthawk,Chordeiles gundlachii,landbird,Caprimulgiformes,Caprimulgidae,,0,1,0,0,M,,,4,Smith 1996,Smith PW 1996 Antillean Nighthawk Pages 335-340 in Rare and Endangered Biota of Florida,"200,000",200000,<50,50,,PIFSC-16,guestimate based on eBird distribution,4,221429,Natureserve 3.0,score adjusted to reflect range area; 200-km rule no longer applies,3,,PIFSC-08,non-breeding range unknown; ND=3 reflects moderate concern for unknown (Ken Rosenberg),2,PIFTC-02,Any actual information on this endemic aerial insectivore in the Caribbean?? (KVR),,,2,PIFTC-02,,,,3,PIFTC-02,,,,,,,,,,,,,,,,,,,,,13,12,13,,yes,,Caribbean,South American Lowlands,Open Country Aerial: Habitat Mosaic,,Unknown, +235,Common Pauraque,Nyctidromus albicollis,landbird,Caprimulgiformes,Caprimulgidae,,0,1,1,1,R,,,2,PIFTC-02–PS-g midpoint,,"20,000,000",20000000,"<5,000",5000,,PIFSC-16,guestimate based on eBird distribution,1,13781988,Natureserve 3.0,,1,13781988,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,"widespread generalist in most of range (KR). DD='threats assumed to be low'; BNA supports that species may respond favorably to forest clearing/opening (second growth, plantations, etc), as it does not prefer dense forest. Widespread throughout CA and; forest edge (MX-NSAC).",2,H,2,PIFTC-02; PIFSC-CVS 2022,see TB,2,H,2,MX-NSAC,,,,,,,,,,,,,,,,,,,,,7,7,7,,,,Neotropical,Neotropical,Forests: Tropical Generalist,,Forests: Tropical Generalist, +236,Common Poorwill,Phalaenoptilus nuttallii,landbird,Caprimulgiformes,Caprimulgidae,,1,1,1,0,M,,,3,"PIFcalc19–bbs0615,eBird7017",,"1,700,000",1700000,"1,300,000",1300000,2010.5,PIFcalc19–bbs0615,,1,4382515,Natureserve 3.0,,2,1254098,Natureserve 3.0,,3,PIFSC-Dec-08; PIFSC-CVS 2022,"DD='threats assumed to be low'; nest in rocky areas; CB-ground disturbance affects nesting and roosting, otherwise not well known (CAFS); Rosenberg: loss of habitat from rapid development in West?",2,H,3,PIFTC-02; PIFSC-CVS 2022,"DD='information lacking' throughout range, but particularly in Mexican wintering areas.",3,M-H,2,"BBS7021-AS,JS",,-3.794080257,-0.075803094,-0.728999972,0.564999998,,4.050452232,0.397851765,-1.549999952,2.292501926,,10,core,1.29400003,375,0.112499997,42.18999863,,,,9,10,10,,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,Aridlands: Sagebrush,Aridlands: Desert Scrub, +239,Eared Poorwill,Nyctiphrynus mcleodii,landbird,Caprimulgiformes,Caprimulgidae,,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,4,188557,Natureserve 3.0,,4,188557,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss,,,3,MX-NSAC-12,"NWMH and SEMH, which together make up >50% of core range, both score PT=4; I suggest to mantain PT=3 given the insufficient known of species habits and precise distribution",,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +240,Yucatan Poorwill,Nyctiphrynus yucatanicus,landbird,Caprimulgiformes,Caprimulgidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,4,145781,Natureserve 3.0,,4,145781,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen +241,Ocellated Poorwill,Nyctiphrynus ocellatus,landbird,Caprimulgiformes,Caprimulgidae,,0,0,0,1,R,,,3,PIF CAW 2016,no NS map; Neotropical birds map does not include CA (CAW);,,,,,,,,2,3400000,BirdLife 2016,,2,3400000,BirdLife 2016,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List/Tipping Point Orange,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +242,Chuck-will's-widow,Antrostomus carolinensis,landbird,Caprimulgiformes,Caprimulgidae,Monotypic.,0,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",Crashing in North America. Brad Jacobs says all caprimulgids have declined greatly. (CAW); score change recommended by CA assessment,"5,700,000",5700000,"5,600,000",5600000,2010.5,PIFcalc19–bbs0615,,2,1718293,Natureserve 3.0,,2,1447514,Natureserve 3.0; PIFSC-08,"Passage migrant range has been switched with Non-breeding resident (winter) range (P. Blancher). Recalc. ND score from NS maps considering following, Non-br.range in s.TX and north-eastern MX states should be passage. All of Passage range s",3,PIFTC-02; PIFSC-CVS 2022,"DD=' does not breed in highly altered landscapes.' Not a lot of info, but likely susceptible to forest fragmentation and habitat conversion in SE US.",2,H,3,PIFTC-02; PIFSC-CVS 2022,DD='no info available.' Nothing found on threats to wintering habitat in CA and SA.. poorly known but winters in tropical forest regions (KVR),3,M-H,5,"BBS7021-AS,JS",,-66.00556183,-2.093656778,-2.288002014,-1.840000033,1,-8.035900116,-0.697098434,-1.649999976,0.085997999,,12,core,0.448002011,788,1.284999967,1012.289978,,,,12,12,12,Common Bird in Steep Decline,,,Eastern Temperate,Gulf-Caribbean Lowlands,Forests: Temperate Eastern,,Open Country: Habitat Mosaic, +243,Rufous Nightjar,Antrostomus rufus,landbird,Caprimulgiformes,Caprimulgidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,5402891,NatureServe,,1,5402891,NatureServe,,4,PIF CAW 2014,la cambia de uso de suelo hasta cultivos de arroz; requiere hábitat no modificado,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,,,South American Lowlands,South American Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +245,Tawny-collared Nightjar,Antrostomus salvini,landbird,Caprimulgiformes,Caprimulgidae,Monotypic.,0,0,1,0,R,,,4,PIFTC-02,,,,,,,,,4,114880,Natureserve 3.0,,4,114880,Natureserve 3.0,,3,MX-NSAC,global scores should reflect regional expert's opinion -- all scored TB=3.,,,3,MX-NSAC,moderate habitat loss,,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +246,Yucatan Nightjar,Antrostomus badius,landbird,Caprimulgiformes,Caprimulgidae,Monotypic.,0,0,1,1,M,,,4,Gomez-Panjabi. PIF CAW 2016,No new information? (CAW);,,,,,,,,4,110330,Natureserve 3.0,,4,138927,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen +247,Buff-collared Nightjar,Antrostomus ridgwayi,landbird,Caprimulgiformes,Caprimulgidae,,0,1,1,1,M,,,3,PIFTC-02–PS-g midpoint,,"2,000,000",2000000,<50,50,,PIFSC-16,guestimate based on eBird distribution; % Pop'n in US should be <1%,3,608026,Natureserve 3.0,,3,343316,Natureserve 3.0,,3,PIFTC-02,,,,3,PIFTC-02,moderate habitat loss,,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +248,Eastern Whip-poor-will,Antrostomus vociferus,landbird,Caprimulgiformes,Caprimulgidae,Monotypic.,1,1,1,1,M,,,3,PIFcalc19–bbs0615,Crashing in North America. Brad Jacobs says all caprimulgids have declined greatly. (CAW);. Whip-poor-will split in 2011,"1,800,000",1800000,"1,800,000",1800000,2010.5,PIFcalc19–bbs0615,,2,2772111,Natureserve 3.0,,3,882960,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,"DD='does not breed in highly altered landscapes.' BNA supports that modified habitats not suitable, but information on habitat needs and threats to those is largely lacking.",4,M-H,3,PIFTC-02; PIFSC-CVS 2022,DD='no information available.' Not much information for wintering areas. poorly known but winters in tropical forest regions (KVR),2,M-H,5,"BBS7021-AS,JS",,-73.30687714,-2.555680513,-3.049999952,-2.160101891,1,-5.101616859,-0.474854916,-2.180000067,0.921999991,,11,core,0.889898002,831,0.199499995,165.4974976,,,,14,14,14,Watch List/Tipping Point Yellow,,,Eastern Temperate,Gulf-Caribbean Lowlands,Forests: Temperate Eastern,,Forests: Tropical Lowland Evergreen,Forests: Temperate Eastern +249,Dusky Nightjar,Antrostomus saturatus,landbird,Caprimulgiformes,Caprimulgidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,5391,NatureServe,,5,5391,NatureServe,,3,PIF CAW 2014,la cambia climático puede afectar la disponibilidad de insectos,,,3,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +250,Mexican Whip-poor-will,Antrostomus arizonae,landbird,Caprimulgiformes,Caprimulgidae,,0,1,1,1,M,,,4,"PIFcalc19–eBird7017,bbs0615",,190000,190000,33000,33000,2010.5,PIFcalc19–bbs0615,,3,733259,Natureserve 3.0,,3,789528,Natureserve 3.0,,3,Panjabi,avg of BCR scores.,,,3,Panjabi,,,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak, +259,Black Swift,Cypseloides niger,landbird,Apodiformes,Apodidae,,1,1,1,1,M,,,4,"PIFcalc19–bbs0615,eBird7017",Could be FEWER? (CAW);,"170,000",170000,"89,000",89000,2010.5,PIFcalc19–bbs0615,,2,1306962,PIFSC-08,"Added 32,000 km2; Colorado Range underestimated by 50% (A. Panjabi)",2,1900000,PIFSC-08,"presumed winter range is from s venezuela through the andes, western amazon basin and western bolivia (Nat Geo Complete Birds of North America); actual range may be much smaller, based on returns of geolocators from CO-breeding birds + +Ken comment: Replace",4,PIFSC-Dec-08; PIFSC-CVS 2022,"climate change and reduced, later snowmelt could be problematic for breeding habitat in mountains; CB-rock and ice climbing other recreation (CAFS), mining, one egg only (COPIF), highly specialized habt.; nest sites are inaccessible and relatively secure (MX-NSAC); Rosenberg: threats increasing due to drying of waterfalls?. CB- possibly affected by reduced rainfall, and recreation; WE -- not as threatened in BC portion of range",3,H,3,PIFTC-02,"probably not threatened in winter? (KR); CB- not known in winter, but widespread. as far as we know, uses native tropical forests and may depend on specific sites or habitats; very poorly known, thus specific threats unknown (CB, KVR, WE, TW, DP)",,,5,"BBS7021-AS,JS",,-90.19346619,-4.449588299,-6.281197071,-2.400000095,1,45.63172531,3.478922606,-3.11819911,11.22590256,,11,core,3.881196976,120,2.734999895,331.4700012,,,,15,14,15,Watch List/Tipping Point Orange,,,Widespread,South American Lowlands,Forest Aerial: Temperate Western,Forests Aerial: Mesoamerican Highland,Forest Aerial: Tropical Generalist, +260,White-fronted Swift,Cypseloides storeri,landbird,Apodiformes,Apodidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,4,127724,Natureserve 3.0,,4,127724,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,no information,,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forest Aerial: Mesoamerican Highland,,Forest Aerial: Mesoamerican Highland, +261,White-chinned Swift,Cypseloides cryptus,landbird,Apodiformes,Apodidae,Monotypic.,0,0,0,1,M,,,5,PIF CAW 2016,poorly known (CAW);,,,,,,,,4,289456,NatureServe,,4,123438,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,no existe mucha información,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Neotropical,Neotropical,Forest Aerial: Tropical Montane Evergreen,,Forest Aerial: Tropical Montane Evergreen, +262,Spot-fronted Swift,Cypseloides cherriei,landbird,Apodiformes,Apodidae,Monotypic.,0,0,0,1,M,,,5,PIF CAW 2016,,,,,,,,,5,3539,NatureServe,,5,3539,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,no existe mucha información,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forest Aerial: Tropical Montane Evergreen,,Forest Aerial: Tropical Montane Evergreen, +263,Chestnut-collared Swift,Streptoprocne rutila,landbird,Apodiformes,Apodidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,2,1392509,Natureserve 3.0,,2,1392509,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,no information,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Central and South American Highlands,Central and South American Highlands,Forest Aerial: Mesoamerican Highland,Forests Aerial: Tropical Lowland Evergreen,Forest Aerial: Mesoamerican Highland,Forest Aerial: Tropical Montane Evergreen +264,White-collared Swift,Streptoprocne zonaris,landbird,Apodiformes,Apodidae,,0,0,1,1,R,,,2,PIF CAW 2016,score change from 3 to 2 recommended by Central Americans in 2016,,,,,,,,1,8335354,Natureserve 3.0,,1,8335354,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,no information,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,9,9,9,,,,Neotropical,Neotropical,Forest Aerial: Tropical Montane Evergreen,Forests Aerial: Tropical Lowland Evergreen,Forest Aerial: Tropical Montane Evergreen,Forest Aerial: Tropical Lowland Evergreen +265,White-naped Swift,Streptoprocne semicollaris,landbird,Apodiformes,Apodidae,"Monotypic. ",0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,4,232337,Natureserve 3.0,,4,232337,Natureserve 3.0,,3,MX-NSAC-09,"specialized nesting habitat (caves, near water), aerial insectivore, climate change predictions forecast increasing aridity for sierra madre oriental (D. Desante, IBP); global score should reflect regional expert's opinion; all core regions score as TB=2.",,,3,MX-NSAC,"no information; aerial insectivore, climate change forecasts increasing aridity, likely resulting in decline of aerial insects",,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forest Aerial: Mesoamerican Pine-Oak,Forests Aerial: Tropical Dry,Forest Aerial: Mesoamerican Pine-Oak,Forest Aerial: Tropical Dry +266,Gray-rumped Swift,Chaetura cinereiventris,landbird,Apodiformes,Apodidae,,0,0,0,1,R,,,1,PIF CAW 2016,,,,,,,,,1,6113635,NatureServe,,1,6113635,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,8,8,8,,,,Neotropical,Neotropical,Forest Aerial: Tropical Lowland Evergreen,,Forest Aerial: Tropical Lowland Evergreen, +267,Band-rumped Swift,Chaetura spinicaudus,landbird,Apodiformes,Apodidae,,0,0,0,1,R,,,3,PIF CAW 2016,conservative estimate (CAW);,,,,,,,,2,3149755,NatureServe,,2,3149755,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Forest Aerial: Tropical Lowland Evergreen,,Forest Aerial: Tropical Lowland Evergreen, +268,Costa Rican Swift,Chaetura fumosa,landbird,Apodiformes,Apodidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,13110,NatureServe,,5,13110,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forest Aerial: Tropical Lowland Evergreen,,Forest Aerial: Tropical Lowland Evergreen, +270,Chimney Swift,Chaetura pelagica,landbird,Apodiformes,Apodidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"8,800,000",8800000,"8,800,000",8800000,2010.5,PIFcalc19–bbs0615,,1,5185119,Natureserve 3.0,,3,513613,Rosenberg-16,"Reduced by 2/3rds NatureServe range of 1,540,838; S.A. (winter) range in Birds of the World 1/3 the area shown in NS map. Agree with '3' for nd. (Ken Rosenberg)",4,PIFSC-15; PIFSC-CVS 2022,"DD=are nest sites the limiting factor and are they that limiting to warrant TB 3?. Threats increasing due to continued loss of nesting structures in urban areas, and whatever is causing declines of aerial insectivores (KVR); Camfield,Alaine [NCR]: Listed as threatened in Canada. TB scores 3 and 4 depending on BCR in Canada. Main threats are loss of nesting/roosting sites and reductions in prey. Final score would depend on what people feel for the rest of the range.",2,M-H,3,PIFTC-02,"probably not threatened in winter? (KR); unknown threats, and birds possibly localized?",,,5,"BBS7021-AS,JS",,-72.21088409,-2.47886467,-2.730602026,-2.180000067,1,-23.49672318,-2.646199465,-3.079999924,-2.170000076,1,10,core,0.550602019,2634.5,6.545000076,17234.64453,,,26,12,13,13,Watch List/Tipping Point Orange,yes,,Eastern Temperate,South American Lowlands,Open Country Aerial: Developed/Disturbed,Open Country Aerial: Habitat Mosaic,Forest Aerial: Tropical Lowland Evergreen, +271,Vaux's Swift,Chaetura vauxi,landbird,Apodiformes,Apodidae,,1,1,1,1,M,,,3,"PIFcalc19–eBird7017,bbs0615",,"870,000",870000,"420,000",420000,2010.5,PIFcalc19–bbs0615,,2,2217902,Natureserve 3.0,,3,993326,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,"CB-late stage coniferous and decid/conif forest, prefers old growth, hollow trees and snags, highly specialized habitat (BNA). Are threats increasing in Pacific NW due to loss of mature forests? (KVR); Camfield,Alaine [NCR]: TB 3 or 4 in Canada depending on BCR. Main threat is loss of nesting/roosting habitat as a result of forestry practices. Final score would depend on what people feel for the rest of the range.",4,M-H,4,PIFTC-02; PIFSC-CVS 2022,"probably not threatened in winter? (KR); CB- ' no info on wintering habitat' (BNA). should be consistent with other wintering species -- probably needs forest and large trees for roosting; complete lack of knowledge probably should make this a ""3"" (KVR); WE-Vulnerable to catastrophic events at roost sites during migration; some roosts are ephemeral due to changes in weather (WE)",5,H,4,"BBS7021-AS,JS",,-37.06458664,-0.900934637,-1.830000043,-0.264999986,1,-14.66014576,-1.57427752,-5.269999981,1.302397013,,10,core,1.565000057,295,0.543500006,160.2259979,,,,13,14,14,Watch List Yellow,,,Pacific North America,Mesoamerica,Forest Aerial: Temperate Western,Forests Aerial: Mesoamerican Highland,Forest Aerial: Tropical Generalist, +272,Chapman's Swift,Chaetura chapmani,landbird,Apodiformes,Apodidae,,0,0,0,1,R,,,4,PIF CAW 2016,poorly known; birds in Colombian may be migrants (Jesse Fagan); reduced map by 15% (CAW);,,,,,,,,2,2312099.45,NatureServe,,2,2720117,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,no existe mucha información,,,,,,,,,,,,,,,,,,,,12,12,12,,,,South American Lowlands,South American Lowlands,Forest Aerial: Tropical Lowland Evergreen,,Forest Aerial: Tropical Lowland Evergreen, +274,Short-tailed Swift,Chaetura brachyura,landbird,Apodiformes,Apodidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,7490972,NatureServe,,1,7490972,NatureServe,,3,PIF CAW 2014,dieta relativamente especializada,,,3,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,8,8,8,,,,South American Lowlands,South American Lowlands,Forest Aerial: Tropical Lowland Evergreen,,Forest Aerial: Tropical Lowland Evergreen, +280,White-throated Swift,Aeronautes saxatalis,landbird,Apodiformes,Apodidae,,1,1,1,1,M,,,3,"PIFcalc19–bbs0615,eBird7017",,"3,200,000",3200000,"2,400,000",2400000,2010.5,PIFcalc19–bbs0615,,2,3393948,Natureserve 3.0,,2,1567235,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,4,"BBS7021-AS,JS",,-41.86017227,-1.058199883,-1.879999995,-0.232999995,1,-14.12742424,-1.507245064,-3.710597992,1,,10,core,1.646999955,416.5,1.835000038,763.4899902,,,,11,11,11,,,,North American Southwest,North American Southwest,Open Country Aerial: Habitat Mosaic,,Open Country Aerial: Habitat Mosaic, +281,Lesser Swallow-tailed Swift,Panyptila cayennensis,landbird,Apodiformes,Apodidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,1,8565537,Natureserve 3.0,,1,8565537,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,,,2,MX-NSAC,no information,,,4,PIF CAW 2014,both regions in Mexico score PT=4; loss of lowland humid forest in rest of C.A. is similar to Mexico,,,,,,,,,,,,,,,,,,,,12,10,12,,,,Neotropical,Neotropical,Forest Aerial: Tropical Lowland Evergreen,,Forest Aerial: Tropical Lowland Evergreen, +282,Great Swallow-tailed Swift,Panyptila sanctihieronymi,landbird,Apodiformes,Apodidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,3,368094,Natureserve 3.0,,3,368094,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,no information,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forest Aerial: Mesoamerican Highland,Forests Aerial: Tropical Lowland Evergreen,Forest Aerial: Mesoamerican Highland,Forest Aerial: Tropical Montane Evergreen +284,White-necked Jacobin,Florisuga mellivora,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,1,8129733,Natureserve 3.0,,1,8129733,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,PIF CAW 2014,"a humid evergreen forest species, also in adjacent plantations; loss of such forests has been extensive in C.A.; MX regional experts score PT=4 in SECL",,,,,,,,,,,,,,,,,,,,10,10,10,,yes,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +285,White-tipped Sicklebill,Eutoxeres aquila,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,250205,NatureServe,,4,250205,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,no está restringido a bosques pero ha perdido hábitat,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +286,Bronzy Hermit,Glaucis aeneus,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,127159,NatureServe,,4,127159,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +287,Rufous-breasted Hermit,Glaucis hirsutus,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,7845978,NatureServe,,1,7845978,NatureServe,,4,PIF CAW 2014,más en peligro hacía el este de Panamá,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,restringido a bosques,,,,,,,,,,,,,,,,,,,,11,11,11,,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +288,Band-tailed Barbthroat,Threnetes ruckeri,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,480880,NatureServe,,3,480880,NatureServe,,4,PIF CAW 2014,pérdida de hábitat; posible bioacumulación de pesticidias por su dieta de arañas,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +289,Green Hermit,Phaethornis guy,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,340372,NatureServe,,3,340372,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +290,Mexican Hermit,Phaethornis mexicanus,landbird,Apodiformes,Trochilidae,Formerly considered conspecific with Phaethornis longirostris.,0,0,1,0,R,,,5,MX-NSAC-2015,,,,,,,,,4,91128,BirdLife 2021,,4,91128,BirdLife 2021,,3,MX-NSAC-15,,,,3,MX-NSAC-15,,,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +291,Long-billed Hermit,Phaethornis longirostris,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,4,PIFSC-15,updated score from PIFTC,,,,,,,,3,533595,BirdLife 2021,,3,533595,BirdLife 2021,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,PIF CAW 2014,all regions in Mexico score PT=4; loss of lowland humid forest in rest of C.A. is similar to Mexico,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +291.5,White-whiskered Hermit,Phaethornis yaruqui,landbird,Caprimulgiformes,Trochilidae,not in NACC list since only recently discovered to extend into Panama,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,119297,PIF CAW-14,,4,119297,PIF CAW-14,,3,PIF CAW 2014,se puede ser afectado por el cambio climatico,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +292,Pale-bellied Hermit,Phaethornis anthophilus,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,414066,NatureServe,,3,414066,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +293,Stripe-throated Hermit,Phaethornis striigularis,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,765758,Natureserve 3.0,,3,765758,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,requires forest,,,4,PIF CAW 2014,"Restricted to humid evergreen forest and edge, loss of such forests has been extensive in C.A.; MX regional experts score PT=4",,,,,,,,,,,,,,,,,,,,13,13,13,,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +294,Green-fronted Lancebill,Doryfera ludovicae,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,388728,NatureServe,,3,388728,NatureServe,,4,PIF CAW 2014,"plantas hidroeléctricas; sensible a cambios de precipitación, especialista de quebrada",,,4,PIF CAW 2014,,,,3,PIF CAW 2014,restringido a bosques,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +295,Brown Violetear,Colibri delphinae,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,2,1203745,NatureServe,,2,1203745,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +296,Mexican Violetear,Colibri thalassinus,landbird,Apodiformes,Trochilidae,,0,0,1,1,M,,,3,Panjabi 2017; PIF CAW 2017; MX-NSAC-17,guesstimate,,,,,,,,4,299056,"BirdLife & HBW, eBird, AOU Checklist 57th Suppl.",,4,299056,"BirdLife & HBW, eBird, AOU Checklist 57th Suppl.",,2,PIF CAW 2015; Mexican Regional Assessment 2005,used most frequent score amongst regions,,,3,PIF CAW 2015,"used Honduras's score to break tie since eBird shows greater range and more observations there than El Salvador, the only other region scored",,,3,PIF CAW 2015; Mexican Regional Assessment 2005,used most frequent score amongst regions,,,,,,,,,,,,,,,,,,,,12,13,13,,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak +297,Lesser Violetear,Colibri cyanotus,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,3,Panjabi 2017; PIF CAW 2017; MX-NSAC-17,guesstimate,,,,,,,,3,493051,"BirdLife & HBW, eBird, AOU Checklist 57th Suppl.",,3,493051,"BirdLife & HBW, eBird, AOU Checklist 57th Suppl.",,2,PIF CAW 2015,used Costa Rica's score to break tie since eBird shows greater range and more observations there than Panama,,,3,PIF CAW 2015,used Panama's score as the only region scored,,,2,PIF CAW 2015,used Costa Rica's score to break tie since eBird shows greater range and more observations there than Panama,,,,,,,,,,,,,,,,,,,,10,11,11,,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +298,Tooth-billed Hummingbird,Androdon aequatorialis,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,4,112955,NatureServe,,4,112955,NatureServe,,3,PIF CAW 2014,puede ser afectado por cambio climático porque es una especie de alturas,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +299,Purple-crowned Fairy,Heliothryx barroti,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,489401,Natureserve 3.0,,3,489401,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +301,Green-breasted Mango,Anthracothorax prevostii,landbird,Apodiformes,Trochilidae,,0,0,1,1,M,,,3,Gomez-Panjabi,,,,,,,,,3,675906,Natureserve 3.0,,3,629240,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +302,Black-throated Mango,Anthracothorax nigricollis,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,9849233,NatureServe,,1,9849233,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,7,7,7,,,,South American Lowlands,South American Lowlands,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +303,Veraguan Mango,Anthracothorax veraguensis,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,30184,NatureServe,,5,30184,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +310,Green Thorntail,Discosura conversii,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,132274,NatureServe,,4,132274,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +311,Short-crested Coquette,Lophornis brachylophus,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,10744,Natureserve 3.0,,5,10744,Natureserve 3.0,,5,MX-NSAC,,,,5,MX-NSAC,"restricted habitat, habitat loss",,,4,MX-NSAC-12,MX endemic; both regions score PT=4,,,,,,,,,,,,,,,,,,,,19,19,19,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +312,Rufous-crested Coquette,Lophornis delattrei,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,4,PIF CAW 2016,hard to detect (CAW);,,,,,,,,4,186898,NatureServe,,4,186898,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +313,Black-crested Coquette,Lophornis helenae,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,4,254077,Natureserve 3.0,,4,254077,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional expert's opinion.,,,3,MX-NSAC,tropical evergreen and cloud forest specialist,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen +314,White-crested Coquette,Lophornis adorabilis,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,16857,NatureServe,,5,16857,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +315,Greenish Puffleg,Haplophaedia aureliae,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,4,PIF CAW 2016; PIFSC-23,PIFSC-23: splitting off Buff-thighed Puffleg likely has little influence on PS-g since relatively small population,,,,,,,,4,222992,BirdLife 2022,"Shaw-23: range size increased due to BirdLife mapping a larger area. Buff-thighed Puffleg (now split off) was somehow not included in old NatureServe range map, so no range decrease due to split. Used the map projection Lambert Azimuthal Equal Area South America (SERENA) to estimate area.",4,222992,BirdLife 2022,"Shaw-23: range size increased due to BirdLife mapping a larger area. Buff-thighed Puffleg (now split off) was somehow not included in old NatureServe range map, so no range decrease due to split. Used the map projection Lambert Azimuthal Equal Area South America (SERENA) to estimate area.",3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +316,Green-crowned Brilliant,Heliodoxa jacula,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,3,PIF CAW 2016,range increased by 20% to include eastern cordillera of Colombia (CAW);,,,,,,,,5,76143.6,NatureServe,,5,63453,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +317,Rivoli's Hummingbird,Eugenes fulgens,landbird,Apodiformes,Trochilidae,Formerly considered conspecific with Eugenes spectabilis.,0,1,1,1,M,,,3,PIF CAW 2016–PS-g midpoint,"can't use BBS-15 estimate of 15,000 US/Canada, 100,000 globally, since based on just 2 BBS routes. Común en tierras altas (CAW).","2,000,000",2000000,"<5,000",5000,,PIFSC-16,,3,851048,NatureServe 3.0,,3,641565,NatureServe 3.0; PIFSC; Shaw-22; BOTW 2022,"Rosenberg: Magnificent Hummingbird area reduced from size in NatureServe by 10%; NatureServe map shows wintering up to Big Bend NP, finger is breeding only in H&W; NS nd is 10% too large if using h&w'. Shaw 2020: subtracted Talamanca Hummingbird range (based on Birds of the World 2022) from NatureServe from Ken's total due to split to yield area for Rivoli's Hummingbird.",3,PIFTC-02,consistent with other SW hummers -- uses undisturbed forest and canyons (KR); 2 across range?; requires forest (MX-NSAC).,,,3,PIFTC-02,"TN should be same as TB, as is largely resident (GB). Has wider tolerances than Blue-throated; requires forest",,,3,MX-NSAC 2008,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen +318,Talamanca Hummingbird,Eugenes spectabilis,landbird,Apodiformes,Trochilidae,Formerly considered conspecific with Eugenes fulgens.,0,0,0,1,R,,,5,PIF CAW 2016–PS-g midpoint; BirdLife-21; Shaw-22,"Shaw-22: took midpoint-based estimate for Magnificent Hummingbird from CAW and multiplied by % of breeding range that falls within Costa Rica that has been split off as Talamanca Hummingbird, yielding ~8100, but too crude to list as estimate",,,,,,,,5,3466,BirdLife 2021; Shaw-22; BOTW 2022,"Shaw-22: BirdLife has not split Magnificent Hummingbird, so referred to BOTW 2022 to determine that all polygons in Costa Rica and Panama should be used as Talamanca Hummingbird range",5,3466,NatureServe 3.0 with adjustment by Shaw-22 based on BOTW 2022,"Shaw-22: BirdLife has not split Magnificent Hummingbird, so referred to BOTW 2022 to determine that all polygons in Costa Rica and Panama should be used as Talamanca Hummingbird range",2,PIF CAW 2015; Shaw-22,Shaw-22: used TB-r from Costa Rica since that makes up 80% of the range; Panama assigned TB-r = 3,,,2,PIF CAW 2015; Shaw-22,Shaw-22: used TB-r from Costa Rica since that makes up 80% of the range and TN-r not evaluated but presumably similar. Panama assigned TN-r = 3,,,2,PIF CAW 2015; Shaw-22,Shaw-22: used PT-r from Costa Rica since that makes up 80% of the range. Panama assigned PT-r = 4.,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +319,Fiery-throated Hummingbird,Panterpe insignis,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,8294,NatureServe,,5,8294,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +320,Long-billed Starthroat,Heliomaster longirostris,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,1,8314317,Natureserve 3.0,,1,8314317,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,9,9,9,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +321,Plain-capped Starthroat,Heliomaster constantii,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,524889,Natureserve 3.0,,3,478242,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +322,Green-throated Mountain-gem,Lampornis viridipallens,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,Probablemente declinando por cambio climático. Restringido a tierras altas (CAW);,,,,,,,,4,90508,Natureserve 3.0,,4,90508,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,requires forest,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +323,Green-breasted Mountain-gem,Lampornis sybillae,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,found only in highlands within mapped range (CAW);,,,,,,,,5,45345,NatureServe,,5,45345,NatureServe,,4,PIF CAW 2014,périda de hábitat y cambio climático,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +324,Amethyst-throated Mountain-gem,Lampornis amethystinus,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,4,190070,Natureserve 3.0,,4,190070,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,PIF CAW 2014,4 of 5 regions indicate a decline; species mainly endemic to mexico (also guat and honduras where situation similar),,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak +325,Blue-throated Mountain-gem,Lampornis clemenciae,landbird,Apodiformes,Trochilidae,,0,1,1,0,M,,,3,PIFTC-02–PS-g midpoint,"BBS-15 estimate of 37,000 for US/Canada too high (PIFSC-18).","2,000,000",2000000,"<2,000",2000,,PIFTC-02,very uncommon relative to other hummiingbirds in SE AZ (Beardmore),3,497982,Natureserve 3.0,,3,371686,Natureserve 3.0,,3,PIFTC-02,"consistent with other SW hummers -- uses undisturbed forest and canyons (KR); more riparian than others, even in MX; requires forest (MX-NSAC).",,,3,PIFSC-08,"TN should be same as TB (GB). Winter habitat pine-oak woods, especially riparian; requires forest",,,3,MX-NSAC 2008,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +326,White-bellied Mountain-gem,Lampornis hemileucus,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,9398,NatureServe,,5,9398,NatureServe,,3,PIF CAW 2014,"en Panamá puede ser afectada por la ganadería, minería, y planta hidroeléctricas",,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +327,Purple-throated Mountain-gem,Lampornis calolaemus,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,11024,NatureServe,,5,11024,NatureServe,,3,PIF CAW 2014,cambio climático; en riesgo de extirpación en Nicaragua,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +328,White-throated Mountain-gem,Lampornis castaneoventris,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,7746,NatureServe,,5,7746,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +329,Garnet-throated Hummingbird,Lamprolaima rhami,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,4,138314,Natureserve 3.0,,4,138314,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,,,4,MX-NSAC,requires forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +330,Magenta-throated Woodstar,Philodice bryantae,landbird,Apodiformes,Trochilidae,Monotypic. Formerly placed in the genus Calliphlox.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,9247,NatureServe,,5,9247,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +331,Purple-throated Woodstar,Philodice mitchellii,landbird,Apodiformes,Trochilidae,Monotypic. Formerly placed in the genus Calliphlox.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,36163,NatureServe,,5,36163,NatureServe,,2,PIF CAW 2014,se preocupa más la pérdida de hábitat en Columbia,,,2,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +332,Slender Sheartail,Doricha enicura,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,5,78858,Natureserve 3.0,,5,78858,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss,,,4,PIF CAW 2014,"MX endemic, all regions score PT=4",,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +333,Mexican Sheartail,Doricha eliza,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,9529,Natureserve 3.0,,5,9529,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,,,4,MX-NSAC,"moderate habitat loss; Veracruz population highly threatened, secure in Yucatan",,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +334,Sparkling-tailed Hummingbird,Tilmatura dupontii,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,4,293073,Natureserve 3.0,,4,293073,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,"moderate habitat loss; Veracruz population highly threatened, secure in Yucatan",,,4,PIF CAW 2014,"MX endemic, all regions score PT=4",,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +335,Lucifer Hummingbird,Calothorax lucifer,landbird,Apodiformes,Trochilidae,Monotypic.,0,1,1,0,M,,,4,PIFTC-02–PS-g midpoint,,"200,000",200000,"<5,000",5000,,PIFSC-16,guestimate based on eBird distribution,3,338973,Natureserve 3.0,,4,226772,Natureserve 3.0,,3,PIFTC-02,global score should reflect regional experts' opinion. Relatively specialized habitat throughout most of range (desert foothill washes); at least moderate vulnerability to climate change (AP).,,,3,PIFTC-02,tolerant of disturbance,,,3,MX-NSAC 2008,,,,,,,,,,,,,,,,,,,,,13,14,14,Watch List Yellow,,,North American Southwest,Mesoamerican Pacific Lowlands,Aridlands: Desert Scrub,,Forests: Tropical Dry, +336,Beautiful Hummingbird,Calothorax pulcher,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,53029,Natureserve 3.0,,5,53029,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,"moderate habitat loss; Veracruz population highly threatened, secure in Yucatan",,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +337,Ruby-throated Hummingbird,Archilochus colubris,landbird,Apodiformes,Trochilidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"36,000,000",36000000,"36,000,000",36000000,2010.5,PIFcalc19–bbs0615,,1,4918910,Natureserve 3.0,,3,893074,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,DD='threats assumed to be low.' BNA states no real information but species does not seem to be facing imminent threats.,2,M-H,2,PIFTC-02; PIFSC-CVS 2022,DD='threats assumed to be low.' BNA states no real information but species does not seem to be facing imminent threats.,2,M-H,1,"BBS7021-AS,JS",,68.68461609,1.030483723,0.683000028,1.292204976,1,-8.118590355,-0.842584908,-1.769999981,-0.188898996,,10,core,0.609205008,2479,0.345499992,856.5385132,,,,6,8,8,,yes,,Eastern Temperate,Mesoamerica,Forests: Temperate Eastern,,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen +338,Black-chinned Hummingbird,Archilochus alexandri,landbird,Apodiformes,Trochilidae,Monotypic.,1,1,1,0,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"8,800,000",8800000,"8,200,000",8200000,2010.5,PIFcalc19–bbs0615,,2,2369094,Natureserve 3.0,,4,237989,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,"DD='threats assumed to be low.' BNA supports that species not facing imminent threats and, though potential threats exist to riparian habitats, CB-general riparian threats, but not limited to riparian.",2,H,2,PIFTC-02; PIFSC-CVS 2022,"DD='threats assumed to be low.' BNA supports that species not facing imminent threats and, though potential threats exist to riparian habitats, human activities have stabilized or increased populations.",2,H,2,"BBS7021-AS,JS",,38.4509697,0.640098393,0.134000003,1.179999948,1,-4.093126297,-0.417152435,-1.970000029,0.989000022,,10,core,1.046000004,477,0.195999995,93.48799896,,,,8,10,10,,yes,,Western Temperate,Mesoamerican Pacific Lowlands,Forests: Temperate Western,Aridlands: Desert Riparian,Forests: Tropical Dry, +343,Anna's Hummingbird,Calypte anna,landbird,Apodiformes,Trochilidae,Monotypic.,1,1,1,0,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"9,600,000",9600000,"8,800,000",8800000,2010.5,PIFcalc19–bbs0615,,3,492703,Natureserve 3.0,,2,1063525,Natureserve 3.0 with adjustment by PIFSC,"Surprisingly VERY optimistic non-breeding distribution north of BC's south coast (where very regular) with no reference in BNA. Despite very good similarity in NS and BNA distribution maps. Recommend keeping RMBO score + +Ken comment: Reduced by 205,000 (re",2,PIFTC-02; PIFSC-CVS 2022,"CB-impact of feeders not studied, patterns of migration, feeding, changed by urban plantings and feeders (Russell), adapted to human activity but decrease in chaparral a tradeoff (CAFS).",2,H,2,PIFTC-02; PIFSC-CVS 2022,CB-see TB,3,M-H,1,"BBS7021-AS,JS",,191.7210388,2.121993303,1.649593949,2.799999952,1,23.5121479,2.133027315,-0.223100007,5.179999828,,10,core,1.150406003,269,0.510500014,137.3244934,,,,8,7,8,,yes,,Pacific North America,Pacific North America,Aridlands: Chaparral,Forests: Temperate Western,Aridlands: Chaparral,Forests: Temperate Western +344,Costa's Hummingbird,Calypte costae,landbird,Apodiformes,Trochilidae,Monotypic.,0,1,1,0,M,,,3,"PIFcalc19–eBird7017,bbs0615",,"3,400,000",3400000,"1,600,000",1600000,2010.5,PIFcalc19–bbs0615,,3,563917,Natureserve 3.0,,3,390144,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"Not more threatened than other desert species (KR). Uses all kinds of deserts and seems tolerant of urbanization; what are threats? (KVR); CB - potentially affected by Climate Change; due to body size/heat extremes, decoupling of nectar sources; Something is causing a steep decline (AP)",2,M-H,3,PIFTC-02; PIFSC-CVS 2022,"CB-has not adapted to urban as well as Anna's, grazing, nonnatives, fire, competition with Anna's, urbanization (BNA, Small, CAFS). CB-potentially affected byCC; due to body size/heat extremes, decoupling of nectar sources;",1,H,2,"BBS7021-AS,JS",,-13.18535709,-0.276500911,-1.440000057,1.100000024,,0.606997907,0.058231123,-5.329999924,6.25760603,,10,core,2.539999962,97.5,0.762499988,74.41249847,1,,,11,11,11,,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +345,Calliope Hummingbird,Selasphorus calliope,landbird,Apodiformes,Trochilidae,Monotypic.,1,1,1,0,M,,,3,PIFcalc19–bbs0615,,"4,500,000",4500000,"4,500,000",4500000,2010.5,PIFcalc19–bbs0615,,2,1200589,Natureserve 3.0,,4,195809,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,"CB-riparian at risk (NVPIF), mountain meadow grazing (CAFS),.",4,M-H,4,PIFTC-02; PIFSC-CVS 2022,"restricted winter range in W Mex montane forests -- no threats from logging or fire management? (KVR); same as rufous hummer; occurs mostly in forested landscapes where brushy/weedy regeneration is occuring, probably should be 3 due to intensification of agriculture, forestry (Panjabi)",4,M-H,3,"BBS7021-AS,JS",,-7.954552174,-0.162452206,-0.861999989,0.513999999,,-15.81931973,-1.711172581,-4.710000038,0.840294003,,10,core,1.376000047,224,0.195500001,43.79199982,,,,12,14,14,Watch List Yellow,,,Intermountain West,Mesoamerican Highlands,Forests: Temperate Western,,Forests: Mesoamerican Pine-Oak, +346,Rufous Hummingbird,Selasphorus rufus,landbird,Apodiformes,Trochilidae,Monotypic.,1,1,1,0,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"22,000,000",22000000,"22,000,000",22000000,2010.5,PIFcalc19–bbs0615,,2,1520851,Natureserve 3.0,,4,232723,Natureserve 3.0,,4,Easton-19; PIFSC-CVS 2022,"changed due to calibration with TB-r; Easton 2019: In BC, a large proportion breeds at lower elevation, dispersing to higher elevations later in the season, exposing them to multiple impacts of climate change (extreme temperatures, drying). At lower elevations, they are exposed to agricultural pesticides (Graves et al. 2019, Bishop et al. 2018). In hydro right-of-ways, herbicide use and mechanical trimming are extensive, reducing nesting/foraging deciduous habitat. BC Forest Law (Bill 70) requires stands harvested and replanted after 1987 to have commercial seedlings free from growth-inhibiting brush, weed, and excessive tree competition, and young trees must be at least as high as competing brush (native deciduous species, especially flowering shrubs and trees), with 1 m of free-growing space around their tops. This has led to young stands with no underbrush for RUHU habitat. Standard forest management does not allow seral flowers to achieve greater abundance. Even with 2 years of extensive wild fires that will promote RUHU habitat, we will likely have work programs to facilitate more vegetation management to the detriment of RUHU.",4,M-L,3,PIFTC-02; PIFSC-CVS 2022,"specialized habitat: shrubby/weedy areas in mountains of central mexico, limited by grazing, agriculture and forest management (Panjabi)",3,H,5,"BBS7021-AS,JS",,-68.73524475,-2.253255606,-2.660000086,-1.779999971,1,-27.90267563,-3.220363617,-5.460000038,-1.844900966,1,10,core,0.879999995,411,1.289999962,530.1099854,,,21,13,14,14,Watch List/Tipping Point Orange,,,Pacific North America,Mesoamerican Highlands,Forests: Temperate Western,,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +347,Allen's Hummingbird,Selasphorus sasin,landbird,Apodiformes,Trochilidae,,0,1,1,0,M,,,3,"PIFcalc19–bbs0615,eBird7017",,"1,500,000",1500000,"1,500,000",1500000,2010.5,PIFcalc19–bbs0615,,5,31371,Natureserve 3.0,,5,42461,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,"CB-human disturbance, coastal habitat under intense pressure, eucalyptus and riparian problems, not as adapted to urban as Anna's (CAFS).",4,M-H,4,PIFTC-02; PIFSC-CVS 2022,"restricted winter range in W Mex montane forests -- no threats from logging or fire management? (KVR); same as rufous hummer; occurs mostly in forested landscapes where brushy/weedy regeneration is occuring, probably should be 3 due to intensification of agriculture, forestry (Panjabi)",4,M-H,5,"BBS7021-AS,JS",,-80.9560318,-3.196619749,-4.521196842,-1.75999999,1,-24.33485603,-2.750431776,-7.346601009,1.360000014,,10,core,2.76119709,59.5,1.281499982,76.05000305,,,,17,17,17,Watch List/Tipping Point Red,yes,,Pacific North America,Mesoamerican Highlands,Aridlands: Chaparral,,Forests: Mesoamerican Pine-Oak,Aridlands: Chaparral +348,Broad-tailed Hummingbird,Selasphorus platycercus,landbird,Apodiformes,Trochilidae,Monotypic.,0,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"9,800,000",9800000,"8,800,000",8800000,2010.5,PIFcalc19–bbs0615,,2,2012500,PIFSC-08,"NS map highly fragmented; NatGeo polygon about 1,150,000 km2 in US based on state proportions, + 75% more in Mexico",4,259689,Natureserve 3.0,"range in northern Mexico should be Breeding only, rest of wintering map somewhat fragmented, leave area as isKen comment: range in northern Mexico should be Breeding only, rest of wintering map somewhat fragmented, leave area as is",4,PIFSC-19; PIFSC-CVS 2022,changed due to calibration with TB-r; concern over climate change cited,4,M-H,3,PIFTC-02; PIFSC-CVS 2022,,3,H,4,"BBS7021-AS,JS",,-38.56962204,-0.951031446,-1.520997047,-0.293000013,1,-24.18030357,-2.730265379,-3.642702103,-1.5,1,10,core,1.227996945,311,2.474999905,772.0200195,,,25,12,13,13,Previously Watch List,yes,,Intermountain West,Mesoamerican Highlands,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Pine-Oak, +349,Bumblebee Hummingbird,Selasphorus heloisa,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Atthis.,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,4,248267,Natureserve 3.0,,4,248267,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +350,Wine-throated Hummingbird,Selasphorus ellioti,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Atthis.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,4,95311,Natureserve 3.0,,4,95311,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,cloud forest specialist,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +351,Volcano Hummingbird,Selasphorus flammula,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,4620,NatureServe,,5,4620,NatureServe,,3,PIF CAW 2014,cambio climático; incendios,,,3,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Tundra: Paramo,,Tundra: Paramo, +352,Scintillant Hummingbird,Selasphorus scintilla,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,9476,NatureServe,,5,9476,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +353,Glow-throated Hummingbird,Selasphorus ardens,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,2295,NatureServe,,5,2295,NatureServe,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,19,19,19,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +354,Dusky Hummingbird,Phaeoptila sordida,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Cynanthus. Monotypic.,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,4,96518,Natureserve 3.0,,4,96518,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance,,,2,MX-NSAC,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +360,Broad-billed Hummingbird,Cynanthus latirostris,landbird,Apodiformes,Trochilidae,,0,1,1,0,M,,,3,PIFSC-23; eBird 2023; Fink et al. 2022,Shaw-23: calculated as 98% of global pop estimate of pre-split BBHU (eyeballing how much of each species is in SCPL on eBird records map out of the 6.5% in SCPL according to eBird Stem model data from 2020 and assigning all other regions to BBHU),"2,200,000",2200000,"230,000",230000,2010.5,PIFcalc19–bbs0615,Shaw-23: split of Mexican pops doesn't affect US-Ca estimate,3,744100,NatureServe/CONABIO 2022,Shaw-23: CONABIO split off Tres Marias & Turquoise-crowned Hummingbirds. I used Mexico Albers Equal Area Conic map projection to estimate area.,3,424382,NatureServe/CONABIO 2022,Shaw-23: CONABIO split off Tres Marias & Turquoise-crowned Hummingbirds. I used Mexico Albers Equal Area Conic map projection to estimate area.,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,2,PIFTC-02; PIFSC-CVS 2022,tolerant of disturbance,2,H,2,MX-NSAC,,,,,,,,,,,,,,,,,,,,,10,10,10,,yes,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,Aridlands: Desert Riparian,Forests: Tropical Dry,Aridlands: Tropical Arid Scrub +361,Tres Marias Hummingbird,Cynanthus lawrencei,landbird,Apodiformes,Trochilidae,Formerly considered conspecific with Cynanthus latirostris and C. doubledayi.,0,0,1,0,R,,,5,PIFSC-23,found only on Tres Marias islands,,,,,,,,5,244,NatureServe/CONABIO 2022,Shaw-23: used Mexico Albers Equal Area Conic map projection to estimate area.,5,244,NatureServe/CONABIO 2022,Shaw-23: used Mexico Albers Equal Area Conic map projection to estimate area.,2,Mexican Regional Assessment 2005,,,,2,Mexican Regional Assessment 2005; PIFSC-23,,,,2,Mexican Regional Assessment 2005,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Islands: Terrestrial Habitats,Islands: Terrestrial Habitats,Forests: Tropical Dry,Aridlands: Tropical Arid Scrub +362,Turquoise-crowned Hummingbird,Cynanthus doubledayi,landbird,Apodiformes,Trochilidae,Formerly considered conspecific with Cynanthus latirostris and C. lawrencei.,0,0,1,0,R,,,4,PIFSC-23; eBird 2023; Fink et al. 2022,Shaw-23: calculated as 2% of global pop estimate of pre-split BBHU (eyeballing how much of each species is in SCPL on eBird records map out of the 6.5% in SCPL according to eBird Stem model data from 2020),"44,000",44000,,,,,,5,40440,NatureServe/CONABIO 2022,Shaw-23: used Mexico Albers Equal Area Conic map projection to estimate area.,5,40440,NatureServe/CONABIO 2022,Shaw-23: used Mexico Albers Equal Area Conic map projection to estimate area.,2,Mexican Regional Assessment 2005,,,,2,Mexican Regional Assessment 2005; PIFSC-23,,,,2,Mexican Regional Assessment 2005,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,Aridlands: Desert Riparian,Forests: Tropical Dry,Aridlands: Desert Riparian +363,Golden-crowned Emerald,Cynanthus auriceps,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Chlorostilbon. Monotypic.,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,4,207174,Natureserve 3.0,,4,207174,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +364,Cozumel Emerald,Cynanthus forficatus,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Chlorostilbon. Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,471,Natureserve 3.0,,5,471,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,,,3,MX-NSAC,tolerant of disturbance,,,2,MX-NSAC,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +365,Canivet's Emerald,Cynanthus canivetii,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Chlorostilbon.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,577595,Natureserve 3.0,,3,577595,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance,,,2,PIF CAW 2014,"regional scores in core range in Mexico (SECL, SEPL) indicate stable or increasing population.",,,,,,,,,,,,,,,,,,,,10,10,10,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +366,Garden Emerald,Chlorostilbon assimilis,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,48581,NatureServe,,5,48581,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +367,White-eared Hummingbird,Basilinna leucotis,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Hylocharis.,0,0,1,1,M,,,3,PIFTC-02–PS-g midpoint,,"2,000,000",2000000,<200,200,,PIFSC-16,guestimate based on eBird distribution;,3,558435,Natureserve 3.0,,3,558435,Natureserve 3.0,,2,PIFTC-02,,,,2,PIFTC-02,tolerant of disturbance (Costa Rica),,,3,MX-NSAC 2008,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +368,Xantus's Hummingbird,Basilinna xantusii,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Hylocharis. Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,41996,Natureserve 3.0,,5,41996,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,,,3,MX-NSAC,no known threats,,,2,MX-NSAC,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +369,Wedge-tailed Sabrewing,Pampa curvipennis,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Campylopterus.,0,0,1,1,R,,,4,Gomez-Panjabi; PIFSC-23,Panjabi-23: lumping of P. excellens likely has little influence on overall PS-g estimate relative to scores,,,,,,,,4,244907,NatureServe/CONABIO 2022,Shaw-23: CONABIO lumped in Long-tailed Sabrewing. I used Mexico Albers Equal Area Conic map projection to estimate area.,4,246068,NatureServe/CONABIO 2022,Shaw-23: CONABIO lumped in Long-tailed Sabrewing. I used Mexico Albers Equal Area Conic map projection to estimate area.,3,MX-NSAC,,,,3,MX-NSAC,requires forest; moderate habitat loss,,,4,MX-NSAC; PIF CAW 2014,"MX endemic, regional experts score PT=4 in all regions",,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +370,Rufous Sabrewing,Pampa rufa,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Campylopterus. Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,5,16783,Natureserve 3.0,,5,16783,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,,,4,MX-NSAC,tolerant of disturbance,,,4,PIF CAW 2014,local score PT=4 in core areas (SEPL and SEMH),,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +371,Emerald-chinned Hummingbird,Abeillia abeillei,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,5,Gomez-Panjabi. PIF CAW 2016,Distribución fragmentada (CAW);,,,,,,,,4,145112,Natureserve 3.0,,4,145112,Natureserve 3.0,,4,MX-NSAC-08,"especie habitat dependiente (b niebla), muy sensible, b niebla está muy amenazado y fragmentándose, el efecto de cambio climático afectará a las condiciones del habitat. (Macias); Estamos de acuerdo con TB=5 (Berlanga); Deseable conocer cual es la situación en Centroamérica pero en México creemos que es un 5. En Veracruz el b niebla está bastante transformado. (Macias); Estamos de acuerdo con TB=5 (Berlanga); global score ok, mainly a cloud forest species, extensive habitat loss, climate change a threat; LC under IUCN; suggest TB=4 which is consistent with other cloud forest species in this range (Panjabi);.",,,4,MX-NSAC,cloud forest specialist,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +372,Violet-headed Hummingbird,Klais guimeti,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,472815,NatureServe,,3,472815,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List/Tipping Point Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +374,Violet Sabrewing,Campylopterus hemileucurus,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,4,281390,Natureserve 3.0,,4,281390,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,tolerant of disturbance,,,4,PIF CAW 2014,"a humid evergreen forest species, also in adjacent plantations; loss of such forests has been extensive in C.A.; MX regional experts score PT=4 in all regions",,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +375,Bronze-tailed Plumeleteer,Chalybura urochrysia,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,199106,NatureServe,,4,199106,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +376,White-vented Plumeleteer,Chalybura buffonii,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,512538,NatureServe,,3,512538,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +377,Crowned Woodnymph,Thalurania colombica,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,3,601681,BirdLife 2021,,3,601681,BirdLife 2021,,4,PIF CAW 2014,es abundante,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +378,Snowcap,Microchera albocoronata,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,76657,NatureServe,,5,76657,NatureServe,,4,PIF CAW 2014,requiere hábitat especializada; puede ser afectada por el cambio clímatica,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +379,Coppery-headed Emerald,Microchera cupreiceps,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Elvira. Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,5241,NatureServe,,5,5241,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +380,White-tailed Emerald,Microchera chionura,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Elvira. Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,9642,NatureServe,,5,9642,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +381,Violet-capped Hummingbird,Goldmania violiceps,landbird,Apodiformes,Trochilidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,1287,NatureServe,,5,1287,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +382,Pirre Hummingbird,Goldmania bella,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Goethalsia. Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,1885,NatureServe,,5,1885,NatureServe,,3,PIF CAW 2014,puede ser afectado por cambio climático,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +383,Mexican Woodnymph,Eupherusa ridgwayi,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Thalurania. Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,22004,Natureserve 3.0,,5,22004,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,,,4,MX-NSAC,moderate habitat loss,,,4,MX-NSAC-12,"MX endemic, all regions score PT=4",,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +384,White-tailed Hummingbird,Eupherusa poliocerca,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,24531,Natureserve 3.0,,5,24531,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,severe habitat loss,,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +385,Blue-capped Hummingbird,Eupherusa cyanophrys,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,11707,Natureserve 3.0,,5,11707,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,,,4,MX-NSAC,moderate habitat loss; global score should reflect regional experts' opinion,,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +386,Stripe-tailed Hummingbird,Eupherusa eximia,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,4,175034,Natureserve 3.0,,4,175034,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss,,,4,PIF CAW 2014,"Restricted to humid evergreen forest and edge, loss of such forests has been extensive in C.A.; MX regional experts score PT=4",,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +387,Black-bellied Hummingbird,Eupherusa nigriventris,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,14383,NatureServe,,5,14383,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +388,Scaly-breasted Hummingbird,Phaeochroa cuvierii,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,4,234660,Natureserve 3.0,,4,234660,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,little known in MX,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +391,Violet-crowned Hummingbird,Ramosomyia violiceps,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Leucolia.,0,1,1,0,M,,,3,PIFTC-02–PS-g midpoint,,"2,000,000",2000000,<200,200,,PIFSC-16,guestimate based on eBird distribution,3,557028,Natureserve 3.0,,3,416600,Natureserve 3.0,,2,PIFTC-02,CB-use of riparian; widespread in many habitats south of U.S.; tolerant of disturbance (MX-NSAC). primarily uses native pine-oak and deciduous forests - should be same as other species in that habitat (KVR),,,2,PIFTC-02,tolerant of disturbance,,,2,MX-NSAC,,,,,,,,,,,,,,,,,,,,,10,10,10,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry,Aridlands: Desert Riparian +392,Green-fronted Hummingbird,Ramosomyia viridifrons,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Leucolia.,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,4,86005,Natureserve 3.0,,4,86005,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +393,Azure-crowned Hummingbird,Saucerottia cyanocephala,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Amazilia.,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,3,305068,Natureserve 3.0,,3,305068,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +394,Blue-vented Hummingbird,Saucerottia hoffmanni,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Amazilia and considered conspecific with Saucerottia saucerottei.,0,0,0,1,R,,,4,PIF CAW 2016; BirdLife 2019; Bird Conservancy of the Rockies 2020,"Shaw 2020: split off from Steely-vented Hummingbird (A. saucerottei), so multiplied % of range (from BirdLife 2019 shapefile) by the rounded geometric midpoint of pop estimate range for PS-g = 3 previously assigned to A. saucerottei s.l.",,,,,,,,5,47013,BirdLife 2019; Bird Conservancy of the Rockies 2020,Shaw 2020: used the Central American polygon from BirdLife's shapefile for A. saucerottei s.l.,5,47013,BirdLife 2019; Bird Conservancy of the Rockies 2020,Shaw 2020: used the Central American polygon from BirdLife's shapefile for A. saucerottei s.l.,3,PIF CAW 2014,en Costa Rica no hay muchos amenazas,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,en Costa Rica no ha diminuido tanto como en Nicaragua,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,yes,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +395,Berylline Hummingbird,Saucerottia beryllina,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Amazilia.,0,0,1,1,R,,,3,PIFTC-02–PS-g midpoint,,"2,000,000",2000000,,,,,,3,608878,Natureserve 3.0,,3,608878,Natureserve 3.0,,3,PIFSC-15,primarily uses native pine-oak and deciduous forests - should be same as other species in that habitat (KVR),,,2,PIFTC-02,tolerant of disturbance,,,2,PIF CAW 2014,"A species probably benefiting from urban gardens, and in some places apparently increasing; occupies human-altered habitats",,,,,,,,,,,,,,,,,,,,11,10,11,,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry +396,Blue-tailed Hummingbird,Saucerottia cyanura,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Amazilia.,0,0,1,1,R,,,4,PIF CAW 2016,"Hay >50,000 en Sierra Madre de Chiapas y Guatemala (CAW); score change from 5 to 4 recommended by Central Americans in 2016",,,,,,,,5,59455,Natureserve 3.0,,5,59455,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,slight to moderate decline expected in MX,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +397,Snowy-bellied Hummingbird,Saucerottia edward,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Amazilia.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,42111,NatureServe,,5,42111,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +398,Cinnamon Hummingbird,Amazilia rutila,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,351129,Natureserve 3.0,,3,351129,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +399,Buff-bellied Hummingbird,Amazilia yucatanensis,landbird,Apodiformes,Trochilidae,,0,1,1,1,R,,,3,"PIFcalc19–eBird7017,bbs0615",,"610,000",610000,"110,000",110000,2010.5,PIFcalc19–bbs0615,,3,390162,Natureserve 3.0,,3,400302,Natureserve 3.0,"Remove 175,000 km2 = U.S. winter range; NS maps large coastal swath of TX, LA, MS, AL, and FL panhandle as regular non-breeding range; Nat Geo Complete birds of North America shows this area as ""irregular or irruptive rangeKen comment: Remove 175,000 km2",3,PIFTC-02; PIFSC-CVS 2022,how dependent on native Tamaulipan scrub habitat for breeding?? (KVR),3,H,2,PIFTC-02; PIFSC-CVS 2022,tolerant of disturbance,2,H,3,MX-NSAC 2008,,,,,,,,,,,,,,,,,,,,,12,11,12,,yes,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +399.5,Escudo Hummingbird,Amazilia tzacatl handleyi,landbird,Caprimulgiformes,Trochilidae,"this subspecies is treated separately from the species as a whole (rufous-tailed hummingbird), which was also scored",0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,,PIF CAW-14,,5,,PIF CAW-14,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +400,Rufous-tailed Hummingbird,Amazilia tzacatl,landbird,Apodiformes,Trochilidae,,0,0,1,1,R,,,2,PIF CAW 2016,score change from 3 to 2 recommended by Central Americans in 2016,,,,,,,,2,1023031,Natureserve 3.0,,2,1023031,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance,,,3,PIF CAW 2014,"In Mexico this species apparently behaves differently than in Costa Rica and Panama, with a stronger affinity to forests. Garrigues and Dean (2007) describe as 'the common hummingbird found in most human-altered habitats' in Costa Rica; aun cuando hay evidencia de incremento en centroam#rica, en mexico no es claro, y se calific# con 4 en el taller regional. Se sugiere 3 por principio precautorio",,,,,,,,,,,,,,,,,,,,9,9,9,,yes,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +401,Honduran Emerald,Amazilia luciae,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,"Study by Zamorano University found the species occurred in other habitats besides dry forest; estimated population at ~100,000 (Komar, pers. comm.m.); publication in prep. (2016) (CAW);",,,,,,,,5,,PIF CAW-14,,5,,PIF CAW-14,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +402,Mangrove Hummingbird,Amazilia boucardi,landbird,Apodiformes,Trochilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,1675,NatureServe,,5,1675,NatureServe,,5,PIF CAW 2014,su hábitat de manglar es muy suseptible,,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Coasts: Mangroves,,Coasts: Mangroves, +404,Sapphire-throated Hummingbird,Chrysuronia coeruleogularis,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Lepidopyga.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,88686,NatureServe,,4,88686,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +405,Humboldt's Sapphire,Chrysuronia humboldtii,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Hylocharis. Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,20370,NatureServe,,5,20370,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +406,Blue-chested Hummingbird,Polyerata amabilis,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Amazilia. Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,295969,NatureServe,,4,295969,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +407,Charming Hummingbird,Polyerata decora,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Amazilia. Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,13186,NatureServe,,5,13186,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +408,White-bellied Emerald,Chlorestes candida,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Amazilia.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,429028,Natureserve 3.0,,3,440326,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,,,2,MX-NSAC,tolerant of disturbance,,,3,PIF CAW 2014,"core regions in Mexico (SECL, SEPL) score PT=4; given preference for forest edge and clearings in Panama",,,,,,,,,,,,,,,,,,,,12,11,12,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +409,Blue-throated Goldentail,Chlorestes eliciae,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Hylocharis.,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,3,307428,Natureserve 3.0,,3,307428,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,tolerant of disturbance (Costa Rica),,,4,PIF CAW 2014,"Fairly common in Costa Rica (Garrigues and Dean). Ridgley and Tudor (1989) suggest a possible decline in Panama.; no hay evidencia de declive en mexico, pero sugerimos 4 tambien, por congruencia con el promedio",,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +410,Violet-bellied Hummingbird,Chlorestes julie,landbird,Apodiformes,Trochilidae,Formerly placed in the genus Juliamyia.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,289449,NatureServe,,4,289449,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +411,Colombian Crake,Neocrex colombiana,waterbird,Gruiformes,Rallidae,,0,0,0,1,R,,,5,PIF CAW 2016,falta de informacion (CAW);,,,,,,,,5,43400,BirdLife 2016,,5,43400,BirdLife 2016,,3,Panjabi 2017,"Unknown, although it is considered unlikely to be at risk in the lowlands of western Ecuador and there is ample suitable habitat on the Pacific slope in Colombia (Tobias et al. 2006). It occurs in marshes, swamps, wet savannas, wet grass, pastures and overgrown forest edge up to 2,100 m, and is not restricted to areas with water (Hilty and Brown 1986, Taylor and van Perlo 1998). Score not assigned during PIF CAW workshop in 2014 as species added to list only later.",,,3,Panjabi 2017,Unknown; score not assigned during threats and trend workshop in 2014 as species add to list only later,,,3,PIF CAW 2015,"erratic breeder, has shown up in large numbers once",,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Grasslands: Tropical,Wetlands: Seasonally Wet Grasslands,Grasslands: Tropical,Wetlands: Seasonally Wet Grasslands +412,Paint-billed Crake,Neocrex erythrops,waterbird,Gruiformes,Rallidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,2,1430000,BirdLife 2016,,2,1430000,BirdLife 2016,,2,PIF CAW 2014,utiliza cultivos de arroz,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,puede ser colonizando desde sudamerica; suele estar en zonas perturbadas y no se ha visto en hábitats naturales,,,,,,,,,,,,,,,,,,,,10,10,10,,,,South American Lowlands,South American Lowlands,Grasslands: Tropical,Wetlands: Seasonally Wet Grasslands,Grasslands: Tropical,Wetlands: Seasonally Wet Grasslands +414,Spotted Rail,Pardirallus maculatus,waterbird,Gruiformes,Rallidae,,0,0,1,1,R,,,5,"WPE5, BirdLife 2015","2011 best guess for ssp. maculatus, 2005 for spp. insolitus. 11,000-26,700 total individuals (WPE5).","3,700",3700,,,,,,2,2172679,Natureserve,,2,2172485,Natureserve,,3,MX-NSAC,,,,3,MX-NSAC,,,,3,MX-NSAC,unknown,,,,,,,,,,,,,,,,,,,,13,13,13,,,"b,w",Neotropical,Neotropical,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +415,Uniform Crake,Amaurolimnas concolor,waterbird,Gruiformes,Rallidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,2,1590428,Natureserve,,2,1590428,Natureserve,,4,MX-NSAC,,,,4,MX-NSAC,,,,5,MX-NSAC,>50% habitat loss has occurred (MX-NSAC),,,,,,,,,,,,,,,,,,,,15,15,15,Watch List/Tipping Point Yellow,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,Wetlands: Forested,Forests: Tropical Lowland Evergreen,Wetlands: Forested +416,Rufous-necked Wood-Rail,Aramides axillaris,waterbird,Gruiformes,Rallidae,Monotypic.,0,0,1,1,R,,,4,PIF CAW 2016,,,,,,,,,3,337760,Natureserve,,3,337760,Natureserve,,4,MX-NSAC,,,,4,MX-NSAC,,,,4,MX-NSAC,probably has declined (MX-NSAC),,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Neotropical,Neotropical,Coasts: Mangroves,Forests: Tropical Lowland Evergreen,Coasts: Mangroves,Forests: Tropical Lowland Evergreen +417,Russet-naped Wood-Rail,Aramides albiventris,waterbird,Gruiformes,Rallidae,Formerly included in Aramides cajaneus.,0,0,1,1,R,,,4,Panjabi 2017; PIF CAW 2017; MX-NSAC-17,guesstimate,,,,,,,,3,526988,"BirdLife & HBW, eBird",,3,526988,"BirdLife & HBW, eBird",,2,PIF CAW 2015,used most frequent score amongst regions,,,2,PIF CAW 2015,used Belize's score to break tie since eBird shows the most observations there amongst the regions scored,,,3,PIF CAW 2015,used most frequent score amongst regions,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Wetlands: Generalist,,Wetlands: Generalist, +418,Gray-cowled Wood-Rail,Aramides cajaneus,waterbird,Gruiformes,Rallidae,Formerly Aramides cajanea.,0,0,0,1,R,,,2,Panjabi 2017; PIF CAW 2017; MX-NSAC-17,guesstimate,,,,,,,,1,13041508,"BirdLife & HBW, eBird",,1,13041508,"BirdLife & HBW, eBird",,2,PIF CAW 2015,used score shared by Costa Rica & Panama,,,2,PIF CAW 2015,used Panama's score as the only region scored,,,2,PIF CAW 2015,used score shared by Costa Rica & Panama,,,,,,,,,,,,,,,,,,,,7,7,7,,,,South American Lowlands,South American Lowlands,Wetlands: Generalist,,Wetlands: Generalist, +419,Ridgway's Rail,Rallus obsoletus,waterbird,Gruiformes,Rallidae,Formerly considered conspecific with Rallus longirostris.,0,1,1,0,R,,,5,"WPE5, BirdLife 2015, Maley and Brumfield 2013b (taxonomic reference)","missing data for ssp. beldingi (both sources). 2005-2008 expert opinion for ssp. obsoletus, estimated at 1,400-1,450, 2007 expert opinion for ssp. levipes, estimated at 1,320-1,330, 1998-2008 for ssp. yumanensis, estimated at (WPE5). 2005-2011 survey-based for ssp. obsoletus (BirdLife).",">15,000",15000,,,,,,5,,Natureserve; MX-NSAC-12,,5,,Natureserve; MX-NSAC-12,,4,Waterbird Working Group 2017; PIFSC-CVS 2022,"yuma clapper rail expanding, but gulf of california population decimated",1,H,4,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,M-H,3,Waterbird Working Group 2017,Yuma is spreading/increasing; need input from California (Hunter/Andres),,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,North American Southwest,North American Southwest,Coasts: Saltmarsh,Wetlands: Freshwater Marsh,Coasts: Saltmarsh,Wetlands: Freshwater Marsh +420,Aztec Rail,Rallus tenuirostris,waterbird,Gruiformes,Rallidae,Formerly considered conspecific with Rallus elegans.,0,0,1,0,R,,,5,"BirdLife 2015, Maley & Brumfield 2013a (taxonomic reference)",,"15,000",15000,,,,,,5,,Natureserve; PIF CAW-14,,5,,Natureserve; PIF CAW-14,,4,MX-NSAC-12,,,,4,MX-NSAC-15,,,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +421,Mangrove Rail,Rallus longirostris,waterbird,Gruiformes,Rallidae,,0,0,0,1,R,,,4,PIF-CAW 2016,used Clapper Rail score,,,,,,,,3,359036,BirdLife,doesn't include C. American distribution since unknown,3,359036,BirdLife,doesn't include C. American distribution since unknown,3,PIF CAW 2015,,,,3,PIF CAW 2015,,,,3,PIF CAW 2015,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,South American Lowlands,South American Lowlands,Coasts: Saltmarsh,Coasts: Mangroves,Coasts: Saltmarsh,Coasts: Mangroves +422,King Rail,Rallus elegans,waterbird,Gruiformes,Rallidae,,1,1,0,0,M,,,4,"PIFcalc19–eBird7017(UsCa,WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"69,000",69000,"63,000",63000,2010.5,PIFcalc19–eBird7017,,2,3369580,Natureserve,,2,1189707,Natureserve,,4,Waterbird Working Group 2017; PIFSC-CVS 2022,"loss of freshwater wetlands continues rangewide, and may accelerate",2,H,4,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,M-H,5,"BBS7021-AS,JS",,-87.62701416,-4.01020813,-5.670000076,-2.739602089,1,-28.11740112,-3.242589474,-8.720999718,2.517498016,,10,core,2.930397987,69,0.283499986,19.56150055,,,,15,15,15,Watch List/Tipping Point Orange,,"b,w",Eastern Temperate,Eastern Temperate,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh,Coasts: Saltmarsh +423,Clapper Rail,Rallus crepitans,waterbird,Gruiformes,Rallidae,Formerly considered conspecific with Rallus longirostris.,1,1,1,1,M,,,4,"PIFcalc19–eBird7017(UsCa,WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"210,000",210000,"170,000",170000,2010.5,PIFcalc19–eBird7017,,3,576549,Natureserve,,3,560060,Natureserve,,3,Waterbird Working Group 2017; PIFSC-CVS 2022,"can tolerate deeper water than black and yellow rails; larger range than seaside sparrow reduces vulnerability; 20,800 CLRA harvest in 2015",3,M-H,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,M-H,3,"Demarest, Hunter 2018","Hunter: I don't see any way around this being PT=3; BBS just doesn't cover most of the habitat for this species. Demarest: 3 = lack of robust data to convincingly evaluate trend, but also the possibility for slight decreases. Possibly there are other data (from Conroy-type national marshbird survey?) that might challenge a score of 3. But I don’t know that these have been comprehensively evaluated across the range? And if so, they would only represent the last 5-10 years anyway.",,,,,,,,,,,,,,,,,,,,13,13,13,,,,Eastern Temperate,Eastern Temperate,Coasts: Saltmarsh,,Coasts: Saltmarsh, +424,Virginia Rail,Rallus limicola,waterbird,Gruiformes,Rallidae,,1,1,1,1,M,,,4,"PIFcalc19–eBird7017(UsCa,WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"240,000",240000,"230,000",230000,2010.5,PIFcalc19–eBird7017,,1,5541553,Natureserve,,2,2091087,Natureserve,,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,M-H,3,Waterbird Working Group 2017; PIFSC-CVS 2022,"more flexible in winter, uses ditches and other modifed/artificial wetlands",3,M-H,1,"BBS7021-AS,JS",,67.50630188,1.016281128,-0.082199998,1.729094982,,-6.69689703,-0.690884292,-3.820597887,3.230000019,,10,core,1.811295033,412,0.02115,8.704600334,,,,9,10,10,,,,Nearctic,Nearctic,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh,Coasts: Saltmarsh +427,Sora,Porzana carolina,waterbird,Gruiformes,Rallidae,Monotypic.,1,1,1,1,M,,,3,PIFcalc19–bbs0615,,"4,400,000",4400000,"4,400,000",4400000,2010.5,PIFcalc19–bbs0615,,1,9772313,Natureserve,,1,4635953,Natureserve,,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,3,M-H,2,Waterbird Working Group 2017; PIFSC-CVS 2022,"more flexible in winter, uses ditches and other modifed/artificial wetlands",2,M-H,2,"BBS7021-AS,JS",,27.06771278,0.471184671,-0.351000011,1.519999981,,-6.359978199,-0.654846132,-3.902203083,2.720000029,,10,core,1.871000051,1160,0.862500012,1000.627502,,,,9,8,9,,,,Nearctic,Nearctic,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh,Coasts: Saltmarsh +429,Common Gallinule,Gallinula galeata,waterbird,Gruiformes,Rallidae,,1,1,1,1,M,,,2,"PIFcalc19–bbs0615(BBS), eBird7017(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"5,100,000",5100000,"500,000",500000,2010.5,PIFcalc19–bbs0615,,1,45236583,"Natureserve, with Old World extrapolation",,1,39722777,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Waterbird Working Group 2017; PIFSC-CVS 2022,wetlands loss in SE USA but not as severe in latin America; uses modified wetlands like rice fields (Waterbird working group 2017),2,H,2,Waterbird Working Group 2017; PIFSC-CVS 2022,uses modified habitats such ricefields,2,H,2,"BBS7021-AS,JS","Shaw-23: used BBS since according to eBird S&T model, over half (if Caribbean included in N. America, vs. 3/4 if not included) of the N. American breeding pop is in US.",-39.80694199,-0.990637779,-1.946199059,0.130999997,,6.666012764,0.644513011,-4.400000095,6.482398987,,10,core,2.077198982,244,0.428499997,104.6709976,,,,8,7,8,,,,Widespread,Widespread,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +433,American Coot,Fulica americana,waterbird,Gruiformes,Rallidae,,1,1,1,1,M,,,2,"PIFcalc19–bbs0615(BBS), eBird7017(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"7,100,000",7100000,"5,500,000",5500000,2010.5,PIFcalc19–bbs0615,,1,10932810,BirdLife 2021,"Shaw-22: NatureServe didn't include Maine, New Brunswick, or Nova Scotia (or as much of S. Quebec), but BOTW included these states/provinces in the written distribution, supporting BirdLife map",1,7424774,BirdLife 2021,,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,H,3,Waterbird Working Group 2017; PIFSC-CVS 2022,recurring die-offs associated with bluegreen algae can wipe out thousands of coots at once,2,H,4,"BBS7021-AS,JS",,-17.07606888,-0.366908014,-1.570000052,0.607501984,,-39.04371643,-4.04076004,-8.956897736,0.926999986,,12,core,2.177501917,1100,2.640000105,2903.709961,,,,10,10,10,,,,Nearctic,Widespread,Wetlands: Freshwater Marsh,,Wetlands: Lakes and Rivers,Coasts: Saltmarsh +434,Purple Gallinule,Porphyrio martinicus,waterbird,Gruiformes,Rallidae,Monotypic.,0,1,1,1,M,,,4,"PIFcalc19–eBird7017(UsCa,WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"390,000",390000,"20,000",20000,2010.5,PIFcalc19–eBird7017,,1,13379008,Natureserve,,1,13340081,Natureserve,,3,Waterbird Working Group 2017,wetlands loss in SE USA but not as severe in latin America; uses modified wetlands like rice fields (Waterbird working group 2017),,,2,Waterbird Working Group 2017,uses modified habitats such ricefields,,,3,PIFSC-23,"PIFSC-23: Previously 4 from Waterbird Working Group in 2017, but their comments indicate that may be more stable in C. America, and recent eBird S&T's mostly positive (except S. Florida), so bumped up to a 3. BBS7021 also supports a 3, but according to eBird S&T model, just ~4% of breeding pop in US, vs. ~5% in Caribbean & ~7% in Mexico & C. America, so insufficient range coverage to use BBS.",,,,,,,,,,,,,,,,,,,,11,10,11,,,,Widespread,Neotropical,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +437,Ocellated Crake,Micropygia schomburgkii,waterbird,Gruiformes,Rallidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,2,2870000,BirdLife 2016,,2,2870000,BirdLife 2016,,3,PIF CAW 2014,"porque están en reservas indígenas su hábitat de seguir protegido; se queman los pastizales, pero parece resistente a tal manejo",,,3,PIF CAW 2014,,,,5,PIF CAW 2014,por la pérdida de savanas planas por cultivo de piña se ha disminuido mucho su hábitat; solo en Costa Rica en CA,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List/Tipping Point Yellow,,,South American Lowlands,South American Lowlands,Grasslands: Tropical,,Grasslands: Tropical, +438,Yellow Rail,Coturnicops noveboracensis,waterbird,Gruiformes,Rallidae,,1,1,1,0,M,,,5,"WPE5, BirdLife 2015",missing data for ssp. goldmani. 2000-2008 expert opinion. (WPE5),">12,000",12000,">12,000",12000,,"WPE5, BirdLife 2015",missing data for ssp. goldmani. 2000-2008 expert opinion. (WPE5),2,3649430,Natureserve,,3,451887,Natureserve,,4,Waterbird Working Group 2017; PIFSC-CVS 2022,"similar threats to habitat as sedge wren, leconte's sparrow and nelson's sparrow",5,M-H,4,Waterbird Working Group 2017,mostly winters on coast; vulnerable to sea-level rise,,,3,"BBS7021-AS, BBS9321-JS",,48.41814041,0.763625979,-2.737302065,3.710000038,,-48.52527618,-6.420750141,-14.34530067,0.816500008,,10,extended,6.447301865,61.5,0.041000001,2.521500111,,,,14,15,15,Watch List/Tipping Point Yellow,,w,Northern Forest,Eastern Temperate,Wetlands: Boreal,Wetlands: Freshwater Marsh,Coasts: Saltmarsh,Wetlands: Freshwater Marsh +439,Yellow-breasted Crake,Hapalocrex flaviventer,waterbird,Gruiformes,Rallidae,,0,0,1,1,R,,,5,WPE5,"missing data for ssp. woodi & ssp. bangsi. 2011 best guess for ssp. flaviventer, 2005 for ssp. gossi, 2007 for ssp. hendersoni. Adult estimate assumes 2/3 of total pop. are adults.",">7,000",7000,,,,,,2,2076515,Natureserve,,2,2076515,Natureserve,,4,Hunter-Rosenberg 2003,,,,4,Hunter 2006,,,,4,Hunter 2006,probably has declined (MX-NSAC),,,,,,,,,,,,,,,,,,,,15,15,15,Watch List/Tipping Point Yellow,,,Neotropical,Neotropical,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +440,Ruddy Crake,Laterallus ruber,waterbird,Gruiformes,Rallidae,Monotypic.,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,3,559308,Natureserve,,3,559308,Natureserve,,2,MX-NSAC,,,,2,MX-NSAC,,,,2,PIF CAW 2014,unknown,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +441,White-throated Crake,Laterallus albigularis,waterbird,Gruiformes,Rallidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,484000,BirdLife 2016,,3,484000,BirdLife 2016,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,aprovecha de la conversión de bosque,,,,,,,,,,,,,,,,,,,,10,10,10,,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +442,Gray-breasted Crake,Laterallus exilis,waterbird,Gruiformes,Rallidae,Monotypic.,0,0,1,1,R,,,3,PIF CAW 2016,,,,,,,,,1,5160000,BirdLife 2016,,1,5160000,BirdLife 2016,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,"estable en Belice, pero ha disminuido en lo demás de CA",,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +443,Black Rail,Laterallus jamaicensis,waterbird,Gruiformes,Rallidae,,0,1,1,1,M,,,4,"WPE5, Spautz et al. 2005","Used Spautz et al. 2005 estimate of 17,702-36,806 as most recent estimate of coturniculus on west coast. Used bottom of WPE5 estimate range (25,000-100,000) for jamaicensis since has tanked in Eastern US. WPE5 missing data for murivagans and salinasi in S. America but this missing data may be compensated by the decline in the other subspecies.","52,000",52000,,,,,,3,337361,Natureserve,,3,485080,Natureserve,,5,Waterbird Working Group 2017; PIFSC-CVS 2022,"although severely threatened in East, possibly not in West, so is TB4 correct overall? Or are all populations threatened with extirpation? (KVR); TB=5 is not only applicable when all populations are in danger of extirpations, but when major portions of the populaiton are in danger of extirpation, so could be appropriate in this case (Panjabi)",3,M-H,4,Waterbird Working Group 2017; PIFSC-CVS 2022,mostly winters on coast; vulnerable to sea-level rise,2,M-H,5,Waterbird Working Group 2017,"Extensive range reduction in East qualifies as PT = 5 (KVR); pops in west indies are essentially gone; central american pops are few and far between (CH); Vermillion, William: BLRA seems comparable to KIRA in terms of range reductions and declines. (WGV)",,,,,,,,,,,,,,,,,,,,17,16,17,Watch List/Tipping Point Red,,,Nearctic,Widespread,Coasts: Saltmarsh,Wetlands: Freshwater Marsh,Coasts: Saltmarsh,Wetlands: Freshwater Marsh +446,Sungrebe,Heliornis fulica,waterbird,Gruiformes,Heliornithidae,Monotypic.,0,0,1,1,R,,,3,PIF CAW 2016,Solo esta en riachuelos (CAW);,,,,,,,,1,8844397,Natureserve,,1,8844397,Natureserve,,3,MX-NSAC,,,,3,MX-NSAC,,,,4,PIF CAW 2014,unknown,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Wetlands: Lakes and Rivers,,Wetlands: Lakes and Rivers, +447,Limpkin,Aramus guarauna,waterbird,Gruiformes,Aramidae,,0,1,1,1,R,,,3,"WPE5, BirdLife 2015","missing data for ssp. elucus. 2005-2011 best guess for ssp. guarauna, 2005 for ssp. dolosus, 2005-2006 for ssp. pictus. 1,008,750-1,029,800 (WPE5). Assuming the estimates represent breeding adults.",">1,000,000",1000000,"9,000",9000,1994,BNA Bryan 2002,,1,12254998,Natureserve,,1,12254998,Natureserve,,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,M-H,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,H,1,"CBC7019-AS,JS","Panjabi-23: Caribbean eBird S&T short-term trends largely positive, so PT = 1 seems reasonable based on CBC and eBird. Declines noted in Veracruz and Tabasco but abundance is much lower there. Demarest-23: anecdotally, appears to be increasing/returning to parts of former range in FL, along Gulf Coast, and beyond.",283.4187927,2.780730963,1.489377975,4.400000095,1,215.9890137,10.06248951,6.859538555,14.60000038,1,12,,2.910621881,,,,,,,8,8,8,,,,Neotropical,Neotropical,Wetlands: Lakes and Rivers,Wetlands: Freshwater Marsh,Wetlands: Lakes and Rivers,Wetlands: Freshwater Marsh +448,Sandhill Crane,Antigone canadensis,waterbird,Gruiformes,Gruidae,,1,1,1,0,M,,,3,"BNA2014, bbs0615(BBS), eBird7017(WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"560,000",560000,"500,000",500000,2010.5,BNA Gerber et al. 2014,,1,9157548,"Natureserve, with Old World extrapolation",,2,1334290,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Waterbird Working Group 2017; PIFSC-CVS 2022,expanding everywhere; except for mississippi pops which are declining; FL sandhills are expanding 'like crazy'; breeding in urban and suburban areas (Waterbird working group 2017),3,M-H,2,Waterbird Working Group 2017; PIFSC-CVS 2022,use of croplands,1,M-H,1,"BBS7021-AS,JS",,1123.708252,5.033084393,4.25,6.139999866,1,279.5291138,4.004022598,2.62390399,5.46999979,1,34,core,1.889999986,970,1.149999976,1114.73999,,,,8,8,8,,,w,Nearctic,Nearctic,Wetlands: Generalist,,Wetlands: Generalist, +451,Whooping Crane,Grus americana,waterbird,Gruiformes,Gruidae,Monotypic.,1,1,1,0,M,,,5,Butler & Harrell 2019,,370,370,370,370,,Butler & Harrell 2019,,5,36574,Natureserve,,5,61670,Natureserve,,5,Waterbird Working Group 2017; PIFSC-CVS 2022,"wood buffalo pop doing OK, experimental pops are not doing well (Waterbird working group 2017)",5,H,5,Waterbird Working Group 2017; PIFSC-CVS 2022,fresh water issues around port aransas are very concerning; threats during migration also very high; shooting in winter/migration,2,M-H,1,Whooping Crane Recovery Plan,population has at least doubled since 1970,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List/Tipping Point Orange,,,Northern Forest,Eastern Temperate,Wetlands: Boreal,Wetlands: Freshwater Marsh,Coasts: Saltmarsh,Wetlands: Freshwater Marsh +452,Double-striped Thick-knee,Burhinus bistriatus,shorebird,Charadriiformes,Burhinidae,,0,0,1,1,R,,,3,PIF CAW 2016,Es muy común en norte de colombia y los llanos de colombia y venezuela (CAW);,,,,,,,,3,845824,Natureserve,,3,845824,Natureserve,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,,w,Neotropical,Neotropical,Grasslands: Tropical,,Grasslands: Tropical, +454,Black-necked Stilt,Himantopus mexicanus,shorebird,Charadriiformes,Recurvirostridae,,1,1,1,1,M,,,3,B. Andres 2017,Note the listed Hawaiian Stilt (B. Andres 2017).,"900,000",900000,"180,000",180000,,USSCP 2016,Shaw 2020: this estimate apparently excludes Mexico. The inclusion of Hawaii is immaterial due to rounding.,1,12040995,BirdLife and NatureServe (2012),,1,10311281,BirdLife and NatureServe (2012),,3,USSCP 2016; PIFSC-CVS 2022,,2,H,3,USSCP 2016; PIFSC-CVS 2022,,2,M-H,1,"BBS7021-AS,JS",,80.44179535,1.161645174,0.104000002,2.220000029,1,-3.041439772,-0.182508111,-2.859999895,2.161098003,,17,core,2.115999937,316,1.659999967,524.1699829,,,,8,8,8,,,w,Widespread,Widespread,Wetlands: Freshwater Marsh,,Wetlands: Generalist, +455,American Avocet,Recurvirostra americana,shorebird,Charadriiformes,Recurvirostridae,Monotypic.,1,1,1,1,M,,,4,"USSCP 2016, B. Andres 2019","a small number (<10,000) breed in central Mexico (B. Andres 2019)","460,000",460000,"450,000",450000,,USSCP 2016,,2,2458907,BirdLife and NatureServe (2012),,2,1396652,BirdLife and NatureServe (2012),,3,USSCP 2016; PIFSC-CVS 2022,,2,M-H,3,USSCP 2016; PIFSC-CVS 2022,,2,M-H,2,"BBS7021-AS,JS",,29.17685318,0.503082216,-0.696497977,1.840000033,,10.26627541,0.700441957,-2.279999971,3.356694937,,14,core,2.53649807,523,1.1875,621.0625,,,,11,11,11,,,,Great Plains,Nearctic,Wetlands: Freshwater Marsh,,Coasts: Beach and Estuary,Wetlands: Lakes and Rivers +457,American Oystercatcher,Haematopus palliatus,shorebird,Charadriiformes,Haematopodidae,,1,1,1,1,M,,,5,Clay et al. 2014,"38,000-48,000 individuals globally. Unclear whether global and US estimates represent breeding adults or all ages, so added < in case it includes juveniles","<43,000",43000,"12,000",12000,,Clay et al. 2014,,2,1053323,BirdLife and NatureServe (2012),,2,1122126,BirdLife and NatureServe (2012),,4,B. Andres 2017; PIFSC-CVS 2022,"AMOY is now a conservation dependent species, i.e. without active management (human disturbance, predators) the populations will rapidly decline. (B.Andres 2017)",2,H,4,USSCP 2016; PIFSC-CVS 2022,,2,H,3,B. Andres 2017; PIF CAW 2014; Mexican Regional Assessment 2005,"trend is very unreliable; but could be slightly positive. (B. Andres 2017). Demarest 2019: AMOYs would seem to be one of those “must get†CBC species. Rosenberg 2019: occur (especially in winter) throughout the Neotropical portions of North America so CBC should not be used for PT scoring. Panjabi 2019: Most neotropical regions give it a 3, one gives it a 4 (CEPL), and two give it a 1 (EL Salvador and Honduras), so 3 overall.",,,,,,,,,,,,,,,,,,,,14,14,14,Watch List/Tipping Point Yellow,,,Widespread,Widespread,Coasts: Beach and Estuary,,Coasts: Beach and Estuary, +458,Black Oystercatcher,Haematopus bachmani,shorebird,Charadriiformes,Haematopodidae,Monotypic.,1,1,1,0,R,,,5,USSCP 2016,"<1% of this estimate is in Mexico (Tessler et al. 2014), so with rounding, the US/Canada and global estimates are effectively the same","10,000",10000,"10,000",10000,2012,USSCP 2016,"Shaw 2020: <1% is in Mexico (Tessler et al. 2014), so due to rounding, US/Canada estimate appears identical to global estimate",4,258718,BirdLife and NatureServe (2012),,4,271752,BirdLife and NatureServe (2012),,3,B. Andres 2017; PIFSC-CVS 2022,"why are threats so much higher for American than Black? Because of beach nesting, because of habitat use BLOY is much less susceptible to beach effects of human disturbance (B. Andres 2017)",2,H,2,USSCP 2016; PIFSC-CVS 2022,,1,H,1,"CBC7019-AS,JS",,621.1322021,4.114329815,3.400000095,4.813261032,1,217.9483185,4.735584736,3.185477018,6.839386463,1,25,,1.413261056,,,,,,,13,12,13,,,,Pacific North America,Pacific North America,Coasts: Rocky Intertidal,,Coasts: Rocky Intertidal, +460,Southern Lapwing,Vanellus chilensis,shorebird,Charadriiformes,Charadriidae,,0,0,0,1,M,,1,2,PIF CAW 2016,,,,,,,,,1,,Natureserve,,1,,Natureserve,,1,B. Andres 2017,Expanding and adaptable (B. Andres 2017).,,,1,PIF CAW 2014,,,,1,PIF CAW 2014,Expanding and adaptable (B. Andres 2017).,,,,,,,,,,,,,,,,,,,,5,5,5,,,,Neotropical,Neotropical,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +461,Black-bellied Plover,Pluvialis squatarola,shorebird,Charadriiformes,Charadriidae,Monotypic.,1,1,1,1,M,,,3,B. Andres 2017,A case for North American populations. One of the few species where our populations estimate was lower (B. Andres 2017).,"840,000",840000,"360,000",360000,,USSCP 2016,,2,3953493,BirdLife and NatureServe (2012),,1,9875098,BirdLife and NatureServe (2012),,3,B. Andres 2017; PIFSC-CVS 2022,Some concern about Western Atlantic population (B. Andres 2017).,4,M-H,3,USSCP 2016; PIFSC-CVS 2022,,1,H,5,Mig8019-AS,,-57.3899231,-2.178691626,-3.334959507,-1.110402465,1,-48.09811401,-2.837857485,-4.679363728,-1.09258604,1,23,,2.224556923,905.175,26.28541756,23792.90234,,0,,13,12,13,Watch List/Tipping Point Orange,,,Arctic,Widespread,Wetlands: Tundra,Tundra: Arctic,Coasts: Beach and Estuary, +463,American Golden-Plover,Pluvialis dominica,shorebird,Charadriiformes,Charadriidae,Monotypic.,1,1,1,1,M,,,4,B. Andres 2017,"Population size on edge, so increase to 4 (B. Andres 2017)","<500,000",500000,"500,000",500000,,B. Andres 2017,,2,3582706,BirdLife and NatureServe (2012),,2,1444506,BirdLife and NatureServe (2012),,3,USSCP 2016; PIFSC-CVS 2022,,4,M-L,4,USSCP 2016,,,,5,Mig8019-AS,,-73.31459808,-3.337575436,-4.772344112,-2.002666712,1,-47.90089035,-4.947451591,-9.03847599,-1.351745248,1,13,,2.769677639,594.15,0.114314742,67.92010498,,0,14,14,15,15,Watch List/Tipping Point Orange,,w,Arctic,Temperate South America,Tundra: Arctic,,Grasslands: Pampas and Campos, +464,Pacific Golden-Plover,Pluvialis fulva,shorebird,Charadriiformes,Charadriidae,Monotypic.,1,1,1,1,M,,,4,USSCP 2016,,"220,000",220000,"43,000",43000,,USSCP 2016,,2,2255190,BirdLife and NatureServe (2012),,1,5187158,BirdLife and NatureServe (2012),,4,USSCP 2016; PIFSC-CVS 2022,,5,H,3,USSCP 2016; PIFSC-CVS 2022,,3,M-H,2,BBS9321-JS,,0,0,-1.165997982,0.244903997,,0,0,-1.526600003,0.506102979,,12,extended,1.410902023,10,1.289000034,12.89000034,,,,12,10,12,,,,Arctic,Paleotropical,Wetlands: Tundra,,Coasts: Beach and Estuary, +466,Killdeer,Charadrius vociferus,shorebird,Charadriiformes,Charadriidae,,1,1,1,1,M,,,3,"USSCP 2016, bbs0615(BBS), eBird7017(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"2,300,000",2300000,"1,800,000",1800000,2012,"USSCP 2016; bbs0615(BBS), eBird7017(WHem)","Shaw 2020: extrapolated from USSCP 2016 world estimate of 2,005,500 using the proportion in US/Canada estimated from the other sources listed",1,14430677,BirdLife and NatureServe (2012),,1,9132484,BirdLife and NatureServe (2012),,2,B. Andres 2017; PIFSC-CVS 2022,,2,H,2,USSCP 2016; PIFSC-CVS 2022,,2,H,4,"BBS7021-AS,JS",,-39.56990433,-0.982968032,-1.103996992,-0.790000021,1,-20.87870407,-1.931795478,-2.430000067,-1.548802972,1,12,core,0.313997,4381,4.690000057,20542.41016,,,,10,10,10,,yes,"b,w",Nearctic,Widespread,Open Country: Habitat Mosaic,Wetlands: Generalist,Open Country: Habitat Mosaic,Wetlands: Generalist +467,Common Ringed Plover,Charadrius hiaticula,shorebird,Charadriiformes,Charadriidae,,1,0,0,0,M,,,3,USSCP 2016,,"910,000",910000,"2,000",2000,,USSCP 2016,,1,4694414,BirdLife and NatureServe (2012),,1,23892621,BirdLife and NatureServe (2012),,2,USSCP 2016,,,,3,USSCP 2016,,,,3,USSCP 2016,,,,,,,,,,,,,,,,,,,,,9,10,10,,,,Arctic,Paleotropical,Wetlands: Tundra,,Coasts: Beach and Estuary, +468,Semipalmated Plover,Charadrius semipalmatus,shorebird,Charadriiformes,Charadriidae,Monotypic.,1,1,1,1,M,,,4,USSCP 2016,,"200,000",200000,"200,000",200000,,USSCP 2016,,1,4918499,BirdLife and NatureServe (2012),,2,2794885,BirdLife and NatureServe (2012),,3,USSCP 2016; PIFSC-CVS 2022,,4,M-H,3,USSCP 2016; PIFSC-CVS 2022,,2,H,4,Mig8019-AS,,-30.8262825,-0.963558435,-2.08518362,-0.017625205,1,-13.96704865,-1.569406748,-4.820930481,0.578005433,,11,,2.067558289,1026.75,20.02149582,20557.07227,,0,,12,13,13,,,,Arctic,Widespread,Coasts: Beach and Estuary,Tundra: Arctic,Coasts: Beach and Estuary, +469,Piping Plover,Charadrius melodus,shorebird,Charadriiformes,Charadriidae,Monotypic.,1,1,1,1,M,,,5,USSCP 2016,,"8,400",8400,"8,400",8400,,USSCP 2016,,3,501304,BirdLife and NatureServe (2012),,4,222206,BirdLife and NatureServe (2012),,5,USSCP 2016; PIFSC-CVS 2022,,5,M-L,4,USSCP 2016; PIFSC-CVS 2022,,3,M-H,3,Mig8019-AS,,-43.68464661,-1.464752913,-3.075806856,0.057946064,,-28.31274033,-2.995797396,-7.033274174,1.167735219,,11,,3.133752823,273.4,1.138413906,311.2423706,,0,,16,16,16,Watch List/Tipping Point Orange,,,Eastern Temperate,Eastern Temperate,Coasts: Beach and Estuary,Wetlands: Lakes and Rivers,Coasts: Beach and Estuary, +474,Wilson's Plover,Charadrius wilsonia,shorebird,Charadriiformes,Charadriidae,,0,1,1,1,M,,,5,USSCP 2016,,"22,000",22000,"8,600",8600,,USSCP 2016,,3,854106,BirdLife and NatureServe (2012),,3,833803,BirdLife and NatureServe (2012),,4,USSCP 2016; PIFSC-CVS 2022,,2,H,4,USSCP 2016; PIFSC-CVS 2022,,2,H,5,BBS9321-JS,,-74.44106293,-4.755300999,-6.668900967,-0.938498974,1,-39.06357193,-4.430698872,-6.486796856,-0.328999996,1,11,extended,5.730401993,26,0.041999999,1.092000008,,,15,17,17,17,Watch List/Tipping Point Red,,,Widespread,Widespread,Coasts: Beach and Estuary,,Coasts: Beach and Estuary, +475,Collared Plover,Charadrius collaris,shorebird,Charadriiformes,Charadriidae,Monotypic.,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016. Agree with PS change (B.Andres 2017),,,,,,,,1,15037381,Natureserve,,1,15037381,Natureserve,,3,PIF CAW 2014,,,,2,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,10,11,,,,Neotropical,Neotropical,Wetlands: Lakes and Rivers,Coasts: Beach and Estuary,Wetlands: Lakes and Rivers,Coasts: Beach and Estuary +476,Mountain Plover,Charadrius montanus,shorebird,Charadriiformes,Charadriidae,Monotypic.,1,1,1,0,M,,,5,USSCP 2016,,"20,000",20000,"20,000",20000,,USSCP 2016,,3,759955,BirdLife and NatureServe (2012),,3,881845,BirdLife and NatureServe (2012),,4,PIFSC-19; PIFSC-CVS 2022,changed due to calibration with TB-r,4,M-H,4,USSCP 2016; PIFSC-CVS 2022,,2,H,5,"BBS7021-AS,JS",,-78.19291687,-2.938399792,-5.070000172,-1.367401958,1,-48.55194092,-5.390048981,-9.673500061,-0.252000004,1,12,core,3.702598095,80.5,0.296000004,23.75900078,,,13,17,17,17,Watch List/Tipping Point Red,,"b,w",Great Plains,North American Southwest,Grasslands: Temperate,,Grasslands: Chihuahuan, +477,Snowy Plover,Charadrius nivosus,shorebird,Charadriiformes,Charadriidae,,0,1,1,1,M,,,5,USSCP 2016,,"31,000",31000,"24,000",24000,2012,Thomas et al. 2012,"Shaw 2020: Extrapolated from N. American estimate of 25,869 that included 9% in Mexico",2,1092482,BirdLife and NatureServe (2012),,2,1080723,BirdLife and NatureServe (2012),,4,USSCP 2016; PIFSC-CVS 2022,,1,H,4,USSCP 2016; PIFSC-CVS 2022,,1,H,3,PIFSC-23,"Panjabi-23: eBird S&T recent trends increasing in Mexico, decreasing in US, and only about 25% of population winters in US based on ebird S&T model, so CBC's large long-term pop gain of 75% that would yield a score of 1 not representative of the global pop and could be confounded by climate change range shifts. PT-r = 4 in all key Mexican breeding areas (NWAB, NWCH, CEMH), consistent with USSCP 2016. PT-c = 3 for uncertainty.",,,,,,,,,,,,,,,,,,,,14,14,14,Watch List/Tipping Point Yellow,,,Widespread,Widespread,Coasts: Beach and Estuary,Wetlands: Lakes and Rivers,Coasts: Beach and Estuary, +478,Northern Jacana,Jacana spinosa,shorebird,Charadriiformes,Jacanidae,,0,1,1,1,R,,,3,PIF CAW 2016,,,,,,,,,2,1051279,Natureserve,,2,1051279,Natureserve,,2,Brown et al. 2001,,,,2,PIFTC-02,,,,3,Brown et al. 2001,stable (MX-NSAC),,,,,,,,,,,,,,,,,,,,10,10,10,,,,Mesoamerica,Mesoamerica,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +479,Wattled Jacana,Jacana jacana,shorebird,Charadriiformes,Jacanidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,13900000,BirdLife 2016,,1,13900000,BirdLife 2016,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,7,7,7,,,,South American Lowlands,South American Lowlands,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +480,Upland Sandpiper,Bartramia longicauda,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,USSCP 2016,latest scores from USSCP,"750,000",750000,"750,000",750000,,USSCP 2016,,2,3281142,BirdLife and NatureServe (2012),,2,3176717,BirdLife and NatureServe (2012),,4,USSCP 2016; PIFSC-CVS 2022,,2,H,4,USSCP 2016,,,,2,"BBS7021-AS,JS",,16.68033409,0.303093284,0.0142,0.70599997,1,-11.75948811,-1.130195379,-2.25999999,-0.174397007,1,11,core,0.691799998,1090,2.525000095,2748.51001,,,,11,11,11,,,"b,w",Great Plains,Temperate South America,Grasslands: Temperate,,Grasslands: Pampas and Campos, +481,Bristle-thighed Curlew,Numenius tahitiensis,shorebird,Charadriiformes,Scolopacidae,Monotypic.,0,1,0,0,M,,,5,USSCP 2016,,"10,000",10000,"10,000",10000,,USSCP 2016,,5,45419,BirdLife and NatureServe (2012),,5,57097,BirdLife and NatureServe (2012),,3,USSCP 2016,,,,4,USSCP 2016,,,,3,USSCP 2016,,,,,,,,,,,,,,,,,,,,,16,17,17,Watch List/Tipping Point Red,,,Arctic,Eastern Indo-Pacific,Tundra: Arctic,,Coasts: Beach and Estuary, +482,Whimbrel,Numenius phaeopus,shorebird,Charadriiformes,Scolopacidae,,1,1,1,1,M,,,3,B. Andres 2017,Four recognized subspecies. Case for North American populations (B.Andres 2017).,"1,800,000",1800000,"80,000",80000,,USSCP 2016,,1,4775971,BirdLife and NatureServe (2012),,1,10561474,BirdLife and NatureServe (2012),,4,USSCP 2016; PIFSC-CVS 2022,,5,M-L,4,USSCP 2016; PIFSC-CVS 2022,,1,H,5,Mig8019-AS,,-78.62187195,-3.874247074,-5.521965981,-2.20396781,1,-70.49242401,-5.8951478,-9.038700104,-2.675269127,1,20,,3.317998171,487.675,0.702457309,342.5708923,,0,11,13,13,13,Watch List/Tipping Point Orange,,,Arctic,Widespread,Tundra: Arctic,Wetlands: Boreal,Coasts: Beach and Estuary,Coasts: Saltmarsh +484,Eskimo Curlew,Numenius borealis,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,5,USSCP 2016,,<50,50,<50,50,,USSCP 2016,,3,489795,BirdLife and NatureServe (2012),,2,1747849,BirdLife and NatureServe (2012),,5,USSCP 2016,,,,5,USSCP 2016,,,,5,USSCP 2016,,,,,,,,,,,,,,,,,,,,,18,17,18,Watch List/Tipping Point Red,,,Arctic,Temperate South America,Tundra: Arctic,,Grasslands: Pampas and Campos, +485,Long-billed Curlew,Numenius americanus,shorebird,Charadriiformes,Scolopacidae,,1,1,1,1,M,,,4,USSCP 2016,,"140,000",140000,"140,000",140000,,USSCP 2016,,2,2114978,BirdLife and NatureServe (2012),,2,1828856,BirdLife and NatureServe (2012),,4,B. Andres 2017; PIFSC-CVS 2022,"Are threats really that high year-round? Perhaps, as a lot winter in northern Mexico (B.Andres 2017).",4,M-H,4,USSCP 2016; PIFSC-CVS 2022,,2,M-H,2,"BBS7021-AS,JS",,-10.30616283,-0.212787867,-0.963999987,0.340104014,,4.043148994,0.198588371,-0.602400005,1.149999976,,20,core,1.304103971,504,1.879999995,947.9500122,,,,12,12,12,,,"b,w",Great Plains,Nearctic,Grasslands: Temperate,,Coasts: Beach and Estuary,Wetlands: Lakes and Rivers +489,Bar-tailed Godwit,Limosa lapponica,shorebird,Charadriiformes,Scolopacidae,,0,1,0,0,M,,,3,B. Andres 2017,Case for recognized North American subspecies (B.Andres 2017).,"1,100,000",1100000,"90,000",90000,,USSCP 2016,,2,1467309,BirdLife and NatureServe (2012),,1,6904868,BirdLife and NatureServe (2012),,4,B. Andres 2017,Yellow Sea migrant (B.Andres 2017).,,,4,USSCP 2016,,,,5,B. Andres 2017,Information from Australia indicates a PT = 5. (B.Andres 2017),,,,,,,,,,,,,,,,,,,,14,13,14,Watch List/Tipping Point Yellow,,,Arctic,Paleotropical,Tundra: Arctic,,Coasts: Beach and Estuary, +491,Hudsonian Godwit,Limosa haemastica,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,4,USSCP 2016,,"77,000",77000,"77,000",77000,,USSCP 2016,,4,260694,BirdLife and NatureServe (2012),,2,1316266,BirdLife and NatureServe (2012),,4,B. Andres 2017; PIFSC-CVS 2022,They are really concentrated in the winter in southern Chile and Argentina (B.Andres 2017).,5,H,4,USSCP 2016,,,,5,Mig8019-AS,,-93.8034668,-6.892132759,-8.858024597,-5.005085945,1,-87.41734314,-10.36641598,-14.24764061,-6.51582098,1,19,,3.852938175,441.95,2.817461967,1245.177368,,0,6,17,15,17,Watch List/Tipping Point Red,,,Arctic,Temperate South America,Wetlands: Boreal,,Coasts: Beach and Estuary, +492,Marbled Godwit,Limosa fedoa,shorebird,Charadriiformes,Scolopacidae,,1,1,1,1,M,,,4,USSCP 2016,,"170,000",170000,"170,000",170000,,USSCP 2016,,2,1139565,BirdLife and NatureServe (2012),,3,718444,BirdLife and NatureServe (2012),,4,B. Andres 2017; PIFSC-CVS 2022,Prairie losses continue (B. Andres 2017).,3,M-L,4,USSCP 2016; PIFSC-CVS 2022,,2,M-H,4,"BBS7021-AS,JS",,-26.74999428,-0.608002186,-1.049999952,-0.182999998,1,-25.94038963,-1.356951714,-2.099999905,-0.658999979,1,22,core,0.866999984,387.5,1.914999962,741.9749756,,,,14,15,15,Watch List Yellow,,,Great Plains,Widespread,Wetlands: Seasonally Wet Grasslands,Wetlands: Tundra,Coasts: Beach and Estuary, +493,Ruddy Turnstone,Arenaria interpres,shorebird,Charadriiformes,Scolopacidae,,1,1,1,1,M,,,3,USSCP 2016,,"600,000",600000,"250,000",250000,,USSCP 2016,,2,2606591,BirdLife and NatureServe (2012),,1,10536338,BirdLife and NatureServe (2012),,4,USSCP 2016; PIFSC-CVS 2022,,5,M-H,4,B. Andres 2017; PIFSC-CVS 2022,Delaware Bay stopover issue for morinella (B. Andres 2017).,1,H,5,Mig8019-AS,,-76.29158783,-3.646207809,-4.919856548,-2.400311947,1,-46.73379517,-3.272168875,-5.645532608,-0.949484527,1,19,,2.519544363,732.2,4.634550095,3393.41748,,0,21,14,13,14,Watch List/Tipping Point Orange,,,Arctic,Widespread,Coasts: Tundra,Wetlands: Tundra,Coasts: Beach and Estuary,Coasts: Rocky Intertidal +494,Black Turnstone,Arenaria melanocephala,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,0,M,,,4,USSCP 2016,,"95,000",95000,"95,000",95000,,USSCP 2016,,4,83122,BirdLife and NatureServe (2012),,4,244984,BirdLife and NatureServe (2012),,2,USSCP 2016; PIFSC-CVS 2022,,2,M-H,3,USSCP 2016; PIFSC-CVS 2022,,2,H,3,"CBC7019-AS,JS",,-4.386224747,-0.091495432,-0.639716744,0.535377979,,-1.198084474,-0.07087601,-1.506764531,1.513758898,,17,,1.175094724,,,,,,,13,14,14,Watch List Yellow,,,Arctic,Pacific North America,Coasts: Tundra,Tundra: Arctic,Coasts: Rocky Intertidal, +496,Red Knot,Calidris canutus,shorebird,Charadriiformes,Scolopacidae,,1,1,1,1,M,,,3,USSCP 2016,,"1,000,000",1000000,"<140,000",140000,,USSCP 2016,"Shaw 2020: This estimate apparently includes Russia's Rangel Island, but due to rounding, the impact should be immaterial",2,1595691,BirdLife and NatureServe (2012),,1,4329224,BirdLife and NatureServe (2012),,2,USSCP 2016,,,,4,B. Andres 2017; PIFSC-CVS 2022,stopover concentrations (B. Andres 2017).,2,M-L,5,Mig8019-AS,,-94.05449677,-6.977182865,-8.83479023,-5.053552151,1,-90.66033936,-10.71268368,-13.7289629,-7.793049335,1,21,,3.781237841,549.325,58.34309006,32049.31836,,0,6,12,13,13,Watch List/Tipping Point Orange,,,Arctic,Widespread,Tundra: Arctic,,Coasts: Beach and Estuary, +497,Surfbird,Calidris virgata,shorebird,Charadriiformes,Scolopacidae,Formerly placed in the genus Aphriza. Monotypic.,1,1,1,1,M,,,4,USSCP 2016,,"70,000",70000,"70,000",70000,,USSCP 2016,,3,660034,BirdLife and NatureServe (2012),,2,1013748,BirdLife and NatureServe (2012),,4,USSCP 2016; PIFSC-CVS 2022,,5,H,3,B. Andres 2017; PIFSC-CVS 2022,"Why is TN higher than for Black Turnstone? Could be reduced, although aggregates more in migration in areas of potential oil spills and some reliance on spring herring roe. Affects the entire population (B. Andres 2017).",2,H,4,"CBC7019-AS,JS",,-43.76748276,-1.167972565,-2.248371601,-0.300000012,1,-9.575874329,-0.627144456,-2.775133848,1.778789639,,16,,1.948371649,,,,,,,15,13,15,Watch List Yellow,,,Arctic,Pacific North America,Tundra: Alpine,,Coasts: Rocky Intertidal, +500,Sharp-tailed Sandpiper,Calidris acuminata,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,0,0,M,,1,4,B. Andres 2017,Juveniles in Alaska in fall (B. Andres 2017).,"160,000",160000,"24,000",24000,,USSCP 2016,,3,0,NatureServe,,1,,PIFTC,,2,USSCP 2016,,,,2,USSCP 2016,,,,4,USSCP 2016,,,,,,,,,,,,,,,,,,,,,13,11,13,,,w,Arctic,Temperate Australasia,Wetlands: Tundra,,Coasts: Beach and Estuary,Wetlands: Seasonally Wet Grasslands +501,Stilt Sandpiper,Calidris himantopus,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,USSCP 2016,,"1,200,000",1200000,"1,200,000",1200000,,USSCP 2016,,3,397577,BirdLife and NatureServe (2012),,1,13470305,BirdLife and NatureServe (2012),,4,USSCP 2016; PIFSC-CVS 2022,,5,H,3,USSCP 2016; PIFSC-CVS 2022,,1,H,5,Mig8019-AS,,-75.66010284,-3.569152117,-5.324632645,-1.886507392,1,-21.76270294,-1.850484371,-6.337098122,2.527025461,,13,,3.438125134,470.125,2.766828775,1300.755371,,0,,15,12,15,Watch List/Tipping Point Orange,,w,Arctic,Widespread,Wetlands: Tundra,Tundra: Arctic,Wetlands: Lakes and Rivers,Wetlands: Seasonally Wet Grasslands +507,Sanderling,Calidris alba,shorebird,Charadriiformes,Scolopacidae,Recognized as monotypic by del Hoyo et al. (1992) and Clements (2000) and BNA. Howard and Moore recognized 2 subspecies: C.a. alba and C.a. rubida.,1,1,1,1,M,,,3,USSCP 2016,,"650,000",650000,"300,000",300000,,USSCP 2016,,2,1251734,BirdLife and NatureServe (2012),,1,7530223,BirdLife and NatureServe (2012),,3,USSCP 2016; PIFSC-CVS 2022,,5,M-L,3,USSCP 2016; PIFSC-CVS 2022,,1,H,5,Mig8019-AS,,-43.01889038,-1.445244908,-2.709220171,-0.167507052,1,-48.13630676,-3.241201401,-5.809581757,-0.633125484,1,20,,2.541713238,802.95,643.7526245,516901.1563,,0,21,13,12,13,Watch List/Tipping Point Orange,,,Arctic,Widespread,Tundra: Arctic,Wetlands: Tundra,Coasts: Beach and Estuary, +508,Dunlin,Calidris alpina,shorebird,Charadriiformes,Scolopacidae,,1,1,1,1,M,,,2,USSCP 2016,,"5,500,000",5500000,"1,500,000",1500000,,USSCP 2016,,1,4932220,BirdLife and NatureServe (2012),,1,5775373,BirdLife and NatureServe (2012),,4,USSCP 2016; PIFSC-CVS 2022,"Shorebirds of Conservation Concern in Canada (in press) scored hudsonia as TB = 2, pacifica as TB = 3. Arcticola is likely TB = 3 due to dependence on coastal wet sedge meadows. Similar population estimates for each subspecies (USSCP 2016), so 2 ssp. with TB = 3 outnumbers 1 spp. with TB = 2 (A. Shaw 2019).",4,M-H,4,USSCP 2016; PIFSC-CVS 2022,,2,H,5,Mig8019-AS,,-82.32069397,-4.355582237,-6.038298607,-2.694453478,1,-56.92956924,-3.749507666,-6.516815186,-1.026873112,1,22,,3.343845129,763.75,6.759510517,5162.576172,,0,18,12,12,12,Common Bird in Steep Decline,,w,Arctic,Nearctic,Wetlands: Tundra,Coasts: Tundra,Coasts: Beach and Estuary,Wetlands: Seasonally Wet Grasslands +509,Rock Sandpiper,Calidris ptilocnemis,shorebird,Charadriiformes,Scolopacidae,,1,1,0,0,M,,,4,USSCP 2016,,"140,000",140000,"140,000",140000,,USSCP 2016,,3,358084,BirdLife and NatureServe (2012),,3,640838,BirdLife and NatureServe (2012),,4,USSCP 2016; PIFSC-CVS 2022,,5,M-H,4,USSCP 2016; PIFSC-CVS 2022,,5,H,4,"CBC7019-AS,JS",,-56.21417618,-1.671304941,-4.337869644,0.526376128,,-8.274442673,-0.662175894,-6.45341444,6.110952854,,13,,4.864245892,,,,,,,15,15,15,Watch List/Tipping Point Yellow,,,Arctic,Pacific North America,Tundra: Arctic,Wetlands: Tundra,Coasts: Rocky Intertidal, +510,Purple Sandpiper,Calidris maritima,shorebird,Charadriiformes,Scolopacidae,"Recognized as monotypic by del Hoyo et al. (1992), Clements (2000) and BNA. Howard and Moore (2003) recognizes 3 subspecies: C.m. belcheri, C.m....",1,1,0,0,M,,,4,USSCP 2016,,"250,000",250000,"25,000",25000,,USSCP 2016,,2,2087709,BirdLife and NatureServe (2012),,3,578951,BirdLife and NatureServe (2012),,2,USSCP 2016,,,,3,B. Andres 2017; PIFSC-CVS 2022,sea-level rise warrants TN=3 (B. Andres 2017).,2,H,2,"CBC7019-AS,JS",,-19.00358009,-0.429209352,-1.370752096,0.4623501,,8.265402794,0.361631691,-1.974184155,3.196480274,,22,,1.833102226,,,,,,,10,12,12,Previously Watch List,,,Arctic,Eastern Temperate,Wetlands: Tundra,Tundra: Arctic,Coasts: Rocky Intertidal, +511,Baird's Sandpiper,Calidris bairdii,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,4,USSCP 2016,Andres 2020: 800-2600 individuals are estimated to breed in eastern Russia (Lappo et al. 2012). Greenland birds included in estimate.,"300,000",300000,"280,000",280000,2012,"USSCP 2016, eBird7017(UsCa,WHem), PIF(Glob)","Shaw 2020: extrapolated from USSCP 2016 world estimate of 300,000 using the proportion in US/Canada estimated from the other sources listed",2,2790679,BirdLife and NatureServe (2012),,2,2875781,BirdLife and NatureServe (2012),,4,USSCP 2016; PIFSC-CVS 2022,,5,M-H,3,USSCP 2016,,,,3,Mig8019-AS,,-5.286197186,-0.235391691,-1.381211758,0.662156343,,-0.261088341,-0.05883069,-2.703803301,2.673703194,,11,,2.043368101,498.65,0.112881042,56.28813171,,0,,13,12,13,,,,Arctic,Temperate South America,Tundra: Arctic,,Grasslands: Pampas and Campos,Wetlands: Lakes and Rivers +513,Least Sandpiper,Calidris minutilla,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,USSCP 2016,,"700,000",700000,"700,000",700000,,USSCP 2016,,1,4956179,BirdLife and NatureServe (2012),,1,10407211,BirdLife and NatureServe (2012),,3,USSCP 2016; PIFSC-CVS 2022,,3,H,3,USSCP 2016; PIFSC-CVS 2022,,2,H,4,Mig8019-AS,,-0.975131869,-0.047956422,-1.345446706,1.186977386,,-34.2874794,-3.70199585,-7.702927589,0.12113601,,11,,2.532423973,983.95,5.230889797,5146.934082,,0,,11,11,11,,,w,Arctic,Widespread,Wetlands: Tundra,,Coasts: Beach and Estuary,Wetlands: Generalist +514,White-rumped Sandpiper,Calidris fuscicollis,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,USSCP 2016,,"1,700,000",1700000,"1,700,000",1700000,,USSCP 2016,,2,1356521,BirdLife and NatureServe (2012),,3,419024,BirdLife and NatureServe (2012),,3,USSCP 2016; PIFSC-CVS 2022,,4,M-H,4,USSCP 2016,,,,4,Mig8019-AS,,-26.57470703,-0.811554968,-2.215629101,0.475647599,,-42.25917816,-4.878511906,-9.685665131,-0.179986998,1,11,,2.69127655,678.9,6.295759678,4274.191406,,0,14,12,14,14,Watch List Yellow,,,Arctic,Temperate South America,Wetlands: Tundra,,Coasts: Beach and Estuary,Wetlands: Lakes and Rivers +515,Buff-breasted Sandpiper,Calidris subruficollis,shorebird,Charadriiformes,Scolopacidae,Formerly placed in the genus Tryngites. Monotypic.,1,1,1,1,M,,,4,USSCP 2016,,"56,000",56000,"<56,000",56000,,USSCP 2016,"Shaw 2020: this global estimate presumably includes Russian breeding birds since estimate based on migration surveys, and Russian birds migrate with N. American breeding birds, but could be immaterial based on the small Russian breeding range, so is used for the N. American estimate as well",3,595395,BirdLife and NatureServe (2012),,2,1502847,BirdLife and NatureServe (2012),,3,USSCP 2016; PIFSC-CVS 2022,,3,M-H,4,USSCP 2016,,,,5,Mig8019-AS,,-58.16518402,-2.251245499,-4.668479919,-0.008772045,1,-50.43268585,-5.73170805,-12.61006355,0.061011054,,12,,4.659707546,309.325,0.006990923,2.162467241,,0,,15,15,15,Watch List/Tipping Point Orange,,w,Arctic,Temperate South America,Tundra: Arctic,,Grasslands: Pampas and Campos, +516,Pectoral Sandpiper,Calidris melanotos,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,USSCP 2016,,"1,600,000",1600000,"1,500,000",1500000,2012,"USSCP 2016, Lappo et al. 2012","Shaw 2020: subtracted midpoint of 80,000-145,000 breeders in Arctic Russia (Lappo et al. 2012) from global estimate. Andres 2020: none really in Europe.",2,1330181,BirdLife and NatureServe (2012),,2,1059647,BirdLife and NatureServe (2012),,4,USSCP 2016; PIFSC-CVS 2022,http://www.shorebirdplan.org/wp-content/uploads/2013/03/ShorePopulationAndresEtAl2012.pdf,5,M-H,3,USSCP 2016,,,,5,Mig8019-AS,,-64.39837646,-2.615937233,-3.929848194,-1.305638194,1,-45.43362808,-4.235761166,-7.903038979,-0.797264099,1,14,,2.624209881,753.525,5.574934006,4200.852051,,0,16,14,13,14,Watch List/Tipping Point Orange,,w,Arctic,Temperate South America,Wetlands: Tundra,,Grasslands: Pampas and Campos,Wetlands: Seasonally Wet Grasslands +517,Semipalmated Sandpiper,Calidris pusilla,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,USSCP 2016,,"2,300,000",2300000,"2,300,000",2300000,,USSCP 2016,,2,2589119,BirdLife and NatureServe (2012),,2,1225574,BirdLife and NatureServe (2012),,4,USSCP 2016; PIFSC-CVS 2022,http://www.shorebirdplan.org/wp-content/uploads/2013/03/ShorePopulationAndresEtAl2012.pdf,5,M-H,4,USSCP 2016,,,,5,Mig8019-AS,,-67.55183411,-2.830827713,-4.258052826,-1.45220232,1,-32.58737564,-3.399023294,-7.219493866,0.110964596,,12,,2.805850506,987.25,23.44784546,23148.88477,,0,,14,14,14,Watch List/Tipping Point Orange,,,Arctic,Neotropical,Wetlands: Tundra,,Coasts: Beach and Estuary, +518,Western Sandpiper,Calidris mauri,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,USSCP 2016,,"3,500,000",3500000,"3,500,000",3500000,,USSCP 2016,"Shaw 2020: While species occurs in Russia, the pop size is small enough that due to rounding, the US/Canada estimate is effectively the same as the global estimate. Andres 2019: A few thousand pairs breed in Chukotka (Lappo et al. 2012). Leave as 3.5 million with new information from Yukon Delta.",3,309066,BirdLife and NatureServe (2012),,2,2228231,BirdLife and NatureServe (2012),,4,USSCP 2016; PIFSC-CVS 2022,http://www.shorebirdplan.org/wp-content/uploads/2013/03/ShorePopulationAndresEtAl2012.pdf,5,M-H,4,USSCP 2016; PIFSC-CVS 2022,,2,M-H,4,Andres 2012,,,,,,,,,,,,,,,,,,,,,14,13,14,Watch List Yellow,,w,Arctic,Widespread,Wetlands: Tundra,,Coasts: Beach and Estuary,Wetlands: Seasonally Wet Grasslands +519,Short-billed Dowitcher,Limnodromus griseus,shorebird,Charadriiformes,Scolopacidae,,1,1,1,1,M,,,4,USSCP 2016,,"150,000",150000,"150,000",150000,,USSCP 2016,,2,2372728,BirdLife and NatureServe (2012),,2,1676041,BirdLife and NatureServe (2012),,3,USSCP 2016; PIFSC-CVS 2022,http://www.shorebirdplan.org/wp-content/uploads/2013/03/ShorePopulationAndresEtAl2012.pdf,4,M-L,4,USSCP 2016; PIFSC-CVS 2022,,2,H,5,Mig8019-AS,,-85.24460602,-4.782492161,-6.638512611,-2.794288397,1,-58.94454193,-7.190947056,-13.28664875,-1.319997072,1,12,,3.844224215,837.35,9.749825478,8164.016113,,0,9,14,15,15,Watch List/Tipping Point Orange,,,Arctic,Widespread,Wetlands: Boreal,,Coasts: Beach and Estuary, +520,Long-billed Dowitcher,Limnodromus scolopaceus,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,B. Andres 2020,"Andres 2020: We will likely increase this estimate with work from the Yukon Delta to 650,000.","650,000",650000,"520,000",520000,,B. Andres 2020,"Andres 2020: There is a substantial breeding and expanding population in Russia. No solid estimate but could be 20% of the 650,000. Shaw 2020: used this rough percentage to extrapolate US/Canada estimate from global estimate.",3,366891,BirdLife and NatureServe (2012),,2,3048312,BirdLife and NatureServe (2012),,3,CWS BCR database; PIFSC-CVS 2022,TB-c reduced for calibration with TB-r. Population density not higher on wet sedge meadows that may dry up due to climate change (B. Andres 2019).,3,M-L,4,B. Andres 2017; PIFSC-CVS 2022,TN is probably ok because of freshwater wetland issues in arid west (B. Andres 2017).,2,H,5,Mig8019-AS,,-78.8895874,-3.939761877,-6.301724434,-1.65639627,1,-35.85666656,-3.676900625,-10.20787239,2.647217751,,12,,4.645328522,373.675,45.11851883,16859.66211,,0,,14,14,14,Watch List/Tipping Point Orange,,w,Arctic,Widespread,Wetlands: Tundra,,Wetlands: Generalist, +523,American Woodcock,Scolopax minor,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,0,M,,,3,USSCP 2016,,"3,500,000",3500000,"3,500,000",3500000,,USSCP 2016,,1,4267361,BirdLife and NatureServe (2012),,2,1608507,BirdLife and NatureServe (2012),,3,USSCP 2016; PIFSC-CVS 2022,,3,H,3,USSCP 2016; PIFSC-CVS 2022,,2,M-H,4,"BBS7021-AS,JS","Panjabi-23: used BBS since we haven't analyzed the latest Singing Ground Survey data, so BBS more up to date",-44.61721802,-1.153512001,-2.329999924,-0.208997995,1,-9.127441406,-0.797007143,-3.839999914,1.305794954,,12,core,2.121001959,595,0.025699999,15.28579998,,,,11,12,12,,,,Northern Forest,Eastern Temperate,Forests: Temperate Eastern,Forests: Boreal,Forests: Temperate Eastern, +527,Wilson's Snipe,Gallinago delicata,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,USSCP 2016,,"2,000,000",2000000,"2,000,000",2000000,2012,USSCP 2016,,1,11945808,BirdLife and NatureServe (2012),,1,9599369,BirdLife and NatureServe (2012),,3,USSCP 2016; PIFSC-CVS 2022,http://www.shorebirdplan.org/wp-content/uploads/2013/03/ShorePopulationAndresEtAl2012.pdf,3,M-H,3,USSCP 2016; PIFSC-CVS 2022,,2,H,2,"BBS7021-AS,JS",,25.62426376,0.448346853,-0.185000002,1.00999999,,0.182047531,0.01819849,-1.190000057,1.159999967,,10,core,1.195000052,2131.5,4.25,9061.780273,,,,9,9,9,,,w,Nearctic,Widespread,Wetlands: Generalist,,Wetlands: Generalist, +530,Spotted Sandpiper,Actitis macularius,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,USSCP 2016,,"660,000",660000,"660,000",660000,,USSCP 2016,,1,13610960,BirdLife and NatureServe (2012),,1,19528957,BirdLife and NatureServe (2012),,3,USSCP 2016; PIFSC-CVS 2022,,3,M-H,2,USSCP 2016; PIFSC-CVS 2022,,2,H,5,"BBS7021-AS,JS",,-54.80598831,-1.544606566,-2.269999981,-1.179999948,1,-9.582134247,-0.911428571,-1.789999962,0.437999994,,11,core,1.090000033,3159.5,0.466500014,1384.249512,,,,12,11,12,Common Bird in Steep Decline,,,Nearctic,Widespread,Wetlands: Generalist,,Wetlands: Lakes and Rivers, +532,Solitary Sandpiper,Tringa solitaria,shorebird,Charadriiformes,Scolopacidae,,1,1,1,1,M,,,4,USSCP 2016,,"190,000",190000,"190,000",190000,,USSCP 2016,,1,5531901,BirdLife and NatureServe (2012),,1,16280555,BirdLife and NatureServe (2012),,3,USSCP 2016; PIFSC-CVS 2022,,3,H,3,B. Andres 2017; PIFSC-CVS 2022,"Winters throughout lowland Amazonia; highly dispersed and not specialized, but hunting concern in French Overseas Departments (B. Andres 2017).",1,M-H,2,"BBS7021-AS,JS",,23.44753265,0.413709164,-0.89200002,2.190000057,,10.71308041,1.024192333,-2.092700958,6.489999771,,10,core,3.082000017,221.5,0.270999998,58.78499985,,,,10,10,10,,,,Northern Forest,South American Lowlands,Wetlands: Boreal,,Wetlands: Lakes and Rivers, +534,Wandering Tattler,Tringa incana,shorebird,Charadriiformes,Scolopacidae,Monotypic. Referred to as Heterosceles incanus by Clements (2000) and Howard and Moore (2003).,1,1,1,1,M,,,5,USSCP 2016,,"18,000",18000,"16,000",16000,,Andres et al. 2012,"Shaw 2020: US/Canada estimate extrapolated from global estimate from Andres et al. 2012: ""10,000-25,000 (midpoint) = 17,500), of which >90% of the pop. occurs in N. America""",2,1113390,BirdLife and NatureServe (2012),,3,432230,BirdLife and NatureServe (2012),,4,USSCP 2016; PIFSC-CVS 2022,,5,M-H,3,B. Andres 2017; PIFSC-CVS 2022,"Does not aggregate like black turnstone or surfbird, but climate change in raises TB/TN to 3 (B. Andres 2017).",2,H,3,USSCP 2016,"Panjabi-23: given the conflicting results and imperfect coverage of each survey, PT3 for uncertainty. Shaw-23: extended BBS (John's analysis yields a 2) covers Yukon and S. AK well but not N. AK. CBC7019 yields a 5 in opposition to BBS. Andres 2020: a very small portion of the wintering range is covered by CBC, so I can't see how the trend is anything but unknown.",,,,,,,,,,,,,,,,,,,,14,14,14,Watch List/Tipping Point Yellow,,,Arctic,Pacific North America,Tundra: Alpine,Wetlands: Tundra,Coasts: Beach and Estuary, +535,Lesser Yellowlegs,Tringa flavipes,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,USSCP 2016,latest scores from USSCP,"660,000",660000,"660,000",660000,,USSCP 2016,,1,4577413,BirdLife and NatureServe (2012),,1,20603785,BirdLife and NatureServe (2012),,4,USSCP 2016; PIFSC-CVS 2022,,5,M-H,4,B. Andres 2017; PIFSC-CVS 2022,Number one bird in the bag in Caribbean and northern South America to the point of unsustainability. Most of the population overflies the Caribbean and northern SA (B. Andres 2017).,1,H,5,Mig8019-AS,,-77.48167419,-3.75819397,-5.028310776,-2.524294853,1,-61.64074326,-7.105158806,-10.62208462,-3.511482239,1,13,,2.504015923,918.375,5.010730267,4601.729492,,0,9,13,13,13,Watch List/Tipping Point Orange,,w,Northern Forest,Widespread,Wetlands: Boreal,,Wetlands: Generalist, +536,Willet,Tringa semipalmata,shorebird,Charadriiformes,Scolopacidae,,1,1,1,1,M,,,4,USSCP 2016,,"250,000",250000,"250,000",250000,,USSCP 2016,"Shaw 2020: While species occurs in the Caribbean and Mexico, the pop size is small enough that due to rounding, the US/Canada estimate is effectively the same as the global estimate. Andres 2019: several thousand likely breed in the Caribbean and very few in Mexico.",2,2510297,BirdLife and NatureServe (2012),,2,2719479,BirdLife and NatureServe (2012),,4,USSCP 2016; PIFSC-CVS 2022,,2,M-H,4,USSCP 2016; PIFSC-CVS 2022,,2,H,4,"BBS7021-AS,JS",,-26.77315521,-0.609740973,-0.967503011,-0.143999994,1,-14.4244194,-0.910383999,-2.00999999,-0.188500002,1,17,core,0.823503017,838.5,1.455000043,1322.765015,,,,14,14,14,Watch List Yellow,,,Nearctic,Widespread,Wetlands: Seasonally Wet Grasslands,Coasts: Saltmarsh,Coasts: Beach and Estuary,Coasts: Saltmarsh +539,Greater Yellowlegs,Tringa melanoleuca,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,4,USSCP 2016,,"140,000",140000,"140,000",140000,,USSCP 2016,,1,4397341,BirdLife and NatureServe (2012),,1,21289337,BirdLife and NatureServe (2012),,4,B. Andres 2017; PIFSC-CVS 2022,Hunting threat elevated (B. Andres 2017).,4,M-H,4,B. Andres 2017; PIFSC-CVS 2022,I worry that this is a shift northward in CBC; CWS shows steady (B. Andres 2017).,2,H,5,Mig8019-AS,,-43.35095596,-1.459181547,-2.463684082,-0.508211434,1,-42.91502762,-3.72295332,-6.521345139,-1.09184885,1,15,,1.955472708,1008.175,6.610341549,6664.381348,,0,18,14,14,14,Watch List/Tipping Point Orange,,w,Northern Forest,Widespread,Wetlands: Boreal,,Wetlands: Generalist, +543,Wilson's Phalarope,Phalaropus tricolor,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,USSCP 2016,,"1,500,000",1500000,"1,500,000",1500000,2012,USSCP 2016,,2,3820285,BirdLife and NatureServe (2012),,1,5977525,BirdLife and NatureServe (2012),,3,USSCP 2016; PIFSC-CVS 2022,,3,M-H,4,USSCP 2016,,,,3,"BBS7021-AS,JS",,-13.99157524,-0.295834243,-1.200000048,0.394499004,,-3.723055124,-0.378732085,-2.74220109,2.5,,10,core,1.594498992,634.5,1.230000019,780.3300171,,,,11,11,11,,,,Great Plains,Temperate South America,Wetlands: Seasonally Wet Grasslands,Wetlands: Freshwater Marsh,Wetlands: Lakes and Rivers,Wetlands: Freshwater Marsh +544,Red-necked Phalarope,Phalaropus lobatus,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,USSCP 2016,,"4,100,000",4100000,"2,500,000",2500000,,USSCP 2016,,1,9104053,BirdLife and NatureServe (2012),,1,7129419,BirdLife and NatureServe (2012),,3,USSCP 2016; PIFSC-CVS 2022,,4,M-H,3,USSCP 2016,,,,4,B. Andres 2017,PT = 4 based on disappearance from Bay of Fundy; downlisted (B. Andres 2017).,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Arctic,Tropical Eastern Pacific,Wetlands: Tundra,,Oceans: Pelagic,Coasts: Marine Waters +545,Red Phalarope,Phalaropus fulicarius,shorebird,Charadriiformes,Scolopacidae,Monotypic.,1,1,1,1,M,,,3,USSCP 2016,,"2,200,000",2200000,"1,600,000",1600000,,USSCP 2016,,2,3868011,BirdLife and NatureServe (2012),,1,11955845,BirdLife and NatureServe (2012),,4,B. Andres 2017; PIFSC-CVS 2022,Could have climate changes affects in Arctic (B. Andres 2017).,5,M-H,2,USSCP 2016,,,,4,USSCP 2016,PT = 5 according to SOTB 2014 analysis. Uncertain but there are data from repeated Arctic surveys that show negative changes at a number of sites. Thus PT=4 (suspected).,,,,,,,,,,,,,,,,,,,,13,10,13,,,,Arctic,Widespread,Wetlands: Tundra,,Oceans: Pelagic,Coasts: Marine Waters +548,Great Skua,Stercorarius skua,waterbird,Charadriiformes,Stercorariidae,Monotypic.,1,1,0,1,M,,1,5,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"32,000",32000,,,,,,5,16100,BirdLife 2015,,1,9168165,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",BirdLife non-breeding range includes entire N Atlantic; % range in W Hem is a guesstimate,2,Hunter-Rosenberg 2003,,,,2,Hunter-Rosenberg 2003,,,,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,15,11,15,Watch List Yellow,,,Temperate Northern Atlantic,Temperate Northern Atlantic,Coasts: Cliffs and Islands,Coasts: Marine Waters,Oceans: Pelagic, +549,South Polar Skua,Stercorarius maccormicki,waterbird,Charadriiformes,Stercorariidae,Monotypic.,1,1,1,1,M,,1,5,BirdLife 2015,,"11,000",11000,,,,,,2,,PIFTC-02,"BirdLife list breeding range as 109,000 km2, but species nests across coastal Antarctica, so presumably this area represents only breeding sites, not space in between",1,,BirdLife,natureserve map is of transient range only,2,Hunter-Rosenberg 2003,,,,2,Hunter-Rosenberg 2003,,,,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,12,11,12,,,,Southern Ocean,Widespread,Coasts: Cliffs and Islands,Coasts: Marine Waters,Oceans: Pelagic, +550,Pomarine Jaeger,Stercorarius pomarinus,waterbird,Charadriiformes,Stercorariidae,Monotypic.,1,1,1,1,M,,,3,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"1,100,000",1100000,,,,,,2,2039348,"Natureserve, with Old World extrapolation",,1,66922740,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,2,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,2,M-H,2,Hunter-Rosenberg 2003,,,,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,10,9,10,,,,Arctic,Widespread,Wetlands: Tundra,,Oceans: Pelagic, +551,Parasitic Jaeger,Stercorarius parasiticus,waterbird,Charadriiformes,Stercorariidae,Monotypic.,1,1,1,1,M,,,3,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"3,500,000",3500000,,,,,,1,5720194,"Natureserve, with Old World extrapolation",,1,13994773,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,4,M-H,3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,4,M-L,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,10,10,10,,,,Arctic,Widespread,Wetlands: Tundra,Tundra: Arctic,Oceans: Pelagic,Coasts: Marine Waters +552,Long-tailed Jaeger,Stercorarius longicaudus,waterbird,Charadriiformes,Stercorariidae,,1,1,1,1,M,,,3,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"1,700,000",1700000,,,,,,1,6657874,"Natureserve, with Old World extrapolation",,1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,any new threats perceived for jaegers? (KVR),4,M-L,2,Hunter-Rosenberg 2003,,,,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,10,9,10,,,,Arctic,Widespread,Tundra: Arctic,Tundra: Alpine,Oceans: Pelagic, +553,Dovekie,Alle alle,waterbird,Charadriiformes,Alcidae,,1,1,0,0,M,,,2,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"17,000,000",17000000,"1,500",1500,2002,BNA Montevecchi & Stenhouse 2002,,3,376000,BirdLife 2015,,1,8484364,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,3,Hunter-Rosenberg 2003,,,,4,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,4,H,5,CBC7019-AS,Shaw-23: includes Greenland breeding population that winters in the US and Canada,-62.83982849,-2,-3.5,-0.600000024,1,-55.65098953,-3.200000048,-6,-1,1,24,,2.900000095,,,,,,21,13,12,13,Watch List/Tipping Point Orange,,,Arctic,Temperate Northern Atlantic,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters,Oceans: Pelagic +554,Common Murre,Uria aalge,waterbird,Charadriiformes,Alcidae,,1,1,0,0,M,,,2,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"12,000,000",12000000,"7,400,000",7400000,2001,BNA Ainley et al. 2002,,2,1440000,BirdLife 2015,,1,7749598,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,"new elevated threats to alcids from overfishing, climate change?? (KVR)",3,M-H,3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,2,M-H,2,"CBC7019-AS,JS",,-26.88549232,-0.637030423,-2.21722436,0.600000024,,28.36051559,1.003694177,-1.990020514,6.128041744,,25,,2.817224264,,,,,,,9,8,9,,,,Nearctic,Nearctic,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +555,Thick-billed Murre,Uria lomvia,waterbird,Charadriiformes,Alcidae,,1,1,0,0,M,,,2,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"15,000,000",15000000,"8,000,000",8000000,1998,BNA Gaston & Hipfner 2000,,2,2250000,BirdLife 2015,,1,7552993,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,4,M-L,3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,2,H,2,PIFSC-23,Easton 2020: I don't see how CBC would be an appropriate survey for this species. Colony counts over part of its Canadian range suggest little change in trend. Dragoo et al. 2019 shows net stability in AK.,,,,,,,,,,,,,,,,,,,,9,8,9,,,,Arctic,Temperate Northern Oceans,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +562,Kittlitz's Murrelet,Brachyramphus brevirostris,waterbird,Charadriiformes,Alcidae,Monotypic.,0,1,0,0,M,,,5,BirdLife 2015,my calculation for N. America based on estimate that Alaska has 70% of the global pop (Canada appears insignificant in distribution map). Adult estimate assumes 2/3 of total pop. are adults.,"44,000",44000,,,,,,3,682915,Natureserve,,3,534043,Natureserve,,5,Hunter; PIFSC-CVS 2022,,5,M-H,4,Hunter-Rosenberg 2003,,,,4,USFWS 2007,"USFWS RefugeNet E-Bulletin, Feb 2007 states Alaska populations have declines by 80-90% in past 15 yrs",,,,,,,,,,,,,,,,,,,,17,16,17,Watch List/Tipping Point Red,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +563,Scripps's Murrelet,Synthliboramphus scrippsi,waterbird,Charadriiformes,Alcidae,"Formerly treated as conspecific with Synthliboramphus hypoleucus, which together were known as Xantus's Murrelet.",1,1,1,0,M,,,5,BirdLife 2015,1975-2003 survey-based,"15,000",15000,,,,,,5,,Brad Andres 2015,,3,,Brad Andres 2015,,4,Brad Andres 2015,,,,4,Brad Andres 2015,,,,4,B. Andres 2015,,,,,,,,,,,,,,,,,,,,,18,16,18,Watch List/Tipping Point Red,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +564,Guadalupe Murrelet,Synthliboramphus hypoleucus,waterbird,Charadriiformes,Alcidae,"Monotypic. Formerly considered conspecific with Synthliboramphus scrippsi, which together were known as Xantus's Murrelet.",0,1,1,0,M,,,5,BirdLife 2015,,"5,000",5000,,,,,,5,,Brad Andres 2015,"Depending on how breeding range is mapped, BD could be 4 or 5; left at 5 for now. Needs further review.",4,,Brad Andres 2015,Guadalaupe has much more limited non-breeding range than Scripp's according to Ebird.,4,Brad Andres 2015,,,,4,Brad Andres 2015,,,,5,B. Andres 2015,,,,,,,,,,,,,,,,,,,,,19,18,19,Watch List/Tipping Point Red,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +565,Craveri's Murrelet,Synthliboramphus craveri,waterbird,Charadriiformes,Alcidae,Monotypic.,0,1,1,0,M,,,5,BirdLife 2015,,"8,000",8000,,,,,,4,154231,Natureserve,,4,154231,Natureserve,,4,Hunter-Rosenberg 2003,,,,4,Hunter-Rosenberg 2003,,,,4,Kushlan et al. 2002,unknown (MX-NSAC),,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +566,Ancient Murrelet,Synthliboramphus antiquus,waterbird,Charadriiformes,Alcidae,,1,1,1,0,M,,,3,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"1,000,000",1000000,"1,000,000",1000000,1991,BNA Gaston & Shoji 2010,,3,436000,BirdLife 2015,,2,1212125,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map","natureserve map is much more restricted than BirdLife, with BirdLife map extending considerably farther off shore",4,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,4,M-H,3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,3,M-H,3,PIFSC-20,"Easton 2020: CBC coverage of non-breeding range is poor, especially at core range, so didn't use. Haida Gwaii in BC has half global population of this. While some colonies have started increasing due to predator control, others have not, so score should be 3. Rodway & Lemon 2011 found increases on Ramsay and George Islands and a stable population on Rankine I. in BC from 1984-85 to 2008-10. Gaston and Descamps 2011 found a decrease of ~75% from 1990-2010 on E. Limestone Island, BC.",,,,,,,,,,,,,,,,,,,,13,11,13,,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +567,Cassin's Auklet,Ptychoramphus aleuticus,waterbird,Charadriiformes,Alcidae,,1,1,1,0,M,,,3,BirdLife 2015,,"3,600,000",3600000,"3,200,000",3200000,2008,BNA Ainley et al. 2011,,3,,Panjabi 2017,"Ranges from Baja California (Mexico) up the Pacific coast of the U.S.A. and Canada, through Alaska to the Aleutian Islands (U.S.A.) (BirdLife 2017)",2,1307492,Natureserve,,4,Easton-20; PIFSC-CVS 2022,"Easton-20: island predators, commercial fishing, vulnerability to oil spills, climate change influences on forage fish",3,M-H,4,Easton-20; PIFSC-CVS 2022,"Easton-20: island predators, commercial fishing, vulnerability to oil spills, climate change influences on forage fish plus our researchers' recent work on vulnerability to plastics particularly in winter.",2,H,4,COSEWIC 2014a,"COSEWIC 2014a: Canada: 40% decline in burrow numbers at Triangle Island from 1989 to 2009 could be used to extrapolate to other colonies within the California Current System, which represents about 75% of the Canadian population; Canada has 75-80% of the global population. A population decline of about 30% could be inferred over the last three generations, assuming that the remainder of the Canadian population has been stable. These assumptions are, however, untested. US: Oregon breeding population estimates fell from 220 birds at 3 sites (with probable nesting at an additional 5 sites) in 1979 to 70 birds in 1988 and 20 birds at a single site in 2008 (Naughton et al. 2007; Kocourek et al. 2009). However, the latest survey used methods known to underestimate burrow-nesting birds (Kocourek et al. 2009). At Castle Rock in northern California, numbers dropped from 5638 to 86 birds between 1989 and 2007 (Carter et al. 1992; Cunha 2010). The best trend data are from the Farallon Islands in California, where numbers of nesting birds have declined by more than 85% since 1971 (Lee et al. 2007). The rate of decline was estimated at about 2.4% per year since 1991 (Warzybok and Bradley 2011).",,,,,,,,,,,,,,,,,,,,14,13,14,Watch List Yellow,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +568,Parakeet Auklet,Aethia psittacula,waterbird,Charadriiformes,Alcidae,Monotypic.,1,1,0,0,M,,,3,BNA Jones et al. 2001,"Global estimate assumes 2/3 of total U.S. pop. are adults and adds 300,000-400,000 breeding pairs for Asia","1,400,000",1400000,,,,,,3,378000,BirdLife 2015,,2,3068805,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,3,Hunter-Rosenberg 2003,,,,3,Hunter-Rosenberg 2003,,,,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,12,11,12,,,,Arctic,Temperate Northern Pacific,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +569,Least Auklet,Aethia pusilla,waterbird,Charadriiformes,Alcidae,Monotypic.,0,1,0,0,M,,,2,BNA Bond et al. 2013,Adult estimate assumes 2/3 of total pop. are adults.,"20,000,000",20000000,,,,,,5,65200,BirdLife 2015,,2,2800064,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",non-breeding range roughly split 50-50 between old world and new world in BirdLife map,3,Hunter-Rosenberg 2003,,,,3,Hunter-Rosenberg 2003,,,,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,13,10,13,,,,Arctic,Temperate Northern Pacific,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +570,Whiskered Auklet,Aethia pygmaea,waterbird,Charadriiformes,Alcidae,Monotypic.,0,1,0,0,M,,,4,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"67,000",67000,,,,,,4,128000,BirdLife 2015,,2,1441383,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,4,Hunter-Rosenberg 2003,,,,3,Hunter-Rosenberg 2003,,,,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,15,12,15,Watch List Yellow,,,Arctic,Temperate Northern Pacific,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +571,Crested Auklet,Aethia cristatella,waterbird,Charadriiformes,Alcidae,Monotypic.,0,1,0,0,M,,,2,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"5,500,000",5500000,,,,,,3,412000,BirdLife 2015,,2,2704678,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,3,Hunter-Rosenberg 2003,,,,3,Hunter-Rosenberg 2003,,,,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,11,10,11,,,,Arctic,Temperate Northern Pacific,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +572,Rhinoceros Auklet,Cerorhinca monocerata,waterbird,Charadriiformes,Alcidae,Monotypic.,1,1,1,0,M,,,3,BNA Gaston & Dechesne 1996,,"1,500,000",1500000,"900,000",900000,1993,BNA Gaston & Dechesne 1996,,3,321000,BirdLife 2015,BirdLife breeding range is more nuanced; Natureserve range includes large unoccupied stretches of coastline,2,1459328,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",% range in W Hem is a guesstimate,4,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,2,M-H,3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,2,M-H,3,PIFSC-20,"Panjabi-23: many winter along continental shelf, beyond CBC coverage, so maintain 3 for uncertainty. Easton 2020: Winter distribution poorly described. CBC inadequate (although more coverage than other alcids). BC has 50% global distribution. Score of 3 since trends poorly described. Considered increasing in some regions, declining in others. BC seabird colony counts (1984-2017) -0.2%. Shaw 2020: Rodway & Lemon 2011 in BC found increases from 1984-2011 on Triangle Island, Haida Gwaii, the northern mainland coast of BC, SGaang Gwaay, and Lucy Island (the latter increase insignificant), versus a decrease on Pine Island. Dragoo et al. 2019 shows 4.1% annual increase at St. Lazaria I., AK.",,,,,,,,,,,,,,,,,,,,13,11,13,,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +573,Atlantic Puffin,Fratercula arctica,waterbird,Charadriiformes,Alcidae,,1,1,0,0,M,,,2,BirdLife 2015,"calculation based on Europe's 9,550,000-11,600,000 adults estimated as at least 90% of global population","12,000,000",12000000,"380,000",380000,1999,BNA Lowther et al. 2002,,2,1620000,BirdLife 2015,,1,11149550,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Hunter-Rosenberg 2003,,,,3,Hunter-Rosenberg 2003,,,,2,CBC7019-AS,,40.74859238,0.699999988,-1.100000024,2.799999952,,19.05201912,0.699999988,-1.5,3.299999952,,25,,3.900000095,,,,1,,,9,8,9,,,,Arctic,Temperate Northern Atlantic,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters,Oceans: Pelagic +574,Horned Puffin,Fratercula corniculata,waterbird,Charadriiformes,Alcidae,Monotypic.,1,1,0,0,M,,,3,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"800,000",800000,,,,,,2,1410000,BirdLife 2015,BirdLife and natureserve estimates seem to be based on different polygons; went with BirdLife,1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Hunter-Rosenberg 2003,,,,3,Hunter-Rosenberg 2003,,,,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,11,10,11,,,,Arctic,Temperate Northern Pacific,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +575,Tufted Puffin,Fratercula cirrhata,waterbird,Charadriiformes,Alcidae,Monotypic.,1,1,0,0,M,,,3,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"2,300,000",2300000,,,,,,3,917000,BirdLife 2015,,1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Hunter-Rosenberg 2003,,,,3,Hunter-Rosenberg 2003,,,,2,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,11,9,11,,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +577,Black-legged Kittiwake,Rissa tridactyla,waterbird,Charadriiformes,Laridae,,1,1,1,1,M,,,2,"WPE5, BirdLife 2015","ssp. tridactyla: 1990-2000 expert opinion in E. Atlantic, best guess in Greenland, 2006-2011 expert opinion in W. Atlantic. 14,600,000-15,650,000 total individuals or 9,733,333-10,433,333 adults (WPE5). Estimate assumes 2/3 of total pop. are adults.","10,000,000",10000000,"1,600,000",1600000,2007,BNA Hatch et al. 2009,,1,7629160,"Natureserve, with Old World extrapolation",,1,44919710,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,4,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,5,H,2,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,2,H,5,"CBC7019-AS,JS",,-81.25962067,-3.35959506,-5.521346569,-1.399999976,1,-40.73551178,-2.07089591,-6.097953796,2.985210896,,25,,4.121346474,,,,,,,12,10,12,Common Bird in Steep Decline,,,Arctic,Nearctic,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters,Oceans: Pelagic +578,Red-legged Kittiwake,Rissa brevirostris,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,0,0,M,,,4,BirdLife 2017,"290,000-320,000 total individuals (WPE)","200,000",200000,,,,,,4,192000,BirdLife 2015,,1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",4,Hunter-Rosenberg 2003,,,,3,Hunter-Rosenberg 2003,,,,4,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,16,12,16,Watch List Yellow,,,Arctic,Temperate Northern Pacific,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +579,Ivory Gull,Pagophila eburnea,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,0,0,M,,,5,COSEWIC (in press),"COSEWIC draft report: 16,000–25,300 mature individuals. Alternative estimates: 15,000-25,000 total individuals (WPE). BirdLife has conflicting estimate of 25,000 pairs or 75,000 total individuals from HBW (1996), but the current online version of HBW says ""19,000–27,000 individuals, roughly equivalent to 12,000–18,000 adults"". 49,500-57,000 estimate is derived from 35,000 in N. America + 14,500-22,000 in Russian Arctic (BirdLife)","21,000",21000,"2,100",2100,,COSEWIC (in press),"COSEWIC draft report: 1950–2,250 mature individuals in Canada based on Gilchrist & Mallory's surveys from 2009-2019",3,397000,BirdLife 2015,,2,3386488,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map","BirdLife range map includes all of polar region in W hemisphere, but only land areas in Old World; % range in W Hem is a guesstimate",4,Defenders of Wildlife 2007,,,,3,Hunter-Rosenberg 2003,,,,4,Defenders of Wildlife 2007,possible 90% population loss in Canada since 1980's,,,,,,,,,,,,,,,,,,,,16,14,16,Watch List/Tipping Point Yellow,,,Arctic,Arctic,Coasts: Cliffs and Islands,Coasts: Marine Waters,Oceans: Arctic Polynyas, +580,Sabine's Gull,Xema sabini,waterbird,Charadriiformes,Laridae,,1,1,1,1,M,,,4,"WPE5, BirdLife 2015","missing data for ssp. palaeartica & ssp. tschuktschorum. 2001 expert opinion for ssp. sabini, best guess for ssp. woznesenksii. 325,000-700,000 total individuals or 216,667-466,667 adults (WPE5). Adult estimate assumes 2/3 of total pop. are adults.",">340,000",340000,,,,,,3,948000,BirdLife 2015,"major discrepancy between BirdLife and NS range. NS includes northern coast of Canada and Alaska whereas BirdLife doesn't. Canada and alaska range seems justified given abundance of jun-jul Ebird records in this area. However, NS range area not currently available, needs to be calculated.",1,5326796,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map","range maps vary widely between natureserve, BirdLife and avibirds.com",3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,3,M-H,3,Hunter-Rosenberg 2003,"why are TN elevated, compared with, say, Black-legged Kittiwake? (KVR)",,,2,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,12,10,12,,,,Arctic,Widespread,Wetlands: Tundra,,Oceans: Pelagic, +581,Bonaparte's Gull,Chroicocephalus philadelphia,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,1,1,M,,,3,PIFcalc19–bbs0615,,"790,000",790000,"790,000",790000,2010.5,PIFcalc19–bbs0615,,1,4392131,Natureserve,,2,3732622,Natureserve,,3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,4,M-H,2,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,2,H,3,"BBS7021-AS, BBS9321-JS",,-30.90483284,-0.805511653,-3.819999933,1.639999986,,-23.90769958,-1.359871149,-6.309999943,1.849102974,,20,extended,5.460000038,158,1.710000038,270.1799927,1,,,10,10,10,,,,Northern Forest,Nearctic,Wetlands: Boreal,,Coasts: Marine Waters,Wetlands: Lakes and Rivers +583,Black-headed Gull,Chroicocephalus ridibundus,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,0,0,M,,,3,"WPE5, BirdLife 2015","1990-2000 expert opinion for Europe, Mediterranean, W. Africa, Black Sea, 1987-1991 expert opinion for W/SW Asia & NE Africa. 1987-1991 best guess for S. Asia, 2001 best guess for E/SE Asia, 2001-2011 expert opinion for NE N. America. 4,845,440-8,850,440 total individuals or 3,230,293-5,900,293 adults (WPE5). Adult estimate assumes 2/3 of total pop. are adults.","4,600,000",4600000,,,,,,1,16700000,BirdLife 2015,,1,13020100,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",extrapolation to Old World based on BirdLife map,2,Hunter-Rosenberg 2003,,,,4,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,5,M-H,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,9,11,11,,yes,,Palearctic,Palearctic,Wetlands: Generalist,,Coasts: Marine Waters,Wetlands: Lakes and Rivers +584,Little Gull,Hydrocoloeus minutus,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,0,0,M,,,4,"WPE5, BirdLife 2015","1990-2000 expert opinion for Central & E. Europe/SW Europe & W. Mediterranean, 1996 best guess for W. Asia/E. Mediterranean, Black Sea, & Caspian, 2001-2011 expert opinion for North America. 97,150-274,300 total individuals or 64,767-182,867 adults (WPE5). Adult estimate assumes 2/3 of total pop. are adults.","120,000",120000,,,,,,1,8322360,BirdLife 2021,,2,2499041,BirdLife 2022,,3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,3,M-H,2,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,1,H,3,CWS review team 2018,no data,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Palearctic,Palearctic,Wetlands: Freshwater Marsh,,Coasts: Marine Waters,Wetlands: Lakes and Rivers +585,Ross's Gull,Rhodostethia rosea,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,0,0,M,,,5,"WPE5, BirdLife 2015",best guess (WPE5). Adult estimate assumes 2/3 of total pop. are adults.,"42,000",42000,,,,,,5,30400,BirdLife 2015,"went with smaller BirdLife estimate as global range map (from BirdLife) includes large areas of icefields/glaciers in Greenland that make up the majority of the range, and these areas probably do not support birds?? BirdLife estimate does not seems to reflect their map, however.",1,,BirdLife,ocular estimate of non-breeding range; appears roughly the size of continental U.S. (~9M sq km),2,Hunter-Rosenberg 2003,,,,3,Hunter-Rosenberg 2003,,,,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,15,12,15,Watch List Yellow,,,Arctic,Arctic,Wetlands: Tundra,,Coasts: Marine Waters, +587,Laughing Gull,Leucophaeus atricilla,waterbird,Charadriiformes,Laridae,,1,1,1,1,M,,,3,"PIFcalc19–bbs0615(BBS), eBird7017(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"1,600,000",1600000,"680,000",680000,2010.5,PIFcalc19–bbs0615,,3,955667,Natureserve,,2,3386223,Natureserve,,2,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,1,H,2,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,2,H,3,"BBS7021-AS,JS",,123.1862793,1.58574295,-0.214498997,3.519999981,,-45.50582504,-2.496532917,-4.429999828,-0.538999975,1,24,core,3.734498978,214,270.4949951,57885.92969,,,,11,10,11,,yes,,Widespread,Widespread,Coasts: Beach and Estuary,Coasts: Marine Waters,Coasts: Beach and Estuary,Coasts: Marine Waters +588,Franklin's Gull,Leucophaeus pipixcan,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,1,1,M,,,3,PIFcalc19–bbs0615,,"2,300,000",2300000,"2,300,000",2300000,2010.5,PIFcalc19–bbs0615,,2,1427546,Natureserve,,3,726860,Natureserve,,4,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,5,M-H,3,Hunter-Rosenberg 2003,,,,2,"BBS7021-AS,JS",,-9.800947189,-0.201741278,-2.529999971,4.019999981,,452.8756714,8.483925819,1.600000024,18.60000038,1,21,core,6.550000191,396,305.9949951,120421.6328,,,,11,11,11,Previously Watch List,,,Great Plains,Temperate South America,Wetlands: Freshwater Marsh,,Coasts: Beach and Estuary,Coasts: Marine Waters +592,Heermann's Gull,Larus heermanni,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,1,1,M,,,4,BirdLife 2016,Adult estimate assumes 2/3 of total pop. are adults.,"350,000",350000,,,,,,5,3532,Natureserve,,3,785035,Natureserve,,4,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,1,H,2,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,2,H,3,Kushlan et al. 2002,needs expert opinion by Enriqueta Velarde (MX-NSAC),,,,,,,,,,,,,,,,,,,,16,12,16,Watch List Yellow,,,Pacific North America,Pacific North America,Coasts: Beach and Estuary,Coasts: Marine Waters,Coasts: Beach and Estuary,Coasts: Marine Waters +594,Short-billed Gull,Larus brachyrhynchus,waterbird,Charadriiformes,Laridae,Formerly considered conspecific with Larus canus.,1,1,1,0,M,,,3,PIFcalc19–bbs0615,,"1,300,000",1300000,"1,300,000",1300000,2010.5,PIFcalc19–bbs0615,Shaw-22: Old World split doesn't affect US-Ca pop size,2,3456526,BirdLife 2021; Shaw-22,"Shaw-22: BirdLIfe has not split Larus canus, so I used the N. American portion of BirdLife's L. canus polygons",2,1464417,BirdLife 2021; Shaw-22,"Shaw-22: BirdLIfe has not split Larus canus, so I used the N. American portion of BirdLife's L. canus polygons",3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,3,M-H,2,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,2,H,5,"BBS7021-AS, BBS9321-JS",,-59.57807541,-2.399876595,-3.958796978,-0.152999997,1,-60.40026093,-2.853509665,-4.420000076,-1.399999976,1,32,extended,3.8057971,150,3.549999952,532.5,,,24,13,12,13,Watch List/Tipping Point Orange,,,Arctic,Pacific North America,Wetlands: Generalist,,Coasts: Beach and Estuary,Coasts: Marine Waters +595,Ring-billed Gull,Larus delawarensis,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,1,1,M,,,3,"PIFcalc19–bbs0615(BBS), eBird7017(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"3,800,000",3800000,"3,700,000",3700000,2010.5,PIFcalc19–bbs0615,,1,5378081,Natureserve,,1,4298264,Natureserve,,2,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,2,H,2,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,2,H,2,"BBS7021-AS,JS",,116.1014481,1.523489833,0.486802995,2.980000019,1,-37.06023788,-1.533824801,-3.069999933,-0.235897005,1,30,core,2.493196964,1386,18.54000092,25661.33984,,,,8,8,8,,yes,w,Nearctic,Nearctic,Wetlands: Generalist,,Wetlands: Lakes and Rivers,Coasts: Beach and Estuary +596,Western Gull,Larus occidentalis,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,1,0,R,,,4,"PIFcalc19–eBird7017(UsCa,WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"86,000",86000,"44,000",44000,2010.5,PIFcalc19–eBird7017,,4,91613,Natureserve,,4,157367,Natureserve,,2,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,2,H,2,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,2,M-H,5,"BBS7021-AS,JS",,-54.73634338,-1.541458845,-3.5,-0.289297014,1,-60.52378464,-2.482203484,-5.300000191,-0.649797976,1,37,core,3.210702896,28,15.21500015,426.019989,,,28,15,15,15,Watch List/Tipping Point Orange,yes,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Beach and Estuary,Coasts: Marine Waters +597,Yellow-footed Gull,Larus livens,waterbird,Charadriiformes,Laridae,Monotypic.,0,1,1,0,M,,,5,WPE5,Adult estimate assumes 2/3 of total pop. are adults.,"40,000",40000,,,,,,5,74082,Natureserve,,4,199493,Natureserve,,3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,1,H,2,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,1,H,3,Kushlan et al. 2002,unknown (MX-NSAC),,,,,,,,,,,,,,,,,,,,16,14,16,Watch List Yellow,,,Pacific North America,Pacific North America,Coasts: Beach and Estuary,Coasts: Marine Waters,Coasts: Beach and Estuary,Coasts: Marine Waters +598,California Gull,Larus californicus,waterbird,Charadriiformes,Laridae,,1,1,1,1,M,,,3,"PIFcalc19–bbs0615(BBS), eBird7017(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"1,100,000",1100000,"1,100,000",1100000,2010.5,PIFcalc19–bbs0615,,2,1990123,Natureserve,,3,892569,Natureserve,,3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,3,M-H,2,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,2,M-H,4,"BBS7021-AS,JS",,-4.089765549,-0.081666596,-1.633298039,2.25999999,,-38.67705154,-1.67197907,-4.630000114,0.632000029,,29,core,3.893297911,434.5,12.22500038,5313.845215,,,,12,12,12,Previously Watch List,,,Western Temperate,Western Temperate,Coasts: Beach and Estuary,Wetlands: Lakes and Rivers,Coasts: Beach and Estuary,Coasts: Marine Waters +599,Herring Gull,Larus argentatus,waterbird,Charadriiformes,Laridae,,1,1,1,1,M,,,3,"BNA2017, eBird7017(UsCa,WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"3,900,000",3900000,"2,900,000",2900000,2010,BNA Nisbet et al. 2017,,1,10356915,"Natureserve, with Old World extrapolation",,1,7400265,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,3,M-L,2,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,2,M-H,5,"BBS7021-AS,JS",,-79.91998291,-3.098096609,-4.178297997,-1.24000001,1,-71.23665619,-2.924990892,-4.429999828,-1.480000019,1,42,core,2.938297987,807.5,8.899999619,7218,,,23,12,11,12,Common Bird in Steep Decline,yes,,Nearctic,Widespread,Coasts: Beach and Estuary,Wetlands: Lakes and Rivers,Coasts: Beach and Estuary,Coasts: Marine Waters +601,Iceland Gull,Larus glaucoides,waterbird,Charadriiformes,Laridae,,1,1,0,0,M,,,4,"WPE5, BirdLife 2015","2006-2011, expert opinion for ssp. thayeri, 1990-2000 expert opinion for ssp. glaucoides, 2001-2011 expert opinion for ssp. kumlieni (WPE5). Adult estimate assumes 2/3 of total pop. are adults.","220,000",220000,"84,000",84000,,WPE5,,2,1717087,BirdLife 2019,,2,1544961,BirdLife 2019,,2,Hunter-Rosenberg 2003,,,,1,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,1,H,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,11,10,11,,,,Arctic,Nearctic,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Beach and Estuary,Coasts: Marine Waters +602,Lesser Black-backed Gull,Larus fuscus,waterbird,Charadriiformes,Laridae,,1,1,1,1,M,,,3,WPE5,"missing data for ssp. barabensis. best guess for ssp. heuglini, 2005 expert opinion for ssp. fuscus, 1990-2000 expert opinion for ssp. graellsi & ssp. intermedius. Adult estimate assumes 2/3 of total pop. are adults.",">1,000,000",1000000,,,,,,1,4201101,BirdLife 2021,,1,17533244,BirdLife 2021,,2,Hunter-Rosenberg 2003,,,,1,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,1,M-H,1,Hunter-Rosenberg 2003,Clearly documented increases on Atlantic Coast during winter,,,,,,,,,,,,,,,,,,,,7,6,7,,,,Palearctic,Widespread,Coasts: Beach and Estuary,Coasts: Marine Waters,Coasts: Beach and Estuary,Coasts: Marine Waters +603,Slaty-backed Gull,Larus schistisagus,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,0,0,M,,,4,"WPE5, BirdLife 2015",best guess (WPE5). Adult estimate assumes 2/3 of total pop. are adults.,"340,000",340000,,,,,,3,303000,BirdLife 2015,,3,766833,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",BirdLife indicates yr-round population around Seward Peninsula. Extrpolaiton to old world based on BirdLife map,2,Hunter-Rosenberg 2003,,,,2,Hunter-Rosenberg 2003,,,,3,MX-NSAC-12,unknown,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Palearctic,Palearctic,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Beach and Estuary,Coasts: Marine Waters +604,Glaucous-winged Gull,Larus glaucescens,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,1,1,M,,,4,"PIFcalc19–eBird7017(UsCa,WHem,Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"470,000",470000,"440,000",440000,2010.5,PIFcalc19–eBird7017,,3,707000,BirdLife 2015,,2,1188490,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",no range map in BirdLife page. HBW used to estimate relative % in E vs. W hemisphere,2,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,2,H,2,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,3,M-L,4,"BBS7021-AS,JS",,-29.54763794,-0.682788372,-3.200000048,0.957500994,,-46.79108047,-1.529972315,-3.329999924,-0.100601003,1,41,core,4.157501221,106,17.65500069,1907.569946,,,,13,12,13,,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Beach and Estuary,Coasts: Marine Waters +605,Glaucous Gull,Larus hyperboreus,waterbird,Charadriiformes,Laridae,,1,1,1,0,M,,,3,"WPE5, BirdLife 2015","missing data for ssp. pallidissimus. 2000 expert opinion for ssp. hyperboreus, 1990-2000 best guess for ssp. leuceretes, 2000-2005 expert opinion for ssp. barrovianus. 404,000-1,529,000 total individuals or 269,333-1,019,333 adults (WPE5). Assumed estimates represent adults.",">970,000",970000,"170,000",170000,2012,BNA Weiser & Gilchrist 2012,,2,3866738,"Natureserve, with Old World extrapolation",,2,3087538,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,3,M-L,2,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,2,H,5,"CBC7019-AS,JS",,-71.39879608,-2.522181034,-4.010009766,-1.100000024,1,-60.627491,-3.659759998,-6.829053402,-1.014830589,1,25,,2.910009623,,,,,,19,13,12,13,Watch List/Tipping Point Orange,,,Arctic,Nearctic,Coasts: Cliffs and Islands,Wetlands: Tundra,Coasts: Beach and Estuary,Coasts: Marine Waters +606,Great Black-backed Gull,Larus marinus,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,1,1,R,,,4,"PIFcalc19–bbs0615(BBS), eBird7017(WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"370,000",370000,"150,000",150000,2010.5,PIFcalc19–bbs0615,,3,951238,"Natureserve, with Old World extrapolation",,2,2518348,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,3,M-H,2,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,2,M-H,5,"BBS7021-AS,JS",,-72.55588531,-2.501549006,-3.940000057,-0.945598006,1,-78.71099854,-3.988080263,-5.920000076,-2.15060091,1,38,core,2.994401932,189.5,3.825000048,725.3300171,,,17,15,13,15,Watch List/Tipping Point Orange,,,Northern Forest,Eastern Temperate,Coasts: Beach and Estuary,Wetlands: Lakes and Rivers,Coasts: Beach and Estuary,Coasts: Marine Waters +608,Brown Noddy,Anous stolidus,waterbird,Charadriiformes,Laridae,,0,1,1,1,M,,,3,BNA Chardine & Morris 1996,"missing data for ssp. galapagensis. 2001 best guess for ssp. stolidus & ssp. plumbeigularis, 2001-2008 best guess for ssp. pileatus, 2005 for ssp. ridgwayi. 1,175,100-2,075,250 total individuals or 783,400-1,383,500 (WPE5). Adult estimate assumes 2/3 of total pop. are adults.","1,600,000",1600000,,,,,,1,10000000,BirdLife 2015,"extent of occurance, as listed on http://www.avibirds.com/html/Brown_Noddy.html, citing BirdLife. Range area listed on BirdLife page in Nov. 2015 is 26,800 km2, which presumably represents land area of breeding islands only",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Waterbird Working Group 2017,,,,2,Waterbird Working Group 2017,,,,3,Kushlan et al. 2002,unknown,,,,,,,,,,,,,,,,,,,,10,9,10,,,,Pantropical,Pantropical,Islands: Oceanic,,Oceans: Pelagic, +609,Black Noddy,Anous minutus,waterbird,Charadriiformes,Laridae,,0,0,1,1,M,,,3,BNA Gauger 1999,,"1,300,000",1300000,,,,,,1,,Panjabi 2017,"worldwide distribution in tropical and subtropical seas, with colonies widespread in the western and central Pacific Ocean and more scattered across the Caribbean, central Atlantic and in the northeast Indian Ocean (BirdLife 2017).",2,,BirdLife 2017; Panjabi-17,,3,Waterbird Working Group 2017,,,,2,Waterbird Working Group 2017,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,,,Pantropical,Pantropical,Islands: Oceanic,,Oceans: Pelagic, +612,Sooty Tern,Onychoprion fuscatus,waterbird,Charadriiformes,Laridae,,0,1,1,1,M,,,2,BNA Schreiber et al. 2002,estimate assumes 2/3 of total pop. are adults.,"47,000,000",47000000,,,,,,1,,Panjabi 2017,breeds on tropical islands and ranges through most of the tropical oceans (BirdLife 2017).,1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Waterbird Working Group 2017,,,,2,Waterbird Working Group 2017,,,,3,Kushlan et al. 2002,unknown,,,,,,,,,,,,,,,,,,,,9,8,9,,,,Pantropical,Pantropical,Coasts: Beach and Estuary,Islands: Oceanic,Oceans: Pelagic, +614,Bridled Tern,Onychoprion anaethetus,waterbird,Charadriiformes,Laridae,,0,1,1,1,M,,,3,"WPE5, BirdLife 2015","missing data for ssp. rogersi & ssp. novaehollandiae. 2001 best guess for ssp. melanopteris, 2000-2010 expert opinion for ssp. antarctica, 2005 best guess for ssp. fuligula, 1994-2011 best guess for ssp. anaethetus, 2005 for ssp. nelsoni. 882,670-2,092,800 total individuals or 588,447-1,395,200 adults (WPE5). Adult estimate assumes 2/3 of total pop. are adults.",">700,000",700000,,,,,,1,,Panjabi 2017,"A bird of the tropical oceans. It breeds off the Pacific and Atlantic coast of Central America including the Caribbean, off small areas of western Africa, around Arab (BirdLife 2017) ia and eastern Africa down to South Africa, off the coast of India, and in much of south-east Asia and Australasia excluding southern Australia and New Zealand (BirdLife 2017).",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Waterbird Working Group 2017,,,,2,Waterbird Working Group 2017,,,,4,Kushlan et al. 2002,"past declines, has disappeared from some islands (CH); unknown (MX-NSAC)",,,,,,,,,,,,,,,,,,,,11,10,11,,,,Pantropical,Pantropical,Islands: Oceanic,,Oceans: Pelagic, +615,Aleutian Tern,Onychoprion aleuticus,waterbird,Charadriiformes,Laridae,Monotypic.,0,1,0,0,M,,,5,"WPE5, BirdLife 2015","2005. 17,000-20,000 total individuals or 11,333-13,333 adults (WPE5). Adult estimate assumes 2/3 of total pop. are adults.","22,000",22000,,,,,,3,708097,Natureserve 3.0 with adjustment by PIFSC-16,extrapolated to include populations breeding along coast of eastern Russia around Kamchatka peninsula and Sakhalin Island,3,,Panjabi,"wintering area in SW Pacific around Indo-china, but not fully known; score of 3 reflects uncertainty",3,Waterbird Working Group 2017,Rat issues and disturbance due to people on ATVs has decimated some colonies; could possibly be 4 (Waterbird working group 2017). Concern in AK due to declining colony counts and loss of colonies (Brad Andres),,,3,Waterbird Working Group 2017,"winters around Phillipines, could be bycatch issues; unsure",,,2,BBS9321-JS,,0,0,-1.614398003,4.398297787,,0,0,-1.396602035,5.062795162,,27,extended,6.012695789,6,13.47999954,80.87999725,1,,,13,13,13,Previously Watch List,,,Arctic,Eastern Indo-Pacific,Coasts: Beach and Estuary,Wetlands: Freshwater Marsh,Coasts: Beach and Estuary,Coasts: Marine Waters +617,Least Tern,Sternula antillarum,waterbird,Charadriiformes,Laridae,,0,1,1,1,M,,,4,"PIFcalc19–eBird7017(UsCa,WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"120,000",120000,"52,000",52000,2010.5,PIFcalc19–eBird7017,,2,1341037,Natureserve,,2,2169507,Natureserve,,4,Waterbird Working Group 2017; PIFSC-CVS 2022,,4,H,3,Waterbird Working Group 2017,"concentrated off coast of south america in winter where they are harvested for food, sold in markets like some shorebirds and roseate terns",,,5,"BBS7021-AS,JS",,-80.25854492,-3.130446196,-5.131298065,-1.409999967,1,-58.48051834,-3.458302021,-6.550000191,-0.193697006,1,25,core,3.721297979,136,1.679499984,228.4120026,,,20,15,14,15,Watch List/Tipping Point Orange,yes,,Nearctic,Neotropical,Coasts: Beach and Estuary,Wetlands: Lakes and Rivers,Coasts: Beach and Estuary, +620,Gull-billed Tern,Gelochelidon nilotica,waterbird,Charadriiformes,Laridae,,1,1,1,1,M,,,4,"WPE5, HBW (taxonomic reference)","missing data for ssp. affinis and groenvoldi/vanrossemi population in coastal Ecuador/Peru. 2001, expert opinion for W. Europe/W. Africa ssp. nilotica, 2000-2007 for ssp. aranea, 1990-2000, expert opinion for Black Sea/E. Mediterreanean/E. Africa ssp. nilotica, 1987-1991, best guess for W/Central/SW Asia ssp. nilotica and E/SE Asia addenda, 2011 best guess for ssp. groenvoldi, 2006-2007 for ssp. vanrossemi. Adult estimate assumes 2/3 of total pop. are adults.",">190,000",190000,"8,000",8000,2002,BNA Molina et al. 2014,,1,5154972,Natureserve,,1,6879182,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,4,Waterbird Working Group 2017; PIFSC-CVS 2022,,1,H,2,Waterbird Working Group 2017; PIFSC-CVS 2022,,1,H,4,Waterbird Working Group 2017,"Panjabi-23: BBS would yield a score of 3 for US (long-term gain of 47%, 3 gen loss of 41%, neither statistically significant), but only covers a portion of the N. American range, likely not the largest pops, and does not sample coastal habitat very well. CBC7019 (-1.167 long term annual trend, where 90% CI doesn't overlap 0) indicates a decline, however CBC only covers the relatively sparse winter population in the US, not most of the birds that head further south. So expert opinion superior than either dataset. Shaw 2020: Mexican and Central American expert scores averaged to 3.",,,,,,,,,,,,,,,,,,,,13,11,13,,,,Widespread,Neotropical,Coasts: Beach and Estuary,Wetlands: Freshwater Marsh,Coasts: Beach and Estuary,Wetlands: Freshwater Marsh +621,Caspian Tern,Hydroprogne caspia,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,1,1,M,,,3,"PIFcalc19–eBird7017(UsCa,WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"530,000",530000,"78,000",78000,2010.5,PIFcalc19–eBird7017,,2,2403120,"Natureserve, with Old World extrapolation",,1,7664735,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,1,M-H,2,Waterbird Working Group 2017; PIFSC-CVS 2022,,1,H,1,"BBS7021-AS,JS",,55.46615982,0.86933583,-0.147998005,2.549999952,,-10.29851818,-0.372023523,-2.829999924,1.602398992,,29,core,2.697998047,228,0.113499999,25.73699951,,,,9,7,9,,,,Nearctic,Widespread,Wetlands: Lakes and Rivers,,Coasts: Beach and Estuary, +623,Black Tern,Chlidonias niger,waterbird,Charadriiformes,Laridae,,1,1,1,1,M,,,2,"PIFcalc19–bbs0615(BBS), eBird7017(WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"5,100,000",5100000,"2,300,000",2300000,2010.5,PIFcalc19–bbs0615,,1,10591490,"Natureserve, with Old World extrapolation",,2,2293814,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,4,PIFSC-19; PIFSC-CVS 2022,changed due to calibration with TB-r,2,M-H,2,Waterbird Working Group 2017,,,,5,"BBS7021-AS,JS",,-67.48629761,-2.179780722,-4.260000229,-0.557798028,1,-5.395445347,-0.324185967,-3.809999943,4.282999039,,17,core,3.702202082,557,3.630000114,2017.609985,,,,12,11,12,Common Bird in Steep Decline,,,Nearctic,Tropical Eastern Pacific,Wetlands: Freshwater Marsh,,Oceans: Pelagic,Coasts: Marine Waters +626,Roseate Tern,Sterna dougallii,waterbird,Charadriiformes,Laridae,,1,1,1,1,M,,,4,BNA Nisbet et al. 2014,"202,352-216,380 total individuals or 134,901-144,253 adults (WPE5). Adult estimate assumes 2/3 of total pop. are adults.","160,000",160000,,,,,,3,417565,"Natureserve, with Old World extrapolation",,1,7159000,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,4,Waterbird Working Group 2017,,,,3,Waterbird Working Group 2017,,,,4,Kushlan et al. 2002,"caribbean pops more stable, but northern pops declining",,,,,,,,,,,,,,,,,,,,15,12,15,Watch List Yellow,,,Widespread,Widespread,Coasts: Beach and Estuary,Coasts: Marine Waters,Oceans: Pelagic,Coasts: Marine Waters +627,Common Tern,Sterna hirundo,waterbird,Charadriiformes,Laridae,,1,1,1,1,M,,,3,"PIFcalc19–bbs0615(BBS), eBird7017(WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"2,800,000",2800000,"470,000",470000,2010.5,PIFcalc19–bbs0615,,1,16000000,BirdLife 2015,,1,23728090,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Waterbird Working Group 2017; PIFSC-CVS 2022,gulf and atlantic populations are more highly threatened (Waterbird working group 2017),3,M-L,2,Waterbird Working Group 2017,,,,3,"BBS7021-AS,JS",,-48.95510864,-1.311036348,-3.049999952,0.386000007,,-23.20938301,-0.845969021,-3.049999952,1.066506028,,31,core,3.436000109,302,0.644500017,194.8569946,,,,10,9,10,,,,Nearctic,Neotropical,Coasts: Beach and Estuary,Wetlands: Lakes and Rivers,Coasts: Beach and Estuary,Coasts: Marine Waters +628,Arctic Tern,Sterna paradisaea,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,1,1,M,,,3,BNA Hatch 2002,,"3,000,000",3000000,"1,500,000",1500000,2005,"BNA Hatch 2002, eBird7017(UsCa,WHem), PIF(Glob)","Shaw 2020: extrapolated from the BNA world estimate of 3,000,000 using the proportion in US/Canada estimated from the other sources listed",1,12686524,"Natureserve, with Old World extrapolation",,1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",4,Waterbird Working Group 2017; PIFSC-CVS 2022,"uses wide variety of habitats, but climate change related threats exist (Waterbird working group 2017). Rosenberg 2020: witnessed local people in Nome, AK going out and collecting eggs from the tern colonies and also trying to kill adults.",4,M-H,2,Waterbird Working Group 2017,,,,4,"BBS7021-AS, BBS9321-JS",,-42.10268402,-1.314463019,-4.389999866,1.049999952,,-30.17768478,-1.051651716,-3.430000067,1.320000052,,34,extended,5.440000057,97.5,4.869999886,474.8250122,1,,,12,10,12,,,,Arctic,Southern Ocean,Wetlands: Tundra,Forests: Boreal,Coasts: Marine Waters,Oceans: Pelagic +629,Forster's Tern,Sterna forsteri,waterbird,Charadriiformes,Laridae,Monotypic.,1,1,1,1,M,,,4,"PIFcalc19–bbs0615(BBS), eBird7017(WHem,Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"150,000",150000,"130,000",130000,2010.5,PIFcalc19–bbs0615,,2,1758211,Natureserve,,2,3173354,Natureserve,,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,H,2,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,M-H,4,"BBS7021-AS,JS",,-38.52841568,-0.950214982,-2.103698015,0.467999995,,-36.59143448,-1.961656094,-4.329999924,0.029397,,23,core,2.57169795,297.5,0.272000015,80.9469986,,,,13,12,13,,,,Great Plains,Nearctic,Wetlands: Freshwater Marsh,,Coasts: Beach and Estuary,Wetlands: Freshwater Marsh +630,Royal Tern,Thalasseus maximus,waterbird,Charadriiformes,Laridae,,1,1,1,1,M,,,4,"PIFcalc19–eBird7017(UsCa,WHem,Glob); BirdLife 2021; Shaw-22","Shaw-22: took pop estimate extrapolated from PIFcalc19 using eBrd17(UsCa,WHem,Glob) and multiplied it by the % of the BirdLife range shapefile for T. maximus s.l. (West African Crested Tern not yet split off by BirdLife) that falls within the Western Hemisphere","55,000",55000,"35,000",35000,2010.5,PIFcalc19–eBird7017,Shaw-22: Old World split doesn't affect US-Ca pop estimate,2,2478033,BirdLife 2021; Shaw-22,"Shaw-22: BirdLife had not split off West African Crested Tern, so I manually removed it from their shapefile for Thalasseus maximus s.l.",2,3776517,BirdLife 2021; Shaw-22,"Shaw-22: BirdLife had not split off West African Crested Tern, so I manually removed it from their shapefile for Thalasseus maximus s.l.",3,Waterbird Working Group 2017; PIFSC-CVS 2022,threats not as high as for beach-nesting species (Waterbird working group 2017),2,M-H,2,Waterbird Working Group 2017; PIFSC-CVS 2022,,1,H,2,"BBS7021-AS,JS","Shaw-23: eBird S&T recent trends negative for most large populations, vs. small populations a mixed bag. CBC shows significant LT increase. CH: terns that are restricted to protected islands are doing better than terns and skimmers that nest more widespread (i.e. on beaches); disturbance from humans/predation.",8.534679413,0.160621628,-1.34879899,1.900004983,,1.158751845,0.036001958,-2.410000086,2.70520401,,32,core,3.248804092,58.5,1.370000005,81.01999664,1,,,11,10,11,,,,Widespread,Widespread,Coasts: Beach and Estuary,Coasts: Marine Waters,Coasts: Beach and Estuary,Coasts: Marine Waters +632,Sandwich Tern,Thalasseus sandvicensis,waterbird,Charadriiformes,Laridae,,1,1,1,1,M,,,3,"BNA2016, eBird7017(UsCa,WHem,Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"1,000,000",1000000,"94,000",94000,1985,BNA Shealer et al. 2016,,2,2801597,BirdLife 2021,,1,7531456,BirdLife 2021,,3,Waterbird Working Group 2017; PIFSC-CVS 2022,threats not as high as for beach-nesting species (Waterbird working group 2017),2,M-H,2,Waterbird Working Group 2017; PIFSC-CVS 2022,,1,H,2,"Hunter, Andres 2017","CBC shows sharp increase in US with 1.376% annual trend, but not used since doesn't cover species' full breeding range. Belize also increasing (PIF CAW 2015). Mexican SE Caribbean Lowlands PT-r = 3 (Mexican Regional Assessment 2005). BNA (2016) documents stability to increases for most populations, with range expansion up into mid-Atlantic coast. Terns that are restricted to protected islands are doing better than terns and skimmers that nest more widespread (i.e. on beaches); disturbance from humans/predation (CH)",,,,,,,,,,,,,,,,,,,,10,8,10,,,,Widespread,Widespread,Coasts: Beach and Estuary,Coasts: Marine Waters,Coasts: Beach and Estuary,Coasts: Marine Waters +633,Elegant Tern,Thalasseus elegans,waterbird,Charadriiformes,Laridae,Monotypic.,0,1,1,1,M,,,4,WPE5,2003-2005. Adult estimate assumes 2/3 of total pop. are adults.,"180,000",180000,,,,,,5,50024,Natureserve,,3,861309,Natureserve,,4,Waterbird Working Group 2017,,,,3,Waterbird Working Group 2017,,,,3,MX-NSAC,unknown,,,,,,,,,,,,,,,,,,,,16,13,16,Watch List Yellow,,,Pacific North America,Pacific North America,Coasts: Beach and Estuary,Coasts: Marine Waters,Coasts: Beach and Estuary,Coasts: Marine Waters +634,Black Skimmer,Rynchops niger,waterbird,Charadriiformes,Laridae,,1,1,1,1,M,,,3,"BNA1994, eBird7017(UsCa,WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"800,000",800000,"60,000",60000,1976,BNA Gochfeld & Burger 1994,,1,14296527,Natureserve,,1,14304416,Natureserve,,4,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,H,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,1,H,4,"BBS7021-AS,JS","Shaw 2020: 3 is most common score, followed by 2, in Mexico and C. America, but Mexican scores are stale, and US has good portion of population and Waterbird Working Group probably considered tropical pops for score of 5, so went with BBS. Waterbird Working Group 2017: local info (e.g. Texas) supports possible decline.",-66.1852417,-2.103026152,-4.96999979,0.002801,,-16.47801208,-0.852764964,-3.779999971,1.954699039,,21,core,4.972801208,60.5,0.699500024,42.20949936,,,,12,11,12,Common Bird in Steep Decline; previously Watch List,,,Widespread,Widespread,Coasts: Beach and Estuary,Coasts: Saltmarsh,Coasts: Beach and Estuary,Coasts: Saltmarsh +635,Sunbittern,Eurypyga helias,waterbird,Eurypygiformes,Eurypygidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,1,8455048,Natureserve,,1,8455048,Natureserve,,4,MX-NSAC,,,,4,MX-NSAC,,,,4,MX-NSAC,probably has declined (MX-NSAC),,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Wetlands: Forested,Forests: Tropical Lowland Evergreen,Wetlands: Forested,Forests: Tropical Lowland Evergreen +636,White-tailed Tropicbird,Phaethon lepturus,waterbird,Phaethontiformes,Phaethontidae,,0,0,1,1,M,,,4,"BNA, Lee & Walsh-McGee 1998","<200,000 pairs","<400,000",400000,,,,,,3,,BirdLife 2017; Panjabi-17,,2,,BirdLife 2017; Panjabi-17,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,13,15,Watch List Yellow,,,Pantropical,Pantropical,Islands: Oceanic,,Oceans: Pelagic, +637,Red-billed Tropicbird,Phaethon aethereus,waterbird,Phaethontiformes,Phaethontidae,,0,0,1,1,M,,,5,BirdLife 2015,,"8,200",8200,,,,,,5,24500,BirdLife 2015,"Breeding colonies are widely isolated. BirdLife range presumably represents area of islands and immediate waters, where most birds are found during breeding.",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",4,Hunter-Rosenberg 2003,,,,3,C. Hunter 2017,impacted by fisheries; entanglement in fishing nets; bycatch,,,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,17,12,17,Watch List/Tipping Point Red,,,Pantropical,Pantropical,Islands: Oceanic,,Oceans: Pelagic,Coasts: Marine Waters +638,Red-tailed Tropicbird,Phaethon rubricauda,waterbird,Phaethontiformes,Phaethontidae,,0,0,1,1,M,,,4,BNA Schreiber and Schreiber 2009,"30-40,000 pairs","70,000",70000,,,,,,3,,BirdLife 2017; Panjabi-17,,3,,BirdLife 2017; Panjabi-17,,3,Hunter-Rosenberg 2003,,,,3,Hunter-Rosenberg 2003,,,,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Eastern Indo-Pacific,Eastern Indo-Pacific,Islands: Oceanic,,Oceans: Pelagic, +639,Red-throated Loon,Gavia stellata,waterbird,Gaviiformes,Gaviidae,Monotypic.,1,1,1,0,M,,,3,"PIFcalc19–eBird7017(UsCa,WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"1,400,000",1400000,"360,000",360000,2010.5,PIFcalc19–eBird7017,,1,19470400,"Natureserve, with Old World extrapolation",,2,3304828,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,PIFSC-19; PIFSC-CVS 2022,changed due to calibration with TB-r,3,H,3,Waterbird Working Group 2017; PIFSC-CVS 2022,"on atlantic coast, common in bycatch",2,M-H,1,CBC7019-JS,,139.229126,1.796043515,1.335418701,2.207816124,1,79.66882324,2.973064184,1.813062072,4.1695261,1,25,,0.872397423,,,,,,,8,9,9,,,,Arctic,Nearctic,Wetlands: Tundra,Wetlands: Boreal,Coasts: Marine Waters, +640,Arctic Loon,Gavia arctica,waterbird,Gaviiformes,Gaviidae,,1,1,0,0,M,,,3,"WPE5, BirdLife 2015","ssp. suschkini missing data. 1990-2000 expert opinion for ssp. arctica, 1987-1991 best guess for ssp. viridigularis. 275,000 - 1,500,000 total individuals or 11,333-17,333 adults (WPE5). Adult estimate assumes 2/3 of total pop. are adults.",">590,000",590000,,,,,,1,18924618,BirdLife 2021,,2,3912157,BirdLife 2021,"winters in coastal europe, Black and Caspian Seas, also West Pacific from Kanchatka to Taiwan, according to BirdLife",3,Waterbird Working Group 2017,,,,3,Waterbird Working Group 2017,,,,3,Waterbird Working Group 2017,,,,,,,,,,,,,,,,,,,,,10,11,11,,,,Palearctic,Palearctic,Wetlands: Lakes and Rivers,Wetlands: Tundra,Coasts: Marine Waters, +641,Pacific Loon,Gavia pacifica,waterbird,Gaviiformes,Gaviidae,"Monotypic. Considered subspecies of G. arctica by AOU (1957), Peters (1979), and del Hoyo, et al. (1992).",1,1,1,0,M,,,3,"WPE5, BirdLife 2015","1987-1991 best guess for E. Asia, 2000 for N. America for 925,000-1,600,000 total individuals or 616,667-1,066,666 adults (WPE5). Adult estimate assumes 2/3 of total pop. are adults.","840,000",840000,,,,,,1,5398163,"Natureserve, with Old World extrapolation",,3,698038,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,4,Waterbird Working Group 2017; PIFSC-CVS 2022,,4,M-H,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,H,1,CBC7017,trend is for Pacific and Arctic loon combined,,,,,,,,,,,,,,,,,,,,9,10,10,,,,Arctic,Pacific North America,Wetlands: Tundra,,Coasts: Marine Waters, +642,Common Loon,Gavia immer,waterbird,Gaviiformes,Gaviidae,"Monotypic. ",1,1,1,0,M,,,3,"PIFcalc19–eBird7017(UsCa,WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"1,200,000",1200000,"1,100,000",1100000,2010.5,PIFcalc19–eBird7017,,1,9360701,"Natureserve, with Old World extrapolation",,2,1347498,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Waterbird Working Group 2017; PIFSC-CVS 2022,disturbance and lead issues are more of concern along southern periphery of breeding range (Waterbird working group 2017),2,H,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,M-H,1,"BBS7021-AS,JS",,35.37794113,0.595868647,0.063502997,1.519999981,1,14.9774704,0.411295891,-0.145798996,1.539999962,,34,core,1.456496954,1132.5,1.190000057,1347.464966,,,,8,9,9,,,,Northern Forest,Nearctic,Wetlands: Lakes and Rivers,,Coasts: Marine Waters,Wetlands: Lakes and Rivers +643,Yellow-billed Loon,Gavia adamsii,waterbird,Gaviiformes,Gaviidae,Monotypic.,1,1,1,0,M,,,5,BirdLife 2015,,"16,000",16000,"12,000",12000,2014,USFWS 2014,,1,4069923,Natureserve,,3,986715,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,4,Waterbird Working Group 2017; PIFSC-CVS 2022,subsistence harvest; bycatch in fihing nets; oil and gas development; very patchilty distributed on north slope (Waterbird working group 2017),3,M-H,4,Waterbird Working Group 2017; PIFSC-CVS 2022,"why are TN higher than for other loons? (KVR); populations wintering in yellow sea; scoring is consistent with shorebirds wintering in same areas; in US wintering birds are concentrated in SE Alaska, esp. Prince William sound and also vulnerable to oil spills and bycatch",3,H,5,"CBC7019-AS,JS",,-71.1893158,-2.507663012,-3.665740728,-1.5,1,-44.46814728,-2.325389862,-4.909232616,0.260517001,,25,,2.165740728,,,,,,,15,17,17,Watch List/Tipping Point Red,,,Arctic,Pacific North America,Wetlands: Tundra,Wetlands: Lakes and Rivers,Coasts: Marine Waters, +651,Laysan Albatross,Phoebastria immutabilis,waterbird,Procellariiformes,Diomedeidae,Monotypic.,1,1,1,0,M,,,3,BirdLife 2015,2006 survey-based,"1,200,000",1200000,,,,,,5,3500,BirdLife 2015,"Phoebastria immutabilis breeds at 16 sites (nine with populations of greater than 100 pairs), mostly in the Northwestern Hawaiian Islands (USA) and US Minor Outlying Islands, with additional small colonies in Japan and Mexico. The population is estimated to be c.590,926 breeding pairs, with the largest colony at Midway Atoll, followed by Laysan Island, both in the Northwestern Hawaiian Islands (Naughton et al. 2007).",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",4,Hunter-Rosenberg 2003,,,,4,Hunter-Rosenberg 2003,,,,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,15,11,15,Watch List Yellow,,,Temperate Northern Pacific,Temperate Northern Pacific,Islands: Oceanic,,Oceans: Pelagic, +652,Black-footed Albatross,Phoebastria nigripes,waterbird,Procellariiformes,Diomedeidae,Monotypic.,1,1,1,0,M,,,4,BirdLife 2015,2006-2007 survey-based,"130,000",130000,,,,,,4,,BirdLife 2017; Panjabi-17,"BirdLife lists range as 29 km2. Also states: Phoebastria nigripes breeds on the Northwestern Hawaiian Islands (USA), the US Minor Outlying Islands and three outlying islands of Japan, colonies having been lost from other Pacific islands (Whittow 1993, Cousins 1998). In total there are estimated to be 64,500 pairs breeding each year (Flint 2007, Naughton et al. 2007) in at least 14 locations. The largest populations are c.24,000 and 21,000 pairs on Midway Atoll and Laysan Island respectively, which together account for 73% of the global population (Flint 2007, Naughton et al. 2007).",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",4,Hunter-Rosenberg 2003,,,,4,Waterbird Working Group 2017,TN is not correct; should be 4?,,,3,Kushlan et al. 2002,As modified by PIF criteria,,,,,,,,,,,,,,,,,,,,15,12,15,Watch List Yellow,,,Temperate Northern Pacific,Temperate Northern Pacific,Islands: Oceanic,,Oceans: Pelagic, +654,Short-tailed Albatross,Phoebastria albatrus,waterbird,Procellariiformes,Diomedeidae,Monotypic.,1,1,1,0,M,,1,5,BirdLife 2015,2006-2007 survey-based,"1,600",1600,,,,,,5,,BirdLife 2017; Panjabi-17,"BirdLife lists range of 9 km2, also states: Phoebastria albatrus breeds on Torishima (Japan), and Minami-kojima (Senkaku Islands), that are claimed jointly by Japan and China. Historically there are believed to have been at least nine colonies south of Japan and in the East China Sea (Piatt et al. 2006). Its marine range covers most of the northern Pacific Ocean, but it occurs in highest densities in areas of upwelling along shelf waters of the Pacific Rim, particularly along the coasts of Japan, eastern Russia, the Aleutians and Alaska (Piatt et al. 2006, Suryan et al. 2007). During breeding (December - May) it is found in highest densities around Japan. Satellite tracking has indicated that during the post-breeding period, females spend more time offshore of Japan and Russia, while males and juveniles spend greater time around the Aleutian Islands, Bering Sea and off the coast of North America (Suryan et al. 2007). Juveniles have been shown to travel twice the distances per day and spend more time within continental shelf habitat than adult birds (Suryan et al. 2008).",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Hunter-Rosenberg 2003,,,,4,Hunter-Rosenberg 2003,,,,3,PIFSC-23,"Panjabi-23: unknown trend, given rarity in North American waters (breeds near Japan).",,,,,,,,,,,,,,,,,,,,16,13,16,Watch List/Tipping Point Yellow,,,Temperate Northern Pacific,Temperate Northern Pacific,Islands: Oceanic,,Oceans: Pelagic, +655,Wilson's Storm-Petrel,Oceanites oceanicus,waterbird,Procellariiformes,Oceanitidae,,1,1,1,1,M,,1,2,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"14,000,000",14000000,,,,,,2,28500,BirdLife 2015,"BirdLife lists 28,500 km2 as breeding range, but presumably only includes nesting sites and immediate waters?",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",2,Hunter-Rosenberg 2003,,,,2,Hunter-Rosenberg 2003,Why are TNs generally lower for petrels than for shearwaters?,,,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,9,8,9,,,,Southern Ocean,Widespread,Islands: Oceanic,,Oceans: Pelagic, +656,White-faced Storm-Petrel,Pelagodroma marina,waterbird,Procellariiformes,Oceanitidae,,0,1,0,1,M,,,3,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"2,700,000",2700000,,,,,,3,,Panjabi 2017,"This species breeds on remote islands in the south Atlantic, such as Tristan da Cunha (St Helena to U.K.) and also on the coast Australia and New Zealand. There are north Atlantic colonies on the Cape Verde Islands, Canary Islands, Spain and Savage Islands, Portugal. (BirdLife 2017)",1,,Panjabi 2017,"Outside the breeding season birds from the Atlantic have been seen off the east coast of North America and South America, and off the western coast of Central Africa. Breeds from Australia and New Zealand range as far as the northern Indian Ocean and the north-west coast of South America (BirdLife 2017).",4,Panjabi 2017,"In general this species is highly sensitive to human disturbance and locally subject to exploitation by fishermen. It is also affected by predators such as mice (Mus musculus), rats (Rattus spp.), cats (Felis catus), owls, Wekas (Gallirallus australis), skuas (Catharacta), large gulls (Larus spp.), snakes and land crabs (Ocypoda). Burrows are sometimes trampled by man or livestock in parts of Australia. In the Chatham Islands, c.200,000 birds were found dead in 1970, their legs tangled up in filaments of the larval trematode Distomum filiferum which was presumably picked up during foraging (Carboneras et al. 2016). Other threats include: habitat degradation and problems caused by rabbits, disturbance from other birds, attraction to light at night (Madroño et al. 2004).",,,3,Panjabi 2017,,,,4,BirdLife 2017,"The population is suspected to be in decline owing to predation by invasive species and unsustainable levels of exploitation. In Europe the population size is estimated to be decreasing by less than 25% in 46.2 years (three generations), owing to predation by invasive species and unsustainable levels of exploitation (BirdLife 2015).",,,,,,,,,,,,,,,,,,,,14,11,14,Watch List Yellow,,,Temperate Northern Atlantic,Temperate Northern Atlantic,Islands: Oceanic,,Oceans: Pelagic, +659,Fork-tailed Storm-Petrel,Hydrobates furcatus,waterbird,Procellariiformes,Hydrobatidae,Formerly placed in the genus Oceanodroma.,1,1,0,0,M,,,3,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"4,000,000",4000000,,,,,,2,1300000,BirdLife 2015,"This species is found throughout the North Pacific, with sites ranging from the Californian coast (USA) in the east, the Alaskan coast in the north and the Kuril Islands (Russia) in the west.  BirdLife range seems to reflect only breeding islands and surrounding waters.",1,4543823,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,3,Hunter-Rosenberg 2003,,,,2,Hunter-Rosenberg 2003,,,,1,Kushlan et al. 2002,What is increasing trend based on -- still correct? (KVR),,,,,,,,,,,,,,,,,,,,9,7,9,,,,Temperate Northern Pacific,Temperate Northern Pacific,Coasts: Cliffs and Islands,Coasts: Marine Waters,Oceans: Pelagic,Coasts: Marine Waters +662,Leach's Storm-Petrel,Hydrobates leucorhous,waterbird,Procellariiformes,Hydrobatidae,Formerly placed in the genus Oceanodroma.,1,1,1,1,M,,,2,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"13,000,000",13000000,,,,,,2,1340000,BirdLife 2015,"Breeding colonies are confined to the northern hemisphere, from the South Kuril Islands (Japan) round to Baja California (Mexico) including the Aleutian Islands, Alaska (USA) and Canada in the Pacific, and in the north-east North America,Iceland, northern United Kingdom and Norway in the Atlantic. bird life range area seems to reflect only breeding islands and immediate waters.",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Hunter-Rosenberg 2003,,,,2,Hunter-Rosenberg 2003,,,,2,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,9,7,9,,,,Nearctic,Widespread,Coasts: Cliffs and Islands,Coasts: Marine Waters,Oceans: Pelagic, +663,Townsend's Storm-Petrel,Hydrobates socorroensis,waterbird,Procellariiformes,Hydrobatidae,Formerly placed in the genus Oceanodroma and considered conspecific with Hydrobates leucorhoa and H. cheimomnestes.,0,1,1,0,M,,,5,Howell et al. 2009,"The population on Islote Negro has been estimated at 4000 birds and on Islote Afuera at 3000 birds (Crossin 1974, Ainley 1983). Howell et al. 2009. Occurrence and identification of the Leach’s Storm-Petrel complex. N. American Birds. Vol. 63 num. 4","7,000",7000,,,,,,5,,AOU Checklist 57th Suppl.,"breeds on islets off the south end of Guadalupe Island (mainly Islote Afuera and Islote Negro) and perhaps also locally on the main island, but most storm-petrels there (including the now-extinct Guadalupe StormPetrel, O. macrodactyla) have been eliminated by feral cats (Ainley 1980, Ainley 1983, Crossin 1974, Jehl and Everett 1985)",3,,Panjabi 2017,"Non-breeding scores are guestimates based on Latitudinal distribution. The known at-sea range lies in the eastern Pacific between 35° N and 10° N (Crossin 1974), but seasonal movements are not well known (Howell et al. 2009)",4,Mexican Regional Assessment 2005,used score for NWAB breeding region,,,3,Panjabi 2017,unknown; need more input from experts,,,3,Mexican Regional Assessment 2005,used score for NWAB breeding region,,,,,,,,,,,,,,,,,,,,17,14,17,Watch List/Tipping Point Red,,,Tropical Eastern Pacific,Tropical Eastern Pacific,Islands: Oceanic,Coasts: Marine Waters,Oceans: Pelagic, +664,Ainley's Storm-Petrel,Hydrobates cheimomnestes,waterbird,Procellariiformes,Hydrobatidae,Formerly placed in the genus Oceanodroma and considered conspecific with Hydrobates leucorhoa and H. socorroensis.,0,0,1,0,M,,,5,Howell et al. 2009,The breeding population of Ainley’s Storm-Petrel may not be in excess of a few thousands birds. (Howell et al. 2009. Occurrence and identification of the Leach’s Storm-Petrel complex. N. American Birds. Vol. 63 num. 4),,,,,,,,5,,AOU Checklist 57th Suppl.,"breeds on three islets (Islote Negro, Islote Afuera, and Gargoyle Rock) off the southern end of Guadalupe Island, Mexico (Ainley 1980, 1983, Crossin 1974, Jehl and Everett 1985)",4,,Panjabi 2017,"Non-breeding scores are guestimates based on Latitudinal distribution. After breeding, Ainley’s Storm-Petrels appear to withdraw southward, based on limited specimen data. An adult female in worn plumage (SDNHM #29925) collected 360 kilometers southwest of Guadalupe Island on 21 May, and a juvenile in fresh plumage (SDNHM #29924) collected 550 kilometers west of Clarión Island, Mexico on 24 May (at about 18° S), both suggest a southward postbreeding dispersal, as does an adult in wing molt (with p4 shed) collected on 11 June at 4° S, 93° W (CAS #484), a location about 400 kilometers southwest of the Galápagos Islands. A specimen completing wing molt (with p9–p10 growing) on 9 October (CAS #471), taken about 500 kilometers southsoutheast of Mexico’s Revillagigedo Islands, may have been a northbound migrant.",4,Mexican Regional Assessment 2005,used score for NWAB breeding region,,,3,Panjabi 2017,unknown; need more input from experts,,,3,Mexican Regional Assessment 2005,used score for NWAB breeding region,,,,,,,,,,,,,,,,,,,,17,15,17,Watch List/Tipping Point Red,,,Tropical Eastern Pacific,Tropical Eastern Pacific,Islands: Oceanic,Coasts: Marine Waters,Oceans: Pelagic, +665,Ashy Storm-Petrel,Hydrobates homochroa,waterbird,Procellariiformes,Hydrobatidae,Formerly placed in the genus Oceanodroma. Monotypic.,0,1,1,1,M,,,5,BirdLife 2015,,"5,100",5100,,,,,,4,205000,BirdLife 2015,,4,204773,Natureserve,,4,Hunter-Rosenberg 2003,,,,2,Hunter-Rosenberg 2003,,,,4,Kushlan et al. 2002,need more information from seabird experts (MX-NSAC),,,,,,,,,,,,,,,,,,,,17,15,17,Watch List/Tipping Point Red,,,Pacific North America,Temperate Northern Pacific,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +666,Band-rumped Storm-Petrel,Hydrobates castro,waterbird,Procellariiformes,Hydrobatidae,Formerly placed in the genus Oceanodroma. Monotypic.,0,1,1,1,M,,1,4,BirdLife 2015; BirdLife 2022; Shaw-22,"Shaw-22: BirdLife has published an account for the split-off Cape Verde Storm-petrel, but has not yet updated the Band-rumped Storm-Petrel account (still matches estimate accessed in 2015) accordingly, so subtracted midpoint of Cape Verde Storm-Petrel pop range (15,500-67,500) from pre-split Band-rumped Storm-Petrel estimate (150,000)","110,000",110000,,,,,,5,,Panjabi,Shaw-22: have not calculated breeding area after Cape Verde Storm-Petrel was split off since wouldn't change the score,1,,NatureServe,Shaw-22: have not calculated non-breeding area after Cape Verde Storm-Petrel was split off since wouldn't change the score,4,Hunter-Rosenberg 2003,,,,2,Hunter-Rosenberg 2003,,,,4,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,17,11,17,Watch List/Tipping Point Red,,,Pantropical,Pantropical,Islands: Oceanic,,Oceans: Pelagic, +667,Wedge-rumped Storm-Petrel,Hydrobates tethys,waterbird,Procellariiformes,Hydrobatidae,Formerly placed in the genus Oceanodroma.,0,1,1,1,M,,1,2,PIF CAW 2016,,,,,,,,,5,,Panjabi,"It breeds on the Galapagos Islands, Ecuador, and on Pescadores and San Gallan Islands, Peru. BirdLife range area is non-breeding range",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",4,Hunter-Rosenberg 2003,,,,3,Hunter-Rosenberg 2003,,,,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,14,9,14,Watch List Yellow,,,Tropical Eastern Pacific,Tropical Eastern Pacific,Islands: Oceanic,,Oceans: Pelagic, +668,Black Storm-Petrel,Hydrobates melania,waterbird,Procellariiformes,Hydrobatidae,Formerly placed in the genus Oceanodroma. Monotypic.,0,1,1,1,M,,,3,Brad Andres 2015,Adult estimate assumes 2/3 of total pop. are adults.,"600,000",600000,,,,,,5,,Panjabi,"This species breeds on islands off the coast of southern Calfornia (USA), the Baja Peninsula and the Gulf of California (Mexico). BirdLife range area is non-breeding range",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",4,Hunter-Rosenberg 2003,,,,3,Hunter-Rosenberg 2003,,,,4,Kushlan et al. 2002,need more information from seabird experts (MX-NSAC),,,,,,,,,,,,,,,,,,,,16,11,16,Watch List Yellow,,,Temperate Northern Pacific,Temperate Northern Pacific,Coasts: Cliffs and Islands,Coasts: Marine Waters,Oceans: Pelagic,Coasts: Marine Waters +672,Least Storm-Petrel,Hydrobates microsoma,waterbird,Procellariiformes,Hydrobatidae,Formerly placed in the genus Oceanodroma. Monotypic.,0,1,1,1,M,,,3,BirdLife 2015,"hundreds of thousands, possibly millions",,,,,,,,4,111214,Natureserve,"now split from ainley's and townsends, but range map not yet updated in BirdLife (Panjabi 2017)",2,2565465,Natureserve,,4,Hunter-Rosenberg 2003,,,,2,Hunter-Rosenberg 2003,,,,4,Kushlan et al. 2002,need more information from seabird experts (MX-NSAC),,,,,,,,,,,,,,,,,,,,15,11,15,Watch List Yellow,,,Temperate Northern Pacific,Temperate Northern Pacific,Coasts: Cliffs and Islands,Coasts: Marine Waters,Oceans: Pelagic,Coasts: Marine Waters +674,Northern Fulmar,Fulmarus glacialis,waterbird,Procellariiformes,Procellariidae,,1,1,1,0,M,,,2,BirdLife 2016,"10–12 million individuals, but mentioned the same variation in estimates as BirdLife did: del Hoyo et al. (1992) – 8-32 million individuals, Brooke (2004) – 21 million individuals, BirdLife (2012) – 15-50 million individuals. BirdLife now says 15-30 million adults, so if we use 2/3 rule, that would be 22.5-45 million individuals. Adult estimate assumes 2/3 of total pop. are adults.","14,000,000",14000000,"2,200,000",2200000,2010,BNA Mallory et al. 2012,,1,28800000,BirdLife 2015,,1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,3,M-H,3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,2,M-H,3,"CBC7019-AS,JS","Panjabi-23: BotW states ""Population at colonies in North America estimated at 1.5 – 2 million individuals, about 80% in Alaska, 20% in Canadian Arctic, and <0.01% in British Columbia, Newfoundland, and Labrador (Appendix 1)"", and suggests stable or increasing populations worldwide, including in North America (although some of this increase is likely pre-1970). Shaw-23: given large %pop in Alaska, score of 3 is supported by Dragoo et al. 2019 finding no statewide trend from 2009-2018.",-42.12036514,-1.109724283,-3.099999905,0.800000012,,-28.87865257,-1.353882074,-5.937458515,2.913358927,,25,,3.900000095,,,,,,,9,9,9,,,,Arctic,Temperate Northern Oceans,Coasts: Cliffs and Islands,Coasts: Marine Waters,Oceans: Pelagic, +678,Trindade Petrel,Pterodroma arminjoniana,waterbird,Procellariiformes,Procellariidae,,0,1,0,0,M,,1,5,Birdlife 2017,"ranges offshore of SE USA during non-breeding; Luigi et al. (2008) have revised the previous population estimate of 15,000 individuals globally (Brooke 2004) to just 1,130 breeding pairs.","2,250",2250,,,,,,5,,BirdLife 2017; Panjabi-17,"breeds on Trindade Islands off the coast of Espírito Santo, Brazil.",1,,Birdlife 2017,,3,Birdlife 2017,"No major threats, but susceptible to stochastic events and human disturbance. Introduced cats and pigs may have formerly restricted the breeding population on Trindade to inaccessible cliff sites and islets (see item 'Ecology' above) (Williams 1984, F. P. da Fonseca Neto in litt. 2000), and it is also a surface nesting species, so low altitude populations might have been eliminated by feral pigs, cats and humans from the 1700s onwards, except those in small islets surrounding the main island. Hundreds of goats (~500) and/or fire have largely removed forested habitats on the island (Murphy 1936, Olson 1981, F. P. da Fonseca Neto in litt. 2000), but the effect on breeding sites is undetermined. All feral mammals now eradicated, but house mouse Mus musculus abundant. The Brazilian Navy is possibly interested in building a small airbase on the island, which could pose threats in its construction and operation (F. P. da Fonseca Neto in litt. 2000). Experimental wind turbines and a tower for wind measurements have already been built on the island, with plans to build further wind turbines in the near future. The Martin Vaz Islands have never been inhabited and are unlikely to harbour introduced mammals (Williams 1984). The only disturbance to these populations has been the former use of the islands for occasional target practice by the navy (Williams 1984). In Round Island share breeding grounds with P. neglecta and P. heraldica, with hybridization occurring (Brown et al. 2010, 2011), which could lead to blurring of specific identity. ",,,3,Birdlife 2017,non-breeding threats unknown,,,3,BirdLife 2017,unknown trend,,,,,,,,,,,,,,,,,,,,16,12,16,Watch List Yellow,,,Temperate Northern Atlantic,Temperate Northern Atlantic,Islands: Oceanic,,Oceans: Pelagic, +680,Murphy's Petrel,Pterodroma ultima,waterbird,Procellariiformes,Procellariidae,Monotypic.,1,1,0,0,M,,1,4,Birdlife 2017,"In the Pitcairns, an estimated 2,500 (± 500) bred on Henderson, 12,500 (± 2,500) on Oeno, and 250,000 (± 29,000) on Ducie (Brooke 1995).  Smaller numbers elsewhere.","270,000",270000,,,,,,4,,BirdLife 2017; Panjabi-17,"breeds in the Pitcairn Islands (to UK), the Tuamotu Archipelago, the Austral Islands (Garnett 1984) and the Gambier Islands (French Polynesia) (Thibault and Bretagnolle 1999),  Easter Island and Salas y Gomez, Chile (Flores et al. 2014) and perhaps in the Cook Islands and the Juan Fernandez Islands (Flood et al 2016). ",1,,Birdlife 2017,,4,Birdlife 2017,"Pacific rat Rattus exulans is present on some islands, and causes low breeding success ( less than 5%; Brooke 1995, 2010) on Henderson in particular. The Henderson population could be sustained through immigration from other colonies but there is no evidence that this occurs (Brooke 2010). The species is potentially threatened by climate change because it has a geographically bounded distribution: it is restricted to an island or islands with a maximum altitude of 33 m (BirdLife International unpublished data).",,,3,Birdlife 2017,non-breeding threats unknown,,,4,BirdLife 2017,"There are no data, however the species is presumably declining slowly due to predation of eggs and young by rats. Although rats have been eradicated at the largest breeding population, the population continues to slowly decline within its moderately small range.",,,,,,,,,,,,,,,,,,,,16,12,16,Watch List Yellow,,,Eastern Indo-Pacific,Tropical Eastern Pacific,Islands: Oceanic,,Oceans: Pelagic, +681,Mottled Petrel,Pterodroma inexpectata,waterbird,Procellariiformes,Procellariidae,Monotypic.,1,1,0,0,M,,1,3,Birdlife 2017,"There are c.10,000+ pairs on each of Big South Cape and Main Islands (Heather and Robertson 1997), and the Codfish population was estimated at 300,000-400,000 pairs in 1996 (Taylor 2000).","780,000",780000,,,,,,5,,BirdLife 2017; Panjabi-17,"terodroma inexpectata is endemic to New Zealand. It breeds on islands off Fiordland, the Solander Islands, Foveaux Strait islands, islands around Stewart Island (including Titi islands, Codfish, Big South Cape Islands, and islets in Port Pegasus) and the Snares Islands (Marchant and Higgins 1990, Heather and Robertson 1997).",1,,BirdLife 2017; Panjabi-17,,4,Birdlife 2017,"Weka Gallirallus australis have been introduced to several colonies, and have caused significant losses on Codfish Island (Taylor 2000). Black rat Rattus rattus is present on Big South Cape Island, and may have a severe impact on breeding success. Some populations are on islands that are regularly harvested for Sooty Shearwater Puffinus griseus chicks, and the impact of trampling of burrows and incidental take is not known (Heather and Robertson 1997, Taylor 2000).",,,3,Birdlife 2017,non-breeding threats unknown,,,4,BirdLife 2017,"There are no data, the species is thought to be declining due to the depredations of introduced predators on the breeding grounds.",,,,,,,,,,,,,,,,,,,,16,11,16,Watch List Yellow,,,Temperate Australasia,Eastern Indo-Pacific,Islands: Oceanic,,Oceans: Pelagic, +682,Bermuda Petrel,Pterodroma cahow,waterbird,Procellariiformes,Procellariidae,Monotypic.,0,1,0,0,M,,,5,BirdLife 2015,,140,140,,,,,,5,,BirdLife 2017; Panjabi-17,,3,,BirdLife 2017; Panjabi-17,,5,Waterbird Working Group 2017,"heavily managed, but still vulnerable to extinction (Waterbird working group 2017)",,,3,Waterbird Working Group 2017,,,,3,Hunter-Rosenberg 2003,"Relatively stable today, but historical declines under PIF rules",,,,,,,,,,,,,,,,,,,,18,14,18,Watch List/Tipping Point Red,,,Caribbean,Temperate Northern Atlantic,Islands: Oceanic,,Oceans: Pelagic, +683,Black-capped Petrel,Pterodroma hasitata,waterbird,Procellariiformes,Procellariidae,,0,1,0,1,M,,,5,Wheeler et al. 2021,"PIFSC-22: The previous estimate of 5000 (BirdLife 2015) was apparently a misinterpretation of an estimate that actually represented all ages as only representing breeders. BirdLife updated their estimate in 2018, adding explicit estimates for both breeders and all ages, so we have adopted the updated estimate of 1000-2000 breeders. However, this estimate may be too low; surveys document birds nearby at sea on Dominica, Cuba or Guadeloupe, and radar tracks of objects coming and going from the right types of places/elevations, but field excursions have yet to provide further confirmation of breeding on these islands.","1,500",1500,,,,,,5,,Panjabi,"BirdLife range (7,420,000 sq km) seems too large, even for non-breeding. Natureserve range is isolated point locations for breeding sites. Non-breeding range is more restricted than Natureserve.",2,,Natureserve,,5,Hunter-Rosenberg 2003,,,,3,Hunter-Rosenberg 2003,,,,5,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,20,15,20,Watch List/Tipping Point Red,,,Caribbean,Temperate Northern Atlantic,Islands: Oceanic,,Oceans: Pelagic, +684,Juan Fernandez Petrel,Pterodroma externa,waterbird,Procellariiformes,Procellariidae,Monotypic.,0,0,1,0,M,,1,3,BirdLife 2017,,"2,000,000",2000000,,,,,,5,,Hunter-Rosenberg 2003; NatureServe,,1,,BirdLife,,4,Panjabi 2008,,,,3,Panjabi 2008,,,,4,Panjabi,"BirdLife cites ""could be declining, although there is no firm evidence of this"" PT=4 indicates possible decline",,,,,,,,,,,,,,,,,,,,16,11,16,Watch List Yellow,,,Temperate South America,Tropical Eastern Pacific,Islands: Oceanic,,Oceans: Pelagic, +686,Hawaiian Petrel,Pterodroma sandwichensis,waterbird,Procellariiformes,Procellariidae,,1,1,0,0,M,,,5,BirdLife 2017,6000-11000 mature individuals,"8,500",8500,,,,,,5,,BirdLife 2017; Panjabi-17," known from five locations in the main Hawaiian islands, and the future of at least two are in jeopardy (Mauna Loa and West Maui). ",1,,Birdlife 2017,,4,Birdlife 2017,"Historically the species suffered declines through harvesting by early Polynesians and during the period of Hawaiian settlement beginning c.1,800 years ago (Carlile et al. 2003). The species may already have been restricted to its current breeding range when Europeans arrived (Carlile et al. 2003). Nesting habitat has since been lost to the pressures of modern urbanisation and degraded by feral goats and pigs and weeds. Nest burrows are trampled by feral goats, mouflon sheep and potentially chital Axis deer (spp.) (H. T. Harvey and Associates 2015, Mitchell et al. 2005). The most serious current threat is predation by introduced vertebrates including Indian mongoose Herpestes javanicus, feral cats, Barn Owls Tyto alba, rats, dogs, and pigs; presently not established on the islands of Kauai and Lanai, mongoose present an ongoing major threat to nestling and adult birds at breeding colonies on the other islands. Feral cat and rat depredation, where unmanaged on other islands, continues to limit recovery capacity. Adults and nestlings are very susceptible to predation, as nests are on the ground, and they are naïve to predators. On L?na’i, habitat degradation caused by the invasive tree, strawberry guava Psidium cattleianum, is considered to be the biggest threat to the long term survival of the colony (J. Penniman in litt. 2007).",,,3,Birdlife 2017,"Each autumn during the fledging season, some of the fledgling birds become grounded as a result of light attraction and disorientation. Sometimes birds collide with sources of light and mortality sometimes occurs from collisions with fences and powerlines mostly on Kauai and Maui (Cooper and Day 1998, Simons and Hodges 1998, Simons 1985). Once on the ground, fledglings are unable to fly and are killed by cars, cats and dogs, die from environmental exposure or injuries, or are recovered by the public (H. T. Harvey and Associates 2015). Wind energy development has been occurring in Hawaii since 2005 and has caused some mortality of P. sandwichensis. The species may be adversely affected by declines in the populations of large predatory fish that drive prey species to the surface (J. Penniman in litt. 2007). In addition, a significantly lower percentage of birds come ashore to nest during El Niño years (c.40% compared to c.65% normally) (C.N. Hodges per Carlile et al. 2003), suggesting that the species is sensitive to such disturbances in environmental conditions (Carlile et al. 2003).",,,4,BirdLife 2017,"Pterodroma sandwichensis is suspected to have declined severely for the past few centuries owing primarily to predation by introduced species at nesting colonies and urbanization (D. Ainley 2007); as well as collisions with utility structures and power lines. However, the decline is believed to have slowed and there is some indication that the population may be stable or increasing in response to management actions (D. Ainley 2007). Despite overall trends and, as evidenced by characteristics of the decline seen at the Makamakaole colony in the foothills of the West Maui Mountains, the rate of subpopulation decline probably varies considerably and is difficult to quantify. On Kaua’i the population has declined significantly in the last twenty years (Raine et al. in prep.). ",,,,,,,,,,,,,,,,,,,,18,13,18,Watch List/Tipping Point Red,,,Eastern Indo-Pacific,Temperate Northern Pacific,Islands: Oceanic,,Oceans: Pelagic, +690,Fea's Petrel,Pterodroma feae,waterbird,Procellariiformes,Procellariidae,Also known as Cape Verde Petrel.,0,1,0,0,M,,1,5,"IUCN, BirdLife 2015","Pterodroma feae breeds on four islands of Cape Verde: Fogo (50 pairs estimated; T. Militão et al. 2016; Militão et al. submitted), Santo Antão (minimum 200 pairs; Ratcliffe et al. 2000), São Nicolau (c.30 pairs; Ratcliffe et al. 2000) and Santiago (50 pairs estimated, J. González-Solís in litt.). An estimated 500-1,000 pairs breed in Cape Verde (Hazevoet 1995; Ratcliffe et al. 2000), although the population is likely to exceed this estimate (Ratcliffe et al. 2000).",>1500,1500,,,,,,5,,BirdLife 2017; Panjabi-17,,3,,BirdLife 2017; Panjabi-17,,4,BirdLife-17; panjabi-2017,,,,3,BirdLife-17; Panjabi-17,non-breeding threats unknown,,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,18,15,18,Watch List/Tipping Point Red,,,Temperate Northern Atlantic,Temperate Northern Atlantic,Islands: Oceanic,,Oceans: Pelagic, +692,Cook's Petrel,Pterodroma cookii,waterbird,Procellariiformes,Procellariidae,Monotypic.,0,1,1,0,M,,1,3,Birdlife 2017,,"670,000",670000,,,,,,5,,BirdLife 2017; Panjabi-17,"terodroma cookii is endemic to New Zealand, where it breeds on Little Barrier, Great Barrier and Codfish Islands.",1,,BirdLife 2017; Panjabi-17,,4,Birdlife 2017,"On Little Barrier, introduced cats were a major predator of chicks and adults. Although cats were eradicated, the number of petrel burrows with chicks declined from 32% when both cats and Pacific rats were present to just 9% following cat eradication because the population of Rattus exulans (also a predator of petrel chicks) increased dramatically (Heather and Robertson 1997, G. A. Taylor in litt. 1999, Taylor 2000, Rayner et al 2007). On Great Barrier, the population is severely threatened by cats, black rat R. rattus and Pacific rat R. exulans. On Codfish, the population declined owing to severe predation by the introduced Weka Gallirallus australis (Marchant and Higgins 1990). ",,,3,BirdLife-17; Panjabi-17,"threats during non-breeding unknown, presumed moderate",,,2,BirdLife 2017,"The population has suffered rapid declines owing to the effects of introduced predators; however, thanks to conservation action and invasive species eradications it is now estimated to be increasing.",,,,,,,,,,,,,,,,,,,,14,9,14,Watch List Yellow,,,Temperate Australasia,Pacific Ocean,Islands: Oceanic,,Oceans: Pelagic, +694,Tahiti Petrel,Pseudobulweria rostrata,waterbird,Procellariiformes,Procellariidae,Formerly included in the genus Pterodroma.,0,0,1,1,M,,,5,BirdLife 2015,,"15,000",15000,,,,,,4,32600000,Panjabi 2017,"Breeds in the Marquesas, Society and Gambier Islands, French Polynesia, Fiji, American Samoa and New Caledonia. It used to breed in Vanuatu and may breed on Rarotonga, Cook Islands, as well as on other islands. (BirdLife 2017)",1,32600000,BirdLife 2017,,4,Panjabi 2017,,,,3,Panjabi 2017,,,,4,BirdLife 2017,thought to be declining,,,,,,,,,,,,,,,,,,,,17,13,17,Watch List/Tipping Point Red,,,Eastern Indo-Pacific,Eastern Indo-Pacific,Islands: Oceanic,,Oceans: Pelagic, +695,Bulwer's Petrel,Bulweria bulwerii,waterbird,Procellariiformes,Procellariidae,Monotypic.,0,1,1,0,M,,,3,BirdLife 2017,Assumed that count represents breeding adults,"750,000",750000,,,,,,4,,Hunter-Rosenberg 2003; NatureServe,,2,,Hunter-Rosenberg 2003; NatureServe,,4,Hunter-Rosenberg 2003,,,,3,Hunter-Rosenberg 2003,,,,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,14,11,14,Watch List Yellow,,,Widespread,Widespread,Islands: Oceanic,,Oceans: Pelagic, +698,Parkinson's Petrel,Procellaria parkinsoni,waterbird,Procellariiformes,Procellariidae,Monotypic.,0,0,1,1,M,,1,5,BirdLife 2016,"Procellaria parkinsoni breeds on Great and Little Barrier Islands, New Zealand, where the populations number c.1,300 pairs (E. A. Bell et al. 2009) and 100 pairs respectively, equating to a total population of c.5,000 individuals (Taylor 2000)","3,300",3300,,,,,,5,,Panjabi,"Procellaria parkinsoni breeds on Great and Little Barrier Islands, New Zealand, where the populations number c.1,300 pairs (E. A. Bell et al. 2009) and 100 pairs respectively, equating to a total population of c.5,000 individuals (Taylor 2000)",1,39451574,BirdLife 2021,,4,BirdLife 2017,"threats scores of 4 added to reflect threats for invasive species, longline fisheries (BirdLife 2015)",,,4,BirdLife 2017,"threats scores of 4 added to reflect threats for invasive species, longline fisheries (BirdLife 2015)",,,5,Panjabi; BirdLife,"Stable or possibly increasing today, but large historical declines and extirpations; has not recolonized former range",,,,,,,,,,,,,,,,,,,,19,15,19,Watch List/Tipping Point Red,,,Temperate Australasia,Tropical Eastern Pacific,Islands: Oceanic,,Oceans: Pelagic, +700,Cory's Shearwater,Calonectris diomedea,waterbird,Procellariiformes,Procellariidae,,1,1,1,1,M,,1,3,BirdLife 2015,,"510,000",510000,,,,,,4,,Panjabi,"This species breeds on the Azores and Madeira islands (>85% of the global population, plus a few pairs on the Berlengas Islands off the Portuguese mainland), Portugal, and on the Canary Islands, Spain (c. 15% of the global population; Granadeiro et al. 2006, Derhé 2012). The vast majority of the population spends the non-breeding season in the Atlantic.",1,65000000,BirdLife,"winters across N and S Atlantic, and SW Indian Ocean",3,Hunter-Rosenberg 2003,,,,3,C. Hunter 2017,"Lots of shifting conditions in food sources and temperatures the last few years, and this would be consistent with Great Shearwater (C. Hunter)",,,4,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,14,11,14,Watch List Yellow,,,Temperate Northern Atlantic,Temperate Northern Atlantic,Islands: Oceanic,,Oceans: Pelagic, +702,Wedge-tailed Shearwater,Ardenna pacifica,waterbird,Procellariiformes,Procellariidae,Monotypic.,0,1,1,1,M,,,3,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"3,500,000",3500000,,,,,,3,,Panjabi,"The Wedge-tailed Shearwater ranges across from throughout the tropical Pacific and Indian Ocean roughly between latitudes 35°N and 35°S, breeding on a large number of oceanic islands and on the east and west coasts of Australia (del Hoyo et al. 1992). BirdLife range (115,000,000 km2) reflects non-breeding range.",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Hunter-Rosenberg 2003,,,,2,Hunter-Rosenberg 2003,,,,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,12,9,12,,,,Eastern Indo-Pacific,Eastern Indo-Pacific,Islands: Oceanic,,Oceans: Pelagic, +703,Buller's Shearwater,Ardenna bulleri,waterbird,Procellariiformes,Procellariidae,Monotypic.,1,1,1,0,M,,1,3,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"1,700,000",1700000,,,,,,5,,Panjabi,"Puffinus bulleri breeds only at the Poor Knights Islands, New Zealand. The species is restricted to two main islands, Aorangi and Tawhiti Rahi, and five other islets and stacks (Marchant and Higgins 1990). In the 1980s, one pair was found breeding on the Simmonds Islands, in the far north of New Zealand (Taylor 2000). ",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",4,Hunter-Rosenberg 2003,,,,2,Hunter-Rosenberg 2003,,,,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,15,9,15,Watch List Yellow,,,Eastern Indo-Pacific,Pacific Ocean,Islands: Oceanic,,Oceans: Pelagic, +704,Short-tailed Shearwater,Ardenna tenuirostris,waterbird,Procellariiformes,Procellariidae,Monotypic.,1,1,1,1,M,,1,2,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"15,000,000",15000000,,,,,,4,,Panjabi,"This species breeds on Tasmania and off the coast of south Australia, with the bulk of the population in the south-east. BirdLife range (113,000,000 km2) is non-breeding range",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",2,Hunter-Rosenberg 2003,,,,3,Hunter-Rosenberg 2003,,,,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,11,9,11,,,,Temperate Australasia,Pacific Ocean,Islands: Oceanic,,Oceans: Pelagic, +705,Sooty Shearwater,Ardenna grisea,waterbird,Procellariiformes,Procellariidae,Monotypic.,1,1,1,1,M,,1,2,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"13,000,000",13000000,,,,,,4,,BirdLife 2017; Panjabi-17,"An abundant shearwater, breeding on islands off New Zealand, Australia and Chile, and the Falkland Islands (Malvinas). BirdLife range (204,000,000 km2) reflect non-breeding extent of occurrence. Breeding sites are far apart (New Zealand, Australia, Chile, and the Falkland Islands).",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",2,Hunter-Rosenberg 2003,,,,3,Hunter-Rosenberg 2003,,,,4,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,12,10,12,,,,Temperate Australasia,Widespread,Islands: Oceanic,,Coasts: Marine Waters,Oceans: Pelagic +706,Great Shearwater,Ardenna gravis,waterbird,Procellariiformes,Procellariidae,Monotypic.,1,1,1,1,M,,1,2,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"10,000,000",10000000,,,,,,5,,Panjabi,"this species breeds at three main sites: Nightingale and Inaccessible islands in the Tristan da Cunha group, and Gough Island, Tristan da Cunha (to UK) (Snow and Perrins 1998, Carboneras 1992d). Birds also breed in small numbers in the Falkland Islands (Malvinas), where the only confirmed site is Kidney Island (no more than 15 pairs recorded in 1987 (Woods 1988)), though there is a slight possibilty of breeding near Wineglass Hill, East Falkland, where one has been caught (Woods and Woods 1997).",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Hunter-Rosenberg 2003,,,,3,Hunter-Rosenberg 2003,,,,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,13,9,13,,,,Temperate South America,Temperate Northern Atlantic,Islands: Oceanic,,Oceans: Pelagic, +707,Pink-footed Shearwater,Ardenna creatopus,waterbird,Procellariiformes,Procellariidae,Monotypic.,1,1,1,1,M,,1,5,BirdLife 2016,"BirdLife (2016) states 20,000 breeding pairs","40,000",40000,,,,,,5,,Panjabi,BirdLife range seems to reflect non-breeding range,1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",4,Hunter-Rosenberg 2003,,,,4,Hunter-Rosenberg 2003,Why TN higher than other shearwaters?,,,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,17,13,17,Watch List/Tipping Point Red,,,Temperate South America,Temperate Northern Pacific,Islands: Oceanic,,Oceans: Pelagic, +708,Flesh-footed Shearwater,Ardenna carneipes,waterbird,Procellariiformes,Procellariidae,Monotypic.,1,1,1,0,M,,1,4,BirdLife 2017,Adult estimate assumes 2/3 of total pop. are adults.,"150,000",150000,,,,,,5,,Panjabi,"This species breeds on St Paul Island (French Southern Territories), Lord Howe Island (Australia), south-west mainland Australia, south Australia (at a single isolated colony), and North Island (New Zealand). BirdLife range area (111,000,000 sq km) seems to reflect non-breeding range.",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Hunter-Rosenberg 2003,,,,3,Hunter-Rosenberg 2003,,,,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,15,11,15,Watch List Yellow,,,Temperate Australasia,Temperate Northern Pacific,Islands: Oceanic,,Oceans: Pelagic, +710,Galapagos Shearwater,Puffinus subalaris,waterbird,Procellariiformes,Procellariidae,,0,0,1,1,M,,1,5,PIF CAW 2016; BirdLife,"regular, no reproductiva (CAW);","35,000",35000,,,,,,5,,BirdLife 2017; Panjabi-17,,1,5680000,BirdLife 2016,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,12,16,Watch List Yellow,,,Tropical Eastern Pacific,Tropical Eastern Pacific,Islands: Oceanic,,Oceans: Pelagic, +711,Manx Shearwater,Puffinus puffinus,waterbird,Procellariiformes,Procellariidae,Monotypic.,1,1,1,1,M,,,3,BirdLife 2015,estimate extrapolated from Europe being >95% of breeding range,"740,000",740000,,,,,,4,,Panjabi,"BirdLife 2019: The Manx Shearwater breeds in the north Atlantic, with major colonies on the Atlantic coasts of the United Kingdom and Ireland. Colonies are also present on Iceland, islets off Massachusetts (USA) [Ed. Note: 1 nest documented in 1973] and Newfoundland (Canada), as well as on the Azores, Portugal and the Canary Islands,Spain. BirdLife estimate (53,100,000 km2) likely represents total distribution, incl. non-breeding range",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",3,Hunter-Rosenberg 2003,,,,3,C. Hunter 2017,"Why are TN lower for Manx type shearwaters? Lots of shifting conditions in food sources and temperatures the last few years, and this would be consistent with Great Shearwater (C. Hunter)",,,5,PIFSC-19,"Less than 20 pair breed in Newfoundland (CWS reviewers 2018), down from 200 pairs in early 1980's (Storey & Lien 1985), the only breeding colony in Canada (CWS Reviewers 2018)",,,,,,,,,,,,,,,,,,,,15,12,15,Watch List/Tipping Point Yellow,,,Temperate Northern Atlantic,Temperate Northern Atlantic,Islands: Oceanic,,Oceans: Pelagic, +712,Townsend's Shearwater,Puffinus auricularis,waterbird,Procellariiformes,Procellariidae,,0,0,1,1,M,,,5,BirdLife 2016,"2008 survey-based. 46,400 total (Spear et al. 1995) based on at-sea surveys, which BirdLife says are generally unreliable, and BirdLife says that even Martinez Gomez et al 2004's terrestrial estimate of 1100 adults is too high, so go with BirdLife. Adult estimate assumes 2/3 of total pop. are adults.",620,620,,,,,,5,,Panjabi,only nests on isla Socorro in the Revillagigedos,2,,Natureserve,,4,Hunter-Rosenberg 2003,,,,2,Hunter-Rosenberg 2003,,,,5,Kushlan et al. 2002,"populations have been extirpated from some islands, recently rediscovered on isla soccorro (MX-NSAC)",,,,,,,,,,,,,,,,,,,,19,14,19,Watch List/Tipping Point Red,,,Tropical Eastern Pacific,Tropical Eastern Pacific,Islands: Oceanic,,Coasts: Marine Waters,Oceans: Pelagic +715,Black-vented Shearwater,Puffinus opisthomelas,waterbird,Procellariiformes,Procellariidae,Monotypic.,0,1,1,1,M,,,4,BirdLife 2015,,"160,000",160000,,,,,,5,39892,Natureserve,"Natureserve range includes breeding islands and surrounding waters. BirdLife range (2,170,000 ) includes non-breeding areas and is too large, larger than both BNA and Natureserve non-breeding range estimates. Most observations are within 25 km of shore (BNA Keitt et al.)",3,546428,Natureserve,,4,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,3,H,3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,Why are TN lower for Manx type shearwaters?,3,M-L,3,Kushlan et al. 2002,unknown (MX-NSAC),,,,,,,,,,,,,,,,,,,,16,13,16,Watch List Yellow,,,Pacific North America,Temperate Northern Pacific,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters,Oceans: Pelagic +716,Audubon's Shearwater,Puffinus lherminieri,waterbird,Procellariiformes,Procellariidae,,0,1,1,1,M,,,5,BirdLife 2015,,"35,000",35000,,,,,,1,8570000,BirdLife 2015,range includes a lot of ocean area,1,4864848,NatureServe,"used NatureServe instead of BirdLife because it seems inappropriate that BirdLife extended beyond continental shelf, and NS conducted review of pelagics in recent years",4,Hunter-Rosenberg 2003,,,,3,Hunter-Rosenberg 2003,,,,4,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,14,13,14,Watch List/Tipping Point Yellow,,,Caribbean,Temperate Northern Atlantic,Islands: Oceanic,,Oceans: Pelagic, +719,Jabiru,Jabiru mycteria,waterbird,Ciconiiformes,Ciconiidae,Monotypic.,0,0,1,1,R,,,5,PIF CAW 2016,,,,,,,,,1,6932824,Natureserve,,1,6932180,Natureserve,,3,MX-NSAC,,,,3,MX-NSAC,,,,3,MX-NSAC,unknown?,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +720,Wood Stork,Mycteria americana,waterbird,Ciconiiformes,Ciconiidae,Monotypic.,0,1,1,1,M,,,4,WPE5,"2005-2011 best guess for S. America, 2005 best guess for Mexico, Caribbean, Central America, 2001-2006, census-based for SE USA. Adult estimate assumes 2/3 of total pop. are adults.","450,000",450000,"16,000",16000,1995,BNA Coulter et al. 1999,,1,13984258,Natureserve,,1,14872309,Natureserve,,4,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,2,M-H,3,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,1,H,1,"BBS7021-AS,JS","According to eBird S&T, US has 17% of the breeding pop, vs. Mexico + C. America just 6%, so BBS has sufficient coverage to adopt, although it contradicts the Waterbird Working Group that assigned a 3 in 2017. Wood Stork has been detected on 174 BBS routes so BBS seems to capture it in spite of its swampy habitat.",132.6271057,1.666188478,-0.032499999,5.059999943,,97.1131134,2.547029495,-0.045598,8.930000305,,27,core,5.09250021,174,0.774999976,134.8500061,,,,10,9,10,,,w,Neotropical,Neotropical,Wetlands: Forested,Wetlands: Freshwater Marsh,Wetlands: Generalist, +722,Magnificent Frigatebird,Fregata magnificens,waterbird,Suliformes,Fregatidae,Monotypic.,0,1,1,1,M,,,4,BNA Diamond & Schreiber 2002; PIF CAW 2016,"World population estimated estimated at 59,000-71,000 breeding pairs, great majority of which are in E. Pacific and Baja California (43,000-58,000).","130,000",130000,,,,,,4,280000,Natureserve,"extrapolated to include population breeding off cape verde in Africa. Natureserve's North America estimate is larger than BirdLife's global estimate (191,000 sq km)",1,8251621,Natureserve,,4,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,2,H,2,Hunter-Rosenberg 2003; PIFSC-CVS 2022,,2,H,4,PIF CAW 2014,stable (MX-NSAC),,,,,,,,,,,,,,,,,,,,16,11,16,Watch List Yellow,,,Neotropical,Neotropical,Coasts: Mangroves,Coasts: Marine Waters,Coasts: Marine Waters,Oceans: Pelagic +723,Great Frigatebird,Fregata minor,waterbird,Suliformes,Fregatidae,,0,0,1,1,M,,,4,Kushlan et al. 2002,"Probably fewer than 500,000 individuals worldwide; total breeding pairs 54,000 to 68,000","120,000",120000,,,,,,1,5537250,Natureserve,"Major breeding populations of the Greater Frigatebird are found in tropical waters of the Pacific and Indian Ocean, as well as one population in the South Atlantic (Trinidade and Martim Vaz, Brazil). BirdLife global estimate (24,800 sq km) appears to reflect area of breeding islands only. 10% of range in North America is a very rough and conservative estimate, could be more like 5% (Panjabi).",1,5537250,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,2,Hunter-Rosenberg 2003,,,,2,Hunter-Rosenberg 2003,,,,3,Kushlan et al. 2002,unknown,,,,,,,,,,,,,,,,,,,,10,10,10,,,,Tropical Eastern Pacific,Tropical Eastern Pacific,Islands: Oceanic,,Oceans: Pelagic, +724,Masked Booby,Sula dactylatra,waterbird,Suliformes,Sulidae,,1,1,1,1,M,,,4,Kushlan et al. 2002,,"100,000",100000,,,,,,1,,Panjabi 2017,"This species ranges widely in tropical waters, being found in every ocean on or off nearly every coast except the eastern Atlantic, northern Indian Ocean and the central-eastern Pacific (BirdLife 2017).",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",4,Waterbird Working Group 2017,impacted by fisheries; entanglement in fishing nets (Waterbird working group 2017),,,4,Waterbird Working Group 2017,impacted by fisheries; entanglement in fishing nets; bycatch,,,3,Kushlan et al. 2002,unknown; need more information from experts (MX-NSAC),,,,,,,,,,,,,,,,,,,,12,12,12,,,,Pantropical,Pantropical,Islands: Oceanic,,Coasts: Marine Waters,Oceans: Pelagic +725,Nazca Booby,Sula granti,waterbird,Suliformes,Sulidae,Monotypic.,0,0,1,1,M,,,5,BirdLife 2016,"Panjabi: BirdLife (2016) states ""at least 30,000 mature individuals"" which would suggest PS=5",,,,,,,,4,,Panjabi 2017,"found in the eastern Pacific Ocean, from the Galapagos Islands, Ecuador in the south to islands off Baja California (Mexico) in the north. (BirdLife 2017)",2,1122296,Natureserve,,4,Waterbird Working Group 2017,impacted by fisheries; entanglement in fishing nets (Waterbird working group 2017),,,2,Waterbird Working Group 2017,,,,3,Hunter-Rosenberg 2003,unknown; need more information from experts (MX-NSAC),,,,,,,,,,,,,,,,,,,,16,12,16,Watch List/Tipping Point Yellow,,,Tropical Eastern Pacific,Tropical Eastern Pacific,Islands: Oceanic,,Coasts: Marine Waters,Oceans: Pelagic +726,Blue-footed Booby,Sula nebouxii,waterbird,Suliformes,Sulidae,,0,1,1,1,M,,,4,Kushlan et al. 2002; Harrison,">90,000 breeders in gulf of california",">90,000",90000,,,,,,3,411871,Natureserve,,3,540153,Natureserve,,4,Waterbird Working Group 2017,impacted by fisheries; entanglement in fishing nets (Waterbird working group 2017),,,4,Waterbird Working Group 2017,impacted by fisheries; entanglement in fishing nets; bycatch,,,4,Kushlan et al. 2002,need to check colony surveys (MX-NSAC),,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Tropical Eastern Pacific,Tropical Eastern Pacific,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters, +728,Brown Booby,Sula leucogaster,waterbird,Suliformes,Sulidae,,0,1,1,1,M,,,4,"BNA Schreiber and Norton, 2002","221,000-275,400 pairs","<500,000",500000,,,,,,1,26600000,BirdLife 2015,includes a lot of ocean,1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",4,Waterbird Working Group 2017,impacted by fisheries; entanglement in fishing nets; brown may be less susceptible in this regard due to plunge-diving (Waterbird working group 2017),,,4,Waterbird Working Group 2017,impacted by fisheries; entanglement in fishing nets; bycatch,,,3,Kushlan et al. 2002,"stable, possible increase (MX-NSAC)",,,,,,,,,,,,,,,,,,,,12,12,12,,,,Pantropical,Pantropical,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters,Oceans: Pelagic +729,Red-footed Booby,Sula sula,waterbird,Suliformes,Sulidae,,0,1,1,1,M,,,3,BNA Schreiber et al. 2002,"687,950 pairs","1,400,000",1400000,,,,,,1,100529834,BirdLife 2015,"BirdLife range (32,500 km2) seems to reflect breeding islands and immediate waters only",1,,NatureServe,"Natureserve data for W. Hemisphere supports score of 1, regardless of additional potential range in Old World",4,Waterbird Working Group 2017,impacted by fisheries; entanglement in fishing nets; harvested by fisherman at nests (Waterbird working group 2017),,,4,Waterbird Working Group 2017,impacted by fisheries; entanglement in fishing nets; bycatch,,,4,Kushlan et al. 2002,unknown; need more information from experts (MX-NSAC),,,,,,,,,,,,,,,,,,,,12,12,12,,,,Pantropical,Pantropical,Islands: Oceanic,,Coasts: Marine Waters,Oceans: Pelagic +730,Northern Gannet,Morus bassanus,waterbird,Suliformes,Sulidae,Monotypic.,1,1,1,0,M,,,3,BirdLife 2015,Adult estimate assumes 2/3 of total pop. are adults.,"720,000",720000,"140,000",140000,1999,BNA Mowbray 2002b,,3,,Panjabi 2017,"Breeding sites include northern France, the United Kingdom, Ireland, Iceland, Norway and the eastern tip Quebec (Canada) (BirdLife 2017); but appear to be few in number (Panjabi 2017)",1,18269998,BirdLife 2021,,4,Waterbird Working Group 2017; PIFSC-CVS 2022,,4,M-H,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,M-H,1,"CBC7019-AS,JS",,1041.60791,5.09498167,3.799999952,6.344145775,1,186.006073,4.292963982,1.216188908,6.966724396,1,25,,2.544145823,,,,,,,11,8,11,,,,Arctic,Temperate Northern Atlantic,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters,Oceans: Pelagic +731,Anhinga,Anhinga anhinga,waterbird,Suliformes,Anhingidae,,0,1,1,1,M,,,3,PIF CAW 2016-PS-g midpoint,,"2,000,000",2000000,"27,000",27000,1979,BNA Frederick & Siegel-Causey 2000,,1,14742641,Natureserve,,1,14236485,Natureserve,,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,1,H,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,1,H,1,"BBS7021-AS,JS","Panjabi-23: eBird S&T model estimates that US has 13% of global pop vs. Mexico and Central America have just 2%, so BBS coverage sufficient",138.3781738,1.717160583,0.907000005,2.404295921,1,79.43191528,3.124422073,1.590000033,4.559999943,1,19,core,1.497295976,261.5,0.28549999,74.63549805,,,,8,8,8,,,,Neotropical,Neotropical,Wetlands: Generalist,,Wetlands: Generalist, +732,Brandt's Cormorant,Urile penicillatus,waterbird,Suliformes,Phalacrocoracidae,Monotypic. Formerly placed in the genus Phalacrocorax.,1,1,1,0,R,,,4,BNA Wallace & Wallace 1998,,"150,000",150000,"130,000",130000,1990,BNA Wallace & Wallace 1998,,3,326050,Natureserve,,3,701557,Natureserve,,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,H,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,M-H,1,"CBC7019-AS,JS",,502.8409729,3.7343297,3.099999905,4.319325447,1,153.3169861,4.315388203,2.971387148,6.230144978,1,22,,1.219325185,,,,,,,11,11,11,,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters,Coasts: Rocky Intertidal +733,Red-faced Cormorant,Urile urile,waterbird,Suliformes,Phalacrocoracidae,Monotypic. Formerly placed in the genus Phalacrocorax.,0,1,0,0,R,,,4,"WPE5, BirdLife 2015",Adult estimate assumes 2/3 of total pop. are adults.,"130,000",130000,"85,000",85000,1993,BNA Causey 2002,,3,897505,Natureserve,"includes extrapolation of natureserve into eastern hemisphere, based on visual estimate of global range",2,1349163,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,5,Waterbird Working Group 2017; PIFSC-CVS 2022,rat invasions (Waterbird working group 2017),5,H,4,Waterbird Working Group 2017; PIFSC-CVS 2022,Why TN so high? (KVR); need input by west coast seabird experts,5,M-H,5,"CBC7019-AS,JS",,-97.39274597,-7.172381878,-8.82886982,-5.300000191,1,-71.55897522,-5.554922104,-9.123373032,-0.768983603,1,22,,3.528869629,,,,,,12,17,15,17,Watch List/Tipping Point Red,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters,Coasts: Rocky Intertidal +734,Pelagic Cormorant,Urile pelagicus,waterbird,Suliformes,Phalacrocoracidae,Formerly placed in the genus Phalacrocorax.,1,1,1,0,R,,,4,USFWS 2006,,"400,000",400000,"140,000",140000,1990,BNA Hobson 2013,,2,1720000,BirdLife 2015,,2,1970956,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,3,Waterbird Working Group 2017; PIFSC-CVS 2022,more concern with southern populations in California; need more input from west coast seabird experts (Waterbird working group 2017),3,M-H,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,3,M-H,5,"BBS7021-AS,JS",,-73.89548492,-2.597125769,-5.139999866,0.043297,,-46.34563065,-2.92010355,-7.889999866,1.41170001,,21,core,5.183297157,24,1.217499971,29.21999931,,,,14,14,14,Watch List/Tipping Point Orange,,,Pacific North America,Pacific North America,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters,Coasts: Rocky Intertidal +735,Great Cormorant,Phalacrocorax carbo,waterbird,Suliformes,Phalacrocoracidae,,1,1,0,0,M,,,3,"WPE5, BirdLife 2015","2001-2011 expert opinion for ssp. carbo in N. America, best guess for ssp. sinensis in S/E/SE Asia and ssp. steadi, 2004-2011 best guess for ssp. carboides, 1990-2000 expert opinion for ssp. carbo in NW Europe and ssp. sinensis in N/Central Europe and Black Sea & Mediterranean, 1987-1991 expert opinion for ssp. sinensis in W/SW Asia, 2001 expert opinion for ssp. lucidus in Central/E. Africa, 2001 best guess in Coastal W. Africa, 2005 expert opinion for ssp. lucidus in Coastal S. Africa. 1,366,900-2,062,500 total individuals or 911,267-1,375,000 adults (WPE5). Adult estimate assumes 2/3 of total pop. are adults.","1,400,000",1400000,,,,,,1,24600000,BirdLife 2015,,1,22559000,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,4,H,2,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,M-H,3,Kushlan et al. 2002,,,,,,,,,,,,,,,,,,,,,10,9,10,,,,Arctic,Eastern Temperate,Coasts: Cliffs and Islands,Coasts: Marine Waters,Coasts: Marine Waters,Coasts: Rocky Intertidal +736,Double-crested Cormorant,Nannopterum auritum,waterbird,Suliformes,Phalacrocoracidae,Formerly placed in the genus Phalacrocorax.,1,1,1,1,M,,,3,"PIFcalc19–bbs0615(BBS), eBird7017(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"630,000",630000,"560,000",560000,2010.5,PIFcalc19–bbs0615,,2,3836041,Natureserve,,2,3427786,Natureserve,,2,Waterbird Working Group 2017; PIFSC-CVS 2022,,1,H,2,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,H,1,"BBS7021-AS,JS",,425.5229492,3.309818029,2.179204941,4.590000153,1,5.950433254,0.262581557,-2.150000095,2.669001102,,22,core,2.410794973,1360,0.789499998,1072.724976,,,,8,8,8,,yes,,Nearctic,Nearctic,Wetlands: Generalist,Coasts: Beach and Estuary,Coasts: Marine Waters,Wetlands: Lakes and Rivers +737,Neotropic Cormorant,Nannopterum brasilianum,waterbird,Suliformes,Phalacrocoracidae,Formerly placed in the genus Phalacrocorax.,0,1,1,1,R,,,2,PIF CAW 2016,"Panjabi: 500,000 - 5 million breeding adults seems low for this species.",,,,,,,,1,17999927,Natureserve,,1,18009940,Natureserve,,2,Waterbird Working Group 2017; PIFSC-CVS 2022,similar to double-crested; expanding inland and north (Waterbird working group 2017),1,H,2,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,H,1,"BBS7021-AS, BBS9321-JS",,687.8775024,5.630246639,1.889999986,9.270501137,1,188.197998,6.838019371,2.480000019,13,1,16,extended,7.380500793,56.5,3.470000029,196.0549927,,,,6,6,6,,yes,,Neotropical,Neotropical,Wetlands: Generalist,,Wetlands: Generalist,Coasts: Beach and Estuary +738,American White Pelican,Pelecanus erythrorhynchos,waterbird,Pelecaniformes,Pelecanidae,Monotypic.,1,1,1,1,M,,,4,"PIFcalc19–bbs0615(BBS), eBird7017(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"450,000",450000,"410,000",410000,2010.5,PIFcalc19–bbs0615,,2,1202753,Natureserve,,2,2163377,Natureserve,,3,PIFSC-19; PIFSC-CVS 2022,changed due to calibration with TB-r,2,M-H,2,Waterbird Working Group 2017; PIFSC-CVS 2022,makes more extensive use of reservoirs than previously; depredation order could arise due to conflicts with fisherman,2,H,1,"BBS7021-AS,JS",,1139.998901,5.060489178,3.670000076,6.460000038,1,896.0282593,5.240494251,3.779999971,6.480000019,1,45,core,2.789999962,471.5,4.235000134,1996.27002,,,,10,9,10,,,,Western Temperate,Widespread,Wetlands: Lakes and Rivers,,Coasts: Saltmarsh,Wetlands: Lakes and Rivers +739,Brown Pelican,Pelecanus occidentalis,waterbird,Pelecaniformes,Pelecanidae,,1,1,1,1,M,,,4,BNA Shields 2014,,"370,000",370000,"100,000",100000,1999,BNA Shields 2014,,2,1460614,Natureserve,,2,2376191,Natureserve,,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,1,H,2,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,M-H,2,"BBS7021-AS,JS",,309.3615723,2.802071333,0.103795998,5.150000095,1,-38.30757523,-1.598129511,-4.711198807,1.289999962,,30,core,5.04620409,60,4.474999905,268.5,,,,11,10,11,,yes,,Widespread,Widespread,Coasts: Beach and Estuary,Coasts: Marine Waters,Coasts: Beach and Estuary,Coasts: Marine Waters +740,Pinnated Bittern,Botaurus pinnatus,waterbird,Pelecaniformes,Ardeidae,,0,0,1,1,R,,,4,PIF CAW 2016,,,,,,,,,2,2187788,Natureserve,,2,2187788,Natureserve,,2,Waterbird Working Group 2017,,,,2,Waterbird Working Group 2017,,,,2,MX-NSAC,stable (MX-NSAC),,,,,,,,,,,,,,,,,,,,10,10,10,,,,Neotropical,Neotropical,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +741,American Bittern,Botaurus lentiginosus,waterbird,Pelecaniformes,Ardeidae,Monotypic.,1,1,1,1,M,,,3,"PIFcalc19–bbs0615(BBS), eBird7017(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"2,500,000",2500000,"2,500,000",2500000,2010.5,PIFcalc19–bbs0615,,1,8751339,Natureserve,,2,3481635,Natureserve,,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,H,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,H,4,"BBS7021-AS,JS",,-42.80328751,-1.08884418,-2.309999943,-0.205498993,1,-21.72488213,-2.201662302,-4.51009798,0.88499999,,11,core,2.104501009,1227,0.38499999,472.4949951,,,,11,12,12,,,,Nearctic,Nearctic,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh,Coasts: Saltmarsh +743,Least Bittern,Ixobrychus exilis,waterbird,Pelecaniformes,Ardeidae,,1,1,1,1,M,,,4,"PIFcalc19–eBird7017(UsCa,WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"310,000",310000,"130,000",130000,2010.5,PIFcalc19–eBird7017,,1,6229176,Natureserve,,1,4225069,Natureserve,,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,1,H,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,H,2,"BBS7021-AS,JS",,13.82545185,0.254211009,-0.824000001,1.639999986,,10.05930805,0.966919661,-2.695501089,6.690000057,,10,core,2.463999987,130.5,0.056650002,7.356249809,,,,10,10,10,,,,Widespread,Widespread,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +745,Rufescent Tiger-Heron,Tigrisoma lineatum,waterbird,Pelecaniformes,Ardeidae,,0,0,1,1,R,,,4,PIF CAW 2016,,,,,,,,,1,,Natureserve,,1,,Natureserve,,3,MX-NSAC,,,,3,MX-NSAC,,,,3,MX-NSAC,unknown,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +746,Fasciated Tiger-Heron,Tigrisoma fasciatum,waterbird,Pelecaniformes,Ardeidae,,0,0,0,1,R,,,5,BirdLife 2016,"BirdLife estimates <10,000 individuals, or PS=5; BirdLife assumed 2/3 of individual estimate are breeding adults.","3,700",3700,,,,,,2,1360000,BirdLife 2016,,2,1360000,BirdLife 2016,,4,PIF CAW 2014,"afectado por contaminación, por ejemplo metales pesados; plantas hidroeléctricas",,,4,PIF CAW 2014,,,,3,PIF CAW 2014,ha aumentado debido al cultivo de trucha en Costa Rica,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List/Tipping Point Yellow,,,Neotropical,Neotropical,Wetlands: Lakes and Rivers,Forests: Tropical Lowland Evergreen,Wetlands: Lakes and Rivers,Forests: Tropical Lowland Evergreen +747,Bare-throated Tiger-Heron,Tigrisoma mexicanum,waterbird,Pelecaniformes,Ardeidae,Monotypic.,0,0,1,1,R,,,4,PIF CAW 2016,,,,,,,,,3,931184,Natureserve,,3,931184,Natureserve,,2,MX-NSAC,,,,2,MX-NSAC,,,,3,MX-NSAC,stable (MX-NSAC),,,,,,,,,,,,,,,,,,,,12,12,12,,,,Mesoamerica,Mesoamerica,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +748,Great Blue Heron,Ardea herodias,waterbird,Pelecaniformes,Ardeidae,,1,1,1,1,M,,,3,"PIFcalc19–bbs0615(BBS), eBird7017(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"700,000",700000,"620,000",620000,2010.5,PIFcalc19–bbs0615,,1,9840556,Natureserve,,1,9496882,Natureserve,,2,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,H,2,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,H,2,"BBS7021-AS,JS",,30.59411621,0.524874091,0.26810199,0.884000003,1,-21.00875664,-1.068184853,-1.460000038,-0.797302008,1,22,core,0.615898013,3807,0.733500004,2792.397949,,,,8,8,8,,,w,Widespread,Widespread,Wetlands: Generalist,Coasts: Saltmarsh,Wetlands: Generalist,Coasts: Saltmarsh +750,Cocoi Heron,Ardea cocoi,waterbird,Pelecaniformes,Ardeidae,Monotypic.,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,14700000,BirdLife 2016,,1,14700000,BirdLife 2016,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,8,8,8,,,,South American Lowlands,South American Lowlands,Wetlands: Generalist,,Wetlands: Generalist, +752,Great Egret,Ardea alba,waterbird,Pelecaniformes,Ardeidae,,1,1,1,1,M,,,2,"PIFcalc19–bbs0615(BBS), eBird7017(WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"9,500,000",9500000,"710,000",710000,2010.5,PIFcalc19–bbs0615,,1,37202224,"Natureserve, with Old World extrapolation",,1,38068606,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,2,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,H,2,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,H,1,"BBS7021-AS,JS",,170.6654968,1.971951842,1.320000052,2.589999914,1,-7.863737583,-0.454011202,-1.769999981,0.806295991,,18,core,1.269999981,1110.5,2.144999981,2382.209961,,,,6,6,6,,,w,Widespread,Widespread,Wetlands: Generalist,Coasts: Saltmarsh,Wetlands: Generalist,Coasts: Saltmarsh +758,Snowy Egret,Egretta thula,waterbird,Pelecaniformes,Ardeidae,,1,1,1,1,M,,,3,"PIFcalc19–bbs0615(BBS), eBird7017(WHem,Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"2,100,000",2100000,"220,000",220000,2010.5,PIFcalc19–bbs0615,,1,17646497,Natureserve,,1,17790384,Natureserve,,2,Waterbird Working Group 2017; PIFSC-CVS 2022,more similar to great egret than little blue heron (Waterbird working group 2017),1,H,2,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,H,1,"BBS7021-AS,JS",,127.397377,1.623840928,-0.284000009,3.12319994,,18.67002106,1.436541438,-1.899999976,5.546497822,,12,core,3.407200098,514,1.095000029,562.7199707,,,,7,7,7,,,w,Widespread,Widespread,Wetlands: Generalist,Coasts: Saltmarsh,Wetlands: Generalist,Coasts: Saltmarsh +759,Little Blue Heron,Egretta caerulea,waterbird,Pelecaniformes,Ardeidae,Monotypic.,1,1,1,1,M,,,3,"PIFcalc19–bbs0615(BBS), eBird7017(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"1,100,000",1100000,"270,000",270000,2010.5,PIFcalc19–bbs0615,,1,5649725,Natureserve,,1,6190926,Natureserve,,3,Waterbird Working Group 2017; PIFSC-CVS 2022,"TB seems too high, especially for all of North America (KVR); Vermillion, William (2017): One thing that could potentially account for higher score vs. other shrub-nesting herons is the theory of competition with Cattle Egrets; but that relationship isn't really understood. Agree, threats not ""High"" range-wide (Waterbird working group 2017).",1,H,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,H,5,"BBS7021-AS,JS",,-57.90515137,-1.684334278,-2.420000076,-1.037001967,1,-13.17007446,-1.397754788,-3.75999999,0.807404995,,10,core,1.38299799,686,2.089999914,1433.109985,,,,12,12,12,Common Bird in Steep Decline,,w,Widespread,Widespread,Wetlands: Generalist,Coasts: Saltmarsh,Wetlands: Generalist,Coasts: Saltmarsh +760,Tricolored Heron,Egretta tricolor,waterbird,Pelecaniformes,Ardeidae,,1,1,1,1,M,,,4,"PIFcalc19–bbs0615(BBS), eBird7017(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"190,000",190000,"58,000",58000,2010.5,PIFcalc19–bbs0615,,2,1313748,Natureserve,,2,2471614,Natureserve,,3,Waterbird Working Group 2017; PIFSC-CVS 2022,"not as restricted as reddish egret, but more restricted than little blue",1,H,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,H,3,"BBS7021-AS,JS",,-30.93391228,-0.723281205,-1.633000016,0.152999997,,-14.81116486,-0.995920897,-3.319999933,0.358796,,16,core,1.786000013,204.5,0.809000015,165.5019989,,,,12,12,12,,,w,Widespread,Widespread,Wetlands: Generalist,Coasts: Saltmarsh,Wetlands: Generalist,Coasts: Saltmarsh +761,Reddish Egret,Egretta rufescens,waterbird,Pelecaniformes,Ardeidae,,0,1,1,1,R,,,5,BirdLife 2020,,"15,000",15000,"2,400",2400,1996,BNA Koczur et al. 2019,,3,549566,Natureserve,,3,628422,Natureserve,,4,Waterbird Working Group 2017; PIFSC-CVS 2022,"high concentration in few areas; despite high nest production, not recruiting more birds into the pop; sea level rise also a threat. Highly specialized in coastal environments",2,H,4,Waterbird Working Group 2017; PIFSC-CVS 2022,"Many juveniles die during dispersal; sea level rise, dredging, altered hydrology all warrant TN=4 (Hunter-Green-Andres 2017); Vermillion, William (2017): Subject to the same threats along the Gulf Coast as other island shrub nesters, but smaller population, if that makes a difference. Some evidence of concentrations in Tamaulipas during winter from Bart Ballard and Clay Green's students' work plus crazy birds moving across isthmus of Panama from Gulf to Pacific in winter!",2,H,3,Green et al. 2022,"Green et al. 2022: ""Trend information is regionally variable and suggestive at best. Colony counts in some areas show apparent stability in breeding numbers, but there is concern over declines elsewhere. The population overall appears to be ‘stable to moderately declining’ (Koczur et al. 2020; BirdLife 2022).""",,,,,,,,,,,,,,,,,,,,15,15,15,Watch List/Tipping Point Yellow,,,Neotropical,Neotropical,Coasts: Mangroves,Coasts: Beach and Estuary,Coasts: Beach and Estuary, +762,Cattle Egret,Bubulcus ibis,waterbird,Pelecaniformes,Ardeidae,"Not recognized by del Hoyo et al. (1992) or Clements (2000) or Howard and Moore (2003), but included in treatments Peters (1979).",1,1,1,1,M,,,2,"PIFcalc19–bbs0615(BBS), eBird7017(WHem,Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"48,000,000",48000000,"2,800,000",2800000,2010.5,PIFcalc19–bbs0615,,1,35923738,"Natureserve, with Old World extrapolation",,1,50625860,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,2,Waterbird Working Group 2017; PIFSC-CVS 2022,"have been declines, especially in TX, possibly due to less cattle on the landscape; large colonies have disappeared; Vermillion, William (2017): Low score probably due to perception of competitive advantage noted in LBHE cell above. Agree though, 2 or 3 seems okay. Agree with TB/TN=2 (Waterbird working group 2017)",2,H,2,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,M-H,4,"BBS7021-AS,JS",,-40.55034637,-1.014505625,-2.384001017,0.63499999,,-48.07998657,-3.577623367,-5.409999847,-2.405601978,1,18,core,3.019001007,872.5,39.72499847,34717.875,,,,9,9,9,,yes,"b,w",Widespread,Widespread,Wetlands: Generalist,,Open Country: Developed/Disturbed,Wetlands: Seasonally Wet Grasslands +764,Green Heron,Butorides virescens,waterbird,Pelecaniformes,Ardeidae,,1,1,1,1,M,,,3,"PIFcalc19–bbs0615(BBS), eBird7017(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"1,200,000",1200000,"770,000",770000,2010.5,PIFcalc19–bbs0615,,1,7930158,BirdLife 2021,,1,4747660,BirdLife 2021,,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,H,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,H,5,"BBS7021-AS,JS",,-57.11771393,-1.645958066,-2.016801119,-1.169999957,1,-16.73966599,-1.399064183,-2.180000067,-0.728999972,1,13,core,0.846800983,2366.5,0.559499979,1324.051514,,,,12,12,12,Common Bird in Steep Decline,,,Widespread,Widespread,Wetlands: Freshwater Marsh,,Wetlands: Generalist,Coasts: Saltmarsh +765,Striated Heron,Butorides striata,waterbird,Pelecaniformes,Ardeidae,,0,0,0,1,M,,,2,PIF CAW 2016,,,,,,,,,1,41974925,NatureServe 3.0; BirdLife 2021; Shaw-22,"Shaw-22: BirdLife lumps with Green Heron, so summed BirdLife's polygons for Old World + Pacific with NatureServe's polygons for New World",1,41974925,NatureServe 3.0; BirdLife 2021; Shaw-22,"Shaw-22: BirdLife lumps with Green Heron, so summed BirdLife's polygons for Old World + Pacific with NatureServe's polygons for New World",3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,8,8,8,,,,Neotropical,Neotropical,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +766,Agami Heron,Agamia agami,waterbird,Pelecaniformes,Ardeidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,1,7868582,Natureserve,,1,7868582,Natureserve,,4,MX-NSAC,,,,4,MX-NSAC,,,,3,MX-NSAC,unknown,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Wetlands: Forested,Forests: Tropical Lowland Evergreen,Wetlands: Forested,Forests: Tropical Lowland Evergreen +767,Capped Heron,Pilherodius pileatus,waterbird,Pelecaniformes,Ardeidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,1,10300000,BirdLife 2016,,1,10300000,BirdLife 2016,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,South American Lowlands,South American Lowlands,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +768,Black-crowned Night-Heron,Nycticorax nycticorax,waterbird,Pelecaniformes,Ardeidae,,1,1,1,1,M,,,3,"PIFcalc19–bbs0615(BBS), eBird7017(WHem), PIF(Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"3,000,000",3000000,"420,000",420000,2010.5,PIFcalc19–bbs0615,,1,28424753,"Natureserve, with Old World extrapolation",,1,24281740,"Natureserve, with ocular estimate of range in W Hemisphere based on PIFTC",,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,H,2,Waterbird Working Group 2017; PIFSC-CVS 2022,,1,H,3,"BBS7021-AS,JS",,-23.64019585,-0.527414203,-1.409999967,0.105094999,,-22.44241714,-1.401964664,-3.359999895,0.201499,,18,core,1.515094995,777,0.176499993,136.8224945,,,,10,9,10,,yes,,Widespread,Widespread,Wetlands: Generalist,Coasts: Saltmarsh,Wetlands: Generalist,Coasts: Saltmarsh +769,Yellow-crowned Night-Heron,Nyctanassa violacea,waterbird,Pelecaniformes,Ardeidae,,1,1,1,1,M,,,4,"PIFcalc19–bbs0615(BBS), eBird7017(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"400,000",400000,"130,000",130000,2010.5,PIFcalc19–bbs0615,,1,4205444,Natureserve,,2,2556643,Natureserve,,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,1,H,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,1,H,3,"BBS7021-AS,JS",,-31.04154205,-0.726179183,-1.909999967,0.023103001,,-1.626897097,-0.117127508,-2.589999914,2.243602037,,14,core,1.933102965,411,0.280999988,115.4499969,,,,11,12,12,,,,Widespread,Widespread,Wetlands: Generalist,Coasts: Mangroves,Coasts: Saltmarsh,Coasts: Mangroves +770,Boat-billed Heron,Cochlearius cochlearius,waterbird,Pelecaniformes,Ardeidae,,0,0,1,1,R,,,3,PIF CAW 2016,,,,,,,,,1,11684922,Natureserve,,1,11684922,Natureserve,,3,MX-NSAC,,,,3,MX-NSAC,,,,3,PIFTC,unknown,,,,,,,,,,,,,,,,,,,,10,10,10,,,,Neotropical,Neotropical,Wetlands: Generalist,Coasts: Mangroves,Wetlands: Generalist,Coasts: Mangroves +771,White Ibis,Eudocimus albus,waterbird,Pelecaniformes,Threskiornithidae,Monotypic.,1,1,1,1,M,,,3,"PIFcalc19–bbs0615(BBS), eBird7017(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"2,400,000",2400000,"1,200,000",1200000,2010.5,PIFcalc19–bbs0615,,2,1054096,Natureserve,,2,1262325,Natureserve,,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,H,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,M-H,1,"BBS7021-AS,JS",Panjabi-23: The US has 82% of the breeding population according to ebird S&T model so going with BBS. Mexican and C. American PT-r's average 3 (Mexican Regional Assessment 2005; PIF CAW 2014). Waterbird Working Group 2017: Species appears to be highly nomadic; Has declined steeply in extreme south FL (supported by BBS) and perhaps elsewhere in FL and South Atlantic Coastal Plain; but steeply increasing elsewhere.,303.5278015,2.771974564,0.829999983,4.737699032,1,4.54903698,0.222458258,-2.220000029,3.228497982,,20,core,3.907699108,345,22.09000015,7621.049805,,,,9,9,9,,yes,w,Widespread,Widespread,Wetlands: Generalist,Coasts: Mangroves,Wetlands: Generalist,Coasts: Saltmarsh +773,Glossy Ibis,Plegadis falcinellus,waterbird,Pelecaniformes,Threskiornithidae,"Formerly three subspecies recognized (Peters 1931), but now recognized as monotypic.",1,1,1,1,M,,,3,"PIFcalc19–bbs0615(BBS), eBird7017(WHem,Glob)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"550,000",550000,"36,000",36000,2010.5,PIFcalc19–bbs0615,,1,19400000,BirdLife 2015,,1,22010267,"Natureserve, with ocular estimate of range in W Hemishpere based on BirdLife map",breeding and non-breeding ranges appear similar in terms of overall extent in BirdLife map,3,Waterbird Working Group 2017; PIFSC-CVS 2022,"Why are threats lower than for other herons? Should be same as White-faced and others? (KVR); Vermillion, William (2017): Agree.",2,H,3,Waterbird Working Group 2017; PIFSC-CVS 2022,why lower than White-faced and other fw herons? (KVR),2,M-H,1,"BBS7021-AS,JS",,605.8826294,3.905450821,1.419999957,6.07739687,1,257.4770203,5.961334229,1,11.14070415,1,22,core,4.657396793,95.5,1.495000005,142.5850067,,,,8,8,8,,,w,Widespread,Widespread,Coasts: Saltmarsh,Wetlands: Freshwater Marsh,Wetlands: Generalist,Coasts: Saltmarsh +774,White-faced Ibis,Plegadis chihi,waterbird,Pelecaniformes,Threskiornithidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615(BBS), eBird7017(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"7,200,000",7200000,"1,300,000",1300000,2010.5,PIFcalc19–bbs0615,,1,5296202,Natureserve,,1,5944825,Natureserve,,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,M-H,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,M-H,1,"BBS7021-AS,JS",,472.0611572,3.476486206,0.165199995,7,1,55.17405319,2.973764181,-2.579999924,12.22859573,,15,core,6.834799767,220,85.65499878,18844.09961,,,,7,7,7,,,w,Widespread,Widespread,Wetlands: Freshwater Marsh,,Wetlands: Generalist,Coasts: Saltmarsh +775,Green Ibis,Mesembrinibis cayennensis,waterbird,Pelecaniformes,Threskiornithidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,1,10600000,BirdLife 2016,,1,10600000,BirdLife 2016,,2,Waterbird Working Group 2017,una especie plástica,,,2,Waterbird Working Group 2017,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,9,9,9,,,,Neotropical,Neotropical,Wetlands: Forested,Forests: Tropical Lowland Evergreen,Wetlands: Forested,Forests: Tropical Lowland Evergreen +778,Roseate Spoonbill,Platalea ajaja,waterbird,Pelecaniformes,Threskiornithidae,Monotypic.,0,1,1,1,M,,,4,"BNA2000, bbs0615(BBS), eBird7017(WHem)",extrapolated from US/Canada estimate from first source listed using %US/Canada estimated from the other source(s) listed,"170,000",170000,"11,000",11000,1998,BNA Dumas 2000,,1,7970819,Natureserve,,1,8470416,Natureserve,,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,2,M-H,3,Waterbird Working Group 2017; PIFSC-CVS 2022,,1,H,1,"BBS7021-AS,JS","Shaw-23: Haven't estimated 3-generation trends from CBC7019, but long-term significant annual increase of 6.569% may support BBS score of 1. US estimated by eBird S&T to make up ~65% of the population. Incomplete coverage by both surveys and risk of climate-induced shift making trend look more positive than it is, but the magnitude of the gain for both surveys is such that even controlling for climate shifts, would still likely be significant long-term gain, so went with BBS which we have complete trend analysis for. eBird recent trends increasing on Gulf of California, inland S. FL, Gulf coast from Corpus Cristi to Tamaulipas, and Caribbean, vs. decreasing everywhere else, so perhaps net moderate decline since 2007, with similar increase:decrease ratio between US vs. rest of range, so may be fair to extrapolate from US southward, at least for recent trends. Panjabi 2019: 7 regions gave it a PT=4, including some important ones (SE Mexico, Belize, Guatemala), but PIF CAW 14 consensus was stability.",878.1539917,4.574877739,2.309999943,6.787205219,1,63.90729904,2.078871012,-1.200000048,5.044602871,,24,core,4.4772048,86.5,0.925000012,79.86499786,,,,9,9,9,,,w,Neotropical,Neotropical,Coasts: Mangroves,Wetlands: Freshwater Marsh,Wetlands: Generalist,Coasts: Saltmarsh +779,California Condor,Gymnogyps californianus,landbird,Cathartiformes,Cathartidae,Monotypic.,0,1,1,0,R,,,5,California Condor Recovery Team 2017,"these estimates are for wild birds only. BBS-15 yielded 5700 for US/Canada, 6000 globally.",290,290,250,250,,California Condor Recovery Team 2017,,5,,Roberta Mesta (USFWS),"Roberta Mesta (USFWS) confirms that the two polygons of extant breeding range are correct; a third polygon should be included to cover the San Pedro Martir range in northern Baja, MX; However, breeding sites are few and highly local, therefore BD=5 in spite of an area of 104,418.",4,104418,BirdLife 2021,,5,PIFTC-02,"CB-low productivity, extirpation from large areas of range, interactions with humans negative, lead poisoning, high wires, (R. Mesta).",,,5,PIFTC-02,,,,1,PIFSC-18,"relative to 1970 population (which was low, ~30-40 birds) today’s population of over 250 birds equates to a score of 1",,,,,,,,,,,,,,,,,,,,16,15,16,Watch List/Tipping Point Orange,,,Pacific North America,Pacific North America,Aridlands: Chaparral,Forests: Temperate Western,Aridlands: Chaparral,Forests: Temperate Western +780,King Vulture,Sarcoramphus papa,landbird,Cathartiformes,Cathartidae,Monotypic.,0,0,1,1,R,,,4,PIF CAW 2016,Rango amplio. Densidad baja. (CAW); score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,1,13662423,Natureserve 3.0,,1,13662423,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,requires large areas of primary forest; habitat loss,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List/Tipping Point Yellow,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +781,Black Vulture,Coragyps atratus,landbird,Cathartiformes,Cathartidae,,0,1,1,1,R,,,1,Zimmerman et al. 2019; bbs update to 2018; eBird7017,Zimmerman used the methodology in Zimmerman et al. 2019 for the entire U.S. using BBS-2018. This new U.S. estimate was extrapolated globally using eBird's % of global Black Vulture observations that are in U.S.,"190,000,000",190000000,"9,600,000",9600000,,Zimmerman et al. 2019; bbs update to 2018,Zimmerman used the methodology in Zimmerman et al. 2019 for the entire U.S. using BBS-2018.,1,20974656,Natureserve 3.0,,1,20974656,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,"DD = 'benefit from human acitivity.' Mostly in SA and CA where sanitation issues create favorable situation, but farming in US creates much carrion and non-natural nest sites provide suitable alternatives to large cavities. Southern pops probably outnum.",2,H,2,PIFTC-02; PIFSC-CVS 2022,"DD = 'benefit from human activity.' Mostly in SA and CA where sanitation issues create favorable situation, but farming in US creates much carrion. Southern pops probably outnumber US ones.",2,H,1,"BBS7021-AS,JS",,682.2904053,4.118851185,3.25999999,4.833697796,1,642.3815308,4.771007538,4.010000229,5.397605896,1,43,core,1.573698044,1113.5,1.934999943,2156.179932,,,,5,5,5,,yes,w,Widespread,Widespread,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +782,Turkey Vulture,Cathartes aura,landbird,Cathartiformes,Cathartidae,,1,1,1,1,M,,,2,"PIFcalc19–eBird7017,bbs0615",,"28,000,000",28000000,"8,400,000",8400000,2010.5,PIFcalc19–bbs0615,,1,28220589,Natureserve 3.0,,1,21773049,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,"DD = 'benefit from human alteration of landscapes.' expected future conditions are enhanced by humans. Could be TB = 2, populations demonstrably secure and no known threats?",2,H,2,PIFTC-02; PIFSC-CVS 2022,DD = 'benefit from human alteration of landscapes.' expected future conditions are enhanced by humans.,2,H,1,"BBS7021-AS,JS",,230.8960114,2.371797085,2.005898952,2.74000001,1,52.92152023,2.14444685,1.593994975,2.779999971,1,20,core,0.734100997,3678,2.535000086,9323.30957,,,,6,6,6,,yes,w,Widespread,Widespread,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +783,Lesser Yellow-headed Vulture,Cathartes burrovianus,landbird,Cathartiformes,Cathartidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,1,7836656,Natureserve 3.0,,1,7836656,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,no significant threats,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,8,8,8,,,,Neotropical,Neotropical,Grasslands: Tropical,Wetlands: Freshwater Marsh,Grasslands: Tropical,Wetlands: Freshwater Marsh +790,Swallow-tailed Kite,Elanoides forficatus,landbird,Accipitriformes,Accipitridae,,0,1,1,1,M,,,4,PIFSC-18,"PIFSC-22: Global estimate extrapolated from 2016 US estimate (7500) using NatureServe 3.0 range proportion in U.S. (2.86%). NatureServe map was used for extrapolation rather than eBird because austral migrant, migrating in Northern Hemisphere in Jan/Feb and July/August, potentially confounding the seasonal breeding values from eBird. Would need to adjust methodology to use eBird for global extrapolation because N. American breeding timing differs from most other species and we don't know exact breeding timing for S. America populations. The 2016 US estimate was extrapolated rather than the latest US estimate because the US population is increasing rapidly, whereas trends are unknown and unlikely so positive in the majority of the species’ range, so seems inappropriate to extrapolate population growth that is probably atypical.â€","260,000",260000,"12,000",12000,,PIFSC-22,"PIFSC-22: The previous US estimate of 7500, obtained from collaborative state-based surveys conducted in the southeast U.S. circa 2010, has been revised upward to reflect evidence suggesting subsequent population growth or that the previous estmate was overly conservative, or both.",1,12014973,Natureserve 3.0,,1,11320710,Natureserve 3.0,,4,PIFSC-08; PIFSC-CVS 2022,"uses primary forest (MX-NSAC); threats to lowland forests is high in Central America; despite increases in US, divestiture of private forest lands in SE US threatens integrity of bottomland forests; Lower threats throughout range as whole than in U.S.; although U.S. hosts the largest population in NA. are threats really severe across breeding range? Do we want to consider South America? (CB, KVR, WE, TW, DP); Our score for this species is likely inappropriately biased by a US (""edge of range"") perspective on what accounts for only a fraction of the breeding range of this species. I feel comfortable with TB = 4 for US breeding STKI (fragmentation, habitat alteration favoring GHOW predation, threats to large intacts bottomland systems, etc) . . . but for rest of breeding range, I'm less sure. Ranching, tropical lowland forest converstion and fragmentation, shooting and pesticides are all recently documented threats to STKI breeding and wintering in Brazil. Its not clear if this is local phehomena tho on wintering range, or indicative of more widespread threats?? Dependent on super-emergent trees in bottomland hardwood forests; sale of large tracts of timberlands for residential development will increase fragmentation and GHOW predation (PIFSC)",2,M-L,3,PIFTC-02,Lower threats throughout range as whole than in U.S.; uses primary forest,,,1,"BBS7021-AS,JS","Blancher-23: 1549% LT increase (P<0.1) and 182% recent increase (P<0.1) and even the lower credible intervals indicate quite large increases. So even if the U.S. has just 46% of the N American pop'n (eMod21), the full N. American trend has to be above zero even if the Mexican and CA pops were to completely disappear, so PT=1.",1549.454712,5.651102066,4.519999981,6.46999979,1,182.4047241,5.322340012,3.130000114,6.517506123,1,20,core,1.950000048,153,0.150000006,22.79999924,,,,10,9,10,,,,Widespread,South American Lowlands,Forests: Temperate Eastern,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen, +791,Crested Eagle,Morphnus guianensis,landbird,Accipitriformes,Accipitridae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,1,4793958,Natureserve 3.0,,1,4793958,Natureserve 3.0,,5,MX-NSAC,,,,5,MX-NSAC,requires large tracts of primary forest; prey base (monkeys) declining throughout range,,,5,PIF CAW 2014,requires intact lowland rain forest,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List/Tipping Point Red,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +792,Harpy Eagle,Harpia harpyja,landbird,Accipitriformes,Accipitridae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,1,6933688,Natureserve 3.0,,1,6933688,Natureserve 3.0,,5,MX-NSAC,,,,5,MX-NSAC,requires large tracts of primary forest; prey base (monkeys) declining throughout range,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List/Tipping Point Red,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +793,Golden Eagle,Aquila chrysaetos,landbird,Accipitriformes,Accipitridae,,1,1,1,0,M,,,4,PIFSC-18,"Extrapolated USFWS estimate of 40,000 in US in 2014 for US/Canada estimate based on % of pop in each country in BBS-15 + NWT surveys. Alternatively, 150,000 is BBS-15 estimate for US/Canada, extrapolated with eBird up to 300,000 globally (PIFSC-18).","130,000",130000,"63,000",63000,,USFWS Eagle Rule Revision 2016,,1,23242678,Natureserve 3.0,,1,20108304,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"CB-Shooting, poison bait, electrocution, cultural uses, (Glinski); threatened in central Mexico by capture (MX-NSAC). susceptible to mortality at wind farms, but probably does not pose population level threats. (CB, KVR, WE, TW, DP)",3,M-H,3,PIFTC-02; PIFSC-CVS 2022,"shooting, poisoning, especially in Mexico -- maybe even '4' (KR); CB-most breeding threats same",2,M-H,2,"BBS7021-AS,JS",,6.080491066,0.115797736,-0.294999987,0.507000029,,4.903394699,0.097696625,-0.296999991,0.495000005,,49,core,0.801999986,770,0.151999995,117.0400009,,,,10,10,10,,,w,Nearctic,Nearctic,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +794,Black Hawk-Eagle,Spizaetus tyrannus,landbird,Accipitriformes,Accipitridae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,1,8333206,Natureserve 3.0,,1,8333206,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,requires primary forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +795,Black-and-white Hawk-Eagle,Spizaetus melanoleucus,landbird,Accipitriformes,Accipitridae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,1,8103632,Natureserve 3.0,,1,8103632,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,requires primary forest,,,5,PIF CAW 2014,"all regions in mexico (which represent >50% of Central American range) indicate major decline, situation likely similar in rest of C.A.",,,,,,,,,,,,,,,,,,,,15,15,15,Watch List/Tipping Point Orange,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +796,Ornate Hawk-Eagle,Spizaetus ornatus,landbird,Accipitriformes,Accipitridae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,1,9467792,Natureserve 3.0,,1,9467792,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,requires primary forest,,,5,PIF CAW 2014,"depends on large tracts of humid tropical forest, sensitive to fragmentation; now rare in much of mapped range",,,,,,,,,,,,,,,,,,,,14,14,14,Watch List/Tipping Point Yellow,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +797,Double-toothed Kite,Harpagus bidentatus,landbird,Accipitriformes,Accipitridae,,0,0,1,1,R,,,3,Gomez-Panjabi. PIF CAW 2016,la poblacion en el norte es marginal. Revisar con expertos de sur america. (CAW);,,,,,,,,1,8990579,Natureserve 3.0,,1,8990579,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,uses primary forest,,,4,PIF CAW 2014,SECL and SEMH score as PT=4; habitat loss similar across central america,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +798,Northern Harrier,Circus hudsonius,landbird,Accipitriformes,Accipitridae,,1,1,1,1,M,,,3,"PIFcalc19–bbs0615,ona0105,nwt9501,eBird7017","split from Old World's Circus cyaneus, so used US/Canada estimate for global estimate","820,000",820000,"820,000",820000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,12347239,BirdLife 2017,,1,9102362,BirdLife 2017,,3,PIFTC-02; PIFSC-CVS 2022,"Lots of undisturbed range in far north (GB), but much habitat loss in populated areas.",3,M-H,3,PIFTC-02; PIFSC-CVS 2022,"TN should be less than TB, as for Short-eared Owl (GB). threats still probably moderate overall in winter; uses ag but less so in more intensified ag (KVR)",2,H,4,"BBS7021-AS,JS",,-38.06084442,-0.93307519,-1.460000038,-0.590198994,1,-20.44890976,-1.743757486,-3.400000095,-0.584601998,1,13,core,0.869800985,2110,0.333999991,704.7860107,,,,11,11,11,,,"b,w",Nearctic,Nearctic,Grasslands: Temperate,Wetlands: Freshwater Marsh,Open Country: Habitat Mosaic,Coasts: Saltmarsh +803,Tiny Hawk,Accipiter superciliosus,landbird,Accipitriformes,Accipitridae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,1,8592097,NatureServe,,1,8592097,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +804,Sharp-shinned Hawk,Accipiter striatus,landbird,Accipitriformes,Accipitridae,,1,1,1,1,M,,,3,"PIFcalc19–eBird7017,bbs0615","Especie residente, el rango es pequeño, bosque de pino, especie local (calificación 5) (CAW);","1,000,000",1000000,"410,000",410000,2010.5,PIFcalc19–bbs0615,,1,16346707,Natureserve 3.0,,1,14435200,Natureserve 3.0,,3,PIFSC-08; PIFSC-CVS 2022,"Uses wide variety of forest types, including young. Is it area sensitive? (ED); same as U.S. (MX-NSAC).",3,M-H,2,PIFTC-02; PIFSC-CVS 2022,"Persecution, but not enough to make a 3",2,H,2,"BBS7021-AS,JS",,35.34735107,0.59562242,0.235294998,1.210000038,1,-14.47759628,-0.977036655,-3.069999933,0.461899996,,16,core,0.974704981,1479,0.020649999,30.53289986,,,,9,8,9,,,,Northern Forest,Widespread,Forests: Temperate Generalist,,Forests: Temperate Generalist, +805,Cooper's Hawk,Accipiter cooperii,landbird,Accipitriformes,Accipitridae,Monotypic.,1,1,1,1,M,,,3,"PIFcalc19–bbs0615,eBird7017",Migrante en la región de CA (CAW);,"1,000,000",1000000,"840,000",840000,2010.5,PIFcalc19–bbs0615,,1,8365612,Natureserve 3.0,,1,8151344,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,Same habitat as in winter.,2,H,2,PIFTC-02; PIFSC-CVS 2022,Persecution. winters extensively in urban and agricultural areas; persecution not a population threat (KVR); should be same as sharp-shinned (Panjabi),2,H,1,"BBS7021-AS,JS",,194.3715057,2.13765049,1.840000033,2.480000019,1,16.21513367,0.887378097,0.0911,1.403200984,1,17,core,0.639999986,2336,0.037950002,88.667099,,,,7,7,7,,yes,,Nearctic,Widespread,Forests: Temperate Generalist,,Open Country: Habitat Mosaic, +807,Bicolored Hawk,Accipiter bicolor,landbird,Accipitriformes,Accipitridae,,0,0,1,1,R,,,3,PIF CAW 2016,"Marginal en CA, amplio en Sur América (CAW); score change from 5 to 3 recommended by Central Americans in 2016",,,,,,,,1,14390047,Natureserve 3.0,,1,14390047,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,highly restricted to primary rainforest,,,5,PIF CAW 2014,regional experts in core range in mexico score as PT=5; habitat trends and species status similar throughout central america,,,,,,,,,,,,,,,,,,,,13,13,13,Watch List/Tipping Point Yellow,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +808,Northern Goshawk,Accipiter gentilis,landbird,Accipitriformes,Accipitridae,,1,1,1,0,M,,,4,"PIFcalc19–rng,bbs0615,eBird7017,nwt9501",,"420,000",420000,"210,000",210000,2010.5,"PIFcalc19–bbs0615,nwt9501",,1,20028624,Natureserve 3.0,,1,26368146,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,3,M-L,3,PIFTC-02; PIFSC-CVS 2022,,2,M-H,2,"BBS7021-AS,JS",,1.79209137,0.034798298,-0.535000026,0.708999991,,-1.944092035,-0.089099385,-1.700000048,0.847000003,,22,core,1.243999958,501.5,0.01335,6.639750004,,,,10,10,10,,,,Northern Forest,Nearctic,Forests: Boreal,Forests: Temperate Western,Forests: Temperate Generalist, +810,Bald Eagle,Haliaeetus leucocephalus,landbird,Accipitriformes,Accipitridae,,1,1,1,0,M,,,4,"USFWS Eagle Rule Revision, 2016, with extrapolation to Canada","extrapolated from US estimate (143,000) to Canada using BBS-based %pop of 28.8% in Canada vs. 71.2% in US (P.Blancher pers. comm., 6.7.16). 970,000 is estimate from BBS-15.","200,000",200000,"200,000",200000,,"USFWS Eagle Rule Revision, 2016, with extrapolation to Canada","U.S. est=143,000",1,8635225,Natureserve 3.0,,1,6488748,Natureserve 3.0,,2,PIFSC-19; PIFSC-CVS 2022,changed due to calibration with TB-r; only 15 of 34 BCRs (<10% pop) scored TB>2,2,H,3,PIFTC-02; PIFSC-CVS 2022,Disease and coastal development remain threats,2,M-L,1,"BBS7021-AS,JS",,784.8019409,4.369497299,2.609999895,5.320895195,1,261.6353455,3.035000801,1.85749495,4.400000095,1,43,core,2.710895061,1375.5,0.137999997,188.4550018,,,,8,9,9,,,,Nearctic,Nearctic,Wetlands: Generalist,Coasts: Beach and Estuary,Wetlands: Generalist,Coasts: Saltmarsh +813,Mississippi Kite,Ictinia mississippiensis,landbird,Accipitriformes,Accipitridae,Monotypic.,0,1,1,1,M,,,3,"PIFcalc19–bbs0615,eBird7017","la población mundial pasa por Veracruz (330,000 individuos) (CAW);","700,000",700000,"700,000",700000,2010.5,PIFcalc19–bbs0615,,2,1031235,PIFSC-08,"Added 25%; Difference in BD is likely a larger range in US than NS gives it, > 1M km2",2,1027361,Natureserve 3.0,"Ken comment: Breeding range in the U.S. is shown as Year-Round resident range, but this error was caught before calculation of range size and thus doesn't affect the current NS-derived score (P. Blancher)",2,PIFTC-02; PIFSC-CVS 2022,DD= 'population demonstrably secure' BNA supports that Western pops are easy TB 2 but eastern ones could qualify as TB 3. Removal and fragmentaion of hardwood forest represent major threat in east. Western pops increasingly using urban/suburban areas.,2,H,3,PIFTC-02,"DD='no available information', may be concentration points.",,,1,"BBS7021-AS,JS",,100.6409073,1.37331295,0.38460499,2.369999886,1,54.20764923,2.929330111,0.876295984,5.139999866,1,15,core,1.985394955,540.5,0.666499972,360.010498,,,,8,9,9,,yes,,Eastern Temperate,South American Lowlands,Forests: Temperate Eastern,,Forests: Tropical Dry,Open Country: Developed/Disturbed +814,Plumbeous Kite,Ictinia plumbea,landbird,Accipitriformes,Accipitridae,Monotypic.,0,0,1,1,M,,,3,Gomez-Panjabi. PIF CAW 2016,Anida en Sur América (CAW);,,,,,,,,1,13116434,Natureserve 3.0,,1,12507120,Natureserve 3.0,,3,MX-NSAC,requires humid forest; threats at leats moderate.,,,2,MX-NSAC,uses wide range of habitats in winter,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,9,10,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +815,Black-collared Hawk,Busarellus nigricollis,landbird,Accipitriformes,Accipitridae,,0,0,1,1,R,,,4,PIF CAW 2016,Extirpado en El Salvador (CAW); score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,1,8580165,Natureserve 3.0,,1,8580165,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,"specialized habitats (mangroves, palm forest)",,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +816,Crane Hawk,Geranospiza caerulescens,landbird,Accipitriformes,Accipitridae,,0,0,1,1,R,,,3,PIFTC-02. PIF CAW 2016,No es común en Belice. Especialista. (CAW),,,,,,,,1,14588779,Natureserve 3.0,,1,14588779,Natureserve 3.0,,3,PIFSC-08,regional scores suggest at least moderate threats; tolerant of disturbance during breeding season (MX-NSAC).,,,3,PIFSC-08,regional scores suggest at least moderate threats; tolerant of disturbance,,,4,PIF CAW 2014,core regions in Mexico (SEPL and SECL) score PT=4; likely similar trend throughout C.A. due to widespread deforestation and alteration of wetlands,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Forests: Tropical Generalist,,Forests: Tropical Generalist, +817,Snail Kite,Rostrhamus sociabilis,landbird,Accipitriformes,Accipitridae,,0,1,1,1,R,,,3,"Gomez-Panjabi, PIF CAW 2016–PS-g midpoint",especie bastante local. Revisar por expertos de sur america. Es común en el pantanal. (CAW);,"2,000,000",2000000,"2,100",2100,,Fletcher et al. 2016,,1,11510869,Natureserve 3.0,,1,11510869,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,"Lower threats throughout range as whole than in U.S.; highly specialized, but no perceived threats (MX-NSAC).",5,H,3,PIFTC-02; PIFSC-CVS 2022,"Lower threats throughout range as whole than in U.S.; highly specialized, but no perceived threats",2,M-L,2,MX-NSAC,"reluctant to override consensus by regional experts, which scored this species as PT=2 in its core range in Mexico (SECL); also, anecdotal evidence suggest it has been expanding its range up the pacific coast (e.g. San Blas); reluctant to override consensus by regional experts, which scored this species as PT=2 in its core range in Mexico (SECL); also, anecdotal evidence suggest it has been expanding its range up the pacific coast (e.g. San Blas)",,,,,,,,,,,,,,,,,,,,10,9,10,,,,Neotropical,Neotropical,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +818,Slender-billed Kite,Helicolestes hamatus,landbird,Accipitriformes,Accipitridae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,2 records in ebird in eastern panama,,,,,,,,2,2230595,NatureServe,,2,2230595,NatureServe,,3,Panjabi 2017,unknown; not assigned at PIF-CAW 2014,,,3,Panjabi 2017,unknown; not assigned at PIF-CAW 2014,,,3,Panjabi 2017,unknown; not assigned at PIF-CAW-2014,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +819,Plumbeous Hawk,Cryptoleucopteryx plumbea,landbird,Accipitriformes,Accipitridae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,4,118571,NatureServe,,4,118571,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +820,Common Black Hawk,Buteogallus anthracinus,landbird,Accipitriformes,Accipitridae,,0,1,1,1,M,,,3,PIFTC-02–PS-g midpoint,"BBS-15 estimated 1,000 in US/Canada, 18,000 globally extrapolated with eBird (PIFSC-18).","2,000,000",2000000,"<2,000",2000,,PIFSC-16,suggest < 500; % Pop'n in US should be < 1%; Tubac area had ~500 counted over several weeks during migration (Beardmore),2,1383932,Natureserve 3.0,,2,1090987,Natureserve 3.0,,3,PIFSC-08,"regional scores suggest at least moderate threats; northern populations highly threatened by riparian loss (KR); CB-human disturbance, dewatering, clearing, grazing, highly vulnerable to human activities, highly specialized (BNA);Broader habitat use in MX.",,,3,PIFSC-08,regional scores suggest at least moderate threats; no known or expected threats,,,3,MX-NSAC 2008,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Wetlands: Forested,Coasts: Mangroves,Wetlands: Forested,Coasts: Mangroves +822,Savanna Hawk,Buteogallus meridionalis,landbird,Accipitriformes,Accipitridae,Monotypic.,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,10481169,NatureServe,,1,10481169,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,"utilice campos agricolas, especialmente arroz",,,,,,,,,,,,,,,,,,,,7,7,7,,,,South American Lowlands,South American Lowlands,Grasslands: Tropical,,Grasslands: Tropical, +823,Great Black Hawk,Buteogallus urubitinga,landbird,Accipitriformes,Accipitridae,,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,1,13171448,Natureserve 3.0,,1,13171448,Natureserve 3.0,,3,PIFTC-02,,,,3,PIFSC-08,no known or expected threats,,,4,PIF CAW 2014,"regional experts in core range (SECL, SEPL, SEMH) score PT=4; situation likely similar across C.A.",,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Wetlands: Forested,Forests: Tropical Lowland Evergreen,Wetlands: Forested,Forests: Tropical Lowland Evergreen +824,Solitary Eagle,Buteogallus solitarius,landbird,Accipitriformes,Accipitridae,,0,0,1,1,R,,,5,PIFTC-02. PIF CAW 2016,Rara y bastante local (CAW);,,,,,,,,3,452066,Natureserve 3.0,,3,452066,Natureserve 3.0,,4,PIFTC-02,"CB-Mexicans should score; no breeding in US; specialized habitat (Pine-oak, cloud forest), requires extensive tracts; habitat loss (MX-NSAC).",,,4,PIFTC-02,"CB-Mexicans should score; specialized habitat (Pine-oak, cloud forest), requires extensive tracts; habitat loss",,,5,PIF CAW 2014,Requires large tracts of undisturbed forest; widespread forest fragmentation has undoubtedly reduced this species' C.A. population significantly; keep at PT=5,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Neotropical,Neotropical,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland +825,Barred Hawk,Morphnarchus princeps,landbird,Accipitriformes,Accipitridae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,4,113911,NatureServe,,4,113911,NatureServe,,4,PIF CAW 2014,rango alitudinal restringido; sensible a la fragmentación de bosque,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +826,Roadside Hawk,Rupornis magnirostris,landbird,Accipitriformes,Accipitridae,Formerly placed in the genus Buteo.,0,0,1,1,R,,,2,PIF CAW 2016,Abundante (CAW); score change from 3 to 2 recommended by Central Americans in 2016,,,,,,,,1,15092328,Natureserve 3.0,,1,15092328,Natureserve 3.0,,2,PIFSC-08,"TB/N=2 more consistent with other species in these categories, given need for scttered trees and solitude, if nothing else.",,,2,PIFSC-08,"trash bird in most of range (KR); CB-Mexicans should score; uses modified habitat, expected future conditions will benefit this species",,,1,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,6,6,6,,yes,,Neotropical,Neotropical,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +827,Harris's Hawk,Parabuteo unicinctus,landbird,Accipitriformes,Accipitridae,,0,1,1,1,R,,,3,"PIFcalc19–eBird7017,bbs0615",,"920,000",920000,"52,000",52000,2010.5,PIFcalc19–bbs0615,,1,5987801,Natureserve 3.0,,1,5987801,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"sensitive, but not highly threatened in Sonoran scrub (KR); CB-mesquite control programs (esp. in TX), urban devel might be positive or negative, no studies done, might be ecological trap, oil and gas, human activity (BNA); often captured for falconry; habitat loss in U.S. (MX-NSAC). CB-New elevated concern for capture for falconry in AZ",2,M-H,3,PIFTC-02; PIFSC-CVS 2022,CB-essentially resident; often captured for falconry; habitat loss in U.S.,2,H,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,11,11,11,,yes,,Widespread,Widespread,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +828,White-tailed Hawk,Geranoaetus albicaudatus,landbird,Accipitriformes,Accipitridae,Formerly placed in the genus Buteo.,0,1,1,1,R,,,3,PIFTC-02. PIF CAW 2016–PS-g midpoint,Solo en áreas secas (CAW);,"2,000,000",2000000,"<10,000",10000,,PIFSC-16,guesstimate,1,9492773,Natureserve 3.0,,1,9492773,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"coastal prairies higly threatened in northern part of range (KR). DD='moderately vulnerable' but may use recently cleared areas in Mex and CA (lessening severity of threat potential). Mostly no information throughout range, which also supports TB 3; in north, sensitive to overgrazing; (MX-NSAC).",3,M-H,3,PIFTC-02; PIFSC-CVS 2022,"DD='moderately vulnerable' but makes use of formerly forested areas. Threats mostly unknown supports TN 3; in north, sensitive to overgrazing;",2,H,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,10,10,10,,,"b,w",Widespread,Widespread,Forests: Tropical Dry,Grasslands: Tropical,Forests: Tropical Dry,Grasslands: Tropical +829,White Hawk,Pseudastur albicollis,landbird,Accipitriformes,Accipitridae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,1,7644604,Natureserve 3.0,,1,7644604,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,highly restricted to primary rainforest,,,5,PIF CAW 2014,Restricted to humid evergreen lowland forests within C.A. range; loss of such forests has been extensive in C.A.; MX regional experts score PT=5 in SECL,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List/Tipping Point Yellow,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +830,Semiplumbeous Hawk,Leucopternis semiplumbeus,landbird,Accipitriformes,Accipitridae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,4,237197,NatureServe,,4,237197,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +831,Gray Hawk,Buteo plagiatus,landbird,Accipitriformes,Accipitridae,,0,1,1,1,M,,,3,PIFTC-02. PIF CAW 2016–PS-g midpoint,Es común y está presente en áreas perturbadas (CAW),"2,000,000",2000000,"<2,000",2000,,PIFSC-16,guesstimate; expanding rapidly in AZ (Beardmore),1,11298528,Natureserve 3.0,,1,11171002,Natureserve 3.0,,2,PIFSC-08; PIFSC-CVS 2022,"regional scores suggest tolerant of humna disturbance overall; uses modified habitat, expected future conditions will benefit this species; CB-clearing of mesquite bosques, riparian, human encroachment, n. Sonora clearing for ag (Glinski); Mexicans say 1, but uses forest.",1,H,3,PIFTC-02; PIFSC-CVS 2022,"Need to talk to Mexicans on this, because we think it should be higher; uses modified habitat, expected future conditions will benefit this species. Should be consistent with other species that use human-altered landscapes; ""1"" should be reserved for species really expected to increase because of human activities (KVR); in much of its range, this species increases with forest clearing; still probably not likely to increase by another 50% in the future due to clearing, more likely to remain stable or increase slightly. This change in score will require Mexican approval. Most Central American countries scored TB/TN=2, except El Savador which scored it TB/TN=1 (Panjabi)",3,H,2,MX-NSAC 2008,proponemos un 2 debido a que las poblaciones no se han comportado de la misma forma frente a la deforestacion en diferentes lugares,,,,,,,,,,,,,,,,,,,,8,9,9,,,,Mesoamerica,Mesoamerica,Forests: Tropical Dry,Aridlands: Desert Riparian,Forests: Tropical Dry,Open Country: Habitat Mosaic +832,Gray-lined Hawk,Buteo nitidus,landbird,Accipitriformes,Accipitridae,Formerly known as Gray Hawk.,0,0,0,1,R,,,3,PIF CAW 2016,no map available (CAW);,,,,,,,,1,10412891,BirdLife 2021,,1,10412891,BirdLife 2021,,3,PIF CAW 2014,más sensible que B. plagiatus,,,3,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,9,9,9,,,,South American Lowlands,South American Lowlands,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +833,Red-shouldered Hawk,Buteo lineatus,landbird,Accipitriformes,Accipitridae,,1,1,1,0,M,,,3,"PIFcalc19–bbs0615,eBird7017",,"1,900,000",1900000,"1,800,000",1800000,2010.5,PIFcalc19–bbs0615,,2,3480787,Natureserve 3.0,,2,3225870,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,"DD='species relatively tolerant of human activities or land-use trends'= TB 2 or 'threats potentially increasing if present trends conditions continue' = TB 3. BNA supports that contiguous forest tracts more favorable for breeding, yet fragmentation rema",2,H,2,PIFTC-02; PIFSC-CVS 2022,DD=' species relatively tolerant of human activities or land-use trends'. BNA supports it is more flexible in habitat use during nonbreeding season.,2,M-H,1,"BBS7021-AS,JS",,321.4288635,2.859747648,2.669001102,3.130000114,1,48.87571716,2.370221138,1.77710104,3.130000114,1,17,core,0.460999012,1777.5,0.483999997,860.8770142,,,,8,8,8,,yes,,Nearctic,Nearctic,Forests: Temperate Eastern,Forests: Temperate Western,Forests: Temperate Eastern,Forests: Temperate Western +835,Broad-winged Hawk,Buteo platypterus,landbird,Accipitriformes,Accipitridae,,1,1,1,1,M,,,3,"PIFcalc19–bbs0615,eBird7017",Poblaciones residentes en el caribe pero muy pequeñas (CAW),"1,900,000",1900000,"1,800,000",1800000,2010.5,PIFcalc19–bbs0615,,1,4854521,Natureserve 3.0,,1,6540874,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"favors mature, unfragmented forest (KR). DD='species relatively tolerant of human activities or land-use trends'. However, deforestation and shooting are threats to West Indian populations.",2,H,3,PIFTC-02; PIFSC-CVS 2022,DD='threats potentially increasing if present trends conditions continue'. BNA cites deforestation and unrestricted shooting as continuing threats on wintering range. General lack of info.,2,M-L,1,"BBS7021-AS,JS",,55.30687714,0.865523934,0.465297997,1.409999967,1,21.35621643,1.145100355,0.370799989,2.269999981,1,17,core,0.944702029,1630,0.119999997,195.6699982,,,,8,8,8,,,,Northern Forest,Neotropical,Forests: Boreal,Forests: Temperate Eastern,Forests: Tropical Generalist, +837,Short-tailed Hawk,Buteo brachyurus,landbird,Accipitriformes,Accipitridae,,0,1,1,1,R,,,2,PIF CAW 2016,score change from 3 to 2 recommended by Central Americans in 2016 over PIF estimate of 2000000,,,<50,50,,PIFSC-16,guesstimate,1,14422131,Natureserve 3.0,,1,14395761,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,Lower threats throughout range as whole than in U.S.; does not use heavily disturbed habitats (MX-NSAC).,2,H,3,PIFTC-02; PIFSC-CVS 2022,Lower threats throughout range as whole than in U.S.; does not use heavily disturbed habitats,2,M-H,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,9,9,9,,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,Forests: Generalist,Open Country: Habitat Mosaic,Forests: Generalist +838,Swainson's Hawk,Buteo swainsoni,landbird,Accipitriformes,Accipitridae,Monotypic.,1,1,1,1,M,,,3,"PIFcalc19–bbs0615,eBird7017",,"900,000",900000,"820,000",820000,2010.5,PIFcalc19–bbs0615,,1,5226232,Natureserve 3.0 with adjustment by PIFSC-08,Reduced by 30%; incorrectly includes too much range in nw Canada,3,664576,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,2,M-H,4,PIFTC-02,"Pesticide threat less than a while ago, but still high in migration areas (ED); CB-50% of band recoveries from shooting in winter, pesticides (CAPIF)",,,1,"BBS7021-AS,JS",,72.53331757,1.077578306,0.686704993,1.559999943,1,54.33702469,1.75348866,1.24000001,2.120495081,1,25,core,0.873295009,1233.5,0.901499987,1111.803955,,,,8,11,11,,,"b,w",Western Temperate,Temperate South America,Grasslands: Temperate,,Grasslands: Pampas and Campos, +839,Zone-tailed Hawk,Buteo albonotatus,landbird,Accipitriformes,Accipitridae,Monotypic.,0,1,1,1,M,,,3,PIFTC-02–PS-g midpoint,"10% of eBird observations in US/Canada is higher than the real proportion, so can't use extrapolated global estimate of 65,000. Can be misidentified as Turkey Vulture if mixed in Turkey Vulture flock, so may be slightly under estimated. (Beardmore 2018)","2,000,000",2000000,"<6,200",6200,2010.5,PIFcalc19–bbs0615,,1,5811544,Natureserve 3.0,,1,5734622,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,DD='moderately to highly vulnerable' but it is mainly US info that drives this score. CA info not available. BNA supports that US riparian breeding habitat is degraded and suffering from water use and conversion indicating TB of 4. TB 3 is supported b; uses primary habitats (MX-NSAC).,2,M-H,3,PIFTC-02; PIFSC-CVS 2022,"DD='moderatley vulnerable' Less tied to threatened riparian habitat in nonbreeding season. Mexicans say 2; more widespread in winter. Still primarily a forest bird and a raptor, so threats probably ""moderate"" year-round (KVR)",1,H,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,10,10,10,,,,Neotropical,Neotropical,Forests: Tropical Generalist,,Forests: Tropical Generalist, +840,Red-tailed Hawk,Buteo jamaicensis,landbird,Accipitriformes,Accipitridae,,1,1,1,1,M,,,3,"PIFcalc19–bbs0615,eBird7017,ona0105","score change recommended by CA assessment; Panjabi: 500,000 - 5 million breeding adults seems low for this species.","3,100,000",3100000,"2,800,000",2800000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,15098308,Natureserve 3.0,,1,8810052,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,"stable, but breeding not enhanced by human disturbance (KR). DD='future conditions are expected to be enhanced by human land use; suffers from human persecution (CB).",2,H,2,PIFTC-02; PIFSC-CVS 2022,DD='future conditions are expected to be enhanced by human land use,2,M-H,1,"BBS7021-AS,JS",,127.302002,1.626497865,1.443505049,1.909999967,1,19.03504944,0.62379539,0.400999993,0.795000017,1,28,core,0.466495007,4467,0.982500017,4387.214844,,,,7,7,7,,yes,w,Nearctic,Widespread,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +841,Rough-legged Hawk,Buteo lagopus,landbird,Accipitriformes,Accipitridae,,1,1,1,0,M,,,3,"PIFcalc19–rng,nwt9501,bbs0615",,"590,000",590000,"300,000",300000,2010.5,"PIFcalc19–nwt9501,bbs0615",,1,8284174,Natureserve 3.0,,1,13958052,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"stable, but breeding not enhanced by human disturbance (KR).",4,M-L,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,2,"CBC7019-AS,JS",,-0.890654385,-0.018256383,-0.216484413,0.200000003,,25.279356,0.984711945,0.5,1.570479631,1,23,,0.416484416,,,,,,,9,8,9,,,w,Arctic,Nearctic,Tundra: Arctic,,Open Country: Habitat Mosaic, +842,Ferruginous Hawk,Buteo regalis,landbird,Accipitriformes,Accipitridae,Monotypic.,1,1,1,0,M,,,4,PIFcalc19–bbs0615,,"110,000",110000,"110,000",110000,2010.5,PIFcalc19–bbs0615,,2,2435600,Natureserve 3.0,,2,2859435,Natureserve 3.0 with adjustment by PIFSC,"Borderline difference in ND with the RMBO value of 3 looking better to me. (seems like ND is clearly a 2, would have to be reduced by >800,000 km2, or almost 1/3 of range, to meet criteria for BD=3 Panjabi 7/13/06)",3,PIFSC-15; PIFSC-CVS 2022,"O.K. with ranching; not cultivation. CB-oil production, mining, conversion of habitat for ag and grazing, poisoning of small mammals, habitat reduced 50% in Cal. (BNA), in sage react neg. to fire and grazing (NPWRC); TN and TB should be same (GB). now vulnerable to wind development on western Plains; but is it really severe across breeding range?? (CB, KVR, WE, TW, DP); Krueper, Dave: Some of the highest nesting densities were located in oil and gas facilities in Wyoming as per presentation at Missoula. Camfield,Alaine [NCR]: Listed as threatened in Canada, suggest keeping at 4. Main threats are fire suppression and loss of prey. TB score 4 in Canadian BCR strategies. PIFSC - Canada portion of range is very small overall.",3,M-L,3,PIFTC-02; PIFSC-CVS 2022,CB-shooting via band recoveries (BNA),3,M-H,1,"BBS7021-AS,JS",,84.32707214,1.207232714,0.715004981,1.99000001,1,8.046513557,0.369385391,-0.763000011,1.244699955,,21,core,1.274994969,543,0.222499996,120.8174973,,,,10,10,10,,,"b,w",Great Plains,Great Plains,Grasslands: Temperate,,Open Country: Habitat Mosaic,Grasslands: Chihuahuan +844,Barn Owl,Tyto alba,landbird,Strigiformes,Tytonidae,,1,1,1,1,R,,,3,"PIFcalc19–rng,eBird7017,bbs0615",score change from 3 to 2 recommended by Central Americans in 2016 over PIF estimate of 1800000,"3,600,000",3600000,"130,000",130000,2010.5,PIFcalc19–bbs0615,,1,87764707,Natureserve 3.0,,1,87764707,Natureserve 3.0,,3,PIFSC-15; PIFSC-CVS 2022,"Are road-kill deaths enough to cause ""moderate"" threats? (KVR)",2,H,3,PIFTC-02; PIFSC-CVS 2022,"Are road-kill deaths enough to cause ""moderate"" threats? (KVR); suggest moderate threats (3) due to pesticides, collisions, distubance, habitat loss (Panjabi)",2,H,1,"BBS7021-AS,JS",,176.1791077,2.011539936,0.861999989,3.140000105,1,32.03086472,1.648135185,-2.319999933,4.108595848,,17,core,2.278000116,159.5,0.0153,2.427099943,,,,8,8,8,,yes,"b,w",Widespread,Widespread,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +847,Flammulated Owl,Psiloscops flammeolus,landbird,Strigiformes,Strigidae,Formerly placed in the genus Otus. Monotypic.,1,1,1,1,M,,,5,"PIFcalc19–bbs0615,eBird7017",,12000,12000,11000,11000,2010.5,PIFcalc19–bbs0615,,2,1041863,Natureserve 3.0,WE-Could be close to a 3 based on ebird records.,4,233352,Natureserve 3.0,,3,PIFTC-02,"CB-highest fitness in old growth, low reprod pot, loss of nest trees, fuelwooding, absent in logged areas, pesticides (BNA), fire suppression, logging, disturbance, fragmentation (CODOW).",,,3,PIFTC-02,CB-similar to TB,,,3,PIFTC-02,,,,,,,,,,,,,,,,,,,,,13,15,15,Watch List Yellow,,,Intermountain West,Mesoamerican Highlands,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Pine-Oak, +849,Whiskered Screech-Owl,Megascops trichopsis,landbird,Strigiformes,Strigidae,,0,1,1,1,R,,,4,PIFTC-02–PS-g midpoint,,"200,000",200000,<500,500,,PIFSC-16,guestimate based on eBird distribution; not very abundant anywhere in SE AZ (Beadmore),3,662825,Natureserve 3.0,,3,662825,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"CB-pine/oak and riparian, grazing, 2nd home and urban, fire suppression, (TNC), recreation, logging (Glinski); expected to remain stable (MX-NSAC); global score should reflect regional experts' opinion.",2,M-H,4,PIFTC-02; PIFSC-CVS 2022,CB-similar to TB; expected to remain stable,5,M-H,4,MX-NSAC 2008,regional experts in core range in mexico score as PT=4,,,,,,,,,,,,,,,,,,,,14,15,15,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +850,Bare-shanked Screech-Owl,Megascops clarkii,landbird,Strigiformes,Strigidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,9957,NatureServe,,5,9957,NatureServe,,3,PIF CAW 2014,más plástica que otras especies de bosques de altura,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +851,Tropical Screech-Owl,Megascops choliba,landbird,Strigiformes,Strigidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,1,13100722,NatureServe,,1,13100722,NatureServe,,3,PIF CAW 2014,suseptible a ser atropellada por trafico,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,utilice bosques urbanos,,,,,,,,,,,,,,,,,,,,10,10,10,,yes,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +852,Bearded Screech-Owl,Megascops barbarus,landbird,Strigiformes,Strigidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,5,44614,Natureserve 3.0,,5,44614,Natureserve 3.0,,5,MX-NSAC,global score should reflect regional experts' opinion.,,,5,MX-NSAC,dependent on mature pine-oak forest; habitat loss due to clearing; global score should reflect regional experts' opinion,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +853,Pacific Screech-Owl,Megascops cooperi,landbird,Strigiformes,Strigidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,5,78613,Natureserve 3.0,,5,78613,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss expected,,,4,PIF CAW 2014,"loss of pacific lowland forests in Central america, some tolerance to disturbance",,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +854,Western Screech-Owl,Megascops kennicottii,landbird,Strigiformes,Strigidae,,1,1,1,0,R,,,4,"PIFcalc19–bbs0615,eBird7017",,180000,180000,140000,140000,2010.5,PIFcalc19–bbs0615,,2,3579650,Natureserve 3.0,,2,3579650,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"CB-variety of habitats, seem to be doing fine, extirpated on Nav. Res (Glinski), Habitats not doing well (ABQ).",2,H,3,PIFTC-02; PIFSC-CVS 2022,"CB-similar to TB. Pinon die off, threats to western riparian systems (Panjabi); WE-Threatened/Endangered in Canada. While found in different forest types, all low elevation and often near water. Primary threat is habitat loss and similar in breeding and non-breeding.",2,H,3,"BBS7021-AS,JS",,-19.74790573,-0.430944622,-2.630000114,0.685000002,,-5.750439167,-0.535137713,-4.329999924,1.75999999,,11,core,3.315000057,101.5,0.01105,1.120000005,,,,12,12,12,,yes,,Western Temperate,Western Temperate,Forests: Temperate Western,Aridlands: Desert Riparian,Forests: Temperate Western,Aridlands: Desert Riparian +855,Eastern Screech-Owl,Megascops asio,landbird,Strigiformes,Strigidae,,1,1,1,0,R,,,3,"PIFcalc19–bbs0615,eBird7017",,"560,000",560000,"500,000",500000,2010.5,PIFcalc19–bbs0615,,1,4927760,Natureserve 3.0,,1,4927760,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,Wide variety of young woodland habitats..,2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,3,"BBS7021-AS,JS",,-32.60263062,-0.770638645,-1.299999952,-0.103,1,0.689338923,0.057040542,-1.429999948,1.919999957,,12,core,1.197000027,632,0.019850001,12.54535007,,,,9,9,9,,yes,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +856,Balsas Screech-Owl,Megascops seductus,landbird,Strigiformes,Strigidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,4,80442,Natureserve 3.0,,4,80442,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,,,3,MX-NSAC,moderate habitat loss expected,,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,17,16,17,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +857,Middle American Screech-Owl,Megascops guatemalae,landbird,Strigiformes,Strigidae,Formerly called Vermiculated Screech-Owl and also known as Guatemalan Screech-Owl. Previously considered conspecific with M. centralis and M. roraimae. The name Vermiculated Screech-Owl (M. vermiculatus) is sometimes used for populations in Costa Rica and,0,0,1,1,R,,,4,PIF CAW 2016; BirdLife 2019; Bird Conservancy of the Rockies 2020,"Shaw 2020: Choco Screech-Owl (Megascops centralis) split off from M. guatemalae, so multiplied % of range (from BirdLife 2019 shapefile) by the rounded geometric midpoint of pop estimate range for PS-g = 4 previously assigned to M. guatemalae s.l.",,,,,,,,3,690000,BirdLife 2019; eBird20; Bird Conservancy of the Rockies 2020,"Shaw 2020: edited the BirdLife polygons for Megascops guatamalae s.l. to just the part of its range northwest of the Caribbean coast of western Panama , excluding southern Costa Rica (Puntarenas) and all of Panama except the NW quadrant based on eBird distribution maps; however unclear exactly where the species transition in Panama, so a rough estimate",3,690000,BirdLife 2019; eBird20; Bird Conservancy of the Rockies 2020,"Shaw 2020: edited the BirdLife polygons for Megascops guatamalae s.l. to just the part of its range northwest of the Caribbean coast of western Panama , excluding southern Costa Rica (Puntarenas) and all of Panama except the NW quadrant based on eBird distribution maps; however unclear exactly where the species transition in Panama, so a rough estimate",3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss expected,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +858,Choco Screech-Owl,Megascops centralis,landbird,Strigiformes,Strigidae,Formerly considered conspecific with M. guatemalae.,0,0,0,1,R,,,4,PIF CAW 2016; Bird Conservancy of the Rockies 2020,"Shaw 2020: Choco Screech-Owl (Megascops centralis) split off from M. guatemalae, so multiplied % of range by the rounded geometric midpoint of pop estimate range for PS-g = 4 previously assigned to M. guatemalae s.l.",,,,,,,,3,450000,BirdLife 2019; eBird20; Bird Conservancy of the Rockies 2020,"Shaw 2020: edited the BirdLife polygons for Megascops guatamalae s.l. to just the part of its range south and east of southern Costa Rica (Puntarenas), including all of Panama except the NW quadrant based on eBird distribution maps; however unclear exactly where the species transition in Panama, so a rough estimate",3,450000,BirdLife 2019; eBird20; Bird Conservancy of the Rockies 2020,"Shaw 2020: edited the BirdLife polygons for Megascops guatamalae s.l. to just the part of its range south and east of southern Costa Rica (Puntarenas), including all of Panama except the NW quadrant based on eBird distribution maps; however unclear exactly where the species transition in Panama, so a rough estimate",3,PIF CAW 2015,Shaw 2020: used M. guatemalae s.l.'s regional score for Panama and Costa Rica,,,3,PIF CAW 2015,Shaw 2020: used M. guatemalae s.l.'s regional score for Panama and Costa Rica,,,4,PIF CAW 2015,Shaw 2020: used regional score for Panama assigned to M. guatemalae s.l. since Choco Screech Owl has more range in Panama than Costa Rica (which scored PT-r = 3),,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +860,Crested Owl,Lophostrix cristata,landbird,Strigiformes,Strigidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,1,4953906,Natureserve 3.0,,1,4953906,Natureserve 3.0,range in Amazonia may be generous,3,MX-NSAC,,,,3,MX-NSAC,"requires primary forest in MX, but uses disturbed habitats in C.A.",,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +861,Spectacled Owl,Pulsatrix perspicillata,landbird,Strigiformes,Strigidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,1,12713949,Natureserve 3.0,,1,12713949,Natureserve 3.0,,4,MX-NSAC,humid evergreen forest and edge. Requires large cavities for nesting. reduced populations by loss of forest. Score of 3 may be too low. regions score as 4 or 5.,,,4,MX-NSAC,"requires primary forest in MX, but uses disturbed habitats in C.A.",,,4,PIF CAW 2014,Restricted to humid evergreen forests within C.A. range; loss of such forests has been extensive in C.A.; MX regional experts score PT=5 in SECL,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +862,Great Horned Owl,Bubo virginianus,landbird,Strigiformes,Strigidae,,1,1,1,1,R,,,2,"PIFcalc19–bbs0615,eBird7017,nwt9501",,"5,700,000",5700000,"3,800,000",3800000,2010.5,"PIFcalc19–bbs0615,nwt9501",,1,26145035,Natureserve 3.0,,1,26145035,Natureserve 3.0,,2,PIFSC-19; PIFSC-CVS 2022,"declining, not benefiting from humans",2,H,2,PIFTC-02; PIFSC-CVS 2022,generalist but not enhanced by human disturbance? (KR),2,H,3,"BBS7021-AS,JS",,-10.24960232,-0.211868376,-0.540500998,0.36500001,,-1.104268193,-0.048080083,-0.926999986,0.510097027,,23,core,0.905501008,2854,0.175500005,500.7900085,,,,8,8,8,,yes,,Widespread,Widespread,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +863,Snowy Owl,Bubo scandiacus,landbird,Strigiformes,Strigidae,Monotypic.,1,1,0,0,M,,,5,Potapov and Sale 2012,"Recent satellite tracking data indicate that there are only a handful of very wide-ranging breeding concentrations (what Potapov has termed ""loose boids""). Global snowy owl populations probably do not exceed 14,500 pairs following a strong breeding season, and may be as low as 5,000 pairs when cyclic lemming lows are widespread (which happens more often than widely synchronized peaks). Snowy Owls do not seem to occupy their entire breeding range each year. As Potapov’s research suggests, these ""loose boids"" (like 'mobile meta-populations') occupy each region but not in all years, moving from one region to another and leaving blanks on the distribution map. And, there is overlap between populations of the continents with owls from Canada and Alaska moving to Siberia or elsewhere in Eurasia in other years, abandoning their previous location on the other continent. So, Eurasian and North American populations cannot be simply summed together for a global estimate; they are not additive. (from Doug Gross email 4/2/14).","<29,000",29000,"15,000",15000,,Potapov and Sale 2012 global estimate/2,,1,5915656,Natureserve 3.0,,1,17599232,Natureserve 3.0,,4,PIFSC-15; PIFSC-CVS 2022,"At least ""moderate"" threats identified recently from climate change-caused reduction in breeding range/productivity (KVR); Camfield, Alaine: TB =2 in Canadian BCR strategies. Main threats are habitat loss from resource extraction and habitat changes from climate change; Panjabi: Alaine's comments suggest threats do exist, so how can it be TB=2 (i.e. no threats)?",5,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,3,"CBC7019-AS,JS",,-46.82176208,-1.280548573,-1.9096874,-0.600000024,1,1.094743013,0.04356125,-1,1.347297072,,25,,1.309687376,,,,,,,13,11,13,Previously Watch List,,w,Arctic,Nearctic,Tundra: Arctic,,Open Country: Habitat Mosaic, +864,Northern Hawk Owl,Surnia ulula,landbird,Strigiformes,Strigidae,,1,1,0,0,M,,,4,"PIFcalc19–rng,bbs0615,ona0105,nwt9501",,250000,250000,130000,130000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,14212852,Natureserve 3.0,,1,14212852,Natureserve 3.0,,3,PIFSC-15; PIFSC-CVS 2022,"Camfield,Alaine [NCR]: TB 2 in Canadian BCRs except BCR 4 where it is 3. No High or Very High threats identified, lower magnitude threats include fire suppression and logging; What is relationship with boreal forestry and energy extraction? ""No threats"" or ""moderate threats?"" (KVR); comments from Alaine suggest that low/moderate threats exist? (AP)",2,M-H,3,PIFTC-02; PIFSC-CVS 2022,,3,M-L,2,CBC7021-TM,"Shaw-23: used Audubon's analysis (methods from Soykan et al. 2016) since the generation time estimate was reduced since John Sauer's CBC1719 analysis, now 10 years, and Audubon provided CWS with a 9 year trend that is close enough to use, so used data displayed on CWS's State of Canada's Birds portal.",42.5,,,,,-19.60000038,,,,,9,,,,,,,,,10,10,10,,,,Northern Forest,Northern Forest,Forests: Boreal,,Forests: Boreal, +865,Northern Pygmy-Owl,Glaucidium gnoma,landbird,Strigiformes,Strigidae,,1,1,1,1,R,,,4,"PIFcalc19–bbs0615,eBird7017",,"180,000",180000,"130,000",130000,2010.5,PIFcalc19–bbs0615,,2,2760861,Natureserve 3.0,,2,2760861,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,primarily in undisturbed woodlands and canyons (KR); CB-logging and snag removal (BNA).,3,M-L,3,PIFTC-02; PIFSC-CVS 2022,primarily in undisturbed woodlands and canyons (KR); CB-same as TB,4,M-L,2,"BBS7021-AS,JS",,9.930000305,0.180000007,-0.442000002,0.970000029,,-0.560000002,-0.059999999,-1.75,1.580000043,,10,core,1.411999941,259,0.02665,6.902349949,,,,11,11,11,,,,Western Temperate,Western Temperate,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak +866,Costa Rican Pygmy-Owl,Glaucidium costaricanum,landbird,Strigiformes,Strigidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,10664,NatureServe,,5,10664,NatureServe,,4,PIF CAW 2014,puede ser limitado por la disponibilidad de huecos,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,16,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +867,Central American Pygmy-Owl,Glaucidium griseiceps,landbird,Strigiformes,Strigidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,4,270978,Natureserve 3.0,,4,270978,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,humid forest specialist; forest edge,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +868,Tamaulipas Pygmy-Owl,Glaucidium sanchezi,landbird,Strigiformes,Strigidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,27239,Natureserve 3.0,,5,27239,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,cloud forest specialist,,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +869,Colima Pygmy-Owl,Glaucidium palmarum,landbird,Strigiformes,Strigidae,,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,4,227056,Natureserve 3.0,,4,227056,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss expected,,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +870,Ferruginous Pygmy-Owl,Glaucidium brasilianum,landbird,Strigiformes,Strigidae,,0,1,1,1,R,,,2,PIFTC-02–PS-g midpoint,,"20,000,000",20000000,"<1,000",1000,,PIFSC-16,"<1000; 600 on one Division of King Ranch and may be increasing, low density in Brooks Kleberg Willacy Hidalgo and formerly at least Starr (M Gustafson)",1,12630617,Natureserve 3.0,,1,12630617,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,"riparian destruction in northern part of range (KR);CB-reductions in habitat in AZ and TX, (BNA), otherwise CAD; tolerant of disturbance (MX-NSAC).",2,M-H,2,PIFTC-02; PIFSC-CVS 2022,CB- similar to TB; tolerant of disturbance,2,H,3,MX-NSAC 2008,"4 of 9 regions, all in north, score PT=3; documented recent declines in Sonora (Flesch and Steidl 2006); perceived stable in southern regions; unknown overall?",,,,,,,,,,,,,,,,,,,,8,8,8,,yes,,Neotropical,Neotropical,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen +872,Elf Owl,Micrathene whitneyi,landbird,Strigiformes,Strigidae,,0,1,1,0,M,,,5,"PIFcalc19–bbs0615,eBird7017",,46000,46000,29000,29000,2010.5,PIFcalc19–bbs0615,,3,590648,Natureserve 3.0,,3,304234,Natureserve 3.0,,3,PIFTC-02,"CB-competition with starlings for cavities, alteration of flood events, dewatering, salt cedar, fire (Glinski); moderate threats (MX-NSAC). Why is this lower than, say, Gilded Flicker? (KVR); Gilded Flicker has much smaller range and has higher threats due to increasing fire risk in that area from exotic grasses. Elf Owl more widspread, not as susecptible to effects of exotics/fire. Uses relatively small patches of large mesquites in Chih Desert, which are not particularly limited yet (AP); Uses old woodpecker nests in telephone poles in much of range - MG; Concern in Sonoran desert about exotic grasses and related fire risk for saguaro cacti (CB)",,,3,PIFTC-02,CB-similar to TB; moderate threats,,,3,MX-NSAC,"Especie que requiere de cactos para anidacion, perdida de habitat",,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,North American Southwest,Mesoamerican Pacific Lowlands,Aridlands: Desert Scrub,,Forests: Tropical Dry, +873,Burrowing Owl,Athene cunicularia,landbird,Strigiformes,Strigidae,,1,1,1,1,M,,,2,"PIFcalc19–eBird7017,bbs0615",,"18,000,000",18000000,"990,000",990000,2010.5,PIFcalc19–bbs0615,,1,14203527,Natureserve 3.0,"WE-Relative to ebird records, Natureserve polygon presents an overly optimistic view of distribution.",1,11753425,Natureserve 3.0,"WE-Relative to ebird records, Natureserve polygon presents an overly optimistic view of distribution. Winter range is more restricted than BD.",4,PIFSC-08; PIFSC-CVS 2022,"CB-habitat loss, fragmentation, ag/urban, control of prairie dogs, pets, pesticides (TNC), suitable habitat unoccupied, shooting (CODOW), large scale extirpation, threats assumed to be the same in MX and CA; no known threats in Mexico (MX-NSAC). Doubt if threats are severe across entire breeding range down through Mexico? (CB, KVR, WE, TW, DP); Camfield,Alaine [NCR]: Endangered in Canada, TB scores 4 and 5 in BCR Strategies. Suggest leaving at 4. Main threats include loss of burrows, reduced food availability from pesticides and grassland conversion; Probably numerically more abundant in US than in Mexico, so threats in US may carry more weight? (AP)",2,M-H,3,PIFTC-02; PIFSC-CVS 2022,CB-similar to TB; winter habitat probably in better shape than U.S. breed habitat,2,H,4,"BBS7021-AS,JS",,-42.75434875,-1.089404345,-2.029999971,-0.351696998,1,-4.983520508,-0.509020627,-3.789999962,2.31280303,,10,core,1.678303003,616.5,0.486999989,300.3359985,,,,11,10,11,,yes,"b,w",Widespread,Widespread,Grasslands: Temperate,Aridlands: Desert Scrub,Grasslands: Temperate,Aridlands: Desert Scrub +874,Spotted Owl,Strix occidentalis,landbird,Strigiformes,Strigidae,,1,1,1,0,R,,,5,BirdLife Int. 2000,"US/Canada estimate extrapolated from 15,000 global estimate x 63% of eBird observations in US/Canada and then rounded to 1 sig fig for a very rough estimate given how old the 15,000 estimate is. Defenders of Wildlife cite a total of 2,360 pairs in CA-BC, but does not include AZ or NM or Mex populations. 15,000 could be pretty close, but could be a bit low considering Mexican range, or could be high because based on old data from before species declined even more (PIFSC-18).","15,000",15000,"10,000",10000,,"BirdLife Int. 2000, eBird","US/Canada estimate extrapolated from 15,000 global estimate x 63% of eBird observations in US/Canada and then rounded to 1 sig fig for a very rough estimate given how old the 15,000 estimate is. Defenders of Wildlife cite a total of 2,360 pairs in CA-BC, but does not include AZ or NM or Mex populations. 15,000 could be pretty close, but could be a bit low considering Mexican range, or could be high because based on old data from before species declined even more (PIFSC-18).",2,1204856,Natureserve 3.0,"WE-Relative to ebird records, Natureserve polygon presents an overly optimistic view of distribution.",2,1204856,Natureserve 3.0,"WE-Relative to ebird records, Natureserve polygon presents an overly optimistic view of distribution.",4,PIFSC-08; PIFSC-CVS 2022,"CB- fuelwooding, harvest of old growth, fragmentation(BNA); moderate habitat loss (MX-NSAC). threats probably increasing to 5 in northern parts of range, but remain moderate-severe overall.",3,M-H,4,PIFSC-08; PIFSC-CVS 2022,CB-similar to TB; moderate habitat loss,4,M-H,4,MX-NSAC 2008,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List/Tipping Point Yellow,,,Western Temperate,Western Temperate,Forests: Temperate Western,Forests: Mesoamerican Highland,Forests: Temperate Western,Forests: Mesoamerican Highland +875,Barred Owl,Strix varia,landbird,Strigiformes,Strigidae,,1,1,0,0,R,,,3,"PIFcalc19–bbs0615,eBird7017",Shaw-22: Split doesn't affect pop estimate due to rounding since Cinerous Owl pop small.,"3,500,000",3500000,"3,500,000",3500000,2010.5,PIFcalc19–bbs0615,Shaw-22: Cinereous Owl split doesn't affect US-Ca pop estimate,1,6464549,BirdLife 2021; Shaw-22,"Shaw-22: BirdLife has not split Barred Owl, so calculated using BirdLIfe's Barred Owl polygons in USA and Canada",1,6464549,BirdLife 2021; Shaw-22,"Shaw-22: BirdLife has not split Barred Owl, so calculated using BirdLIfe's Barred Owl polygons in USA and Canada",2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,1,"BBS7021-AS,JS",,116.3999481,1.525713563,0.994002998,2.220000029,1,36.64344788,1.655102134,0.957799017,2.640000105,1,19,core,1.225996971,1677.5,0.123499997,207.1239929,,,,7,7,7,,yes,,Nearctic,Nearctic,Forests: Temperate Eastern,Forests: Temperate Western,Forests: Temperate Eastern,Forests: Temperate Western +876,Cinereous Owl,Strix sartorii,landbird,Strigiformes,Strigidae,Formerly considered conspecific with Strix varia.,0,0,1,0,R,,,5,"PIFcalc19–bbs0615,eBird7017; eMod20; Shaw-22","Shaw-22: since eMod20 had not split Barred Owl, multiplied unrounded PIFcalc19 pop estimate by the % of pre-split Barred Owl that STEM models placed in Mexican regions to get a ballpark estimate for the score, but not reporting it since seemed suspiciously high",,,,,,,,4,164094,BirdLife 2021; Shaw-22,"Shaw-22: BirdLife has not split Barred Owl, so calculated using BirdLIfe's Barred Owl polygons in Mexico",4,164094,BirdLife 2021; Shaw-22,"Shaw-22: BirdLife has not split Barred Owl, so calculated using BirdLIfe's Barred Owl polygons in Mexico",4,"Mexican Regional Assessment 2005, Shaw-22","Shaw-22: averaged scores assigned to pre-split Barred Owl for NWMH (now BCR 34), CEMH, SEMH",,,4,"Mexican Regional Assessment 2005, Shaw-22","Shaw-22: averaged scores assigned to pre-split Barred Owl for NWMH (now BCR 34), CEMH, SEMH",,,4,"Mexican Regional Assessment 2005, Shaw-22","Shaw-22: averaged scores assigned to pre-split Barred Owl for NWMH (now BCR 34), CEMH, SEMH",,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +877,Fulvous Owl,Strix fulvescens,landbird,Strigiformes,Strigidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,4,116269,Natureserve 3.0,,4,116269,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,,,4,MX-NSAC,"specialized habitat, moderate habitat loss",,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +878,Mottled Owl,Strix virgata,landbird,Strigiformes,Strigidae,Formerly placed in the genus Ciccaba.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,1,10161021,Natureserve 3.0,,1,10161021,Natureserve 3.0,,3,MX-NSAC,mainly a forest bird; moderate threats more consistent with other species.,,,3,MX-NSAC,tolerant of disturbance; widespread habitats,,,4,PIF CAW 2014,"all mexican regions score PT=4 or higher; trend likely similar across central america due to deforestation; Species tolerant to some deforestation, locally common; mantenemos el valor por congruencia con los resultados de los talleres, sin embargo cremos que la especie esta mal evaluada",,,,,,,,,,,,,,,,,,,,11,11,11,,yes,,Neotropical,Neotropical,Forests: Tropical Generalist,,Forests: Tropical Generalist, +879,Black-and-white Owl,Strix nigrolineata,landbird,Strigiformes,Strigidae,Formerly placed in the genus Ciccaba.,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,988654,Natureserve 3.0,,3,988654,Natureserve 3.0,this one looks very borderline 3/4,4,MX-NSAC-09,"depends primarily on intact low to mid elevation forests, including humid tropical evergreen, semi-evergreen, and deciduous forests.",,,4,MX-NSAC-09,"uses tropical evergreen forest; depends primarily on intact low to mid elevation forests, including humid tropical evergreen, semi-evergreen, and deciduous forests",,,5,PIF CAW 2014,"humid forest specialist, keep at PT=5",,,,,,,,,,,,,,,,,,,,16,16,16,Watch List/Tipping Point Red,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +880,Great Gray Owl,Strix nebulosa,landbird,Strigiformes,Strigidae,,1,1,0,0,M,,,4,"PIFcalc19–bbs0615,rng",,120000,120000,58000,58000,2010.5,PIFcalc19–bbs0615,,1,10650356,Natureserve 3.0,,1,10650356,Natureserve 3.0,,4,PIFSC-15; PIFSC-CVS 2022,Rosenberg: affected by boreal forestry?. Panjabi: threats from increasing logging in boreal forest may warrant TB=4. Highly specialized needs for nesting and increasing threats suggests species likely to decline across major parts of range.,5,M-H,3,PIFTC-02; PIFSC-CVS 2022,"Are there really no threats to these birds throughout boreal range? Seems like it should be at least a ""3"", like most other forest species (KVR)",3,M-H,1,BBS9321-JS,,194.2064056,3.929198027,2.122605085,5.102800846,1,112.4763489,4.275894165,2.253305912,5.461000919,1,18,extended,2.980195999,91,0.011,1.001000047,,,,10,9,10,,,,Northern Forest,Northern Forest,Forests: Boreal,,Forests: Boreal, +881,Long-eared Owl,Asio otus,landbird,Strigiformes,Strigidae,,1,1,1,0,M,,,3,"PIFcalc19–rng,bbs0615,eBird7017",,520000,520000,150000,150000,2010.5,PIFcalc19–bbs0615,,1,25334753,Natureserve 3.0,,1,41301480,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,in W. riparian and undisturbed Eastern forest; poorly known (KR); BNA says LEOW likes open areas next to nest woodlots and benefits from modest fragmentation (ED).,2,M-H,3,PIFTC-02; PIFSC-CVS 2022,Why worse in non-breed than breed? Very poorly known both seasons,2,M-H,3,"CBC7019-AS,JS",,-14.50606728,-0.31933552,-1.086377859,0.47731024,,-5.831676483,-0.399774313,-2.257460117,1.245416522,,15,,1.563688159,,,,,,,10,10,10,,,,Nearctic,Nearctic,Forests: Temperate Generalist,,Forests: Temperate Generalist, +882,Stygian Owl,Asio stygius,landbird,Strigiformes,Strigidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,2,3167637,Natureserve 3.0,,2,3167637,Natureserve 3.0,Natureserve shows largest portion of Range in Brazil -- need to check birds of S.A.,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss,,,4,PIF CAW 2014,3 of 4 regions score PT=4,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Neotropical,Neotropical,Forests: Tropical Generalist,,Forests: Tropical Generalist, +883,Short-eared Owl,Asio flammeus,landbird,Strigiformes,Strigidae,,1,1,1,0,M,,,3,"PIFcalc19–rng,bbs0615,nwt9501,eBird7017,ona0105",,"2,300,000",2300000,"600,000",600000,2010.5,"PIFcalc19–bbs0615,nwt9501,ona0105",,1,62415997,Natureserve 3.0,,1,51225610,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,Huge part of range not under threat.,3,M-H,3,PIFSC-Dec-08; PIFSC-CVS 2022,Rosenberg: overall threats from habitat loss probably only moderate over very large nonbreeding range,1,H,5,"BBS7021-AS,JS",,-57.53378677,-1.665620923,-3.130000114,-0.866997004,1,-10.04615211,-0.877527177,-5.090000153,3.73129797,,12,core,2.263003111,484.5,0.112499997,53.80500031,,,,12,12,12,Common Bird in Steep Decline,,"b,w",Nearctic,Nearctic,Tundra: Arctic,Grasslands: Temperate,Grasslands: Temperate,Coasts: Saltmarsh +884,Striped Owl,Asio clamator,landbird,Strigiformes,Strigidae,Formerly placed in the genus Pseudoscops.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,1,7179249,Natureserve 3.0,,1,7179249,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbed habitats,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,,w,Neotropical,Neotropical,Grasslands: Tropical,,Grasslands: Tropical, +894,Black-tailed Trogon,Trogon melanurus,landbird,Trogoniformes,Trogonidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,6833350,NatureServe,,1,6833350,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +895,Black-headed Trogon,Trogon melanocephalus,landbird,Trogoniformes,Trogonidae,,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,3,445303,Natureserve 3.0,,3,445303,Natureserve 3.0,,2,MX-NSAC,Para Centroamerica es una especie que se prevee sea estable en el futuro. Los TB y TN se sugiere que sea 2,,,2,PIF CAW 2014,tolerant of disturbance. Para Centroamerica es una especie que se prevee sea estable en el futuro. Los TB y TN se sugiere que sea 2,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +896,Citreoline Trogon,Trogon citreolus,landbird,Trogoniformes,Trogonidae,,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,Mexican endemic (CAW);,,,,,,,,4,124112,Natureserve 3.0,,4,124112,Natureserve 3.0,,4,MX-NSAC,global score should reflect majority of regional experts' opinion -- only one region (SEPL) scored as 3.,,,3,MX-NSAC,tolerant of disturbance,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,15,16,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +897,White-tailed Trogon,Trogon chionurus,landbird,Trogoniformes,Trogonidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,242255,BirdLife 2021,,4,242255,BirdLife 2021,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +898,Baird's Trogon,Trogon bairdii,landbird,Trogoniformes,Trogonidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,12562,NatureServe,,5,12562,NatureServe,,4,PIF CAW 2014,poblaciones bien isladas; muchas poblaciones puede extirparse,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,en Panamá está casi extirpado; en Costa Rica perdió la mayoría de su hábitat antes de los 1980s,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +899,Gartered Trogon,Trogon caligatus,landbird,Trogoniformes,Trogonidae,,0,0,1,1,R,,,3,PIF CAW 2016,score change from 2 to 3 recommended by Central Americans in 2016,,,,,,,,1,6918897,Natureserve 3.0,,1,6918897,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,tolerant of disturbance,,,3,PIF CAW 2014,"Species occupies a broad range of habitats (gallery forest, forest edge, open forest, plantations, gardens); uncommon in forest interiors",,,,,,,,,,,,,,,,,,,,10,10,10,,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +900,Black-throated Trogon,Trogon rufus,landbird,Trogoniformes,Trogonidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,1,6609763,NatureServe,,1,6609763,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,en Costa Rica hacia el sur es más estable que en el norte,,,,,,,,,,,,,,,,,,,,13,13,13,Watch List/Tipping Point Yellow,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +901,Elegant Trogon,Trogon elegans,landbird,Trogoniformes,Trogonidae,,0,1,1,1,R,,,4,Gomez-Panjabi–PS-g midpoint,"BBS-15 estimated 1,000 in US/Canada, 23,000 globally extrapolated with eBird","200,000",200000,<500,500,,PIFSC-16,would use < 500; % Pop'n in US should be < 5%,3,694383,Natureserve 3.0,,3,650307,Natureserve 3.0,Maps look okay.,3,PIFTC-02,"TB=3 is good; widespread in pine oak forest in northern mexico, then semideciduous forest in tropical mexico; similar to other generalist forest-dependent birds; only a ripairan obligate in extreme northern range; SE AZ is very small part of range (AP); CB-recent declines in AZ due to catastrophic fire, linked to riparian. DJK= Rick Taylor's SE Arizona surveys show long-term stable pops (but low) .",,,3,PIFTC-02,requires forest,,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +902,Mountain Trogon,Trogon mexicanus,landbird,Trogoniformes,Trogonidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,376140,Natureserve 3.0,,3,376140,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +903,Collared Trogon,Trogon collaris,landbird,Trogoniformes,Trogonidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,1,5408667,Natureserve 3.0,,1,5408667,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +904,Eared Quetzal,Euptilotis neoxenus,landbird,Trogoniformes,Trogonidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,resticted breeder within range (canyons),,,,,,,,4,293870,Natureserve 3.0,,4,293870,Natureserve 3.0,,4,PIFTC-02,"highly restricted to mature pine forest and canyons (KR); CB-doesn't breed in US (Tcorman), loss of large trees for nesting? (H&W); Score--MX score; moderate habitat loss; requires snags for nesting (MX-NSAC); global score should reflect regional experts' opinion.",,,4,PIFTC-02,moderate habitat loss,,,4,MX-NSAC-12,"Mexican endemic, both regions score PT=4",,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak +905,Golden-headed Quetzal,Pharomachrus auriceps,landbird,Trogoniformes,Trogonidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,3,496513,NatureServe,,3,496513,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +906,Resplendent Quetzal,Pharomachrus mocinno,landbird,Trogoniformes,Trogonidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,4,149616,Natureserve 3.0,,4,149616,Natureserve 3.0,,5,MX-NSAC,En Costa Rica esta mejor protegida (PIF CAW),,,5,MX-NSAC,loss of habitats at lower elevations,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +913,Tody Motmot,Hylomanes momotula,landbird,Coraciiformes,Momotidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,3,347967,Natureserve 3.0,,3,347967,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,primary forest,,,5,PIF CAW 2014,Restricted to humid evergreen forests within C.A. range; loss of such forests has been extensive in C.A.; MX regional experts score PT=5 in SECL and SEPL,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +914,Blue-throated Motmot,Aspatha gularis,landbird,Coraciiformes,Momotidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,4,99448,Natureserve 3.0,,4,99448,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,humid forest specialist,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +915,Russet-crowned Motmot,Momotus mexicanus,landbird,Coraciiformes,Momotidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,323894,Natureserve 3.0,,3,323894,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance,,,3,PIF CAW 2014,"MX endemic, all regions score PT=3",,,,,,,,,,,,,,,,,,,,12,12,12,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +916,Blue-capped Motmot,Momotus coeruliceps,landbird,Coraciiformes,Momotidae,"Formerly considered conspecific with Momotus momota, M. lessonii, and M. subrufescens.",0,0,1,0,R,,,5,Panjabi 2017; PIF CAW 2017; MX-NSAC-17,guesstimate,,,,,,,,5,71390,"eBird, AOU Checklist 57th Suppl.",,5,71390,"eBird, AOU Checklist 57th Suppl.",,3,Mexican Regional Assessment 2005,used score shared by NECL & SECL,,,3,Mexican Regional Assessment 2005,used score shared by NECL & SECL,,,4,Mexican Regional Assessment 2005,used score shared by NECL & SECL,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +917,Lesson's Motmot,Momotus lessonii,landbird,Coraciiformes,Momotidae,"Formerly considered conspecific with Momotus momota, M. coeruliceps, and M. subrufescens.",0,0,1,1,R,,,3,PIF CAW 2016,,,,,,,,,3,602133,"eBird, AOU Checklist 57th Suppl.",,3,602133,"eBird, AOU Checklist 57th Suppl.",,2,PIF CAW 2015; Mexican Regional Assessment 2005,used most frequent score amongst regions,,,2,PIF CAW 2015,used most frequent core amongst regions scored,,,3,PIF CAW 2015; Mexican Regional Assessment 2005,used most frequent score amongst regions,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +918,Whooping Motmot,Momotus subrufescens,landbird,Coraciiformes,Momotidae,"Formerly considered conspecific with Momotus momotus, M. coeruliceps, and M. lessonii.",0,0,0,1,R,,,4,Panjabi 2017; PIF CAW 2017; MX-NSAC-17,(guesstimate),,,,,,,,3,341748,"BirdLife & HBW, eBird",,3,341748,"BirdLife & HBW, eBird",,2,PIF CAW 2015,used Panama's score,,,2,PIF CAW 2015,used Panama's score,,,2,PIF CAW 2015,used Panama's score,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +919,Rufous Motmot,Baryphthengus martii,landbird,Coraciiformes,Momotidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,2,2817448,NatureServe,,2,2817448,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +920,Keel-billed Motmot,Electron carinatum,landbird,Coraciiformes,Momotidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,4,176925,Natureserve 3.0,,4,176925,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,primary forest,,,5,PIF CAW 2014,specializes in humid lowland forest in C.A. where extensive habitat loss has occurred,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +921,Broad-billed Motmot,Electron platyrhynchum,landbird,Coraciiformes,Momotidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,2,2873630,NatureServe,,2,2873630,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List/Tipping Point Yellow,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +922,Turquoise-browed Motmot,Eumomota superciliosa,landbird,Coraciiformes,Momotidae,,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,4,242076,Natureserve 3.0,,4,242076,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,,,3,MX-NSAC,tolerant of disturbance,,,3,PIF CAW 2014,tolerant of some clearing; evidence of decline?,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +923,Ringed Kingfisher,Megaceryle torquata,landbird,Coraciiformes,Alcedinidae,,0,1,1,1,R,,,2,PIFSC-08–PS-g midpoint,more abundant within range than BEKI; more habitat within range than BEKI; more abundant within range than BEKI; more habitat within range than BEKI,"20,000,000",20000000,<500,500,,PIFSC-16,guestimate based on eBird distribution; founds in 28 lat-long blocks in TX BBA 1987-1992,1,16654825,Natureserve 3.0,,1,16654825,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,Not threatened in most of range (KR); tolerant of disturbance (MX-NSAC).,1,M-H,3,PIFTC-02; PIFSC-CVS 2022,tolerant of disturbance,2,M-L,3,MX-NSAC 2008,,,,,,,,,,,,,,,,,,,,,8,9,9,,,,Neotropical,Neotropical,Wetlands: Generalist,,Wetlands: Generalist, +924,Belted Kingfisher,Megaceryle alcyon,landbird,Coraciiformes,Alcedinidae,,1,1,1,1,M,,,3,"PIFcalc19–bbs0615,ona0105","PIFSC-20: eBird picks up non-breeders south of the border, so overrode eBird % Breeding Pop in US & Canada with 100% and used US/Canada estimate as global estimate","1,800,000",1800000,"1,800,000",1800000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,13949116,Natureserve 3.0,,1,10303824,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,DD='no known threats to breeding population or habitats..,2,H,2,PIFTC-02; PIFSC-CVS 2022,DD='no known threats to non-breeding population or habitats.,2,H,4,"BBS7021-AS,JS",,-46.19971085,-1.205851674,-1.539999962,-0.887000024,1,-3.823039293,-0.389283627,-1.559999943,0.411201,,10,core,0.652999997,3344,0.265500009,887.7915039,,,,10,10,10,,,,Nearctic,Widespread,Wetlands: Generalist,,Wetlands: Generalist,Coasts: Saltmarsh +925,Amazon Kingfisher,Chloroceryle amazona,landbird,Coraciiformes,Alcedinidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,1,14198446,Natureserve 3.0,,1,14198446,Natureserve 3.0,,3,PIFSC-08,,,,3,PIFSC-08,forested wetlands,,,4,PIF CAW 2014,"Creemos que la especie ha disminuido como consecuencia de la perdida de habitat por contaminacion. Preferimos adoptar un criterio mas conservador ya que se trata de una especie escasa o rara, menos tolerante a la perturbacion",,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Wetlands: Generalist,,Wetlands: Generalist, +926,American Pygmy Kingfisher,Chloroceryle aenea,landbird,Coraciiformes,Alcedinidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,1,9358537,Natureserve 3.0,,1,9358537,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate decline in habitat suitability expected,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Wetlands: Forested,Forests: Tropical Lowland Evergreen,Wetlands: Forested,Forests: Tropical Lowland Evergreen +927,Green Kingfisher,Chloroceryle americana,landbird,Coraciiformes,Alcedinidae,,0,1,1,1,R,,,2,PIFSC-08–PS-g midpoint,more abundant within range than BEKI; more habitat within range than BEKI,"20,000,000",20000000,"<5,000",5000,,PIFSC-16,guestimate based on eBird distribution,1,16988695,Natureserve 3.0,,1,16988695,Natureserve 3.0,,2,PIFSC-15; PIFSC-CVS 2022,"DD='threats assumed to be low.' Although suffered in US due to destruction of riparian habitats, this constitutes a minor portion of overall range. In general, threats assumed to be low throughout, though little info available; tolerant of disturbance; wetlands not threatened (MX-NSAC); contamination of waterways is a moderate threat. Contamination does not appear to pose any significant threat. Expanding range and can use even wet ditches (KVR); Very adaptable (PIF SC)",2,H,2,PIFTC-02; PIFSC-CVS 2022,"DD='threats assumed to be low.' Although suffered in US due to destruction of riparian habitats, this constitutes a minor portion of overall range. In general, threats assumed to be low throughout, though little info available.; tolerant of disturbance; wetlands not threatened. based on previous comments and comments under TB (KVR)",2,H,4,MX-NSAC 2008,"Mexico has most of species range; core regions (SECL, SEPL) score PT=4",,,,,,,,,,,,,,,,,,,,9,9,9,,,,Neotropical,Neotropical,Wetlands: Generalist,,Wetlands: Generalist, +928,Green-and-rufous Kingfisher,Chloroceryle inda,landbird,Coraciiformes,Alcedinidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,1,8601458,NatureServe,,1,8601458,NatureServe,,5,PIF CAW 2014,puede ser suseptible a pesticidias y contaminación de aguas y peces; plantaciones de palma de aceite son una amenaza; no ocupa áreas que parecen adecuadas,,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List/Tipping Point Orange,,,Neotropical,Neotropical,Wetlands: Forested,Forests: Tropical Lowland Evergreen,Wetlands: Forested,Forests: Tropical Lowland Evergreen +929,Barred Puffbird,Nystalus radiatus,landbird,Piciformes,Bucconidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,236047,NatureServe,,4,236047,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +930,White-necked Puffbird,Notharchus hyperrhynchus,landbird,Piciformes,Bucconidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,1,5259594,Natureserve 3.0,,1,5259594,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,primary forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +931,Black-breasted Puffbird,Notharchus pectoralis,landbird,Piciformes,Bucconidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,197712,NatureServe,,4,197712,NatureServe,,4,PIF CAW 2014,ganadería,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +932,Pied Puffbird,Notharchus tectus,landbird,Piciformes,Bucconidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,1,5346981,NatureServe,,1,5346981,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +933,White-whiskered Puffbird,Malacoptila panamensis,landbird,Piciformes,Bucconidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,515089,Natureserve 3.0,,3,515089,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,primary forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +934,Lanceolated Monklet,Micromonacha lanceolata,landbird,Piciformes,Bucconidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,2,1652530,NatureServe,,2,1652530,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,es muy desconocido,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +935,Gray-cheeked Nunlet,Nonnula frontalis,landbird,Piciformes,Bucconidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,4,174767,NatureServe,,4,174767,NatureServe,,3,PIF CAW 2014,por avances en la frontera de agricola,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +936,White-fronted Nunbird,Monasa morphoeus,landbird,Piciformes,Bucconidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,4934190,NatureServe,,1,4934190,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,Common Bird in Steep Decline,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +937,Dusky-backed Jacamar,Brachygalba salmoni,landbird,Piciformes,Galbulidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,50568,NatureServe,,5,50568,NatureServe,,3,PIF CAW 2014,avances a la frontera de agricultura; ganadería,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +938,Rufous-tailed Jacamar,Galbula ruficauda,landbird,Piciformes,Galbulidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,1,7626936,Natureserve 3.0,,1,7626936,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,primary forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +939,Great Jacamar,Jacamerops aureus,landbird,Piciformes,Galbulidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,1,5691642,NatureServe,,1,5691642,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,Watch List/Tipping Point Yellow,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +940,Spot-crowned Barbet,Capito maculicoronatus,landbird,Piciformes,Capitonidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,133555,NatureServe,,4,133555,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +941,Red-headed Barbet,Eubucco bourcierii,landbird,Piciformes,Capitonidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,233387,NatureServe,,4,233387,NatureServe,,4,PIF CAW 2014,no esta tan amenazada en costa rica,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +942,Prong-billed Barbet,Semnornis frantzii,landbird,Piciformes,Semnornithidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,15934,NatureServe,,5,15934,NatureServe,,4,PIF CAW 2014,"cambio climatica, perdida de habitat",,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +943,Northern Emerald-Toucanet,Aulacorhynchus prasinus,landbird,Piciformes,Ramphastidae,,0,0,1,1,R,,,4,Gomez-Panjabi;Bird Conservancy of the Rockies 2019,multiplied % of range for Mexican and Central American pops of Emerald Toucanet s.l. by rounded geometric midpoint of pop estimate range from Emerald Toucanet's PS-g = 4,,,,,,,,3,511872,BirdLife 2019;Bird Conservancy of the Rockies 2019,"combined BirdLife's polygons for A. caeruleogularis, A. prasinus, and A. wagleri to match AOS's definition of Northern Emerald-Toucanet including all 3 taxa",3,511872,BirdLife 2019;Bird Conservancy of the Rockies 2019,"combined BirdLife's polygons for A. caeruleogularis, A. prasinus, and A. wagleri to match AOS's definition of Northern Emerald-Toucanet including all 3 taxa",4,MX-NSAC,,,,4,MX-NSAC,uses coffee plantations and primary and secondary forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +944,Collared Aracari,Pteroglossus torquatus,landbird,Piciformes,Ramphastidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,989755,Natureserve 3.0,,3,989755,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,tolerant of disturbance; wetlands not threatened,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +945,Fiery-billed Aracari,Pteroglossus frantzii,landbird,Piciformes,Ramphastidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,18678,NatureServe,,5,18678,NatureServe,,3,PIF CAW 2014,requiere arboles con cavidades,,,2,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,14,15,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +946,Yellow-eared Toucanet,Selenidera spectabilis,landbird,Piciformes,Ramphastidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,145446,NatureServe,,4,145446,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +947,Keel-billed Toucan,Ramphastos sulfuratus,landbird,Piciformes,Ramphastidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,678276,Natureserve 3.0,,3,678276,Natureserve 3.0,,4,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,14,15,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +948,Yellow-throated Toucan,Ramphastos ambiguus,landbird,Piciformes,Ramphastidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,432462,NatureServe,,3,432462,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Neotropical,Neotropical,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +950,Olivaceous Piculet,Picumnus olivaceus,landbird,Piciformes,Picidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,492377,NatureServe,,3,492377,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,es más estable en Costa Rica y Panamá,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +952,Lewis's Woodpecker,Melanerpes lewis,landbird,Piciformes,Picidae,Monotypic.,1,1,1,0,M,,,4,PIFcalc19–bbs0615,,"82,000",82000,"82,000",82000,2010.5,PIFcalc19–bbs0615,,2,1450667,Natureserve 3.0 with adjustment by PIFSC-08,"Reduced by 30%; BNA more accurately reflects restricted, drier, lower elevation of this species similar to the distribution of ponderosa pine than NS",3,638010,Natureserve 3.0,"Again, the BNA description is more accurate. The the core of the ND is more restricted but may have a wider, sporadic distribution than BD- 'generally winters within southern portion of breeding range north to sw. Oregon, central Utah, and central Colorado",4,PIFTC-02; PIFSC-CVS 2022,"are threats really that high across range? (KR); benefit from fire, if old stuff left. Riparian areas may be sinks. DP - fire management issues will only get worse; Krueper, Dave: With climate change and increased intensity of fires (stand replacement) this species will probably continue to decline. Camfield,Alaine [NCR]: +Listed as threatened in Canada, fire suppression, Mountain Pine Beetle and habitat loss due to development and agricuture are the biggest threats. Suggest leaving at 4. TB score 5 in Canadian BCR strategies.",2,M-H,3,PIFTC-02; PIFSC-CVS 2022,,3,H,4,"BBS7021-AS,JS",,-51.38853836,-1.401851654,-3.019999981,-0.400698006,1,30.03766441,2.661729813,-0.407000005,6.019999981,,10,core,2.619302034,200.5,0.120499998,24.11300087,,,,14,14,14,Watch List/Tipping Point Yellow,,,Western Temperate,Western Temperate,Forests: Temperate Western,,Forests: Temperate Western, +955,Red-headed Woodpecker,Melanerpes erythrocephalus,landbird,Piciformes,Picidae,Monotypic.,1,1,0,0,M,,,3,PIFcalc19–bbs0615,,"1,800,000",1800000,"1,800,000",1800000,2010.5,PIFcalc19–bbs0615,,1,4664275,Natureserve 3.0 with adjustment by PIFSC-08,Reduced by 10%; NS and BNA maps fairly similar.,2,3342646,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,"DD='moderately vulnerable to human activities and land use.' BNA supports that population likely to decline in future if trends and habitat threats continue. Facing habitat loss and degradation due to firewood cutting, clearcutting, ag development, riv",5,M-H,3,PIFTC-02; PIFSC-CVS 2022,"DD='moderately vulnerable to human activities and land use.' BNA supports that population likely to decline in future if trends and habitat threats continue. Facing habitat loss and degradation due to firewood cutting, clearcutting, ag development, rive",2,M-H,4,"BBS7021-AS,JS",,-55.90159225,-1.593885183,-2.112799883,-1.029999971,1,27.7496357,2.481124878,1.729405046,3.380000114,1,10,core,1.082800031,1953,1.524999976,2977.52002,,,,12,12,12,Common Bird in Steep Decline; previously Watch List,,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +956,Acorn Woodpecker,Melanerpes formicivorus,landbird,Piciformes,Picidae,,0,1,1,1,R,,,2,"PIFcalc19–eBird7017,bbs0615",,"7,500,000",7500000,"2,200,000",2200000,2010.5,PIFcalc19–bbs0615,,2,1467234,Natureserve 3.0,,2,1467234,Natureserve 3.0,NS and BNA maps very close except for range in NM (more expansive in BNA) and more detail in NS for Columbia. Keep new NS scores.,4,PIFSC-Dec-08; PIFSC-CVS 2022,Needs input from MX on condition of oaks in CA; Rosenberg: loss and degradation of oak forests throughout range.,4,H,3,PIFSC-Dec-08; PIFSC-CVS 2022,Rosenberg: dependent on healthy oak forests year-round; granary trees as important as nest trees.,3,H,2,"BBS7021-AS,JS",,47.58823395,0.7659989,-0.0056,1.269999981,,45.66311264,2.725492954,1.659999967,3.809999943,1,14,core,1.275599957,212,9.414999962,1995.97998,,,,10,9,10,,yes,,Widespread,Widespread,Forests: Mesoamerican Pine-Oak,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Forests: Temperate Western +957,Golden-naped Woodpecker,Melanerpes chrysauchen,landbird,Piciformes,Picidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,15303,NatureServe,,5,15303,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +958,Black-cheeked Woodpecker,Melanerpes pucherani,landbird,Piciformes,Picidae,Monotypic.,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,Bajas densidades en Guate (CAW),,,,,,,,3,487318,Natureserve 3.0,,3,487318,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,"humid forest, but uses clearings",,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +961,Golden-cheeked Woodpecker,Melanerpes chrysogenys,landbird,Piciformes,Picidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,4,161830,Natureserve 3.0,,4,161830,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance,,,2,MX-NSAC,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +962,Gray-breasted Woodpecker,Melanerpes hypopolius,landbird,Piciformes,Picidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,4,82045,Natureserve 3.0,,4,82045,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss,,,4,MX-NSAC-12,"MX endemic, found in 2 regions, regional experts both scored 4",,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +963,Yucatan Woodpecker,Melanerpes pygmaeus,landbird,Piciformes,Picidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,4,126436,Natureserve 3.0,,4,126436,Natureserve 3.0,,3,MX-NSAC,,,,2,MX-NSAC,forest,,,4,PIF CAW 2014,MX endemic found only in SECL; regional experts score PT=4,,,,,,,,,,,,,,,,,,,,15,14,15,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +964,Red-crowned Woodpecker,Melanerpes rubricapillus,landbird,Piciformes,Picidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,860959,NatureServe,,3,860959,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +965,Gila Woodpecker,Melanerpes uropygialis,landbird,Piciformes,Picidae,,0,1,1,0,R,,,3,"PIFcalc19–eBird7017,bbs0615",,"1,500,000",1500000,"590,000",590000,2010.5,PIFcalc19–bbs0615,,3,565542,Natureserve 3.0,,3,565542,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,PIFTC-02; PIFSC-CVS 2022,habitat not threatened,2,H,3,"BBS7021-AS,JS",,-23.05885315,-0.51253593,-1.549999952,0.006104,,-0.602262676,-0.060569182,-2.00999999,1.669999957,,10,core,1.556103945,48,8.265000343,396.7200012,,,,11,11,11,,yes,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,Aridlands: Desert Riparian,Aridlands: Desert Scrub,Aridlands: Desert Riparian +966,Hoffmann's Woodpecker,Melanerpes hoffmannii,landbird,Piciformes,Picidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,51264,NatureServe,,5,51264,NatureServe,,1,PIF CAW 2014,,,,1,PIF CAW 2014,,,,1,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,yes,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +967,Golden-fronted Woodpecker,Melanerpes aurifrons,landbird,Piciformes,Picidae,,0,1,1,1,R,,,2,"PIFcalc19–eBird7017,bbs0615",Maybe 2? (CAW);,"5,300,000",5300000,"810,000",810000,2010.5,PIFcalc19–bbs0615,,2,1396862,Natureserve 3.0,,2,1396862,Natureserve 3.0,,3,PIFSC-08; PIFSC-CVS 2022,,3,H,2,PIFSC-08; PIFSC-CVS 2022,habitat not threatened,2,M-H,2,"MX-NSAC, PIFSC-08",,,,,,,,,,,,,,,,,,,,,9,8,9,,yes,,Mesoamerica,Mesoamerica,Forests: Tropical Dry,,Forests: Tropical Dry, +968,Red-bellied Woodpecker,Melanerpes carolinus,landbird,Piciformes,Picidae,Monotypic.,1,1,0,0,R,,,2,PIFcalc19–bbs0615,,"16,000,000",16000000,"16,000,000",16000000,2010.5,PIFcalc19–bbs0615,,2,2980666,Natureserve 3.0,,2,2980666,Natureserve 3.0,NS and BNA maps very close. Keep new NS scores.,2,PIFTC-02; PIFSC-CVS 2022,DD='no known threats to breeding population or habitats.,2,M-H,2,PIFTC-02; PIFSC-CVS 2022,DD='no known threats to nonbreeding population or habitats.,2,M-H,1,"BBS7021-AS,JS",,68.46123505,1.029489875,0.928497016,1.159999967,1,5.176840782,0.505595207,0.190901995,0.907000005,,10,core,0.231502995,2172,5.784999847,12565.01953,,,,7,7,7,,yes,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +970,Williamson's Sapsucker,Sphyrapicus thyroideus,landbird,Piciformes,Picidae,,1,1,1,0,M,,,4,"PIFcalc19–bbs0615,eBird7017",,"300,000",300000,"290,000",290000,2010.5,PIFcalc19–bbs0615,,3,648480,Natureserve 3.0,,3,746032,Natureserve 3.0,Agree with NS.,4,PIFTC-02; PIFSC-CVS 2022,,4,M-H,4,PIFTC-02; PIFSC-CVS 2022,,4,H,2,"BBS7021-AS,JS",,11.21662998,0.208688304,-0.638000011,1.679999948,,-13.78068161,-1.471001744,-3.799999952,0.91900003,,10,core,2.318000078,198,0.189500004,37.52099991,,,,13,13,13,,,,Intermountain West,Intermountain West,Forests: Temperate Western,,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak +971,Yellow-bellied Sapsucker,Sphyrapicus varius,landbird,Piciformes,Picidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,ona0105","distance revised to 125 m based on review of large boreal dataset, score reverts to PS=2 (Blancher email, Dec. 20, 2008)","14,000,000",14000000,"14,000,000",14000000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,4453193,Natureserve 3.0,,1,4359569,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,1,"BBS7021-AS,JS",,72.16509247,1.071133971,0.307000011,1.627504945,1,8.744987488,0.841779053,-0.569000006,2.013695002,,10,core,1.320505023,1251.5,1.659999967,2077.524902,,,,7,6,7,,yes,,Northern Forest,Widespread,Forests: Boreal,Forests: Temperate Eastern,Forests: Temperate Generalist, +972,Red-naped Sapsucker,Sphyrapicus nuchalis,landbird,Piciformes,Picidae,Monotypic.,1,1,1,0,M,,,3,PIFcalc19–bbs0615,,"2,000,000",2000000,"2,000,000",2000000,2010.5,PIFcalc19–bbs0615,,2,2072193,Natureserve 3.0,,2,1847674,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,Panjabi: large-scale die-back of aspen forest and continuing degradation of riparian habitats is a threat in the southern Rockies.,5,M-H,3,PIFTC-02; PIFSC-CVS 2022,,2,H,2,"BBS7021-AS,JS",,58.50501251,0.909086347,0.419999987,1.690000057,1,-29.90719414,-3.49300909,-5.567903042,-1.149999976,1,10,core,1.269999981,402.5,0.875999987,352.5180054,,,,11,10,11,,,,Intermountain West,North American Southwest,Forests: Temperate Western,,Forests: Temperate Western,Aridlands: Desert Riparian +973,Red-breasted Sapsucker,Sphyrapicus ruber,landbird,Piciformes,Picidae,,1,1,1,0,M,,,3,PIFcalc19–bbs0615,,"2,800,000",2800000,"2,800,000",2800000,2010.5,PIFcalc19–bbs0615,,3,995493,Natureserve 3.0,,3,613221,Natureserve 3.0,"NS map is wrong, stating BC area as permanent resident when should be only breeding. BNA map for British Columbia is much more accurate. This error should overinflate the winter range (middle 4 at ~721,000, so 'error' did not change score) and not impact",4,PIFTC-02; PIFSC-CVS 2022,,5,M-H,3,PIFTC-02; PIFSC-CVS 2022,,2,H,1,"BBS7021-AS,JS",,106.3167343,1.426800489,0.636196017,2.549999952,1,0.734037876,0.073261298,-2.049999952,2.25,,10,core,1.913804054,318.5,1.304999948,415.75,,,,11,10,11,,,,Pacific North America,Pacific North America,Forests: Temperate Western,,Forests: Temperate Western, +975,American Three-toed Woodpecker,Picoides dorsalis,landbird,Piciformes,Picidae,,1,1,0,0,R,,,3,"PIFcalc19–bbs0615,ona0105,nwt9501",,"1,600,000",1600000,"1,600,000",1600000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,7858070,Natureserve 3.0,,1,7858070,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,,4,M-H,4,PIFTC-02; PIFSC-CVS 2022,,4,M-H,1,"BBS7021-AS,JS",,229.1622925,2.361148834,1.24000001,4.079999924,1,47.92185974,3.995284557,-1.039999962,8.810997009,,10,core,2.839999914,286,0.0845,24.12249947,,,,9,9,9,,,,Northern Forest,Northern Forest,Forests: Boreal,Forests: Temperate Western,Forests: Boreal,Forests: Temperate Western +976,Black-backed Woodpecker,Picoides arcticus,landbird,Piciformes,Picidae,Monotypic.,1,1,0,0,R,,,3,"PIFcalc19–bbs0615,ona0105",,"1,700,000",1700000,"1,700,000",1700000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,6740879,Natureserve 3.0,,1,6740879,Natureserve 3.0,"BNA more accurate, a little less expansive than NS map. I'm 'okay' with the change in score (the only reason I hesitate about the one is its tendency in BC at least to be at higher elevations). See general comment on boreal birds.",3,PIFTC-02; PIFSC-CVS 2022,"Needs fire, but this is common in Canada; need input from northerners.",3,M-H,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,1,"BBS7021-AS,JS",,178.662796,2.031575203,0.765999973,4.130000114,1,5.903358459,0.575336874,-4.179999828,4.860000134,,10,core,3.364000082,373.5,0.096500002,36.24349976,,,,8,8,8,,,,Northern Forest,Northern Forest,Forests: Boreal,Forests: Temperate Western,Forests: Boreal,Forests: Temperate Western +978,Downy Woodpecker,Dryobates pubescens,landbird,Piciformes,Picidae,Formerly included in the genus Picoides.,1,1,1,0,R,,,2,"PIFcalc19–bbs0615,ona0105",,"13,000,000",13000000,"13,000,000",13000000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,12755791,Natureserve 3.0,,1,12755791,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,3,"BBS7021-AS,JS",,-3.797301292,-0.075958028,-0.240999997,0.027000999,,-10.18938065,-1.065720916,-1.539999962,-0.640999973,1,10,core,0.26800099,3742,0.94749999,3544.98999,,,,8,8,8,,yes,,Nearctic,Nearctic,Forests: Temperate Generalist,,Forests: Temperate Generalist, +979,Nuttall's Woodpecker,Dryobates nuttallii,landbird,Piciformes,Picidae,Monotypic. Formerly included in the genus Picoides.,0,1,1,0,R,,,3,"PIFcalc19–bbs0615,eBird7017",,"850,000",850000,"750,000",750000,2010.5,PIFcalc19–bbs0615,,4,183723,Natureserve 3.0,,4,183723,Natureserve 3.0,,4,PIFSC-15; PIFSC-CVS 2022,"Specialized on California oakland. seems to fit definition of ""3"" Specialized but habitat is relatively secure in many parts of range (CB, KVR, WE, TW, DP); we made it a 4 because of oak disease killing trees (CB); is oak disease a high threat? (AP)",4,H,4,PIFTC-02; PIFSC-CVS 2022,should not be higher than TB,5,M-H,1,"BBS7021-AS,JS",,62.26244736,0.953898013,0.568000019,1.399999976,1,1.448420525,0.143849924,-1.120000005,1.629999995,,10,core,0.832000017,131.5,1.889999986,248.4250031,,,,12,12,12,,,,Pacific North America,Pacific North America,Forests: Temperate Western,,Forests: Temperate Western, +980,Ladder-backed Woodpecker,Dryobates scalaris,landbird,Piciformes,Picidae,Formerly included in the genus Picoides.,0,1,1,1,R,,,2,"PIFcalc19–eBird7017,bbs0615",,"5,500,000",5500000,"2,400,000",2400000,2010.5,PIFcalc19–bbs0615,,2,2820421,Natureserve 3.0,,2,2820421,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,3,MX-NSAC 2008,"mantenemos el 3, Mucho Mas del 50% de la distribucion esta en Mexico, donde la especie es comun aun en condiciones de mucha perturbacion.",,,,,,,,,,,,,,,,,,,,9,9,9,,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,Forests: Tropical Dry,Aridlands: Desert Scrub,Forests: Tropical Dry +981,Red-cockaded Woodpecker,Dryobates borealis,landbird,Piciformes,Picidae,Monotypic. Formerly included in the genus Picoides.,0,1,0,0,R,,,5,McDearman 2018,"Estimate reflects a derivation of total # of adult aged birds based on 8000 active clusters, 89% of which average 2.5 birds/cluster, and 11% of which comprise single males; the overall estimate does not include a small unknown number of “floater†birds which would be difficult to estimate (McDearman 2018). Alternatively, 25,000 is BBS-15 based estimate.","19,000",19000,"19,000",19000,,McDearman 2018,,3,528258,Natureserve 3.0,,3,528258,Natureserve 3.0,,4,PIFSC-20; PIFSC-CVS 2022,PIFSC-20: high threats but no longer in immediate danger of extinction,1,M-H,4,PIFSC-20; PIFSC-CVS 2022,PIFSC-20: high threats but no longer in immediate danger of extinction,2,M-H,4,"BBS7021-AS,JS",,-60.1692009,-1.79092896,-3.660000086,-0.236600995,1,8.457728386,0.815515697,-5.510000229,6.289999962,,10,core,3.423398972,57.5,0.065350004,3.811350107,,,,16,16,16,Watch List/Tipping Point Yellow,,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +982,Hairy Woodpecker,Dryobates villosus,landbird,Piciformes,Picidae,Formerly included in the genus Picoides.,1,1,1,1,R,,,2,"PIFcalc19–bbs0615,eBird7017,ona0105",,"8,900,000",8900000,"8,700,000",8700000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,13251289,Natureserve 3.0,,1,13251289,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,1,"BBS7021-AS,JS",,44.769207,0.728192151,0.453999996,0.901000023,1,2.302799702,0.227906436,-0.52700001,0.795305014,,10,core,0.446999997,3670,0.469500005,1722.740967,,,,6,6,6,,yes,,Nearctic,Nearctic,Forests: Generalist,,Forests: Generalist, +983,White-headed Woodpecker,Dryobates albolarvatus,landbird,Piciformes,Picidae,Formerly included in the genus Picoides.,1,1,0,0,R,,,4,PIFcalc19–bbs0615,,"240,000",240000,"240,000",240000,2010.5,PIFcalc19–bbs0615,,3,498904,Natureserve 3.0,WE-Agree with score of 3 as consistent with ebird.,3,498904,Natureserve 3.0,Keep changes. Although BNA map is still more accurate.,4,PIFTC-02; PIFSC-CVS 2022,"threats really that high? (KR); Loss of large ponderosa pine, snag removal, fire suppression. Species that is most tied to healthy ponderosa. Demarest, Dean: Noting the questions here in the comments, I raise the question, too, of whether this realy rates TB = 4. WIdespread species relatively tolerant of human altered ponderosa pine habitat. An adaptive Picoides with lots of available mid-elevatgion pine in a avariety of conditions. TB = 3 seems more appropriate.",3,M-H,4,PIFTC-02; PIFSC-CVS 2022,"WE-Dependent upon large Ponderosa Pine for food, especially in ND (seed crop every 4-5 yr) and favoured for roosting/nesting. Large, low elevation trees/snags/ecosystem threatened by fire, beetle, forestry, and urbanization.",4,M-H,1,"BBS7021-AS,JS",,58.13068008,0.902458131,0.125,1.615906,1,14.20796585,1.337841511,-0.654999971,2.559999943,,10,core,1.490906,120,0.326000005,39.11999893,,,,12,12,12,,,,Pacific North America,Pacific North America,Forests: Temperate Western,,Forests: Temperate Western, +984,Smoky-brown Woodpecker,Dryobates fumigatus,landbird,Piciformes,Picidae,Formerly included in the genus Picoides.,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,2,1111427,Natureserve 3.0,,2,1111427,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,forest,,,4,PIF CAW 2014,found mainly in humid foothill forests and associated woodland habitats within C.A. range; loss of such forests has been extensive in C.A.; Most Mexican regional experts score PT=4,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen +985,Arizona Woodpecker,Dryobates arizonae,landbird,Piciformes,Picidae,Formerly included in the genus Picoides.,0,1,1,0,R,,,4,PIFTC-02–PS-g midpoint,"eBird has few observers in Mexican pine-oak forests, so don't use BBS estimate extrapolated globally using eBird to 66,000 (PIFSC-18).","200,000",200000,"<21,000",21000,2010.5,PIFcalc19–bbs0615,,3,330770,Natureserve 3.0,,3,330770,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,,4,M-H,4,PIFTC-02; PIFSC-CVS 2022,forest,4,M-H,4,MX-NSAC 2008,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +986,Strickland's Woodpecker,Dryobates stricklandi,landbird,Piciformes,Picidae,Monotypic. Formerly included in the genus Picoides.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,18755,Natureserve 3.0,,5,18755,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,forest,,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +987,Red-rumped Woodpecker,Dryobates kirkii,landbird,Piciformes,Picidae,Formerly included in the genus Veniliornis.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,685012,NatureServe,,3,685012,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +988,Rufous-winged Woodpecker,Piculus simplex,landbird,Piciformes,Picidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,92899,NatureServe,,4,92899,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +989,Stripe-cheeked Woodpecker,Piculus callopterus,landbird,Piciformes,Picidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,5400,NatureServe,,5,5400,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +990,Golden-green Woodpecker,Piculus chrysochloros,landbird,Piciformes,Picidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,1,8619875,NatureServe,,1,8619875,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,Watch List/Tipping Point Yellow,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +991,Golden-olive Woodpecker,Colaptes rubiginosus,landbird,Piciformes,Picidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,2,1827176,Natureserve 3.0,,2,1827176,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Generalist,,Forests: Tropical Generalist, +992,Gray-crowned Woodpecker,Colaptes auricularis,landbird,Piciformes,Picidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,4,197267,Natureserve 3.0,,4,197267,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,,,4,MX-NSAC,moderate habitat loss,,,4,MX-NSAC-12,"MX endemic, all regions suggest PT=4",,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +993,Spot-breasted Woodpecker,Colaptes punctigula,landbird,Piciformes,Picidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,2,3381510,NatureServe,,2,3381510,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,9,9,9,,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +994,Northern Flicker,Colaptes auratus,landbird,Piciformes,Picidae,,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017,ona0105",,"12,000,000",12000000,"11,000,000",11000000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,14801848,Natureserve 3.0,,1,9828397,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"DD='populations demonstrably secure' suggests TB 2. BNA suports this with statement that populations not seriously endangered by human acitvities. However, BNA also supports that it is 'moderately vulnerable' through sensitivity to nest site competiti",3,M-H,2,PIFTC-02; PIFSC-CVS 2022,DD=lack of need for breeding sites nullifies threats associated with breeding season.,2,M-H,4,"BBS7021-AS,JS",,-49.27388382,-1.324854732,-1.649999976,-1.080297947,1,-16.34808731,-1.772527814,-2.210000038,-1.220000029,1,10,core,0.569702029,4557,2.595000029,11822.04004,,,,10,9,10,,yes,,Nearctic,Nearctic,Forests: Generalist,,Forests: Temperate Generalist, +995,Gilded Flicker,Colaptes chrysoides,landbird,Piciformes,Picidae,,0,1,1,0,R,,,3,"PIFcalc19–eBird7017,bbs0615",,"770,000",770000,"190,000",190000,2010.5,PIFcalc19–bbs0615,,3,377752,Natureserve 3.0,,3,377752,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,"Should be doing better in MX than in U.S. Need large tracts of riparian & big trees; don't go into towns; Need info on trends in saguaro!; global score should reflect regional experts' opinion;. Krueper, Dave: Invasive grasses such as red brome and bufflegrass are increasing frequency and intensity of fire in Sonoran Desert, killing saguaro with little recruitment after. They do go into towns (CB) but at a lower rate than GIWO; competition from Startliings; with fire saguaros die",3,M-L,3,PIFTC-02; PIFSC-CVS 2022,,2,H,2,"BBS7021-AS,JS",,-14.50145054,-0.307289362,-1.669999957,0.35800001,,1.457538962,0.144515902,-1.659999967,2.809999943,,10,core,2.028000116,40,4.820000172,192.8000031,,,,12,11,12,Previously Watch List,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,Aridlands: Desert Riparian,Aridlands: Desert Scrub,Aridlands: Desert Riparian +997,Cinnamon Woodpecker,Celeus loricatus,landbird,Piciformes,Picidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,297051,NatureServe,,4,297051,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +998,Chestnut-colored Woodpecker,Celeus castaneus,landbird,Piciformes,Picidae,Monotypic.,0,0,1,1,R,,,4,PIF CAW 2016,Rango pequeño (CAW); score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,3,394772,Natureserve 3.0,,3,394772,Natureserve 3.0,,4,MX-NSAC,"humid evergreen and semi-deciduous forest interior specialist, requires large trees.",,,4,MX-NSAC,moderate habitat loss,,,5,PIF CAW 2014,Humid lowland forest specialist that requires large trees/snags; found in 1 region in Mexico (nearly 50% of species' range) where experts indicate major decline,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +999,Lineated Woodpecker,Dryocopus lineatus,landbird,Piciformes,Picidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,1,13622862,Natureserve 3.0,,1,13622862,Natureserve 3.0,,3,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,9,8,9,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1000,Pileated Woodpecker,Dryocopus pileatus,landbird,Piciformes,Picidae,,1,1,0,0,R,,,3,"PIFcalc19–bbs0615,ona0105",,"2,600,000",2600000,"2,600,000",2600000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,5905279,Natureserve 3.0,,1,5905279,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,DD='species relatively tolerant of human activities or land use trends.,2,M-H,2,PIFTC-02; PIFSC-CVS 2022,DD='species relatively tolerant of human activities or land use trends.,2,H,1,"BBS7021-AS,JS",,120.1946793,1.563215256,1.278198004,1.909999967,1,22.28430748,1.560631633,1.179999948,2.089999914,1,13,core,0.631802022,2914,0.783999979,2284.558105,,,,7,7,7,,yes,,Nearctic,Nearctic,Forests: Temperate Generalist,,Forests: Temperate Generalist, +1001,Crimson-bellied Woodpecker,Campephilus haematogaster,landbird,Piciformes,Picidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,4,273669,NatureServe,,4,273669,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1002,Crimson-crested Woodpecker,Campephilus melanoleucos,landbird,Piciformes,Picidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,11134074,NatureServe,,1,11134074,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1003,Pale-billed Woodpecker,Campephilus guatemalensis,landbird,Piciformes,Picidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,892720,Natureserve 3.0,,3,892720,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1004,Ivory-billed Woodpecker,Campephilus principalis,landbird,Piciformes,Picidae,,0,1,0,0,R,,,5,PIFTC-02,,0?,0,0?,0,,PIFSC-16,,5,3572,Natureserve 3.0,,5,3572,Natureserve 3.0,,5,PIFTC-02,,,,5,PIFTC-02,,,,3,PIFSC-15,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +1005,Imperial Woodpecker,Campephilus imperialis,landbird,Piciformes,Picidae,Monotypic.,0,0,1,0,R,,,5,PIFSC-08,"probably extinct, although recent unconfirmed sight records persist",,,,,,,,5,,MX-NSAC,no map; but very small range,5,,Natureserve 3.0,no map; but very small rangeKen comment: no map; but very small range,5,MX-NSAC,,,,5,MX-NSAC,probably extinct,,,5,MX-NSAC,,,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +1006,Laughing Falcon,Herpetotheres cachinnans,landbird,Falconiformes,Falconidae,,0,0,1,1,R,,,3,PIFTC-02,,,,,,,,,1,13000893,Natureserve 3.0,,1,13000893,Natureserve 3.0,,3,PIFSC-08,,,,2,PIFTC-02,CB-Mexicans to score; uses disturbed habitats,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,9,10,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1007,Barred Forest-Falcon,Micrastur ruficollis,landbird,Falconiformes,Falconidae,,0,0,1,1,R,,,3,Gomez-Panjabi,"in suitable habitat in Manu, occurs in 1.5 pairs (3 birds) per sq km (Terborgh et al. 1990) -- thus only 166,666 sq of suitable habitat are needed to assign pop size of PS=3, and only 1,666,666 sq km of suitable habitat are need to assign PS=2 (~13% of ma",,,,,,,,1,12428019,Natureserve 3.0,,1,12428019,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,uses primary forest,,,5,PIF CAW 2014,"restricted to humid tropical forest interiors; Species tolerant to some deforestation, has been recorded in forests edge",,,,,,,,,,,,,,,,,,,,13,13,13,Watch List/Tipping Point Yellow,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1008,Slaty-backed Forest-Falcon,Micrastur mirandollei,landbird,Falconiformes,Falconidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,1,5314861,NatureServe,,1,5314861,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List/Tipping Point Yellow,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1009,Collared Forest-Falcon,Micrastur semitorquatus,landbird,Falconiformes,Falconidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,1,13217495,Natureserve 3.0,,1,13217495,Natureserve 3.0,,3,PIFTC-02,"CB-Mexicans to score; uses primary forest, more tolerant of other forest types (MX-NSAC).",,,3,PIFSC-08,"CB-Mexicans to score; uses primary forest, more tolerant of other forest types",,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1010,Red-throated Caracara,Ibycter americanus,landbird,Falconiformes,Falconidae,Monotypic.,0,0,1,1,R,,,3,Rosenberg-17,Common bird throughout Amazonia -- PS has to be greater than 4 (KVR),,,,,,,,1,8108594,Natureserve 3.0,,1,8108594,Natureserve 3.0,,5,MX-NSAC,,,,5,MX-NSAC,extirpated,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List/Tipping Point Orange,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1011,Crested Caracara,Caracara plancus,landbird,Falconiformes,Falconidae,,0,1,1,1,R,,,2,"PIFcalc19–eBird7017,bbs0615; STEM-21; Shaw-22",Shaw-22: divided unrounded US pop estimate by % of pop in US according to STEM-22 (which incorporates recent lumping) to extrapolate globally,"8,100,000",8100000,"120,000",120000,2010.5,PIFcalc19–bbs0615,Shaw-22: S. American split doesn't affect US-Ca pop size,1,13188173,BirdLife 2021; Shaw-22,"Shaw-22: BirdLife hasn't lumped with Southern Caracara yet, so summed polygons for both pre-split taxa",1,13188173,BirdLife 2021; Shaw-22,"Shaw-22: BirdLife hasn't lumped with Southern Caracara yet, so summed polygons for both pre-split taxa",2,PIFTC-02; PIFSC-CVS 2022,"DD='moderately vulnerable' BNA supports that greatest threats are to nesting habitat. CA and SA not considered; benefits from disturbance; some capture for trade in central MX, some hunting; some poisoning (MX-NSAC).",2,M-H,2,PIFTC-02; PIFSC-CVS 2022,"DD='relatively tolerant of human land uses' BNA supports this statement outright. CA and SA not mentioned in BNA as to threats; benefits from disturbance; some capture for trade in central MX, some hunting; some poisoning",2,H,2,MX-NSAC,,,,,,,,,,,,,,,,,,,,,7,7,7,,,"b,w",Widespread,Widespread,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1013,Yellow-headed Caracara,Milvago chimachima,landbird,Falconiformes,Falconidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,11226161,NatureServe,,1,11226161,NatureServe,,1,PIF CAW 2014,,,,1,PIF CAW 2014,,,,1,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,5,5,5,,yes,,Neotropical,Neotropical,Open Country: Habitat Mosaic,Grasslands: Tropical,Open Country: Habitat Mosaic,Grasslands: Tropical +1015,American Kestrel,Falco sparverius,landbird,Falconiformes,Falconidae,,1,1,1,1,M,,,2,"PIFcalc19–eBird7017,bbs0615,ona0105",,"9,200,000",9200000,"2,800,000",2800000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,24137348,Natureserve 3.0,,1,19001139,Natureserve 3.0,,3,PIFSC-Dec-08; PIFSC-CVS 2022,"DD= 'pops demsonstrably secure'. BNA supports that rangewide, the species is not under immenent habitat threats. CA/SA not considered; Rosenberg: continued loss of open habitats to development; moderate threats similar to other early successional species.",2,H,2,PIFTC-02; PIFSC-CVS 2022,"DD= 'pops demsonstrably secure'. BNA supports that rangewide, the species is not under immenent habitat threats. CA/SA not considered",2,H,4,"BBS7021-AS,JS",,-44.55715942,-1.148916006,-1.393097997,-0.769999981,1,-12.78597546,-1.358693242,-2.420000076,-0.749701023,1,10,core,0.623098016,3758.5,0.761500001,2860.498047,,,,10,9,10,,,"b,w",Widespread,Widespread,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +1017,Merlin,Falco columbarius,landbird,Falconiformes,Falconidae,,1,1,1,1,M,,,3,"PIFcalc19–rng,bbs0615,nwt9501,ona0105,eBird7017",,"3,200,000",3200000,"1,600,000",1600000,2010.5,"PIFcalc19–bbs0615,nwt9501,ona0105",,1,17706550,Natureserve 3.0,,1,14400758,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,1,"BBS7021-AS,JS",,342.5583496,2.95831871,2.164494991,4.260000229,1,11.41779995,1.082592726,-0.903999984,3.519999981,,10,core,2.095504999,827.5,0.061749998,50.95124817,,,,8,7,8,,yes,,Northern Forest,Widespread,Forests: Boreal,Open Country: Habitat Mosaic,Open Country: Habitat Mosaic, +1019,Aplomado Falcon,Falco femoralis,landbird,Falconiformes,Falconidae,,0,1,1,1,R,,,4,PIFTC-02–PS-g midpoint,,"200,000",200000,<100,100,,PIFSC-16,Closing in on 35 nesting pair so <100 seems better estimate; (M Gustafson),1,11682246,Natureserve 3.0,,1,11688177,Natureserve 3.0,,4,MX-NSAC-07; PIFSC-CVS 2022,"CB-severe pesticide contamination, overgrazing leading to increase in woody,extensive expanses lost to farming, grazing, sugar cane and rice in LA, shooting, extirpation of B-t prairie dogs (BNA-Keddy-Hector); more threatened in north, pops along gulf coast are ok; nest sites are threatened, pesticides (MX-NSAC); extirpated from much of Mexican range; facing extirpation in Chih. Desert; grasslands throughout N. american range face moderate to high threats. conversion to center pivot agriculture in much of northern Mexico breeding range; MG - loss of nest sites due to West Nile impacts on Chihuahuan Raven in TX, habitat loss due to brush encroachment (s. Tx); Suggest TB=4; conversion of savannas to cropland is also threatening the gulf coast population in MX; populations through central America under moderate to high threats; threats score does not include S American pops (AP);",3,M-H,3,PIFTC-02; PIFSC-CVS 2022,CB-resident; no significant threats; grasslands throughout N. American range are moderately to highly threatened; contaminants pose some risk,3,M-H,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,13,12,13,,,,Neotropical,Neotropical,Grasslands: Tropical,Grasslands: Chihuahuan,Grasslands: Tropical,Grasslands: Chihuahuan +1020,Bat Falcon,Falco rufigularis,landbird,Falconiformes,Falconidae,,0,0,1,1,R,,,3,PIFTC-02,,,,,,,,,1,13413590,Natureserve 3.0,,1,13413590,Natureserve 3.0,,3,PIFSC-08,,,,3,PIFSC-08,CB-Mexicans should score; disturbed habitats within forest; pesticides,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1021,Orange-breasted Falcon,Falco deiroleucus,landbird,Falconiformes,Falconidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,2,3258144,Natureserve 3.0,,2,3258144,Natureserve 3.0,,5,MX-NSAC,,,,5,MX-NSAC,requires large tracts of primary forest,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1022,Gyrfalcon,Falco rusticolus,landbird,Falconiformes,Falconidae,Monotypic.,1,1,0,0,M,,,4,"PIFcalc19–rng,nwt9501,bbs0615",,"83,000",83000,"42,000",42000,2010.5,"PIFcalc19–nwt9501,bbs0615",,1,7746930,Natureserve 3.0,,1,16590378,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,Tundra habitat; captive breeding keeps poaching level low.,4,M-L,2,PIFTC-02; PIFSC-CVS 2022,,2,H,4,"CBC7019-AS,JS",,-32.99105453,-0.81370008,-1.51345849,-0.080751359,1,-16.04648399,-0.916338563,-2.655115604,0.591182947,,19,,1.432707071,,,,,,,12,11,12,,,,Arctic,Nearctic,Tundra: Arctic,,Open Country: Habitat Mosaic, +1023,Peregrine Falcon,Falco peregrinus,landbird,Falconiformes,Falconidae,,1,1,1,1,M,,,4,BirdLife International 2018,,"340,000",340000,">72,000",72000,,"Franke 2016, Green 2012, BNA White et al. 2002","(1) territory counts from USFWS for the lower 48 and Mexico for ssp. anatum averaged over 2003, 2006, 2009, 2012 + (2) an estimate of 15,000 breeding pairs for all subspecies from Franke 2016 for AK N of 60.8 N latitude, Canada N of 54.8 N latitude + (3) BNA estimate of 850-1,000 nesting pairs of ssp. pealei) x 2 breeding adults/pair x 2 total adults/breeding adult assumption in Franke 2016 (i.e. a 50% chance of breeding/adult/year)",1,25941633,Natureserve 3.0,,1,75340240,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"should be at least 3 due to sensitivity at natural nest sites, CB- recreation at some locales, pesticides (Glinski); falconry taking.; Beardmore: not protected by ESA now.",2,H,3,PIFTC-02; PIFSC-CVS 2022,"CB-pesticides from wintering prey, to a great extent popn. Increase is a result of intense efforts (Glinski)",2,H,1,COSEWIC 2017,"Panjabi 2019: BBS population likely increasing more than the majority of population, but CBC misses northern migrants wintering in Latin America (probably most of pop). Shaw 2020: Both BBS (annual trend 5.669%) and CBC (annual trend 2.7786%) support PT = 1 but COSEWIC 2017 was selected as the only data source with adequate coverage of northern populations. The majority of the population breeds in the north (Franke 2016), and the expanded BBS coverage area does not capture much of this population. Gahbauer 2020: the vast majority of birds within the BBS coverage area are in urban centres where there are no BBS routes, so BBS was discarded as a viable option for monitoring trends. Trends were instead derived from evaluation of the 5-year population surveys across the country (2010 and 2015 national survey results are being written up for publication), with CBC used as corroboration. The Canadian pealei population is quite small (likely <500); it has been steadily increasing too, vs. the 2013 citation in the COSEWIC report indicated a “stable†population for Alaska, so perhaps the overall trend for pealei is more of a 2, compared to a 1 for anatum/tundrius?.",,,,,,,,,,,,,,,,,,,,9,9,9,,yes,,Widespread,Widespread,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic, +1024,Prairie Falcon,Falco mexicanus,landbird,Falconiformes,Falconidae,Monotypic.,1,1,1,0,M,,,4,"PIFcalc19–bbs0615,eBird7017",,"110,000",110000,"98,000",98000,2010.5,PIFcalc19–bbs0615,,2,3793485,Natureserve 3.0,,1,4400829,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"probably not highly threatened at natural sites; CB-contaminants, more sensitive than PEFA to DDE, # of nest sites finite, large scale neg affects on prey, poisoning of ground squirrels, increased fire, increased exotic veg. species (BNA), Birds of Prey N.",2,H,3,PIFTC-02; PIFSC-CVS 2022,,2,M-H,1,"BBS7021-AS,JS",,61.48150635,0.944238961,0.365999997,1.399999976,1,7.927848816,0.509919405,-1.149999976,1.509595037,,15,core,1.034000039,630,0.076250002,48.04375076,,,,10,9,10,,,w,Western Temperate,Western Temperate,Open Country: Habitat Mosaic,Aridlands: Desert Scrub,Open Country: Habitat Mosaic,Grasslands: Temperate +1025,Painted Parakeet,Pyrrhura picta,landbird,Psittaciformes,Psittacidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,2,3987705,NatureServe,,2,3987705,NatureServe,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List/Tipping Point Red,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1026,Sulphur-winged Parakeet,Pyrrhura hoffmanni,landbird,Psittaciformes,Psittacidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,8033,NatureServe,,5,8033,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1027,Monk Parakeet,Myiopsitta monachus,landbird,Psittaciformes,Psittacidae,,0,1,0,0,R,1,,2,PIFTC–PS-g midpoint,"5.7 million would be the global extrapolation of BBS-15 using eBird, but US/Canada estimated to be just 1-3% of global pop, so not appropriate to base extrapolation on such a small proportion of the pop (PIFSC-18).","20,000,000",20000000,"59,000",59000,2010.5,PIFcalc19–bbs0615,,2,2913452,Natureserve 3.0,,2,2913452,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,3,M-H,2,PIFTC-02; PIFSC-CVS 2022,,3,H,1,CBC7019-AS,,219234.6406,17,14.60000038,19.39999962,1,231.2800446,7.300000191,2.299999952,12.5,1,17,,4.800000191,,,,,,,7,7,7,,yes,,Introduced,Introduced,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +1029,Olive-throated Parakeet,Eupsittula nana,landbird,Psittaciformes,Psittacidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,540825,Natureserve 3.0,,3,540825,Natureserve 3.0,,3,PIFTC-02,,,,3,PIFSC-08,habitat loss,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1030,Orange-fronted Parakeet,Eupsittula canicularis,landbird,Psittaciformes,Psittacidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,4,269782,Natureserve 3.0,,4,269782,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,habitat loss,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1031,Brown-throated Parakeet,Eupsittula pertinax,landbird,Psittaciformes,Psittacidae,,0,0,0,1,R,,,2,PIF CAW 2016,"found across northern south america, northern colombia, noerthern venezuela, Guyanas, northeastern Brazil, aruba, etc. (CAW);",,,,,,,,2,1661815,NatureServe,,2,1661815,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,8,8,8,,,,South American Lowlands,South American Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1033,Blue-and-yellow Macaw,Ara ararauna,landbird,Psittaciformes,Psittacidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,1,7804572,NatureServe,,1,7804572,NatureServe,,5,PIF CAW 2014,trafica; pérdida de hábitat,,,4,PIF CAW 2014,pérdida de hábitat,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,13,14,Watch List/Tipping Point Orange,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1034,Chestnut-fronted Macaw,Ara severus,landbird,Psittaciformes,Psittacidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,5787520,NatureServe,,1,5787520,NatureServe,,5,PIF CAW 2014,trafica; pérdida de hábitat,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,11,12,,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1036,Scarlet Macaw,Ara macao,landbird,Psittaciformes,Psittacidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,1,6738139,Natureserve 3.0,,1,6738139,Natureserve 3.0,Amazonian range looks generous,5,MX-NSAC,,,,5,MX-NSAC,"habitat loss, capture for trade",,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List/Tipping Point Orange,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1037,Red-and-green Macaw,Ara chloropterus,landbird,Psittaciformes,Psittacidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,1,8100835,NatureServe,,1,8100835,NatureServe,,5,PIF CAW 2014,trafica; pérdida de hábitat,,,4,PIF CAW 2014,pérdida de hábitat,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,14,15,Watch List/Tipping Point Orange,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1038,Military Macaw,Ara militaris,landbird,Psittaciformes,Psittacidae,,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,3,668767,Natureserve 3.0,,3,668767,Natureserve 3.0,long narrow range,5,MX-NSAC,,,,4,MX-NSAC,"habitat loss, capture for trade",,,5,MX-NSAC-12,"In Central America, largely restricted to Mexico; 7 of 8 regions in MX score PT=5",,,,,,,,,,,,,,,,,,,,18,17,18,Watch List/Tipping Point Red,,,Neotropical,Neotropical,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +1039,Great Green Macaw,Ara ambiguus,landbird,Psittaciformes,Psittacidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,4,166142,NatureServe,,4,166142,NatureServe,,5,PIF CAW 2014,trafica; pérdida de hábitat,,,4,PIF CAW 2014,pérdida de hábitat,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,19,18,19,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1049,Maroon-fronted Parrot,Rhynchopsitta terrisi,landbird,Psittaciformes,Psittacidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,35817,Natureserve 3.0,,5,35817,Natureserve 3.0,,5,MX-NSAC,,,,5,MX-NSAC,"habitat loss, capture for trade",,,4,MX-NSAC-12,"Tec de Monterrey data show apparently stable population recently, but consensus among researchers is population was larger historically (R. Valdes, pers. comm.m.); Estamos de acuerdo con PT=3",,,,,,,,,,,,,,,,,,,,19,19,19,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +1050,Barred Parakeet,Bolborhynchus lineola,landbird,Psittaciformes,Psittacidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,4,250873,Natureserve 3.0,,4,250873,Natureserve 3.0,long narrow range,4,MX-NSAC,,,,3,MX-NSAC,habitat loss,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,15,16,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1051,Mexican Parrotlet,Forpus cyanopygius,landbird,Psittaciformes,Psittacidae,,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,4,115694,Natureserve 3.0,,4,115694,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,habitat loss,,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1053,Spectacled Parrotlet,Forpus conspicillatus,landbird,Psittaciformes,Psittacidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,3,304179,NatureServe,,3,304179,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1054,Orange-chinned Parakeet,Brotogeris jugularis,landbird,Psittaciformes,Psittacidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,781335,Natureserve 3.0,,3,781335,Natureserve 3.0,good-sized S.Am. Range,3,MX-NSAC,,,,3,MX-NSAC,"some capture for trade, benefits from human activity in C.A., but not in MX",,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1057,Red-fronted Parrotlet,Touit costaricensis,landbird,Psittaciformes,Psittacidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,17259,NatureServe,,5,17259,NatureServe,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1058,Blue-fronted Parrotlet,Touit dilectissimus,landbird,Psittaciformes,Psittacidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,very uncommon within range (CAW);,,,,,,,,4,130171,NatureServe,,4,130171,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List/Tipping Point Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1059,Brown-hooded Parrot,Pyrilia haematotis,landbird,Psittaciformes,Psittacidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,3,429519,Natureserve 3.0,,3,429519,Natureserve 3.0,range looks too long for a 5,4,MX-NSAC,,,,4,MX-NSAC,"capture for trade, habitat loss",,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1060,Saffron-headed Parrot,Pyrilia pyrilia,landbird,Psittaciformes,Psittacidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,4,200410,NatureServe,,4,200410,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List/Tipping Point Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1061,Blue-headed Parrot,Pionus menstruus,landbird,Psittaciformes,Psittacidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,8290148,NatureServe,,1,8290148,NatureServe,,2,PIF CAW 2014,no está afectado por la captura,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,7,7,7,,yes,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1062,White-crowned Parrot,Pionus senilis,landbird,Psittaciformes,Psittacidae,Monotypic.,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,459574,Natureserve 3.0,,3,459574,Natureserve 3.0,range similar in size to Br-hooded,3,MX-NSAC,,,,3,MX-NSAC,"capture for trade, habitat loss",,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1063,White-fronted Parrot,Amazona albifrons,landbird,Psittaciformes,Psittacidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,544459,Natureserve 3.0,,3,544459,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,"capture for trade, habitat loss",,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1064,Yellow-lored Parrot,Amazona xantholora,landbird,Psittaciformes,Psittacidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,4,130865,Natureserve 3.0,,4,130865,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,,,3,MX-NSAC,"capture for trade, habitat loss",,,4,PIF CAW 2014,nearly all parrots in Mexico and Central America have declined significantly,,,,,,,,,,,,,,,,,,,,17,16,17,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1070,Red-crowned Parrot,Amazona viridigenalis,landbird,Psittaciformes,Psittacidae,Monotypic.,0,1,1,0,R,,,5,PIFTC-03,"based on BNA Enkerlin/Hogan 97, Dunn et al 99 Birding, Macias et al in prep",,,"<1,500",1500,,PIFSC-16,don't know how to treat urban populations?,5,7900,BirdLife,BirdLife suggests a 90% reduction in range from that mapped in Howell & Webb and Natureserve; range estimate based on BirdLife,5,7900,BirdLife,BirdLife suggests a 90% reduction in range from that mapped in Howell & Webb and Natureserve; range estimate based on BirdLife,5,PIFTC-02; PIFSC-CVS 2022,"Only a 5 if restricted to borderland populations (CH); MX say nearly gone; capture for trade (MX-NSAC). MG - Threats include habitat loss, capture for trade, nest destruction for trade. Nest destruction and capture in USA as well as Mexico; No protection under MBTA in USA",3,H,5,PIFTC-02; PIFSC-CVS 2022,capture for trade,3,M-H,5,MX-NSAC,,,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1071,Lilac-crowned Parrot,Amazona finschi,landbird,Psittaciformes,Psittacidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,4,194417,Natureserve 3.0,,4,194417,Natureserve 3.0,,5,MX-NSAC,global score should reflect majority of regional experts' opinion -- only one region (SEPL) scored as 4.,,,5,MX-NSAC,capture for trade,,,5,MX-NSAC,major decline due to capture for pet trade,,,,,,,,,,,,,,,,,,,,19,19,19,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1072,Red-lored Parrot,Amazona autumnalis,landbird,Psittaciformes,Psittacidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,856942,Natureserve 3.0,,3,856942,Natureserve 3.0,NS shows tiny range in S.Am.,4,MX-NSAC,global score should reflect regional experts' opinion.,,,3,MX-NSAC,"capture for trade, habitat loss",,,4,PIF CAW 2014,"MX endemic, found in 3 regions, regional experts all scored 4",,,,,,,,,,,,,,,,,,,,14,13,14,Watch List Yellow,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1073,Mealy Parrot,Amazona farinosa,landbird,Psittaciformes,Psittacidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,1,7180018,Natureserve 3.0,,1,7180018,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,"primary forest, capture for trade",,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,Watch List/Tipping Point Yellow,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1074,Yellow-headed Parrot,Amazona oratrix,landbird,Psittaciformes,Psittacidae,,0,0,1,1,R,,,5,Gomez-Panjabi,"probably less than 50,000 birds remaining; split from south american pops; split supported by AOU",,,,,,,,5,70977,PIFSC-08,extirpated from most (~80%) of range in Mexico; split fr Y-cr by AOU,5,70977,PIFSC-08,extirpated from most (~80%) of range in Mexico; split fr Y-cr by AOUKen comment: extirpated from most (~80%) of range in Mexico; split fr Y-cr by AOU,5,PIFSC-08,,,,5,PIFSC-08,"extirpated from some regions, habitat loss, captured for trade",,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1075,Yellow-naped Parrot,Amazona auropalliata,landbird,Psittaciformes,Psittacidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,4,91187,Natureserve 3.0,,4,91187,Natureserve 3.0,,5,MX-NSAC,,,,5,MX-NSAC,"extirpated from some regions, habitat loss, captured for trade",,,5,PIF CAW 2014,extensive capture for pet trade has resulted in a major decline; regional experts score PT=5 in SEPL,,,,,,,,,,,,,,,,,,,,19,19,19,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1076,Yellow-crowned Parrot,Amazona ochrocephala,landbird,Psittaciformes,Psittacidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,1,6649161,NatureServe,,1,6649161,NatureServe,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List/Tipping Point Orange,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1083,Sapayoa,Sapayoa aenigma,landbird,Passeriformes,Sapayoidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,4,102872,NatureServe,,4,102872,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1084,Lance-tailed Manakin,Chiroxiphia lanceolata,landbird,Passeriformes,Pipridae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,413251,NatureServe,,3,413251,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1085,Long-tailed Manakin,Chiroxiphia linearis,landbird,Passeriformes,Pipridae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,4,91922,Natureserve 3.0,,4,91922,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1086,White-ruffed Manakin,Corapipo altera,landbird,Passeriformes,Pipridae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,178018,NatureServe,,4,178018,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List/Tipping Point Red,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1087,Green Manakin,Cryptopipo holochlora,landbird,Passeriformes,Pipridae,Formerly placed in the genus Xenopipo.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,479439,NatureServe,,3,479439,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1088,Blue-crowned Manakin,Lepidothrix coronata,landbird,Passeriformes,Pipridae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,2,3233721,NatureServe,,2,3233721,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1089,White-collared Manakin,Manacus candei,landbird,Passeriformes,Pipridae,Monotypic.,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,4,284499,Natureserve 3.0,,4,284499,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1090,Orange-collared Manakin,Manacus aurantiacus,landbird,Passeriformes,Pipridae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,29728,NatureServe,,5,29728,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1091,Golden-collared Manakin,Manacus vitellinus,landbird,Passeriformes,Pipridae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,118630,NatureServe,,4,118630,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1092,White-crowned Manakin,Pseudopipra pipra,landbird,Passeriformes,Pipridae,Formerly placed in the genus Dixiphia.,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,4970351,NatureServe,,1,4970351,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1093,Red-capped Manakin,Ceratopipra mentalis,landbird,Passeriformes,Pipridae,Formerly placed in the genus Pipra.,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,547193,Natureserve 3.0,,3,547193,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,humid evergreen and semi-deciduous forest,,,5,PIF CAW 2014,Restricted to humid lowland and foothills forest within C.A. range; loss of such forests has been extensive in C.A.,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List/Tipping Point Red,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1094,Golden-headed Manakin,Ceratopipra erythrocephala,landbird,Passeriformes,Pipridae,Formerly placed in the genus Pipra.,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,2,3466663,NatureServe,,2,3466663,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1095,Purple-throated Fruitcrow,Querula purpurata,landbird,Passeriformes,Cotingidae,Monotypic.,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,5657536,NatureServe,,1,5657536,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1096,Bare-necked Umbrellabird,Cephalopterus glabricollis,landbird,Passeriformes,Cotingidae,Monotypic.,0,0,0,1,M,,,5,PIF CAW 2016,,,,,,,,,5,9295,NatureServe,,5,17878,NatureServe,,3,PIF CAW 2014,,,,5,PIF CAW 2014,su rango no reproductiva ha disminuido bastante,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,19,19,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1097,Lovely Cotinga,Cotinga amabilis,landbird,Passeriformes,Cotingidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,4,298751,Natureserve 3.0,,4,298751,Natureserve 3.0,,5,MX-NSAC,,,,5,MX-NSAC,primary forest,,,5,PIF CAW 2014,C.A. endemic; loss of humid lowland forest in rest of C.A. is similar to Mexico,,,,,,,,,,,,,,,,,,,,19,19,19,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1098,Turquoise Cotinga,Cotinga ridgwayi,landbird,Passeriformes,Cotingidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,11175,NatureServe,,5,11175,NatureServe,,4,PIF CAW 2014,,,,5,PIF CAW 2014,por su migración altitudinal,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,19,20,20,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1099,Blue Cotinga,Cotinga nattererii,landbird,Passeriformes,Cotingidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,175677,NatureServe,,4,175677,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1100,Rufous Piha,Lipaugus unirufus,landbird,Passeriformes,Cotingidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,462935,Natureserve 3.0,,3,462935,Natureserve 3.0,NS map ok,4,MX-NSAC,,,,4,MX-NSAC,primary forest,,,4,PIF CAW 2014,Restricted to humid lowland and foothills forest within C.A. range; loss of such forests has been extensive in C.A.,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1101,Three-wattled Bellbird,Procnias tricarunculatus,landbird,Passeriformes,Cotingidae,Monotypic.,0,0,0,1,M,,,5,PIF CAW 2016,,,,,,,,,5,7161,NatureServe,,4,132881,NatureServe,,4,PIF CAW 2014,"las áreas protegidas donde anida no están bien protegidas en Nicaraguañ, tambien una preocupacion alta de la disponibilidad de frutos",,,5,PIF CAW 2014,por su migración altitudinal,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,19,19,19,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1102,Black-tipped Cotinga,Carpodectes hopkei,landbird,Passeriformes,Cotingidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,4,95641,NatureServe,,4,95641,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1103,Yellow-billed Cotinga,Carpodectes antoniae,landbird,Passeriformes,Cotingidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,6481,NatureServe,,5,6481,NatureServe,,5,PIF CAW 2014,require ecotono de bosque/manglar,,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Coasts: Mangroves,Forests: Tropical Lowland Evergreen,Coasts: Mangroves,Forests: Tropical Lowland Evergreen +1104,Snowy Cotinga,Carpodectes nitidus,landbird,Passeriformes,Cotingidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,4,103375,NatureServe,,4,103375,NatureServe,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,19,19,19,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1105,Northern Schiffornis,Schiffornis veraepacis,landbird,Passeriformes,Tityridae,Formerly treated as conspecific with Schiffornis turdina.,0,0,1,1,R,,,4,PIF CAW 2016,,,,,,,,,3,549033,BirdLife 2021,,3,549033,BirdLife 2021,,4,PIF CAW 2016,,,,4,PIF CAW 2016,primary forest,,,4,PIF CAW 2014,Restricted to humid evergreen lowland forests within C.A. range; loss of such forests has been extensive in C.A.; MX regional experts score PT=5 in SECL,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1106,Russet-winged Schiffornis,Schiffornis stenorhyncha,landbird,Passeriformes,Tityridae,Formerly treated as conspecific with Schiffornis turdina.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,3,453862,BirdLife 2021,,3,453862,BirdLife 2021,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,5,PIF CAW 2014,por la perdida de bosque humedo,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List/Tipping Point Orange,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1107,Speckled Mourner,Laniocera rufescens,landbird,Passeriformes,Tityridae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,3,394493,Natureserve 3.0,,3,394493,Natureserve 3.0,NS map ok,4,MX-NSAC,,,,4,MX-NSAC,primary forest,,,5,PIF CAW 2014,Restricted to humid evergreen forests within C.A. range; loss of such forests has been extensive in C.A.; MX regional experts score PT=5 in SECL,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1108,Masked Tityra,Tityra semifasciata,landbird,Passeriformes,Tityridae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,1,5880886,Natureserve 3.0,,1,5880886,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,"requires forest, but uses edge, plantations, etc.",,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,9,9,9,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +1109,Black-crowned Tityra,Tityra inquisitor,landbird,Passeriformes,Tityridae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,1,11223585,Natureserve 3.0,,1,11223585,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1110,Barred Becard,Pachyramphus versicolor,landbird,Passeriformes,Tityridae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,303415,NatureServe,,3,303415,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1111,Cinereous Becard,Pachyramphus rufus,landbird,Passeriformes,Tityridae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,2,3912599,NatureServe,,2,3912599,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1112,Cinnamon Becard,Pachyramphus cinnamomeus,landbird,Passeriformes,Tityridae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,700723,Natureserve 3.0,,3,700723,Natureserve 3.0,NS map ok,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss,,,4,PIF CAW 2014,"In Panama, 'fairly common but local in woodland and forest borders and clearings with scattered trees' and 'favors trees in partly cleared areas' (Ridgely and Tudor 1989).; In Panama, 'fairly common but local in woodland and forest borders and clearings with scattered trees' and 'favors trees in partly cleared areas' (Ridgely and Tudor 1989).",,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1113,White-winged Becard,Pachyramphus polychopterus,landbird,Passeriformes,Tityridae,,0,0,1,1,M,,,2,Gomez-Panjabi,,,,,,,,,1,13953182,Natureserve 3.0,,1,13953182,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,9,9,9,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1114,Black-and-white Becard,Pachyramphus albogriseus,landbird,Passeriformes,Tityridae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,341488,NatureServe,,3,341488,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1115,Gray-collared Becard,Pachyramphus major,landbird,Passeriformes,Tityridae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,554518,Natureserve 3.0,,3,554518,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry +1116,Rose-throated Becard,Pachyramphus aglaiae,landbird,Passeriformes,Tityridae,,0,1,1,1,M,,,3,PIFTC-02–PS-g midpoint,,"2,000,000",2000000,<50,50,,PIFSC-16,guestimate based on eBird distribution,2,1317811,Natureserve 3.0,,2,1170436,Natureserve 3.0,,3,PIFTC-02,,,,3,PIFTC-02,"requires forest, but uses edge, plantations, etc.",,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Mesoamerica,Mesoamerica,Forests: Tropical Dry,,Forests: Tropical Dry, +1117,One-colored Becard,Pachyramphus homochrous,landbird,Passeriformes,Tityridae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,3,369258,NatureServe,,3,369258,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1119,Sharpbill,Oxyruncus cristatus,landbird,Passeriformes,Oxyruncidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,2,1838694,NatureServe,,2,1838694,NatureServe,,3,PIF CAW 2014,"movimientos no están bien ententidos, pero parece que tiene varios requesitos que los provoque",,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1120,Royal Flycatcher,Onychorhynchus coronatus,landbird,Passeriformes,Onychorhynchidae,,0,0,1,1,R,,,4,PIF CAW 2016,Centro américa y sur de méxico (CAW); score change from 3 to 4 recommended by Central Americans in 2016,,,,,,,,1,6940574,Natureserve 3.0,,1,6940574,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,severe habitat loss; uses primary forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1121,Ruddy-tailed Flycatcher,Terenotriccus erythrurus,landbird,Passeriformes,Onychorhynchidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,1,7517165,Natureserve 3.0,,1,7517165,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,severe habitat loss; uses primary forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1122,Tawny-breasted Flycatcher,Myiobius villosus,landbird,Passeriformes,Onychorhynchidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,271950,NatureServe,,4,271950,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1123,Sulphur-rumped Flycatcher,Myiobius sulphureipygius,landbird,Passeriformes,Onychorhynchidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,637171,Natureserve 3.0,,3,637171,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,severe habitat loss; uses primary forest,,,5,PIF CAW 2014,restricted to humid evergreen and semi-evergreen forest in lowlands; loss of such forest has been extensive in C.A.; regional experts score PT=5 in SECL,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List/Tipping Point Red,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1124,Black-tailed Flycatcher,Myiobius atricaudus,landbird,Passeriformes,Onychorhynchidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,1,4908559,NatureServe,,1,4908559,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1125,Gray-headed Piprites,Piprites griseiceps,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,4,120251,NatureServe,,4,120251,NatureServe,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,19,19,19,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1126,Stub-tailed Spadebill,Platyrinchus cancrominus,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,445285,Natureserve 3.0,,3,445285,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,forest interior,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1127,White-throated Spadebill,Platyrinchus mystaceus,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,5786394,NatureServe,,1,5786394,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,,,South American Lowlands,South American Lowlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1128,Golden-crowned Spadebill,Platyrinchus coronatus,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,5199949,NatureServe,,1,5199949,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,Common Bird in Steep Decline,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1129,Olive-striped Flycatcher,Mionectes olivaceus,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,746044,NatureServe,,3,746044,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1130,Ochre-bellied Flycatcher,Mionectes oleagineus,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,2,PIF CAW 2016,score change from 3 to 2 recommended by Central Americans in 2016,,,,,,,,1,8952753,Natureserve 3.0,,1,8952753,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,"uses forest and edge in C.A.; in MX, uses interior forest",,,4,PIF CAW 2014,"although primarily a forest-species, it also occupies a second growth, forest edges, adjacent clearings, shade coffee plantations and gardens (Howell and Webb, Ridgely and Tudor, Garrigues and Dean).",,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1131,Sepia-capped Flycatcher,Leptopogon amaurocephalus,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,1,8085228,Natureserve 3.0,,1,8085228,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,severe habitat loss; uses primary forest,,,5,PIF CAW 2014,Restricted to humid forests within C.A. range; loss of such forests has been extensive in C.A.; MX regional experts score PT=5 in SECL,,,,,,,,,,,,,,,,,,,,13,13,13,Watch List/Tipping Point Yellow,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1132,Slaty-capped Flycatcher,Leptopogon superciliaris,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,3,617865,NatureServe,,3,617865,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1133,Yellow-green Tyrannulet,Phylloscartes flavovirens,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,17326,NatureServe,,5,17326,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1134,Rufous-browed Tyrannulet,Phylloscartes superciliaris,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,4,PIF CAW 2016,Map is wrong; occurs east side of Andes down to northern Peru; increased range by 300% (CAW);,,,,,,,,5,47247,NatureServe,,5,15749,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1135,Bronze-olive Pygmy-Tyrant,Pseudotriccus pelzelni,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,116299,NatureServe,,4,116299,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1136,Black-capped Pygmy-Tyrant,Myiornis atricapillus,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,183171,NatureServe,,4,183171,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1137,Scale-crested Pygmy-Tyrant,Lophotriccus pileatus,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,471778,NatureServe,,3,471778,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1138,Pale-eyed Pygmy-Tyrant,Lophotriccus pilaris,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,815689,NatureServe,,3,815689,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,South American Lowlands,South American Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1139,Northern Bentbill,Oncostoma cinereigulare,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,584179,Natureserve 3.0,,3,584179,Natureserve 3.0,,3,MX-NSAC,"humid to semi-humid forests and woodlands. regions score as 3 and 4, global score of 3 seems more appropriate.",,,3,MX-NSAC,probably not threatened,,,4,PIF CAW 2014,C.A. endemic; forest-dependent; loss of lowland forest in rest of C.A. is similar to Mexico,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1140,Southern Bentbill,Oncostoma olivaceum,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,226170,NatureServe,,4,226170,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1141,Slate-headed Tody-Flycatcher,Poecilotriccus sylvia,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,2,1913020,Natureserve 3.0,,2,1913020,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,"uses second-growth, clearings",,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1142,Common Tody-Flycatcher,Todirostrum cinereum,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,1,8090504,Natureserve 3.0,,1,8090504,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,"uses second-growth, clearings",,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,7,7,7,,yes,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1143,Black-headed Tody-Flycatcher,Todirostrum nigriceps,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,400457,NatureServe,,3,400457,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List/Tipping Point Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1144,Brownish Twistwing,Cnipodectes subbrunneus,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,2,1957696,NatureServe,,2,1957696,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1145,Eye-ringed Flatbill,Rhynchocyclus brevirostris,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,579420,Natureserve 3.0,,3,579420,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,moderate habitat loss,,,4,PIF CAW 2014,"humid-forest specialist that has likely declined with loss of this habitat throughout Central America; Some populations have undergo undetected along the Sierra Madre Oriental (Rojas-Soto et al. 2002, Sanchez-Gonzalez y Lopez de Aquino 2006)",,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1146,Olivaceous Flatbill,Rhynchocyclus olivaceus,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,1,5707294,NatureServe,,1,5707294,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1147,Yellow-olive Flycatcher,Tolmomyias sulphurescens,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,1,12488612,Natureserve 3.0,,1,12488612,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance,,,4,PIF CAW 2014,"mostly forest-dependent, and as such as probably declined due to widespread deforestation; regional experts score PT=4 in SECL and SEPL",,,,,,,,,,,,,,,,,,,,9,9,9,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1148,Yellow-margined Flycatcher,Tolmomyias assimilis,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,2,PIF CAW 2016,probably will be split in future (CAW),,,,,,,,1,6098440,NatureServe,,1,6098440,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,9,9,9,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1150,Yellow-bellied Tyrannulet,Ornithion semiflavum,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,Están en selvas humedas y presionadas (CAW);,,,,,,,,4,257003,Natureserve 3.0,,4,257003,Natureserve 3.0,,3,MX-NSAC,TB=3 probably more appropriate given use of edge and disturbed areas.,,,3,MX-NSAC,severe habitat loss; uses primary forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1151,Brown-capped Tyrannulet,Ornithion brunneicapillus,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,282186,NatureServe,,4,282186,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1152,Northern Beardless-Tyrannulet,Camptostoma imberbe,landbird,Passeriformes,Tyrannidae,,0,1,1,1,M,,,3,Gomez-Panjabi–PS-g midpoint,"US/Can BBS-15 estimate of 24,000 is too high, probably because BBS routes follow their riparian habitat, biasing the results, so don't use that nor the eBird extrapolation of BBS to get 260,000 globally (PIFSC-18).","2,000,000",2000000,"<10,000",10000,,PIFSC-16,,2,1452715,Natureserve 3.0,,2,1334055,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,"primarily dependent on native habitat -- tropical dry forest and riparian; check Mexican scores (KVR); uses broader range of habitats, including disturbed areas/tree rows in pasturelands, etc; defer to MX, which scored TB=2",2,M-H,2,PIFTC-02; PIFSC-CVS 2022,tolerant of disturbance,2,H,3,MX-NSAC 2008,overall unknown trend across C.A.,,,,,,,,,,,,,,,,,,,,10,10,10,,,,Mesoamerica,Mesoamerica,Forests: Tropical Dry,Aridlands: Desert Riparian,Forests: Tropical Dry,Aridlands: Desert Scrub +1153,Southern Beardless-Tyrannulet,Camptostoma obsoletum,landbird,Passeriformes,Tyrannidae,,0,0,0,1,M,,,1,PIF CAW 2016,,,,,,,,,1,14466343,NatureServe,,1,14466343,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,6,6,6,,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1154,Cocos Flycatcher,Nesotriccus ridgwayi,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,24,NatureServe,,5,24,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +1155,Mouse-colored Tyrannulet,Nesotriccus murinus,landbird,Passeriformes,Tyrannidae,Formerly included in the genus Phaeomyias as Phaeomyias murina.,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,10980139,NatureServe,,1,10980139,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,7,7,7,,,,Neotropical,Neotropical,Aridlands: Tropical Arid Scrub,,Aridlands: Tropical Arid Scrub, +1156,Yellow Tyrannulet,Capsiempis flaveola,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,5524315,NatureServe,,1,5524315,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,8,8,8,,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1157,Yellow-crowned Tyrannulet,Tyrannulus elatus,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,1,PIF CAW 2016,,,,,,,,,1,6424790,NatureServe,,1,6424790,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,6,6,6,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1158,Forest Elaenia,Myiopagis gaimardii,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,8680521,NatureServe,,1,8680521,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,9,9,9,,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1159,Gray Elaenia,Myiopagis caniceps,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,1,7081030,NatureServe,,1,7081030,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1161,Greenish Elaenia,Myiopagis viridicata,landbird,Passeriformes,Tyrannidae,,0,0,1,1,M,,,3,Gomez-Panjabi,,,,,,,,,1,7307741,Natureserve 3.0,,1,7307741,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,primarily forest,,,4,PIF CAW 2014,MX represents roughly 50% of species range in C.A.; all regions score PT=4,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +1162,Caribbean Elaenia,Elaenia martinica,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,3,Hunter 2009,"very common on 3 Cayman Islands, common in lesser antilles, common along Yucatan coast (could be PS=3?)",,,,,,,,5,27050,Natureserve 3.0,"found mainly in the lesser antilles, also Cayman islands and islands off belize and yucatan peninsula; still BD=5 even though 200-km rule no longer applies",5,27050,Natureserve 3.0,still ND=5 even though 200-km rule no longer applies,3,MX-NSAC,,,,3,MX-NSAC,forest and edge,,,3,PIF CAW 2014,"Rafaelle et al describe this species as generally widespread and common in Caribbean, occupying woodlands, scrub and forest -- PIF assessment of Caribbean endemics done by USFWS indicates PT=2. unless there is evidence to suggest a decline in the Caribbean",,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Caribbean,Caribbean,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1163,Yellow-bellied Elaenia,Elaenia flavogaster,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,1,10304086,Natureserve 3.0,,1,10304086,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,7,7,7,,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1166,Lesser Elaenia,Elaenia chiriquensis,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,7208422,BirdLife 2019,,1,7208422,BirdLife 2019,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,7,7,7,,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1167,Mountain Elaenia,Elaenia frantzii,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,260535,NatureServe,,4,260535,NatureServe,,3,PIF CAW 2014,en la parte sur de su rango no está tan amenazada; en Honduras y El Salvador la mayoria de su hábitat está protegida; en Guatemala la tala selectiva está cambiando los bosques a puro pino,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1169,Torrent Tyrannulet,Serpophaga cinerea,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,539616,NatureServe,,3,539616,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Central and South American Highlands,Central and South American Highlands,Wetlands: Lakes and Rivers,Forests: Tropical Montane Evergreen,Wetlands: Lakes and Rivers,Forests: Tropical Montane Evergreen +1170,Rough-legged Tyrannulet,Phyllomyias burmeisteri,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,costa rica/panama population is probably a separate species; for now scored as a single species (CAW),,,,,,,,3,854748,NatureServe,,3,854748,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1172,Guatemalan Tyrannulet,Zimmerius vilissimus,landbird,Passeriformes,Tyrannidae,Formerly considered conspecific with Zimmerius parvus and extralimital Z. improbus and Z. petersi.,0,0,1,1,R,,,3,Gomez-Panjabi; BirdLife 2021; Shaw-22,"Shaw-22: Multiplied geometric mean (2 million) of pop range for Paltry Tyrannulet's PS-g score of 2 by the % of Paltry Tyrannulet's range that BirdLife shapefile has assigned to Guatemalan Tyrannulet, yielding a crude pop estimate just over 500,000",,,,,,,,5,79101,BirdLife 2021,,5,79101,BirdLife 2021,,3,PIF CAW 2015; Mexican Regional Assessment 2005; Shaw-22,"Shaw-22: averaged regional scores for MXCL, SCPL, SEMH, Guatemala, Belize, El Salvador assigned to Paltry Tyrannulet pre-split",,,3,PIF CAW 2015; Shaw-22,"Tolerant of disturbance. Shaw-22: averaged TN-r for Guatemala, Belize, El Salvador and TB-r for MXCL, SCPL, SEMH (Mexican regions not scored for TN-r, and scores should be similar between seasons since residents) assigned to Paltry Tyrannulet pre-split",,,4,Mexican Regional Assessment 2005; PIF CAW 2014; Shaw-22,"Shaw-22: averaged regional scores for MXCL, SCPL, SEMH, Guatemala, Belize, El Salvador assigned to Paltry Tyrannulet pre-split",,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,"b,w",Mesoamerican,Mesoamerican,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen +1173,Mistletoe Tyrannulet,Zimmerius parvus,landbird,Passeriformes,Tyrannidae,Formerly considered conspecific with Zimmerius villisimus and extralimital Z. improbus and Z. petersi.,0,0,0,1,R,,,3,Gomez-Panjabi; BirdLife 2021; Shaw-22,"Shaw-22: Multiplied geometric mean (2 million) of pop range for Paltry Tyrannulet's PS-g score of 2 by the % of Paltry Tyrannulet's range that BirdLife has assigned to Mistletoe Tyrannulet, yielding a crude pop estimate of 1.5 million",,,,,,,,4,223529,BirdLife 2021,,4,223529,BirdLife 2021,,2,PIF CAW 2015; Shaw-22,"Uses second growth, edges, gardens, plantations, and even full-sun coffee plantations in Panama and Costa Rica. Shaw-22: averaged regional scores for Honduras, Nicaragua, Costa Rica, Panama assigned to Paltry Tyrannulet pre-split",,,2,PIF CAW 2015; Shaw-22,"Shaw-22: averaged regional scores for Honduras, Nicaragua, Costa Rica, Panama assigned to Paltry Tyrannulet pre-split",,,3,PIF CAW 2015; Shaw-22,"Shaw-22: averaged regional scores for Honduras, Nicaragua, Costa Rica, Panama assigned to Paltry Tyrannulet pre-split",,,,,,,,,,,,,,,,,,,,12,12,12,,,"b,w",Mesoamerican,Mesoamerican,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen +1174,Bright-rumped Attila,Attila spadiceus,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,3,Gomez-Panjabi,over-mapped in Mexico; habitat loss,,,,,,,,1,7263791,Natureserve 3.0,,1,7263791,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +1175,Choco Sirystes,Sirystes albogriseus,landbird,Passeriformes,Tyrannidae,Formerly considered conspecific with Sirystes sibilator.,0,0,0,1,R,,,5,PIF CAW 2016,"split; now choco sirystes, found from panama to western ecuador; new range calculated by chris wood (CAW)",,,,,,,,4,182762,BirdLife & HBW,,4,182762,BirdLife & HBW,,3,PIF CAW 2015,used Panama's score,,,3,PIF CAW 2015,used Panama's score,,,4,PIF CAW 2015,used Panama's score,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1176,Rufous Mourner,Rhytipterna holerythra,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,470490,Natureserve 3.0,,3,470490,Natureserve 3.0,"NS map follows Howell & Webb, Ridgley, and Hilty & Brown, so no reason to doubt NS map area",4,MX-NSAC,,,,4,MX-NSAC,primary forest,,,4,PIF CAW 2014,Restricted to humid lowland and foothills forest within C.A. range; loss of such forests has been extensive in C.A.,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1177,Yucatan Flycatcher,Myiarchus yucatanensis,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,5,Gomez-Panjabi,uncommon and local within mapped range,,,,,,,,4,165915,Natureserve 3.0,,4,165915,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +1179,Dusky-capped Flycatcher,Myiarchus tuberculifer,landbird,Passeriformes,Tyrannidae,,0,1,1,1,M,,,2,PIFTC-02–PS-g midpoint,,"20,000,000",20000000,"<10,000",10000,,PIFSC-16,,1,10609885,Natureserve 3.0,,1,10319630,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,mostly forest dependent.,3,H,3,PIFTC-02; PIFSC-CVS 2022,tolerant of disturbance,2,H,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,9,9,9,,,,Neotropical,Neotropical,Forests: Tropical Generalist,,Forests: Tropical Generalist, +1180,Panama Flycatcher,Myiarchus panamensis,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,371089,NatureServe,,3,371089,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Dry,Coasts: Mangroves,Forests: Tropical Dry,Coasts: Mangroves +1181,Ash-throated Flycatcher,Myiarchus cinerascens,landbird,Passeriformes,Tyrannidae,,0,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"10,000,000",10000000,"6,800,000",6800000,2010.5,PIFcalc19–bbs0615,,2,3495016,Natureserve 3.0,,3,927035,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,1,"BBS7021-AS,JS",,51.91218948,0.823500454,0.569999993,1.080000043,1,3.017566204,0.297732592,-0.838999987,1.326393962,,10,core,0.50999999,745.5,6.590000153,4911.959961,,,,7,8,8,,,,North American Southwest,Mesoamerican Pacific Lowlands,Aridlands: Desert Scrub,Forests: Temperate Western,Forests: Tropical Dry,Aridlands: Desert Scrub +1182,Nutting's Flycatcher,Myiarchus nuttingi,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,636211,Natureserve 3.0,,3,636211,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,PIF CAW 2014,MX encompasses >75% of global range; all regions in MX score PT=4,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1183,Great Crested Flycatcher,Myiarchus crinitus,landbird,Passeriformes,Tyrannidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"8,800,000",8800000,"8,800,000",8800000,2010.5,PIFcalc19–bbs0615,,1,5128258,Natureserve 3.0,,2,1274769,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,DD='species relatively tolerant of human acivities and land use trends.' BNA supports that forest fragementing and creation of edge associated with human land use is beneficial.,3,M-L,2,PIFTC-02; PIFSC-CVS 2022,DD='threats assumed to be low.' Not sure why TN was initially scored as 3. presumably adaptable to land use changes in wintering range as well.,1,M-H,2,"BBS7021-AS,JS",,-0.120759845,-0.002361114,-0.152999997,0.101696998,,1.479465604,0.147284523,-0.392996997,0.796000004,,10,core,0.254696995,2743,2.785000086,7639.345215,,,,8,8,8,,yes,,Eastern Temperate,Mesoamerica,Forests: Temperate Eastern,,Forests: Tropical Lowland Evergreen, +1184,Brown-crested Flycatcher,Myiarchus tyrannulus,landbird,Passeriformes,Tyrannidae,,0,1,1,1,M,,,2,"PIFcalc19–eBird7017,bbs0615",,"14,000,000",14000000,"1,000,000",1000000,2010.5,PIFcalc19–bbs0615,,1,10392335,Natureserve 3.0,,1,9765294,Natureserve 3.0,,3,PIFSC-16; PIFSC-CVS 2022,"requires forest. Uses taller riparian, saguaros; not in urban or highly modified",1,H,3,PIFSC-16; PIFSC-CVS 2022,tolerant of disturbance,1,H,3,MX-NSAC 2008,"6 of 9 regions, representing >50% of C.A. range, score PT=4 or higher; Trends unknown but species tolerant to some deforestation; sugerimos mantener 3. No es dependiente de habitat",,,,,,,,,,,,,,,,,,,,9,9,9,,,,Neotropical,Neotropical,Forests: Tropical Dry,Aridlands: Desert Riparian,Forests: Tropical Dry, +1191,Flammulated Flycatcher,Ramphotrigon flammulatum,landbird,Passeriformes,Tyrannidae,Monotypic. Formerly placed in the genus Deltarhynchus.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,66238,Natureserve 3.0,,5,66238,Natureserve 3.0,,4,MX-NSAC,global score should reflect majority of regional experts' opinion -- only one region (SEPL) scored as 3; core range (JAL-GRO) score as 4.,,,4,MX-NSAC,moderate habitat loss,,,4,MX-NSAC-12,"Mexican endemic, all regions score PT=4",,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1192,Lesser Kiskadee,Philohydor lictor,landbird,Passeriformes,Tyrannidae,Formerly placed in the genus Pitangus.,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,9216754,NatureServe,,1,9216754,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,South American Lowlands,South American Lowlands,Wetlands: Lakes and Rivers,Forests: Tropical Lowland Evergreen,Wetlands: Lakes and Rivers,Forests: Tropical Lowland Evergreen +1193,Great Kiskadee,Pitangus sulphuratus,landbird,Passeriformes,Tyrannidae,,0,1,1,1,R,,,1,Gomez-Panjabi–PS-g midpoint,density from US range underestimates PS,"200,000,000",200000000,"<60,000",60000,,PIFSC-16,"Urban bird and common in habitat in LRGV, expanding, <15000 (M Gustafson)",1,16216988,Natureserve 3.0,,1,16216988,Natureserve 3.0,,2,PIFSC-08; PIFSC-CVS 2022,,2,H,2,PIFSC-08; PIFSC-CVS 2022,benefits from human activity,2,H,2,MX-NSAC,,,,,,,,,,,,,,,,,,,,,6,6,6,,yes,,Neotropical,Neotropical,Open Country: Habitat Mosaic,Forests: Tropical Dry,Open Country: Habitat Mosaic,Forests: Tropical Dry +1194,Cattle Tyrant,Machetornis rixosa,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,1,PIF CAW 2016,,,,,,,,,1,6664426,NatureServe,,1,6664426,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,6,6,6,,,b,South American Lowlands,South American Lowlands,Open Country: Developed/Disturbed,Grasslands: Tropical,Open Country: Developed/Disturbed,Grasslands: Tropical +1195,Boat-billed Flycatcher,Megarynchus pitangua,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,1,13278334,Natureserve 3.0,,1,13278334,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,7,7,7,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +1196,Rusty-margined Flycatcher,Myiozetetes cayanensis,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,1,PIF CAW 2016,,,,,,,,,1,7558380,NatureServe,,1,7558380,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,6,6,6,,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1197,Social Flycatcher,Myiozetetes similis,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,1,Gomez-Panjabi,,,,,,,,,1,10265386,Natureserve 3.0,,1,10265386,Natureserve 3.0,,1,MX-NSAC,,,,1,MX-NSAC,benefits from disturbance,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,5,5,5,,yes,,Neotropical,Neotropical,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +1198,Gray-capped Flycatcher,Myiozetetes granadensis,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,2,3332836,NatureServe,,2,3332836,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,8,8,8,,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1199,White-ringed Flycatcher,Conopias albovittatus,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,198378,BirdLife 2021,,4,198378,BirdLife 2021,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1200,Golden-bellied Flycatcher,Myiodynastes hemichrysus,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,16661,NatureServe,,5,16661,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,su tendencia en Costa Rica ha sido más estable,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1201,Golden-crowned Flycatcher,Myiodynastes chrysocephalus,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,481870,NatureServe,,3,481870,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1202,Streaked Flycatcher,Myiodynastes maculatus,landbird,Passeriformes,Tyrannidae,,0,0,1,1,M,,,2,Gomez-Panjabi,,,,,,,,,1,14439599,Natureserve 3.0,,1,14089440,Natureserve 3.0,,2,MX-NSAC,,,,3,MX-NSAC,"unknown, winters S.A.",,,3,PIF CAW 2014,primarily use open and human-altered habitats; not tied exclusively to forests; primarily use open and human-altered habitats; not tied exclusively to forests,,,,,,,,,,,,,,,,,,,,8,9,9,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen +1203,Sulphur-bellied Flycatcher,Myiodynastes luteiventris,landbird,Passeriformes,Tyrannidae,Monotypic.,0,1,1,1,M,,,3,Gomez-Panjabi–PS-g midpoint,"BBS-15 estimate of 5600 in US/Canada, 150,000 globally is too different from current estimates to be credible (PIFSC-18).","2,000,000",2000000,"<1,000",1000,,PIFSC-16,,2,1258976,Natureserve 3.0,,2,1404558,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,Widespread habitat use; tolerant of disturbance (MX-NSAC).,3,M-H,3,PIFTC-02,"unknown, winters S.A.. seems to winter in naturally disturbed (e.g. river-edge) habitats; but still probably sensitive to overall loss of forest (KVR)",,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Mesoamerica,South American Lowlands,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak,Forests: Tropical Lowland Evergreen, +1204,Piratic Flycatcher,Legatus leucophaius,landbird,Passeriformes,Tyrannidae,,0,0,1,1,M,,,2,Gomez-Panjabi,,,,,,,,,1,11407355,Natureserve 3.0,,1,10880267,Natureserve 3.0,,2,MX-NSAC,,,,3,MX-NSAC,"unknown, winters S.A.",,,3,PIF CAW 2014,primarily open and human-altered habitats; not tied exclusively to forests; primarily open and human-altered habitats; not tied exclusively to forests,,,,,,,,,,,,,,,,,,,,8,9,9,,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Forests: Tropical Lowland Evergreen, +1207,Tropical Kingbird,Tyrannus melancholicus,landbird,Passeriformes,Tyrannidae,,0,1,1,1,M,,,1,Gomez-Panjabi–PS-g midpoint,,"200,000,000",200000000,"<7,000",7000,,PIFSC-16,"Urban bird and common in habitat in LRGV, expanding, <15000 (M Gustafson); 15,000 doesn’t seem possible given the relatively few checklists in S TX (<100) and AZ",1,16547618,Natureserve 3.0,,1,16402446,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,PIFTC-02; PIFSC-CVS 2022,benefits from human activity,2,M-H,1,MX-NSAC 2008,"across central america, populations have surely exploded with the clearing of forest.",,,,,,,,,,,,,,,,,,,,5,5,5,,yes,"b,w",Neotropical,Neotropical,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +1208,Couch's Kingbird,Tyrannus couchii,landbird,Passeriformes,Tyrannidae,Monotypic.,0,1,1,1,R,,,3,"PIFcalc19–eBird7017,bbs0615",good numbers on BBS routes in BCRs 36 and 37 in Texas (averaging almost 7 birds / route) (Blancher 2018),"1,100,000",1100000,"250,000",250000,2010.5,PIFcalc19–bbs0615,,3,552631,Natureserve 3.0,,3,552631,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,3,H,3,PIFTC-02; PIFSC-CVS 2022,tolerant of disturbance,3,H,2,MX-NSAC,,,,,,,,,,,,,,,,,,,,,11,11,11,,yes,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1209,Cassin's Kingbird,Tyrannus vociferans,landbird,Passeriformes,Tyrannidae,,0,1,1,1,M,,,2,"PIFcalc19–eBird7017,bbs0615",,"8,800,000",8800000,"2,500,000",2500000,2010.5,PIFcalc19–bbs0615,,2,1438073,Natureserve 3.0,,3,683091,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,Do fine in grazed and disturbed habitat.,3,M-H,2,PIFTC-02; PIFSC-CVS 2022,not more threatened than other KB's (KR),2,H,3,"BBS7021-AS,JS",,-6.618174553,-0.134102404,-0.904999971,0.495000005,,-3.147432327,-0.319264323,-2.25999999,1.371299982,,10,core,1.399999976,277,3.460000038,957.3300171,,,,10,10,10,,,,Western Temperate,Mesoamerican Highlands,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1216,Scissor-tailed Flycatcher,Tyrannus forficatus,landbird,Passeriformes,Tyrannidae,Monotypic.,0,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"9,100,000",9100000,"7,900,000",7900000,2010.5,PIFcalc19–bbs0615,,2,1446205,Natureserve 3.0,,3,305810,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,1,H,2,PIFTC-02; PIFSC-CVS 2022,not more threatened than other wintering KB's? (KR),1,H,4,"BBS7021-AS,JS",,-37.68722153,-0.924603641,-1.419999957,-0.460099995,1,-20.07650757,-2.21528554,-3.230000019,-1.39359796,1,10,core,0.959900022,474,12.22000027,5794.299805,,,,10,11,11,,,"b,w",Great Plains,Mesoamerican Pacific Lowlands,Grasslands: Temperate,,Forests: Tropical Dry,Open Country: Developed/Disturbed +1217,Fork-tailed Flycatcher,Tyrannus savana,landbird,Passeriformes,Tyrannidae,,0,0,1,1,M,,,2,Gomez-Panjabi,,,,,,,,,1,6340479,Natureserve 3.0,,1,13503017,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,7,7,7,,,w,Neotropical,Neotropical,Grasslands: Tropical,,Grasslands: Tropical, +1218,Bran-colored Flycatcher,Myiophobus fasciatus,landbird,Passeriformes,Tyrannidae,,0,0,0,1,M,,,2,PIF CAW 2016,,,,,,,,,1,10255207,NatureServe,,1,10255207,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,9,9,9,,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1220,Tawny-chested Flycatcher,Aphanotriccus capitalis,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,33856,NatureServe,,5,33856,NatureServe,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1221,Black-billed Flycatcher,Aphanotriccus audax,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,121915,NatureServe,,4,121915,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +1222,Belted Flycatcher,Xenotriccus callizonus,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,5,56989,Natureserve 3.0,,5,56989,Natureserve 3.0,,5,MX-NSAC,global score should reflect regional experts' opinion.,,,5,MX-NSAC,moderate habitat loss; global score should reflect regional experts' opinion,,,5,PIF CAW 2014,found in only 1 region where regional experts suggest a major decline,,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Mesoamerican Pine-Oak,Aridlands: Tropical Arid Scrub,Forests: Mesoamerican Pine-Oak,Aridlands: Tropical Arid Scrub +1223,Pileated Flycatcher,Xenotriccus mexicanus,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,4,112844,Natureserve 3.0,,4,112844,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss,,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,Aridlands: Tropical Arid Scrub,Forests: Tropical Dry,Aridlands: Tropical Arid Scrub +1224,Tufted Flycatcher,Mitrephanes phaeocercus,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,599471,BirdLife 2019,,3,646431,BirdLife 2019,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,PIF CAW 2014,restricted to highland forests; all regions in MX score PT=4,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Central and South American Highlands,Central and South American Highlands,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen +1225,Olive-sided Flycatcher,Contopus cooperi,landbird,Passeriformes,Tyrannidae,Monotypic,1,1,1,1,M,,,3,"PIFcalc19–bbs0615,ona0105,eBird7017,nwt9501",,"1,900,000",1900000,"1,900,000",1900000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,7478548,Natureserve 3.0; PIFSC-09,"Reduced by 25%; NS breeding range way too extensive in New England, NY, Appalachians, Alaska, and in western U.S. mountains (reduce by 25%)",1,4142898,Natureserve 3.0 with adjustment by PIFSC,Reduced by 50%; NS Winter range too extensive in SA -- probably 50% of mapped range.,3,PIFTC-02; PIFSC-CVS 2022,"Does not seem to be threatened by forestry, but is sensitive to loss of forested landscapes, and possibly to declines of large flying insects.",3,M-H,4,PIFTC-02,"Winters in threatened area: east slope of Andes. Not clear what specific threats are, but winter concentrations in lower montane forests that are highy threatened (KVR)",,,5,"BBS7021-AS,JS",,-73.73180389,-2.584817171,-3.299999952,-2.099999905,1,-11.28307056,-1.19186306,-2.329999924,0.218999997,,10,core,1.200000048,1525.5,1.325000048,2022.180054,,,,12,13,13,Watch List/Tipping Point Yellow,,,Northern Forest,Central and South American Highlands,Forests: Boreal,Forests: Temperate Western,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen +1226,Greater Pewee,Contopus pertinax,landbird,Passeriformes,Tyrannidae,,0,1,1,1,M,,,3,PIFTC-02–PS-g midpoint,"140,000 globally extrapolated with eBird (PIFSC-18).","2,000,000",2000000,"6,400",6400,2010.5,PIFcalc19–bbs0615,,3,857789,Natureserve 3.0,,3,631680,Natureserve 3.0,,3,PIFTC-02,,,,3,PIFTC-02,requires forest,,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +1227,Dark Pewee,Contopus lugubris,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,8227,NatureServe,,5,8227,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1228,Ochraceous Pewee,Contopus ochraceus,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,3153,NatureServe,,5,3153,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1229,Western Wood-Pewee,Contopus sordidulus,landbird,Passeriformes,Tyrannidae,,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"9,600,000",9600000,"8,800,000",8800000,2010.5,PIFcalc19–bbs0615,,1,6924907,Natureserve 3.0,,2,2252576,Natureserve 3.0,"NS map too restrictive; should also be shown to occur in western Amazon Basin + +Ken comment: Double range size; NS map too restrictive; should also be shown to occur in western Amazon Basin",3,PIFTC-02; PIFSC-CVS 2022,W. riparian and mature forest issues? (KR).,3,H,3,PIFTC-02,,,,4,"BBS7021-AS,JS",,-41.87264252,-1.05772388,-1.418501019,-0.542999983,1,-8.119635582,-0.843424916,-1.578598976,-0.037900001,1,10,core,0.875500977,1462.5,4.755000114,6949.725098,,,,10,11,11,,,,Western Temperate,Central and South American Highlands,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen, +1230,Eastern Wood-Pewee,Contopus virens,landbird,Passeriformes,Tyrannidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017,ona0105",,"6,500,000",6500000,"6,500,000",6500000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,4074595,Natureserve 3.0,,1,5159541,Natureserve 3.0,,3,PIFSC-Dec-08; PIFSC-CVS 2022,"Very broad habitat; uses second growth. But doesn't occur in highly altered (e.g. Ag or suburban) landscapes (KR); Rosenberg: a forest bird, vulnerable to rapidly expanding development throughout East; Hunter: loss of oak savannahs.",2,M-H,3,PIFSC-Dec-08,"on edges, but primarily in forested region on E. slope of Andes (KR); Rosenberg: winters in forested regions; should be same as WWPE",,,3,"BBS7021-AS,JS",,-39.14000702,-0.969651937,-1.051903009,-0.838999987,1,8.50995636,0.818768501,0.403403997,1.330000043,1,10,core,0.212902993,2618,2.779999971,7276.709961,,,,9,9,9,,,,Eastern Temperate,South American Lowlands,Forests: Temperate Eastern,,Forests: Tropical Lowland Evergreen, +1231,Tropical Pewee,Contopus cinereus,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,1,5660090,Natureserve 3.0,,1,5660090,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,uses clearings near forest,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,7,7,7,,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1236,Yellow-bellied Flycatcher,Empidonax flaviventris,landbird,Passeriformes,Tyrannidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,ona0105,eBird7017",,"13,000,000",13000000,"13,000,000",13000000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,5308917,Natureserve 3.0,,3,682678,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,,4,M-H,4,PIFTC-02; PIFSC-CVS 2022,"Prefers forest, but uses shade coffee and thickets. I agree (KR)",5,M-H,1,"BBS7021-AS,JS",,183.8698425,2.066720009,0.423000008,3.940000057,1,65.3486557,5.154185772,1.48220098,14,,10,core,3.51699996,652.5,1.264999986,826.7050171,,,,8,10,10,,,,Northern Forest,Gulf-Caribbean Lowlands,Forests: Boreal,,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen +1237,Acadian Flycatcher,Empidonax virescens,landbird,Passeriformes,Tyrannidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19–bbs0615,,"5,200,000",5200000,"5,200,000",5200000,2010.5,PIFcalc19–bbs0615,,2,2461383,Natureserve 3.0,,3,659279,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"DD='moderately vulnerable to human activities and land use.' BNA supports species is susceptible to forest fragmentation and is area sensitive, leading to problems with parasitism and predation. Threats potentially increasing if trends continue.",3,M-H,3,PIFTC-02,"DD='moderately vulnerable to human activities and land use.' BNA supports species may need large forested habitats in nonbreeding season just as in breeding season, thus, threats potentially increasing if trends continue.",,,2,"BBS7021-AS,JS",,-0.540686071,-0.01065874,-0.164097995,0.193000004,,9.804945946,0.937968135,0.377905011,1.649999976,1,10,core,0.357098013,1353.5,1.745000005,2361.024902,,,,9,10,10,,,,Eastern Temperate,Trans-Andean Lowlands,Forests: Temperate Eastern,,Forests: Tropical Lowland Evergreen, +1238,Alder Flycatcher,Empidonax alnorum,landbird,Passeriformes,Tyrannidae,Monotypic.,1,1,1,1,M,,,1,"PIFcalc19–bbs0615,ona0105,eBird7017,nwt9501",,"120,000,000",120000000,"120,000,000",120000000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,7077860,Natureserve 3.0,,2,3404220,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,2,PIFTC-02,,,,3,BBS7821-AS,,-5.980000019,-0.143000007,-0.635999978,0.367000014,,-11.30000019,-1.190000057,-2.200000048,-0.085000001,1,10,,1.003000021,1640,17876,29316640,,,,8,8,8,,,,Northern Forest,South American Lowlands,Wetlands: Boreal,Wetlands: Forested,Forests: Tropical Generalist, +1239,Willow Flycatcher,Empidonax traillii,landbird,Passeriformes,Tyrannidae,,1,1,1,1,M,,,2,PIFcalc19–bbs0615; PIFSC-20,"PIFSC-20: Willow Flycatcher extremely rare as a breeder (listed on Mexico's NOM-059) in the Lower Colorado River Valley today, and there is essentially no habitat remaining on the Mexico side. The restoration projects in the Delta could attract some WIFL but not enough to change global estimates, so used US/Canada estimate as global estimate.","8,100,000",8100000,"8,100,000",8100000,2010.5,PIFcalc19–bbs0615,,1,7289251,Natureserve 3.0,,2,1308798,Natureserve 3.0,,3,PIFSC-19; PIFSC-CVS 2022,changed due to calibration with TB-r; only 10 of 25 BCRs (<10% of pop) scored TB>3,3,H,2,PIFTC-02; PIFSC-CVS 2022,occupies open/shrubby grazing lands in lowlands; threats mostly low (2 OK) (Panjabi),2,M-H,4,BBS7821-AS,,-37.90000153,-1.100000024,-1.309999943,-0.875,1,-3.440000057,-0.349000007,-1.00999999,0.294,,10,,0.435000002,1834,2182.459961,4002631.75,,,,10,10,10,,,,Nearctic,Mesoamerica,Open Country: Habitat Mosaic,Forests: Temperate Western,Open Country: Habitat Mosaic, +1240,White-throated Flycatcher,Empidonax albigularis,landbird,Passeriformes,Tyrannidae,,0,0,1,1,M,,,4,Gomez-Panjabi,,,,,,,,,3,420118,Natureserve 3.0,,3,646231,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,,,2,MX-NSAC,tolerant of disturbance,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,12,13,,,,Mesoamerica,Mesoamerica,Open Country: Habitat Mosaic,,Wetlands: Freshwater Marsh,Wetlands: Seasonally Wet Grasslands +1241,Least Flycatcher,Empidonax minimus,landbird,Passeriformes,Tyrannidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,ona0105,eBird7017",,"27,000,000",27000000,"27,000,000",27000000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,6129659,Natureserve 3.0,,2,1025774,Natureserve 3.0,,3,PIFSC-15; PIFSC-CVS 2022,"In relatively disturbed sites, regenerating forest (KR). Actually threatened by maturing of forests in New England and perhaps elsewhere; not urban or agricultural adapted -- should be like other native forest birds (KVR); Camfield,Alaine [NCR]: TB 2 in Canadian BCR strategies. Main threats related to habitat loss from forestry.",3,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,5,"BBS7021-AS,JS",,-53.21807861,-1.480056643,-1.682597041,-1.169999957,1,-12.85265446,-1.363347411,-2.190000057,-0.618201017,,10,core,0.512597024,2048,5.429999828,11103.62988,,,,11,11,11,Common Bird in Steep Decline,,,Northern Forest,Mesoamerica,Forests: Temperate Eastern,Forests: Temperate Western,Forests: Tropical Generalist, +1242,Hammond's Flycatcher,Empidonax hammondii,landbird,Passeriformes,Tyrannidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19–bbs0615,,"20,000,000",20000000,"20,000,000",20000000,2010.5,PIFcalc19–bbs0615,,2,2753247,Natureserve 3.0,,3,783623,Natureserve 3.0,,3,PIFSC-19; PIFSC-CVS 2022,changed due to calibration with TB-r,3,M-H,3,PIFTC-02; PIFSC-CVS 2022,More generalized in winter. still requires Mexican pine-oak and cloud forest in winter should be consistent with resident birds in same habitat (KVR); winters especially in mature montane forests (Panjabi),3,M-H,2,"BBS7021-AS,JS",,30.09749603,0.517098308,-0.153999999,1.129999995,,-13.58946228,-1.450147033,-2.98529911,0.027100001,,10,core,1.284000039,585,4.320000172,2527.199951,,,,9,10,10,,,,Intermountain West,Mesoamerican Highlands,Forests: Temperate Western,,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +1243,Gray Flycatcher,Empidonax wrightii,landbird,Passeriformes,Tyrannidae,Monotypic.,1,1,1,0,M,,,3,PIFcalc19–bbs0615,,"2,900,000",2900000,"2,900,000",2900000,2010.5,PIFcalc19–bbs0615,,2,1143266,Natureserve 3.0,,3,961381,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,in mature pinyon-juniper - a threatened habitat in many areas (KR).,4,M-H,2,PIFTC-02; PIFSC-CVS 2022,"winters in shrubby grazing lands in southern chihuahuan desert (not a forest bird), suggest staying with 2 (Panjabi)",2,H,1,"BBS7021-AS,JS",,162.1755524,1.906254292,1.03550005,2.970000029,1,-5.171298504,-0.5298962,-2,0.92900002,,10,core,1.934499979,283.5,1.429999948,406.0050049,,,,10,9,10,,,,Intermountain West,North American Southwest,Forests: Temperate Western,,Aridlands: Desert Scrub,Forests: Tropical Dry +1244,Dusky Flycatcher,Empidonax oberholseri,landbird,Passeriformes,Tyrannidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"8,800,000",8800000,"8,800,000",8800000,2010.5,PIFcalc19–bbs0615,,2,2675533,Natureserve 3.0,,3,954474,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,,5,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,"BBS7021-AS,JS",,-0.91666007,-0.018478705,-0.745999992,1.080000043,,2.64713788,0.261167526,-2.190000057,2.111006021,,10,core,1.825999975,650,4.059999943,2634.780029,,,,10,9,10,,,,Intermountain West,Mesoamerican Highlands,Forests: Temperate Western,,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +1245,Pine Flycatcher,Empidonax affinis,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,481529,Natureserve 3.0,,3,481529,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +1246,Pacific-slope Flycatcher,Empidonax difficilis,landbird,Passeriformes,Tyrannidae,,1,1,1,0,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"9,500,000",9500000,"9,000,000",9000000,2010.5,PIFcalc19–bbs0615,,3,862278,Natureserve 3.0,,4,299354,Natureserve 3.0,,2,PIFSC-19; PIFSC-CVS 2022,changed due to calibration with TB-r,2,H,3,PIFTC-02; PIFSC-CVS 2022,More generalized in winter. winters primarily in dry forest and riparaian; still requires native habitat; should be consistent with resident forest birds in same habitat (KVR),2,H,2,BBS7021-AS,,2.309999943,0.044799998,-0.317999989,0.442999989,,-5.579999924,-0.573000014,-1.629999995,0.497999996,,10,,0.760999978,443,2144.120117,949845.1875,,,,9,11,11,,,,Pacific North America,Mesoamerican Pacific Lowlands,Forests: Temperate Western,,Forests: Tropical Dry, +1247,Cordilleran Flycatcher,Empidonax occidentalis,landbird,Passeriformes,Tyrannidae,,1,1,1,0,M,,,3,"PIFcalc19–bbs0615,eBird7017",,"3,600,000",3600000,"2,200,000",2200000,2010.5,PIFcalc19–bbs0615,,2,2344835,Natureserve 3.0,,3,594604,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,in mature montane coniferous and canyon forests (KR).,4,M-H,4,PIFTC-02; PIFSC-CVS 2022,More generalized in winter. still requires Mexican pine-oak and cloud forest in winter should be consistent with resident birds in same habitat (KVR),4,H,3,BBS7021-AS,,-19.79999924,-0.430999994,-1.090000033,0.250999987,,-5.78000021,-0.593999982,-1.879999995,0.709999979,,10,,1.340999961,308,222.9920044,68681.53906,,,,12,13,13,,,,Intermountain West,Mesoamerican Highlands,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Pine-Oak, +1248,Yellowish Flycatcher,Empidonax flavescens,landbird,Passeriformes,Tyrannidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,4,165887,Natureserve 3.0,,4,165887,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,severe habitat loss; uses cloud forest,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1249,Buff-breasted Flycatcher,Empidonax fulvifrons,landbird,Passeriformes,Tyrannidae,,0,1,1,1,M,,,3,PIFTC-02–PS-g midpoint,,"2,000,000",2000000,<500,500,,PIFSC-16,guestimate based on eBird distribution,3,512211,Natureserve 3.0,,3,500516,Natureserve 3.0,,3,PIFSC-08,Higher score for U.S. and northern Mexico (4); tolerant of disturbance (MX-NSAC). CB- C. Conway's work suggests that they are not tolerant of disturbance; TB=3 is probably OK; common and widespread in most of range; habitat sensitivity/specialization in AZ may be an artifact of edge of range (AP).,,,2,PIFSC-08,"uses broader range of habitats in winter; tolerant of disturbance. still requires native habitat, even if more tolerant in winter; should be consistent with resident birds in same habitat (KVR); moves to lower elevantions in winter wher it occupies open habitats and edge, disturbed areas; suggest keeping at 2 (Panjabi)",,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,12,11,12,,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry +1250,Black-capped Flycatcher,Empidonax atriceps,landbird,Passeriformes,Tyrannidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,3668,NatureServe,,5,3668,NatureServe,,4,PIF CAW 2014,puede ser afectada por cambio climático,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1251,Black Phoebe,Sayornis nigricans,landbird,Passeriformes,Tyrannidae,,0,1,1,1,M,,,2,"PIFcalc19–eBird7017,bbs0615",,"5,000,000",5000000,"1,200,000",1200000,2010.5,PIFcalc19–bbs0615,,2,2973225,Natureserve 3.0,,2,3157556,Natureserve 3.0,,2,PIFSC-15; PIFSC-CVS 2022,"Seems highly tolerant of human activities and urban development; may even benefit from irrigated ag and suburbia? (KVR); very adaptable species across its very large range, TB-g=2 is most appropriate (AP)",2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,MX-NSAC 2008,,,,,,,,,,,,,,,,,,,,,8,8,8,,yes,,Western Temperate,Western Temperate,Wetlands: Generalist,,Wetlands: Generalist, +1252,Eastern Phoebe,Sayornis phoebe,landbird,Passeriformes,Tyrannidae,Monotypic.,1,1,1,0,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"35,000,000",35000000,"35,000,000",35000000,2010.5,PIFcalc19–bbs0615,,1,6222068,Natureserve 3.0,,2,2648749,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,"DD='species tolerant of human activity and land use.' BNA supports this. Although species actually increased and expanded due to human acivities, the fact it is now dependent on man for nest sites to a large extent keeps it from being TB 1.",2,M-H,2,PIFTC-02; PIFSC-CVS 2022,"DD='species tolerant of human activity and land use.' BNA supports this. Although species actually increased and expanded due to human acivities, it does not thrive in severly degraded habitats.",2,M-H,3,"BBS7021-AS,JS",,11.49247932,0.213843793,-0.616999984,0.850796998,,-16.58817863,-1.79920578,-3.00999999,-0.825601995,1,10,core,1.467797041,2696.5,1.779999971,4797.490234,,,,8,9,9,,yes,,Eastern Temperate,Eastern Temperate,Open Country: Habitat Mosaic,Forests: Temperate Eastern,Open Country: Habitat Mosaic, +1253,Say's Phoebe,Sayornis saya,landbird,Passeriformes,Tyrannidae,,1,1,1,0,M,,,2,"PIFcalc19–bbs0615,eBird7017,nwt9501",,"5,900,000",5900000,"5,000,000",5000000,2010.5,"PIFcalc19–bbs0615,nwt9501",,1,7183637,Natureserve 3.0,,2,2033276,Natureserve 3.0 with adjustment by PIFSC,"NS over maps winter range by including sierra madre occidental and lowland west and southwest Mexico. These areas are not included in Nat Geo and Howell and Webb. Reduced Mx NBr range by 1/3 = 530,000 km (Ken Rosenberg)",3,PIFTC-02; PIFSC-CVS 2022,,2,M-L,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,1,"BBS7021-AS,JS",,52.17921066,0.826667726,0.473904997,1.330000043,1,-3.270246029,-0.332022488,-1.529999971,0.644302011,,10,core,0.856095016,1152,0.783500016,902.59198,,,,7,7,7,,yes,w,Intermountain West,North American Southwest,Aridlands: Desert Scrub,Forests: Temperate Western,Open Country: Habitat Mosaic, +1254,Vermilion Flycatcher,Pyrocephalus rubinus,landbird,Passeriformes,Tyrannidae,,0,1,1,1,M,,,2,"PIFcalc19–eBird7017,bbs0615; PIFSC-23",PIFSC-23: splitting off P. nanus likely has little influence on PS-g since relatively small population,"15,000,000",15000000,"540,000",540000,2010.5,PIFcalc19–bbs0615,Shaw-22: splitting off P. nanus has no impact on US pop estimate,1,8462405,BirdLife 2022,"Shaw-23: range size increased due to BirdLife mapping a larger area, more than offsetting split of P. nanus. Used World Cylindrical Equal Area projection to estimate area.",1,14639043,BirdLife 2022,"Shaw-23: range size increased due to BirdLife mapping a larger area, more than offsetting split of P. nanus. Used World Cylindrical Equal Area projection to estimate area.",2,PIFSC-08; PIFSC-CVS 2022,,2,H,2,PIFSC-08; PIFSC-CVS 2022,benefits from disturbance,2,H,1,"MX-NSAC, PIFSC-08",,,,,,,,,,,,,,,,,,,,,6,6,6,,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic,Aridlands: Desert Scrub +1255,Pied Water-Tyrant,Fluvicola pica,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016; Bird Conservancy of the Rockies 2019,"multiplied geometric midpoint of PS-g = 2 pop size range by the % of the pre-split breeding range that remains classified as Pied Water-Tyrant, which falls at the upper end of the PS-g = 3 pop size range",,,,,,,,2,1658563,BirdLife 2019,,2,1658659,BirdLife 2019,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List/Tipping Point Orange,,,South American Lowlands,South American Lowlands,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +1256,Northern Scrub-Flycatcher,Sublegatus arenarum,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,941312,NatureServe,,3,941312,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,South American Lowlands,South American Lowlands,Coasts: Mangroves,Forests: Tropical Dry,Coasts: Mangroves,Forests: Tropical Dry +1257,Long-tailed Tyrant,Colonia colonus,landbird,Passeriformes,Tyrannidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,6391540,NatureServe,,1,6391540,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,9,9,9,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1258,Black-crowned Antpitta,Pittasoma michleri,landbird,Passeriformes,Conopophagidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,49370,NatureServe,,5,49370,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1259,Fasciated Antshrike,Cymbilaimus lineatus,landbird,Passeriformes,Thamnophilidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,1,6664911,NatureServe,,1,6664911,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,Watch List/Tipping Point Yellow,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1260,Great Antshrike,Taraba major,landbird,Passeriformes,Thamnophilidae,,0,0,1,1,R,,,2,PIF CAW 2016,score change from 3 to 2 recommended by Central Americans in 2016,,,,,,,,1,12815681,Natureserve 3.0,,1,12815681,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,second growth and forest edge in primary forest,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,9,9,9,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1261,Barred Antshrike,Thamnophilus doliatus,landbird,Passeriformes,Thamnophilidae,,0,0,1,1,R,,,1,PIF CAW 2016,score change from 2 to 1 recommended by Central Americans in 2016,,,,,,,,1,10689071,Natureserve 3.0,,1,10689071,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,forest edge,,,2,PIF CAW 2014,"regional scores in core range in Mexico (SECL, SEPL) indicate stable or increasing population.",,,,,,,,,,,,,,,,,,,,6,6,6,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1262,Black Antshrike,Thamnophilus nigriceps,landbird,Passeriformes,Thamnophilidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,4,210710,NatureServe,,4,210710,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1263,Black-hooded Antshrike,Thamnophilus bridgesi,landbird,Passeriformes,Thamnophilidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,28322,NatureServe,,5,28322,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1264,Black-crowned Antshrike,Thamnophilus atrinucha,landbird,Passeriformes,Thamnophilidae,Formerly known as Western Slaty-Antshrike.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,550111,NatureServe,,3,550111,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List/Tipping Point Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1265,Spiny-faced Antshrike,Xenornis setifrons,landbird,Passeriformes,Thamnophilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,5494,NatureServe,,5,5494,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1266,Russet Antshrike,Thamnistes anabatinus,landbird,Passeriformes,Thamnophilidae,,0,0,1,1,R,,,4,Gomez-Panjabi; eRaw20,"Shaw-22: according to eRaw20, 98.9% of the pre-split population falls within the breeding range of Russet Antshike, so no change to PS-g score",,,,,,,,3,398111,BirdLife 2021,"Shaw-22: BirdLife apparently hasn't split off Rufescent Antshrike, but somehow doesn't include its range in the Russet Antshrike polygons, so used polygons as is.",3,398111,BirdLife 2021,"Shaw-22: BirdLife apparently hasn't split off Rufescent Antshrike, but somehow doesn't include its range in the Russet Antshrike polygons, so used polygons as is.",4,MX-NSAC,,,,4,MX-NSAC,severe habitat loss; uses primary forest,,,5,PIF CAW 2014,Restricted to humid lowland and foothills forest within C.A. range; loss of such forests has been extensive in C.A.,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen +1267,Plain Antvireo,Dysithamnus mentalis,landbird,Passeriformes,Thamnophilidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,1,4423384,Natureserve 3.0,,1,4423384,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,severe habitat loss; uses primary forest,,,4,PIF CAW 2014,Restricted to humid lowland and foothills forest within limited C.A. range; loss of such forests has been extensive in C.A.,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1268,Streak-crowned Antvireo,Dysithamnus striaticeps,landbird,Passeriformes,Thamnophilidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,88493,NatureServe,,4,88493,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1269,Spot-crowned Antvireo,Dysithamnus puncticeps,landbird,Passeriformes,Thamnophilidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,127462,NatureServe,,4,127462,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1270,Moustached Antwren,Myrmotherula ignota,landbird,Passeriformes,Thamnophilidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,2,1434499,NatureServe,,2,1434499,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1271,Pacific Antwren,Myrmotherula pacifica,landbird,Passeriformes,Thamnophilidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,235991,NatureServe,,4,235991,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1272,White-flanked Antwren,Myrmotherula axillaris,landbird,Passeriformes,Thamnophilidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,8006238,NatureServe,,1,8006238,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,Common Bird in Steep Decline,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1273,Slaty Antwren,Myrmotherula schisticolor,landbird,Passeriformes,Thamnophilidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,490764,Natureserve 3.0,,3,490764,Natureserve 3.0,,4,MX-NSAC,Grupo CA-sur: amenazas de 5 es demasiado alta (PIF CAW),,,4,MX-NSAC,restricted in elevation; primary forest; endanger of extirpation from Mexico,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen +1274,Checker-throated Stipplethroat,Epinecrophylla fulviventris,landbird,Passeriformes,Thamnophilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,280375,NatureServe,,4,280375,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List/Tipping Point Red,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1275,Rusty-winged Antwren,Herpsilochmus frater,landbird,Passeriformes,Thamnophilidae,Formerly considered conspecific with Herpsilochmus rufimarginatus.,0,0,0,1,R,,,2,PIFSC-23; BOTW; NatureServe 3.0,Shaw-23: used BOTW map to see which polygons in NatureServe shapefile (since that was originally used to score PS-g) are still part of Rusty-winged Antwren. Took midpoint of pop range for PS-g = 2 and multiplied by the % range outside SE Brazil.,,,,,,,,2,2478489,BirdLife 2022,"Shaw-23: BirdLife recognizes a slightly different taxon, Herpsilochmus scapularis, with a shapefile which is mapped more comprehensively than the old NatureServe shapefile that is missing some parts of Brazil, so adapted H. scapularis shapefile by removing the area SW of Alagoas, Brazil as per AOS distribution statement. I used map projection Lambert Azimuthal Equal Area South America (SERENA).",2,2478489,BirdLife 2022,"Shaw-23: BirdLife recognizes a slightly different taxon, Herpsilochmus scapularis, with a shapefile which is mapped more comprehensively than the old NatureServe shapefile that is missing some parts of Brazil, so adapted H. scapularis shapefile by removing the area SW of Alagoas, Brazil as per AOS distribution statement. I used map projection Lambert Azimuthal Equal Area South America (SERENA).",4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,Watch List/Tipping Point Yellow,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1276,Dot-winged Antwren,Microrhopias quixensis,landbird,Passeriformes,Thamnophilidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,1,4116974,Natureserve 3.0,,1,4116974,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,severe habitat loss; uses primary forest,,,4,PIF CAW 2014,"dependent on humid lowland forests in MX and C.A., where extensive habitat loss and fragmentation has occurred; like virtually all antbirds, highly sensitive to fragmentation",,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1277,White-fringed Antwren,Formicivora grisea,landbird,Passeriformes,Thamnophilidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,6007249,NatureServe,,1,6007249,NatureServe,,4,PIF CAW 2014,incertidumbre en tenencia de tierra,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,Common Bird in Steep Decline,,,South American Lowlands,South American Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1278,Rufous-rumped Antwren,Euchrepomis callinota,landbird,Passeriformes,Thamnophilidae,Formerly placed in the genus Terenura.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,62732,NatureServe,,5,62732,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1279,Dusky Antbird,Cercomacroides tyrannina,landbird,Passeriformes,Thamnophilidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,2,3176374,Natureserve 3.0,,2,3176374,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,severe habitat loss; uses primary forest and second growth,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1280,Jet Antbird,Cercomacra nigricans,landbird,Passeriformes,Thamnophilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,546144,NatureServe,,3,546144,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List/Tipping Point Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1281,Bare-crowned Antbird,Gymnocichla nudiceps,landbird,Passeriformes,Thamnophilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,356290,NatureServe,,3,356290,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List/Tipping Point Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1282,Zeledon's Antbird,Hafferia zeledoni,landbird,Passeriformes,Thamnophilidae,Formerly placed in the genus Myrmeciza.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,210370,NatureServe,,4,210370,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1283,White-bellied Antbird,Myrmeciza longipes,landbird,Passeriformes,Thamnophilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,2,1405668,NatureServe,,2,1405668,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,South American Lowlands,South American Lowlands,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen +1284,Chestnut-backed Antbird,Poliocrania exsul,landbird,Passeriformes,Thamnophilidae,Formerly placed in the genus Myrmeciza.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,356302,NatureServe,,3,356302,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List/Tipping Point Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1285,Dull-mantled Antbird,Sipia laemosticta,landbird,Passeriformes,Thamnophilidae,Formerly placed in the genus Myrmeciza.,0,0,0,1,R,,,4,PIFSC-23; NatureServe 3.0,Shaw-23: split NatureServe polygon by Panama/Colombia border to calculate % of pre-split Dull-mantled Antbird range that is still classified as such. Multiplied % range by midpoint of PS-g = 2 pop size range to estimate pop size.,,,,,,,,5,36690,BirdLife 2022,Shaw-23: split NatureServe polygon by Panama/Colombia border to split off Magdalena Antbird. Used North America Albers Equal Area Conic map projection to estimate area.,5,36690,BirdLife 2022,Shaw-23: split NatureServe polygon by Panama/Colombia border to split off Magdalena Antbird. Used North America Albers Equal Area Conic map projection to estimate area.,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1286,Spotted Antbird,Hylophylax naevioides,landbird,Passeriformes,Thamnophilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,362775,NatureServe,,3,362775,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List/Tipping Point Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1287,Wing-banded Antbird,Myrmornis torquata,landbird,Passeriformes,Thamnophilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,2,3116273,NatureServe,,2,3116273,NatureServe,,5,PIF CAW 2014,suceptible a fragmentación; especializada,,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List/Tipping Point Orange,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1288,Bicolored Antbird,Gymnopithys bicolor,landbird,Passeriformes,Thamnophilidae,Formerly considered conspecific with Gymnopithys leucaspis.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,2,1536262,NatureServe,,2,1536262,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List/Tipping Point Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1289,Ocellated Antbird,Phaenostictus mcleannani,landbird,Passeriformes,Thamnophilidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,245158,NatureServe,,4,245158,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1290,Scaled Antpitta,Grallaria guatimalensis,landbird,Passeriformes,Grallariidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,2,1071830,Natureserve 3.0,,2,1071830,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,habitat fragmentation and deterioration; forest floor specialist,,,5,PIF CAW 2014,Restricted to humid forests within C.A. range; loss of such forests has been extensive in C.A.; all MX regions score PT=5,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List/Tipping Point Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland +1291,Streak-chested Antpitta,Hylopezus perspicillatus,landbird,Passeriformes,Grallariidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,263022,NatureServe,,4,263022,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1292,Thicket Antpitta,Hylopezus dives,landbird,Passeriformes,Grallariidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,175237,NatureServe,,4,175237,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1293,Ochre-breasted Antpitta,Grallaricula flavirostris,landbird,Passeriformes,Grallariidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,198937,NatureServe,,4,198937,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1294,Tacarcuna Tapaculo,Scytalopus panamensis,landbird,Passeriformes,Rhinocryptidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,212,NatureServe,,5,212,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1296,Silvery-fronted Tapaculo,Scytalopus argentifrons,landbird,Passeriformes,Rhinocryptidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,15621,NatureServe,,5,15621,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1297,Mayan Antthrush,Formicarius moniliger,landbird,Passeriformes,Formicariidae,Formerly considered conspecific with Formicarius analis.,0,0,1,1,R,,,3,Gomez-Panjabi; eRaw20; Shaw-22,"Shaw-22: Multiplied geometric mean (20 million) of pop range for Black-faced Antthrush's pre-split PS-g score of 2 by the %pop (4.8%) from Pete Blancher's analysis of eBird raw data that falls within the regions now split off as Mayan Antthrush, yielding a very crude estimate of 950,000",,,,,,,,3,316048,BirdLife 2021,,3,316048,BirdLife 2021,,3,PIF CAW 2015; Mexican Regional Assessment 2005; eRaw20; Shaw-22,"Shaw-22: weighted (by %pop based on eRaw20) average of regional scores for MXCL, Guatemala, Belize, Honduras assigned to Black-face Antthrush pre-split",,,3,PIF CAW 2015; eRaw20; Shaw-22,"Shaw-22: weighted (by %pop based on eRaw20) average of TN-r for Guatemala, Belize, Honduras and TB-r for MXCL (since TN-r not scored in Mexico and resident so threats should be similar between seasons) assigned to Black-face Antthrush pre-split",,,4,PIF CAW 2015; Mexican Regional Assessment 2005; eRaw20; Shaw-22,"Shaw-22: weighted (by %pop based on eRaw20) average of regional scores for MXCL, Guatemala, Belize, Honduras assigned to Black-face Antthrush pre-split",,,,,,,,,,,,,,,,,,,,13,13,13,,,"b,w",Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen +1298,Black-faced Antthrush,Formicarius analis,landbird,Passeriformes,Formicariidae,,0,0,0,1,R,,,2,Gomez-Panjabi,Shaw-22: the 4.8% (based on analysis of raw eBird) of Black-faced Antthrush that has been split off as Mayan Antthrush is immaterial to its PS-g score,,,,,,,,1,5715309,BirdLife 2021,,1,5715309,BirdLife 2021,,3,PIF CAW 2015; eRaw20; Shaw-22,"Restricted to lowland and foothill humid forest, sensitive to fragmentation. Shaw-22: weighted (by %pop based on eRaw20) average of regional scores for Honduras, Nicaragua, Costa Rica, Panama assigned to Black-face Antthrush pre-split",,,3,PIF CAW 2015; eRaw20; Shaw-22,"Severe habitat loss; uses primary forest. Shaw-22: weighted (by %pop based on eRaw20) average of regional scores for Honduras, Nicaragua, Costa Rica, Panama assigned to Black-face Antthrush pre-split",,,4,PIF CAW 2015; eRaw20; Shaw-22,"Shaw-22: weighted (by %pop based on eRaw20) average of regional scores for Honduras, Nicaragua, Costa Rica, Panama assigned to Black-face Antthrush pre-split",,,,,,,,,,,,,,,,,,,,10,10,10,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1299,Black-headed Antthrush,Formicarius nigricapillus,landbird,Passeriformes,Formicariidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,107795,NatureServe,,4,107795,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1300,Rufous-breasted Antthrush,Formicarius rufipectus,landbird,Passeriformes,Formicariidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,166348,NatureServe,,4,166348,NatureServe,,4,PIF CAW 2014,puede ser afectado por cambio climático,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1301,Tawny-throated Leaftosser,Sclerurus mexicanus,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,1,6336956,Natureserve 3.0,,1,6336956,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,humid evergreen forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1302,Gray-throated Leaftosser,Sclerurus albigularis,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,370923,NatureServe,,3,370923,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1303,Scaly-throated Leaftosser,Sclerurus guatemalensis,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,3,418187,Natureserve 3.0,,3,418187,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,humid evergreen forest,,,4,PIF CAW 2014,Restricted to humid forests within C.A. range; loss of such forests has been extensive in C.A.; MX regional experts score PT=5 in SECL,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List/Tipping Point Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1304,Olivaceous Woodcreeper,Sittasomus griseicapillus,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,1,12029294,Natureserve 3.0,,1,12029294,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,"requires forest, but not very sensitive",,,3,PIF CAW 2014,"Eurytypic, maybe an overlooked species, not necessarily in decreasing numbers. Common to fairly common in degraded situations in southern Veracruz; Eurytypic, maybe an overlooked species, not necessarily in decreasing numbers. Common to fairly common in degraded situations in southern Veracruz",,,,,,,,,,,,,,,,,,,,9,9,9,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1305,Long-tailed Woodcreeper,Deconychura longicauda,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,1,5138392,NatureServe,,1,5138392,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,Watch List/Tipping Point Yellow,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1306,Ruddy Woodcreeper,Dendrocincla homochroa,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,492554,Natureserve 3.0,,3,492554,Natureserve 3.0,,4,MX-NSAC-08,"threats to humid forests are severe throughout range, suggest TB=4 (Panjabi); la presión a su hábitat no es tan fuerte, hay varias selvas protegidas en el sureste, en su rango de distribución (Macias); Estamos de acuerdo con TB=3 (Berlanga).",,,4,MX-NSAC,humid and semi-deciduous,,,4,PIF CAW 2014,Restricted to humid lowland and foothills forest within C.A. range; loss of such forests has been extensive in C.A.,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1307,Tawny-winged Woodcreeper,Dendrocincla anabatina,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,380137,Natureserve 3.0,,3,380137,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,humid evergreen forest,,,4,PIF CAW 2014,"Restricted to humid evergreen and semi-deciduous forest, loss of such forests has been extensive in C.A.; MX regional experts score PT=5 in SECL",,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1308,Plain-brown Woodcreeper,Dendrocincla fuliginosa,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,8485672,BirdLife 2021,,1,8485672,BirdLife 2021,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,Common Bird in Steep Decline,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1309,Wedge-billed Woodcreeper,Glyphorynchus spirurus,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,1,7219022,Natureserve 3.0,,1,7219022,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,humid evergreen forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1310,Northern Barred-Woodcreeper,Dendrocolaptes sanctithomae,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,829323,Natureserve 3.0,,3,829323,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,humid evergreen and semideciduous forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1311,Black-banded Woodcreeper,Dendrocolaptes picumnus,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 3 to 4 recommended by Central Americans in 2016,,,,,,,,1,5755719,Natureserve 3.0,,1,5755719,Natureserve 3.0,,5,MX-NSAC,,,,5,MX-NSAC,humid pine and evergreen forest,,,5,PIF CAW 2014,"restricted to humid foothills and highlands. In central America, found mainly from Chiapas to honduras, also Panama and Costa Rica, where extensive deforestation has occurred.",,,,,,,,,,,,,,,,,,,,15,15,15,Watch List/Tipping Point Orange,,,Neotropical,Neotropical,Forests: Mesoamerican Highland,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland,Forests: Tropical Montane Evergreen +1312,Strong-billed Woodcreeper,Xiphocolaptes promeropirhynchus,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,1,4663861,Natureserve 3.0,,1,4663861,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,humid pine and evergreen forest,,,5,PIF CAW 2014,regional experts in core range in mexico score as PT=4,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List/Tipping Point Yellow,,,Neotropical,Neotropical,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland +1313,Cocoa Woodcreeper,Xiphorhynchus susurrans,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,610780,NatureServe,,3,610780,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1314,Ivory-billed Woodcreeper,Xiphorhynchus flavigaster,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,767413,Natureserve 3.0,,3,767413,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,primarily forest,,,4,PIF CAW 2014,"Most of range in Mexico, all regions score PT=4",,,,,,,,,,,,,,,,,,,,13,13,13,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen +1315,Black-striped Woodcreeper,Xiphorhynchus lachrymosus,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,270917,NatureServe,,4,270917,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1316,Spotted Woodcreeper,Xiphorhynchus erythropygius,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,391961,Natureserve 3.0,,3,391961,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,primary forest,,,4,PIF CAW 2014,"NE and CE regions score PT=5, SE regions score PT=4. Requires humid evergreen forests in highlands, sensitive to fragmentation; loss of this forest type similar in rest of C.A. range; tolerant to some deforestation. Recorded in secondary growth and fruit plantations in highlands of Veracruz",,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1317,Straight-billed Woodcreeper,Dendroplex picus,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,9861891,NatureServe,,1,9861891,NatureServe,,5,PIF CAW 2014,puede ser afectada por cambio climático; restringido a manglares y áreas cercanas,,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,Watch List/Tipping Point Orange,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1318,Red-billed Scythebill,Campylorhamphus trochilirostris,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,1,7410796,NatureServe,,1,7410796,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1319,Brown-billed Scythebill,Campylorhamphus pusillus,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,178591,NatureServe,,4,178591,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1320,White-striped Woodcreeper,Lepidocolaptes leucogaster,landbird,Passeriformes,Furnariidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,4,292182,Natureserve 3.0,,4,292182,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss,,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +1321,Streak-headed Woodcreeper,Lepidocolaptes souleyetii,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,2,1348212,Natureserve 3.0,,2,1348212,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,primarily forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1322,Spot-crowned Woodcreeper,Lepidocolaptes affinis,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,4,187414,Natureserve 3.0,,4,187414,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,primarily forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1323,Plain Xenops,Xenops minutus,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,1,9751250,Natureserve 3.0,,1,9751250,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,humid evergreen forest,,,4,PIF CAW 2014,Restricted to humid lowland and foothills forest within limited C.A. range; loss of such forests has been extensive in C.A.,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1324,Streaked Xenops,Xenops rutilans,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,6952889,NatureServe,,1,6952889,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,9,9,9,,,,Neotropical,Neotropical,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1325,Buffy Tuftedcheek,Pseudocolaptes lawrencii,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,5,PIF CAW 2016; PIFSC-23,PIFSC-23: splitting off Pacific Tuftedcheek likely has little influence on PS-g since relatively small population,,,,,,,,5,6602,BirdLife 2022,"Shaw-23: old NatureServe was missing Pacific Tuftedcheek in the first place, so no range size decrease due to split but rather an increase due to different map projection (North America Lambert Azimuthal Equal Area).",5,6602,BirdLife 2022,"Shaw-23: old NatureServe was missing Pacific Tuftedcheek in the first place, so no range size decrease due to split but rather an increase due to different map projection (North America Lambert Azimuthal Equal Area).",4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1326,Sharp-tailed Streamcreeper,Lochmias nematura,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,2,2654770,NatureServe,,2,2654770,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,en Columbia se ha disminuido más,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1327,Slaty-winged Foliage-gleaner,Philydor fuscipenne,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,4,140861,NatureServe,,4,140861,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1328,Buff-fronted Foliage-gleaner,Dendroma rufa,landbird,Passeriformes,Furnariidae,Formerly placed in the genus Philydor.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,2,2193451,NatureServe,,2,2193451,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,South American Lowlands,South American Lowlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1329,Scaly-throated Foliage-gleaner,Anabacerthia variegaticeps,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,4,216212,Natureserve 3.0,,4,216212,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,cloud forest specialist,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1330,Lineated Foliage-gleaner,Syndactyla subalaris,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,251675,NatureServe,,4,251675,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1331,Ruddy Foliage-gleaner,Clibanornis rubiginosus,landbird,Passeriformes,Furnariidae,Formerly placed in Automolus.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,2,2137046,BirdLife 2021,,2,2137046,BirdLife 2021,,4,MX-NSAC,,,,4,MX-NSAC,cloud and humid pine forest specialist,,,5,PIF CAW 2014,"Creemos que esta especie es altamente sensible a la perturbaci#n del sotobosque, inclusive mßs que otras especies en el mismo hßbitat (p.e. Chlorospingus ophtahlmicus). En M#xico, algunos furnßridos no ocupan ßreas perturbadas en los bosques mes#filos, re",,,,,,,,,,,,,,,,,,,,14,14,14,Watch List/Tipping Point Yellow,,,Neotropical,Neotropical,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1332,Streak-breasted Treehunter,Thripadectes rufobrunneus,landbird,Passeriformes,Furnariidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,17652,NatureServe,,5,17652,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1333,Buff-throated Foliage-gleaner,Automolus ochrolaemus,landbird,Passeriformes,Furnariidae,,0,0,1,1,R,,,3,Gomez-Panjabi,"subtracted pop estimate for Chiriqui Forage-Gleaner from rounded geometric midpoint of pop estimate range from BTFG's PS-g = 3, but due to rounding, no change",,,,,,,,1,6428834,BirdLife 2019;Bird Conservancy of the Rockies 2019,deleted polygon covering Pacific coast of Costa Rica/Panama from BirdLife's shapefile for Buff-throated Foliage-gleaner because BirdLife does not recognize Chiriqui Foliage-Gleaner,1,6428834,BirdLife 2019;Bird Conservancy of the Rockies 2019,deleted polygon covering Pacific coast of Costa Rica/Panama from BirdLife's shapefile for Buff-throated Foliage-gleaner because they do not recognize Chiriqui Foliage-Gleaner,4,MX-NSAC,,,,4,MX-NSAC,humid evergreen forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1334,Chiriqui Foliage-gleaner,Automolus exsertus,landbird,Passeriformes,Furnariidae,Formerly considered conspecific with Automolus ochrolaemus.,0,0,0,1,R,,,5,PIF CAW 2016;Bird Conservancy of the Rockies 2019,"split off of Buff-throated Foliage-gleaner, so multiplied % of range by the rounded geometric midpoint of pop estimate range for BTFG's PS-g = 3",,,,,,,,5,12168,BirdLife 2019; Bird Conservancy of the Rockies 2019,exported polygon covering Pacific coast of Costa Rica/Panama from BirdLife's shapefile for Buff-throated Foliage-gleaner because they did not recognize this split,5,12168,BirdLife 2019;Bird Conservancy of the Rockies 2019,exported polygon covering Pacific coast of Costa Rica/Panama from BirdLife's shapefile for Buff-throated Foliage-gleaner because they do not recognize this split,4,MX-NSAC,,,,4,MX-NSAC,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1335,Striped Woodhaunter,Automolus subulatus,landbird,Passeriformes,Furnariidae,Formerly placed in Hyloctistes.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,2,3490261,NatureServe,,2,3490261,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List/Tipping Point Yellow,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1336,Spotted Barbtail,Premnoplex brunnescens,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,407903,NatureServe,,3,407903,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1337,Beautiful Treerunner,Margarornis bellulus,landbird,Passeriformes,Furnariidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,484,NatureServe,,5,484,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,19,19,19,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1338,Ruddy Treerunner,Margarornis rubiginosus,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,5635,NatureServe,,5,5635,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1339,Double-banded Graytail,Xenerpestes minlosi,landbird,Passeriformes,Furnariidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,108472,NatureServe,,4,108472,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1345,Rufous-browed Peppershrike,Cyclarhis gujanensis,landbird,Passeriformes,Vireonidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,1,13521175,Natureserve 3.0,,1,13521175,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,tolerant of man-made environments,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,8,8,8,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1346,Scrub Greenlet,Hylophilus flavipes,landbird,Passeriformes,Vireonidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,3,837073,NatureServe,,3,837073,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,,,South American Lowlands,South American Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1347,Chestnut-sided Shrike-Vireo,Vireolanius melitophrys,landbird,Passeriformes,Vireonidae,,0,0,1,1,R,,,5,Gomez-Panjabi,"probably close to cut-off for PS=4, but generally low-density within range",,,,,,,,4,171428,Natureserve 3.0,,4,171428,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,moderate habitat loss,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +1348,Green Shrike-Vireo,Vireolanius pulchellus,landbird,Passeriformes,Vireonidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,373849,Natureserve 3.0,,3,373849,Natureserve 3.0,NS map looks good,4,MX-NSAC,,,,4,MX-NSAC,primary forest,,,4,PIF CAW 2014,moderate loss of habitat in Central America; moderate loss of habitat in Central America,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1349,Yellow-browed Shrike-Vireo,Vireolanius eximius,landbird,Passeriformes,Vireonidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,4,192165,NatureServe,,4,192165,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,pendiente consulta,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1350,Tawny-crowned Greenlet,Tunchiornis ochraceiceps,landbird,Passeriformes,Vireonidae,Formerly considered part of Hylophilus.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,1,6059717,Natureserve 3.0,,1,6059717,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,primary forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1351,Lesser Greenlet,Pachysylvia decurtata,landbird,Passeriformes,Vireonidae,Formerly considered part of Hylophilus.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,857101,Natureserve 3.0,,3,857101,Natureserve 3.0,"NS map looks more or less good, minor differences with range in SA as depicted by Ridgley and Tudor in Birds of South America",3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1352,Golden-fronted Greenlet,Pachysylvia aurantiifrons,landbird,Passeriformes,Vireonidae,Formerly considered part of Hylophilus.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,612200,NatureServe,,3,612200,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,South American Lowlands,South American Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1353,Golden Vireo,Vireo hypochryseus,landbird,Passeriformes,Vireonidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,3,357309,Natureserve 3.0,,3,357309,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss,,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1355,Slaty Vireo,Vireo brevipennis,landbird,Passeriformes,Vireonidae,,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,4,163484,Natureserve 3.0,,4,163484,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss,,,4,MX-NSAC-12,"MX endemic, all regions score PT=4",,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +1356,Black-capped Vireo,Vireo atricapilla,landbird,Passeriformes,Vireonidae,Monotypic.,0,1,1,0,M,,,4,"PIFcalc19–bbs0615,eBird7017","Previous (1991) USFWS estimate was 8,000; Wilkins et al. 2006 estimate ~12,000 for US alone, but based on recently discovered high-density breeding pops and range in Mexico roughly equal to US range, doubling of the US population is appropriate and still","220,000",220000,"150,000",150000,2010.5,PIFcalc19–bbs0615,,4,221672,Natureserve 3.0; PIFSC-09,"missing range in northern Mex.; should be at least 80% size of Coahuila (80% of 150,000; 30,000 already included); NS map does not include a large portion of breeding range in Mexico, including areas in coahuila, nuevo leon and western tamaulipas",4,224254,Natureserve 3.0,,4,PIFSC-08; PIFSC-CVS 2022,"severely threatened in US, moderate or secure in MX; DD='species in danger of regional extirpationor extinction.' BNA cites fire suppression, urban development, cowbird parasitism, ag conversion, genetic fragmentation, overgrazing and cattle in general as ongoing and potential threats. MX say lower.",4,M-H,3,PIFTC-02; PIFSC-CVS 2022,DD='no information available.' Unclear what threats exist on nonbreeding areas or how severe these might be to population sustainability. Nonbreeding habitat use unclear. Did not want to give a TN of 4 'just because' the species is endangered; moderate habitat loss,3,M-H,4,PIFSC-15,has experience major range contraction and population decline in U.S.,,,,,,,,,,,,,,,,,,,,16,15,16,Watch List Yellow,,,North American Southwest,Mesoamerican Pacific Lowlands,Aridlands: Desert Scrub,,Forests: Tropical Dry, +1357,Dwarf Vireo,Vireo nelsoni,landbird,Passeriformes,Vireonidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,4,190715,Natureserve 3.0,,4,190715,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss,,,4,MX-NSAC-12,"Mexican endemic, all regions score PT=4",,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Aridlands: Tropical Arid Scrub,,Aridlands: Tropical Arid Scrub, +1358,White-eyed Vireo,Vireo griseus,landbird,Passeriformes,Vireonidae,,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"24,000,000",24000000,"22,000,000",22000000,2010.5,PIFcalc19–bbs0615,,2,3033906,Natureserve 3.0,,2,1149038,Natureserve 3.0 with adjustment by PIFSC,"Reduced by 100,000 km2 (in SE U.S.); NS ND map matches BNA, but differs from Nat Geo and Sibley by showing more inland distribution in SC, GA, LA, and TX.",2,PIFTC-02; PIFSC-CVS 2022,"mostly in disturbed, abundant habitats (KR). DD='moderately vulnerable to land use trends.' BNA supports that breeding habitats apparently under increasing pressure. Not valuable economically and therefore destroyed/converted. Relatively sensitive to",2,M-H,2,PIFTC-02; PIFSC-CVS 2022,DD='threats assumed to be low.' BNA supports that WEVI does not face serious threats to habitat on wintering range; more flexible in habitat use here.,2,M-H,1,"BBS7021-AS,JS",,59.20448303,0.916247785,0.776000023,1.039999962,1,24.99263191,2.257472515,1.360000014,2.991401911,1,10,core,0.263999999,1542,5.239999771,8080.080078,,,,7,7,7,,,,Eastern Temperate,Gulf-Caribbean Lowlands,Forests: Temperate Eastern,Forests: Tropical Dry,Forests: Generalist, +1360,Mangrove Vireo,Vireo pallens,landbird,Passeriformes,Vireonidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,4,263862,Natureserve 3.0,,4,263862,Natureserve 3.0,,3,MX-NSAC,moderate habitat loss; Es posible que sea esta especie sea separada proximamente. Una de estas futuras especies esta muy amenazada. Revisar el score durante la fase regional (PIF CAW),,,3,MX-NSAC,moderate habitat loss; Es posible que sea esta especie sea separada proximamente. Una de estas futuras especies esta muy amenazada. Revisar el score durante la fase regional (PIF CAW),,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Coasts: Mangroves,,Coasts: Mangroves, +1361,Cozumel Vireo,Vireo bairdi,landbird,Passeriformes,Vireonidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,489,Natureserve 3.0,,5,489,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,,,3,MX-NSAC,tolerant of disturbance,,,2,MX-NSAC,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +1513,Pygmy Nuthatch,Sitta pygmaea,landbird,Passeriformes,Sittidae,,1,1,1,0,R,,,3,"PIFcalc19–bbs0615,eBird7017",,"3,300,000",3300000,"3,100,000",3100000,2010.5,PIFcalc19–bbs0615,,2,1952917,Natureserve 3.0,,2,1952917,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,,5,M-H,3,PIFTC-02; PIFSC-CVS 2022,,3,H,2,"BBS7021-AS,JS",,-21.41227913,-0.470768094,-1.397997022,0.400000006,,2.935067177,0.289733022,-1.360000014,2.166295052,,10,core,1.797996998,247,2.519999981,623.4500122,,,,11,10,11,,yes,,Intermountain West,Intermountain West,Forests: Temperate Western,Forests: Mesoamerican Highland,Forests: Temperate Western,Forests: Mesoamerican Highland +1514,Brown-headed Nuthatch,Sitta pusilla,landbird,Passeriformes,Sittidae,,0,1,0,0,R,,,3,PIFcalc19–bbs0615,Shaw-22: The splitting off of Bahama Nuthatch shouldn't change PS-g since its population is small,"1,600,000",1600000,"1,600,000",1600000,2010.5,PIFcalc19–bbs0615,,3,941670,Natureserve 3.0,Shaw-22: have not recalculated breeding area after Bahama Nuthatch was split off since wouldn't change the score,3,941670,Natureserve 3.0,Shaw-22: have not recalculated non-breeding area after Bahama Nuthatch was split off since wouldn't change the score,4,PIFTC-02; PIFSC-CVS 2022,"DD='moderately vulnerable to human acitivities and land use.' BNA supports that fire suppression, conversion to pine plantations, and shorter rotations in non-plantation habitats pose threats to nesting and foraging habitats. Population likely to declin",5,H,3,PIFTC-02; PIFSC-CVS 2022,"DD='moderately vulnerable to human acitivities and land use.' BNA supports that fire suppression, conversion to pine plantations, and shorter rotations in non-plantation habitats pose threats to foraging habitats. Population likely to decline if present",3,M-H,3,"BBS7021-AS,JS",,-21.629076,-0.476646811,-0.947000027,-0.126802996,1,-11.33666325,-1.195928335,-2.50999999,-0.084100001,,10,core,0.820196986,532.5,1.710000038,910.5,,,,13,12,13,,,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +1516,Brown Creeper,Certhia americana,landbird,Passeriformes,Certhiidae,,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017,ona0105",,"11,000,000",11000000,"9,500,000",9500000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,6526126,Natureserve 3.0,,1,12128297,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,DD='moderately vulnerable to human activities and land use.' Old growth specialist in parts of range needing extensive undistrubed tracts.,3,M-H,3,PIFTC-02; PIFSC-CVS 2022,"DD='moderately vulnerable to human activities and land use.' Still needs mature forested habitats in nonbreeding season. Hemlock wooly adelgid and decline of coniferous forests in mountainous east are threats.. all comments add up to ""moderate"" threats (KVR)",2,M-H,2,"BBS7021-AS,JS",,24.83675003,0.435648263,0.077699997,0.847000003,1,-6.272475243,-0.645707548,-1.970000029,0.467705995,,10,core,0.769299984,1296.5,0.300999999,390.2319946,,,,8,8,8,,,,Nearctic,Nearctic,Forests: Temperate Generalist,,Forests: Temperate Generalist, +1517,Long-billed Gnatwren,Ramphocaenus melanurus,landbird,Passeriformes,Polioptilidae,,0,0,1,1,R,,,2,Gomez-Panjabi,Shaw-22: The splitting off of Chattering Gnatwren shouldn't change PS-g since its population is small,,,,,,,,1,9188612,Natureserve 3.0,Shaw-22: have not recalculated breeding area after Chattering Gnatwren was split off since wouldn't change the score,1,9188612,Natureserve 3.0,Shaw-22: have not recalculated non-breeding area after Chattering Gnatwren was split off since wouldn't change the score,3,MX-NSAC,,,,3,MX-NSAC,humid forest and edge,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1518,Tawny-faced Gnatwren,Microbates cinereiventris,landbird,Passeriformes,Polioptilidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,552590,NatureServe,,3,552590,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List/Tipping Point Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1519,Slate-throated Gnatcatcher,Polioptila schistaceigula,landbird,Passeriformes,Polioptilidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,4,143340,NatureServe,,4,143340,NatureServe,,5,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,19,18,19,Watch List/Tipping Point Red,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1521,Yucatan Gnatcatcher,Polioptila albiventris,landbird,Passeriformes,Polioptilidae,Formerly considered conspecific with P. albiloris.,0,0,1,0,R,,,5,MX-NSAC-19,"MX-NSAC-19: PS was precisely proposed based on the density of the now sister species, since its relative abundance /frequency seems to be similar as well. Gomez 2019: Tengo la impresión (pero no datos) de que la Polioptila de Yucatán se encuentra en parches mucho más locales y tiene densidad poblacional menor que albiloris. Por lo menos el tamaño poblacional se lo bajaría, subiendo el valor de global score.",,,,,,,,5,15798,BirdLife 2019; Bird Conservancy of the Rockies 2020; MX-NSAC-19,Shaw 2020: used the BirdLIfe polygon for Polioptila albiloris s.l. in the Yucatan,5,15798,BirdLife 2019; Bird Conservancy of the Rockies 2020; MX-NSAC-19,Shaw 2020: used the BirdLIfe polygon for Polioptila albiloris s.l. in the Yucatan,4,MX-NSAC-19,,,,4,MX-NSAC-19,,,,4,MX-NSAC-19,"MX-NSAC-19: PT is proposed following albiloris PT as well, supported by same trends in the dry forest",,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1522,White-browed Gnatcatcher,Polioptila bilineata,landbird,Passeriformes,Polioptilidae,Formerly considered conspecific with Polioptila plumbea.,0,0,1,1,R,,,3,Gomez-Panjabi; eRaw20; Shaw-22,Shaw-22: multiplied the geometric midpoint (20 million) of the pop size range of pre-split PS -g score by the eRaw20 % that falls within the resident range of White-lored Gnatcatcher,,,,,,,,3,760783,BirdLife 2021; eBird-22; Shaw-22,"Shaw-22: BirdLife has not yet split Tropical Gnatcatcher, so split BirdLife's Tropical Gnatcatcher polygons manually, referring to eBird's observation maps",3,760783,BirdLife 2021; eBird-22; Shaw-22,"Shaw-22: BirdLife has not yet split Tropical Gnatcatcher, so split BirdLife's Tropical Gnatcatcher polygons manually, referring to eBird's observation maps",4,MX-NSAC,,,,4,MX-NSAC,severe habitat loss,,,4,PIF CAW 2014,"fairly broad habitat use, PT=4 better overall",,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Neotropical,Neotropical,Forests: Tropical Generalist,,Forests: Tropical Generalist, +1523,Blue-gray Gnatcatcher,Polioptila caerulea,landbird,Passeriformes,Polioptilidae,,1,1,1,1,M,,,1,"PIFcalc19–bbs0615,eBird7017",,"260,000,000",260000000,"230,000,000",230000000,2010.5,PIFcalc19–bbs0615,,1,6577715,Natureserve 3.0,,2,2998138,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,"DD='relatively tolerant of human activities and land use.' BNA supports that although it may have specific needs within forested habitats (streams, openings, etc), it doesn't seem threatened by current land use.",2,H,2,PIFTC-02; PIFSC-CVS 2022,DD='relatively tolerant of human activities and land use.' BNA supports that deforestation on wintering or neotropical breeding areas not a cause for concern. Uses scrub habitats in nonbreeding season.,2,H,3,"BBS7021-AS,JS",,5.73672533,0.109490991,-0.337000012,0.497305006,,-18.98639488,-2.080148697,-3.079999924,-1.25899899,1,10,core,0.834304988,2275.5,2.75999999,6279.689941,,,,7,8,8,,,,Nearctic,Widespread,Forests: Generalist,,Forests: Generalist, +1870,Vesper Sparrow,Pooecetes gramineus,landbird,Passeriformes,Passerellidae,,1,1,1,0,M,,,2,PIFcalc19–bbs0615,,"35,000,000",35000000,"35,000,000",35000000,2010.5,PIFcalc19–bbs0615,,1,6346442,Natureserve 3.0,,2,3636009,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,3,M-L,3,PIFSC-Dec-08; PIFSC-CVS 2022,Panjabi: at least moderately threatened by increasing loss of Chihuahuan grasslands,2,H,4,"BBS7021-AS,JS",,-47.27498627,-1.248629212,-2.25,-0.625401974,1,-19.25370407,-2.119870663,-3.00999999,-1.476799965,1,10,core,1.624598026,2387,11.14500046,26546.03906,,,,10,11,11,,,"b,w",Great Plains,North American Southwest,Grasslands: Temperate,,Grasslands: Chihuahuan,Grasslands: Temperate +1871,LeConte's Sparrow,Ammospiza leconteii,landbird,Passeriformes,Passerellidae,Monotypic. Formerly included in the genus Ammodramus. Previously known as Le Conte's Sparrow.,1,1,0,0,M,,,2,"PIFcalc19–bbs0615,ona0105",,"5,100,000",5100000,"5,100,000",5100000,2010.5,"PIFcalc19–bbs0615,ona0105",,2,2855031,Natureserve 3.0,,3,956903,Natureserve 3.0,"NS map seems to have incorporated much of the 'poorly known' range on the BNA maps into NB range. LESP is not regular, in my experience, in GA or SC, (unsure of AL) but certainly not in the mountains as portrayed in the maps here. If these areas were el",4,PIFTC-02; PIFSC-CVS 2022,"Much of Canadian habitat not threatened. DD='moderatley vulnerable to human land use.' Based on BNA info, unclear that Canadian pops threatened to extent to warrant TB 4. Breeds in wet as well as dry habitats, haying seems unfavorable.",4,M-H,3,PIFTC-02; PIFSC-CVS 2022,"Uses dry grassland as well as wet--not sure of threat. DD='moderately vulnerable to human land use.' Intense agriculture, urbanization, short rotation forestry, and fire exclusion along central Gulf coast likley ongoing threats. Decline in TX rice agr",1,H,5,"BBS7021-AS,JS",,-65.89123535,-2.086770535,-3.190000057,-1.00999999,1,-36.71732712,-4.470875263,-8.829999924,0.013697,,10,core,2.180000067,416,2.079999924,867.1199951,,,,13,13,13,Watch List/Tipping Point Orange,,w,Northern Forest,Eastern Temperate,Wetlands: Seasonally Wet Grasslands,Grasslands: Temperate,Grasslands: Temperate, +1872,Seaside Sparrow,Ammospiza maritima,landbird,Passeriformes,Passerellidae,,0,1,0,0,M,,,4,PIFcalc19–bbs0615,,"200,000",200000,"200,000",200000,2010.5,PIFcalc19–bbs0615,,4,173335,Natureserve 3.0,,4,136063,Natureserve 3.0,"Add 20%; Note that breeding range from GA to NC should be labeled as permanent resident on NS maps per BNA. Additionally some birds overwinter north of this line, perhaps regularly.Ken comment: Add 20%; Note that breeding range from GA to NC should be la",4,PIFSC-15; PIFSC-CVS 2022,Rosenberg: could be more vulnerable due to sea level rise (but less sensitive than SMSTSP. Previous comment still applies; seems like threats are rapidly increasing to all coastal saltmarsh species (KVR); sea-level rise is a severe threat (PIFSC),2,H,4,PIFTC-02; PIFSC-CVS 2022,Restricted to coastal saltmarsh year-round -- threats certainly not less than for Nelson's Sparrow (KVR),3,M-H,3,"Demarest, Hunter 2018","Rosenberg-23: BBS data skewed to Gulf Coast population [which is the core of the species], whereas SHARP data for Atlantic Coast shows declines and CBC shows overall steep decline. (BBS is also declining on Atlantic Coast). “3†for uncertainty because of large discrepancies. Correll-23: BBS and CBC have roadside bias, so SHARP better to avoid bias. Demarest: It's apt to be clouded by all the various ssp/races and their various pop trajectories, e.g. 60% declines in Cape Sable since 1990s, declines in MacGillivrays, not to mention what happened to Dusky (rest in peace). But to the degree BCR 27 is important [61% of pop according to eBird], and to the degree (declining) MacGillivray’s comprises the South Atlantic pop in this BCR, this could be a driver in how we consider the SESP PT score overall. That said, Chuck makes a case that PT 3 might be the most appropriate score rangewide, given that SHARP data are limited in scope and noting the BBS limitations Randy pointed out [just reported in 20 routes in TX, LA, MD].",,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Eastern Temperate,Eastern Temperate,Coasts: Saltmarsh,,Coasts: Saltmarsh, +1873,Nelson's Sparrow,Ammospiza nelsoni,landbird,Passeriformes,Passerellidae,Monotypic. Formerly included in the genus Ammodramus.,1,1,0,0,M,,,3,"PIFcalc19–bbs0615,ona0105",,"1,000,000",1000000,"1,000,000",1000000,2010.5,"PIFcalc19–bbs0615,ona0105",,2,1338870,Natureserve 3.0,,4,211921,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,3,M-L,4,PIFTC-02; PIFSC-CVS 2022,Winters primarily in saltmarsh habitat but not sure if threats should be considered severe in winter?,4,M-L,3,"BBS7021-AS,JS",,84.3970871,1.206868052,-0.91900003,2.801095963,,-35.69855881,-4.322410107,-7.500201225,-0.090899996,1,10,core,3.720096111,220.5,0.114500001,25.23999977,,,,11,14,14,Watch List Yellow,,,Great Plains,Eastern Temperate,Wetlands: Seasonally Wet Grasslands,Coasts: Saltmarsh,Coasts: Saltmarsh, +1874,Saltmarsh Sparrow,Ammospiza caudacuta,landbird,Passeriformes,Passerellidae,Formerly included in the genus Ammodramus.,0,1,0,0,M,,,4,Wiest et al. 2019,"560 is BBS-15 estimate but based on just 2 BBS routes, so BBS not a good source (PIFSC-18).","60,000",60000,"60,000",60000,,Wiest et al. 2019,,5,69146,Natureserve 3.0,,4,132610,Natureserve 3.0,,5,PIFSC-15; PIFSC-CVS 2022,"Rosenberg: vulnerable to sea level rise. sea level rise (and fight to combat slr) pose severe threat to entire population; suceptible to climate change, flooding of nests, storms; salt marsh habitat severely threatened. (CB, KVR, WE, TW, DP)",1,H,4,PIFTC-02; PIFSC-CVS 2022,"slightly more flexible in winter, perhaps less seas level rise further south; Randy (?) to check with species experts",4,M-H,5,PIFSC-18; Correll et al. 2017,"Dettmers: SHARP estimates an annual decline of -9% over the period 1998-2012, which is short of going back to 1970, but no one doubts the species has declined by >50% since 1970, given coastal development and the impacts from sea level rise",,,,,,,,,,,,,,,,,,,,19,17,19,Watch List/Tipping Point Red,,,Eastern Temperate,Eastern Temperate,Coasts: Saltmarsh,,Coasts: Saltmarsh, +1875,Baird's Sparrow,Centronyx bairdii,landbird,Passeriformes,Passerellidae,Monotypic. Formerly included in the genus Ammodramus.,1,1,1,0,M,,,3,PIFcalc19–bbs0615,,"3,400,000",3400000,"3,400,000",3400000,2010.5,PIFcalc19–bbs0615,,3,827483,Natureserve 3.0,,3,377349,Natureserve 3.0,,5,PIFTC-02; PIFSC-CVS 2022,,5,H,5,PIFTC-02; PIFSC-CVS 2022,loss of winter habitat across range could threaten persistence of entire species.,5,H,5,"BBS7021-AS,JS",,-70.63554382,-2.372883558,-3.539999962,-1.498996973,1,-8.030115128,-0.832260311,-4.730000019,2.190000057,,10,core,2.041002989,246,6.494999886,1594.694946,,,,16,16,16,Watch List/Tipping Point Red,,,Great Plains,North American Southwest,Grasslands: Temperate,,Grasslands: Chihuahuan, +1876,Henslow's Sparrow,Centronyx henslowii,landbird,Passeriformes,Passerellidae,Formerly included in the genus Ammodramus.,1,1,0,0,M,,,4,PIFcalc19–bbs0615,,"410,000",410000,"410,000",410000,2010.5,PIFcalc19–bbs0615,,2,1091291,Natureserve 3.0,,3,658360,Natureserve 3.0,,5,PIFTC-02; PIFSC-CVS 2022,"threats remain severe in future, in spite of improvements in populations due to recent CRP -- all of those gains likely to be lost; extirpated from most of eastern range.",5,H,4,PIFTC-02; PIFSC-CVS 2022,,2,H,4,"BBS7021-AS,JS",,-42.48727417,-1.077736259,-2.880000114,0.50710398,,-39.04359436,-4.828712463,-8.140000343,-1.911098003,,10,core,3.387104034,365,0.062849998,23.10020065,,,,15,15,15,Watch List/Tipping Point Yellow,,b,Great Plains,Eastern Temperate,Grasslands: Temperate,,Grasslands: Temperate,Forests: Temperate Eastern +1877,Savannah Sparrow,Passerculus sandwichensis,landbird,Passeriformes,Passerellidae,,1,1,1,1,M,,,1,"PIFcalc19–bbs0615,nwt9501,ona0105,eBird7017",,"170,000,000",170000000,"170,000,000",170000000,2010.5,"PIFcalc19–bbs0615,nwt9501,ona0105",,1,13727335,Natureserve 3.0,,1,4716806,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"GB suggests 2 too low because of destruction of grassland?. More highly threatened in parts of range, but probably the most tolerant and widespread of the grassland sparrows (KVR)",3,M-H,2,PIFTC-02; PIFSC-CVS 2022,secure but not enhanced by human disturbance (KR),2,H,5,"BBS7021-AS,JS",,-54.60619354,-1.536709785,-2.430000067,-1.049500942,1,-30.33991051,-3.553547621,-4.610000134,-2.789999962,1,10,core,1.380499005,2638,16.27499962,42880.92578,,,19,10,9,10,Common Bird in Steep Decline,,"b,w",Nearctic,Nearctic,Grasslands: Temperate,Tundra: Arctic,Open Country: Developed/Disturbed,Coasts: Saltmarsh +2008,Altamira Yellowthroat,Geothlypis flavovelata,landbird,Passeriformes,Parulidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,58953,Natureserve 3.0,,5,58953,Natureserve 3.0,,5,PIFTC-02,Mexicans scored; extreme habitat loss (MX-NSAC).,,,5,PIFTC-02,Mexicans scored; extreme habitat loss,,,5,MX-NSAC,,,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +2009,Common Yellowthroat,Geothlypis trichas,landbird,Passeriformes,Parulidae,,1,1,1,1,M,,,1,"PIFcalc19–bbs0615,eBird7017,ona0105",,"77,000,000",77000000,"76,000,000",76000000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,11108512,Natureserve 3.0,,2,3395587,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,4,"BBS7021-AS,JS",,-30.33874893,-0.705980301,-0.912600994,-0.463999987,1,-3.247405767,-0.329680026,-0.599699974,0.104000002,,10,core,0.448601007,4200,7.050000191,29598.0293,,,,8,9,9,,,w,Nearctic,Widespread,Open Country: Habitat Mosaic,Wetlands: Freshwater Marsh,Open Country: Habitat Mosaic,Wetlands: Freshwater Marsh +2010,Hooded Yellowthroat,Geothlypis nelsoni,landbird,Passeriformes,Parulidae,,0,0,1,0,R,,,5,Gomez-Panjabi,local within mapped range,,,,,,,,4,117527,Natureserve 3.0,,4,117527,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,"scrub, chapparal",,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Aridlands: Tropical Arid Scrub,,Aridlands: Tropical Arid Scrub, +2015,Hooded Warbler,Setophaga citrina,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19–bbs0615,,"5,200,000",5200000,"5,200,000",5200000,2010.5,PIFcalc19–bbs0615,,2,1999482,Natureserve 3.0,,3,752489,Natureserve 3.0; PIFSC-08,"winter map not quite accurate -- probably more continuous through Central America (e.g. Honduras), and should not be shown to winter in West Indies",3,PIFTC-02; PIFSC-CVS 2022,,2,M-H,4,PIFTC-02; PIFSC-CVS 2022,more tolerant of disturbed habitats than other lowland forest wintering species (KVR),4,H,1,"BBS7021-AS,JS",,119.2626343,1.553617597,1.200000048,1.867794991,1,14.66933346,1.37836957,0.202000007,2.29359889,1,10,core,0.667795002,1021.5,1.86500001,1903.859985,,,,8,10,10,,,,Eastern Temperate,Gulf-Caribbean Lowlands,Forests: Temperate Eastern,,Forests: Tropical Lowland Evergreen, +2016,American Redstart,Setophaga ruticilla,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,ona0105","PIFSC-20: just 3 known breeding records outside US/Canada (Cuba), so used US/Canada estimate as global estimate","42,000,000",42000000,"42,000,000",42000000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,6655743,Natureserve 3.0,,2,3705496,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,3,H,3,PIFTC-02; PIFSC-CVS 2022,Panjabi: largely dependent on lower to mid-elevation tropical forests in winter. Shown to have higher winter survival in wetter forest habitats; new threats from drying due to CC (KVR),2,H,2,"BBS7021-AS,JS",,-9.454415321,-0.194602281,-0.465499997,0.186000004,,13.29910946,1.257550478,0.515999973,1.997900009,1,10,core,0.651499987,2288.5,3.869999886,8846.995117,,,,8,9,9,,,,Northern Forest,Neotropical,Forests: Temperate Generalist,,Forests: Tropical Generalist,Coasts: Mangroves +1367,Bell's Vireo,Vireo bellii,landbird,Passeriformes,Vireonidae,,0,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"5,700,000",5700000,"4,600,000",4600000,2010.5,PIFcalc19–bbs0615,,2,2636808,Natureserve 3.0,,4,292115,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,"Huge range contractions, high failure from cowbirds, loss of riparian and brushy hedgerows (CH). water withdrawal from riparian areas pose increasing threat.",2,H,3,PIFTC-02; PIFSC-CVS 2022,,1,H,1,"BBS7021-AS,JS",,49.54880905,0.792351425,0.104000002,1.476501942,1,26.87927818,2.409416914,1.11659801,4.159999847,1,10,core,1.372501969,578,1.044999957,604.1149902,,,,9,10,10,,,,North American Southwest,Mesoamerican Pacific Lowlands,Aridlands: Desert Riparian,Forests: Temperate Eastern,Forests: Tropical Dry, +1368,Gray Vireo,Vireo vicinior,landbird,Passeriformes,Vireonidae,Monotypic.,0,1,1,0,M,,,3,"PIFcalc19–bbs0615,eBird7017",,"560,000",560000,"550,000",550000,2010.5,PIFcalc19–bbs0615,,3,434867,Natureserve 3.0 with adjustment by PIFSC-08,Reduced by 10%; NS map overestimates range relative to nat Geo,4,179076,Natureserve 3.0,,3,PIFSC-15; PIFSC-CVS 2022,"Habitat specialist, and concentrated; habitat probably affected by human activity.",1,M-H,4,PIFTC-02; PIFSC-CVS 2022,"rel. specialist in winter -- mature Bursera trees (KR); fairly widespead, and area fairly secure. possibly affected by climate change, dying of Bursera trees (CB); CB- we are seeing Bursera dying (drought and/or climate change, eat almost exclusively the berries); No reports of Bursera die-offs can be found on the web. Natureserve Explorer gives an overall threats impact of ""low"" for Bursera microphylla and states ""Apparently relatively stable; no reports of major decline"". Also, ""The remoteness of its habitat will probably confer long-term stability."" Medicinal and horticultural collecting can impact some populations ocally but is not a major threat. Is Bursera die-off significant enough/ongoing to be considered a high threat on a par with other species with TB/TN=4? (AP)",1,H,1,"BBS7021-AS,JS",,229.4334106,2.363078833,0.048900001,4.406201839,1,62.34765244,4.963276863,1.950000048,7.220900059,1,10,core,4.357302189,106,0.375999987,39.85200119,,,,10,12,12,,,,Intermountain West,North American Southwest,Forests: Temperate Western,Aridlands: Chaparral,Aridlands: Desert Scrub, +1369,Hutton's Vireo,Vireo huttoni,landbird,Passeriformes,Vireonidae,,1,1,1,1,R,,,3,"PIFcalc19–eBird7017,bbs0615",,"2,700,000",2700000,"960,000",960000,2010.5,PIFcalc19–bbs0615,,2,1215478,Natureserve 3.0,,2,1215478,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,3,H,3,PIFTC-02; PIFSC-CVS 2022,"winters in native forest habitats, even if more generalized; should be consistent with resident birds in same habitats (KVR)",3,M-H,1,"BBS7021-AS,JS",,102.0079575,1.387782097,0.761901975,2.24000001,1,-2.180539608,-0.220039234,-2.730000019,1.787996054,,10,core,1.478098035,250.5,0.702000022,175.8170013,,,,9,9,9,,,,Western Temperate,Western Temperate,Forests: Temperate Western,Forests: Mesoamerican Highland,Forests: Temperate Western,Forests: Mesoamerican Highland +1370,Yellow-throated Vireo,Vireo flavifrons,landbird,Passeriformes,Vireonidae,Monotypic.,1,1,1,1,M,,,3,PIFcalc19–bbs0615,,"4,700,000",4700000,"4,700,000",4700000,2010.5,PIFcalc19–bbs0615,,2,3164232,Natureserve 3.0,,2,1475371,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"DD='moderately vulnerable to human activities and land uses.' BNA supports that although populations seem to respond to openings/edge created in forested habitats, large blocks of forest or high percentage of forest in landscape is still required. Sensi",2,M-L,4,PIFTC-02; PIFSC-CVS 2022,DD='no available information.' BNA supports that habitat threats on wintering range poorly known.,5,H,1,"BBS7021-AS,JS",,90.79044342,1.274021983,1.074599981,1.539999962,1,24.64190674,2.225716352,1.428293943,3.200000048,1,10,core,0.46540001,1913,0.805000007,1539.61499,,,,9,10,10,,,,Eastern Temperate,Neotropical,Forests: Temperate Eastern,,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +1371,Yellow-winged Vireo,Vireo carmioli,landbird,Passeriformes,Vireonidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,4188,NatureServe,,5,4188,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1372,Cassin's Vireo,Vireo cassinii,landbird,Passeriformes,Vireonidae,,1,1,1,0,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"5,000,000",5000000,"4,600,000",4600000,2010.5,PIFcalc19–bbs0615,,3,921150,Natureserve 3.0,,3,950327,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"in mature Pacific forests, but not severely threatened (KR).",2,M-H,3,PIFTC-02; PIFSC-CVS 2022,"winters in variety of habitats, same as Plumbeous (KR). winters in native forest habitats, even if more generalized; should be consistent with resident birds in same habitats (KVR)",2,M-H,1,"BBS7021-AS,JS",,57.78302765,0.898064435,0.416999996,1.270496964,1,4.844522476,0.47394231,-0.758000016,1.64270401,,10,core,0.853497028,486,2.25999999,1097.910034,,,,9,9,9,,,,Pacific North America,Mesoamerican Pacific Lowlands,Forests: Temperate Western,,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +1373,Blue-headed Vireo,Vireo solitarius,landbird,Passeriformes,Vireonidae,,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,ona0105",,"13,000,000",13000000,"13,000,000",13000000,2010.5,"PIFcalc19–bbs0615,ona0105",,2,3313965,Natureserve 3.0,,2,1550697,Natureserve 3.0,,3,PIFSC-15; PIFSC-CVS 2022,Rosenberg: tolerant of forestry and conifer plantations; but threatened by loss of hemlocks to woolly adelgids in Appalachians. check overall response to boreal forestry and energy extraction activities (KVR),4,M-L,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,1,"BBS7021-AS,JS",,307.5246582,2.791521072,2.218102932,3.599999905,1,6.186789513,0.600110829,-1.195502043,2.75,,10,core,1.381896973,1263.5,1.210000038,1528.295044,,,,8,8,8,,,,Northern Forest,Gulf-Caribbean Lowlands,Forests: Boreal,Forests: Temperate Eastern,Forests: Tropical Generalist,Forests: Temperate Eastern +1374,Plumbeous Vireo,Vireo plumbeus,landbird,Passeriformes,Vireonidae,,0,1,1,1,M,,,3,"PIFcalc19–bbs0615,eBird7017",,"3,500,000",3500000,"3,000,000",3000000,2010.5,PIFcalc19–bbs0615,,2,1293903,Natureserve 3.0,,3,521345,Natureserve 3.0,,3,PIF CAW 2014; PIFSC-CVS 2022,"Dry coniferous. En Mesoamerica hay poblaciones residentes (Chiapas, Guatemala y Honduras) las cuales han tenido mucha presion sus habitat. Se propone un valor de 3 (PT, TB y TN) (PIF CAW)",1,H,3,PIF CAW 2014; PIFSC-CVS 2022,"winters in native forest habitats, even if more generalized; should be consistent with resident birds in same habitats (KVR); En Mesoamerica hay poblaciones residentes (Chiapas, Guatemala y Honduras) las cuales han tenido mucha presion sus habitat. Se propone un valor de 3 (PT, TB y TN) (PIF CAW)",3,M-H,2,"BBS7021-AS,JS",,5.089494705,0.097543634,-0.798500001,1,,1.242045045,0.123534441,-1.75,1.547598958,,10,core,1.798499942,285,1.705000043,485.9249878,,,,10,11,11,,,,Intermountain West,Mesoamerican Pacific Lowlands,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry +1375,Philadelphia Vireo,Vireo philadelphicus,landbird,Passeriformes,Vireonidae,Monotypic.,1,1,1,1,M,,,3,"PIFcalc19–bbs0615,ona0105",,"4,000,000",4000000,"4,000,000",4000000,2010.5,"PIFcalc19–bbs0615,ona0105",,2,2739486,Natureserve 3.0,,3,675438,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,4,M-L,2,PIFTC-02,"According to BNA, uses mid-successional, edge, shade coffee, gardens (ED)",,,1,"BBS7021-AS,JS",,139.798996,1.730310202,0.520694017,3.089999914,1,73.64099884,5.672122002,-1.080000043,10.45219898,,10,core,2.569305897,550,1.069499969,588.0145264,,,,9,9,9,,,,Northern Forest,Mesoamerica,Forests: Boreal,,Forests: Tropical Generalist, +1376,Warbling Vireo,Vireo gilvus,landbird,Passeriformes,Vireonidae,,1,1,1,1,M,,,1,"PIFcalc19–bbs0615,eBird7017",,"53,000,000",53000000,"52,000,000",52000000,2010.5,PIFcalc19–bbs0615,,1,9781704,Natureserve 3.0,,3,629378,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"Threats higher in west, but not range-wide. Uses variety of disturbed habitats--very human tolerant. Deciding point: most of population in west.",2,H,3,PIFTC-02; PIFSC-CVS 2022,"winters in native forest habitats, even if more generalized; should be consistent with resident birds in same habitats (KVR); winters extensively in TDF in western Mexico where it is perhaps the most abundant species; threats at least moderate due to habitat loss (Panjabi)",2,M-H,1,"BBS7021-AS,JS",,55.04829788,0.863316,0.56099999,1.063501954,1,-1.613803148,-0.162628934,-1.011096954,0.86500001,,10,core,0.502502024,2998.5,4.454999924,13353.72461,,,,6,8,8,,,,Nearctic,Mesoamerica,Forests: Temperate Eastern,Forests: Temperate Western,Forests: Tropical Generalist, +1377,Brown-capped Vireo,Vireo leucophrys,landbird,Passeriformes,Vireonidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,577263,Natureserve 3.0,,3,577263,Natureserve 3.0,NS map looks good,4,MX-NSAC,,,,4,MX-NSAC,humid evergreen and cloud forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1378,Red-eyed Vireo,Vireo olivaceus,landbird,Passeriformes,Vireonidae,,1,1,1,1,M,,,1,"PIFcalc19–bbs0615,ona0105; PIFSC-20","PIFSC-20: 2019 estimate was extrapolated from US/Canada estimate based on pre-split %US/Canada eBird data. Now that Chivi Vireo split off, Red-eyed Vireo is effectively limited to US/Canada, so used US/Canada estimate as global estimate. There are just a handful of disjunct summering Red-eyed Vireo records from extreme northeastern Coahuila.","130,000,000",130000000,"130,000,000",130000000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,8742847,BirdLife 2021,,1,11298861,BirdLife 2021,,2,PIFTC-02; PIFSC-CVS 2022,"DD='moderately vulnerable to land use trends.' Reacts to fragmentation of mature forest, but also present in fragmented second growth. Sensitive to cowbird parasitism. Resident SA pops not considered.",2,M-H,2,PIFTC-02,DD='no available information.' BNA states no information on habitat threats in nonbreeding season.,,,1,"BBS7021-AS,JS",,56.01602554,0.874144733,0.638795018,1.149999976,1,16.96269417,1.579735279,1.128100991,2.150000095,1,10,core,0.511205018,3426.5,12.80000019,43853.19922,,,,5,5,5,,,,Nearctic,South American Lowlands,Forests: Temperate Generalist,,Forests: Tropical Lowland Evergreen, +1379,Yellow-green Vireo,Vireo flavoviridis,landbird,Passeriformes,Vireonidae,,0,1,1,1,M,,,3,PIFTC-02–PS-g midpoint,,"2,000,000",2000000,<50,50,,PIFSC-16,"<50, I can't think of places to look for 25 pair much less find them.(M Gustafson)",2,1009338,Natureserve 3.0,,2,1965023,Natureserve 3.0,,3,PIFTC-02,,,,3,PIFTC-02,"unknown, winters S.A.",,,3,MX-NSAC,"uses both forests and disturbed habitats, suggest PT=3; uses both forests and disturbed habitats, suggest PT=3",,,,,,,,,,,,,,,,,,,,11,11,11,,,,Mesoamerica,South American Lowlands,Forests: Tropical Dry,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen, +1380,Black-whiskered Vireo,Vireo altiloquus,landbird,Passeriformes,Vireonidae,,0,1,1,1,M,,,2,"PIFcalc19–eBird7017,bbs0615",,"6,200,000",6200000,"84,000",84000,2010.5,PIFcalc19–bbs0615,,4,241658,PIFSC-08,Caribbean-wide Br range; score adjusted to reflect range area; 200-km rule no longer applies,1,4726760,Natureserve 3.0,,3,PIFTC-02,"DD='relatively sensitive to high rates of shiny cowbird parasitism.' However, BNA supports that it may breed in a variety of secondary and disturbed habitats throughout Caribbean which might mean TB 2. Mangrove habitats under intense develoment pressure; requires forest (MX-NSAC).",,,3,PIFTC-02,"DD='threats assumed to be low.' BNA supports that secondary or disturbed habitats may be used in addition to primary habitats. Parastism threats nonexistent in this season, making a lower threats score seem justified. Winters in lowlands of Amazon Basin; unknown, winters S.A.",,,3,PIFSC-23,Shaw-23: unknown trends in Caribbean where majority of population is. BBS yields a score of 5 within US.,,,,,,,,,,,,,,,,,,,,12,9,12,,,,Caribbean,South American Lowlands,Coasts: Mangroves,,Forests: Tropical Lowland Evergreen, +1381,Yucatan Vireo,Vireo magister,landbird,Passeriformes,Vireonidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,5,8585,Natureserve 3.0,,5,8585,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,moderate habitat loss,,,4,PIF CAW 2014,"MX endemic found only in SECL, regional experts score PT=3",,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Coasts: Mangroves,Forests: Tropical Dry,Coasts: Mangroves,Forests: Tropical Dry +1387,Loggerhead Shrike,Lanius ludovicianus,landbird,Passeriformes,Laniidae,,1,1,1,0,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"7,000,000",7000000,"4,600,000",4600000,2010.5,PIFcalc19–bbs0615,,1,8849539,Natureserve 3.0,,1,5676435,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"Average global; no known threats in Mexico (MX-NSAC). Moderate threats (TB=3, not higher) is warranted for most of western breeding range and Mexico; higher threats in East (PIF SC); Do pesticides or other specific activities constitute higher threats in U.S. or Mexico? (KVR)",2,M-H,3,PIFTC-02; PIFSC-CVS 2022,,2,M-H,5,"BBS7021-AS,JS",,-76.39637756,-2.791799784,-3.299999952,-2.384597063,1,-17.00542068,-1.847209692,-3.180000067,-0.779200017,1,10,core,0.915403008,2107,1.455000043,3065.550049,,,,11,11,11,Common Bird in Steep Decline,,w,Nearctic,Nearctic,Grasslands: Temperate,Aridlands: Desert Scrub,Grasslands: Temperate,Aridlands: Desert Scrub +1388,Northern Shrike,Lanius borealis,landbird,Passeriformes,Laniidae,Formerly considered conspecific with Lanius excubitor.,1,1,0,0,M,,,4,PIFcalc19–bbs0615; BirdLife 2019; PIFSC-18,"Most BBS-15 detections were in Alaska, but Canada has more of the range, so we extrapolated Alaska BBS-15 estimates for all of the US/Canada using the Birdlife International range shapefile, which was then similarly used to extrapolate the global estimate.","180,000",180000,"53,000",53000,2010.5,PIFcalc19–bbs0615; BirdLife 2019; PIFSC-18,"Most BBS-15 detections were in Alaska, but Canada has more of the range, so we extrapolated Alaska BBS-15 estimates for all of the US/Canada using the Birdlife International range shapefile",1,11930775,BirdLife 2019,,1,10784885,BirdLife 2019,,4,PIFTC-02; PIFSC-CVS 2022,,5,H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,4,"CBC7019-AS,JS",,-29.14844513,-0.700764298,-0.899999976,-0.5,1,-7.66490984,-0.794288099,-1.399999976,-0.200000003,1,10,,0.400000006,,,,,,,13,11,13,,,w,Arctic,Nearctic,Forests: Boreal,Tundra: Arctic,Open Country: Habitat Mosaic, +1389,Canada Jay,Perisoreus canadensis,landbird,Passeriformes,Corvidae,,1,1,0,0,R,,,2,"PIFcalc19–bbs0615,ona0105,nwt9501",,"27,000,000",27000000,"27,000,000",27000000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,7266187,Natureserve 3.0,,1,7266187,Natureserve 3.0,,3,PIFSC-19; PIFSC-CVS 2022,changed due to calibration with TB-r,4,M-L,3,PIFTC-02; PIFSC-CVS 2022,,3,M-L,3,"BBS7021-AS,JS",,-11.70697784,-0.243357375,-1.070000052,0.597000003,,-7.932244778,-0.748106241,-2.279999971,1.889999986,,11,core,1.667000055,996.5,3.289999962,3294.63501,,,,9,9,9,,,,Northern Forest,Northern Forest,Forests: Boreal,Forests: Temperate Western,Forests: Boreal,Forests: Temperate Western +1390,White-throated Jay,Cyanolyca mirabilis,landbird,Passeriformes,Corvidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,35959,Natureserve 3.0,,5,35959,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,severe habitat loss,,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1391,Dwarf Jay,Cyanolyca nanus,landbird,Passeriformes,Corvidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,13723,Natureserve 3.0,,5,13723,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,severe habitat loss,,,5,MX-NSAC-12,"Mexican endemic, both regions score PT=5",,,,,,,,,,,,,,,,,,,,19,19,19,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Highland,,Forests: Mesoamerican Highland, +1392,Black-throated Jay,Cyanolyca pumilo,landbird,Passeriformes,Corvidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,4,103510,Natureserve 3.0,,4,103510,Natureserve 3.0,,5,MX-NSAC-08,"TB/N=4 is consistent with other cloud forests specialists in this range (Panjabi); especie habitat dependiente (b niebla), muy sensible, rango restringido (en los límites del Triunfo y hacia el sur) (Macias); Estamos de acuerdo con TB=5 (Berlanga).",,,5,MX-NSAC,moderate habitat loss (MX-NSAC-2002); global score should reflect regional experts' opinion,,,5,PIF CAW 2014,"found in 1 region, regional experts scored 5",,,,,,,,,,,,,,,,,,,,19,19,19,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1393,Silvery-throated Jay,Cyanolyca argentigula,landbird,Passeriformes,Corvidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,3936,NatureServe,,5,3936,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1394,Azure-hooded Jay,Cyanolyca cucullata,landbird,Passeriformes,Corvidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,4,105612,Natureserve 3.0,,4,105612,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,uses cloud forests,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1395,Black-throated Magpie-Jay,Calocitta colliei,landbird,Passeriformes,Corvidae,Monotypic.,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,4,156601,Natureserve 3.0,,4,156601,Natureserve 3.0,,2,MX-NSAC,global score should reflect regional expert's opinion.,,,2,MX-NSAC,requires forest; some capture for trade,,,3,MX-NSAC-12,declining in core range (NWPL),,,,,,,,,,,,,,,,,,,,13,13,13,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1396,White-throated Magpie-Jay,Calocitta formosa,landbird,Passeriformes,Corvidae,,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,4,294275,Natureserve 3.0,,4,294275,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1397,Brown Jay,Psilorhinus morio,landbird,Passeriformes,Corvidae,,0,1,1,1,R,,,3,PIFTC-02–PS-g midpoint,,"2,000,000",2000000,<50,50,,PIFSC-16,guestimate based on eBird distribution,3,677252,Natureserve 3.0,,3,677252,Natureserve 3.0,,2,PIFTC-02,future conditions not expected to enhance habitat for this species. primarily dependent on native habitats? Any threats from WNV?,,,2,PIFTC-02,benefits from human activity,,,2,MX-NSAC,"Tolerates and perhaps even benefits from deforestation, local declines do not outweigh increase in habitat",,,,,,,,,,,,,,,,,,,,10,10,10,,yes,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1398,Tufted Jay,Cyanocorax dickeyi,landbird,Passeriformes,Corvidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,Is range (km2) over-estimated??,,,,,,,,5,38720,Natureserve 3.0,,5,38720,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,,,4,MX-NSAC,moderate habitat loss,,,4,MX-NSAC-12,"found in 1 region, experts scored PT=4",,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +1399,Black-chested Jay,Cyanocorax affinis,landbird,Passeriformes,Corvidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,3,456597,NatureServe,,3,456597,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,9,9,9,,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1400,Green Jay,Cyanocorax yncas,landbird,Passeriformes,Corvidae,,0,1,1,1,R,,,3,"PIFcalc19–eBird7017,bbs0615",More restricted elevation window south of border (PIFSC-18).,"880,000",880000,"57,000",57000,2010.5,PIFcalc19–bbs0615,,2,1094069,Natureserve 3.0,,2,1094069,Natureserve 3.0,,3,PIFTC-02; MX-NSAC-08; PIFSC-CVS 2022,"DD='species realtively tolerant of human land use trends.' Uses variety of secondary and disturbed habitats as supported by BNA. Resident throughout range, so TB and TN should be the same.; tolerant of disturbance; some capture for trade (MX-NSAC); es una sp generalista, usa paisajes diversificados, fragmentados; sugerimos TB=2 (Macias); No estamos de acuerda con bajar el valor a 2 (Berlanga).",3,M-H,4,PIFTC-02; PIFSC-CVS 2022,"rel. generalist in most of large range. DD= 'species relatively tolerant / threats assumed to be low.' BNA states habitat use as borders, clearings and distrubed secondary habitats. Suggests low impacts based on human land use trends. US, CA and SA po; tolerant of disturbance",4,M-H,3,MX-NSAC,"A species highly adaptable to diferent levels of deforestation, and population stable or with low declines",,,,,,,,,,,,,,,,,,,,11,12,12,,yes,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1401,Bushy-crested Jay,Cyanocorax melanocyaneus,landbird,Passeriformes,Corvidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,118314,NatureServe,,4,118314,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1402,San Blas Jay,Cyanocorax sanblasianus,landbird,Passeriformes,Corvidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,5,67785,Natureserve 3.0,,5,67785,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss,,,4,MX-NSAC-12,"MX endemic, found in 2 regions, regional experts both scored 4",,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1403,Yucatan Jay,Cyanocorax yucatanicus,landbird,Passeriformes,Corvidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,4,188410,Natureserve 3.0,,4,188410,Natureserve 3.0,,2,MX-NSAC,global scores should reflect regional expert's opinion.,,,2,MX-NSAC,requires forest,,,2,PIF CAW 2014,MX endemic that occurs in 1 region; regional experts scored PT=2,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1404,Purplish-backed Jay,Cyanocorax beecheii,landbird,Passeriformes,Corvidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,4,86220,Natureserve 3.0,,4,86220,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional experts' opinion.,,,4,MX-NSAC,moderate habitat loss,,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1405,Pinyon Jay,Gymnorhinus cyanocephalus,landbird,Passeriformes,Corvidae,Monotypic.,0,1,1,0,R,,,3,"PIFcalc19–bbs0615,eBird7017",,"770,000",770000,"760,000",760000,2010.5,PIFcalc19–bbs0615,,2,1335717,Natureserve 3.0,,2,1335717,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,specialized on mature pinyon-juniper hab. (KR). Demographic 'Passenger Pigeons,3,M-H,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,5,"BBS7021-AS,JS",,-71.38620758,-2.427326202,-3.25999999,-1.663702965,1,-15.70707703,-1.215071559,-3.480000019,1.148795962,,14,core,1.596297026,300,9.114999771,2734.5,,,,14,13,14,Watch List/Tipping Point Yellow,,,Intermountain West,Intermountain West,Forests: Temperate Western,,Forests: Temperate Western, +1406,Steller's Jay,Cyanocitta stelleri,landbird,Passeriformes,Corvidae,,1,1,1,1,R,,,3,"PIFcalc19–bbs0615,eBird7017",,"3,000,000",3000000,"2,700,000",2700000,2010.5,PIFcalc19–bbs0615,,2,3101062,Natureserve 3.0,,2,3101062,Natureserve 3.0,,3,PIFSC-16; PIFSC-CVS 2022,,3,M-H,3,PIFSC-16; PIFSC-CVS 2022,,3,H,3,"BBS7021-AS,JS",,-14.33728123,-0.303200305,-0.540500998,0.112999998,,-8.264346123,-0.661352754,-1.450000048,-0.094998002,1,13,core,0.653500974,699,3,2095.52002,,,,11,11,11,,yes,,Western Temperate,Western Temperate,Forests: Temperate Western,Forests: Mesoamerican Highland,Forests: Temperate Western,Forests: Mesoamerican Highland +1407,Blue Jay,Cyanocitta cristata,landbird,Passeriformes,Corvidae,,1,1,0,0,M,,,2,PIFcalc19–bbs0615,,"17,000,000",17000000,"17,000,000",17000000,2010.5,PIFcalc19–bbs0615,,1,6645297,Natureserve 3.0,,1,6110870,Natureserve 3.0 with adjustment by PIFSC,Reduced by 10%; Nat Geo shows withdrawal from northern range in winter unlike NS / BNA mapsKen comment: Reduced by 10%,2,PIFSC-19; PIFSC-CVS 2022,changed due to calibration with TB-r; 7 of 26 BCRs (~45% pop; all reviewed in 2018) score TBr>1; 15 of 19 BCRs with TBr=1 were not reviewed in 2018,2,M-H,2,PIFTC-02; PIFSC-CVS 2022,DD='species relatively tolerant of human activities and land use.' BNA supports that species does well in face of human acitvity but extensive urbanization or forest clearing would be harmful. This is supported by declining trends in E. US. Population,2,H,3,"BBS7021-AS,JS",,-23.45125771,-0.522114158,-0.616401017,-0.404000014,1,-1.064519525,-0.071351252,-0.252999991,0.128999993,,15,core,0.212401003,3249,7.179999828,23327.2207,,,,8,8,8,,yes,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +1408,Florida Scrub-Jay,Aphelocoma coerulescens,landbird,Passeriformes,Corvidae,Monotypic.,0,1,0,0,R,,,5,"USFWS 2019 (D. Demarest, T. Mecklenborg pers. comm.)","Interim best approximation in the absence of very recent monitoring data/modeling. Assumes a rangewide average group size for FLSJ families that used to be appropriate but may now be inflated. 6,100 is estimate from BBS-15.","7,500",7500,"7,500",7500,,"USFWS 2019 (D. Demarest, T. Mecklenborg pers. comm.)",,5,5643,Natureserve 3.0,,5,5643,Natureserve 3.0,,5,"J.W. Fitzpatrick, pers. comm. 2015; PIFSC-CVS 2022","Since the species is completely non-migratory, the threats are year-round. We do know that local declines and extirpations are more the result of juveniles failing to reach breeding age than of increased adult mortality, but the correct way to express threats to this species would apply equally to both breeding and non-breeding season.",2,H,5,"J.W. Fitzpatrick, pers. comm. 2015; PIFSC-CVS 2022","Since the species is completely non-migratory, the threats are year-round. We do know that local declines and extirpations are more the result of juveniles failing to reach breeding age than of increased adult mortality, but the correct way to express threats to this species would apply equally to both breeding and non-breeding season.",5,M-H,5,"BNA Woolfenden & Fitzpatrick 1996; J. W. Fitzpatrick and R. Bowman, pers. comm. 2015","FSJ is declining as we speak, all across its range, with small local populations disappearing for good every single year now. We estimate that its overall numbers are now about 5,000 individuals, compared with our detailed documentation of 10,700 jays in 1992-93.",,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,yes,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +1409,Island Scrub-Jay,Aphelocoma insularis,landbird,Passeriformes,Corvidae,Monotypic.,0,1,0,0,R,,,5,PIFSC,"in BirdLife Int. 2000, range 8,000-10,000; 1-10,000; Mike Green, e-mail Jy 18 2008","1,700",1700,"1,700",1700,,PIFSC-16,,5,251,Natureserve 3.0,,5,251,Natureserve 3.0,,3,PIFSC-15,"Site protected, but habitat restoration proving difficult (lack of money). restoration and conservation work has reduced future threats in limited range(CB, KVR, WE, TW, DP); species has turned a corner",,,3,PIFSC-Dec-08,"Rosenberg: year-round threats higher due to West Nile virus??. restoration and conservation work has reduced future threats in limited range(CB, KVR, WE, TW, DP)",,,3,"Scott Morrison, July 2008",uncertain,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Pacific North America,Pacific North America,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +1410,California Scrub-Jay,Aphelocoma californica,landbird,Passeriformes,Corvidae,Formerly considered conspecific with Aphelocoma woodhouseii.,0,1,1,0,R,,,3,"PIFcalc19–bbs0615,eBird7017",,"1,600,000",1600000,"1,300,000",1300000,2010.5,PIFcalc19–bbs0615,,3,537516,"BirdLife & HBW, eBird",,3,537516,"BirdLife & HBW, eBird",,3,Mexican Regional Assessment 2005; PIFTC-02; PIFSC-CVS 2022,used score shared by all regions,3,M-H,2,PIFTC-02; PIFSC-CVS 2022,used Western Scrub-Jay's TN-c score,2,M-H,3,BBS7021-AS,,11.19999981,0.209000006,-0.000816,0.453000009,,-15.19999981,-1.169999957,-1.789999962,-0.5,1,14,,0.453815997,231,1628.550049,376195.0625,,,,12,11,12,,yes,,Pacific North America,Pacific North America,Forests: Temperate Western,Aridlands: Chaparral,Forests: Temperate Western,Aridlands: Chaparral +1411,Woodhouse's Scrub-Jay,Aphelocoma woodhouseii,landbird,Passeriformes,Corvidae,Formerly considered conspecific with Aphelocoma californica.,0,1,1,0,R,,,3,"PIFcalc19–bbs0615,eBird7017",,"880,000",880000,"690,000",690000,2010.5,PIFcalc19–bbs0615,,2,1786601,"BirdLife & HBW, eBird",,2,1786601,"BirdLife & HBW, eBird",,3,Mexican Regional Assessment 2005; AZ-PIF; A. Panjabi; PIFTC-02; C. Rustay; PIFSC-CVS 2022,used most frequent score amongst regions,3,M-H,3,PIFTC-02; PIFSC-CVS 2022,used Western Scrub-Jay's TN-c score,2,M-L,3,BBS7021-AS,,-17.70000076,-0.379999995,-1.019999981,0.279000014,,-11.80000019,-0.782999992,-1.860000014,0.317999989,,16,,1.299000025,266,327.1799927,87029.88281,,,,11,11,11,,,,Intermountain West,Intermountain West,Forests: Temperate Western,Aridlands: Chaparral,Forests: Temperate Western,Aridlands: Chaparral +1412,Transvolcanic Jay,Aphelocoma ultramarina,landbird,Passeriformes,Corvidae,,0,0,1,0,R,,,4,MX-NSAC-2015,,,,,,,,,4,87901,BirdLife 2021,,4,87901,BirdLife 2021,,3,MX-NSAC-12,,,,3,MX-NSAC-12,,,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +1413,Mexican Jay,Aphelocoma wollweberi,landbird,Passeriformes,Corvidae,,0,1,1,0,R,,,4,"PIFcalc19–eBird7017,bbs0615",,"430,000",430000,"140,000",140000,2010.5,PIFcalc19–bbs0615,,3,484152,BirdLife 2021,,3,484152,BirdLife 2021,,3,PIFTC-02; PIFSC-CVS 2022,in mature pine-oak and montane forest (KR); requires forest (MX-NSAC).,3,H,3,PIFTC-02; PIFSC-CVS 2022,requires forest,3,M-H,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +1414,Unicolored Jay,Aphelocoma unicolor,landbird,Passeriformes,Corvidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,4,148491,Natureserve 3.0,,4,148491,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,severe habitat loss,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak +1415,Clark's Nutcracker,Nucifraga columbiana,landbird,Passeriformes,Corvidae,Monotypic.,1,1,0,0,R,,,4,PIFcalc19–bbs0615,,"290,000",290000,"290,000",290000,2010.5,PIFcalc19–bbs0615,,2,2249879,Natureserve 3.0,,2,2249879,Natureserve 3.0,,4,PIFSC-15; PIFSC-CVS 2022,"Panjabi: at least moderately vulnerable to decline of whitebark pine and other pine species?. Threats increasing due to severe whitebark pine issues, and possibly climate change (KVR); higher threats warranted due to declines in several preferred pine species across range, increasing stand-replacement fires - all climate related (AP); Camfield,Alaine [NCR]: 2 subspecies listed as endangered and threatened in Canada. Main threats are habitat loss and degradation due to agriculture and direct and indirect impacts of pesticide use. TB listed from 3-5 in Canadian BCR strategies depending on the region. (5 in Ontario, 3 and 4 in BCR 6 and 11).",4,M-H,4,PIFTC-02; PIFSC-CVS 2022,,5,M-H,3,"BBS7021-AS,JS",,-9.830481529,-0.202733219,-0.840002,0.699000001,,-21.18580437,-1.81360817,-4.495800018,-0.135600999,1,13,core,1.539001942,429,0.752499998,322.7149963,,,,13,13,13,,,,Intermountain West,Intermountain West,Forests: Temperate Western,,Forests: Temperate Western, +1416,Black-billed Magpie,Pica hudsonia,landbird,Passeriformes,Corvidae,,1,1,0,0,R,,,2,PIFcalc19–bbs0615,,"6,000,000",6000000,"6,000,000",6000000,2010.5,PIFcalc19–bbs0615,,1,5285280,Natureserve 3.0,,1,5654197,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,4,M-L,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,4,"BBS7021-AS,JS",,-34.40979004,-0.822163641,-1.320000052,-0.391698003,1,-2.378960371,-0.200792596,-0.781798005,0.623000026,,12,core,0.92830199,1227,8.350000381,10242.59961,,,,10,10,10,,yes,,Intermountain West,Intermountain West,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1417,Yellow-billed Magpie,Pica nuttalli,landbird,Passeriformes,Corvidae,Monotypic.,0,1,0,0,R,,,4,BNA Koenig & Reynolds 2009,,"400,000",400000,"400,000",400000,2008,BNA Koenig & Reynolds 2009,,4,83415,Natureserve 3.0,,4,83415,Natureserve 3.0,,5,PIFSC-08; PIFSC-CVS 2022,"why threatened? (KR). Tied to oak-savannah, although not as much as Nuttall's Woodpecker. Like Oak Titmouse in human effects; West Nile Virus a severe threat (Crosbie et al. 2008). DJK= has not recovered from West Nile and population remains depressed overall.",5,H,5,PIFSC-08; PIFSC-CVS 2022,not more threatened in NB (KR); WNV a severe threat (Crosbie et al. 2008),5,H,5,"BBS7021-AS,JS",,-77.36999512,-2.871676922,-3.359999895,-2.25999999,1,-48.67990875,-6.455197334,-9.358400345,-3.430000067,1,10,core,1.100000024,47,11.64000034,547.0800171,,,10,18,18,18,Watch List/Tipping Point Red,,,Pacific North America,Pacific North America,Forests: Temperate Western,,Forests: Temperate Western, +1420,American Crow,Corvus brachyrhynchos,landbird,Passeriformes,Corvidae,,1,1,1,0,M,,,2,"PIFcalc19–bbs0615,ona0105,eBird7017; Shaw-22",Shaw-22: summed PIFcalc19 estimates for American Crow + Northwestern Crow since lumped,"29,000,000",29000000,"29,000,000",29000000,2010.5,"PIFcalc19–bbs0615,ona0105; Shaw-22",Shaw-22: summed PIFcalc19 estimates for American Crow + Northwestern Crow since lumped,1,11883215,BirdLife 2021; Shaw-22,Shaw-22: merged BirdLife range shapefiles for Northwestern and American Crow using North America Albers Equal Area Conic map projection.,1,7393336,BirdLife 2021; Shaw-22,Shaw-22: merged BirdLife range shapefiles for Northwestern and American Crow using North America Albers Equal Area Conic map projection.,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,3,"BBS7021-AS,JS",,-7.033824921,-0.142936945,-0.352999985,0.037002999,,-27.84557724,-1.34730196,-1.460000038,-1.210000038,1,24,core,0.390002996,4377,20.125,88067.17188,,,,8,8,8,,yes,"b,w",Nearctic,Nearctic,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +1426,Tamaulipas Crow,Corvus imparatus,landbird,Passeriformes,Corvidae,Monotypic.,0,0,1,0,R,,,4,PIFTC-02–PS-g midpoint,,"200,000",200000,,,,,,4,113769,Natureserve 3.0,,4,113769,Natureserve 3.0,,3,MX-NSAC-09,"threats unknown, but at least moderate, due to increased efficiency in agriculture (sorghum) that is replacing small agricutural plots, and possibly WNV. MG - sensitive to WNV, tolerant of human activities as long as agriculture is not intensive. Communal roosting may facilitate disease spread. Withdrew entirely into Tamaulipas. Highly concentrated roosts may facilitate disease transmission. Highlights of Hector Garza’s observations on Tamaulipas Crow: has no abundance data but has observed large numbers of birds (~400) in the Soto La Marina area; species is frequently found in urbanized environments in the afternoon, uses urban areas for overnight roosting; frequents landfills, dumps to feed; agrochemicals a threat since these birds also forage in farm field feeding on corn and insects; does not believe the species is declining too fast; is not uncommon to see flocks of 30-100 birds in central Tamaulipas; species is a lot less common near the US-Mexico border where it reaches the limit of its range of distribution (Hector Garza via Jesús Franco ); Krueper, Dave: numbers have crashed in Tam. Thornscrub and they are rarely even reported north of Gomez Farias or Ciudad Victoria.",,,3,MX-NSAC-09,"Congregate at dumps, but no evidence presently of human enhancement; tolerant of disturbance. resident, see comments under TB (KVR)",,,4,MX-NSAC-12,"has disappeared from much of northern part of range (Hunter), although still common elsewhere (Berlanga); unsure how much the recent decline negates what has likely been a major population increase in the past 50 years (Panjabi)",,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,yes,"b,w",Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1427,Sinaloa Crow,Corvus sinaloae,landbird,Passeriformes,Corvidae,Monotypic.,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,4,95287,Natureserve 3.0,,4,95287,Natureserve 3.0,,1,MX-NSAC,global score should reflect regional expert's opinion.,,,1,MX-NSAC,tolerant of disturbance,,,2,MX-NSAC,,,,,,,,,,,,,,,,,,,,,11,11,11,,yes,"b,w",Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1428,Fish Crow,Corvus ossifragus,landbird,Passeriformes,Corvidae,Monotypic.,0,1,0,0,M,,,4,PIFcalc19–bbs0615,,"470,000",470000,"470,000",470000,2010.5,PIFcalc19–bbs0615,,3,970522,Natureserve 3.0,,3,873470,Natureserve 3.0 with adjustment by PIFSC,"Reduced 10%; NS shows same breeding and winter range, Nat Geo shows withdrawal from parts of range in winter",3,PIFTC-02; PIFSC-CVS 2022,DD='conditions enhanced by human activities and land use.,5,H,2,PIFTC-02; PIFSC-CVS 2022,DD='conditions enhanced by human activities and land use.,2,M-H,1,"BBS7021-AS,JS",,50.82713699,0.810856938,0.044893999,1.720000029,1,17.95332146,1.037833929,-0.046902999,2.410000086,,16,core,1.675106049,933.5,3.474999905,3243.554932,,,,11,10,11,,yes,,Eastern Temperate,Eastern Temperate,Open Country: Habitat Mosaic,Wetlands: Generalist,Open Country: Habitat Mosaic,Wetlands: Generalist +1430,Chihuahuan Raven,Corvus cryptoleucus,landbird,Passeriformes,Corvidae,Monotypic.,0,1,1,0,R,,,3,"PIFcalc19–eBird7017,bbs0615",,"840,000",840000,"280,000",280000,2010.5,PIFcalc19–bbs0615,,2,1197262,Natureserve 3.0,,2,1495452,Natureserve 3.0,,2,PIFSC-08; PIFSC-CVS 2022,breeding probably nt enhanced by human disturbance? (KR); benefits from man-made environments (MX-NSAC).,2,H,2,PIFTC-02; PIFSC-CVS 2022,benefits from man-made environments,2,H,3,"BBS7021-AS,JS",,-10.31947136,-0.212673634,-0.986999989,0.438796997,,-15.90277958,-1.012690663,-2.339999914,0.070703,,17,core,1.425796986,177.5,5.034999847,890.7800293,,,,10,10,10,,,"b,w",North American Southwest,North American Southwest,Grasslands: Chihuahuan,Aridlands: Desert Scrub,Grasslands: Chihuahuan,Open Country: Developed/Disturbed +1431,Common Raven,Corvus corax,landbird,Passeriformes,Corvidae,,1,1,1,1,R,,,2,"PIFcalc19–rng,bbs0615,nwt9501,eBird7017,ona0105",Posible más abundante (CAW);,"29,000,000",29000000,"8,300,000",8300000,2010.5,"PIFcalc19–bbs0615,nwt9501,ona0105",,1,50426207,Natureserve 3.0,,1,50426207,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,1,"BBS7021-AS,JS",,277.2602539,2.635038137,2.005196095,3.400000095,1,35.9187355,1.403779984,0.848102987,2.119999886,1,22,core,1.394804001,2984,6.449999809,19239.67969,,,,6,6,6,,yes,"b,w",Nearctic,Nearctic,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1432,Verdin,Auriparus flaviceps,landbird,Passeriformes,Remizidae,,0,1,1,0,R,,,2,"PIFcalc19–bbs0615,eBird7017",,"7,200,000",7200000,"3,800,000",3800000,2010.5,PIFcalc19–bbs0615,,2,1756212,Natureserve 3.0,,2,1756212,Natureserve 3.0,,3,PIFSC-15; PIFSC-CVS 2022,"Less reliant on undisturbed than other similar spp. senstive to extreme heat based on research by B. Wolf (CB); if we raise threats for this species, should we raise threats for all other small desert birds (gnatcatchers, sparrows, etc)? (AP)",2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,5,"BBS7021-AS,JS",,-71.81023407,-2.455209017,-3.640000105,-1.542096972,1,-27.73795128,-3.196012497,-6.389999866,-0.660300016,1,10,core,2.097903013,204,6.914999962,1410.660034,,,21,12,11,12,Common Bird in Steep Decline,yes,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1433,Carolina Chickadee,Poecile carolinensis,landbird,Passeriformes,Paridae,,0,1,0,0,R,,,2,PIFcalc19–bbs0615,,"13,000,000",13000000,"13,000,000",13000000,2010.5,PIFcalc19–bbs0615,,2,2312578,Natureserve 3.0,,2,2312578,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,DD='species relatively tolerant of human activity.' BNA supports relative adaptability to suburbanization and fragmentation of forest habitats.,2,H,2,PIFTC-02; PIFSC-CVS 2022,"mostly in native habitats; not different from other chickadees (KR). DD='species relatively tolerant of human activity.' BNA supports relative adaptability to suburbanization and fragmentation of forest habitats. But, needs cavities",2,M-H,3,"BBS7021-AS,JS",,-21.23720932,-0.467200041,-0.605000019,-0.324000001,1,-17.20127296,-1.868663549,-2.309999943,-1.289999962,1,10,core,0.280999988,1367,6.78000021,9267.120117,,,,9,9,9,,yes,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +1434,Black-capped Chickadee,Poecile atricapillus,landbird,Passeriformes,Paridae,,1,1,0,0,R,,,2,"PIFcalc19–bbs0615,ona0105",,"43,000,000",43000000,"43,000,000",43000000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,8788312,Natureserve 3.0,,1,8788312,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,Not a 1 because needs cavities.,2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,"BBS7021-AS,JS",,30.91332626,0.529398799,0.196999997,0.839999974,1,-9.070055008,-0.946231365,-1.629999995,-0.048599999,1,10,core,0.643000007,2660,3.569999933,9491.75,,,,7,7,7,,yes,,Nearctic,Nearctic,Forests: Temperate Generalist,,Forests: Temperate Generalist, +1435,Mountain Chickadee,Poecile gambeli,landbird,Passeriformes,Paridae,,1,1,1,0,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"7,900,000",7900000,"7,900,000",7900000,2010.5,PIFcalc19–bbs0615,,2,2690425,Natureserve 3.0,,2,2690425,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,4,M-H,3,PIFTC-02; PIFSC-CVS 2022,,4,M-H,4,"BBS7021-AS,JS",,-35.82062912,-0.865275621,-1.294100046,-0.347000003,1,-15.18974113,-1.632827878,-3.019999981,-0.601202011,1,10,core,0.947099984,608.5,5.355000019,3257.524902,,,,11,11,11,,yes,,Intermountain West,Intermountain West,Forests: Temperate Western,,Forests: Temperate Western, +1436,Mexican Chickadee,Poecile sclateri,landbird,Passeriformes,Paridae,,0,1,1,0,R,,,3,PIFTC-02–PS-g midpoint,,"2,000,000",2000000,<500,500,,PIFSC-16,guestimate based on eBird distribution,4,202263,Natureserve 3.0,,4,202263,Natureserve 3.0,,3,PIFTC-02,,,,3,PIFTC-02,requires forest,,,4,MX-NSAC 2008,"MX endemic, all regions score PT=4",,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +1437,Chestnut-backed Chickadee,Poecile rufescens,landbird,Passeriformes,Paridae,,1,1,0,0,R,,,2,PIFcalc19–bbs0615,,"12,000,000",12000000,"12,000,000",12000000,2010.5,PIFcalc19–bbs0615,,3,953572,Natureserve 3.0,,3,953572,Natureserve 3.0,,3,PIFSC-15; PIFSC-CVS 2022,"in mature NW forests (KR), but also in suburban habitats; Rosenberg: Seems like vulnerable to overall habitat loss in Pacific states - highest densities in old forests. Overall threats probably ""moderate"" due to loss of mature forests from forestry and fires (KVR); Camfield,Alaine [NCR]: TB 3 in Canadian BCR strategies. Main threat is habitat loss due to logging and urban development.",2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,4,"BBS7021-AS,JS",,-37.21107864,-0.908442855,-1.604300976,-0.096500002,1,-17.90867615,-1.956919074,-3.150000095,-0.65200001,1,10,core,1.507801056,292,5.965000153,1740.045044,,,,12,11,12,,yes,,Pacific North America,Pacific North America,Forests: Temperate Western,,Forests: Temperate Western, +1438,Boreal Chickadee,Poecile hudsonicus,landbird,Passeriformes,Paridae,,1,1,0,0,R,,,2,"PIFcalc19–bbs0615,ona0105,nwt9501",,"13,000,000",13000000,"13,000,000",13000000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,7065738,Natureserve 3.0,,1,7065738,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,,4,M-H,3,PIFTC-02; PIFSC-CVS 2022,,4,M-L,3,"BBS7021-AS,JS",,-28.72185326,-0.663452148,-2.519999981,0.393700987,,-0.877146482,-0.087895341,-3.099999905,2.36519599,,10,core,2.913701057,611,0.675000012,415.1900024,,,,10,9,10,,,,Northern Forest,Northern Forest,Forests: Boreal,,Forests: Boreal, +1439,Gray-headed Chickadee,Poecile cinctus,landbird,Passeriformes,Paridae,,1,1,0,0,R,,,3,PIFTC-02–PS-g midpoint,,"2,000,000",2000000,"<5,000",5000,,PIFSC-16,"eBird makes them look really range-restricted even in Alaska, but probably not true; < 5,000?",1,10000000,BirdLife,BLI estimates global range size at 10M km2,1,10000000,Natureserve 3.0,BLI estimates global range size at 10M km2Ken comment: BLI estimates global range size at 10M km2,2,PIFTC-02,"not enhanced by human disturbance? (KR); Rosenberg: habitat threats in boreal?. Camfield,Alaine [NCR]: TB 2 in Canadian BCR strategy. No high magnitude threats identified. Lower magnitude threat related to logging.",,,2,PIFTC-02,not enhanced by human disturbance? (KR),,,3,PIFSC-08,,,,,,,,,,,,,,,,,,,,,9,9,9,,,,Arctic,Arctic,Forests: Boreal,,Forests: Boreal, +1440,Bridled Titmouse,Baeolophus wollweberi,landbird,Passeriformes,Paridae,,0,1,1,0,R,,,4,"PIFcalc19–eBird7017,bbs0615",,"160,000",160000,"69,000",69000,2010.5,PIFcalc19–bbs0615,,3,533202,Natureserve 3.0,,3,533202,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,,4,M-H,4,PIFSC-08; PIFSC-CVS 2022,requires forest,4,M-H,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +1441,Oak Titmouse,Baeolophus inornatus,landbird,Passeriformes,Paridae,,0,1,1,0,R,,,3,"PIFcalc19–bbs0615,eBird7017",,"840,000",840000,"710,000",710000,2010.5,PIFcalc19–bbs0615,,4,173844,Natureserve 3.0,,4,173844,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"Oak woodland under threat, but human impacts on this species not as severe as for Nuttall's Woodpecker.",2,M-H,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,4,"BBS7021-AS,JS",,-41.1612854,-1.035098791,-1.544201016,-0.451000005,1,-8.286657333,-0.861013949,-2.225297928,0.513000011,,10,core,1.093201041,158,6.614999771,1045.170044,,,,14,14,14,Watch List Yellow,yes,,Pacific North America,Pacific North America,Forests: Temperate Western,,Forests: Temperate Western, +1442,Juniper Titmouse,Baeolophus ridgwayi,landbird,Passeriformes,Paridae,,0,1,1,0,R,,,4,"PIFcalc19–bbs0615,eBird7017",,"290,000",290000,"290,000",290000,2010.5,PIFcalc19–bbs0615,,2,1055504,Natureserve 3.0,,2,1055504,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,1,M-H,3,PIFTC-02; PIFSC-CVS 2022,,2,H,2,"BBS7021-AS,JS",,14.85264683,0.271444499,-0.345301986,1.129999995,,7.275574207,0.705078661,-1.200000048,2.349999905,,10,core,1.475301981,185.5,0.638000011,118.4720001,,,,11,11,11,,,,Intermountain West,Intermountain West,Forests: Temperate Western,,Forests: Temperate Western, +1443,Tufted Titmouse,Baeolophus bicolor,landbird,Passeriformes,Paridae,,1,1,0,0,R,,,2,PIFcalc19–bbs0615,,"12,000,000",12000000,"12,000,000",12000000,2010.5,PIFcalc19–bbs0615,,2,2967755,Natureserve 3.0,,2,2967755,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,DD='species relatively tolerant of human activities and land use.' BNA supports that species does well in face of human acitvity (and may benefit from feeding); but needs cavities.,2,M-H,2,PIFTC-02; PIFSC-CVS 2022,"DD='species relatively tolerant of human activities and land use.' BNA supports that species does well in face of human acitvity (and may benefit from feeding) but extensive urbanization, forest clearing and snag removal (roosts) would be harmful. Why wo",2,M-H,1,"BBS7021-AS,JS",,62.41702271,0.955845356,0.709999979,1.16139698,1,-2.550841093,-0.257955968,-0.630999982,0.181999996,,10,core,0.451397002,2020,8.944999695,18066,,,,7,7,7,,yes,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +1444,Black-crested Titmouse,Baeolophus atricristatus,landbird,Passeriformes,Paridae,,0,1,1,0,R,,,3,"PIFcalc19–bbs0615,eBird7017",,"1,200,000",1200000,"640,000",640000,2010.5,PIFcalc19–bbs0615,,3,647816,Natureserve 3.0,,3,647816,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,1,H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,"BBS7021-AS,JS",,-2.681685686,-0.053651627,-1.149796963,1.059999943,,36.02036285,3.124339342,0.273000002,5.579305172,1,10,core,2.209796906,105.5,6.114999771,643.960022,,,,10,10,10,,yes,,North American Southwest,North American Southwest,Forests: Tropical Dry,,Forests: Tropical Dry, +1445,Eurasian Skylark,Alauda arvensis,landbird,Passeriformes,Alaudidae,,0,1,0,0,M,,,2,PIFTC-02–PS-g midpoint,,"20,000,000",20000000,,,,,,1,,PIFSC-08,,1,,PIFSC-08,,2,PIFTC-02,Higher threat if only for western hemisphere,,,2,PIFTC-02,,,,3,Panjabi 2017,,,,,,,,,,,,,,,,,,,,,8,8,8,,,,Introduced,Introduced,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +1446,Horned Lark,Eremophila alpestris,landbird,Passeriformes,Alaudidae,,1,1,1,0,M,,,1,"PIFcalc19–bbs0615,rng,nwt9501,eBird7017,ona0105",,"140,000,000",140000000,"100,000,000",100000000,2010.5,"PIFcalc19–bbs0615,nwt9501,ona0105",,1,20824080,Natureserve 3.0,,1,11712736,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,2,PIFTC-02; PIFSC-CVS 2022,Has alteration of winter habitat really made a difference to populations? (ED),2,H,5,"BBS7021-AS,JS",,-70.20500946,-2.347065449,-2.630000114,-2.110599995,1,-24.1687088,-2.727454662,-3.470000029,-2.043498039,1,10,core,0.519400001,2730.5,42.09000015,114512.8516,,,25,9,9,9,Common Bird in Steep Decline,,"b,w",Nearctic,Nearctic,Grasslands: Temperate,Tundra: Arctic,Open Country: Developed/Disturbed,Coasts: Beach and Estuary +1451,Black-capped Donacobius,Donacobius atricapilla,landbird,Passeriformes,Donacobiidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,8651610,NatureServe,,1,8651610,NatureServe,,4,PIF CAW 2014,humedales han sido drenados para palma aceitera,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,South American Lowlands,South American Lowlands,Wetlands: Freshwater Marsh,Wetlands: Lakes and Rivers,Wetlands: Freshwater Marsh,Wetlands: Lakes and Rivers +1456,Bank Swallow,Riparia riparia,landbird,Passeriformes,Hirundinidae,,1,1,1,1,M,,,2,"PIFcalc19–rng,bbs0615,eBird7017,ona0105,nwt9501",,"29,000,000",29000000,"7,900,000",7900000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,34349347,Natureserve 3.0,,1,33622994,Natureserve 3.0,Rosenberg: assumes range in S Amer. is included in winter range,3,PIFSC-15; PIFSC-CVS 2022,"Are threats to breeding colonies reaching ""moderate"" levels rangewide? (KVR); Camfield,Alaine [NCR]: COSEWIC assessed as threatened, not listed under SARA yet. TB 2 and 3 in Canadian BCR strategies. Higher threats include habitat loss from urban development and agrigulture and declines in prey availability.",2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,5,"BBS7021-AS,JS",,-87.66829681,-4.017838478,-5.190000057,-2.869999886,1,6.192613125,0.600253165,-3.769999981,5.13429594,,10,core,2.319999933,2018.5,6.764999866,13638.19531,,,,11,10,11,Common Bird in Steep Decline,,w,Nearctic,South American Lowlands,Wetlands Aerial: Lakes and Rivers,Open Country Aerial: Habitat Mosaic,Open Country Aerial: Habitat Mosaic, +1457,Tree Swallow,Tachycineta bicolor,landbird,Passeriformes,Hirundinidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,nwt9501,ona0105",,"19,000,000",19000000,"19,000,000",19000000,2010.5,"PIFcalc19–bbs0615,nwt9501,ona0105",,1,11669285,Natureserve 3.0,,2,2098933,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,4,"BBS7021-AS,JS",,-34.92683029,-0.839275599,-1.1796,-0.335999995,1,-11.98754406,-1.267314434,-2.130000114,-0.510999978,1,10,core,0.843599975,3516,4.739999771,16660.38086,,,,10,10,10,,,,Nearctic,Widespread,Wetlands Aerial: Generalist,,Wetlands Aerial: Generalist,Coasts: Saltmarsh +1459,Violet-green Swallow,Tachycineta thalassina,landbird,Passeriformes,Hirundinidae,,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"7,200,000",7200000,"6,700,000",6700000,2010.5,PIFcalc19–bbs0615,,1,6091653,Natureserve 3.0,,2,1139345,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"Needs snags for breeding, but use boxes and cliffs.",3,M-H,2,PIFTC-02; PIFSC-CVS 2022,not more threatened in NB (KR),2,M-H,4,"BBS7021-AS,JS",,-26.91836548,-0.612109959,-1.279999971,-0.105899997,1,-15.85178566,-1.708643675,-3.049999952,-0.642198026,,10,core,1.174100041,1095.5,7.579999924,8305.714844,,,,10,10,10,,,,Western Temperate,Mesoamerican Pacific Lowlands,Forest Aerial: Temperate Western,Forests Aerial: Mesoamerican Pine-Oak,Open Country Aerial: Habitat Mosaic,Open Country Aerial: Developed/Disturbed +1461,Mangrove Swallow,Tachycineta albilinea,landbird,Passeriformes,Hirundinidae,Monotypic.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,757307,Natureserve 3.0,,3,757307,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Mesoamerica,Mesoamerica,Coasts Aerial: Mangroves,Wetlands Aerial: Lakes and Rivers,Coasts Aerial: Mangroves,Wetlands Aerial: Lakes and Rivers +1462,Black-capped Swallow,Atticora pileata,landbird,Passeriformes,Hirundinidae,Monotypic. Formerly placed in Notiochelidon.,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,5,75541,Natureserve 3.0,,5,75541,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,tolerant of disturbance,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forest Aerial: Mesoamerican Pine-Oak,,Forest Aerial: Mesoamerican Pine-Oak, +1463,White-thighed Swallow,Atticora tibialis,landbird,Passeriformes,Hirundinidae,Formerly placed in Neochelidon.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,1,4192409,NatureServe,,1,4192409,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,pendiente consulta,,,,,,,,,,,,,,,,,,,,10,10,10,,,,South American Lowlands,South American Lowlands,Forest Aerial: Tropical Lowland Evergreen,,Forest Aerial: Tropical Lowland Evergreen, +1464,Blue-and-white Swallow,Pygochelidon cyanoleuca,landbird,Passeriformes,Hirundinidae,Monotypic.,0,0,1,1,M,,,2,Gomez-Panjabi,,,,,,,,,1,10363687,Natureserve 3.0,,1,17714429,NatureServe,,2,MX-NSAC,,,,2,MX-NSAC,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,8,8,8,,yes,,Neotropical,Neotropical,Open Country Aerial: Habitat Mosaic,Open Country Aerial: Developed/Disturbed,Open Country Aerial: Habitat Mosaic, +1465,Northern Rough-winged Swallow,Stelgidopteryx serripennis,landbird,Passeriformes,Hirundinidae,,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"27,000,000",27000000,"20,000,000",20000000,2010.5,PIFcalc19–bbs0615,,1,9961583,Natureserve 3.0,,2,1478141,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,"DD='no known threats.' BNA supports that although species benefits from human alterations (creating nesting substrates), its not to the extent as that for other swallows. Potential threats, but these offset by favorable alterations to nesting habitats.",2,H,2,PIFTC-02; PIFSC-CVS 2022,DD='threats assumed low.' BNA supports that species relatively tolerant of human activities despite not much information from southerly wintering areas.,2,H,3,"BBS7021-AS,JS",,-24.4922924,-0.55014956,-0.879999995,-0.222000003,1,-5.335449696,-0.548270226,-1.929999948,0.665795982,,10,core,0.657999992,3333,1.700000048,5665.680176,,,,8,9,9,,yes,,Nearctic,Widespread,Open Country Aerial: Habitat Mosaic,Wetlands Aerial: Lakes and Rivers,Open Country Aerial: Habitat Mosaic, +1466,Southern Rough-winged Swallow,Stelgidopteryx ruficollis,landbird,Passeriformes,Hirundinidae,,0,0,0,1,M,,,1,PIF CAW 2016,,,,,,,,,1,13868928,NatureServe,,1,13868928,NatureServe,,3,PIF CAW 2014,puede ser afectada por cambios en la disponibilidad de insectos volantes,,,3,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,7,7,7,,yes,,Neotropical,Neotropical,Open Country Aerial: Habitat Mosaic,,Open Country Aerial: Habitat Mosaic, +1467,Brown-chested Martin,Progne tapera,landbird,Passeriformes,Hirundinidae,,0,0,0,1,M,,1,1,PIF CAW 2016,,,,,,,,,1,8254794,NatureServe,,1,14589473,NatureServe,,3,PIF CAW 2014,,,,2,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,8,7,8,,,,South American Lowlands,South American Lowlands,Open Country Aerial: Habitat Mosaic,Wetlands Aerial: Lakes and Rivers,Open Country Aerial: Habitat Mosaic,Wetlands Aerial: Lakes and Rivers +1468,Purple Martin,Progne subis,landbird,Passeriformes,Hirundinidae,,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"9,300,000",9300000,"8,700,000",8700000,2010.5,PIFcalc19–bbs0615,,1,5717544,Natureserve 3.0,,1,11655661,Natureserve 3.0,,3,PIFSC-19; PIFSC-CVS 2022,"houses abandoned, aerial insectivore, vulnerable to climate",2,H,3,PIFTC-02,"highly concentrated (vulnerable) at stopover and winter roosts (KR). DD='potential threats, but species helped by mgt. activities.' BNA states that overall, species appears to have benefitted from human activity despite some of the negative consequences",,,3,"BBS7021-AS,JS",,-22.26158142,-0.492532969,-1.038998008,0.166999996,,-11.14248943,-1.174657464,-2.648097038,0.541000009,,10,core,1.205997944,2444.5,6.135000229,14974.07031,,,,9,9,9,,yes,,Nearctic,South American Lowlands,Open Country Aerial: Habitat Mosaic,Wetlands Aerial: Lakes and Rivers,Open Country Aerial: Habitat Mosaic,Wetlands Aerial: Lakes and Rivers +1470,Gray-breasted Martin,Progne chalybea,landbird,Passeriformes,Hirundinidae,,0,0,1,1,M,,,2,Gomez-Panjabi,,,,,,,,,1,15164156,Natureserve 3.0,,1,14811729,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,7,7,7,,yes,,Neotropical,Neotropical,Open Country Aerial: Habitat Mosaic,Open Country Aerial: Developed/Disturbed,Open Country Aerial: Habitat Mosaic,Open Country Aerial: Developed/Disturbed +1471,Sinaloa Martin,Progne sinaloae,landbird,Passeriformes,Hirundinidae,Monotypic.,0,0,1,0,M,,,5,Gomez-Panjabi,,,,,,,,,4,188675,Natureserve 3.0,,4,,MX-NSAC,,4,MX-NSAC,,,,3,MX-NSAC,no information,,,4,MX-NSAC-12,"MX endemic, all regions score PT=4",,,,,,,,,,,,,,,,,,,,17,16,17,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forest Aerial: Mesoamerican Pine-Oak,,Unknown, +1474,Barn Swallow,Hirundo rustica,landbird,Passeriformes,Hirundinidae,,1,1,1,1,M,,,1,"PIFcalc19–rng,bbs0615,eBird7017,ona0105,nwt9501",,"190,000,000",190000000,"47,000,000",47000000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,42908680,Natureserve 3.0,,1,62552397,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,Use of human structures balanced by loss of open habitats (KR). DD='species clearly benefits from human activity.' BNA supports that pops are much larger than presettlement times due to increase in nesting sites - formerly a limiting factor. Increase i,2,H,3,PIFTC-02; PIFSC-CVS 2022,DD='no known threats.' Species relatively tolerant of human activities or land use trends but not necessarily benefitting from them.,3,M-H,4,"BBS7021-AS,JS",,-40.6072197,-1.01669848,-1.267897964,-0.694000006,1,-17.87487984,-1.950556993,-2.309999943,-1.679999948,1,10,core,0.573898017,4533,12.71500015,57631.35156,,,,8,9,9,,yes,"b,w",Nearctic,South American Lowlands,Open Country Aerial: Habitat Mosaic,,Open Country Aerial: Habitat Mosaic, +1476,Cliff Swallow,Petrochelidon pyrrhonota,landbird,Passeriformes,Hirundinidae,,1,1,1,1,M,,,1,"PIFcalc19–bbs0615,eBird7017,nwt9501,ona0105",,"83,000,000",83000000,"78,000,000",78000000,2010.5,"PIFcalc19–bbs0615,nwt9501,ona0105",,1,11966484,Natureserve 3.0,,1,11736723,Natureserve 3.0,,2,PIFSC-19; PIFSC-CVS 2022,changed due to calibration with TB-r,2,H,2,PIFTC-02,"DD='no known threats.' Species relatively tolerant of human activities or land use trends. BNA supports that although winter range not well known, wintering habitats comprises grassland and ag areas which are less sensitive to degradation.",,,1,"BBS7021-AS,JS",,124.7299957,1.604084015,0.69600302,2.849999905,1,26.62513542,2.389572382,0.648998976,5.199999809,1,10,core,2.153996944,3358.5,50.93999863,170877.6875,,,,5,5,5,,yes,,Nearctic,Temperate South America,Open Country Aerial: Habitat Mosaic,,Open Country Aerial: Habitat Mosaic, +1477,Cave Swallow,Petrochelidon fulva,landbird,Passeriformes,Hirundinidae,,0,1,1,0,M,,,2,"PIFcalc19–eBird7017,bbs0615",,"9,600,000",9600000,"2,800,000",2800000,2010.5,PIFcalc19–bbs0615,,3,989679,Natureserve 3.0,,3,462838,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,DD='Species clearly benefits from human activity.' Range expanded and now more dense compared to presettlement. West Indian and Mexican pops not well d[?]; tolerant of disturbance (MX-NSAC).,2,H,2,PIFTC-02; PIFSC-CVS 2022,Lack of info on how much they use caves vs. human structures;may be much more concentrated; tolerant of disturbance,2,H,2,"BBS8521-AS, BBS7021-JS",,19253.20703,12.15191078,5.449999809,18.99540329,1,-70.06745148,-11.37868404,-17.70000076,-5.116396904,1,10,core,13.54540253,133,47.43999863,6309.52002,,,,9,9,9,,yes,,Widespread,Widespread,Aridlands Aerial: Desert Scrub,,Open Country Aerial: Habitat Mosaic, +1478,Bushtit,Psaltriparus minimus,landbird,Passeriformes,Aegithalidae,,1,1,1,1,R,,,3,"PIFcalc19–bbs0615,eBird7017",,"4,300,000",4300000,"2,300,000",2300000,2010.5,PIFcalc19–bbs0615,,2,2161505,Natureserve 3.0; PIFSC,"50% of range (error in new analysis, not in map)",2,2161505,Natureserve 3.0,"50% of range (error in new analysis, not in map)Ken comment: 50% of range (error in new analysis, not in map)",3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,3,PIFTC-02; PIFSC-CVS 2022,,3,H,3,"BBS7021-AS,JS",,-30.22499466,-0.702597916,-1.529098034,0.082699999,,-3.927540302,-0.399968654,-2.428400993,1.76850605,,10,core,1.611798048,507.5,1.809999943,917.8099976,,,,11,11,11,,yes,,Western Temperate,Western Temperate,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak +1486,Arctic Warbler,Phylloscopus borealis,landbird,Passeriformes,Phylloscopidae,,0,1,0,0,M,,,1,"PIFcalc19–rng,bbs0615; NatureServe 3.0; BirdLife-2021; PIFSC-22","Shaw-22: extrapolated PIFcalc19 estimate for US/Canada into Eastern Hemisphere by area using the size of NatureServe 3.0 range in Alaska (since BirdLife-21 Alaska range much too small based on eBird STEM range map) and the size the BirdLife-21 range in Eastern Hemisphere. The result falls within the wide range estimated in the BirdLife International species factsheet: 10,000,000-500,000,000.","170,000,000",170000000,"8,200,000",8200000,2010.5,PIFcalc19–bbs0615,,1,13523404,BirdLife 2021; NatureServe 3.0; PIFSC-22,"Shaw-22: BirdLife polygon in Alaska looked too small based on eBird STEM map, so combined NatureServe polygon for AK with Birdlife polygons for Old World.",2,1981146,BirdLife 2021,,4,PIFTC-02; PIFSC-CVS 2022,"stable, perhaps, but not enhanced by human disturbance (KR).",5,H,3,PIFTC-02,"Lack of info, but uses forest in winter so 3 probably O.K.. should check current status of Asian/African winterers (KVR)",,,3,"BBS8221-AS, BBS9321-JS",,-33.70448303,-1.375602722,-4.023801804,1.039999962,,-5.017846584,-0.513375998,-4.847198009,4.138994217,,10,extended,5.063801765,26,5.460000038,141.9600067,1,,,9,9,9,,,,Arctic,Paleotropical,Tundra: Arctic,,Forests: Tropical Generalist, +1492,Wrentit,Chamaea fasciata,landbird,Passeriformes,Sylviidae,,0,1,1,0,R,,,3,"PIFcalc19–bbs0615,eBird7017",,"2,200,000",2200000,"1,800,000",1800000,2010.5,PIFcalc19–bbs0615,,4,245861,Natureserve 3.0,,4,245861,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"Dependent on undisturbed chaparal, a lot of which is protected but a lot of rest threatened. But, uses clearcuts in forest.",2,H,4,PIFTC-02; PIFSC-CVS 2022,,4,H,3,"BBS7021-AS,JS",,-19.18691063,-0.416791677,-0.949698985,0.225999996,,-2.39120841,-0.242127389,-1.820000052,1.49010396,,10,core,1.175698996,173.5,6.724999905,1165.890015,,,,13,14,14,Watch List Yellow,,,Pacific North America,Pacific North America,Aridlands: Chaparral,,Aridlands: Chaparral, +1497,Ruby-crowned Kinglet,Corthylio calendula,landbird,Passeriformes,Regulidae,Formerly placed in the genus Regulus.,1,1,1,0,M,,,1,"PIFcalc19–bbs0615,ona0105,nwt9501",,"100,000,000",100000000,"100,000,000",100000000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,9221284,Natureserve 3.0,,1,5694035,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,4,M-L,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,2,"BBS7021-AS,JS",,26.27801323,0.458780378,-0.300000012,1.059999943,,-4.331724644,-0.44341585,-3.910000086,1.56420505,,10,core,1.360000014,1541,11.36999989,17511.59961,,,,7,6,7,,,,Northern Forest,Nearctic,Forests: Boreal,Forests: Temperate Western,Forests: Temperate Generalist, +1498,Golden-crowned Kinglet,Regulus satrapa,landbird,Passeriformes,Regulidae,,1,1,1,0,M,,,1,"PIFcalc19–bbs0615,ona0105,eBird7017",,"140,000,000",140000000,"130,000,000",130000000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,6250316,Natureserve 3.0,,1,8227834,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"Uses plantations, second growth. I agree (KR).",3,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,5,"BBS7021-AS,JS",,-30.12510872,-0.700774789,-1.100000024,-0.163000003,1,-33.91433334,-4.058191299,-5.289999962,-2.619999886,1,10,core,0.936999977,1307.5,2.684999943,3502.199951,,,17,10,9,10,Common Bird in Steep Decline,,,Nearctic,Nearctic,Forests: Boreal,Forests: Temperate Western,Forests: Temperate Generalist, +1500,Bohemian Waxwing,Bombycilla garrulus,landbird,Passeriformes,Bombycillidae,,1,1,0,0,M,,,2,"PIFcalc19–rng,bbs0615,nwt9501,ona0105",,"5,000,000",5000000,"2,500,000",2500000,2010.5,"PIFcalc19–bbs0615,nwt9501,ona0105",,1,7976520,Natureserve 3.0,,1,13944722,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"check status and response to boreal forestry and energy extraction activities (KVR); Camfield, Alaine: TB 2 in Canadian BCRs. Pesticides and vehicle collisions identified as threats - no high magnitude threats. Panjabi: are the threats identified by Canadians at least moderate in scope or is their impact negligible? This will determine if should be 2 or 3.",4,M-H,3,PIFTC-02; PIFSC-CVS 2022,,4,M-H,5,"BBS7021-AS, BBS9321-JS",,-70.22982788,-3.071051121,-4.482800007,-1.409999967,1,-19.75845718,-2.178984642,-5.53000021,1.057898998,,10,extended,3.072799921,130,0.864000022,112.3199997,,,,11,11,11,Common Bird in Steep Decline,,,Northern Forest,Nearctic,Forests: Boreal,,Forests: Boreal, +1501,Cedar Waxwing,Bombycilla cedrorum,landbird,Passeriformes,Bombycillidae,Monotypic.,1,1,1,1,M,,,1,"PIFcalc19–bbs0615,ona0105,eBird7017","distance revised to 100 m based on review of large boreal dataset, score changes to PS=1 (Blancher email, Dec. 20, 2008)","64,000,000",64000000,"64,000,000",64000000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,7413995,Natureserve 3.0,,1,10991636,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,DD='population demonstrably secure.' BNA supports pros and cons of human activity and land use. Increase in open habitats with fruiting trees and shrubs and fruiting ag crops may be offset by overall losses due to development and urbanization.,2,H,2,PIFTC-02; PIFSC-CVS 2022,DD='population demonstrably secure.' BNA supports pros and cons of human activity and land use. Increase in open habitats with fruiting trees and shrubs and fruiting ag crops may be offset by overall losses due to development and urbanization.,2,H,4,"BBS7021-AS,JS",,-2.68669796,-0.053401031,-0.398999989,0.254999995,,-31.284729,-3.678150654,-4.559999943,-2.900000095,1,10,core,0.653999984,3005.5,5.050000191,15175.75,,,,8,8,8,,yes,,Nearctic,Nearctic,Forests: Temperate Generalist,,Forests: Temperate Generalist, +1502,Black-and-yellow Silky-flycatcher,Phainoptila melanoxantha,landbird,Passeriformes,Ptiliogonatidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,6574,NatureServe,,5,6574,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1503,Gray Silky-flycatcher,Ptiliogonys cinereus,landbird,Passeriformes,Ptiliogonatidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,525493,Natureserve 3.0,,3,525493,Natureserve 3.0,,3,MX-NSAC,,,,2,MX-NSAC,less selective in habitat use during non-breeding season; some capture for trade,,,3,PIF CAW 2014,"depends on montane forests for breeding, open habitats at other times",,,,,,,,,,,,,,,,,,,,12,11,12,,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +1504,Long-tailed Silky-flycatcher,Ptiliogonys caudatus,landbird,Passeriformes,Ptiliogonatidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,9592,NatureServe,,5,9592,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1505,Phainopepla,Phainopepla nitens,landbird,Passeriformes,Ptiliogonatidae,,0,1,1,0,R,,,3,"PIFcalc19–eBird7017,bbs0615",,"3,200,000",3200000,"1,300,000",1300000,2010.5,PIFcalc19–bbs0615,,2,1251651,Natureserve 3.0,,2,1126486,Natureserve 3.0,"NS map erroneously shows much of what should be Year-Round range as Breeding-only range, thus underestimates non-breeding range; + +Ken comment: Use 90% of Breeding Range; NS map erroneously shows much of what should be Year-Round range as Breeding-only ran",3,PIFTC-02; PIFSC-CVS 2022,Riparian and mistletoe specialization; specialized habits; some capture for trade (MX-NSAC).,2,H,2,PIFTC-02; PIFSC-CVS 2022,tolerant of disturbance,2,M-H,2,"BBS7021-AS,JS",,37.96429443,0.632998168,-0.192498997,1.669999957,,21.64781189,1.979327202,-0.797599971,4.889999866,,10,core,1.862498999,204.5,1.705000043,348.5350037,,,,10,9,10,,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,Aridlands: Desert Riparian,Aridlands: Desert Scrub,Aridlands: Desert Riparian +1511,Red-breasted Nuthatch,Sitta canadensis,landbird,Passeriformes,Sittidae,Monotypic.,1,1,0,0,M,,,2,"PIFcalc19–bbs0615,ona0105",,"20,000,000",20000000,"20,000,000",20000000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,7118703,Natureserve 3.0,,1,12321232,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,1,"BBS7021-AS,JS",,114.131897,1.504325509,1.043403029,2.039999962,1,11.89872169,1.126402378,-0.309496999,2.900000095,,10,core,0.996596992,1983,2.650000095,5249.370117,,,,7,6,7,,yes,,Nearctic,Nearctic,Forests: Boreal,Forests: Temperate Western,Forests: Temperate Generalist, +1512,White-breasted Nuthatch,Sitta carolinensis,landbird,Passeriformes,Sittidae,,1,1,1,0,R,,,2,"PIFcalc19–bbs0615,eBird7017",,"10,000,000",10000000,"10,000,000",10000000,2010.5,PIFcalc19–bbs0615,,1,8606508,Natureserve 3.0,,1,8606508,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,"DD='species relatively tolerant of human activities and land use.' BNA supports that species does well in face of human acitvity (and may benefit from feeding) but extensive urbanization, forest clearing and snag removal would be harmful.",2,H,2,PIFTC-02; PIFSC-CVS 2022,"DD='species relatively tolerant of human activities and land use.' BNA supports that species does well in face of human acitvity (and may benefit from feeding) but extensive urbanization, forest clearing and snag removal would be harmful.",2,H,1,"BBS7021-AS,JS",,120.9298019,1.565286398,1.299999952,1.73150301,1,0.645169854,0.064331509,-0.574000001,0.610000014,,10,core,0.431502998,2781.5,0.901499987,2507.5625,,,,6,6,6,,yes,,Nearctic,Nearctic,Forests: Temperate Eastern,Forests: Temperate Western,Forests: Temperate Eastern,Forests: Temperate Western +1524,Black-tailed Gnatcatcher,Polioptila melanura,landbird,Passeriformes,Polioptilidae,,0,1,1,0,R,,,2,"PIFcalc19–bbs0615,eBird7017",,"11,000,000",11000000,"6,500,000",6500000,2010.5,PIFcalc19–bbs0615,,2,1108751,Natureserve 3.0,,2,1108751,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"same as Verdin, Cactus Wren; not threatened in desert scrub (KR). Doesn't come to towns, but uses creosote flats; moderate habitat loss; cowbird parasitism (MX-NSAC). Keep threats as moderate; continued loss of desert habitat to urban and energy development; possibly expansion of solar energy in desert flats (KVR)",2,H,3,PIFTC-02; PIFSC-CVS 2022,"same as Verdin, Cactus Wren; not threatened in desert scrub (KR); moderate habitat loss",2,H,3,"BBS7021-AS,JS",,-19.69768143,-0.429314345,-1.809999943,0.537204981,,-1.923272133,-0.194115281,-3.150000095,2.678704023,,10,core,2.347204924,126.5,2.950000048,372.9849854,,,,10,10,10,,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1525,California Gnatcatcher,Polioptila californica,landbird,Passeriformes,Polioptilidae,,0,1,1,0,R,,,4,BNA Atwood & Bontrager 2001,"just 1 BBS route, so can't use BBS-15 estimate of 710 in US/Canada, 12,000 extrapolated globally with eBird (PIFSC-18).","80,000",80000,"<5,000",5000,,PIFSC-16,guestimate based on eBird distribution; is better estimate available??,4,129339,Natureserve 3.0,,4,129339,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"MX called 3, factoring in U.S. situation; moderate habitat loss (MX-NSAC).",3,M-H,3,PIFTC-02; PIFSC-CVS 2022,"MX called 3, factoring in U.S. situation; moderate habitat loss",2,M-H,3,MX-NSAC 2008,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,North American Southwest,North American Southwest,Aridlands: Chaparral,,Aridlands: Chaparral, +1526,Black-capped Gnatcatcher,Polioptila nigriceps,landbird,Passeriformes,Polioptilidae,,0,1,1,0,R,,,4,PIFTC-02–PS-g midpoint,,"200,000",200000,<500,500,,PIFSC-16,guestimate based on eBird distribution,4,167325,Natureserve 3.0,,4,167325,Natureserve 3.0,,3,PIFTC-02,,,,3,PIFTC-02,requires forest,,,4,MX-NSAC 2008,all regions score PT=4,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Aridlands: Desert Scrub,Forests: Tropical Dry,Aridlands: Desert Scrub,Forests: Tropical Dry +1527,White-lored Gnatcatcher,Polioptila albiloris,landbird,Passeriformes,Polioptilidae,,0,0,1,1,R,,,4,Gomez-Panjabi; MX-NSAC-19; PIF CAW 2016,"En el sur es bastante común (en nicaragua, el salvador y honduras consideran que debería de ser 3) (CAW)",,,,,,,,4,206039,BirdLife 2019; eBird20; Bird Conservancy of the Rockies 2020; MX-NSAC-19,Shaw 2020: used the BirdLIfe polygon for Polioptila albiloris s.l. minus the Yucatan,4,206039,BirdLife 2019; eBird20; Bird Conservancy of the Rockies 2020; MX-NSAC-19,Shaw 2020: used the BirdLIfe polygon for Polioptila albiloris s.l. minus the Yucatan,3,MX-NSAC-19,,,,3,MX-NSAC-19,requires forest,,,4,PIF CAW 2014; MX-NSAC-19,"dry forest specialist; loss of TDF has been extensive in C.A., all regions score PT=4 in Mexico",,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1528,Rock Wren,Salpinctes obsoletus,landbird,Passeriformes,Troglodytidae,,1,1,1,1,M,,,3,"PIFcalc19–bbs0615,eBird7017",,"4,100,000",4100000,"3,400,000",3400000,2010.5,PIFcalc19–bbs0615,,1,5419669,Natureserve 3.0,,2,3100173,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,2,M-L,2,PIFTC-02; PIFSC-CVS 2022,,2,H,5,"BBS7021-AS,JS",,-44.3935585,-1.146060228,-1.493597031,-0.730000019,1,-31.36248016,-3.696109295,-5.230000019,-2.464801073,1,10,core,0.763597012,994.5,1.789999962,1779.75,,,18,12,12,12,Common Bird in Steep Decline,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1529,Nightingale Wren,Microcerculus philomela,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,4,178189,Natureserve 3.0,,4,178189,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,primary forest,,,5,PIF CAW 2014,C.A. endemic; loss of humid lowland forest in rest of C.A. is similar to Mexico,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1530,Scaly-breasted Wren,Microcerculus marginatus,landbird,Passeriformes,Troglodytidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,4798152,NatureServe,,1,4798152,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1531,Canyon Wren,Catherpes mexicanus,landbird,Passeriformes,Troglodytidae,,1,1,1,0,R,,,3,"PIFcalc19–eBird7017,bbs0615",,"1,000,000",1000000,"420,000",420000,2010.5,PIFcalc19–bbs0615,,1,4298579,Natureserve 3.0,,1,4298579,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,3,"BBS7021-AS,JS",,-17.80494308,-0.383307725,-1.639999986,0.386094987,,-3.403229713,-0.345557839,-2.630000114,1.590000033,,10,core,2.026094913,367.5,0.181999996,66.88999939,,,,9,9,9,,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1532,Sumichrast's Wren,Hylorchilus sumichrasti,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,11559,Natureserve 3.0,,5,11559,Natureserve 3.0,,5,MX-NSAC-08,"Not found in any protected area (H. Gomez de Silva); Rango restringido, dependiente de su habitat, no hay áreas que lo protejan (Macias); Estamos de acuerdo con TB=5 (Berlanga).",,,5,MX-NSAC,moderate habitat loss,,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,19,19,19,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1533,Nava's Wren,Hylorchilus navai,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,7329,Natureserve 3.0,,5,7329,Natureserve 3.0,,5,MX-NSAC-08,"Although found in El Ocote protected area, habitat is still transformed; habitat is not as rugged as that of H. sumichrasti, and thus is more vulnerable to conversion (H. Gomez de Silva); Rango restringido, su hábitat está rapidamente desapareciendo por incendios y ganadería (Macias); Estamos de acuerdo con TB=5 (Berlanga).",,,5,MX-NSAC,moderate habitat loss,,,5,MX-NSAC,,,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1534,Sooty-headed Wren,Pheugopedius spadix,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,poorly known (CAW);,,,,,,,,5,32378,NatureServe,,5,32378,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,en peligro al norte,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1535,Black-throated Wren,Pheugopedius atrogularis,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,33016,NatureServe,,5,33016,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1536,Rufous-breasted Wren,Pheugopedius rutilus,landbird,Passeriformes,Troglodytidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,206725,NatureServe,,4,206725,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen +1537,Spot-breasted Wren,Pheugopedius maculipectus,landbird,Passeriformes,Troglodytidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,583919,Natureserve 3.0,,3,583919,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,"requires forest, but tolerates some fragmentation",,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1538,Happy Wren,Pheugopedius felix,landbird,Passeriformes,Troglodytidae,,0,0,1,0,R,,,3,Gomez-Panjabi,,,,,,,,,4,296949,Natureserve 3.0,,4,296902,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,,,3,MX-NSAC,tolerant of disturbance,,,4,MX-NSAC-12,"MX endemic, all regions score PT=4",,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1539,Black-bellied Wren,Pheugopedius fasciatoventris,landbird,Passeriformes,Troglodytidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,241649,NatureServe,,4,241649,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1540,Stripe-throated Wren,Cantorchilus leucopogon,landbird,Passeriformes,Troglodytidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,139799,NatureServe,,4,139799,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1541,Stripe-breasted Wren,Cantorchilus thoracicus,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,74361,NatureServe,,5,74361,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1542,Cabanis's Wren,Cantorchilus modestus,landbird,Passeriformes,Troglodytidae,"Formerly called Plain Wren, but now treated separately from Cantorchilus zeledoni and C. elutus.",0,0,1,1,R,,,3,PIF CAW 2017; MX-NSAC-17,guesstimate,,,,,,,,4,222716,"BirdLife & HBW, eBird, AOU Checklist 57th Suppl.",,4,222716,"BirdLife & HBW, eBird, AOU Checklist 57th Suppl.",,2,PIF CAW 2015; Mexican Regional Assessment 2005,used most frequent score amongst regions,,,2,PIF CAW 2015,used Honduras's score to break tie since eBird shows greater range and more observations there than other regions scored,,,2,PIF CAW 2015; Mexican Regional Assessment 2005,used most frequent score amongst regions,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1543,Canebrake Wren,Cantorchilus zeledoni,landbird,Passeriformes,Troglodytidae,Formerly considered conspecific with Cantorchilus modestus and C. elutus.,0,0,0,1,R,,,4,Panjabi 2017; PIF CAW 2017; MX-NSAC-17,guesstimate,,,,,,,,5,29950,BirdLife & HBW,,5,29950,BirdLife & HBW,,3,PIF CAW 2015,used most frequent score amongst regions,,,2,PIF CAW 2015,used Panama's score to break tie since eBird shows greater range and more observations there than in Nicaragua,,,2,PIF CAW 2015,used most frequent score amongst regions,,,,,,,,,,,,,,,,,,,,14,13,14,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1544,Isthmian Wren,Cantorchilus elutus,landbird,Passeriformes,Troglodytidae,Formerly considered conspecific with Cantorchilus modestus and C. zeledoni.,0,0,0,1,R,,,4,Panjabi 2017; PIF CAW 2017; MX-NSAC-17,guesstimate,,,,,,,,5,40558,"BirdLife & HBW, eBird, AOU Checklist 57th Suppl.",,5,40558,"BirdLife & HBW, eBird, AOU Checklist 57th Suppl.",,2,PIF CAW 2015,used Panama's score to break tie since eBird shows greater range and more observations there than Costa Rica,,,2,PIF CAW 2015,used Panama's score as the only region scored,,,2,PIF CAW 2015,used score shared by Costa Rica & Panama,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1545,Bay Wren,Cantorchilus nigricapillus,landbird,Passeriformes,Troglodytidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,300669,NatureServe,,3,300669,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1546,Riverside Wren,Cantorchilus semibadius,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,12905,NatureServe,,5,12905,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1547,Buff-breasted Wren,Cantorchilus leucotis,landbird,Passeriformes,Troglodytidae,,0,0,0,1,R,,,1,PIF CAW 2016,,,,,,,,,1,8557243,NatureServe,,1,8557243,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,Common Bird in Steep Decline,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1548,White-breasted Wood-Wren,Henicorhina leucosticta,landbird,Passeriformes,Troglodytidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,2,2531605,Natureserve 3.0,,2,2531605,Natureserve 3.0,,3,MX-NSAC,"given large range, TB-c=3 more appropriate.",,,3,MX-NSAC,humid evergreen forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1549,Gray-breasted Wood-Wren,Henicorhina leucophrys,landbird,Passeriformes,Troglodytidae,,0,0,1,1,R,,,3,Gomez-Panjabi; Bird Conservancy of the Rockies 2019,,,,,,,,,3,715438,Natureserve 3.0; Bird Conservancy of the Rockies 2019,"eBird shows that Hermit Wood-Wren's range is completely covered by Gray-Breasted Wood-Wren, so no need to adjust range post-split (BCR 2019)",3,715438,Natureserve 3.0; Bird Conservancy of the Rockies 2019,"eBird shows that Hermit Wood-Wren's range is completely covered by Gray-Breasted Wood-Wren, so no need to adjust range post-split (BCR 2019)",4,MX-NSAC,"given large range, TB-c=3 more appropriate.",,,4,MX-NSAC,humid evergreen forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland +1550,Song Wren,Cyphorhinus phaeocephalus,landbird,Passeriformes,Troglodytidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,292503,NatureServe,,4,292503,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1551,White-bellied Wren,Uropsila leucogastra,landbird,Passeriformes,Troglodytidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,407687,Natureserve 3.0,,3,407687,Natureserve 3.0,,3,PIFTC-02,,,,3,PIFTC-02,requires forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +1552,Rufous-and-white Wren,Thryophilus rufalbus,landbird,Passeriformes,Troglodytidae,,0,0,1,1,R,,,4,Gomez-Panjabi,"uncommon in large parts of range, coupled with habitat loss makes for PS=4",,,,,,,,3,781836,Natureserve 3.0,,3,781836,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,requires forest,,,4,PIF CAW 2014,uses partially cleared areas and shrubby clearings,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1553,Sinaloa Wren,Thryophilus sinaloa,landbird,Passeriformes,Troglodytidae,,0,0,1,0,R,,,3,Gomez-Panjabi,,,,,,,,,3,305711,Natureserve 3.0,,3,305711,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,MX-NSAC-12,"MX endemic, all regions score PT=4",,,,,,,,,,,,,,,,,,,,13,13,13,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1554,Banded Wren,Thryophilus pleurostictus,landbird,Passeriformes,Troglodytidae,,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,"México y Guate es más raro, pero en El Salvador, Honduras, Nicaragua es más común. (CAW);",,,,,,,,4,186085,Natureserve 3.0,,4,186085,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,PIF CAW 2014,probable decline throughout range due to deforestation of dry tropical forests,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1555,White-headed Wren,Campylorhynchus albobrunneus,landbird,Passeriformes,Troglodytidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,96067,NatureServe,,4,96067,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1556,Band-backed Wren,Campylorhynchus zonatus,landbird,Passeriformes,Troglodytidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,553342,Natureserve 3.0,,3,553342,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,"tolerant of disturbance, but requires forest nearby",,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,Forests: Mesoamerican Pine-Oak,Forests: Tropical Lowland Evergreen,Forests: Mesoamerican Pine-Oak +1557,Gray-barred Wren,Campylorhynchus megalopterus,landbird,Passeriformes,Troglodytidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,5,77907,Natureserve 3.0,,5,77907,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss,,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak +1558,Giant Wren,Campylorhynchus chiapensis,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,6167,Natureserve 3.0,,5,6167,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance,,,1,MX-NSAC-12,MX endemic that occurs in 1 region; regional experts scored PT=1,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1560,Rufous-naped Wren,Campylorhynchus rufinucha,landbird,Passeriformes,Troglodytidae,,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,4,219898,Natureserve 3.0,,4,219898,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,"requires shurbby vegetation, but tolerates some disturbance",,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1561,Spotted Wren,Campylorhynchus gularis,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,4,235638,Natureserve 3.0,,4,235638,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,,,3,MX-NSAC,tolerant of disturbance,,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +1562,Boucard's Wren,Campylorhynchus jocosus,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,72849,Natureserve 3.0,,5,72849,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +1563,Yucatan Wren,Campylorhynchus yucatanicus,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,9737,Natureserve 3.0,,5,9737,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,,,3,MX-NSAC,tolerant of disturbance,,,4,MX-NSAC-12,"MX endemic found only in SECL, regional experts score PT=4",,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1564,Cactus Wren,Campylorhynchus brunneicapillus,landbird,Passeriformes,Troglodytidae,,0,1,1,0,R,,,2,"PIFcalc19–eBird7017,bbs0615",,"8,500,000",8500000,"3,000,000",3000000,2010.5,PIFcalc19–bbs0615,,2,1849554,Natureserve 3.0,,2,1849554,Natureserve 3.0,,3,PIFSC-15; PIFSC-CVS 2022,"Rosenberg: Mary Gustafson comments about Texas pop (species?)?. See previous comments; Also apparrently disappeared from some western parts of range; enough to be ""moderate"" threats overall? (KVR); TB=3 is appropriate due to rapid expansion of agriculture in northern mexico in desert shrublands and grasslands (AP)",2,H,2,PIFTC-02; PIFSC-CVS 2022,specialized habitat chihuahuan desert scrub is being reduced by expanding croplands (Panjabi),2,H,5,"BBS7021-AS,JS",,-64.64839172,-2.016716003,-2.640000105,-1.463698983,1,-11.21791935,-1.182166696,-4.739999771,1.761304975,,10,core,1.176301003,260,6.875,1785.724976,,,,12,11,12,Common Bird in Steep Decline,yes,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1565,Bewick's Wren,Thryomanes bewickii,landbird,Passeriformes,Troglodytidae,,1,1,1,0,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"7,900,000",7900000,"4,600,000",4600000,2010.5,PIFcalc19–bbs0615,,2,3303063,Natureserve 3.0,,2,3151415,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,E. populations highly threatened (KR).,2,H,3,PIFTC-02; PIFSC-CVS 2022,E. populations highly threatened (KR),2,H,3,"BBS7021-AS,JS",,-30.31627846,-0.706286371,-1.480000019,0.038695,,-0.592015088,-0.06108446,-2.470000029,2.155900002,,10,core,1.518694997,979.5,2.944999933,2877.540039,,,,10,10,10,,yes,,Western Temperate,Western Temperate,Aridlands: Desert Scrub,Forests: Temperate Western,Aridlands: Desert Scrub,Forests: Temperate Western +1566,Carolina Wren,Thryothorus ludovicianus,landbird,Passeriformes,Troglodytidae,,1,1,1,1,R,,,2,"PIFcalc19–bbs0615,eBird7017",,"19,000,000",19000000,"18,000,000",18000000,2010.5,PIFcalc19–bbs0615,,2,3207537,Natureserve 3.0,,2,3207537,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,"DD='relatively tolerant of human activity.' Threats likely exist (urbanization and over development), but human activity also poses benefits. Difficult to tell if deserves TB 1 or 2. May benefit significantly through creation of edge, nesting structure.",2,H,2,PIFTC-02; PIFSC-CVS 2022,"DD='relatively tolerant of human activity.' Threats likely exist (urbanization and over development), but human activity also poses benefits in creating certain favorable habitats.",2,M-H,1,"BBS7021-AS,JS",,87.47806549,1.241026998,1.10629797,1.440000057,1,17.40224838,1.618584514,0.883000016,2.091502905,1,10,core,0.333701998,1859,10.90999985,20282.75977,,,,7,7,7,,yes,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +1567,House Wren,Troglodytes aedon,landbird,Passeriformes,Troglodytidae,,1,1,1,1,M,,,1,"PIFcalc19–eBird7017,bbs0615",reflects northern and southern subspecies,"190,000,000",190000000,"43,000,000",43000000,2010.5,PIFcalc19–bbs0615,,1,24553814,Natureserve 3.0,,1,20935058,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,3,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,1,"BBS7021-AS,JS",,24.44125175,0.429778695,0.215804994,0.703000009,1,14.45145988,1.35942626,0.601000011,1.925801992,1,10,core,0.487194985,3188.5,5.125,16337.12988,,,,5,5,5,,yes,,Widespread,Widespread,Forests: Generalist,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +1568,Socorro Wren,Troglodytes sissonii,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,135,Natureserve 3.0,,5,135,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,"moderate habitat loss, introduced species",,,3,MX-NSAC-12,regional experts score PT=3,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +1569,Clarion Wren,Troglodytes tanneri,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,32,Natureserve 3.0,,5,32,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,"moderate habitat loss, introduced species",,,3,MX-NSAC-12,"need to check why species is listed in two regions (ISRE and CEPL), with different scores; neither is greater than PT=3 however",,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +1570,Rufous-browed Wren,Troglodytes rufociliatus,landbird,Passeriformes,Troglodytidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,4,98793,Natureserve 3.0,,4,98793,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,PIF CAW 2014,"occurs only in humid highland forests of Chiapas, Guatemala, Honduras and Nicaragua; significant habitat loss has occured within range (possibly PT=5)",,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1571,Ochraceous Wren,Troglodytes ochraceus,landbird,Passeriformes,Troglodytidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,17421,NatureServe,,5,17421,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1572,Pacific Wren,Troglodytes pacificus,landbird,Passeriformes,Troglodytidae,,1,1,1,0,M,,,2,PIFcalc19–bbs0615,"split from Winter wren in 2011 (former pop estimate=32,870,559, incl. old world pop)","7,500,000",7500000,"7,500,000",7500000,2010.5,PIFcalc19–bbs0615,,2,1238488,Natureserve 3.0,,2,1199052,NatureServe,,3,Panjabi; PIFSC-CVS 2022,avg of BCR scores.,2,H,3,Panjabi; PIFSC-CVS 2022,,2,H,2,"BBS7021-AS,JS",,8.315794945,0.15715158,-0.77689898,1.649999976,,-7.601546288,-0.787156105,-2.470000029,1.419996977,,10,core,2.426898956,382,5.519999981,2104.709961,,,,9,9,9,,,,Pacific North America,Pacific North America,Forests: Temperate Western,,Forests: Temperate Western, +1573,Winter Wren,Troglodytes hiemalis,landbird,Passeriformes,Troglodytidae,,1,1,1,0,M,,,2,"PIFcalc19–bbs0615,ona0105","distance revised to 200 m based on review of large boreal dataset, score reverts to PS=2 (Blancher email, Dec. 20, 2008)","11,000,000",11000000,"11,000,000",11000000,2010.5,"PIFcalc19–bbs0615,ona0105",,2,2760019,Natureserve 3.0,,2,2581057,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,,4,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,4,"BBS7021-AS,JS",,15.06141281,0.275751859,-0.827000022,1.148295045,,-33.20893478,-3.951320887,-5.348496914,-1.870000005,1,10,core,1.975294948,1003,4.985000134,4996.984863,,,,12,10,12,,,,Northern Forest,Eastern Temperate,Forests: Boreal,Forests: Temperate Eastern,Forests: Temperate Eastern, +1575,Sedge Wren,Cistothorus stellaris,landbird,Passeriformes,Troglodytidae,Formerly considered conspecific with Cistothorus platensis.,1,1,1,0,M,,,2,PIFcalc19–bbs0615,Shaw-22: used US/Canada PIFcalc19 estimate now that Sedge Wren split from Grass Wren,"5,000,000",5000000,"5,000,000",5000000,2010.5,PIFcalc19–bbs0615,,2,1871195,BirdLIfe 2021,,2,1465254,BirdLIfe 2021,,3,"PIFTC-02; NFWG-17; NE-G&P; Panjabi; Mexican Regional Assessment 2005; BCRs 6, 8, 13, and 28 Review Teams; eMod20; Shaw-22; PIFSC-CVS 2022",Shaw-22: weighted TB-r scores from regions still classified as Sedge Wren using %pop from eMod20,3,M-H,3,"PIFTC-02; NFWG-17; NE-G&P; Panjabi; Mexican Regional Assessment 2005; BCRs 6, 8, 13, and 28 Review Teams; eMod20; Shaw-22; PIFSC-CVS 2022","Shaw-22: since TN-r not scored, and a resident such that threats may be similar between seasons, weighted TB-r scores from regions still classified as Sedge Wren using %pop from eMod20",2,M-H,2,"BBS7021-AS,JS",,32.23474503,0.549283445,-0.726000011,1.52889502,,-6.78266716,-0.699985981,-2.950000048,1.039999962,,10,core,2.254894972,696,0.915000021,636.7349854,,,,9,9,9,,,w,Great Plains,Eastern Temperate,Grasslands: Temperate,Wetlands: Seasonally Wet Grasslands,Wetlands: Seasonally Wet Grasslands,Grasslands: Temperate +1576,Grass Wren,Cistothorus platensis,landbird,Passeriformes,Troglodytidae,Formerly considered conspecific with Cistothorus stellaris.,0,0,1,1,R,,,2,"PIFcalc19–bbs0615,eBird7017; eMod20; Shaw-22",Shaw-22: calculated from US/Canada unrounded pop estimate of Sedge Wren from PIFcalc19 using % of pre-split Sedge Wren that falls within each split species' breeding range according to eMod20,"510,000",510000,,,,,,1,4773331,BirdLIfe 2021,,1,4773331,BirdLIfe 2021,,4,Mexican Regional Assessment 2005; PIF CAW 2014; eMod20; Shaw-22,Shaw-22: weighted TB-r scores from regions now classified as Grass Wren using %pop from eMod20,,,4,Mexican Regional Assessment 2005; PIF CAW 2014; eMod20; Shaw-22,"Shaw-22: since a resident, the only TN-r scores available (available for part of Central America only) matched TB-r, so weighted TB-r scores from all regions now classified as Chestnut-capped Warbler using %pop from eRaw20",,,5,Mexican Regional Assessment 2005; PIF CAW 2014; eMod20; Shaw-22,"Shaw-22: weighted PT-r scores from regions now classified as Grass Wren using %pop from eMod20, yielding 4.66, rounded to 5. Note that the unweighted average score would be just 4.13, so PT-c is contingent upon the accuracy of eBird STEM models.",,,,,,,,,,,,,,,,,,,,12,12,12,Common Bird in Steep Decline,,,Temperate South America,Temperate South America,Wetlands: Seasonally Wet Grasslands,Grasslands: Pampas and Campos,Wetlands: Seasonally Wet Grasslands,Grasslands: Pampas and Campos +1577,Marsh Wren,Cistothorus palustris,landbird,Passeriformes,Troglodytidae,,1,1,1,0,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"11,000,000",11000000,"11,000,000",11000000,2010.5,PIFcalc19–bbs0615,,1,4844019,Natureserve 3.0,,1,4296915,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"sensitive to hab loss, but not severely threatened throughout range (KR).",2,H,3,PIFTC-02; PIFSC-CVS 2022,,2,H,1,"BBS7021-AS,JS",,155.2532806,1.854942203,0.848999977,2.537203074,1,25.13320732,2.27058959,0.414000005,4.190000057,,10,core,1.688202977,813.5,0.671000004,545.8930054,,,,7,7,7,,,,Nearctic,Nearctic,Wetlands: Freshwater Marsh,,Wetlands: Generalist,Coasts: Saltmarsh +1578,Timberline Wren,Thryorchilus browni,landbird,Passeriformes,Troglodytidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,1499,NatureServe,,5,1499,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Tundra: Paramo,,Tundra: Paramo, +1579,Blue Mockingbird,Melanotis caerulescens,landbird,Passeriformes,Mimidae,,0,0,1,0,R,,,3,Gomez-Panjabi,,,,,,,,,3,485229,Natureserve 3.0,,3,485229,Natureserve 3.0,NS ok,3,MX-NSAC,,,,3,MX-NSAC,tolerant of disturbance; capture for trade,,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +1580,Blue-and-white Mockingbird,Melanotis hypoleucus,landbird,Passeriformes,Mimidae,Monotypic.,0,0,1,1,R,,,4,PIF CAW 2016,"zonas perturbadas, guamiles, matorrales (zonas altas). México en bosque y su periferia (CAW); score change from 5 to 4 recommended by Central Americans in 2016",,,,,,,,4,93125,Natureserve 3.0,,4,93125,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,,,3,MX-NSAC,"open areas, edge, scrub; global score should reflect regional experts' opinion",,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak +1581,Black Catbird,Melanoptila glabrirostris,landbird,Passeriformes,Mimidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,4,146791,Natureserve 3.0,,4,146791,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,requires forest,,,4,PIF CAW 2014,endemic to yucatan where experts say it has declined,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1582,Gray Catbird,Dumetella carolinensis,landbird,Passeriformes,Mimidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"29,000,000",29000000,"29,000,000",29000000,2010.5,PIFcalc19–bbs0615,,1,6812629,Natureserve 3.0,,2,1656048,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,DD='relatively tolerant of human activities and land use.' BNA supports that early successional habitats are both created and diminished by human land use. But then why should BRTH be TB/TN 3 ??,2,H,3,PIFTC-02; PIFSC-CVS 2022,"DD='relatively tolerant of human activities and land use.' BNA supports that early successional habitats are both created and diminished by human land use. However, species uses forested habitats more in nonbreeding season and coastal wintering areas may",3,H,1,"BBS7021-AS,JS",,4.624495983,0.088697582,0.0176,0.184,1,1.660984516,0.164818093,-0.158601999,0.60799998,,10,core,0.1664,3122,2.164999962,6758.919922,,,,6,8,8,,yes,,Eastern Temperate,Gulf-Caribbean Lowlands,Forests: Temperate Eastern,Forests: Temperate Western,Forests: Tropical Generalist, +1588,Curve-billed Thrasher,Toxostoma curvirostre,landbird,Passeriformes,Mimidae,,0,1,1,0,R,,,3,"PIFcalc19–eBird7017,bbs0615",,"3,100,000",3100000,"1,000,000",1000000,2010.5,PIFcalc19–bbs0615,,2,2015252,Natureserve 3.0,,2,2015252,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,"Uses towns in MX. Very flexible; tolerant of disturbance, but used for cage-bird trade (MX-NSAC).",2,H,2,PIFTC-02; PIFSC-CVS 2022,"tolerant of disturbance, but used for cage-bird trade",2,M-H,2,"MX-NSAC, PIFSC-08",,,,,,,,,,,,,,,,,,,,,9,9,9,,yes,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1589,Ocellated Thrasher,Toxostoma ocellatum,landbird,Passeriformes,Mimidae,,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,4,111698,Natureserve 3.0,,4,111698,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires primary vegetation,,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Aridlands: Desert Scrub,Forests: Mesoamerican Pine-Oak,Aridlands: Desert Scrub,Forests: Mesoamerican Pine-Oak +1590,Brown Thrasher,Toxostoma rufum,landbird,Passeriformes,Mimidae,,1,1,0,0,M,,,2,"PIFcalc19–bbs0615,nwt9501,ona0105",,"6,200,000",6200000,"6,200,000",6200000,2010.5,"PIFcalc19–bbs0615,nwt9501,ona0105",,1,5662789,Natureserve 3.0,,2,1525235,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,"DD='moderately vulnerable to human activities and land use.' Early successional habitats on general decline in Eastern regions, clean farming reducing habitat in western regions. Population likely to decline if future trends continue. However, why did",5,H,3,PIFTC-02; PIFSC-CVS 2022,"DD='moderately vulnerable to human activities and land use.' Early successional habitats on general decline in Eastern regions, clean farming reducing habitat in western regions. Population likely to decline if future trends continue. However, why did",2,M-L,4,"BBS7021-AS,JS",,-40.92256546,-1.026644111,-1.210000038,-0.876302004,1,-8.98760891,-0.934610784,-1.580000043,-0.407701999,1,10,core,0.333698004,2918,2.714999914,7922.365234,,,,11,11,11,,,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +1591,Long-billed Thrasher,Toxostoma longirostre,landbird,Passeriformes,Mimidae,,0,1,1,0,R,,,4,"PIFcalc19–eBird7017,bbs0615",,"280,000",280000,"96,000",96000,2010.5,PIFcalc19–bbs0615,,4,298906,Natureserve 3.0,,4,298906,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,3,PIFTC-02; PIFSC-CVS 2022,tolerant of disturbance; some capture for trade,3,H,1,"BBS7021-AS,JS","Shaw-23: Mexican PT-r scores range from 2-3, but are old and eBird S&T models estimate twice as much population in US as Mexico, so BBS coverage should be good enough. Rosenberg 2019: Clearly expanding and increasing in S. Texas such that BBS would support a score of 1 in US.",858.640564,4.532730579,2.940000057,6.12419796,1,-0.294549704,-0.02962474,-3.75999999,3.923594952,,10,core,3.184197903,43,0.228499994,9.628499985,,,,11,12,12,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1592,Cozumel Thrasher,Toxostoma guttatum,landbird,Passeriformes,Mimidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,489,Natureserve 3.0,,5,489,Natureserve 3.0,,5,MX-NSAC,,,,5,MX-NSAC,possibly extinct,,,5,MX-NSAC,,,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1593,Bendire's Thrasher,Toxostoma bendirei,landbird,Passeriformes,Mimidae,Monotypic.,0,1,1,0,M,,,4,"PIFcalc19–bbs0615,eBird7017",,"83,000",83000,"56,000",56000,2010.5,PIFcalc19–bbs0615,,3,774912,Natureserve 3.0,,4,284153,Natureserve 3.0,,4,PIFSC-Dec-08; PIFSC-CVS 2022,"Don't know cause of decline. Should be a high priority for study of threats; Rosenberg: rapid development in AZ portions of range, off road vehicles. DJK= some interspecific competition with CBTH as well as climate change threats make this one to watch closely.",2,M-H,3,PIFTC-02; PIFSC-CVS 2022,more flexible habitat use in winter,1,H,5,"BBS7021-AS,JS",,-86.32247925,-3.827048779,-5.550000191,-2.35480094,1,-1.443662882,-0.145291239,-3.548300028,3.420000076,,10,core,3.195199013,84.5,0.298999995,25.27499962,,,,16,16,16,Watch List/Tipping Point Red,,w,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1594,Gray Thrasher,Toxostoma cinereum,landbird,Passeriformes,Mimidae,,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,4,99438,Natureserve 3.0,,4,99438,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,,,3,MX-NSAC,no known threats,,,2,MX-NSAC,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1595,California Thrasher,Toxostoma redivivum,landbird,Passeriformes,Mimidae,,0,1,1,0,R,,,4,"PIFcalc19–bbs0615,eBird7017",,"240,000",240000,"160,000",160000,2010.5,PIFcalc19–bbs0615,,4,167251,Natureserve 3.0,,4,167251,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,,4,M-H,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,3,"BBS7021-AS,JS",,-46.8188324,-1.228922963,-1.806498051,-0.63499999,1,9.970808983,0.955196857,-1.5,3.506303072,,10,core,1.171497941,105.5,1.485000014,156.5950012,,,,15,14,15,Watch List Yellow,yes,,Pacific North America,Pacific North America,Aridlands: Chaparral,,Aridlands: Chaparral, +1596,LeConte's Thrasher,Toxostoma lecontei,landbird,Passeriformes,Mimidae,Formerly known as Le Conte's Thrasher.,0,1,1,0,R,,,4,"PIFcalc19–bbs0615,eBird7017",,"71,000",71000,"46,000",46000,2010.5,PIFcalc19–bbs0615,,4,250893,Natureserve 3.0,,4,250893,Natureserve 3.0,,4,PIFSC-Dec-08; PIFSC-CVS 2022,"open desert habitats not threatened? (KR); Rosenberg: rapid development in AZ portions of range -- CA? off road vehicles, border patrol activities. DJK= large tracts of DoD lands might offer that a core population persists.",4,M-H,4,PIFSC-Dec-08; PIFSC-CVS 2022,open desert habitats not threatened? (KR); Rosenberg: rapid development in AZ portions of range -- CA?,4,M-H,5,"BBS7021-AS,JS",,-62.23953629,-1.891396761,-2.983897924,-0.527999997,1,-6.474232674,-0.667167068,-4.312003136,4.579999924,,10,core,2.455898046,57,0.582499981,33.20249939,,,,17,17,17,Watch List/Tipping Point Red,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1597,Crissal Thrasher,Toxostoma crissale,landbird,Passeriformes,Mimidae,,0,1,1,0,R,,,4,"PIFcalc19–bbs0615,eBird7017",,"110,000",110000,"82,000",82000,2010.5,PIFcalc19–bbs0615,,2,1011812,Natureserve 3.0,,2,1011812,Natureserve 3.0,,3,PIFSC-08; PIFSC-CVS 2022,,2,M-H,3,PIFSC-08; PIFSC-CVS 2022,tolerant of disturbance,2,M-H,3,"BBS7021-AS,JS",,-9.166812897,-0.188204661,-1.590000033,0.917999983,,-17.97952271,-1.964733481,-5.920000076,0.598097026,,10,core,2.507999897,92,0.287499994,26.45000076,,,,12,12,12,,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,Aridlands: Desert Riparian,Aridlands: Desert Scrub,Aridlands: Desert Riparian +1598,Sage Thrasher,Oreoscoptes montanus,landbird,Passeriformes,Mimidae,Monotypic.,1,1,1,0,M,,,2,PIFcalc19–bbs0615,,"6,400,000",6400000,"6,400,000",6400000,2010.5,PIFcalc19–bbs0615,,2,1752289,Natureserve 3.0,,2,1628169,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,requires healthy sagebrush habitat. Uses small patches of sagebrush (TR). Extirpated in some areas at north end of range (CB).,4,M-L,3,PIFTC-02; PIFSC-CVS 2022,still requires native woodland or sage habitat in winter; not in ag or suburban (KVR),2,M-H,4,"BBS7021-AS,JS",,-28.69432068,-0.66137743,-1.282001019,-0.0119,1,-18.02797318,-1.972702861,-4.059999943,-0.094998002,1,10,core,1.270100951,481.5,14.97500038,7206.774902,,,,11,11,11,,,,Intermountain West,North American Southwest,Aridlands: Sagebrush,,Aridlands: Desert Scrub,Aridlands: Desert Riparian +1600,Socorro Mockingbird,Mimus graysoni,landbird,Passeriformes,Mimidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,135,Natureserve 3.0,,5,135,Natureserve 3.0,,5,MX-NSAC,,,,5,MX-NSAC,"introduced species, habitat loss",,,5,MX-NSAC,,,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +1601,Tropical Mockingbird,Mimus gilvus,landbird,Passeriformes,Mimidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,2,2171584,Natureserve 3.0,,2,2171584,Natureserve 3.0,,2,MX-NSAC-08,TB=1 more appropriate (Panjabi); Consideramos que no es una especie que se beneficie de la perturbación como para un valor de 1. Más bien es estable (Macias); Estamos de acuerdo con TB=2 (Berlanga).,,,1,MX-NSAC,tolerant of disturbance; some capture for trade,,,1,PIF CAW 2014,regional perspective in Mexico likely similar range-wide,,,,,,,,,,,,,,,,,,,,8,7,8,,yes,w,Neotropical,Neotropical,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +1602,Northern Mockingbird,Mimus polyglottos,landbird,Passeriformes,Mimidae,,1,1,1,0,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"43,000,000",43000000,"34,000,000",34000000,2010.5,PIFcalc19–bbs0615,,1,10130441,Natureserve 3.0,,1,10298548,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,4,"BBS7021-AS,JS",,-29.29793739,-0.67720437,-1.00999999,-0.353300989,1,-20.07419205,-2.017575979,-2.569999933,-1.554101944,1,11,core,0.656699002,2789,16.125,44969.375,,,,9,9,9,,yes,,Widespread,Widespread,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1603,European Starling,Sturnus vulgaris,landbird,Passeriformes,Sturnidae,,1,1,1,0,M,1,,1,"PIFcalc19–rng,bbs0615,eBird7017,ona0105",,"250,000,000",250000000,"93,000,000",93000000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,36834255,Natureserve 3.0,,1,36834255,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,5,"BBS7021-AS,JS",,-49.37416077,-1.326249242,-1.5,-1.139999986,1,-29.65581322,-2.047948599,-2.389698982,-1.590000033,1,17,core,0.360000014,4432.5,33.76499939,149604.4375,,,,9,9,9,,yes,,Introduced,Introduced,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +1604,Common Myna,Acridotheres tristis,landbird,Passeriformes,Sturnidae,,0,1,0,0,R,1,,1,PIFTC–PS-g midpoint,,"200,000,000",200000000,,,,,,1,6363400,Natureserve 3.0,,1,6363400,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,H,1,PIFTC-02; PIFSC-CVS 2022,,1,H,2,CBC7017,,,,,,,,,,,,,,,,,,,,,6,5,6,,yes,,Introduced,Introduced,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +1605,American Dipper,Cinclus mexicanus,landbird,Passeriformes,Cinclidae,,1,1,1,1,R,,,4,"PIFcalc19–bbs0615,eBird7017",,"160,000",160000,"150,000",150000,2010.5,PIFcalc19–bbs0615,,1,4803567,Natureserve 3.0,,1,4803567,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,3,H,4,PIFTC-02; PIFSC-CVS 2022,,4,H,3,"BBS7021-AS,JS",,-22.18072891,-0.489947826,-1.710000038,0.177300006,,-6.595804214,-0.679460406,-3.039999962,0.648000002,,10,core,1.887300014,253.5,0.060849998,15.4300499,,,,11,12,12,,,,Western Temperate,Western Temperate,Wetlands: Lakes and Rivers,,Wetlands: Lakes and Rivers, +1606,Eastern Bluebird,Sialia sialis,landbird,Passeriformes,Turdidae,,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"23,000,000",23000000,"21,000,000",21000000,2010.5,PIFcalc19–bbs0615,,1,5455886,Natureserve 3.0,,2,3328846,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,DD='potential threats exist but management has stabilized/increased pops.',2,M-H,2,PIFTC-02; PIFSC-CVS 2022,DD='potential threats exist but management has stabilized/increased pops.',2,M-H,1,"BBS7021-AS,JS",,101.3292847,1.381661892,0.703999996,1.99099803,1,-29.25703049,-3.403780699,-4,-2.99000001,1,10,core,1.286998034,2682,3.430000067,9197.410156,,,,6,7,7,,,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,Forests: Mesoamerican Pine-Oak,Forests: Temperate Eastern,Forests: Mesoamerican Pine-Oak +1607,Western Bluebird,Sialia mexicana,landbird,Passeriformes,Turdidae,,1,1,1,0,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"7,100,000",7100000,"5,700,000",5700000,2010.5,PIFcalc19–bbs0615,,2,1780111,Natureserve 3.0,,2,1909707,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,Open country w/ scattered trees; snags being lost; threats a little higher than for EABL.,3,H,4,PIFTC-02; PIFSC-CVS 2022,"Moderate threats to non-breeding areas include habitat loss and fragmentation from oil and gas development, conversion of native habitats to cropland, vehicle collisions, juniper chaining, poor grazing mgt, climate change, and open pipes (Panjabi)",4,H,2,"BBS7021-AS,JS",,21.19753265,0.378152013,-0.159999996,0.904999971,,0.917846918,0.091522001,-1.309000969,1.610000014,,10,core,1.065000057,504.5,1.149999976,580.2800293,,,,9,10,10,,,,Western Temperate,Western Temperate,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Forests: Temperate Western,Aridlands: Desert Scrub +1608,Mountain Bluebird,Sialia currucoides,landbird,Passeriformes,Turdidae,Monotypic.,1,1,1,0,M,,,2,"PIFcalc19–bbs0615,nwt9501",,"5,600,000",5600000,"5,600,000",5600000,2010.5,"PIFcalc19–bbs0615,nwt9501",,1,4363418,Natureserve 3.0,,2,2759900,Natureserve 3.0,,4,PIFSC-Dec-08; PIFSC-CVS 2022,"Rosenberg: any affects of climate change at high elevations? Panjabi: not really a high elevation species, in southern rockies most common in foothills and lower montane grasslands, but increasing development in these primary habitats is a moderate threa",4,H,3,PIFTC-02; PIFSC-CVS 2022,"Moderate threats to non-breeding areas include habitat loss and fragmentation from oil and gas development, conversion of native habitats to cropland, vehicle collisions, juniper chaining, poor grazing mgt, climate change, and open pipes (Panjabi)",2,M-H,4,"BBS7021-AS,JS",,-29.49024582,-0.683183908,-1.330000043,-0.168102995,1,-26.86530876,-3.07892704,-4.360000134,-2.117598057,1,10,core,1.161896944,914,2.144999981,1959.994995,,,,11,11,11,,,w,Intermountain West,North American Southwest,Open Country: Habitat Mosaic,Tundra: Alpine,Forests: Temperate Western,Open Country: Developed/Disturbed +1609,Townsend's Solitaire,Myadestes townsendi,landbird,Passeriformes,Turdidae,,1,1,1,0,M,,,3,"PIFcalc19–bbs0615,eBird7017",,"1,100,000",1100000,"1,100,000",1100000,2010.5,PIFcalc19–bbs0615,,2,3566954,Natureserve 3.0,,2,3847836,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,,5,M-H,3,PIFTC-02; PIFSC-CVS 2022,"still requires native forest habitats, especially P-J, in winter (KVR)",4,M-L,2,"BBS7021-AS,JS",,21.29190063,0.379028678,-0.112999998,0.994000018,,-14.43077755,-1.544623137,-3.75,0.25780201,,10,core,1.106999993,589,0.406500012,239.341507,,,,11,10,11,,,,Western Temperate,Western Temperate,Forests: Temperate Western,,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak +1610,Brown-backed Solitaire,Myadestes occidentalis,landbird,Passeriformes,Turdidae,,0,0,1,1,R,,,3,Gomez-Panjabi,range map overestimates distribution,,,,,,,,3,530181,Natureserve 3.0,,3,530181,Natureserve 3.0,NS ok,3,MX-NSAC,global score should reflect regional expert's opinion; most regions score as TB=3.,,,3,MX-NSAC,moderate habitat loss,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak +1613,Black-faced Solitaire,Myadestes melanops,landbird,Passeriformes,Turdidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,32047,NatureServe,,5,32047,NatureServe,,4,PIF CAW 2014,la captura en Costa Rica,,,4,PIF CAW 2014,suseptible por su migración altitudinal,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1614,Varied Solitaire,Myadestes coloratus,landbird,Passeriformes,Turdidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,465,NatureServe,,5,465,NatureServe,,5,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,20,19,20,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1615,Slate-colored Solitaire,Myadestes unicolor,landbird,Passeriformes,Turdidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,4,140833,Natureserve 3.0,,4,140833,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,moderate habitat loss,,,4,PIF CAW 2014,">50% range in Mexico, all regions score PT=4",,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland +1622,Black-billed Nightingale-Thrush,Catharus gracilirostris,landbird,Passeriformes,Turdidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,3837,NatureServe,,5,3837,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1623,Orange-billed Nightingale-Thrush,Catharus aurantiirostris,landbird,Passeriformes,Turdidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,646935,Natureserve 3.0,,3,793420,Natureserve 3.0,,3,MX-NSAC,,,,2,MX-NSAC,uses moderately disturbed habitats,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,11,12,,,,Neotropical,Neotropical,Forests: Tropical Generalist,,Forests: Tropical Generalist, +1624,Slaty-backed Nightingale-Thrush,Catharus fuscater,landbird,Passeriformes,Turdidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,261273,NatureServe,,4,261273,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1625,Russet Nightingale-Thrush,Catharus occidentalis,landbird,Passeriformes,Turdidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,3,414603,Natureserve 3.0,,3,414603,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,MX-NSAC-12,"MX endemic, all regions score PT=4",,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +1626,Ruddy-capped Nightingale-Thrush,Catharus frantzii,landbird,Passeriformes,Turdidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,4,245698,Natureserve 3.0,,4,245698,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,humid forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland +1627,Black-headed Nightingale-Thrush,Catharus mexicanus,landbird,Passeriformes,Turdidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,4,125742,Natureserve 3.0,,4,125742,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,humid forest,,,5,PIF CAW 2014,"4 of 6 regions (SECL, SEMH, CEMH and NECL) score PT=5",,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1628,Yellow-throated Nightingale-Thrush,Catharus dryas,landbird,Passeriformes,Turdidae,Formerly considered conspecific with Catharus maculatus.,0,0,1,1,R,,,5,Gomez-Panjabi; eRaw20; Shaw-22,"Shaw-22: multiplied the geometric midpoint (200,000) of the pop size range of pre-split PS -g score by the eRaw20 % that falls within the resident range of Yellow-throated Nightingale-Thrush",,,,,,,,4,88085,BirdLife 2021,,4,88085,BirdLife 2021,NS ok,4,MX-NSAC,global score should reflect regional experts' opinion.,,,4,MX-NSAC,moderate habitat loss,,,4,PIF CAW 2014,"cloud forest specialist, not sure why regional experts did not score PT=5",,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1629,Veery,Catharus fuscescens,landbird,Passeriformes,Turdidae,,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,ona0105",,"11,000,000",11000000,"11,000,000",11000000,2010.5,"PIFcalc19–bbs0615,ona0105",,2,3670946,Natureserve 3.0,,2,1506925,Natureserve 3.0 with adjustment by PIFSC,Reduced by 80%; NS winter range too expansive -- Chuck Hunter; probably 20% of mapped area,3,PIFSC-Dec-08; PIFSC-CVS 2022,Does fine in second growth; uses younger woods than other thrushes. Is it area sensitive? (ED); Rosenberg: moderately vulnerable to loss of forest to development (same as Wood Thrush).,3,M-H,4,PIFTC-02,Restricted to primary forest in Amazonian. winters in chaco region that is heavily being affected by agriculture (KVR),,,3,"BBS7021-AS,JS",,-38.25706863,-0.940225244,-1.288599014,-0.531000018,1,1.516571403,0.150441766,-0.833999991,0.921594977,,10,core,0.757598996,1556.5,4.945000172,7694.080078,,,,10,11,11,,,,Northern Forest,South American Lowlands,Forests: Temperate Eastern,Forests: Temperate Western,Forests: Tropical Lowland Evergreen, +1630,Gray-cheeked Thrush,Catharus minimus,landbird,Passeriformes,Turdidae,,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,rng,ona0105,nwt9501",,"46,000,000",46000000,"42,000,000",42000000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,4585688,Natureserve 3.0,,1,5076928,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,4,M-H,3,PIFTC-02,"Forest and some edge--but pretty much unknown. Winters in primary lowland forest in S. America -- at least ""moderate"" threats (KVR)",,,3,"BBS7021-AS, BBS9321-JS",,-24.47667313,-0.484836668,-2.920000076,1.60640502,,-5.809609413,-0.596957088,-4.405498981,3.49000001,,10,extended,4.526404858,154.5,6.960000038,1075.319946,1,,,9,9,9,,,,Northern Forest,South American Lowlands,Forests: Boreal,,Forests: Tropical Lowland Evergreen, +1631,Bicknell's Thrush,Catharus bicknelli,landbird,Passeriformes,Turdidae,Monotypic.,1,1,0,0,M,,,4,International Bicknell's Thrush Conservation Group 2017,IBTCG used range-wide data on densities and extent of potential habitat to develop an improved global population estimate. Applying region-specific density data (derived from point count surveys) to a model of potential habitat (Vermont Center for Ecostudies). 1000 is BBS-15 estimate.,"110,000",110000,"110,000",110000,,International Bicknell's Thrush Conservation Group 2017,"current estimate conrirmed by K. McFarland, email, 4.20.16",4,133496,Natureserve 3.0,,4,102051,Natureserve 3.0,,5,PIFSC-19; PIFSC-CVS 2022,changed due to calibration with TB-r,5,H,5,PIFTC-02,"Forest in winter ground highly threatened. threats to winter habitat severe and increasing due to cutting of remnant forest habitats, even in protected areas (KVR)",,,4,PIFSC-08,steep decline in parts of range,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Northern Forest,Caribbean,Forests: Boreal,,Forests: Tropical Montane Evergreen, +1632,Swainson's Thrush,Catharus ustulatus,landbird,Passeriformes,Turdidae,,1,1,1,1,M,,,1,"PIFcalc19–bbs0615,ona0105,eBird7017,nwt9501",,"120,000,000",120000000,"120,000,000",120000000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,7525849,Natureserve 3.0,,2,2788297,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,"Mature forest, but also uses second growth.",4,M-H,4,PIFTC-02; PIFSC-CVS 2022,,4,H,2,"BBS7021-AS,JS",,-10.49965286,-0.217028365,-0.746101022,0.488999993,,3.369208574,0.332053453,-0.41919899,1.679999948,,10,core,1.235100985,1626,25.96999931,42174.23047,,,,8,9,9,,,,Nearctic,Central and South American Highlands,Forests: Boreal,Forests: Temperate Western,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen +1633,Hermit Thrush,Catharus guttatus,landbird,Passeriformes,Turdidae,,1,1,1,1,M,,,1,"PIFcalc19–bbs0615,ona0105,eBird7017",,"72,000,000",72000000,"72,000,000",72000000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,8350943,Natureserve 3.0,,1,4694594,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"Tolerant of second growth. DD='threats assumed to be low.' BNA states that history shows species susceptible to large scale cutting of forests. However, it possibly does well in forested areas subjected to forestry leaving small openings. Extreme nort",4,M-H,2,PIFTC-02; PIFSC-CVS 2022,DD='relatively tolerant of human land use activities.' BNA supports that winter threats less severe than to those other thrushes due to more northern distribution. Supports use of wide varietyof winter habitats.,2,H,4,"BBS7021-AS,JS",,-10.44012642,-0.215716973,-1.960000038,0.761997998,,-32.21559906,-3.814852953,-5.361700058,-1.50999999,1,10,core,2.721997976,1952.5,9.734999657,19014.65039,,,,9,8,9,,,,Nearctic,Nearctic,Forests: Temperate Generalist,,Forests: Temperate Generalist, +1634,Wood Thrush,Hylocichla mustelina,landbird,Passeriformes,Turdidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19–bbs0615,,"12,000,000",12000000,"12,000,000",12000000,2010.5,PIFcalc19–bbs0615,,2,3489351,Natureserve 3.0,,3,646795,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,DD='moderately vulnerable to human land use.' BNA supports its subject to threats from fragmentation and isolation of forested habitats. New information suggests more flexible in use of breeding habitats than once thought.; Rosenberg: add acid rain as threat in parts of range Hunter: unsure about role of acid rain in declines in Appalachians.,3,M-H,5,PIFTC-02; PIFSC-CVS 2022,DD='highly vulnerable to human land use and activities.' BNA supports that primary forests on nonbreeding area are subject to continued loss and pose threat to wood thrushes.. Dependent on lowland wet forests on Gulf/Caribbean slope of Central America -- these are highly threatened (KVR),5,H,4,"BBS7021-AS,JS",,-54.60985947,-1.538419127,-1.816601038,-1.220000029,1,19.54499245,1.802437186,1.110000014,2.364695072,1,10,core,0.596601009,2205.5,4.28000021,9438.94043,,,,11,14,14,Watch List/Tipping Point Yellow,,,Eastern Temperate,Gulf-Caribbean Lowlands,Forests: Temperate Eastern,,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen +1643,Sooty Thrush,Turdus nigrescens,landbird,Passeriformes,Turdidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,2082,NatureServe,,5,2082,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1644,Black Thrush,Turdus infuscatus,landbird,Passeriformes,Turdidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,"rare in much of range, at least in MX outside of Chiapas",,,,,,,,4,171146,Natureserve 3.0,,4,171146,Natureserve 3.0,,4,MX-NSAC,humid pine-oak and cloud forest specialist.,,,4,MX-NSAC,slight decline in habitat expected; global score should reflect regional experts' opinion,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1645,Mountain Thrush,Turdus plebejus,landbird,Passeriformes,Turdidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,4,119727,Natureserve 3.0,,4,119727,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,slight decline in habitat expected,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1647,Pale-vented Thrush,Turdus obsoletus,landbird,Passeriformes,Turdidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,118120,NatureServe,,4,118120,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1648,Clay-colored Thrush,Turdus grayi,landbird,Passeriformes,Turdidae,,0,1,1,1,R,,,2,PIFTC-02–PS-g midpoint,,"20,000,000",20000000,"<5,000",5000,,PIFSC-16,"has exploded as a recent breeder, but still probably < 5,000",2,1062491,Natureserve 3.0,,2,1062491,Natureserve 3.0,,2,PIFTC-02,,,,2,PIFTC-02,tolerant of disturbance,,,2,MX-NSAC,,,,,,,,,,,,,,,,,,,,,8,8,8,,yes,,Mesoamerica,Mesoamerica,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +1651,White-throated Thrush,Turdus assimilis,landbird,Passeriformes,Turdidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,645847,Natureserve 3.0,,3,645847,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Mesoamerica,Mesoamerica,Forests: Tropical Generalist,,Forests: Tropical Generalist, +1652,Rufous-backed Robin,Turdus rufopalliatus,landbird,Passeriformes,Turdidae,,0,0,1,0,M,,,3,PIFTC-02,,,,,,,,,3,317784,Natureserve 3.0,,3,317784,Natureserve 3.0,,2,PIFTC-02,,,,2,PIFTC-02,tolerant of disturbance,,,2,MX-NSAC,,,,,,,,,,,,,,,,,,,,,10,10,10,,yes,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1653,Rufous-collared Robin,Turdus rufitorques,landbird,Passeriformes,Turdidae,Monotypic.,0,0,1,1,R,,,4,PIF CAW 2016,El rango debe incluir a Honduras (CAW); score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,5,61317,Natureserve 3.0,,5,61317,Natureserve 3.0,,3,MX-NSAC,"global score should reflect regional experts' opinion; nonetheless, it is not clear why TN-c would differ from TB-c, given similar habitat use during both seasons.",,,3,MX-NSAC,tolerant of disturbance,,,4,PIF CAW 2014,"species benefits from clearings, has probably increased",,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +1654,American Robin,Turdus migratorius,landbird,Passeriformes,Turdidae,,1,1,1,0,M,,,1,"PIFcalc19–bbs0615,ona0105,eBird7017,nwt9501",,"370,000,000",370000000,"370,000,000",370000000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,16401793,Natureserve 3.0,,1,9457200,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,3,"BBS7021-AS,JS",,3.395909786,0.065446995,-0.158000007,0.246999994,,-9.542817116,-0.997831583,-1.379999995,-0.356000006,1,10,core,0.405000001,4641.5,29.70999908,137859.9219,,,,7,7,7,,yes,,Nearctic,Nearctic,Forests: Temperate Generalist,,Forests: Temperate Generalist, +1660,Varied Thrush,Ixoreus naevius,landbird,Passeriformes,Turdidae,,1,1,1,0,M,,,2,"PIFcalc19–bbs0615,nwt9501","distance revised to 200 m based on review of large boreal dataset, score reverts to PS=2 (Blancher email, Dec. 20, 2008)","35,000,000",35000000,"35,000,000",35000000,2010.5,"PIFcalc19–bbs0615,nwt9501",,2,3298140,Natureserve 3.0,,3,793419,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"Taiga forest part of range (north) not under threat, but southern wet forests are.",4,M-L,2,PIFTC-02; PIFSC-CVS 2022,"Moves to low elevation in winter, where may be subject to human impact (CB)",2,H,3,"BBS7021-AS,JS",,-19.90196609,-0.434751868,-1.582198977,1.059999943,,-24.15219879,-2.726297617,-3.869999886,-1.379999995,1,10,core,2.642199039,471,7.75,3650.25,,,,10,10,10,,,,Pacific North America,Pacific North America,Forests: Temperate Western,,Forests: Temperate Western, +1661,Aztec Thrush,Ridgwayia pinicola,landbird,Passeriformes,Turdidae,,0,0,1,0,R,,,5,Gomez-Panjabi,very rare and local with mapped range,,,,,,,,3,336647,Natureserve 3.0,,3,336647,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss,,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +1670,Bluethroat,Cyanecula svecica,landbird,Passeriformes,Muscicapidae,Formerly included in the genus Luscinia.,1,1,0,0,M,,,1,BirdLife International 2018,used BirdLife International global estimate since poor eBird coverage in Asia means we shouldn't use eBird-based extrapolation of BBS to 7.5 million globally (PIFSC-18).,"50,000,000",50000000,"220,000",220000,2010.5,PIFcalc19–bbs0615,,1,6348041,PIFSC-08,,1,,PIFSC-08,,2,PIFTC-02,"stable, perhaps, but not enhanced by human disturbance (KR).",,,3,PIFTC-02,should check current status of Asian/African winterers (KVR),,,3,PIFSC-08,,,,,,,,,,,,,,,,,,,,,7,8,8,,,,Arctic,Paleotropical,Tundra: Arctic,,Wetlands: Generalist, +1678,Northern Wheatear,Oenanthe oenanthe,landbird,Passeriformes,Muscicapidae,,1,1,0,0,M,,,3,"PIFcalc19–rng,nwt9501,bbs0615",,"2,600,000",2600000,"260,000",260000,2010.5,"PIFcalc19–nwt9501,bbs0615",,1,29225702,BirdLife 2021,,1,9956951,BirdLife 2021,,2,PIFTC-02,"stable, perhaps, but not enhanced by human disturbance (KR).",,,2,PIFTC-02,should check current status of Asian/African winterers (KVR),,,3,PIFSC-08,,,,,,,,,,,,,,,,,,,,,9,9,9,,,w,Arctic,Paleotropical,Tundra: Arctic,Tundra: Alpine,Open Country: Habitat Mosaic, +1680,Olive Warbler,Peucedramus taeniatus,landbird,Passeriformes,Peucedramidae,,0,1,1,1,R,,,3,"PIFcalc19–eBird7017,bbs0615",,"1,900,000",1900000,"92,000",92000,2010.5,PIFcalc19–bbs0615,,3,694398,Natureserve 3.0,,3,694398,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,,5,M-H,4,PIFTC-02; PIFSC-CVS 2022,requires forest,4,M-H,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak +1689,Scaly-breasted Munia,Lonchura punctulata,landbird,Passeriformes,Estrildidae,,0,1,0,1,R,1,,1,PIF CAW 2016,,,,,,,,,1,,PIFTC,,1,,PIFTC,,1,PIF CAW 2014,,,,1,PIF CAW 2014,,,,1,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,4,4,4,,,b,Introduced,Introduced,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +1690,Tricolored Munia,Lonchura malacca,landbird,Passeriformes,Estrildidae,,0,0,0,1,R,1,,1,PIF CAW 2016,,,,,,,,,1,,PIFTC,,1,,PIFTC,,1,PIF CAW 2014,,,,1,PIF CAW 2014,,,,1,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,4,4,4,,,b,Introduced,Introduced,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +1698,House Sparrow,Passer domesticus,landbird,Passeriformes,Passeridae,,1,1,1,1,R,1,,1,"PIFcalc19–rng,eBird7017,bbs0615,nwt9501",,"740,000,000",740000000,"93,000,000",93000000,2010.5,"PIFcalc19–bbs0615,nwt9501",,1,77653203,Natureserve 3.0,,1,77653203,Natureserve 3.0; PIFSC-08,,2,PIFSC-19; PIFSC-CVS 2022,"changed due to calibration with TB-r; 10 of 34 BCRs scored TBr>1, all from latest review. Only 5 of 24 BCRs with TBr=1 are from this review, meaning all the other TBr=1 are from 2012 or before",2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,5,"BBS7021-AS,JS",,-81.33096313,-3.235237122,-3.668600082,-2.75999999,1,-15.72421265,-1.543851614,-2.053100109,-0.904999971,1,11,core,0.908599973,3963.5,34.56499863,136928.1406,,,,9,9,9,,yes,"b,w",Introduced,Introduced,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +1699,Eurasian Tree Sparrow,Passer montanus,landbird,Passeriformes,Passeridae,,0,1,0,0,R,1,,1,BirdLife International 2018,"150 million would be the global extrapolation of BBS-15 using eBird, but US/Canada estimated to be just 0.10% of global pop, so not appropriate to base extrapolation on such a small proportion of the pop (PIFSC-18).","250,000,000",250000000,"150,000",150000,2010.5,PIFcalc19–bbs0615,,1,8694200,Natureserve 3.0,,1,8694200,Natureserve 3.0; PIFSC-08,,1,PIFTC-02; PIFSC-CVS 2022,,1,H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,1,"BBS7021-AS,JS",,1288.985474,5.297828197,4.00810194,6.730000019,1,55.49332047,4.51335001,0.239999995,9.327495575,1,10,core,2.721898079,50,0.545000017,27.25,,,,4,5,5,,yes,,Introduced,Introduced,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +1700,Eastern Yellow Wagtail,Motacilla tschutschensis,landbird,Passeriformes,Motacillidae,,1,1,0,0,M,,,2,PIFSC-08–PS-g midpoint,estimate based on roughly half of former PS estimate for Yellow Wagtail,"20,000,000",20000000,"<1,000,000",1000000,,PIFSC-16,guesstimate (5% of global pop estimate),1,8800363,PIFSC-08,,1,4954181,BirdLife 2021,,2,PIFTC-02,"Threat for Western Hemisphere? Stable, perhaps, but not enhanced by human disturbance (KVR).",,,2,PIFTC-02,should check current status of Asian/African winterers (KVR),,,3,PIFSC-08,,,,,,,,,,,,,,,,,,,,,8,8,8,,,w,Arctic,Paleotropical,Tundra: Arctic,,Open Country: Habitat Mosaic, +1703,White Wagtail,Motacilla alba,landbird,Passeriformes,Motacillidae,,0,1,0,0,M,,,1,BirdLife International 2018,used mid point of BirdLife estimate of 163000000-1560000000 individuals,"860,000,000",860000000,<500,500,,PIFSC-16,much more limited range; < 500 seems reaSONABle; % Pop'n in US way < 1%,1,39490024,BirdLife 2021,,1,24599358,BirdLife 2021,,2,PIFTC-02,"stable, perhaps, but not enhanced by human disturbance (KR).",,,2,PIFTC-02,should check current status of Asian/African winterers (KVR),,,3,PIFSC-08,,,,,,,,,,,,,,,,,,,,,7,7,7,,,w,Arctic,Paleotropical,Coasts: Cliffs and Islands,Wetlands: Lakes and Rivers,Open Country: Habitat Mosaic, +1707,Red-throated Pipit,Anthus cervinus,landbird,Passeriformes,Motacillidae,,0,1,0,0,M,,,3,PIFTC-02–PS-g midpoint,,"2,000,000",2000000,<50,50,,PIFSC-16,much more limited range; < 50 seems reaSONABle (no real known breeding locations!),2,3792384,BirdLife 2021,,1,11426368,BirdLife 2021,,2,PIFTC-02,"stable, perhaps, but not enhanced by human disturbance (KR).",,,2,PIFTC-02,should check current status of Asian/African winterers (KVR),,,3,PIFSC-08,,,,,,,,,,,,,,,,,,,,,10,9,10,,,w,Arctic,Paleotropical,Tundra: Arctic,,Wetlands: Seasonally Wet Grasslands, +1708,American Pipit,Anthus rubescens,landbird,Passeriformes,Motacillidae,,1,1,1,1,M,,,2,"PIFcalc19–nwt9501,rng,bbs0615",,"20,000,000",20000000,"18,000,000",18000000,2010.5,"PIFcalc19–nwt9501,bbs0615",,1,5956629,Natureserve 3.0,,1,5514771,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,4,M-L,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,3,"insufficient data (CBC7019-AS,JS)",,-88.65233612,-4.343965054,-20.72014618,6.380742073,,-13.64116955,-1.455889225,-14.80795288,14.22893715,,10,,27.1008873,,,,1,1,,9,8,9,Common Bird in Steep Decline,,w,Arctic,Nearctic,Tundra: Alpine,Tundra: Arctic,Open Country: Developed/Disturbed,Coasts: Beach and Estuary +1710,Sprague's Pipit,Anthus spragueii,landbird,Passeriformes,Motacillidae,Monotypic.,1,1,1,0,M,,,3,PIFcalc19–bbs0615,,"1,400,000",1400000,"1,400,000",1400000,2010.5,PIFcalc19–bbs0615,,2,1157665,Natureserve 3.0,,2,1689913,Natureserve 3.0,NS ok,4,PIFTC-02; PIFSC-CVS 2022,"among grassland birds, most vulnerable to ag conversion and overgrazing. Requires natural prairie for nesting and is intolerant of noise from energy extraction and roads (BD via MG); Canadian federal pastures (once thought permanent holdings) returned to provinces, increased potential for loss and exploitation (BD via MG)",3,M-L,4,PIFTC-02; PIFSC-CVS 2022,"grazing in winter grasslands a major threat? (KR). loss of winter habitat across range could threaten persistence of entire species. (CB, KVR, WE, TW, DP); DJK= concerns on wintering range with drought, climate change, overgrazing.",2,H,5,"BBS7021-AS,JS",,-84.21849823,-3.551980734,-4.639999866,-2.729600906,1,-48.33581924,-6.393464088,-10,-3.434998035,1,10,core,1.91039896,279.5,3.035000086,847.8549805,,,10,14,14,14,Watch List/Tipping Point Orange,,w,Great Plains,North American Southwest,Grasslands: Temperate,,Grasslands: Chihuahuan, +1711,Yellowish Pipit,Anthus chii,landbird,Passeriformes,Motacillidae,Formerly known as Anthus lutescens. Anthus chii is a synonym and has priority.,0,0,0,1,R,,,2,PIF CAW 2016,"Shaw-22: 100% of pre-split eBird observations in eRaw20 were within breeding range of Yellowish Pipit, so no score change",,,,,,,,1,7237024,NatureServe,Shaw-22: have not recalculated breeding area after Peruvian Pipit was split off since wouldn't change the score,1,7237024,NatureServe,Shaw-22: have not recalculated non-breeding area after Peruvian Pipit was split off since wouldn't change the score,4,PIF CAW 2014,afectado por la ganadería y cultivos de azucar y arroz,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,,b,South American Lowlands,South American Lowlands,Grasslands: Tropical,,Grasslands: Tropical, +1714,Elegant Euphonia,Chlorophonia elegantissima,landbird,Passeriformes,Fringillidae,Formerly placed in the genus Euphonia.,0,0,1,1,R,,,4,Gomez-Panjabi,local within mapped range,,,,,,,,3,464921,Natureserve 3.0,,3,464921,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,less selective in habitat use during non-breeding season,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen +1717,Blue-crowned Chlorophonia,Chlorophonia occipitalis,landbird,Passeriformes,Fringillidae,Monotypic.,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,4,161337,Natureserve 3.0,,4,161337,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,tolerates some fragmentation,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1718,Golden-browed Chlorophonia,Chlorophonia callophrys,landbird,Passeriformes,Fringillidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,17505,NatureServe,,5,17505,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1720,West Mexican Euphonia,Euphonia godmani,landbird,Passeriformes,Fringillidae,Monotypic. Formerly considered conspecific with Euphonia affinis.,0,0,1,0,R,,,4,Gomez-Panjabi; eRaw20; Shaw-22,Shaw-22: multiplied the geometric midpoint (2 million) of the pop size range of pre-split PS -g score by the eRaw20 % that falls within the range of W. Mexican Euphonia (% for NWPL +half of the % of SCPL),"460,000",460000,,,,,,4,144861,BirdLife 2021; Shaw-22,"Shaw-22: BirdLife has not yet split Scrub Euphonia, so calculated size of BirdLife's Scrub Euphonia in W. Mexico",4,144861,BirdLife 2021; Shaw-22,"Shaw-22: BirdLife has not yet split Scrub Euphonia, so calculated size of BirdLife's Scrub Euphonia in W. Mexico",3,"Mexican Regional Assessment 2005, Shaw-22",Shaw-22: both NWPL and SCPL had TB-r = 3,,,3,"Mexican Regional Assessment 2005, Shaw-22","Shaw-22: both NWPL and SCPL had TB-r = 3, which I applied to TN-r on the assumption of similar threats year-round",,,3,"Mexican Regional Assessment 2005, eRaw20; Shaw-22",Shaw-22: NWPL's 3 trumps SCPL's 4 based on greater %pop in NWPL according to eRaw20,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,Open Country: Habitat Mosaic,Forests: Tropical Dry,Open Country: Habitat Mosaic +1721,Scrub Euphonia,Euphonia affinis,landbird,Passeriformes,Fringillidae,,0,0,1,1,R,,,3,Gomez-Panjabi; eRaw20; Shaw-22,Shaw-22: multiplied the geometric midpoint (2 million) of the pop size range of pre-split PS -g score by the eRaw20 % that doesn't fall within the range of W. Mexican Euphonia (% for NWPL +half of the % of SCPL),"1,500,000",1500000,,,,,,3,579494,BirdLife 2021; Shaw-22,"Shaw-22: BirdLife has not yet split Scrub Euphonia, so calculated size of BirdLife's Scrub Euphonia in Eastern Mexico & Central America",3,579494,BirdLife 2021; Shaw-22,"Shaw-22: BirdLife has not yet split Scrub Euphonia, so calculated size of BirdLife's Scrub Euphonia in Eastern Mexico & Central America",2,PIF CAW 2014,Shaw-22: splitting off West Mexican Euphonia doesn't change average of remaining regional scores,,,2,PIF CAW 2014,Tolerant of disturbance. Shaw-22: splitting off West Mexican Euphonia doesn't change average of remaining regional scores,,,3,PIF CAW 2014,Shaw-22: splitting off West Mexican Euphonia doesn't change average of remaining regional scores,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1722,Yellow-crowned Euphonia,Euphonia luteicapilla,landbird,Passeriformes,Fringillidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,111975,NatureServe,,4,111975,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1723,White-vented Euphonia,Euphonia minuta,landbird,Passeriformes,Fringillidae,,0,0,1,1,R,,,3,PIF CAW 2016,apparently uncommon throughout most of range; score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,1,4791819,Natureserve 3.0,,1,4791819,NatureServe,,3,MX-NSAC,requires forest.,,,3,MX-NSAC,requires forest,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1724,Yellow-throated Euphonia,Euphonia hirundinacea,landbird,Passeriformes,Fringillidae,,0,0,1,1,R,,,3,Gomez-Panjabi,problem with breeding range size,,,,,,,,3,611469,Natureserve 3.0,shape file origin codes reversed (now fixed in analysis program),3,617072,Natureserve 3.0,shape file origin codes reversed (now fixed in analysis program)Ken comment: shape file origin codes reversed (now fixed in analysis program),3,PIFTC-old,"Mexicans should score, doesn't breed in US-CB; requires forest (MX-NSAC).",,,3,PIFTC-old,requires forest,,,3,PIF CAW 2014,mainly a species of semi-open areas.; mainly a species of semi-open areas.,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1725,Thick-billed Euphonia,Euphonia laniirostris,landbird,Passeriformes,Fringillidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,4086641,NatureServe,,1,4086641,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,7,7,7,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1726,Spot-crowned Euphonia,Euphonia imitans,landbird,Passeriformes,Fringillidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,14924,NatureServe,,5,14924,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1727,Olive-backed Euphonia,Euphonia gouldi,landbird,Passeriformes,Fringillidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,327696,Natureserve 3.0,,3,327696,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,humid evergreen forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1728,Fulvous-vented Euphonia,Euphonia fulvicrissa,landbird,Passeriformes,Fringillidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,197986,NatureServe,,4,197986,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1729,Tawny-capped Euphonia,Euphonia anneae,landbird,Passeriformes,Fringillidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,20237,NatureServe,,5,20237,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1730,Orange-bellied Euphonia,Euphonia xanthogaster,landbird,Passeriformes,Fringillidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,2,3729657,NatureServe,,2,3729657,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,,,South American Lowlands,South American Lowlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1731,Hooded Grosbeak,Coccothraustes abeillei,landbird,Passeriformes,Fringillidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,4,251937,Natureserve 3.0,,4,251937,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,humid forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland +1732,Evening Grosbeak,Coccothraustes vespertinus,landbird,Passeriformes,Fringillidae,,1,1,1,0,M,,,3,"PIFcalc19–bbs0615,eBird7017,ona0105",,"3,800,000",3800000,"3,800,000",3800000,2010.5,"PIFcalc19–bbs0615,ona0105",,2,3930887,Natureserve 3.0,,1,9630990,Natureserve 3.0,,4,PIFSC-Dec-08; PIFSC-CVS 2022,Rosenberg: threatened by forest cutting in boreal (could be '4?'). See previous comment -- check all boreal forest species now with Canadian experts. (KVR),4,M-H,3,PIFTC-02; PIFSC-CVS 2022,,3,H,5,"BBS7021-AS,JS",,-88.13189697,-4.097089291,-5.389601231,-2.589999914,1,-16.85773849,-1.830800176,-6.610000134,3.801501036,,10,core,2.799601078,1093,3.075000048,3360.159912,,,,14,12,14,Watch List/Tipping Point Orange,,,Northern Forest,Nearctic,Forests: Boreal,Forests: Temperate Western,Forests: Temperate Generalist, +1775,Pine Grosbeak,Pinicola enucleator,landbird,Passeriformes,Fringillidae,,1,1,0,0,M,,,2,"PIFcalc19–rng,bbs0615,ona0105,nwt9501",,"11,000,000",11000000,"5,500,000",5500000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,13997546,Natureserve 3.0,,1,20809400,Natureserve 3.0,,4,PIFSC-Dec-08; PIFSC-CVS 2022,Rosenberg: any effects of forestry in boreal?. Seems to be one of the species more adversely affected by more severe and frequent fires throughout the West; what about loss of mature forest in boreal? (KVR); Engelmann spruce has declined in much of the southern Rockies due to pine beetle; not sure if / how its affecting the population; probably TB=3 is OK (AP),4,M-H,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,5,"BBS7021-AS,JS",,-57.25150681,-1.650764346,-3.839999914,-0.080900997,1,-14.04901791,-1.502693772,-5.438696861,5.630000114,,10,core,3.759099007,421.5,0.63499999,270.8699951,,,,12,11,12,Common Bird in Steep Decline,,,Northern Forest,Nearctic,Forests: Boreal,,Forests: Boreal, +1778,Gray-crowned Rosy-Finch,Leucosticte tephrocotis,landbird,Passeriformes,Fringillidae,,1,1,0,0,M,,,4,PIFTC-03–PS-g midpoint,"Can't use BBS-15 estimate of 12,000 since just based on just 2 BBS routes (PIFSC-18).","200,000",200000,"200,000",200000,,PIFTC-03,,2,2246756,Natureserve 3.0,,2,2133700,Natureserve 3.0,,3,PIFSC-Dec-08; PIFSC-CVS 2022,Rosenberg: any effects of climate change at high elevations in parts of range?,4,M-L,4,PIFTC-02; PIFSC-CVS 2022,,5,M-H,3,insufficient data (CBC7019-JS),,-90.73760986,-4.739530563,-9.939849854,0.966731131,,-0.848792613,-0.08520522,-7.486855984,7.231827259,,10,,10.90658092,,,,,,,12,13,13,Common Bird in Steep Decline,,,Intermountain West,Intermountain West,Tundra: Alpine,,Open Country: Habitat Mosaic,Tundra: Alpine +1779,Black Rosy-Finch,Leucosticte atrata,landbird,Passeriformes,Fringillidae,Monotypic.,0,1,0,0,M,,,4,PIFSC-18,"mean abundance estimate with high variance (83% mean CV) from within IMBCR 2017-2018 survey area of WY, MT, UT, and USFS land + some BLM land in S. ID (no observations on ID IMBCR land). Because IMBCR does not cover OR, NV, or all of ID, this is a minimum estimate (Panjabi 2019). Alternatively, BBS-15 yields 3,700.","120,000",120000,"120,000",120000,,Bird Conservancy of the Rockies 2018,,4,136521,Natureserve 3.0,,3,964345,Natureserve 3.0,,5,PIFSC-Dec-08; PIFSC-CVS 2022,Global warming and other effects on alpine in west (GB); but effects minimal compared to other 3's (TR); one of few that can't just shift range w/ global warming changes; Rosenberg: effects of global warming in alpine areas; loss of snowfields.,5,H,4,PIFTC-02; PIFSC-CVS 2022,"Comes to feeders, uses road cuts (TR); winter roost sites being lost (CB)",5,M-H,3,CBC7017,,,,,,,,,,,,,,,,,,,,,16,14,16,Watch List/Tipping Point Yellow,,,Intermountain West,Intermountain West,Tundra: Alpine,,Tundra: Alpine,Aridlands: Sagebrush +1780,Brown-capped Rosy-Finch,Leucosticte australis,landbird,Passeriformes,Fringillidae,Monotypic.,0,1,0,0,M,,,4,Bird Conservancy of the Rockies 2018,"This estimate is mean from RMBO's Monitoring Colorado's Birds surveys of alpine habitat from 1999-2005. 150,000 is estimate from CPW surveys throughout Colorado in 2018. Minimal NM and WY populations not included in either estimate so these should be considered minimums (Panjabi 2018).","85,000",85000,"85,000",85000,,Bird Conservancy of the Rockies 2018,,5,70000,PIFSC-08,"breeding range map is highly parcelized to include only alpine areas; non-breeding range is almost better measure of extent of range, but overall too generous; I would say roughly 1/3 of non-breeding range should be consider as breeding 'range'; still BD=5",4,162764,Natureserve 3.0,,5,PIFSC-Dec-08; PIFSC-CVS 2022,Same issues as above; Rosenberg: effects of global warming in alpine areas; loss of snowfields.,5,H,4,PIFTC-02; PIFSC-CVS 2022,,5,H,3,CBC7017,,,,,,,,,,,,,,,,,,,,,17,15,17,Watch List/Tipping Point Red,,,Intermountain West,Intermountain West,Tundra: Alpine,,Tundra: Alpine,Aridlands: Sagebrush +1781,House Finch,Haemorhous mexicanus,landbird,Passeriformes,Fringillidae,,1,1,1,0,R,,,2,"PIFcalc19–bbs0615,eBird7017",,"40,000,000",40000000,"33,000,000",33000000,2010.5,PIFcalc19–bbs0615,,1,7550911,Natureserve 3.0,,1,7550911,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,M-L,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,1,"BBS7021-AS,JS",,30.05456924,0.51652962,0.136804998,1.039999962,1,3.952915192,0.388973922,-1.001798987,2.279999971,,10,core,0.903195024,3229,5.409999847,17470.89063,,,,6,6,6,,yes,,Nearctic,Nearctic,Open Country: Habitat Mosaic,Aridlands: Desert Scrub,Open Country: Habitat Mosaic,Aridlands: Desert Scrub +1782,Purple Finch,Haemorhous purpureus,landbird,Passeriformes,Fringillidae,,1,1,1,0,M,,,2,"PIFcalc19–bbs0615,ona0105",,"6,500,000",6500000,"6,500,000",6500000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,4516639,Natureserve 3.0,,1,4586271,Natureserve 3.0,,2,PIFSC-15; PIFSC-CVS 2022,"What is the threat? Used edge, parks, orchards--but, something is causing decline. Pacific populations may be more threatened; check this (KVR); Camfield,Alaine [NCR]: Most TBs are 3 in Canadian BCRs. Highest threats in Pacific Region include habitat loss due to urban development and mountain pine beetle. Rangewide, but lower magnitude threats related to logging.",2,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,3,"BBS7021-AS,JS",,-43.0749588,-1.098591328,-1.600000024,-0.800300002,1,4.299272537,0.421717942,-1.309999943,2.034295082,,10,core,0.799700022,1593,1.24000001,1973.709961,,,,8,8,8,,yes,,Nearctic,Nearctic,Forests: Boreal,Forests: Temperate Western,Forests: Temperate Eastern,Forests: Temperate Western +1783,Cassin's Finch,Haemorhous cassinii,landbird,Passeriformes,Fringillidae,Monotypic.,1,1,1,0,M,,,3,"PIFcalc19–bbs0615,eBird7017",,"3,200,000",3200000,"3,200,000",3200000,2010.5,PIFcalc19–bbs0615,,2,1499607,Natureserve 3.0,,2,2639866,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,,5,M-H,3,PIFTC-02; PIFSC-CVS 2022,"Still dependent on forests in winter, or extensive use of towns and feeders? (KVR); uses feeders in winter, but mostly dependent on cone crops; loss of poderosa pine forests to recent wildlfires (likely climate-change induced) is an increasing threat, suggest 3. (Panjabi)",3,M-H,3,"BBS7021-AS,JS",,-33.74018478,-0.803192496,-1.721603036,0.291999996,,-1.666458488,-0.167865738,-2.779999971,2.037203074,,10,core,2.013602972,489.5,1.754999995,859.3449707,,,,12,11,12,Previously Watch List,,,Intermountain West,Intermountain West,Forests: Temperate Western,,Forests: Temperate Western, +1786,Common Redpoll,Acanthis flammea,landbird,Passeriformes,Fringillidae,,1,1,0,0,M,,,1,"PIFcalc19–rng,bbs0615,nwt9501,ona0105",,"250,000,000",250000000,"76,000,000",76000000,2010.5,"PIFcalc19–bbs0615,nwt9501,ona0105",,1,16578913,Natureserve 3.0,,1,36065450,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,4,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,4,"BBS7021-AS, BBS9321-JS",,-62.31960297,-2.365581751,-4.610000134,-0.797999978,1,4.356074333,0.426960707,-9.19780159,16.65439606,,10,extended,3.812000036,175.5,12.89999962,2263.949951,,,,9,8,9,Common Bird in Steep Decline,,,Arctic,Nearctic,Tundra: Arctic,Forests: Boreal,Open Country: Habitat Mosaic, +1788,Hoary Redpoll,Acanthis hornemanni,landbird,Passeriformes,Fringillidae,,1,1,0,0,M,,,2,"PIFcalc19–rng,nwt9501,bbs0615",Pete Blancher split out BBS counts of unidentified Common/Hoary Redpoll based on 2005-2014 ratio of positively identified birds,"28,000,000",28000000,"14,000,000",14000000,2010.5,"PIFcalc19–nwt9501,bbs0615",,1,4789564,Natureserve 3.0,,1,21361264,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,4,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,3,PIFSC-19,"irruptive on CBC; variable trend. Rosenberg 2019: CBC annual trend (2.3956%) could reflect change in identification skills, so suspect. PIFSC-19: 3 for uncertainty.",,,,,,,,,,,,,,,,,,,,9,8,9,,,,Arctic,Nearctic,Tundra: Arctic,,Open Country: Habitat Mosaic, +1789,Red Crossbill,Loxia curvirostra,landbird,Passeriformes,Fringillidae,,1,1,1,1,M,,,2,"PIFcalc19–rng,bbs0615,eBird7017",,"26,000,000",26000000,"9,600,000",9600000,2010.5,PIFcalc19–bbs0615,,1,16842625,Natureserve 3.0,,1,29976475,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,"Range limited to zone where logging is ongoing. Needs 60+ yr old trees in ALL parts of range; Rosenberg: threats higher due to boreal forestry? Panjabi: even if negatively affected by forestry practices in the boreal, I suggest threats are not severe rangewide, although they may be for some subspecific types.",4,H,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,2,"BBS7021-AS,JS",,1.957713604,0.037997507,-0.755697012,0.947000027,,-23.32458115,-2.618036985,-6.144898891,0.684000015,,10,core,1.702697039,935,4.039999962,3775.47998,,,,9,8,9,,,,Nearctic,Nearctic,Forests: Temperate Generalist,,Forests: Temperate Generalist, +1790,Cassia Crossbill,Loxia sinesciuris,landbird,Passeriformes,Fringillidae,,0,1,0,0,R,,,5,Benkman 2018,Fall 2016 estimate includes young birds but is after juvenile mortality bottleneck,"5,800",5800,"5,800",5800,,Benkman 2018,,5,70,Benkman 2018,95% of range in Sawtooth N.F.,5,70,Benkman 2018,95% of range in Sawtooth N.F.,5,Benkman 2018,projected 2-3 months of hot days that cause serotinous cones to open prematurely and lodgepole pine recruitment projected to end by 2050 (Coops and Waring 2011) with increased fire frequency due to climate change and cheatgrass.,,,5,Benkman 2018,projected 2-3 months of hot days that cause serotinous cones to open prematurely and lodgepole pine recruitment projected to end by 2050 (Coops and Waring 2011) with increased fire frequency due to climate change and cheatgrass.,,,2,Benkman 2018,"Declined by 80% from 2003-2011 due to 4 years of >4 days over 90 degrees F that cause annual survival rate to drop from 70% to 40%, but have rebounded since then; 2015 reached 90% of 2003 pop",,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Intermountain West,Intermountain West,Forests: Temperate Western,,Forests: Temperate Western, +1792,White-winged Crossbill,Loxia leucoptera,landbird,Passeriformes,Fringillidae,,1,1,0,0,M,,,1,"PIFcalc19–rng,bbs0615,ona0105",,"79,000,000",79000000,"40,000,000",40000000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,16042276,Natureserve 3.0,,1,24053916,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,More wide-spread and generalist than Red Crossbill; Rosenberg: threats higher due to boreal forestry? Blancher: suggest leaving at 3.,4,M-L,3,PIFTC-02; PIFSC-CVS 2022,still dependent on spruce cone crops in mature forests in most winters across range (KVR); increasing wildfires in Alaska and elsewhere in the Boreal will reduce habitat and food for this species (Panjabi),2,H,1,"BBS7021-AS,JS",,411.4796448,3.253355026,1.24950397,5.480000019,1,94.3691864,6.874042511,-0.852500975,13.60000038,,10,core,4.23049593,634.5,5.195000172,3303.689941,,,,6,6,6,,,,Northern Forest,Nearctic,Forests: Boreal,Forests: Temperate Western,Forests: Boreal, +1795,Pine Siskin,Spinus pinus,landbird,Passeriformes,Fringillidae,,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017,ona0105",,"46,000,000",46000000,"45,000,000",45000000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,7779269,Natureserve 3.0,,1,11945991,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"adaptable, but not enhanced by human disturbance (KR).",4,M-H,2,PIFTC-02; PIFSC-CVS 2022,"adaptable, but not enhanced by human disturbance (KR)",2,H,4,"BBS7021-AS,JS",,-65.37481689,-2.059776545,-3.304302931,-0.490999997,1,12.39415741,1.175379157,-2.99000001,5.531001091,,10,core,2.813302994,1699,11.02000046,18689.86914,,,,10,9,10,Common Bird in Steep Decline,yes,,Nearctic,Nearctic,Forests: Boreal,Forests: Temperate Western,Forests: Temperate Generalist, +1796,Black-capped Siskin,Spinus atriceps,landbird,Passeriformes,Fringillidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,5,50226,Natureserve 3.0,,5,50226,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional expert's opinion.,,,3,MX-NSAC,requires forest; severe habitat deterioration expected,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +1797,Black-headed Siskin,Spinus notatus,landbird,Passeriformes,Fringillidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,486560,Natureserve 3.0,,3,486560,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,"requires forest, but uses edge, plantations, etc.",,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen +1798,Yellow-bellied Siskin,Spinus xanthogastrus,landbird,Passeriformes,Fringillidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,153484,NatureServe,,4,153484,NatureServe,,3,PIF CAW 2014,afectada por el trafico; aunque puede ser afectada por cambio climático es una generalista y no está limitada a las alturas,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1801,Lesser Goldfinch,Spinus psaltria,landbird,Passeriformes,Fringillidae,,0,1,1,1,M,,,2,"PIFcalc19–eBird7017,bbs0615",,"15,000,000",15000000,"5,700,000",5700000,2010.5,PIFcalc19–bbs0615,,2,3938634,Natureserve 3.0,,2,2903855,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,W. riparian issues (KR); quite widespread and use other habitats; tolerant of disturbance; used for cage-bird trade (MX-NSAC).,2,H,2,PIFTC-02; PIFSC-CVS 2022,bird trade pressures in Mexico (KR); tolerant of disturbance; used for cage-bird trade,2,H,2,"BBS7021-AS,JS",,32.13348007,0.548251569,0.149000004,1.149999976,1,-7.432492256,-0.769342542,-2.784598112,1.75999999,,10,core,1.001000047,618.5,1.860000014,1150.535034,,,,8,8,8,,yes,,Western Temperate,Western Temperate,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Open Country: Habitat Mosaic, +1802,Lawrence's Goldfinch,Spinus lawrencei,landbird,Passeriformes,Fringillidae,Monotypic.,0,1,1,0,M,,,4,"PIFcalc19–bbs0615,eBird7017",,"380,000",380000,"350,000",350000,2010.5,PIFcalc19–bbs0615,,4,139332,Natureserve 3.0,,3,335841,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,Scrubby oak riparian; poorly known.,3,H,2,PIFTC-02; PIFSC-CVS 2022,"Not more riparian in winter than other goldfinches. still dependent on native chaparral or riparian in most winters, or extensive use of human-altered areas? (KVR);",2,H,3,"BBS7021-AS,JS",,-21.36794472,-0.470294982,-1.665997982,0.691999972,,-7.833779812,-0.812241256,-3.897398949,1.820000052,,10,core,2.357997894,95.5,1.299499989,123.8820038,,,,14,12,14,Watch List Yellow,,,Pacific North America,North American Southwest,Aridlands: Chaparral,Aridlands: Desert Riparian,Aridlands: Desert Scrub,Aridlands: Chaparral +1803,American Goldfinch,Spinus tristis,landbird,Passeriformes,Fringillidae,,1,1,1,0,M,,,2,"PIFcalc19–bbs0615,ona0105,nwt9501",,"44,000,000",44000000,"44,000,000",44000000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,7508019,Natureserve 3.0,,1,7626914,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,"DD= BNA supports that agriculture (e.g. sunflowers) supplemental feeding, clearing of forest have overall benefitted this species. Likely that continued trends in habitat use will favor it as well.",3,H,2,PIFTC-02; PIFSC-CVS 2022,"adaptable, but not enhanced by human disturbance (KR). DD=???, leaning toward TN 1 (agriculture, sunflowers, supplemental feeding, clearing of forest). BNA supports TN 1. If pops enhanced in nonbreeding season to the extent of TN 1, then are nesting lim",2,H,3,"BBS7021-AS,JS",,-14.560112,-0.30852589,-0.768000007,0.108599998,,-20.64443588,-2.289056778,-2.650000095,-1.850000024,1,10,core,0.876600027,3629,5.715000153,20738.14453,,,,8,8,8,,yes,,Nearctic,Nearctic,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1805,Rosy Thrush-Tanager,Rhodinocichla rosea,landbird,Passeriformes,Rhodinocichlidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,4,147346,Natureserve 3.0,,4,147346,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,dry forests,,,4,PIF CAW 2014,"both regions in MX score PT=5; trend in Costa Rica and Panama unknown; primary habitats are overgrown clearings and second-growth, but species occurence in unpredictable, habitat needs poorly understood; In Mexico, this species has been recorded in forest edge, however, forests should have a sizeable extension. Unrecorded in heavily degraded forest edges. PT=5 should be mantained, as potential specific differetiation has been suggested; Preferimos un valor de 5 ya que la especie tambien resulta afectada por procesos de ganaderizaci#n y desarrollo costero, hay evidencia de que no ocupa todo el hßbitat disponible. Sin embargo acordamos dejar el valor de 4 pensando en el significado de decl",,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1806,Lapland Longspur,Calcarius lapponicus,landbird,Passeriformes,Calcariidae,,1,1,0,0,M,,,1,"PIFcalc19–rng,nwt9501,bbs0615",,"140,000,000",140000000,"68,000,000",68000000,2010.5,"PIFcalc19–nwt9501,bbs0615",,1,6644664,Natureserve 3.0,,1,15828604,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,4,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,5,"BBS8221-AS, BBS9321-JS",,-55.52974701,-2.170035839,-5.96999979,1.33140099,,-30.90352058,-3.629929543,-11.05620289,3.190000057,,10,extended,7.301401138,23.5,16.60000038,390.1000061,1,,,10,9,10,Common Bird in Steep Decline,,w,Arctic,Nearctic,Tundra: Arctic,,Open Country: Developed/Disturbed,Coasts: Beach and Estuary +1807,Chestnut-collared Longspur,Calcarius ornatus,landbird,Passeriformes,Calcariidae,Monotypic.,1,1,1,0,M,,,3,PIFcalc19–bbs0615,,"3,100,000",3100000,"3,100,000",3100000,2010.5,PIFcalc19–bbs0615,,3,797094,Natureserve 3.0,,2,1436439,Natureserve 3.0,,5,PIFSC-15; PIFSC-CVS 2022,"although more abundant/widespread than SPPI and BAIS, CCLO is dependent on relatively undisturbed shortgrass/mixed grass prairie, which is under increased threats from intensifying ag (KVR)",5,M-H,4,PIFSC-Dec-08; PIFSC-CVS 2022,Said to use cultivated fields. Shouldn't be worse than SMLO; Rosenberg: threats higher due to rapid loss of Chihuahuan grasslands?,3,M-H,5,"BBS7021-AS,JS",,-85.55358887,-3.719668865,-4.579999924,-2.935600042,1,-25.89706421,-2.949906349,-6.099999905,0.089896001,,10,core,1.644400001,247,29.70999908,7338.370117,,,,16,14,16,Watch List/Tipping Point Red,,w,Great Plains,North American Southwest,Grasslands: Temperate,,Grasslands: Chihuahuan, +1808,Smith's Longspur,Calcarius pictus,landbird,Passeriformes,Calcariidae,Monotypic.,1,1,0,0,M,,,4,BNA Briskie 1993,"although BBS estimate (390,000) seems reasonable, it is based on just 4 BBS routes, so BBS not an ideal source (PIFSC-18).","75,000",75000,"75,000",75000,,BNA Briskie 1993,,3,706714,Natureserve 3.0,,3,539878,Natureserve 3.0 with adjustment by PIFSC,"Reduced by 40%; NS maps seem to greatly overemphasize northern and eastern edges of non-breeding distribution. Difficult to say whether this is enough however to drop below 500,000 km# + +Ken comment:",4,PIFTC-02; PIFSC-CVS 2022,Taiga breed habitat under no threat.,5,H,3,PIFTC-02; PIFSC-CVS 2022,"Co-exists with cattle. Main threat is conversion to non-native grass, but need assessment of habitat loss.",1,H,1,CBC7019-AS,,139.6851501,1.799999952,0,3.900000095,1,24.31082726,2.200000048,-1,6.5,,10,,3.900000095,,,,,,,12,11,12,,,w,Arctic,Great Plains,Tundra: Arctic,,Grasslands: Temperate, +1809,Thick-billed Longspur,Rhynchophanes mccownii,landbird,Passeriformes,Calcariidae,Monotypic.,1,1,1,0,M,,,3,PIFcalc19–bbs0615,,"840,000",840000,"840,000",840000,2010.5,PIFcalc19–bbs0615,,3,684343,Natureserve 3.0,,3,820781,Natureserve 3.0,NS maps are correct here though they seem to underestimate the non-breeding distribution in NM to a great extent. But birds do not occupy all areas of range in any given year. Difficult to judge but I'm a little surprised by the NS estimate,5,PIFSC-15; PIFSC-CVS 2022,"Species is declining rapidly, even in strongholds like Pawnee NG, but threats on breeding grounds are unclear; declining within optimal habitats that dot not appear to be changing (AP); Largely dependent on heavily grazed shortgrass prairie, which is under increased threat from grazing management that aims to retain more standing grass cover, also habitat loss due to loss of prairie dog towns and conversion of grasslands to cropland (AP)",5,H,4,PIFSC-Dec-08; PIFSC-CVS 2022,"Really a 4 in winter? (ED); Rosenberg: theats higher due to disturbance in winter range?. reevaluate based on current situation in Chihuahuan grasslands of n. Mexico (KVR); Agreed, 4, although does not appear to be heavily dependent on Chihuahuan Desert grasslands - rarely recorded on RMBO surveys; probably wintering more in TX and OK, perhaps in Ag fields; exposure to pesticides (Neonicitinoids?) could be major concern; loss of arid shortgrass breeding habitat does not appear to be a major driver of a 5% annual decline, indicating decline may be more related to winter (Panjabi);",3,H,5,"BBS7021-AS,JS",,-80.05262756,-3.110206127,-5.099999905,-1.404296994,1,39.08372498,3.354218721,-3.279999971,11.97999763,,10,core,3.69570303,142,15.93000031,2262.060059,,,,16,15,16,Watch List/Tipping Point Red,,w,Great Plains,North American Southwest,Grasslands: Temperate,,Grasslands: Chihuahuan, +1810,Snow Bunting,Plectrophenax nivalis,landbird,Passeriformes,Calcariidae,,1,1,0,0,M,,,2,"PIFcalc19–nwt9501,rng",,"29,000,000",29000000,"14,000,000",14000000,2010.5,PIFcalc19–nwt9501,,1,7434786,Natureserve 3.0,,1,14864638,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,4,M-L,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,5,"CBC7019-AS,JS",,-61.93712997,-1.951984763,-4.031635761,-0.5,1,-9.963223457,-1.044031501,-3.200000048,1.195209026,,10,,3.531636,,,,,,,11,10,11,Common Bird in Steep Decline,,w,Arctic,Nearctic,Tundra: Arctic,,Open Country: Developed/Disturbed,Coasts: Beach and Estuary +1811,McKay's Bunting,Plectrophenax hyperboreus,landbird,Passeriformes,Calcariidae,Monotypic.,0,1,0,0,M,,,5,Matsuoka & Johnson 2008,,"31,000",31000,"31,000",31000,,Matsuoka & Johnson 2008,,5,5332,Natureserve 3.0,,5,71913,Natureserve 3.0,,3,PIFTC-02,"Remote and probably undisturbed, but threats truly unknown and area is exceedingly small. vulnerable to rats (although none there yet).",,,2,PIFTC-02,,,,3,PIFSC-08,,,,,,,,,,,,,,,,,,,,,16,15,16,Watch List Yellow,,,Arctic,Arctic,Tundra: Arctic,,Coasts: Saltmarsh,Coasts: Beach and Estuary +1821,Yellow-throated Chlorospingus,Chlorospingus flavigularis,landbird,Passeriformes,Passerellidae,Formerly known as Yellow-throated Bush-Tanager.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,196872,NatureServe,,4,196872,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1822,Ashy-throated Chlorospingus,Chlorospingus canigularis,landbird,Passeriformes,Passerellidae,Formerly known as Ashy-throated Bush-Tanager.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,165290,NatureServe,,4,165290,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1823,Sooty-capped Chlorospingus,Chlorospingus pileatus,landbird,Passeriformes,Passerellidae,Formerly known as Sooty-capped Bush-Tanager.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,3957,NatureServe,,5,3957,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1824,Common Chlorospingus,Chlorospingus flavopectus,landbird,Passeriformes,Passerellidae,Formerly Chlorospingus ophthalmicus and known as Common Bush-Tanager.,0,0,1,1,R,,,2,PIF CAW 2016,Revisar distribución al sur de guatemala. Los rangos al parecer solo toman en cuenta a centroamerica y no america del sur (CAW); score change from 3 to 2 recommended by Central Americans in 2016,,,,,,,,3,584455,NatureServe,,3,584455,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1825,Tacarcuna Chlorospingus,Chlorospingus tacarcunae,landbird,Passeriformes,Passerellidae,Monotypic. Formerly known as Tacarcuna Bush-Tanager.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,1422,NatureServe,,5,1422,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1826,Pirre Chlorospingus,Chlorospingus inornatus,landbird,Passeriformes,Passerellidae,Monotypic. Formerly known as Pirre Bush-Tanager.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,993,NatureServe,,5,993,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1827,Rufous-winged Sparrow,Peucaea carpalis,landbird,Passeriformes,Passerellidae,,0,1,1,0,R,,,4,Gomez-Panjabi–PS-g midpoint,"extrapolating BBS-based US/Canada estimate using eBird would result in a global estimate of 100,000, way too low (PIFSC-18).","200,000",200000,"67,000",67000,2010.5,PIFcalc19–bbs0615,,4,176170,Natureserve 3.0,,4,176170,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,how specialized or threatened throughout range? (KR); dependent on desert grassland throughout range; requires primary vegetation (MX-NSAC). Requires shrub-encroached grasslands - not a highly threatened habitat; reproduction tied to summer rains; potentially vulnerable to extreme heat events; moderate threats overall (AP),2,H,3,PIFTC-02; PIFSC-CVS 2022,requires primary vegetation,1,H,4,MX-NSAC 2008,regional experts score PT=4 in core areas (NWAB and NWPL),,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1828,Cinnamon-tailed Sparrow,Peucaea sumichrasti,landbird,Passeriformes,Passerellidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,9751,Natureserve 3.0,,5,9751,Natureserve 3.0,,3,MX-NSAC 2008,"appears to do well in disturbed habitat and is still common in acahuales and on the wind farm zones, with no interaction with the rotors (R. Villegas); Su habitat reproductivo está disminuyendo y transformando (agricultura, apertura de caminos e infraestructura para windfarms) (Macias).",,,3,MX-NSAC,moderate habitat loss,,,5,MX-NSAC-12,"found in 1 region, regional experts scored 5",,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1829,Stripe-headed Sparrow,Peucaea ruficauda,landbird,Passeriformes,Passerellidae,,0,0,1,1,R,,,3,Gomez-Panjabi,hello,,,,,,,,4,264471,Natureserve 3.0,,4,264471,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,"b,w",Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1830,Black-chested Sparrow,Peucaea humeralis,landbird,Passeriformes,Passerellidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,4,84196,Natureserve 3.0,,4,84196,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires primary vegetation,,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1831,Bridled Sparrow,Peucaea mystacalis,landbird,Passeriformes,Passerellidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,52796,Natureserve 3.0,,5,52796,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires primary vegetation,,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1832,Botteri's Sparrow,Peucaea botterii,landbird,Passeriformes,Passerellidae,,0,1,1,1,R,,,4,"PIFcalc19–eBird7017,bbs0615","Poor eBird coverage within range in Mexico results in a way too high estimate of 20% of the pop in US/Canada, but that's not a problem as long as the areas that are covered are representative in pop density (PIFSC-18). Seems to be overmapped in Mexico; restricted within range; less abundant than CASP where they both occur.","170,000",170000,"33,000",33000,2010.5,PIFcalc19–bbs0615,,3,984366,Natureserve 3.0,,3,984366,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,"Needs info from MX if change to be made; may be more generalized there than in U.S., but we don't know; should be 4 for U.S. threats; requires grasslands for breeding; tolerant of disturbance (MX-NSAC).",4,H,3,PIFTC-02; PIFSC-CVS 2022,"See above; tolerant of disturbance. rangewide, TN=2 is OK; uses wide range of pastures and disturbed areas in towns and villages (Panjabi)",2,M-L,3,MX-NSAC,poorly known,,,,,,,,,,,,,,,,,,,,14,13,14,Watch List Yellow,,,North American Southwest,North American Southwest,Grasslands: Chihuahuan,Grasslands: Tropical,Grasslands: Chihuahuan,Grasslands: Tropical +1833,Cassin's Sparrow,Peucaea cassinii,landbird,Passeriformes,Passerellidae,Monotypic.,0,1,1,0,M,,,2,"PIFcalc19–bbs0615,eBird7017",most of range in US is well-sampled by BBS; BBS indicates high density,"14,000,000",14000000,"9,600,000",9600000,2010.5,PIFcalc19–bbs0615,,2,1830404,Natureserve 3.0 with adjustment by PIFSC-08,Reduced by 10%; NS overestimates the regular breeding range of the species,2,1133877,Natureserve 3.0 with adjustment by PIFSC,"Reduced by 30%; Non-breeding range over emphasizes central New Mexico and central and eastern Texas where species appears to be irregular at best. +(KVR)",3,PIFTC-02; PIFSC-CVS 2022,,2,M-H,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,4,"BBS7021-AS,JS",,-45.85610962,-1.195655107,-1.879999995,-0.651000023,1,-28.82575607,-3.342787743,-8.170000076,1.046895981,,10,core,1.228999972,361.5,29.89999962,10801.9502,,,,11,11,11,,,b,Great Plains,North American Southwest,Grasslands: Temperate,,Grasslands: Chihuahuan, +1834,Bachman's Sparrow,Peucaea aestivalis,landbird,Passeriformes,Passerellidae,,0,1,0,0,R,,,4,PIFcalc19–bbs0615,,"170,000",170000,"170,000",170000,2010.5,PIFcalc19–bbs0615,,3,959934,Natureserve 3.0,,3,959934,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,DD='highly vulnerable to human acitvities and land use.' BNA supports that harvest rotations currently favoring unsuitable age classes are widespread. Threats ongoing and uses specific conditions within habitats.,3,M-H,4,PIFTC-02; PIFSC-CVS 2022,DD='highly vulnerable to human acitvities and land use.' BNA supports that harvest rotations currently favoring unsuitable age classes are widespread. Threats ongoing and uses specific conditions within habitats.,2,M-H,5,"BBS7021-AS,JS",,-77.13832092,-2.85085535,-3.5,-2.24000001,1,13.90135288,1.310260892,-2.170000076,4.220699787,,10,core,1.25999999,253,0.602500021,151.8200073,,,,16,16,16,Watch List/Tipping Point Red,,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +1835,Grasshopper Sparrow,Ammodramus savannarum,landbird,Passeriformes,Passerellidae,,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"34,000,000",34000000,"33,000,000",33000000,2010.5,PIFcalc19–bbs0615,,1,5209138,Natureserve 3.0,,2,3402269,Natureserve 3.0,,4,PIFSC-15; PIFSC-CVS 2022,"DD='highly vulnerable to human land use and activities.' BNA supports that loss, fragmentation and degradation of hayfiled, pasture and grassland habitats have resulted in continuing pop declines. These threats are ongoing in areas. Otherwise suitable. More threatened than other grassland sparrows, especially in the East where habitat continues to decline rapidly due to suberuban development an loss of pastureland (KVR); Camfield,Alaine [NCR]: Assessed as Special Concern by COSEWIC (not listed under SARA yet). TB mostly 4's in Canadian BCRs. Main threats include habitat loss/fragmentation due to agricultural intensification, overgrazing or regeneration of open habitats (In Ontario and Quebec). Although it uses a wide variety of native and semi-native grasslands (CRP) in mid west and west, all grasslands there are under high threat from expanding cropland agriculture, expiring CRP, expanding energy development, exurban development; threats are more than ""moderate"" (AP); Demarest, Dean: From an eastern perspective, warrants a 4 on par with other grassland birds, (e.g. see NOBO).",2,M-H,3,PIFTC-02; PIFSC-CVS 2022,"DD='moderately vulnerable to human land use.' Species less impacted in nonbreeding season where effects of mowing and indirect effects of habitat isolation and degradation aren't a consideration. Still, overall loss of quality habitat. Pops likely to d. broader habitat use than BAIS but still heavily affected by habitat loss in Chihuahuan Desert where it is extremely abundant in suitable habitat.",2,M-H,5,"BBS7021-AS,JS",,-76.18897247,-2.770369768,-3.609999895,-1.992297053,1,-36.35250092,-4.416285992,-5.769999981,-3.368801117,1,10,core,1.617702961,2271,6.175000191,14009.79004,,,15,12,12,12,Common Bird in Steep Decline,,"b,w",Nearctic,Nearctic,Grasslands: Temperate,,Grasslands: Chihuahuan,Grasslands: Temperate +1836,Olive Sparrow,Arremonops rufivirgatus,landbird,Passeriformes,Passerellidae,,0,1,1,1,R,,,3,"PIFcalc19–eBird7017,bbs0615",Very high density within US range -- presumably also in NE Mexico (PIFSC-18).,"4,800,000",4800000,"830,000",830000,2010.5,PIFcalc19–bbs0615,,3,484726,Natureserve 3.0,,3,484726,Natureserve 3.0,Range looks very accurate -- probably better than RMBO score,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,3,PIFTC-02; PIFSC-CVS 2022,requires dense woody vegetation,3,M-H,3,MX-NSAC 2008,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Mesoamerica,Mesoamerica,Forests: Tropical Dry,,Forests: Tropical Dry, +1837,Green-backed Sparrow,Arremonops chloronotus,landbird,Passeriformes,Passerellidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,4,231235,Natureserve 3.0,,4,231235,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,PIF CAW 2014,MX represents roughly 50% of species range. regional experts score PT=4.,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1838,Black-striped Sparrow,Arremonops conirostris,landbird,Passeriformes,Passerellidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,2,1132966,NatureServe,,2,1132966,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,8,8,8,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1839,Five-striped Sparrow,Amphispizopsis quinquestriata,landbird,Passeriformes,Passerellidae,Formerly placed in the genus Amphispiza.,0,1,1,0,R,,,4,Gomez-Panjabi–PS-g midpoint,,"200,000",200000,<50,50,,PIFSC-16,guestimate based on eBird distribution,4,151868,Natureserve 3.0,,4,151868,Natureserve 3.0,,3,PIFTC-02,not higher than other desert sparrows (KR); requires primary vegetation; overgrazing (MX-NSAC).,,,3,PIFTC-02,Need info from MX; requires primary vegetation,,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,Aridlands: Desert Scrub,Forests: Tropical Dry,Aridlands: Desert Scrub +1840,Black-throated Sparrow,Amphispiza bilineata,landbird,Passeriformes,Passerellidae,,0,1,1,0,M,,,1,"PIFcalc19–eBird7017,bbs0615","distance revised to 125 m based on review of RMBO grassland dataset, score changes to PS=1 (Blancher email, Dec. 20, 2008)","62,000,000",62000000,"31,000,000",31000000,2010.5,PIFcalc19–bbs0615,,2,2448937,Natureserve 3.0,,2,1604895,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,PIFTC-02; PIFSC-CVS 2022,threats to habitat are minimal,2,H,4,"BBS7021-AS,JS",,-34.76418686,-0.83378917,-1.379999995,-0.271302015,1,-11.78394413,-1.246800661,-2.970000029,0.085699998,,10,core,1.10869801,458.5,18.94499969,8699.400391,,,,9,9,9,,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1841,Lark Sparrow,Chondestes grammacus,landbird,Passeriformes,Passerellidae,,1,1,1,0,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"11,000,000",11000000,"11,000,000",11000000,2010.5,PIFcalc19–bbs0615,,1,5600832,Natureserve 3.0,,2,2234610,Natureserve 3.0,"NS map seems to have mislabeled the northern Baja California population as permanent when it should be breeding only (according to Howell and Webb). Also over estimates winter distribution especially in western Texas where it is often simply absent, equa",3,PIFSC-19; PIFSC-CVS 2022,changed due to calibration with TB-r; several threats cited in core BCRs,2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,4,"BBS7021-AS,JS",,-34.97138214,-0.842348397,-1.25,-0.473601013,1,-18.82297516,-2.065156698,-2.809999943,-1.379999995,1,10,core,0.776399016,1750,4.869999886,8521.120117,,,,10,10,10,,,"b,w",Great Plains,Mesoamerican Pacific Lowlands,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1842,Lark Bunting,Calamospiza melanocorys,landbird,Passeriformes,Passerellidae,Monotypic.,1,1,1,0,M,,,2,PIFcalc19–bbs0615,,"12,000,000",12000000,"12,000,000",12000000,2010.5,PIFcalc19–bbs0615,,2,1825915,Natureserve 3.0,,2,1734141,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"vulnerable, but not SEVERELY threatened (KR).",3,M-H,3,PIFTC-02; PIFSC-CVS 2022,,2,M-H,5,"BBS7021-AS,JS",,-87.25093842,-3.959628105,-5.730000019,-2.449501038,1,-44.70293808,-5.751694202,-9.029999733,-3.041500092,1,10,core,3.280498981,585.5,127.8850021,74831.67188,,,12,12,12,12,Common Bird in Steep Decline,,w,Great Plains,North American Southwest,Grasslands: Temperate,,Grasslands: Chihuahuan,Aridlands: Desert Scrub +1843,Chipping Sparrow,Spizella passerina,landbird,Passeriformes,Passerellidae,,1,1,1,1,M,,,1,"PIFcalc19–bbs0615,eBird7017,ona0105",,"240,000,000",240000000,"230,000,000",230000000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,13328298,Natureserve 3.0,,2,3195124,Natureserve 3.0,"Non-breeding range is vastly underestimated with the species appearing only as a breeding species across the southern US. + +Ken comment: Add 1.6M km2 in U.S. and Mexico; Non-breeding range is vastly underestimated with the species appearing only as a breed",3,PIFSC-19; PIFSC-CVS 2022,"changed due to calibration with TB-r; primary habitat is forest, so benefit from development is minor",3,M-H,2,PIFTC-02; PIFSC-CVS 2022,"secure, but not enhanced by human disturbance (KR). DD='species benefits from human activity and land use.' BNA repeatedly supports that pops higher than presettlement times due to species affinity for human modified landscapes with ample foraging habit",2,H,4,"BBS7021-AS,JS",,-32.71878052,-0.77435267,-1.389999986,-0.374502003,1,-24.07201767,-2.718717098,-3.420000076,-2.07909894,1,10,core,1.015498042,4123,10.78999996,44468.69141,,,,9,9,9,,yes,,Nearctic,Nearctic,Forests: Temperate Generalist,,Open Country: Habitat Mosaic, +1844,Clay-colored Sparrow,Spizella pallida,landbird,Passeriformes,Passerellidae,Monotypic.,1,1,1,0,M,,,1,"PIFcalc19–bbs0615,ona0105",,"60,000,000",60000000,"60,000,000",60000000,2010.5,"PIFcalc19–bbs0615,ona0105",,2,3205847,Natureserve 3.0,,2,1204531,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,4,M-H,3,PIFSC-Dec-08; PIFSC-CVS 2022,Panjabi: at least moderately threatened by increasing loss of Chihuahuan grasslands,2,H,4,"BBS7021-AS,JS",,-43.39074707,-1.108810067,-1.379999995,-0.882000029,1,-18.83345985,-2.065531731,-3.190000057,-1.162999988,1,10,core,0.497999996,976.5,11.30500031,11032.0498,,,,10,10,10,,,"b,w",Great Plains,North American Southwest,Grasslands: Temperate,Open Country: Habitat Mosaic,Grasslands: Chihuahuan,Grasslands: Temperate +1845,Black-chinned Sparrow,Spizella atrogularis,landbird,Passeriformes,Passerellidae,,0,1,1,0,M,,,3,"PIFcalc19–eBird7017,bbs0615",,"1,100,000",1100000,"290,000",290000,2010.5,PIFcalc19–bbs0615,,3,806034,Natureserve 3.0,,3,981585,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,,4,M-H,3,PIFTC-02; PIFSC-CVS 2022,,2,M-H,5,"BBS7021-AS,JS",,-65.22867584,-2.049702644,-2.910000086,-1.149999976,1,-13.76463318,-1.469954729,-4.478300095,1.74000001,,10,core,1.75999999,87.5,1.186499953,103.5920029,,,,15,14,15,Watch List/Tipping Point Yellow,,,North American Southwest,North American Southwest,Aridlands: Chaparral,,Aridlands: Desert Scrub,Aridlands: Chaparral +1846,Field Sparrow,Spizella pusilla,landbird,Passeriformes,Passerellidae,,1,1,1,0,M,,,2,PIFcalc19–bbs0615,,"9,300,000",9300000,"9,300,000",9300000,2010.5,PIFcalc19–bbs0615,,2,3993359,Natureserve 3.0,,2,3185005,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,"but, widespread loss of habitat IS ocurring (KR). DD='moderately vulnerable to human land use activities.' Populations likely to decline if trends in conditions continue. Forest succession and agriculture causing decline in suitable habitats in East.",4,M-H,3,PIFSC-Dec-08; PIFSC-CVS 2022,"but, widespread loss of habitat IS ocurring (KR). DD='moderately vulnerable to human land use activities.' Populations likely to decline if trends in conditions continue. Forest succession and agriculture causing decline in suitable habitats in East.; Rosenberg: existing comments warrant TN=3",2,H,5,"BBS7021-AS,JS",,-64.2405014,-1.993076324,-2.25999999,-1.766700029,1,-12.44185925,-1.319063663,-1.860000014,-0.882000029,1,10,core,0.493299991,2285,4.949999809,11308.2998,,,,13,12,13,Watch List/Tipping Point Yellow,,w,Eastern Temperate,Eastern Temperate,Open Country: Habitat Mosaic,Forests: Temperate Eastern,Open Country: Habitat Mosaic, +1847,Brewer's Sparrow,Spizella breweri,landbird,Passeriformes,Passerellidae,,1,1,1,0,M,,,2,PIFcalc19–bbs0615,,"17,000,000",17000000,"17,000,000",17000000,2010.5,PIFcalc19–bbs0615,,2,2821742,PIFSC-08,"removed 400,000 km2 from BC; NS map fills gap between Timberline and Brewer's, relative to NatGeo",2,1470350,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"vulnerable, but not HIGHLY threatened (KR).",4,M-L,3,PIFSC-Dec-08; PIFSC-CVS 2022,Panjabi: at least moderately threatened by increasing loss of Chihuahuan grasslands,2,M-H,5,"BBS7021-AS,JS",,-49.8185463,-1.340649128,-1.805902004,-0.777999997,1,-24.56170273,-2.775865316,-5.130000114,-0.931798995,1,10,core,1.027902007,740.5,17.84499931,13209.35547,,,25,12,12,12,Common Bird in Steep Decline,,w,Intermountain West,North American Southwest,Aridlands: Sagebrush,,Aridlands: Desert Scrub, +1848,Worthen's Sparrow,Spizella wortheni,landbird,Passeriformes,Passerellidae,,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,15215,Natureserve; PIFSC-08,90% of NS range map does not have any recent records; experts at U. of Nuevo Leon believe species is limited to roughly 10% of mapped range,5,15215,Natureserve 3.0,current range limited to ~10% of mapped range (UANL experts)Ken comment: current range limited to ~10% of mapped range (UANL experts),5,PIFSC-08,"hasn't bred in US, Mexicans should score-CB; Mexicans scored as 3; very local, susceptible to land use changes; habitat loss accelerating within very small breeding range, Gomez de Silva '07, changed Tb=3 to 4 (MX-NSAC); extinction of very small and restricted breeding population is very possible within 30 yrs (Panjabi); Global TB should be 5 due to habitat loss from agricultural conversion within extremely limited range.",,,4,MX-NSAC,Mexicans scored as 3; moderate habitat loss; see breeding season comment/update; more widespread in winter,,,5,MX-NSAC-12,"major range contraction evidenced by early records in Chih, Zac., SLP, Tamps; no recent records outside of Saltillo area (mainly El Tokio)",,,,,,,,,,,,,,,,,,,,20,19,20,Watch List/Tipping Point Red,,,North American Southwest,North American Southwest,Grasslands: Chihuahuan,,Grasslands: Chihuahuan, +1849,Costa Rican Brushfinch,Arremon costaricensis,landbird,Passeriformes,Passerellidae,Formerly included in Arremon torquatus.,0,0,0,1,R,,,5,PIF CAW 2016,split from arremon torquatus,,,,,,,,5,3723,BirdLife 2021,,5,3723,BirdLife 2021,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1851,Orange-billed Sparrow,Arremon aurantiirostris,landbird,Passeriformes,Passerellidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,694967,Natureserve 3.0,,3,694967,Natureserve 3.0,"NOTE -- general comment for Neotropical species -- map depiction very accurate (e.g. elevation ranges), but this is different from depictions of winter ranges of migrants -- possibly should 'smooth' distributions more to make more comparable??",4,MX-NSAC,,,,4,MX-NSAC,humid evergreen forest,,,4,PIF CAW 2014,Restricted to humid evergreen forest in lowland and lower foothills within C.A. range; loss of such forests has been extensive; MX regional experts score PT=5 in SECL,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1852,Green-striped Brushfinch,Arremon virenticeps,landbird,Passeriformes,Passerellidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,79799,Natureserve 3.0,,5,79799,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,humid pine-evergreen forest,,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Highland,,Forests: Mesoamerican Highland, +1853,Chestnut-capped Brushfinch,Arremon brunneinucha,landbird,Passeriformes,Passerellidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,618369,Natureserve 3.0,,3,618369,Natureserve 3.0,"NOTE -- general comment for Neotropical species -- map depiction very accurate (e.g. elevation ranges), but this is different from depictions of winter ranges of migrants -- possibly should 'smooth' distributions more to make more comparable??",4,MX-NSAC,,,,4,MX-NSAC,humid forest and edge,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1854,Sooty-faced Finch,Arremon crassirostris,landbird,Passeriformes,Passerellidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,9544,NatureServe,,5,9544,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1855,Fox Sparrow,Passerella iliaca,landbird,Passeriformes,Passerellidae,,1,1,1,0,M,,,2,"PIFcalc19–bbs0615,ona0105,nwt9501",,"35,000,000",35000000,"35,000,000",35000000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,7508136,Natureserve 3.0,,2,3430988,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,4,M-L,3,PIFTC-02; PIFSC-CVS 2022,,3,H,2,"BBS7021-AS,JS",,32.25935745,0.552882135,-0.984901011,2.589999914,,-19.05852509,-2.094007969,-3.619999886,1.220000029,,10,core,3.574901104,699,5.034999847,3536.090088,,,,8,9,9,,,,Nearctic,Nearctic,Forests: Boreal,Forests: Temperate Western,Forests: Temperate Eastern,Aridlands: Chaparral +1856,American Tree Sparrow,Spizelloides arborea,landbird,Passeriformes,Passerellidae,,1,1,0,0,M,,,2,"PIFcalc19–bbs0615,nwt9501,ona0105",,"26,000,000",26000000,"26,000,000",26000000,2010.5,"PIFcalc19–bbs0615,nwt9501,ona0105",,1,4950654,Natureserve 3.0,,1,6328413,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,,5,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,5,"CBC7019-AS,JS",,-61.13505173,-1.910248399,-2.200000048,-1.700000048,1,-17.77531242,-1.9381181,-2.700000048,-1.200000048,1,10,,0.5,,,,,,,12,10,12,Common Bird in Steep Decline,,,Arctic,Nearctic,Tundra: Arctic,Forests: Boreal,Open Country: Habitat Mosaic, +1857,Volcano Junco,Junco vulcani,landbird,Passeriformes,Passerellidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,1041,NatureServe,,5,1041,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Tundra: Paramo,,Tundra: Paramo, +1858,Guadalupe Junco,Junco insularis,landbird,Passeriformes,Passerellidae,,0,0,1,0,R,,,5,MX-NSAC-2015,,,,,,,,,5,,MX-NSAC-15,,5,,MX-NSAC-15,,4,MX-NSAC-15,,,,4,MX-NSAC-15,,,,5,MX-NSAC,,,,,,,,,,,,,,,,,,,,,19,19,19,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +1859,Dark-eyed Junco,Junco hyemalis,landbird,Passeriformes,Passerellidae,,1,1,1,0,M,,,1,"PIFcalc19–bbs0615,ona0105,nwt9501,eBird7017",,"220,000,000",220000000,"220,000,000",220000000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,10123829,Natureserve 3.0,,1,9744972,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,2,PIFTC-02; PIFSC-CVS 2022,secure but not enhanced by human disturbance (KR),2,M-H,4,"BBS7021-AS,JS",,-43.64103317,-1.117380381,-1.669999957,-0.365999997,1,-9.730763435,-1.01856339,-1.980000019,0.660000026,,10,core,1.30400002,1965,15.28999996,30072.83984,,,,9,8,9,,yes,,Nearctic,Nearctic,Forests: Temperate Generalist,,Open Country: Habitat Mosaic, +1860,Yellow-eyed Junco,Junco phaeonotus,landbird,Passeriformes,Passerellidae,,0,1,1,1,R,,,3,"PIFcalc19–eBird7017,bbs0615; MX-NSAC-19","Lots of detection on few routes where detected, so can use BBS data in spite of few routes with detections (Blancher 2018). Very high density in US range, also in Mexican mountains. Mapped range is fairly restricted to suitable habitat.","4,300,000",4300000,"470,000",470000,2010.5,PIFcalc19–bbs0615,,3,473799,BirdLife 2019; Bird Conservancy of the Rockies 2020; MX-NSAC-19,Shaw 2020: removed the Baja polygon from the BirdLife range shapefile for J. phaeonotus s.l.,3,473799,BirdLife 2019; Bird Conservancy of the Rockies 2020; MX-NSAC-19,Shaw 2020: removed the Baja polygon from the BirdLife range shapefile for J. phaeonotus s.l.,4,PIFSC-16; MX-NSAC-19; PIFSC-CVS 2022,"Range-wide, should be a 2; requires forest (MX-NSAC); global scores should reflect regional expert's opinion.",5,M-H,3,PIFSC-16; MX-NSAC-19; PIFSC-CVS 2022,tolerant of disturbance,4,H,2,MX-NSAC-19,,,,,,,,,,,,,,,,,,,,,12,11,12,,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak +1861,Baird's Junco,Junco bairdi,landbird,Passeriformes,Passerellidae,Formerly considered conspecific with Junco phaeonotus.,0,0,1,0,R,,,5,MX-NSAC-19,,,,,,,,,5,4799,BirdLife 2019; MX-NSAC-19,,5,4799,BirdLife 2019; MX-NSAC-19,,3,MX-NSAC-19,"MX-NSAC-19: We originally suggested TB/TN = 2 due to the protection of the whole habitat as a protected area, but certainly it would shrink due to climate change, so 3 may be more adequate.",,,3,MX-NSAC-19,"MX-NSAC-19: We originally suggested TB/TN = 2 due to the protection on the whole habitat as a protected area, but certainly it would shrink due to climate change, so 3 may be more adequate.",,,3,MX-NSAC-19,MX-NSAC-19: unknown,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +1862,Rufous-collared Sparrow,Zonotrichia capensis,landbird,Passeriformes,Passerellidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,1,11347737,Natureserve 3.0,,1,11347737,Natureserve 3.0,,1,MX-NSAC,"TB=1 more appropriate due to preference for rural and agricultural landscapes, towns, villages, etc.",,,1,MX-NSAC,tolerant of disturbance,,,1,PIF CAW 2014,has increased with forest clearing,,,,,,,,,,,,,,,,,,,,5,5,5,,yes,,Neotropical,Neotropical,Open Country: Developed/Disturbed,Forests: Tropical Montane Evergreen,Open Country: Developed/Disturbed,Forests: Tropical Montane Evergreen +1863,White-crowned Sparrow,Zonotrichia leucophrys,landbird,Passeriformes,Passerellidae,,1,1,1,0,M,,,1,"PIFcalc19–bbs0615,nwt9501,ona0105",,"79,000,000",79000000,"79,000,000",79000000,2010.5,"PIFcalc19–bbs0615,nwt9501,ona0105",,1,7325502,Natureserve 3.0,,1,7055785,Natureserve 3.0,"Though this species is sparsely spread across the eastern US during non-breeding season, the NS range is probably better than the original PIF scores",4,PIFTC-02; PIFSC-CVS 2022,Most of breeding range north of human impact zone.,5,M-H,2,PIFTC-02; PIFSC-CVS 2022,secure but not enhanced by human disturbance (KR); but in west are dirt birds in human areas (DP),2,H,3,"BBS7021-AS,JS",,-40.11922073,-1.002581239,-2.920000076,0.185501993,,-1.710423946,-0.172382593,-1.789999962,1.445198059,,10,core,3.10550189,729.5,10.09500027,7395.129883,,,,9,7,9,,yes,w,Nearctic,Nearctic,Tundra: Arctic,Forests: Boreal,Open Country: Habitat Mosaic, +1864,Golden-crowned Sparrow,Zonotrichia atricapilla,landbird,Passeriformes,Passerellidae,Monotypic.,1,1,1,0,M,,,2,PIFcalc19–bbs0615,,"7,500,000",7500000,"7,500,000",7500000,2010.5,PIFcalc19–bbs0615,,2,1665204,Natureserve 3.0,,3,659908,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,,5,M-H,2,PIFTC-02; PIFSC-CVS 2022,secure but not enhanced by human disturbance (KR),2,H,2,"BBS7021-AS, BBS9321-JS",,-31.93233681,-0.958008707,-2.25,0.200000003,,0.300460845,0.029889526,-1.830000043,2.060795069,,10,extended,2.450000048,71,7.289999962,517.5900269,,,,10,9,10,,,,Arctic,Pacific North America,Tundra: Alpine,Forests: Temperate Western,Open Country: Habitat Mosaic, +1865,Harris's Sparrow,Zonotrichia querula,landbird,Passeriformes,Passerellidae,Monotypic.,1,1,1,0,M,,,3,PIF bbs-based calculation 2016,,"2,000,000",2000000,"2,000,000",2000000,,PIFSC-16–PS-g,,2,1687725,Natureserve 3.0,,3,995373,Natureserve 3.0,"NS maps are appropriate but seem to place an undue weight on extralimital areas. 1) either include all extralimital areas or none of them. Areas on both the east, west and northern edges of winter range seem too large. Whether it is enough to shave off",4,PIFTC-02; PIFSC-CVS 2022,,5,H,2,PIFTC-02; PIFSC-CVS 2022,"Uses edge, thickets, suburban. Ecotones and disturbed areas. Comes to feeders (ED)",1,M-H,5,"CBC7019-AS,JS",,-57.05027771,-1.709986448,-2.027303934,-1.299999952,1,-13.0772562,-1.391729355,-2.323876143,-0.200000003,1,10,,0.727303922,,,,,,,14,13,14,Watch List/Tipping Point Yellow,,,Northern Forest,Great Plains,Tundra: Arctic,Forests: Boreal,Forests: Temperate Eastern,Grasslands: Temperate +1866,White-throated Sparrow,Zonotrichia albicollis,landbird,Passeriformes,Passerellidae,Monotypic.,1,1,1,0,M,,,1,"PIFcalc19–bbs0615,ona0105,nwt9501",,"160,000,000",160000000,"160,000,000",160000000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,5636689,Natureserve 3.0,,2,3985693,Natureserve 3.0 with adjustment by PIFSC,"Given that this species, especially in the southwest, while regular is quite sparsely populated, and given that the km# is only 36,000 above the cut-off for a score of 2, I'd continue with the PIF given score. Reduced by 50,000 km2 (Rosenberg)",3,PIFTC-02; PIFSC-CVS 2022,,4,M-L,2,PIFTC-02; PIFSC-CVS 2022,secure but not enhanced by human disturbance (KR),2,H,4,"BBS7021-AS,JS",,-25.34397316,-0.571564913,-0.893000007,-0.138999999,1,-23.13002586,-2.597204924,-4.340000153,-1.652598023,1,10,core,0.754000008,1261,33.25,41865.25,,,,9,9,9,,,,Northern Forest,Eastern Temperate,Forests: Boreal,,Forests: Temperate Eastern, +1867,Bell's Sparrow,Artemisiospiza belli,landbird,Passeriformes,Passerellidae,Formerly called Sage Sparrow.,0,1,1,0,M,,,4,"PIFcalc19–bbs0615,eBird7017","BBS-based estimate in U.S. using BCR x State/Prov data in Pop Est database, extrapolated into Mexico by range","270,000",270000,"210,000",210000,2010.5,PIFcalc19–bbs0615,,4,206000,Natureserve 3.0,NatureServe map split by BCRs,4,206000,Natureserve 3.0,"NatureServe map split by BCRs; assumes same as BD, i.e., year-round resident",3,PIFSC-15; PIFSC-CVS 2022,"has almost disappeared from NM, coastal CA (PIFSC Nov 2014); Does this species actually occur in NM, or does this comment refer to sagebrush sparrow? BBS trend for Bell's Sparrow indicates stable or increasing trend since 1970 - what's the high threat? (AP)",3,M-H,3,PIFSC-12; PIFSC-CVS 2022,"Waiting for additional input from Chris McCreedy to verify if winter threats are higher than ""moderate"" range-wide; stable BBS trend suggests past threats have not been high",2,H,2,BBS7021-AS,,45.79999924,0.742999971,-0.252000004,1.919999957,,-12.69999981,-1.350000024,-4.849999905,1.690000057,,10,,2.171999931,63,91.34999847,5755.049805,,,,13,13,13,,,,Pacific North America,North American Southwest,Aridlands: Chaparral,,Aridlands: Desert Scrub,Aridlands: Chaparral +1868,Sagebrush Sparrow,Artemisiospiza nevadensis,landbird,Passeriformes,Passerellidae,,0,1,1,0,M,,,2,PIFcalc19–bbs0615,BBS-based using Pop Est database,"5,400,000",5400000,"5,400,000",5400000,2010.5,PIFcalc19–bbs0615,,2,1031000,Natureserve 3.0,NatureServe map split by BCRs,3,822000,Natureserve 3.0,"NatureServe map; assumes winter-only range in U.S. and Mexico is Sagebrush Sparrow, not Bell’s; NS maps probably overemphasize wintering range in east-central AZ and west-central NM but may underemphasize area in southern NV and UT. Really difficult to k",4,PIFSC-15; PIFSC-CVS 2022,"Is conservation for S Grouse benefiting these other ""umbrella"" species (CB, KVR, WE, TW, DP)?; Suggest TB=3, comparable to other sagebrush songbirds; specializes in tall sagebrush habitat; at risk from fragmentation/loss of habitat, mostly from fires (due to invasive grasses) and energy development, but this risk may be tempered by Greater Sage-Grouse conservation efforts (Panjabi)",4,M-H,3,PIFSC-12; PIFSC-CVS 2022,rapid expansion of agriculture in Chihuahua is reducing both shublands and grasslands,1,H,5,BBS7021-AS,,-37.5,-0.917999983,-1.789999962,-0.020099999,1,-29.60000038,-3.450000048,-5.809999943,-0.962000012,1,10,,1.769899964,308,2374.679932,731401.4375,,,,13,13,13,Watch List/Tipping Point Yellow,,,Intermountain West,North American Southwest,Aridlands: Sagebrush,,Aridlands: Desert Scrub, +1869,Striped Sparrow,Oriturus superciliosus,landbird,Passeriformes,Passerellidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,4,295534,Natureserve 3.0,,4,295534,Natureserve 3.0,,2,MX-NSAC,global score should reflect regional expert's opinion.,,,2,MX-NSAC,requires primary vegetation,,,3,MX-NSAC-12,"regional experts score PT=3 in most of range (NWMH, CEMH); Species seems to be increasing as result of forest clearing",,,,,,,,,,,,,,,,,,,,13,13,13,,,"b,w",Mesoamerican Highlands,Mesoamerican Highlands,Grasslands: Tropical,,Grasslands: Tropical, +1878,Sierra Madre Sparrow,Xenospiza baileyi,landbird,Passeriformes,Passerellidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,63771,Natureserve 3.0,,5,63771,Natureserve 3.0,,5,MX-NSAC,,,,5,MX-NSAC,extreme habitat loss,,,5,MX-NSAC,,,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Grasslands: Tropical,,Grasslands: Tropical, +1879,Song Sparrow,Melospiza melodia,landbird,Passeriformes,Passerellidae,,1,1,1,0,M,,,1,"PIFcalc19–bbs0615,eBird7017,ona0105,nwt9501",,"130,000,000",130000000,"130,000,000",130000000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,10280291,Natureserve 3.0,,1,7770692,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"Threats may be higher regionally, but low over whole range.",3,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,4,"BBS7021-AS,JS",,-29.92584229,-0.69517386,-0.926999986,-0.525802016,1,-4.743653297,-0.484732747,-0.967000008,-0.121301003,,10,core,0.401198,3610,11.27000046,40661.53125,,,,9,8,9,,yes,,Nearctic,Nearctic,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1880,Lincoln's Sparrow,Melospiza lincolnii,landbird,Passeriformes,Passerellidae,,1,1,1,1,M,,,1,"PIFcalc19–bbs0615,ona0105,nwt9501",,"88,000,000",88000000,"88,000,000",88000000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,7530002,Natureserve 3.0,,2,3537822,Natureserve 3.0,,3,PIFSC-19; PIFSC-CVS 2022,changed due to calibration with TB-r,4,M-L,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,"BBS7021-AS,JS",,15.30990982,0.280845851,-0.962800026,1.700000048,,-5.470497131,-0.561498702,-2.569999933,1.344203949,,10,core,2.662800074,1184,7.510000229,8886.169922,,,,7,7,7,,,,Northern Forest,Nearctic,Wetlands: Boreal,Forests: Temperate Western,Forests: Generalist, +1881,Swamp Sparrow,Melospiza georgiana,landbird,Passeriformes,Passerellidae,,1,1,1,0,M,,,2,"PIFcalc19–bbs0615,ona0105",,"23,000,000",23000000,"23,000,000",23000000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,6008464,Natureserve 3.0,,1,4068808,Natureserve 3.0,NS maps may overestimate non-breeding area in west Texas but overall maps look good.,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,1,"BBS7021-AS,JS",,75.66977692,1.110002995,0.330000013,1.75,1,-2.862688065,-0.289804697,-1.99000001,1.029999971,,10,core,1.419999957,1405,1.715000033,2410.159912,,,,7,6,7,,,,Northern Forest,Eastern Temperate,Wetlands: Boreal,Wetlands: Freshwater Marsh,Wetlands: Generalist,Coasts: Saltmarsh +1882,Large-footed Finch,Pezopetes capitalis,landbird,Passeriformes,Passerellidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,3408,NatureServe,,5,3408,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1884,Rusty-crowned Ground-Sparrow,Melozone kieneri,landbird,Passeriformes,Passerellidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,3,331161,Natureserve 3.0,,3,331161,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,,,3,MX-NSAC,tolerant of disturbance,,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1885,Canyon Towhee,Melozone fusca,landbird,Passeriformes,Passerellidae,,0,1,1,0,R,,,2,"PIFcalc19–eBird7017,bbs0615",,"9,100,000",9100000,"2,800,000",2800000,2010.5,PIFcalc19–bbs0615,,2,1640501,Natureserve 3.0,,2,1640501,Natureserve 3.0,,2,PIFSC-08; PIFSC-CVS 2022,,2,M-H,3,PIFSC-08; PIFSC-CVS 2022,benefits from disturbance,3,M-H,3,MX-NSAC 2008,"stable or increasing in mexico, declining in U.S.; leave at PT=3",,,,,,,,,,,,,,,,,,,,9,10,10,,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1886,White-throated Towhee,Melozone albicollis,landbird,Passeriformes,Passerellidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,5,64892,Natureserve 3.0,,5,64892,Natureserve 3.0,,2,MX-NSAC,global score should reflect regional experts' opinion.,,,2,MX-NSAC,benefits from clearing,,,2,MX-NSAC,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1887,Abert's Towhee,Melozone aberti,landbird,Passeriformes,Passerellidae,,0,1,1,0,R,,,3,"PIFcalc19–bbs0615,eBird7017",,"950,000",950000,"890,000",890000,2010.5,PIFcalc19–bbs0615,,4,170290,Natureserve 3.0,,4,170290,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,2,M-H,3,PIFTC-02; PIFSC-CVS 2022,"really common in towns and Ag canal borders, etc. should be ""2"" at least in nonbreeding (KVR)",3,M-H,2,"BBS7021-AS,JS",,15.06311607,0.2758075,-0.481999993,1.720000029,,-5.09377718,-0.522849917,-3.680000067,1.019999981,,10,core,2.201999903,38,0.889500022,33.80099869,,,,12,12,12,,yes,,North American Southwest,North American Southwest,Aridlands: Desert Riparian,Aridlands: Desert Scrub,Aridlands: Desert Riparian,Aridlands: Desert Scrub +1888,California Towhee,Melozone crissalis,landbird,Passeriformes,Passerellidae,,0,1,1,0,R,,,2,"PIFcalc19–bbs0615,eBird7017",,"7,500,000",7500000,"5,200,000",5200000,2010.5,PIFcalc19–bbs0615,,3,333295,Natureserve 3.0,,3,333295,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,3,PIFTC-02; PIFSC-CVS 2022,,4,M-H,3,"BBS7021-AS,JS",,-21.03666496,-0.461560875,-0.840901971,-0.028999999,1,-17.66334343,-1.926251411,-3.301603079,-0.616999984,1,10,core,0.811901987,157,8.114999771,1274.055054,,,,10,11,11,,yes,,Pacific North America,Pacific North America,Aridlands: Chaparral,,Aridlands: Chaparral, +1889,White-eared Ground-Sparrow,Melozone leucotis,landbird,Passeriformes,Passerellidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,5,24833,Natureserve 3.0,,5,24833,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1890,White-faced Ground-Sparrow,Melozone biarcuata,landbird,Passeriformes,Passerellidae,Formerly considered conspecific with Melozone cabanisi.,0,0,1,1,R,,,4,Gomez-Panjabi;Bird Conservancy of the Rockies 2019,multiplied % of range by rounded geometric midpoint of pop estimate range for Prevost's Ground-Sparrow's PS-g = 4,,,,,,,,4,85902,BirdLife 2019,,4,85902,BirdLife 2019,,2,PIF CAW 2014,"TB-r=2 thoughout Mexico, TB-r=3 throughout Central America, which is much larger than its Mexican range",,,3,PIF CAW 2014; MX-NSAC,requires forest,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,14,14,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1891,Cabanis's Ground-Sparrow,Melozone cabanisi,landbird,Passeriformes,Passerellidae,Formerly considered conspecific with Melozone biarcuata.,0,0,0,1,R,,,5,Gomez-Panjabi;Bird Conservancy of the Rockies 2019,multiplied % of range by rounded geometric midpoint of pop estimate range for Prevost's Ground-Sparrow's PS-g = 4,,,,,,,,5,1256,BirdLife 2019,,5,1256,BirdLife 2019,,4,PIF CAW 2014,,,,4,PIF CAW 2014,TB score copied since resident. Requires forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1892,Rusty Sparrow,Aimophila rufescens,landbird,Passeriformes,Passerellidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,618455,Natureserve 3.0,,3,618455,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance,,,2,PIF CAW 2014,7 of 9 regions score PT=2,,,,,,,,,,,,,,,,,,,,10,10,10,,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +1893,Rufous-crowned Sparrow,Aimophila ruficeps,landbird,Passeriformes,Passerellidae,,0,1,1,0,R,,,3,"PIFcalc19–eBird7017,bbs0615","reasonable numbers on BBS routes where most of the U.S. population is found (averaging 1-4 birds/rte in parts of AZ, NM, TX) and found on good number of routes (121); extrapolation to global isn’t very large (Blancher 2018)","1,200,000",1200000,"600,000",600000,2010.5,PIFcalc19–bbs0615,,2,1186035,Natureserve 3.0,,2,1186035,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,in abundant desert scrub habitat (KR); doesn't need riparian or grass; no known threats; tolreant of disturbance (MX-NSAC).,3,H,3,PIFTC-02; PIFSC-CVS 2022,in abundant desert scrub habitat (KR); no known threats; tolreant of disturbance,3,M-H,2,"BBS7021-AS,JS",,-23.87501335,-0.533323348,-1.313900948,0.32100001,,1.291796565,0.128446534,-1.690000057,2.068197966,,10,core,1.634901047,204,1.077999949,219.9120026,,,,10,10,10,,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +1894,Oaxaca Sparrow,Aimophila notosticta,landbird,Passeriformes,Passerellidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,39407,Natureserve 3.0,,5,39407,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate habitat loss,,,4,MX-NSAC-12,"MX endemic, found in 3 regions, regional experts all scored 4",,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1895,Green-tailed Towhee,Pipilo chlorurus,landbird,Passeriformes,Passerellidae,Monotypic.,0,1,1,0,M,,,3,"PIFcalc19–bbs0615,eBird7017",,"4,800,000",4800000,"4,800,000",4800000,2010.5,PIFcalc19–bbs0615,,2,1735151,Natureserve 3.0,,2,1755819,Natureserve 3.0,"Winter map too liberal, especially at northern edge of range -- really just a few individuals wintering along lowland river valleys north of Mexican border; too far north and east in Texas, and way too far n. in California -- since close to cut-off, shoul",4,PIFTC-02; PIFSC-CVS 2022,,5,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,3,"BBS7021-AS,JS",,-2.638477325,-0.052405663,-0.409298986,0.44600001,,-4.680529594,-0.478368521,-1.190000057,0.476999998,,10,core,0.855298996,466.5,3.974999905,1852.410034,,,,12,10,12,,,,Intermountain West,North American Southwest,Aridlands: Sagebrush,,Aridlands: Desert Scrub,Aridlands: Desert Riparian +1896,Spotted Towhee,Pipilo maculatus,landbird,Passeriformes,Passerellidae,,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"40,000,000",40000000,"35,000,000",35000000,2010.5,PIFcalc19–bbs0615,,2,3536447,Natureserve 3.0,,2,3304255,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,why threatened? Probably enhanced by extensive burning (KR);use backyards as long as there is understory.,3,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,"BBS7021-AS,JS",,12.28916264,0.227592647,-0.252599001,0.783999979,,-3.71673131,-0.377798557,-1.029999971,0.368999988,,10,core,1.03659904,1082,6.465000153,6997.714844,,,,9,8,9,,yes,,Western Temperate,Western Temperate,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Forests: Temperate Generalist, +1897,Eastern Towhee,Pipilo erythrophthalmus,landbird,Passeriformes,Passerellidae,,1,1,1,0,M,,,2,PIFcalc19–bbs0615,,"29,000,000",29000000,"29,000,000",29000000,2010.5,PIFcalc19–bbs0615,,2,3152315,Natureserve 3.0,,2,1821610,Natureserve 3.0,Winter range drawn more restricted than text descriptions -- especially at north part of range [CHECK CBC distribution],4,PIFTC-02; PIFSC-CVS 2022,"DD='moderately vulnerable to human land use trends.' BNA supports that populations likely to decline if trends in conditions continue. Indirect effects of forest fragmentation, urbanization and natural succession pose threats to breeding.",4,M-H,2,PIFTC-02; PIFSC-CVS 2022,"DD='relatively tolerant of land use trends.' Generalist, so many human effects promote winter habitat. GB: SE impacted by fire ant control, loss of hardwoods and inc. in pine plantations",2,M-H,5,"BBS7021-AS,JS",,-52.88615799,-1.465004563,-1.899999976,-1.061200976,1,-21.0835247,-2.339163303,-2.700000048,-2.051096916,1,10,core,0.838799,2132,6.784999847,14464.0752,,,29,13,11,13,Watch List/Tipping Point Orange,,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +1898,Collared Towhee,Pipilo ocai,landbird,Passeriformes,Passerellidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,4,114410,Natureserve 3.0,,4,114410,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +1899,Rufous-capped Brushfinch,Atlapetes pileatus,landbird,Passeriformes,Passerellidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,3,349940,Natureserve 3.0,,3,349940,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,humid forest and clearings,,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +1900,White-naped Brushfinch,Atlapetes albinucha,landbird,Passeriformes,Passerellidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,4,256854,Natureserve 3.0,,4,256854,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,humid forest and clearings,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1901,Yellow-thighed Brushfinch,Atlapetes tibialis,landbird,Passeriformes,Passerellidae,Formerly placed in the genus Pselliophorus.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,6577,NatureServe,,5,6577,NatureServe,,3,PIF CAW 2014,en las alturas pero es una generalista,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1902,Yellow-green Brushfinch,Atlapetes luteoviridis,landbird,Passeriformes,Passerellidae,Formerly placed in the genus Pselliophorus.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,1206,NatureServe,,5,1206,NatureServe,,5,PIF CAW 2014,está afuera de áreas protegidas,,,5,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1905,Wrenthrush,Zeledonia coronata,landbird,Passeriformes,Zeledoniidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,5185,NatureServe,,5,5185,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1911,Western Spindalis,Spindalis zena,landbird,Passeriformes,Spindalidae,,0,0,1,0,R,,,4,Gomez-Panjabi–PS-g midpoint,best guess -- not really sure on abundance within caribbean range,"200,000",200000,,,,,,4,125563,Natureserve 3.0,"200-km rule no longer applies, still BD=4",4,126052,Natureserve 3.0,island range but still BD4,2,Hunter 2009,considering West Indies TB/N=2.,,,2,Hunter 2009,requires forest; considering West Indies where species is tolerant of disturbance,,,2,MX-NSAC-12,species probably benefits from clearings; regional score is appropriate for entire range,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Caribbean,Caribbean,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +1917,Yellow-breasted Chat,Icteria virens,landbird,Passeriformes,Icteriidae,,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"17,000,000",17000000,"15,000,000",15000000,2010.5,PIFcalc19–bbs0615,,1,6147428,Natureserve 3.0,,3,949138,Natureserve 3.0,Winter map o.k. -- could be too extensive in Panama. '4' o.k.,3,PIFTC-02; PIFSC-CVS 2022,,2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,3,"BBS7021-AS,JS",,-17.06451416,-0.366055012,-0.703999996,-0.039703,1,-1.453847408,-0.146555305,-0.532000005,0.326000005,,10,core,0.664296985,2096.5,3.434999943,7196.25,,,,9,10,10,,,,Eastern Temperate,Mesoamerica,Forests: Temperate Eastern,Forests: Temperate Western,Forests: Tropical Generalist, +1918,Yellow-headed Blackbird,Xanthocephalus xanthocephalus,landbird,Passeriformes,Icteridae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"11,000,000",11000000,"11,000,000",11000000,2010.5,PIFcalc19–bbs0615,,1,4745053,Natureserve 3.0,,2,1693247,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,2,M-H,3,PIFTC-02; PIFSC-CVS 2022,"at feedlots, ag lands; but highly concentrated? (KR);overwinter in wetlands in MX which may be threatened",2,H,2,"BBS7021-AS,JS",,0.159276426,0.003401422,-0.727898002,0.864000022,,-3.74290967,-0.38055864,-2.618300915,2.00999999,,10,core,1.591897964,1128,16.93000031,19105.58984,,,,8,9,9,,,w,Western Temperate,Western Temperate,Wetlands: Freshwater Marsh,,Open Country: Habitat Mosaic,Wetlands: Freshwater Marsh +1919,Bobolink,Dolichonyx oryzivorus,landbird,Passeriformes,Icteridae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"10,000,000",10000000,"10,000,000",10000000,2010.5,PIFcalc19–bbs0615,,2,3873291,Natureserve 3.0,,3,900390,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,"threats moderate, not SEVERE (KR). Threats seem to be increasing due to intensified ag w earlier and more frequent hay-cutting -- not sure if it is a ""4"" yet? (KVR); Camfield,Alaine [NCR]: Proposed to be listed as threatened in Canada. 25% of global popn. In Canada. TB in Candadian BCR strategies range from 3-5 depending on Region. But regions with larger popn. size list TB 4 or 5. Main threats related to agricuture (mowing, pesticides, habitat loss). Final score would depend on what people feel for the rest of the range.",4,H,4,PIFTC-02,Needs better info on winter threats to merit a 4; Rosenberg: could be higher; highly concentrated - check with Roz Renfew. See previous comments; highly concentrated in small native grassland/Pantanal areas in winter; check with Roz Renfrew (KVR),,,5,"BBS7021-AS,JS",,-63.91547394,-1.980165243,-2.309999943,-1.671599984,1,-28.11737442,-3.246491194,-4.030198097,-2.210000038,1,10,core,0.638400018,1717,4.960000038,8517.799805,,,21,13,14,14,Watch List/Tipping Point Orange,,"b,w",Great Plains,Temperate South America,Grasslands: Temperate,,Grasslands: Pampas and Campos,Grasslands: Tropical +1920,Chihuahuan Meadowlark,Sturnella lilianae,landbird,Passeriformes,Icteridae,Formerly considered conspecific with Sturnella magna.,0,1,1,0,M,,,3,PIFSC-23; eBird 2023; Fink et al. 2022,"Shaw-23: calculated as 8.8% of global pop estimate of pre-split EAME (all of BCRs 33-35 and CEMH, half of BCR 18 and SCPL based on eBird records map), based on eBird Stem model data from 2021","3,300,000",3300000,"1,700,000",1700000,2010.5,"PIFSC-23; eBird 2023, Fink et al. 2022","Shaw-23: summed 2021 eBird model %pops for all of AZ and NM, and 10% of TX (eyeballed eBird records maps to estimate 10% as CHME), multiplied total % by ACAD pre-split global pop estimate",3,777434,NatureServe/CONABIO 2022,Shaw-23: used Mexico Albers Equal Area Conic map projection to estimate area.,3,808212,NatureServe/CONABIO 2022,Shaw-23: used Mexico Albers Equal Area Conic map projection to estimate area.,4,RGJV 2018,,,,3,PIFTC-02,Panjabi-23: used EAME score,,,5,BBS7021,Panjabi-23: based on BCR 34 & 35 trends in Sauer 70-21 analysis,,,,,,,,,,,,,,,,,,,,15,14,15,Watch List/Tipping Point Yellow,,"b,w",North American Southwest,North American Southwest,Grasslands: Temperate,,Grasslands: Temperate, +1921,Eastern Meadowlark,Sturnella magna,landbird,Passeriformes,Icteridae,,1,1,1,1,M,,,2,PIFSC-23; eBird 2023; Fink et al. 2022,"Shaw-23: calculated as 91.2% of global pop estimate of pre-split EAME (excluding all of BCRs 33-35 and CEMH, half of BCR 18 and SCPL based on eBird records map), based on eBird Stem model data from 2021","34,000,000",34000000,"2,900,000",2900000,2010.5,"PIFSC-23; eBird 2023, Fink et al. 2022","Shaw-23: assigned 90% of the pre-split %pop from TX to EAME (based on eyeballing eBird records maps), multiplied 90% by TX's % of pre-split EAME in 2021 eBird model, multiplied by ACAD pre-split global pop estimate",1,6509639,NatureServe/CONABIO 2022,Shaw-23: CONABIO split off Chihuahuan Meadowlark. I used World Cyclindrical Equal Area map projection to estimate area.,1,5289669,NatureServe/CONABIO 2022,Shaw-23: CONABIO split off Chihuahuan Meadowlark. I used World Cyclindrical Equal Area map projection to estimate area.,3,PIFTC-02; PIFSC-CVS 2022,"DD='moderately vulnerable to human land use activities.' BNA supports directly and indirectly susceptible to loss and degradation of habitats from intensive agriculture, grazing, and pesticides. Mexico not considered.",3,M-H,3,PIFTC-02; PIFSC-CVS 2022,"DD='moderately vulnerable to human land use activities.' BNA supports directly and indirectly susceptible to loss and degradation of habitats from intensive agriculture, grazing, and pesticides. Increased versatility in habitat use (eg feedlots, cultivated areas)",2,H,5,"BBS7021-AS,JS",,-78.70844269,-2.985519648,-3.174597025,-2.680000067,1,-20.95735741,-2.322383881,-3.25,-1.460000038,1,10,core,0.494596988,2596.5,17.67499924,45880.94922,,,29,11,11,11,Common Bird in Steep Decline,,"b,w",Widespread,Widespread,Grasslands: Temperate,Grasslands: Tropical,Grasslands: Temperate,Grasslands: Tropical +1922,Western Meadowlark,Sturnella neglecta,landbird,Passeriformes,Icteridae,,1,1,1,0,M,,,1,"PIFcalc19–bbs0615,eBird7017","distance revised to 200 m based on review of large grassland dataset, score changes to PS=1 (Blancher email, Dec. 20, 2008)","100,000,000",100000000,"95,000,000",95000000,2010.5,PIFcalc19–bbs0615,,1,6708072,Natureserve 3.0,,2,3871384,Natureserve 3.0 with adjustment by PIFSC,very rare in winter in northern part of mapped range; Reduced by 30% (Rosenberg),3,PIFTC-02; PIFSC-CVS 2022,,2,H,3,PIFTC-02; PIFSC-CVS 2022,,2,H,4,"BBS7021-AS,JS",,-45.46604919,-1.180468202,-1.529999971,-0.87519902,1,-0.689472497,-0.069298163,-1.049999952,0.769198,,10,core,0.654801011,2170,61.70000076,133789.4063,,,,9,10,10,,,"b,w",Great Plains,Great Plains,Grasslands: Temperate,,Grasslands: Chihuahuan,Grasslands: Temperate +1923,Red-breasted Meadowlark,Leistes militaris,landbird,Passeriformes,Icteridae,Formerly included in the genus Sturnella.,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,2,3376425,NatureServe,,2,3376425,NatureServe,,1,PIF CAW 2014,,,,1,PIF CAW 2014,,,,1,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,6,6,6,,,b,Neotropical,Neotropical,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +1924,Yellow-billed Cacique,Amblycercus holosericeus,landbird,Passeriformes,Icteridae,Monotypic.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,2,1153605,Natureserve 3.0,,2,1153605,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen +1925,Yellow-winged Cacique,Cassiculus melanicterus,landbird,Passeriformes,Icteridae,Monotypic. Formerly placed in the genus Cacicus.,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,4,229708,Natureserve 3.0,,4,229708,Natureserve 3.0,,3,MX-NSAC,global scores should reflect regional expert's opinion.,,,3,MX-NSAC,requires forest,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1926,Crested Oropendola,Psarocolius decumanus,landbird,Passeriformes,Icteridae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,10615751,NatureServe,,1,10615751,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,9,9,9,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1927,Chestnut-headed Oropendola,Psarocolius wagleri,landbird,Passeriformes,Icteridae,,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,3,482410,Natureserve 3.0,,3,482410,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,tolerant of disturbance,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1928,Montezuma Oropendola,Psarocolius montezuma,landbird,Passeriformes,Icteridae,Monotypic.,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,3,451509,Natureserve 3.0,,3,451509,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,tolerant of disturbance,,,4,PIF CAW 2014,"all mexican regions score PT=4 or higher; however, because of its use of second-growth forests and clearings, trend unknown across central america",,,,,,,,,,,,,,,,,,,,13,13,13,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1929,Black Oropendola,Psarocolius guatimozinus,landbird,Passeriformes,Icteridae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,range area reduced by 75%; scarce or absent in much of mapped range in Colombia (CAW);,,,,,,,,5,26959,NatureServe; PIF CAW-14,NatureServe range area reduced by 75%; scarce or absent in much of mapped range in Colombia (CAW);,5,26959,NatureServe; PIF CAW-14,range area reduced by 75%; scarce or absent in much of mapped range in Colombia (CAW),3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1930,Scarlet-rumped Cacique,Cacicus uropygialis,landbird,Passeriformes,Icteridae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,406150,NatureServe,,3,406150,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,Solo ha perdido población Nicaragua,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Neotropical,Neotropical,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1931,Yellow-rumped Cacique,Cacicus cela,landbird,Passeriformes,Icteridae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,8888166,NatureServe,,1,8888166,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1939,Black-vented Oriole,Icterus wagleri,landbird,Passeriformes,Icteridae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,692407,Natureserve 3.0,,3,769426,Natureserve 3.0,,3,MX-NSAC,global score should reflect regional experts' opinion.,,,3,MX-NSAC,tolerant of disturbance; some capture for trade; global score should reflect regional experts' opinion,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +1940,Bar-winged Oriole,Icterus maculialatus,landbird,Passeriformes,Icteridae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,4,87568,Natureserve 3.0,,4,87568,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate decline expected,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1941,Black-cowled Oriole,Icterus prosthemelas,landbird,Passeriformes,Icteridae,,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,3,436351,Natureserve 3.0,,3,436351,Natureserve 3.0,split from greater antillian oriole,3,MX-NSAC,,,,3,MX-NSAC,"requires forest, but tolerates some fragmentation",,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1942,Orchard Oriole,Icterus spurius,landbird,Passeriformes,Icteridae,,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"12,000,000",12000000,"11,000,000",11000000,2010.5,PIFcalc19–bbs0615,,1,4788158,Natureserve 3.0,,2,1424755,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"DD='moderately vulnerable to human land use activities.' BNA supports that loss of mesquite habitats in TX, orchards and farmlands in NY and PA, and riparian habitats in general have contirbuted to pop declines. Fondness for riparian areas, lake shores.",2,M-H,2,PIFTC-02; PIFSC-CVS 2022,"DD='threats assumed low.' BNA supports widespread use of secondary and disturbed habitats, though no specific threats information given.",2,H,4,"BBS7021-AS,JS",,-28.45442581,-0.65395844,-1.049999952,-0.315398008,1,-9.009684563,-0.939785182,-1.666301012,-0.0241,1,10,core,0.734601974,2174,2.345000029,5098.02002,,,,10,10,10,,,,Eastern Temperate,Mesoamerica,Forests: Temperate Eastern,,Forests: Tropical Generalist, +1943,Hooded Oriole,Icterus cucullatus,landbird,Passeriformes,Icteridae,,0,1,1,1,M,,,3,"PIFcalc19–eBird7017,bbs0615",,"1,700,000",1700000,"350,000",350000,2010.5,PIFcalc19–bbs0615,,2,1123876,Natureserve 3.0,,3,513510,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"DD=BNA supports that although Rio Grande pop has declined markedly (TB 3 or 4), rangewide pops are generally at an all time high and range is exanding widely (TB 2). Favorable habitats created by citrus ag, ornamental plantings of palm, low-intenstiy sub; tolerant of disturbance, some capture for trade (MX-NSAC); global score should reflect regional experts' opinion.",2,H,2,PIFTC-02; PIFSC-CVS 2022,"DD='relatively tolerant of human land use.' BNA supports use of habitats that are widespread and supported by human land use.; tolerant of disturbance, some capture for trade",2,M-H,1,"BBS7021-AS,JS",,85.06919861,1.21159339,0.230002001,2.400000095,1,30.79036522,2.719871521,0.171101004,5.619999886,,10,core,2.169997931,160,0.390500009,62.47999954,,,,9,9,9,,yes,,North American Southwest,Mesoamerica,Forests: Generalist,,Forests: Generalist, +1944,Yellow-backed Oriole,Icterus chrysater,landbird,Passeriformes,Icteridae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,780031,Natureserve 3.0,,3,780031,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,"requires forest, but tolerates some fragmentation",,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +1945,Orange-crowned Oriole,Icterus auricapillus,landbird,Passeriformes,Icteridae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,3,406069,NatureServe,,3,406069,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,está expandiendose hacía el oeste,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1946,Yellow-tailed Oriole,Icterus mesomelas,landbird,Passeriformes,Icteridae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 3 to 4 recommended by Central Americans in 2016,,,,,,,,3,996569,Natureserve 3.0,,3,996569,Natureserve 3.0,,3,MX-NSAC,,,,2,MX-NSAC,"requires fallow, overgrown fields",,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,12,13,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +1948,Streak-backed Oriole,Icterus pustulatus,landbird,Passeriformes,Icteridae,,0,1,1,1,R,,,2,PIF CAW 2016,score change from 3 to 2 recommended by Central Americans in 2016 over PIF estimate of 2000000,,,<50,50,,PIFSC-16,guestimate based on eBird distribution; very few actual breeding records,3,555048,Natureserve 3.0,,3,555048,Natureserve 3.0,,2,PIFTC-02,riparian habitat destruction in N. parts of range (KR); tolerant of disturbance (MX-NSAC).,,,2,PIFTC-02,tolerant of disturbance,,,2,MX-NSAC,,,,,,,,,,,,,,,,,,,,,9,9,9,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1949,Bullock's Oriole,Icterus bullockii,landbird,Passeriformes,Icteridae,,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"7,400,000",7400000,"6,900,000",6900000,2010.5,PIFcalc19–bbs0615,,2,3823405,Natureserve 3.0,,3,769283,Natureserve 3.0,,3,PIFSC-Dec-08; PIFSC-CVS 2022,"DD='moderately vulnerable to human land use activities.' BNA supports that species has likely benefitted in Plains (shelterbelts, hardwood encorachment due to fire suppression), but that more western riparian habitats under threat (clearing, grazing, gro; Rosenberg: existing comments warrant TB=3.",2,H,2,PIFTC-02; PIFSC-CVS 2022,"DD='threats assumed to be low.' BNA does not cite much in way of nonbreeding threats, but habitat use indicates threats are not likely on order of TN 3. May not be as closely tied to riparian areas in nonbreeding season and nesting threats not an issue.",2,M-H,3,"BBS7021-AS,JS",,-23.8642025,-0.533571184,-0.816999972,-0.307101011,1,-8.529066086,-0.885931194,-1.799999952,-0.122100003,,10,core,0.50989902,1148.5,1.695000052,1946.599976,,,,10,10,10,,yes,,Western Temperate,Mesoamerican Pacific Lowlands,Forests: Temperate Western,,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +1950,Orange Oriole,Icterus auratus,landbird,Passeriformes,Icteridae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,4,115878,Natureserve 3.0,,4,116003,Natureserve 3.0,,2,MX-NSAC,global score should reflect regional expert's opinion.,,,2,MX-NSAC,requires forest; hurricanes possibly a threat,,,3,PIF CAW 2014,"occurs in only 1 regions, regional experts score PT=3",,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1952,Spot-breasted Oriole,Icterus pectoralis,landbird,Passeriformes,Icteridae,,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,4,213891,Natureserve 3.0,,4,213891,Natureserve 3.0,,3,MX-NSAC; PIFSC-CVS 2022,"Mexico has almost 50% of range, go with regional scores for global.",2,M-H,3,MX-NSAC; PIFSC-CVS 2022,tolerant of disturbance,2,M-H,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1953,Altamira Oriole,Icterus gularis,landbird,Passeriformes,Icteridae,,0,1,1,1,R,,,2,PIF CAW 2016,score change from 3 to 2 recommended by Central Americans in 2016 over PIF estimate of 2000000,,,<500,500,,PIFSC-16,guestimate based on eBird distribution,3,561298,Natureserve 3.0,,3,561298,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"DD='information lacking.' BNA cites it as habitat generalist found in both moist and dry woodlands and still relatively common. Perhaps TB 4 for US, but considering Mexico, this is unsubstantiated and warrants TB 3; tolerant of disturbance; capture for trade (MX-NSAC). MG - USA probably a 4 following damage to riparian corridor post-flood; increased conversion of riparian to thorn scrub impacting available habitat. More widespread in Mexico.",2,M-H,3,PIFTC-02; PIFSC-CVS 2022,"DD='information lacking.' BNA cites it as habitat generalist found in both moist and dry woodlands and still relatively common. Tolerant of disturbance. Seems dependent on native vegetation, even if tolerant of disturbance; check with Mexican scores (KVR); suggest leaving at TN=2, mostly found in pastoral/agricultural landscapes (Panjabi)",3,M-L,2,PIFSC-23; eBird S&T,"Panjabi-23: eBird S&T trends show increase across most of range, so reduced previous score of 3 from MX-NSAC to reflect recent increase",,,,,,,,,,,,,,,,,,,,10,10,10,,yes,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +1954,Audubon's Oriole,Icterus graduacauda,landbird,Passeriformes,Icteridae,,0,1,1,0,R,,,3,"PIFcalc19–eBird7017,bbs0615",,"3,500,000",3500000,"<170,000",170000,2010.5,PIFcalc19–bbs0615,,4,266193,Natureserve 3.0,,4,266193,Natureserve 3.0,,3,PIFSC-08; PIFSC-CVS 2022,Highly sensitive to fragmentation in NE subspecies; requires native habitat. Check Mexico scores.,3,M-H,4,PIFSC-08; PIFSC-CVS 2022,most mexican regions score tn=3; tolerant of disturbance,4,M-H,3,MX-NSAC 2008,,,,,,,,,,,,,,,,,,,,,13,14,14,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +1955,Baltimore Oriole,Icterus galbula,landbird,Passeriformes,Icteridae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19–bbs0615,,"12,000,000",12000000,"12,000,000",12000000,2010.5,PIFcalc19–bbs0615,,1,4701864,Natureserve 3.0,,2,2202185,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,"DD='relatively tolerant of human activities and land use.' BNA supports that since Europena settlement, species has probably benefitted, but threats do exist, so does not benefit to the extent of TB 1. Increased breeding habitats due to suburbanization,.",2,M-H,3,PIFTC-02; PIFSC-CVS 2022,"DD=although uses variety of secondary forested habitats, clearings, savannahs and coffee, the decline in shade coffee and trends toward more monotypic agriculture in general could warrant TN 3. BNA supports that earlier PIF threats assessments scored spe",4,M-H,4,"BBS7021-AS,JS",,-42.40626144,-1.075785398,-1.305400968,-0.779999971,1,-4.437836647,-0.452885658,-0.905102015,0.210999995,,10,core,0.525400996,2348,2.730000019,6409.399902,,,,9,11,11,,yes,,Eastern Temperate,Neotropical,Forests: Temperate Eastern,,Forests: Tropical Generalist, +1956,Black-backed Oriole,Icterus abeillei,landbird,Passeriformes,Icteridae,Monotypic.,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,3,341182,Natureserve 3.0,,4,169439,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest; slight to moderate decline expected,,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,13,14,14,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Highland,,Forests: Mesoamerican Highland, +1957,Scott's Oriole,Icterus parisorum,landbird,Passeriformes,Icteridae,Monotypic.,0,1,1,0,M,,,3,"PIFcalc19–eBird7017,bbs0615",,"4,900,000",4900000,"1,700,000",1700000,2010.5,PIFcalc19–bbs0615,,2,1743568,Natureserve 3.0,,3,660664,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"DD='moderately vulnerable to human land use / information lacking.' BNA reportedly states that information from core of range in Mexico is lacking (habitat use not well studied, thus threats can't be well assessed) and caution thus warranted. Relatively no known threats, but some capture for trade (MX-NSAC); global score should reflect regional experts' opinion.",2,H,3,PIFTC-02; PIFSC-CVS 2022,"DD='information lacking.' BNA states nothing known about habitat use or threats in Mexico, warrants conservatism.; no known threats, but some capture for trade",3,M-H,3,"BBS7021-AS,JS",,-31.02797699,-0.725560844,-1.338202,0.104000002,,-14.26960087,-1.53031528,-2.839999914,-0.227201,1,10,core,1.442201972,236,1.595000029,376.4200134,,,,11,12,12,,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Aridlands: Desert Scrub,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry +1959,Red-winged Blackbird,Agelaius phoeniceus,landbird,Passeriformes,Icteridae,,1,1,1,1,M,,,1,"PIFcalc19–bbs0615,eBird7017,ona0105",,"180,000,000",180000000,"170,000,000",170000000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,13613892,Natureserve 3.0,,1,8692934,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,hmmm (KR). DD='species tolerant of human land use activities.' And may even benefit on the order of being TB 1. Draining and estruction of natural marsh and wet grassland habitats has been offset by creation of other suitable habitats (cereal crops).,2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,4,"BBS7021-AS,JS",,-33.35743332,-0.7934376,-0.931900978,-0.629000008,1,-2.268909693,-0.176570475,-0.381999999,0.094400004,,13,core,0.302901,4638,49.93500137,231462.1875,,,,8,8,8,,yes,"b,w",Nearctic,Nearctic,Open Country: Habitat Mosaic,Wetlands: Freshwater Marsh,Open Country: Habitat Mosaic,Wetlands: Freshwater Marsh +1961,Tricolored Blackbird,Agelaius tricolor,landbird,Passeriformes,Icteridae,Monotypic.,0,1,1,0,R,,,4,Meese 2017,"2017 Tricolored Blackbird Statewide (Calif) Survey. Estimate reflects a synchronous count from known and former breeding colony locations during April. Estimate includes counts from locations in Baja, where it is almost extirpated (shifting N into WA). Counts were not corrected with an estimate of detectability so the total is a minimum estimate. We rounded up Meese estimate from 177,656 to 178,000 to account for aprox 50-100 birds breeding in NV, OR and WA (PIFSC-18). Alternatively, BBS-15 yields 910,000 for US/Canada, extrapolated with eBird to 1 million as global estimate.","180,000",180000,"180,000",180000,,Meese 2017,"Shaw 2020: 305 breeding birds counted in Baja in Meese 2017, but immaterial due to estimate rounding",4,112998,Natureserve 3.0,,4,108304,Natureserve 3.0,,5,PIFSC-15; PIFSC-CVS 2022,"threats to local marshes very high? (KR). DD=Could argue for relatively concentrated breeding as warranting TB 4. Destruction of marshlands in Sac Valley has been extensive and these still under threat, but rice ag may offset these if tricooreds breed i. reliant on conservation in agricultural areas -- very pessimistic future (CB DP)",3,M-H,4,PIFTC-02; PIFSC-CVS 2022,"Go to feedlots, but not a total positive. Concentrate in large roosts",5,M-H,4,"BBS7021-AS,JS","Shaw-23: BBS is the only long-term dataset, so we used it in spite of not being ideal for a localized colonial species. The 2022 TRBL Statewide Survey (CA) designed specifically for this species shows a ~3 gen loss of 15% since 2011, comparable to BBS's 19% 3 gen loss since 2010, suggesting that BBS may be acceptable for this species.",-59.92488861,-1.774990439,-3.47239995,0.370999992,,-18.82465553,-1.878479481,-7.46999979,2.589999914,,11,core,3.843400002,83,512.5449829,42541.23438,,,,17,16,17,Watch List/Tipping Point Red,,"b,w",Pacific North America,Pacific North America,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh,Open Country: Developed/Disturbed +1964,Shiny Cowbird,Molothrus bonariensis,landbird,Passeriformes,Icteridae,,0,1,0,1,R,,,2,PIF CAW 2016,score change from 1 to 2 recommended by Central Americans in 2016 over PIF estimate of 200000000,,,<500,500,,PIFSC-16,guestimate based on eBird distribution,1,13436227,Natureserve 3.0,,1,13436227,Natureserve 3.0,,1,PIFTC-02,DD='species benefits and habitats enhanced by human activity.' BNA supports that ag clearing and feedlots supported spread thorugh Caribbean and into Florida. Recently resident in Keys and mainland FL due to human activities..,,,1,PIFTC-02,DD='species benefits and habitats enhanced by human activity.' BNA supports that ag clearing and feedlots supported spread thorugh Caribbean and into Florida. Recently resident in Keys and mainland FL due to human activities.,,,3,CBC7017,,,,,,,,,,,,,,,,,,,,,7,7,7,,yes,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1965,Bronzed Cowbird,Molothrus aeneus,landbird,Passeriformes,Icteridae,,0,1,1,1,R,,,2,"PIFcalc19–eBird7017,bbs0615",,"6,600,000",6600000,"820,000",820000,2010.5,PIFcalc19–bbs0615,,2,2396482,Natureserve 3.0,,2,1840090,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,DD='species benefits and habitats enhanced by human activity.' BNA supports that ag clearing and irrigation supported spread through Mexico into US Southwest.; benefits from human activity (MX-NSAC).,2,H,2,PIFTC-02; PIFSC-CVS 2022,DD='species benefits and habitats enhanced by human activity.' BNA supports that ag clearing and irrigation supported spread through Mexico into US Southwest.; benefits from human activity,2,H,1,MX-NSAC,,,,,,,,,,,,,,,,,,,,,7,7,7,,yes,w,Mesoamerica,Mesoamerica,Open Country: Habitat Mosaic,Forests: Tropical Dry,Open Country: Habitat Mosaic, +1966,Brown-headed Cowbird,Molothrus ater,landbird,Passeriformes,Icteridae,,1,1,1,0,M,,,1,"PIFcalc19–bbs0615,eBird7017",,"130,000,000",130000000,"130,000,000",130000000,2010.5,PIFcalc19–bbs0615,,1,11227125,Natureserve 3.0,,1,5317430,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,4,"BBS7021-AS,JS",,-28.74725151,-0.66270262,-0.77700001,-0.518999994,1,-10.11755848,-1.060034513,-1.549999952,-0.644499004,1,10,core,0.257999986,4589.5,12.47500038,57247,,,,8,8,8,,yes,"b,w",Nearctic,Nearctic,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1967,Giant Cowbird,Molothrus oryzivorus,landbird,Passeriformes,Icteridae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,1,10785909,Natureserve 3.0,,1,10785909,Natureserve 3.0,,3,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,9,8,9,,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1968,Melodious Blackbird,Dives dives,landbird,Passeriformes,Icteridae,Monotypic.,0,0,1,1,R,,,2,PIF CAW 2016,score change from 3 to 2 recommended by Central Americans in 2016,,,,,,,,3,594075,Natureserve 3.0,,3,594075,Natureserve 3.0,,1,MX-NSAC,,,,1,MX-NSAC,benefits from human activity,,,1,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,7,7,7,,yes,,Mesoamerica,Mesoamerica,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1970,Rusty Blackbird,Euphagus carolinus,landbird,Passeriformes,Icteridae,,1,1,0,0,M,,,2,"PIFcalc19–bbs0615,ona0105,nwt9501",,"6,800,000",6800000,"6,800,000",6800000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,7237426,Natureserve 3.0,,2,2643685,Natureserve 3.0,,4,PIFSC-Dec-08; PIFSC-CVS 2022,something is getting them (KR);no known threats to boreal habitat at present.; Rosenberg: higher now because of boreal forest loss? Acid rain?; Blancher: acid rain probably not a threat in most of range. Demarest: International RUBL working group believes boreal forestry and fragmentation may have a negative effect.,4,M-H,3,PIFTC-02; PIFSC-CVS 2022,What is the threat? Uses wide variety of habitats in winter. DD=loss of forested bottomland foraging habitats at least warrants 3.,2,H,5,"BBS7021-AS,JS",,-79.98468018,-3.103724241,-5.050000191,-1.570000052,1,5.812111855,0.566774845,-4.409999847,4.587305069,,10,core,3.480000019,380.5,0.725000024,278.7200012,,,,12,12,12,Common Bird in Steep Decline,,,Northern Forest,Eastern Temperate,Wetlands: Boreal,,Wetlands: Forested,Forests: Temperate Eastern +1971,Brewer's Blackbird,Euphagus cyanocephalus,landbird,Passeriformes,Icteridae,Monotypic.,1,1,1,0,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"23,000,000",23000000,"23,000,000",23000000,2010.5,PIFcalc19–bbs0615,,1,4740320,Natureserve 3.0,,1,6129777,Natureserve 3.0,"winter and resident map too liberal in NW and SE, but shouldn't cvhange score.",3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,2,PIFTC-02; PIFSC-CVS 2022,"Compared with other blackbirds, does not seem to be increasing in response to human activities; not an urban bird (KVR)",1,H,5,"BBS7021-AS,JS",,-61.42415619,-1.848252654,-2.029999971,-1.629999995,1,-24.11667252,-2.721259832,-3.349999905,-2.099999905,1,10,core,0.400000006,1747,23.33499908,40758.01172,,,25,11,10,11,Common Bird in Steep Decline,yes,"b,w",Western Temperate,Western Temperate,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1972,Common Grackle,Quiscalus quiscula,landbird,Passeriformes,Icteridae,,1,1,0,0,M,,,1,"PIFcalc19–bbs0615,ona0105",,"67,000,000",67000000,"67,000,000",67000000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,8190985,Natureserve 3.0,,2,3683144,Natureserve 3.0,,2,PIFSC-18; PIFSC-CVS 2022,"overall conditions at continental scale are expected to remain stable relative to current conditions, although it is recognized that some regions could experience some decline or increase in conditions due to issues such as agricultural chemicals or increasing urbanizations, respectively",2,H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,5,"BBS7021-AS,JS",,-58.72576904,-1.720568657,-1.847303033,-1.559999943,1,-23.46299171,-2.202805042,-2.538300037,-1.75999999,1,12,core,0.287303001,3643,27.74500084,101059.2578,,,,9,10,10,Common Bird in Steep Decline,yes,"b,w",Eastern Temperate,Eastern Temperate,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +1973,Boat-tailed Grackle,Quiscalus major,landbird,Passeriformes,Icteridae,,0,1,0,0,R,,,3,"PIFcalc19–bbs0615,eBird7017",,"2,200,000",2200000,"2,200,000",2200000,2010.5,PIFcalc19–bbs0615,,4,202340,Natureserve 3.0,,4,207174,Natureserve 3.0,,3,PIFSC-18; PIFSC-CVS 2022,"overall conditions at continental scale are expected to remain stable relative to current conditions, although it is recognized that some regions could experience some decline or increase in conditions due to issues such as agricultural chemicals or increasing urbanizations, respectively",3,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-L,3,"BBS7021-AS,JS",,-16.4077816,-0.351229548,-1.42790103,1.24000001,,-14.74349499,-1.320919156,-3.369999886,1.269999981,,12,core,2.667901039,196.5,20.48999977,4021.23999,1,,,13,12,13,,yes,,Eastern Temperate,Eastern Temperate,Coasts: Saltmarsh,Wetlands: Freshwater Marsh,Coasts: Saltmarsh,Wetlands: Freshwater Marsh +1974,Great-tailed Grackle,Quiscalus mexicanus,landbird,Passeriformes,Icteridae,,0,1,1,1,M,,,2,"PIFcalc19–eBird7017,bbs0615",score change from 2 to 1 recommended by Central Americans in 2016 over PIF estimate of 15000000,"30,000,000",30000000,"8,200,000",8200000,2010.5,PIFcalc19–bbs0615,,1,5008310,Natureserve 3.0,,1,5008310,Natureserve 3.0,should be some shrinking of range in winter -- not sure if it's enough to bump score to 2?,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,PIFTC-02; PIFSC-CVS 2022,benefits from human activity,2,H,3,"BBS7021-AS,JS",,19.97542572,0.357727319,-0.792998016,1.539999962,,-22.99278259,-2.577650785,-4.820000172,-0.458000004,1,10,core,2.332998037,564.5,20,11294.65039,,,,8,8,8,,yes,"b,w",Mesoamerica,Mesoamerica,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +1976,Nicaraguan Grackle,Quiscalus nicaraguensis,landbird,Passeriformes,Icteridae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,7102,NatureServe,,5,7102,NatureServe,,4,PIF CAW 2014,"afectada por la quema de tulares, la aumenta de arrozales y ganadería; y caen en las para la cacería de patos;",,,4,PIF CAW 2014,,,,5,PIF CAW 2014,Ha notada una disminuación y no ha expandido por la aumento de ganadería,,,,,,,,,,,,,,,,,,,,19,19,19,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +1979,Yellow-hooded Blackbird,Chrysomus icterocephalus,landbird,Passeriformes,Icteridae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,2,1580000,BirdLife 2016,,2,1580000,BirdLife 2016,,1,PIF CAW 2014,,,,1,PIF CAW 2014,,,,1,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,7,7,7,,,,South American Lowlands,South American Lowlands,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +1980,Ovenbird,Seiurus aurocapilla,landbird,Passeriformes,Parulidae,,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,ona0105",,"26,000,000",26000000,"26,000,000",26000000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,5207143,Natureserve 3.0,,2,1668393,Natureserve 3.0,"Nonbreeding map looks o.k. -- probably too much range shown in FL, but also probably more regular further up Gulf Coast in winter.",4,PIFSC-16; PIFSC-CVS 2022,,4,H,3,PIFTC-02; PIFSC-CVS 2022,winters primarily in native forest (dry or moist); threats at least moderate (KVR),2,M-H,2,"BBS7021-AS,JS",,3.672941208,0.07088501,-0.148701996,0.361000001,,-1.568755627,-0.157690868,-0.856000006,0.372303009,,10,core,0.509702027,2169.5,10.39000034,22533.9043,,,,9,9,9,,,,Northern Forest,Neotropical,Forests: Temperate Eastern,Forests: Boreal,Forests: Tropical Generalist,Coasts: Mangroves +1981,Worm-eating Warbler,Helmitheros vermivorum,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,3,PIFcalc19–bbs0615,,"780,000",780000,"780,000",780000,2010.5,PIFcalc19–bbs0615,,2,1753323,Natureserve 3.0,,3,902709,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,,4,M-H,5,PIFTC-02; PIFSC-CVS 2022,Rosenberg: winters in lowland and Caribbean forests,5,H,2,"BBS7021-AS,JS",,15.80383778,0.288048118,-0.104999997,0.643999994,,1.853758931,0.183851987,-1.070000052,1.334797978,,10,core,0.749000013,635.5,0.301999986,191.8930054,,,,11,13,13,,,,Eastern Temperate,Caribbean,Forests: Temperate Eastern,,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +1982,Louisiana Waterthrush,Parkesia motacilla,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,4,"PIFcalc19–bbs0615,eBird7017",,"450,000",450000,"450,000",450000,2010.5,PIFcalc19–bbs0615,,2,2410070,Natureserve 3.0,,2,1729490,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,Rosenberg: threatened by loss of hemlocks; pollution in freshwater streams.,2,H,4,PIFTC-02; PIFSC-CVS 2022,,3,M-H,1,"BBS7021-AS,JS",,36.51008606,0.611890614,0.368999988,0.925999999,1,16.73497963,1.56062746,0.794898987,2.650000095,1,10,core,0.556999981,1001,0.237000003,237.2369995,,,,10,11,11,,,,Eastern Temperate,Neotropical,Wetlands: Lakes and Rivers,Forests: Temperate Eastern,Wetlands: Lakes and Rivers,Forests: Tropical Montane Evergreen +1983,Northern Waterthrush,Parkesia noveboracensis,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,ona0105,eBird7017,nwt9501",,"17,000,000",17000000,"17,000,000",17000000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,7567023,Natureserve 3.0,,2,3409915,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,3,PIFTC-02; PIFSC-CVS 2022,"Rosenberg: winters in mangroves; forested wetlands - not highly tolerant of disturbance. see previous comment; winters primarily in native habitats; threats at least ""moderate""",2,M-H,1,"BBS7021-AS,JS",,51.17958069,0.814096749,-0.116999999,1.799999952,,9.084145546,0.873394966,-2.349999905,3.359999895,,10,core,1.917000055,1357.5,3.305000067,4502.129883,,,,7,8,8,,,,Northern Forest,Neotropical,Forests: Boreal,Forests: Temperate Eastern,Coasts: Mangroves,Wetlands: Forested +1985,Golden-winged Warbler,Vermivora chrysoptera,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,4,PIFcalc19–bbs0615,"PIFSC-20: eBird picks up non-breeders south of the border, so overrode eBird % Breeding Pop in US & Canada with 100% and used US/Canada estimate as global estimate","390,000",390000,"390,000",390000,2010.5,PIFcalc19–bbs0615,,2,1392211,Natureserve 3.0,,3,944931,Natureserve 3.0,NS ok,4,PIFTC-02; PIFSC-CVS 2022,Rosenberg: threatened by loss of early successional habitats and hybridization with BWWA.,3,M-H,4,PIFTC-02,"new knowledge in winter suggests even more specialized; requires large areas of intact forest; msfs need large areas; does not use agroforestry and coffee to large degree. (CB, KVR, WE, TW, DP); Regularly uses coffee plantations adjacent to forests in the sierra de Talamanca (Panama and Costa Rica) (AP)",,,4,"BBS7021-AS,JS",,-61.83772278,-1.873999238,-2.420000076,-1.370000005,1,13.84714985,1.305473924,-1.090000033,3.589999914,,10,core,1.049999952,432.5,0.306499988,132.5005035,,,,14,15,15,Watch List/Tipping Point Yellow,,,Northern Forest,Central and South American Highlands,Forests: Temperate Eastern,,Forests: Tropical Montane Evergreen, +1986,Blue-winged Warbler,Vermivora cyanoptera,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,3,PIFcalc19–bbs0615,Differs from 2010 PIF estimate due to change in distance category by GWWA working group,"680,000",680000,"680,000",680000,2010.5,PIFcalc19–bbs0615,,2,1782709,Natureserve 3.0,,3,758936,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,4,PIFTC-02; PIFSC-CVS 2022,,5,H,4,"BBS7021-AS,JS",,-37.62304688,-0.921641707,-1.519698024,-0.221000001,1,-10.80771446,-1.135933876,-2.920000076,0.332498997,,10,core,1.298697948,724,0.423000008,306.2990112,,,,12,14,14,Watch List Yellow,,,Eastern Temperate,Gulf-Caribbean Lowlands,Forests: Temperate Eastern,,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +1987,Black-and-white Warbler,Mniotilta varia,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,ona0105",,"18,000,000",18000000,"18,000,000",18000000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,5369441,Natureserve 3.0,,2,3243152,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,3,H,3,PIFTC-02; PIFSC-CVS 2022,"Panjabi: largely dependent on tropical lowland and lower to mid-elevation forests in winter. see previous comment; winters primarily in native habitats; threats at least ""moderate""",2,M-H,2,"BBS7021-AS,JS",,-22.16963577,-0.490087867,-0.98119998,0.158000007,,2.149868011,0.212895483,-0.815999985,1.178800941,,10,core,1.139199972,1944.5,2.130000114,4136.759766,,,,8,9,9,,,,Northern Forest,Neotropical,Forests: Temperate Eastern,Forests: Boreal,Forests: Tropical Generalist,Coasts: Mangroves +1988,Prothonotary Warbler,Protonotaria citrea,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,3,"PIFcalc19–bbs0615,eBird7017",,"2,100,000",2100000,"2,100,000",2100000,2010.5,PIFcalc19–bbs0615,,2,2172187,Natureserve 3.0,,3,838753,Natureserve 3.0,"Nonbreeding range extends too far north in Mexico (and US Gulf coast) -- does not winter north of Yucatan [H&W] -- but also winters (rarely?) in Greater and Lesser Antiles, plus Trinidad and tobago (Bond). Also too extensive in Colombia -- only 1 reco",3,PIFTC-02; PIFSC-CVS 2022,,2,H,4,PIFTC-02,,,,4,"BBS7021-AS,JS",,-39.91742325,-0.994098544,-1.373898983,-0.550000012,1,-0.982982814,-0.098758526,-1.210000038,0.888999999,,10,core,0.823898971,755.5,0.953999996,720.7340088,,,,12,14,14,Watch List Yellow,,,Eastern Temperate,Gulf-Caribbean Lowlands,Wetlands: Forested,Forests: Temperate Eastern,Coasts: Mangroves,Forests: Tropical Dry +1989,Swainson's Warbler,Limnothlypis swainsonii,landbird,Passeriformes,Parulidae,Monotypic.,0,1,1,1,M,,,4,PIFcalc19–bbs0615,,"160,000",160000,"160,000",160000,2010.5,PIFcalc19–bbs0615,,2,1142783,Natureserve 3.0,,4,287048,Natureserve 3.0,"Nonbreeding range probably larger than depicted (almost certainly on Hispanola ?) + +Ken comment: Add 10%; Nonbreeding range probably larger than depicted (almost certainly on Hispanola (?), but still probably a ""5",3,PIFSC-19; PIFSC-CVS 2022,changed due to calibration with TB-r,2,M-H,4,PIFTC-02,Rosenberg: winters in lowland and Caribbean forests. requires mesic forests in Caribbean that are most threatened by drying due to cc,,,1,"BBS7021-AS,JS",,271.6781311,2.609323502,1.638401031,3.920000076,1,91.59844971,6.720579624,4.78000021,9.260000229,1,10,core,2.281599045,319.5,0.125499994,40.05899811,,,,10,13,13,,,,Eastern Temperate,Caribbean,Forests: Temperate Eastern,,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +1990,Crescent-chested Warbler,Oreothlypis superciliosa,landbird,Passeriformes,Parulidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,404112,Natureserve 3.0,,3,404112,Natureserve 3.0,NS ok,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen +1991,Flame-throated Warbler,Oreothlypis gutturalis,landbird,Passeriformes,Parulidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,3917,NatureServe,,5,3917,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +1992,Tennessee Warbler,Leiothlypis peregrina,landbird,Passeriformes,Parulidae,Formerly placed in the genus Oreothlypis. Monotypic.,1,1,1,1,M,,,1,"PIFcalc19–bbs0615,ona0105,eBird7017",,"110,000,000",110000000,"110,000,000",110000000,2010.5,"PIFcalc19–bbs0615,ona0105",,1,4755556,Natureserve 3.0,,2,1559936,Natureserve 3.0,NS ok,3,PIFSC-19; PIFSC-CVS 2022,changed due to calibration with TB-r; 6 of 10 BCRs scored TB-r=2,4,M-H,4,PIFTC-02; PIFSC-CVS 2022,"Actually a tropical forest canopy bird in most of winter range; dependent on fruit and nectar resources; will use plantations and urban areas with flowering trees, though, so not highly threatened (KVR)",4,H,3,"BBS7021-AS,JS",,-30.82004929,-0.719837666,-2.282202005,1.25999999,,-22.68648529,-2.540837288,-5.440000057,0.861204028,,10,core,3.542201996,836,14.38500023,11999.00977,,,,8,10,10,,,,Northern Forest,Neotropical,Forests: Boreal,,Forests: Tropical Generalist, +1993,Orange-crowned Warbler,Leiothlypis celata,landbird,Passeriformes,Parulidae,Formerly placed in the genus Oreothlypis.,1,1,1,1,M,,,1,"PIFcalc19–bbs0615,ona0105,nwt9501,eBird7017",,"82,000,000",82000000,"82,000,000",82000000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,7449493,Natureserve 3.0,,2,2965842,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,4,M-L,2,PIFTC-02; PIFSC-CVS 2022,,2,H,3,"BBS7021-AS,JS",,-19.18923187,-0.417073846,-1.272797942,0.954999983,,-10.6663208,-1.121791959,-2.480000019,0.824000001,,10,core,2.227797985,997,5.735000134,5724.064941,,,,8,8,8,,,,Nearctic,Nearctic,Forests: Temperate Western,Forests: Boreal,Forests: Generalist, +1994,Colima Warbler,Leiothlypis crissalis,landbird,Passeriformes,Parulidae,Formerly placed in the genus Oreothlypis. Monotypic.,0,1,1,0,M,,,5,PIFTC-03,,"25,000",25000,<500,500,,PIFSC-16,,4,100150,Natureserve 3.0,,5,77048,Natureserve 3.0,,3,PIFTC-02,"If logging not a big threat, reduce to 3; Mexicans scored as 4; severe habitat loss (MX-NSAC); global score should reflect regional expert's opinion. Dependent on oaks which are not particularly threatened (i.e. not harvested) in the northern Sierra Madre Oriental; TB=3 is good (AP)",,,3,PIFTC-02,"If logging not a big threat, reduce to 3; Mexicans suggest 3; moderate habitat loss",,,3,MX-NSAC,,,,,,,,,,,,,,,,,,,,,15,16,16,Watch List Yellow,,,North American Southwest,Mesoamerican Pacific Lowlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +1995,Lucy's Warbler,Leiothlypis luciae,landbird,Passeriformes,Parulidae,Formerly placed in the genus Oreothlypis. Monotypic.,0,1,1,0,M,,,3,"PIFcalc19–bbs0615,eBird7017",,"3,000,000",3000000,"2,800,000",2800000,2010.5,PIFcalc19–bbs0615,,3,391508,Natureserve 3.0,,4,145022,Natureserve 3.0,,3,PIFSC-08; PIFSC-CVS 2022,,1,M-H,3,PIFTC-02; PIFSC-CVS 2022,,3,H,2,"BBS7021-AS,JS",,17.20626259,0.311976463,-0.393000007,0.907999992,,1.489801407,0.148097321,-1.464498043,1.850000024,,10,core,1.300999999,70.5,3.88499999,273.6000061,,,,11,12,12,,,,North American Southwest,Mesoamerican Pacific Lowlands,Aridlands: Desert Riparian,Aridlands: Desert Scrub,Forests: Tropical Dry,Aridlands: Desert Riparian +1996,Nashville Warbler,Leiothlypis ruficapilla,landbird,Passeriformes,Parulidae,Formerly placed in the genus Oreothlypis.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,ona0105",,"40,000,000",40000000,"40,000,000",40000000,2010.5,"PIFcalc19–bbs0615,ona0105",,2,2763151,Natureserve 3.0,,3,921874,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,M-H,4,"BBS7021-AS,JS",,-15.29031563,-0.325251669,-1.00999999,0.297701001,,-31.8565197,-3.765495062,-5.126798153,-2.150000095,1,10,core,1.307700992,1272,8.930000305,11343.41016,,,,11,11,11,,,,Northern Forest,Mesoamerica,Forests: Boreal,Forests: Temperate Western,Forests: Tropical Generalist, +1997,Virginia's Warbler,Leiothlypis virginiae,landbird,Passeriformes,Parulidae,Formerly placed in the genus Oreothlypis. Monotypic.,0,1,1,0,M,,,3,PIFcalc19–bbs0615,,"900,000",900000,"900,000",900000,2010.5,PIFcalc19–bbs0615,,3,915000,PIFSC-08,"NS map highly fragmented; NatGeo polygon about 915,000 km2 (UT + 60% of AZ,CO,NV,NM); range map includes only occupied range",4,149789,Natureserve 3.0,NS ok,3,PIFTC-02; PIFSC-CVS 2022,,2,M-H,3,PIFTC-02; PIFSC-CVS 2022,,2,M-H,4,"BBS7021-AS,JS",,-37.70652771,-0.922339797,-1.879999995,-0.072899997,1,-14.95546341,-1.609330416,-3.519999981,0.237702996,,10,core,1.807100058,136,1.245000005,169.3200073,,,,13,14,14,Watch List Yellow,,,Intermountain West,Mesoamerican Pacific Lowlands,Forests: Temperate Western,,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +1999,Connecticut Warbler,Oporornis agilis,landbird,Passeriformes,Parulidae,Monotypic.,1,1,0,0,M,,,3,"PIFcalc19–bbs0615,ona0105,eBird7017",,"1,800,000",1800000,"1,800,000",1800000,2010.5,"PIFcalc19–bbs0615,ona0105",,2,1178290,Natureserve 3.0,,2,2011815,Natureserve 3.0; PIFSC-08,"winter range inaccurate -- includes transients in northern South America. True winter range probably half of area depicted (restricted to western Amazon Basin and northern Pantanal. Also, winter range size (>4 million) seems like an error",4,PIFTC-02; PIFSC-CVS 2022,,5,M-H,3,PIFTC-02,"No justification for ""No threats"" designation; emerging data suggests winters in tropical deciduous, river island, and/or cerrado habitats, which are all under at least moderate threat (KVR)",,,4,"BBS7021-AS,JS",,-48.82955933,-1.303460717,-2.460000038,-0.276499987,1,-21.82762146,-2.430927515,-6.25,1.1796,,10,core,2.183500051,267,0.626999974,167.4089966,,,,13,12,13,Previously Watch List,,,Northern Forest,South American Lowlands,Forests: Boreal,,Forests: Tropical Lowland Evergreen, +2000,Gray-crowned Yellowthroat,Geothlypis poliocephala,landbird,Passeriformes,Parulidae,,0,0,1,1,R,,,3,PIFTC-02,,,,,,,,,3,862321,Natureserve 3.0,,3,862321,Natureserve 3.0,,2,PIFSC-08,,,,2,PIFSC-08,Mexicans should score; tolerant of disturbance,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Mesoamerica,Mesoamerica,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +2001,MacGillivray's Warbler,Geothlypis tolmiei,landbird,Passeriformes,Parulidae,,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"11,000,000",11000000,"11,000,000",11000000,2010.5,PIFcalc19–bbs0615,,2,2630431,Natureserve 3.0,,3,918393,Natureserve 3.0,winter map looks accurate,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,3,PIFTC-02; PIFSC-CVS 2022,"Uses naturally disturbed forest, but not really in highly modified landscapes; threats probably ""moderate"" (KVR)",2,H,4,"BBS7021-AS,JS",,-25.00491142,-0.561894953,-1.017802954,-0.025699999,1,-10.3246336,-1.086705089,-1.909999967,-0.177000001,1,10,core,0.992102981,707.5,4.454999924,3145.875,,,,11,12,12,,,,Western Temperate,Mesoamerican Pacific Lowlands,Forests: Temperate Western,,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +2002,Mourning Warbler,Geothlypis philadelphia,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,ona0105",,"14,000,000",14000000,"14,000,000",14000000,2010.5,"PIFcalc19–bbs0615,ona0105",,2,2693721,Natureserve 3.0,,3,836725,Natureserve 3.0,winter map looks accurate --- new score o.k.,3,PIFTC-02; PIFSC-CVS 2022,,4,M-L,3,PIFTC-02,"Uses naturally disturbed forest, but not really in highly modified landscapes; threats probably ""moderate"" (KVR)",,,4,"BBS7021-AS,JS",,-48.62072372,-1.295522213,-1.669198036,-0.833999991,1,-9.651000023,-1.00960207,-2.123702049,0.349000007,,10,core,0.835197985,1028.5,5.445000172,5598.299805,,,,11,12,12,,,,Northern Forest,Central and South American Highlands,Forests: Boreal,Forests: Temperate Eastern,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen +2003,Kentucky Warbler,Geothlypis formosa,landbird,Passeriformes,Parulidae,Monotypic.,0,1,1,1,M,,,3,PIFcalc19–bbs0615,,"2,600,000",2600000,"2,600,000",2600000,2010.5,PIFcalc19–bbs0615,,2,1969383,Natureserve 3.0,,3,684235,Natureserve 3.0; PIFSC-08,"Winter map wrong -- shows range throughout West Indies, but described as an uncommon transient there in text (very rare in Cuba); also depicted range in northern South America too large -- only a few records from coastal Colombia and Venezuela -- would re",3,PIFTC-02; PIFSC-CVS 2022,,2,M-L,4,PIFSC-Dec-08; PIFSC-CVS 2022,"Rosenberg: winters in lowland forest; similar to PROWA, WEWA, SWWA",4,M-H,4,"BBS7021-AS,JS",,-31.61963654,-0.742829502,-1.059999943,-0.465900004,1,-0.10652288,-0.010913555,-1.120000005,0.94510299,,10,core,0.594099998,1066,1.340000033,1428.050049,,,,12,14,14,Watch List Yellow,,,Eastern Temperate,Gulf-Caribbean Lowlands,Forests: Temperate Eastern,,Forests: Tropical Lowland Evergreen, +2004,Olive-crowned Yellowthroat,Geothlypis semiflava,landbird,Passeriformes,Parulidae,,0,0,0,1,R,,,3,PIF CAW 2016,"""Chiriqui Yellowthroat"" was transferred from Masked Yellowthroat to Olive-crowned, but presumably doesn't affect PS-g score since it's a narrow endemic (BCR 2019)",,,,,,,,4,212783,NatureServe,"Chiriqui Foliage-Gleaner transferred from Masked Yellowthroat overlaps with existing Olive-crowned Yellowthroat range, so no additional extent",4,212783,NatureServe,"Chiriqui Foliage-Gleaner transferred from Masked Yellowthroat overlaps with existing Olive-crowned Yellowthroat range, so no additional extent",3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Montane Evergreen,Wetlands: Freshwater Marsh,Forests: Tropical Montane Evergreen,Wetlands: Freshwater Marsh +2005,Black-polled Yellowthroat,Geothlypis speciosa,landbird,Passeriformes,Parulidae,,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,30406,Natureserve 3.0,,5,30406,Natureserve 3.0,,5,MX-NSAC,,,,5,MX-NSAC,extreme habitat loss,,,5,MX-NSAC,,,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +2006,Belding's Yellowthroat,Geothlypis beldingi,landbird,Passeriformes,Parulidae,,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,42177,Natureserve 3.0,,5,42177,Natureserve 3.0,,5,MX-NSAC,,,,5,MX-NSAC,extreme habitat loss,,,5,MX-NSAC,,,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,North American Southwest,North American Southwest,Wetlands: Freshwater Marsh,,Wetlands: Freshwater Marsh, +2017,Kirtland's Warbler,Setophaga kirtlandii,landbird,Passeriformes,Parulidae,Monotypic.,1,1,0,0,M,,,5,KIWA Conservation Team 2015,"5,000 is estimate from BBS-15, supporting this estimate","4,800",4800,"4,800",4800,,KIWA Conservation Team 2015,,5,10719,Natureserve 3.0,,5,13438,Natureserve 3.0,,3,PIFSC-18,"species has been relatively stable but is highly dependent on management activities, which could change in the future if species is down listed or delisted from ESA (PIFSC-18). Habitat protected, but vulnerable because there is so little. conservation reliant -- could be threatened if investments reduced -- esp cowbird management (CB, KVR, WE, TW, DP).",,,5,PIFTC-02,"check with Dave Ewert -- are threats really dire or extremely severe? (CB, KVR, WE, TW, DP); Tom to double check; early successional habitat need to be maintained, is not being managed;",,,1,KIWA Census,,,,,,,,,,,,,,,,,,,,,14,16,16,Watch List/Tipping Point Orange,,,Northern Forest,Caribbean,Forests: Temperate Eastern,,Forests: Tropical Dry, +2018,Cape May Warbler,Setophaga tigrina,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,ona0105",,"7,000,000",7000000,"7,000,000",7000000,2010.5,"PIFcalc19–bbs0615,ona0105",,2,2563513,Natureserve 3.0,,3,610359,Natureserve 3.0,,4,PIFSC-19; PIFSC-CVS 2022,changed due to calibration with TB-r; Reviewers justify score of 2 in BCRs 7 and 8 (61%pop),5,M-H,4,PIFTC-02; PIFSC-CVS 2022,"still requires native forest or woodland habitats in main part of winter range, although tolerant of disturbance (KVR)",5,H,2,"BBS7021-AS,JS",,14.83880615,0.272338837,-1.594102025,2.660000086,,89.23562622,6.585883141,0.836000025,13.71309757,1,10,core,4.25410223,558.5,0.927999973,517.3709717,,,,10,11,11,,,,Northern Forest,Caribbean,Forests: Boreal,,Islands: Terrestrial Habitats, +2019,Cerulean Warbler,Setophaga cerulea,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,3,PIFcalc19–bbs0615,,"530,000",530000,"530,000",530000,2010.5,PIFcalc19–bbs0615,,2,1234266,Natureserve 3.0,,3,971392,Natureserve 3.0,"Distribution appears to be more spotty and concentrated in areas according to BNA, whereas NS shows broader areas, thus likely overstimating size of both wintering and breeding.; ND mapped too far east in Ven, too wide in colombia and venezuela; rare in P",4,PIFTC-02; PIFSC-CVS 2022,Rosenberg: threatened by mountaintop mining in Appalachians; loss of bottomland forests.,4,M-H,4,PIFTC-02,,,,4,"BBS7021-AS,JS",,-70.33257294,-2.355436563,-2.910000086,-1.915096998,1,1.214700222,0.120581165,-1.960000038,1.901602983,,10,core,0.994903028,415,0.262499988,108.8499985,,,,13,14,14,Watch List/Tipping Point Yellow,,,Eastern Temperate,Central and South American Highlands,Forests: Temperate Eastern,,Forests: Tropical Montane Evergreen, +2020,Northern Parula,Setophaga americana,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,ona0105",,"18,000,000",18000000,"18,000,000",18000000,2010.5,"PIFcalc19–bbs0615,ona0105",,2,3351228,Natureserve 3.0,,3,605058,Natureserve 3.0,,3,PIFSC-15; PIFSC-CVS 2022,"Rosenberg: affected by forestry in boreal? Also loss of bottomland hardwoods in SE; Hunter: loss of bottomlands is not a threat for this species, and is not a concern overall; potentially encroachment into other habitats is a threat for NOPA. See previous comment: boreal experts weigh in (KVR); Camfield, Alaine: TB 2 and 3 in Canadian BCR strategies. Threats include habitat loss/fragmentation from logging, roads and utility lines. Threats of lower magnitude.",4,H,3,PIFTC-02; PIFSC-CVS 2022,,4,M-H,1,"BBS7021-AS,JS",,95.36695099,1.32282114,1.104200006,1.610000014,1,20.17912483,1.854157567,1.050305009,2.910000086,1,10,core,0.505800009,1884.5,1.745000005,3287.590088,,,,8,9,9,,,,Eastern Temperate,Caribbean,Forests: Temperate Eastern,Forests: Boreal,Forests: Tropical Generalist, +2021,Tropical Parula,Setophaga pitiayumi,landbird,Passeriformes,Parulidae,,0,1,1,1,M,,,2,PIFTC-02. PIF CAW 2016–PS-g midpoint,Distribución en Sur América (CAW);,"20,000,000",20000000,"<5,000",5000,,PIFSC-16,guestimate based on eBird distribution,1,8382828,Natureserve 3.0,,1,8257761,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,2,M-H,3,PIFTC-02; PIFSC-CVS 2022,requires forest,3,M-H,4,MX-NSAC 2008,,,,,,,,,,,,,,,,,,,,,10,10,10,,,,Neotropical,Neotropical,Forests: Tropical Generalist,,Forests: Tropical Generalist, +2022,Magnolia Warbler,Setophaga magnolia,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,ona0105",,"39,000,000",39000000,"39,000,000",39000000,2010.5,"PIFcalc19–bbs0615,ona0105",,2,3645972,Natureserve 3.0,,2,1113599,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,4,M-L,3,PIFTC-02; PIFSC-CVS 2022,,3,H,2,"BBS7021-AS,JS",,32.18412399,0.549114108,-0.054000001,1.01649797,,-9.910146713,-1.034761071,-2.839999914,0.524604023,,10,core,1.07049799,1096.5,8.244999886,9019.80957,,,,9,9,9,,,,Northern Forest,Gulf-Caribbean Lowlands,Forests: Boreal,Forests: Temperate Eastern,Open Country: Habitat Mosaic, +2023,Bay-breasted Warbler,Setophaga castanea,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,ona0105",,"9,900,000",9900000,"9,900,000",9900000,2010.5,"PIFcalc19–bbs0615,ona0105",,2,2634129,Natureserve 3.0,,3,690000,Natureserve 3.0 with adjustment by PIFSC,"Reduced to 690,000; does not winter in Caribbean and/or Cuba (Rosenberg)",4,PIFSC-19; PIFSC-CVS 2022,changed due to calibration with TB-r,5,M-H,3,PIFTC-02,"winters in lowland tropical forest regions of Central, n. South America but tolerant of fragmentation (KVR)",,,2,"BBS7021-AS,JS",,-18.99641228,-0.412264824,-1.587403059,1.070000052,,39.04425812,3.351923704,-1.379999995,7.809401035,,10,core,2.657402992,486.5,1.585000038,771.2449951,1,,,10,10,10,,,,Northern Forest,Trans-Andean Lowlands,Forests: Boreal,,Forests: Tropical Lowland Evergreen, +2024,Blackburnian Warbler,Setophaga fusca,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,ona0105,eBird7017",,"13,000,000",13000000,"13,000,000",13000000,2010.5,"PIFcalc19–bbs0615,ona0105",,2,2020085,Natureserve 3.0,,2,1911250,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,Hunter: loss of hemlocks in appalachians is a high threat in this region.,4,M-H,3,PIFTC-02,,,,2,"BBS7021-AS,JS",,4.018964291,0.077289239,-0.423999995,0.429295987,,-4.2528162,-0.433415294,-1.720000029,0.653005004,,10,core,0.853295982,889,1.815000057,1612.765015,,,,10,9,10,,,,Northern Forest,Central and South American Highlands,Forests: Boreal,Forests: Temperate Eastern,Forests: Tropical Montane Evergreen, +2025,Yellow Warbler,Setophaga petechia,landbird,Passeriformes,Parulidae,,1,1,1,1,M,,,1,"PIFcalc19–bbs0615,eBird7017,ona0105,nwt9501",,"97,000,000",97000000,"93,000,000",93000000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,14182963,PIFSC-08,"Removed 1M km2 from sw US, per BNA; NS appears to be more generous in designating dist., primarily in the the sw US portion. BNA indicates spp. Restricted to riparian areas in this region.",1,4830879,Natureserve 3.0; PIFSC-08,ND range is 40% larger than shown (Ken Rosenberg),3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,3,"BBS7021-AS,JS",,-16.23405075,-0.346842796,-0.560000002,0.0548,,-11.21667194,-1.183126092,-1.860000014,-0.388000011,1,10,core,0.614799976,3820,6.75,25779.25977,,,,8,7,8,,,,Nearctic,Neotropical,Forests: Temperate Generalist,Wetlands: Generalist,Open Country: Habitat Mosaic, +2026,Chestnut-sided Warbler,Setophaga pensylvanica,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,ona0105",,"18,000,000",18000000,"18,000,000",18000000,2010.5,"PIFcalc19–bbs0615,ona0105",,2,2414630,Natureserve 3.0,,3,528003,Natureserve 3.0 with adjustment by PIFSC,"According to BNA, few records in northern SA and rare in Carribean. Based on this the NS maps appear to be overly generous in depicting winter distribution. New Nd area is 528,003 when SA and Caribbean are excluded; Reduced to 528,003.",3,PIFTC-02; PIFSC-CVS 2022,,4,M-H,4,PIFTC-02; PIFSC-CVS 2022,"Mature tropical forest. Not as sensitive to forest loss as WOTH, KEWA, etc. ""moderate"" is good. (KVR)",4,H,3,"BBS7021-AS,JS",,-32.6295929,-0.771418452,-1.27699995,-0.206,1,7.544911861,0.729691207,0.000146,1.789999962,,10,core,1.07099998,1291.5,7.159999847,9245.700195,,,,10,12,12,,,,Northern Forest,Gulf-Caribbean Lowlands,Forests: Boreal,Forests: Temperate Eastern,Forests: Tropical Lowland Evergreen, +2027,Blackpoll Warbler,Setophaga striata,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,1,"PIFcalc19–bbs0615,ona0105,nwt9501,eBird7017",,"60,000,000",60000000,"60,000,000",60000000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,6311941,Natureserve 3.0,,2,3141118,Natureserve 3.0 with adjustment by PIFSC,Comparable to BNA; Range size reduced by 25%; NS wi range map too extensive in S Am (Rosenberg),3,PIFSC-19; PIFSC-CVS 2022,changed due to calibration with TB-r,3,M-H,3,PIFTC-02,"seems more appropriate than ""no threats;"" winters primarily in lowland tropical forest regions, even if tolerant of disturbance (KVR)",,,5,"BBS7021-AS,JS",,-83.5220108,-3.478448629,-5.262600899,-2.029699087,1,-23.56818771,-2.657000303,-6.349999905,0.961100996,,10,core,3.23290205,419,3.265000105,1384.380005,,,,10,11,11,Common Bird in Steep Decline,,,Northern Forest,South American Lowlands,Forests: Boreal,,Forests: Tropical Lowland Evergreen, +2028,Black-throated Blue Warbler,Setophaga caerulescens,landbird,Passeriformes,Parulidae,,1,1,1,1,M,,,3,PIFcalc19–bbs0615,,"2,400,000",2400000,"2,400,000",2400000,2010.5,PIFcalc19–bbs0615,,2,1144681,Natureserve 3.0,,3,361590,Natureserve 3.0; PIFSC-08,score adjusted to reflect range area; 200-km rule no longer applies,3,PIFTC-02; PIFSC-CVS 2022,,4,M-L,3,PIFTC-02,,,,1,"BBS7021-AS,JS",,82.50778961,1.186697721,0.365999997,1.869797945,1,-17.73232841,-1.932936668,-3.430000067,-0.701301992,1,10,core,1.503798008,757.5,0.893000007,676.4050293,,,,9,10,10,,,,Northern Forest,Caribbean,Forests: Boreal,Forests: Temperate Eastern,Islands: Terrestrial Habitats,Coasts: Mangroves +2029,Palm Warbler,Setophaga palmarum,landbird,Passeriformes,Parulidae,,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,ona0105",,"13,000,000",13000000,"13,000,000",13000000,2010.5,"PIFcalc19–bbs0615,ona0105",,2,3359662,Natureserve 3.0,,3,930486,Natureserve 3.0,"NS does not have west coast US wintering population indicated in BNA + +Ken comment: Add 15%; NS does not have west coast US wintering population indicated in BNA",4,PIFSC-19; PIFSC-CVS 2022,changed due to calibration with TB-r,4,M-H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,2,"BBS7021-AS,JS",,20.7063446,0.369600117,-1.634698987,2.380000114,,27.62067413,2.468811274,-2.970000029,7.918595791,,10,core,4.014698982,334.5,1.174999952,396.644989,1,,,10,9,10,,,,Northern Forest,Caribbean,Wetlands: Boreal,,Open Country: Habitat Mosaic, +2031,Pine Warbler,Setophaga pinus,landbird,Passeriformes,Parulidae,,1,1,0,0,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"13,000,000",13000000,"13,000,000",13000000,2010.5,PIFcalc19–bbs0615,,2,2071023,Natureserve 3.0,,2,1139659,Natureserve 3.0,"Comparable with BNA for major part, but does not reflect scattered populations immediately south of the great lakes",3,PIFTC-02; PIFSC-CVS 2022,,3,H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,1,"BBS7021-AS,JS",,83.91996765,1.203473568,1.00109601,1.470000029,1,0.518064976,0.051691379,-0.666000009,0.680000007,,10,core,0.468903989,1501.5,3.894999981,5845.560059,,,,8,7,8,,,,Eastern Temperate,Eastern Temperate,Forests: Temperate Eastern,,Forests: Temperate Eastern, +2032,Yellow-rumped Warbler,Setophaga coronata,landbird,Passeriformes,Parulidae,,1,1,1,1,M,,,1,"PIFcalc19–bbs0615,ona0105,nwt9501,eBird7017",Se propone que para Guatemala se agrege la subespecie Setophaga golmania que ya fue reconocida como especie por IOC (International Ornithological Council). Ver pestaña anexa,"170,000,000",170000000,"170,000,000",170000000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,9819251,Natureserve 3.0,,1,6261301,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,3,H,2,PIFTC-02; PIFSC-CVS 2022,,2,H,3,"BBS7021-AS,JS",,4.865125656,0.093513854,-0.310999006,0.742999971,,-15.92891788,-1.721573353,-2.519999981,-0.984000027,,10,core,1.053998947,2081.5,12.95499992,26971.00977,,,,8,7,8,,,,Nearctic,Widespread,Forests: Boreal,Forests: Temperate Western,Forests: Generalist,Open Country: Habitat Mosaic +2033,Yellow-throated Warbler,Setophaga dominica,landbird,Passeriformes,Parulidae,,0,1,1,1,M,,,3,"PIFcalc19–bbs0615,eBird7017",,"2,000,000",2000000,"2,000,000",2000000,2010.5,PIFcalc19–bbs0615,,2,1928389,Natureserve 3.0,,3,803927,Natureserve 3.0; PIFSC-08,Comparable with BNA; 200-km rule no longer applies,4,PIFTC-02; PIFSC-CVS 2022,,5,H,2,PIFTC-02; PIFSC-CVS 2022,"Very adaptable; generally found in open areas, parking lots, shade trees, esp. planted palms (Panjabi)",2,M-H,1,"BBS7021-AS,JS",,67.98011017,1.02232337,0.635999978,1.334095001,1,9.75131321,0.937786222,-0.417697012,2.470000029,,10,core,0.698095024,894,0.698499978,624.3344727,,,,10,9,10,,,,Eastern Temperate,Caribbean,Forests: Temperate Eastern,,Forests: Tropical Generalist, +2035,Vitelline Warbler,Setophaga vitellina,landbird,Passeriformes,Parulidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,280,BirdLife 2016,,5,280,BirdLife 2016,,4,PIF CAW 2014,cambio climático y hurcanes,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,"BirdLife (2016) ""thought to be declining as a result of habitat degradation""",,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Caribbean,Caribbean,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +2036,Prairie Warbler,Setophaga discolor,landbird,Passeriformes,Parulidae,,1,1,1,1,M,,,3,PIFcalc19–bbs0615,,"3,600,000",3600000,"3,600,000",3600000,2010.5,PIFcalc19–bbs0615,,2,1565057,Natureserve 3.0,,3,336441,PIFSC-08,score adjusted to reflect range area; 200-km rule no longer applies,3,PIFTC-02; PIFSC-CVS 2022,,3,M-L,3,PIFTC-02; PIFSC-CVS 2022,"still requires native forest or woodland habitats (including mangroves) in main part of winter range, although tolerant of disturbance (KVR)",2,H,5,"BBS7021-AS,JS",,-57.36038208,-1.656419516,-2.190000057,-1.17790103,1,-18.37077141,-2.007867098,-2.829999924,-1.080000043,1,10,core,1.012099028,1167.5,1.644999981,1920.505005,,,,13,14,14,Watch List/Tipping Point Yellow,,,Eastern Temperate,Caribbean,Forests: Temperate Eastern,,Islands: Terrestrial Habitats,Coasts: Mangroves +2040,Grace's Warbler,Setophaga graciae,landbird,Passeriformes,Parulidae,,0,1,1,1,M,,,3,"PIFcalc19–bbs0615,eBird7017",Especialista de pino (CAW);,"3,000,000",3000000,"1,500,000",1500000,2010.5,PIFcalc19–bbs0615,,2,1121940,Natureserve 3.0,,3,436298,Natureserve 3.0,Comparable with BNA,4,PIFTC-02; PIFSC-CVS 2022,,5,M-H,4,PIFTC-02; PIFSC-CVS 2022,slight to moderate decline expected,4,H,4,"BBS7021-AS,JS",,-54.34020996,-1.523652554,-2.670000076,-0.460999995,1,8.089392662,0.78102386,-1.580000043,3.316294909,,10,core,2.209000111,71,2.940000057,207.6999969,,,,13,14,14,Watch List/Tipping Point Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +2041,Black-throated Gray Warbler,Setophaga nigrescens,landbird,Passeriformes,Parulidae,,1,1,1,0,M,,,3,"PIFcalc19–bbs0615,eBird7017",,"3,200,000",3200000,"3,100,000",3100000,2010.5,PIFcalc19–bbs0615,,2,1791844,Natureserve 3.0,,3,638475,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,2,H,3,PIFTC-02; PIFSC-CVS 2022,,2,M-H,4,"BBS7021-AS,JS",,-33.50697327,-0.796952069,-1.50139904,-0.033199999,1,-9.968577385,-1.043073654,-2.400000095,0.193000004,,10,core,1.468199015,416.5,2.809999943,1169.780029,,,,12,13,13,,,,Western Temperate,Mesoamerican Pacific Lowlands,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +2042,Townsend's Warbler,Setophaga townsendi,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,PIFcalc19–bbs0615,,"21,000,000",21000000,"21,000,000",21000000,2010.5,PIFcalc19–bbs0615,,2,1397958,Natureserve 3.0,,3,921825,Natureserve 3.0,Comparable with BNA,3,PIFSC-15; PIFSC-CVS 2022,"main threats relate to logging, but are moderate at most (PIFSC); Camfield, Alaine (NCR): TB listed as 3 in BCR strategies, main threat is habitat loss due to forestry.",3,M-L,3,PIFTC-02; PIFSC-CVS 2022,,3,H,3,"BBS7021-AS,JS",,10.94792461,0.203814432,-0.552100003,1.440000057,,-18.01578522,-1.969166875,-3.319999933,-0.328000009,,10,core,1.9921,382.5,7.139999866,2720.235107,,,,10,11,11,,,,Pacific North America,Mesoamerican Highlands,Forests: Temperate Western,,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +2043,Hermit Warbler,Setophaga occidentalis,landbird,Passeriformes,Parulidae,Monotypic.,0,1,1,1,M,,,3,PIFcalc19–bbs0615,,"2,500,000",2500000,"2,500,000",2500000,2010.5,PIFcalc19–bbs0615,,3,335070,Natureserve 3.0,,3,563696,Natureserve 3.0,Comparable with BNA,3,PIFSC-15; PIFSC-CVS 2022,"Generally requires large diameter trees; KVR=found in many seral stages of forest, have not declined due to forest management.",3,M-H,4,PIFTC-02; PIFSC-CVS 2022,,4,H,3,"BBS7021-AS,JS",,-9.83718586,-0.202808887,-0.777297974,0.620999992,,-14.42103004,-1.543511868,-3.230000019,-0.140499994,,10,core,1.398298025,168,5.449999809,915.5999756,,,,12,13,13,,,,Pacific North America,Mesoamerican Highlands,Forests: Temperate Western,,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +2044,Golden-cheeked Warbler,Setophaga chrysoparia,landbird,Passeriformes,Parulidae,Monotypic.,0,1,1,1,M,,,4,PIFcalc19–bbs0615,"This estimate is supported by USFWS 2018 (personal communication). eBird misclassifies early migrants or their young as breeders in Mexico (actually 100% US/Can), so don't use eBird-based extrapolation of 170,000 globally (Beardmore 2018). Probablemente sea 4, debido a recientes estudios (CAW).","110,000",110000,"110,000",110000,2010.5,PIFcalc19–bbs0615,,5,33480,Natureserve 3.0,,4,98105,Natureserve 3.0,,4,PIFSC-15; PIFSC-CVS 2022,"deterioration has already occurred; will continue in parts of range, but large areas of habitat on ranch land not threatened by immediate urban development. Threats are still high, but not severe. (CB, KVR, WE, TW, DP, AP); only 3% of occupied area is protected, Jim Giocomo recommends keeping it at 5",2,M-H,5,PIFTC-02; PIFSC-CVS 2022,"No se puede extinguirse en 30-50 anos. Highly specialized on conditions of pine-oak forest that are fast disappearing in much of winter range (see D. King et al papers). However, not as threatened as other cloud forest species like pink-headed warbler, horned guan, bearded screech owl, unspotted saw-whet owl (TW, AP, RV), need to review whole suite of pine-oak-cloud forest species to check for proper calibration; need to also consider threats to migratory stopover habitat; not often seen in migration, but anecdotal observation of 3 migratory individuals in pine oak forest fragment by DK; highly threatened but not likely to go extinct due to threats in the non-breeding range",5,H,5,PIFSC-15,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,North American Southwest,Mesoamerican Highlands,Forests: Temperate Western,,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +2045,Black-throated Green Warbler,Setophaga virens,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,ona0105,eBird7017",,"9,200,000",9200000,"9,200,000",9200000,2010.5,"PIFcalc19–bbs0615,ona0105",,2,3306080,Natureserve 3.0,,2,1479262,Natureserve 3.0,,4,PIFSC-19; PIFSC-CVS 2022,changed due to calibration with TB-r,5,M-H,4,PIFTC-02; PIFSC-CVS 2022,"winters in tropical forest regions, which are all under moderate threats, even if tolerant of some disturbance (KVR)",5,H,3,"BBS7021-AS,JS",,-4.579510689,-0.092083856,-1.50999999,0.672698021,,-21.28691292,-2.363961697,-3.400000095,-1.51079905,1,10,core,2.182698011,1147.5,1.995000005,2286.149902,,,,11,11,11,,,,Northern Forest,Mesoamerica,Forests: Boreal,Forests: Temperate Eastern,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen +2046,Buff-rumped Warbler,Myiothlypis fulvicauda,landbird,Passeriformes,Parulidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,2,2482102,NatureServe,,2,2482102,NatureServe,,4,PIF CAW 2014,"por la sequía de rios, deforestación, contaminación, etc.",,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,Wetlands: Forested,Forests: Tropical Lowland Evergreen,Wetlands: Forested +2047,Fan-tailed Warbler,Basileuterus lachrymosus,landbird,Passeriformes,Parulidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,341305,Natureserve 3.0,,4,291724,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,PIF CAW 2014,"all Mexican regions indicate PT=4, situation likely similar outside of Mexico",,,,,,,,,,,,,,,,,,,,14,15,15,Watch List Yellow,,,Mesoamerica,Mesoamerica,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry,Forests: Tropical Lowland Evergreen,Forests: Tropical Dry +2048,Rufous-capped Warbler,Basileuterus rufifrons,landbird,Passeriformes,Parulidae,,0,0,1,1,R,,,3,PIFTC-02; eRaw20; Shaw-22,Shaw-22: multiplied the geometric midpoint (2 million) of the pop size range of pre-split PS -g score by the eRaw20 % that falls within the resident range of Rufous-capped Warbler s.s.,"1,000,000",1000000,,,,,,3,656844,BirdLife 2021; eBird-22; Shaw-22,"Shaw-22: BirdLife has not yet split Rufous-capped Warbler, so split BirdLife's Rufous-capped Warbler polygons manually, referring to eBird's observation maps",3,656844,BirdLife 2021; eBird-22; Shaw-22,"Shaw-22: BirdLife has not yet split Rufous-capped Warbler, so split BirdLife's Rufous-capped Warbler polygons manually, referring to eBird's observation maps",2,Mexican Regional Assessment 2005; PIF CAW 2014; Beardmore; PIFSC-08; eRaw20; Shaw-22,"Shaw-22: weighted TB-r scores from regions still classified as Rufous-capped Warbler using %pop from eRaw20, yielding mean TB-r = 2.46, rounded down to 2. However, the unweighted mean would be 2.61, so right on the fence.",,,2,Mexican Regional Assessment 2005; PIF CAW 2014; Beardmore; PIFSC-08; eRaw20; Shaw-22,"Tolerant of disturbed habitats. Shaw-22: since a resident, the only TN-r scores available (available for Central America only) matched TB-r, so weighted TB-r scores from all regions now classified as Chestnut-capped Warbler using %pop from eRaw20",,,3,Mexican Regional Assessment 2005; PIF CAW 2014; eRaw20; Shaw-22,Shaw-22: weighted PT-r scores from regions still classified as Rufous-capped Warbler using %pop from eRaw20,,,,,,,,,,,,,,,,,,,,11,11,11,,,"b,w",Mesoamerica,Mesoamerica,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +2049,Chestnut-capped Warbler,Basileuterus delattrii,landbird,Passeriformes,Parulidae,Formerly considered conspecific with Basileuterus rufifrons.,0,0,1,1,R,,,3,PIFTC-02; eRaw20; Shaw-22,Shaw-22: multiplied the geometric midpoint (2 million) of the pop size range of pre-split PS -g score for Rufous-capped Warber s.l. by the eRaw20 % that falls within the resident range of Chestnut-capped Warbler,"960,000",960000,,,,,,3,310655,BirdLife 2021; eBird-22; Shaw-22,"Shaw-22: BirdLife has not yet split Rufous-capped Warbler, so split BirdLife's Rufous-capped Warbler polygons manually, referring to eBird's observation maps",3,310655,BirdLife 2021; eBird-22; Shaw-22,"Shaw-22: BirdLife has not yet split Rufous-capped Warbler, so split BirdLife's Rufous-capped Warbler polygons manually, referring to eBird's observation maps",3,PIF CAW 2014; eRaw20; Shaw-22,Shaw-22: weighted TB-r scores from regions now classified as Chestnut-capped Warbler using %pop from eRaw20,,,3,PIF CAW 2014; eRaw20; Shaw-22,Shaw-22: weighted TN-r scores from regions now classified as Chestnut-capped Warbler using %pop from eRaw20,,,2,PIF CAW 2014; eRaw20; Shaw-22,Shaw-22: weighted PT-r scores from regions now classified as Chestnut-capped Warbler using %pop from eRaw20,,,,,,,,,,,,,,,,,,,,11,11,11,,,"b,w",Neotropical,Neotropical,Forests: Tropical Dry,,Forests: Tropical Dry, +2050,Black-cheeked Warbler,Basileuterus melanogenys,landbird,Passeriformes,Parulidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,4846,NatureServe,,5,4846,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2051,Pirre Warbler,Basileuterus ignotus,landbird,Passeriformes,Parulidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,320,NatureServe,,5,320,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2052,Golden-browed Warbler,Basileuterus belli,landbird,Passeriformes,Parulidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,335158,Natureserve 3.0,,3,335158,Natureserve 3.0,,4,MX-NSAC,global score should reflect regional expert's opinion; most regions score as TB=3.,,,4,MX-NSAC,"requires forest, less selective than in breeding season",,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen +2053,Golden-crowned Warbler,Basileuterus culicivorus,landbird,Passeriformes,Parulidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,1,8383964,BirdLife 2021 modified by Shaw-22,"Shaw-20: BirdLife splits out White-bellied (hypoleucus), Cabini's (cabanisi), and ""Golden-crowned"" (auricapilla), so summed their areas (except hypoleucus which is completely within auricapilla's range) to yield AOS's B. culicivorus",1,8383964,BirdLife 2021 modified by Shaw-22,"Shaw-20: BirdLife splits out White-bellied (hypoleucus), Cabini's (cabanisi), and ""Golden-crowned"" (auricapilla), so summed their areas (except hypoleucus which is completely within auricapilla's range) to yield AOS's B. culicivorus",4,MX-NSAC,,,,4,MX-NSAC,requires forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2054,Costa Rican Warbler,Basileuterus melanotis,landbird,Passeriformes,Parulidae,Formerly considered conspecific with Basileuterus tristriatus.,0,0,0,1,R,,,4,Panjabi 2017; PIF CAW 2017; MX-NSAC-17,guesstimate,,,,,,,,5,12607,"BirdLife & HBW, eBird, AOU Checklist 57th Suppl.",,5,12607,"BirdLife & HBW, eBird, AOU Checklist 57th Suppl.",,3,PIF CAW 2015,used score shared by Costa Rica & Panama,,,3,PIF CAW 2015,used Panama's score as the only region scored,,,3,PIF CAW 2015,used Costa Rica's score to break tiesince eBird shows greater range and more observations there than Panama,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2055,Tacarcuna Warbler,Basileuterus tacarcunae,landbird,Passeriformes,Parulidae,Formerly considered conspecific with Basileuterus tristriatus and B. melanotis.,0,0,0,1,R,,,5,Panjabi 2017; PIF CAW 2017; MX-NSAC-17,guesstimate,,,,,,,,5,1829,"BirdLife & HBW, eBird, AOU Checklist 57th Suppl.",,5,1829,"BirdLife & HBW, eBird, AOU Checklist 57th Suppl.",,3,PIF CAW 2015,used Panama's score,,,3,PIF CAW 2015,used Panama's score,,,4,PIF CAW 2015,used Panama's score,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2056,Canada Warbler,Cardellina canadensis,landbird,Passeriformes,Parulidae,Monotypic.,1,1,1,1,M,,,3,"PIFcalc19–bbs0615,ona0105,eBird7017",,"2,600,000",2600000,"2,600,000",2600000,2010.5,"PIFcalc19–bbs0615,ona0105",,2,2756662,Natureserve 3.0,,2,1492354,Natureserve 3.0 with adjustment by PIFSC,"Winter map too extensive in northern South America -- also if shown in Costa Rica and Panama, this is not accurate -- only winters uncommonly in foothills of eastern Panama. Should stay a '3' not a '2 + +Ken comment: Reduce range by 30%; Winter map too ext",3,PIFTC-02; PIFSC-CVS 2022,,4,M-L,4,PIFTC-02,"Rosenberg: winters in mid-elevation forests in Andes and Panama. Along with Cerulean, GWWA, OSFL, winters primarily in lower montane forests that are highly threatened (KVR)",,,4,"BBS7021-AS,JS",,-62.30043793,-1.894518495,-2.569999933,-1.458197951,1,23.30332565,2.118421078,-0.25999999,3.930000067,,10,core,1.111801982,839.5,0.771499991,647.5460205,,,,12,13,13,Common Bird in Steep Decline; previously Watch List,,,Northern Forest,Central and South American Highlands,Forests: Boreal,Forests: Temperate Eastern,Forests: Tropical Montane Evergreen, +2057,Wilson's Warbler,Cardellina pusilla,landbird,Passeriformes,Parulidae,,1,1,1,1,M,,,1,"PIFcalc19–bbs0615,ona0105,eBird7017,nwt9501",,"81,000,000",81000000,"81,000,000",81000000,2010.5,"PIFcalc19–bbs0615,ona0105,nwt9501",,1,7920008,Natureserve 3.0,,2,1369491,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,"Most of range in west, where riparian habitat being lost.",4,M-H,2,PIFTC-02; PIFSC-CVS 2022,"winters in tropical forest (dry and wet montane) regions which are all under moderate threat (KVR); however, it is one of the most widespread warblers in winter; uses urban gardens, parks, ditches, shrubby tree rows in pastures. Also a broad range of tropical forests and edge (Panjabi)",2,H,3,"BBS7021-AS,JS",,-45.07515335,-1.168121219,-1.964097977,7.7E-05,,-3.940901041,-0.401223779,-1.730000019,1.74000001,,10,core,1.964174986,1288.5,3.325000048,4292.209961,,,,9,8,9,,,,Northern Forest,Mesoamerica,Forests: Boreal,Forests: Temperate Western,Forests: Tropical Generalist, +2058,Red-faced Warbler,Cardellina rubrifrons,landbird,Passeriformes,Parulidae,Montypic.,0,1,1,1,M,,,4,"PIFcalc19–bbs0615,eBird7017",,"350,000",350000,"250,000",250000,2010.5,PIFcalc19–bbs0615,"Panjabi 2018: BBS estimate seems way high, but don't know another number to suggest",3,393861,Natureserve 3.0,,3,309991,Natureserve 3.0,,4,PIFTC-02; PIFSC-CVS 2022,,4,M-H,4,PIFTC-02; PIFSC-CVS 2022,requires forest,4,M-H,4,MX-NSAC 2008,MX endemic breeding in only one region where local experts scored PT=4,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +2059,Red Warbler,Cardellina rubra,landbird,Passeriformes,Parulidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,4,233110,Natureserve 3.0,,4,233110,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,MX-NSAC-12,"MX endemic, all regions score PT=4",,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +2060,Pink-headed Warbler,Cardellina versicolor,landbird,Passeriformes,Parulidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,5,59382,Natureserve 3.0,,5,59382,Natureserve 3.0,,5,MX-NSAC,,,,5,MX-NSAC,severe habitat loss,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2061,Painted Redstart,Myioborus pictus,landbird,Passeriformes,Parulidae,,0,1,1,1,M,,,3,"PIFcalc19–eBird7017,bbs0615",,"600,000",600000,"130,000",130000,2010.5,PIFcalc19–bbs0615,,2,1126731,Natureserve 3.0,,3,583737,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,3,H,3,PIFTC-02; PIFSC-CVS 2022,requires forest,3,M-H,4,MX-NSAC 2008,MX encompasses >75% of global range; all regions in MX score PT=4,,,,,,,,,,,,,,,,,,,,12,13,13,,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +2062,Slate-throated Redstart,Myioborus miniatus,landbird,Passeriformes,Parulidae,,0,0,1,1,R,,,3,PIFTC-02,,,,,,,,,2,1241862,Natureserve 3.0,,2,1241862,Natureserve 3.0,"NOTE -- general comment for Neotropical species -- map depiction very accurate (e.g. elevation ranges), but this is different from depictions of winter ranges of migrants -- possibly should 'smooth' distributions more to make more comparable??",3,PIFTC-02,"Mexicans should score, doesn't breed in US-CB; requires forest (MX-NSAC).",,,3,PIFSC-08,requires forest,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Central and South American Highlands,Central and South American Highlands,Forests: Mesoamerican Highland,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Highland,Forests: Tropical Montane Evergreen +2063,Collared Redstart,Myioborus torquatus,landbird,Passeriformes,Parulidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,5277,NatureServe,,5,5277,NatureServe,,4,PIF CAW 2014,puede ser afectada por cambio climático,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2064,Rose-throated Tanager,Piranga roseogularis,landbird,Passeriformes,Cardinalidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,4,106019,Natureserve 3.0,,4,106019,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,PIF CAW 2014,MX endemic breeding in only one region where local experts scored PT=4,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +2065,Hepatic Tanager,Piranga flava,landbird,Passeriformes,Cardinalidae,,0,1,1,1,M,,,2,"PIFcalc19–eBird7017,bbs0615",PS scores seemed way off -- too high?; density from US range underestimates PS,"7,600,000",7600000,"410,000",410000,2010.5,PIFcalc19–bbs0615,,1,7743227,Natureserve 3.0,,1,7187634,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,,3,H,3,PIFTC-02; PIFSC-CVS 2022,"requires forest, but tolerates disturbance",2,H,1,"BBS7021-AS,JS",,118.4654083,1.541931629,0.574000001,2.609999895,1,-4.268280029,-0.435256124,-3.205900908,2.50999999,,10,core,2.036000013,49,0.597500026,29.27750015,,,,7,7,7,,,,Neotropical,Neotropical,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen,Forests: Mesoamerican Pine-Oak,Forests: Tropical Montane Evergreen +2066,Summer Tanager,Piranga rubra,landbird,Passeriformes,Cardinalidae,,0,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"12,000,000",12000000,"11,000,000",11000000,2010.5,PIFcalc19–bbs0615,,2,3270144,Natureserve 3.0,,1,4469766,Natureserve 3.0 with adjustment by PIFSC,"winter map too extensive in South America -- only scattered records well east of Andes, and not at higher elevations (Ridgely) -- also should not depict Cuba (rare). Still, accept new score of ND=1. + +Ken comment: Reduce range by 10%; winter map too extensi",3,PIFTC-02; PIFSC-CVS 2022,W riparian issues balance E generalist (KR). DD='moderately vulnerable to human land use activities.' BNA supports that western pops facing threats from destruction of riparian habitat on order of TB 4. More abundant Eastern pops susceptible to overall.,2,H,3,PIFSC-Dec-08; PIFSC-CVS 2022,"DD='relatively tolerant of human land use acitivities.' BNA supports that species uses variety of secondary and open habitats on winter range, suggesting loss of primary forest not a threat.; Rosenberg: winters primarily in forested regions -- not in highly disturbed habitats",3,M-H,1,"BBS7021-AS,JS",,29.0371418,0.501622498,0.327897012,0.713,1,18.73814201,1.730772734,0.961899996,2.680000067,1,10,core,0.385102987,1315.5,2.525000095,3321.165039,,,,8,7,8,,,,Eastern Temperate,Neotropical,Forests: Temperate Eastern,,Forests: Tropical Generalist, +2067,Scarlet Tanager,Piranga olivacea,landbird,Passeriformes,Cardinalidae,Monotypic.,1,1,1,1,M,,,3,"PIFcalc19–bbs0615,eBird7017","distance revised to 200 m based on review of large boreal dataset, score reverts to PS=3 (Blancher email, Dec. 20, 2008)","2,600,000",2600000,"2,600,000",2600000,2010.5,PIFcalc19–bbs0615,,2,2750748,Natureserve 3.0 with adjustment by PIFSC-08,"Added 150,000 km2 to range; missing range in southern Ontario and north of St. Lawrence River in Quebec",3,901168,Natureserve 3.0 with adjustment by PIFSC,Reduced range by 50%; Winter map too extensive in South America -- winters primarily east of Andes and not at higher elevations (Rosenberg),4,PIFSC-Dec-08; PIFSC-CVS 2022,"Sensitive to fragmentation in mature forest much of range, making vulnerable to brood parasitism and predation (KR, DD, BNA). DD='moderately vulnerable to human land use activities.' NOT sensitive in southeast (CH).; Rosenberg: should be 'moderate threats'- increasingly threatened by development; Hunter: disagree with TB=3, spreading and increasing in southern 2/3 of range, uses broad range of forested habitats from plantations to mature forest.",4,M-H,3,PIFTC-02,"DD='no information available'. BNA cites use of primary or mature second growth montane and lowland forest, but that information lacking regarding threats to these habitats within winter range.",,,3,"BBS7021-AS,JS",,-14.49090767,-0.306315392,-0.466697991,-0.077500001,1,-5.554597378,-0.569788098,-1.440000057,0.110495001,,10,core,0.389198005,1824.5,1.24000001,2262.350098,,,,12,12,12,,,,Eastern Temperate,South American Lowlands,Forests: Temperate Eastern,,Forests: Tropical Lowland Evergreen, +2068,Western Tanager,Piranga ludoviciana,landbird,Passeriformes,Cardinalidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"15,000,000",15000000,"15,000,000",15000000,2010.5,PIFcalc19–bbs0615,,2,3651605,Natureserve 3.0,,3,979899,Natureserve 3.0,Winter map looks good -- but very close to cut-off.,3,PIFTC-02; PIFSC-CVS 2022,Not necessarily dependent on undisturbed forest?; Rosenberg: loss of oaks and overall development in lower elevations of West? major breeding habitat (open ponderosa and similar pine forest) is not particularly threatened; TB=2 is OK (AP),3,M-H,3,PIFTC-02; PIFSC-CVS 2022,"winters primarily in tropical dry and pine-oak forests of Mexico; score should be consistent with other birds in that habitat (KVR); although it uses a broad range of habitats in winter, including disturbed areas, highest densities are in native TDF (Panjabi)",2,M-H,1,"BBS7021-AS,JS",,50.26669312,0.801620364,0.340000004,1.068294048,1,10.97541904,1.047935963,0.416696012,1.889999986,1,10,core,0.728294015,1053.5,4.875,5133.584961,,,,8,9,9,,,,Western Temperate,Mesoamerican Pacific Lowlands,Forests: Temperate Western,,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +2069,Flame-colored Tanager,Piranga bidentata,landbird,Passeriformes,Cardinalidae,,0,0,1,1,R,,,4,Gomez-Panjabi,PS score seemed a bit low; density from US range underestimates PS,,,,,,,,3,400050,Natureserve 3.0,,3,400050,Natureserve 3.0,"Check distribution in costa rica, Panama -- not sure what is shown on map. NOTE -- general comment for Neotropical species -- map depiction very accurate (e.g. elevation ranges), but this is different from depictions of winter ranges of migrants -- possi",3,PIFTC-old,"only 1 breeding location in US, Mexicans should score-CB; requires forest (MX-NSAC).",,,3,PIFTC-old,"only 1 breeding location in US, Mexicans should score-CB; requires forest",,,4,PIF CAW 2014,"all Mexican regions indicate PT=4, situation likely similar outside of Mexico",,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,,Forests: Mesoamerican Pine-Oak, +2070,White-winged Tanager,Piranga leucoptera,landbird,Passeriformes,Cardinalidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,567896,Natureserve 3.0,,3,567896,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2071,Red-headed Tanager,Piranga erythrocephala,landbird,Passeriformes,Cardinalidae,,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,4,256898,Natureserve 3.0,,4,256898,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,MX-NSAC-12,"MX endemic, all regions score PT=4",,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland,Forests: Mesoamerican Pine-Oak,Forests: Mesoamerican Highland +2072,Red-crowned Ant-Tanager,Habia rubica,landbird,Passeriformes,Cardinalidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,1,5708984,Natureserve 3.0,,1,5708984,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,requires forest,,,4,PIF CAW 2014,"Trend unclear, tolerates disturbance (i.e. coffee plantations, habitat fragmentation). This and H. fuscicauda are easily confused, and thus may be overestimated; Trend unclear, tolerates disturbance (i.e. coffee plantations, habitat fragmentation). This and H. fuscicauda are easily confused, and thus may be overestimated",,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2073,Red-throated Ant-Tanager,Habia fuscicauda,landbird,Passeriformes,Cardinalidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,582754,Natureserve 3.0,,3,582754,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,4,PIF CAW 2014,"Trend unclear, tolerates disturbance (i.e. coffee plantations, habitat fragmentation). This and H. rubica are easily confused, and thus may be overestimated; Trend unclear, tolerates disturbance (i.e. coffee plantations, habitat fragmentation). This and H. rubica are easily confused, and thus may be overestimated",,,,,,,,,,,,,,,,,,,,13,13,13,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2074,Black-cheeked Ant-Tanager,Habia atrimaxillaris,landbird,Passeriformes,Cardinalidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,2246,NatureServe,,5,2246,NatureServe,,4,PIF CAW 2014,por las áreas fuera de conservación,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2075,Carmiol's Tanager,Chlorothraupis carmioli,landbird,Passeriformes,Cardinalidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,215303,NatureServe,,4,215303,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,Su población está mejor en Panamá y Costa Rica,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2076,Lemon-spectacled Tanager,Chlorothraupis olivacea,landbird,Passeriformes,Cardinalidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,92370,NatureServe,,4,92370,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2077,Black-faced Grosbeak,Caryothraustes poliogaster,landbird,Passeriformes,Cardinalidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,3,318063,Natureserve 3.0,,3,318063,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,"requires forest, but tolerates some fragmentation",,,4,PIF CAW 2014,"restricted to lowland and foothill humid forest, a habitat much reduced in C.A.; decline of >50%",,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2078,Yellow-green Grosbeak,Caryothraustes canadensis,landbird,Passeriformes,Cardinalidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,2,2752280,NatureServe,,2,2752280,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2079,Crimson-collared Grosbeak,Rhodothraupis celaeno,landbird,Passeriformes,Cardinalidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,"Howell map overestimates distribution somewhat, i.e. on west slope of sierra Madre Oriental",,,,,,,,4,128043,Natureserve 3.0,,4,128043,Natureserve 3.0,,3,PIFTC-02,"pops may be threatened, but not near extirpation/extinction (KR); moderate habitat loss (MX-NSAC).",,,3,PIFTC-02,"pops may be threatened, but not near extirpation/extinction (KR); moderate habitat loss",,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +2080,Northern Cardinal,Cardinalis cardinalis,landbird,Passeriformes,Cardinalidae,,1,1,1,1,R,,,1,"PIFcalc19–bbs0615,eBird7017",,"130,000,000",130000000,"120,000,000",120000000,2010.5,PIFcalc19–bbs0615,,1,5833568,Natureserve 3.0,,1,5833568,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,"DD='species benefits overall from human activity and land use.' BNA supports that ag and suburban conversion of forests, supplemental feeding increases favorable breeding habitat and foraging opporutnities.",2,H,2,PIFTC-02; PIFSC-CVS 2022,"DD='species benefits overall from human activity and land use.' BNA supports that ag and suburban conversion of forests, supplemental feeding increases favorable habitat and foraging opporutnities.",2,H,2,"BBS7021-AS,JS",,16.52490425,0.300469995,0.167999998,0.416397989,1,-0.845039546,-0.070669144,-0.298296988,0.230000004,,12,core,0.248398006,2555,22.11499977,56503.01172,,,,6,6,6,,yes,,Eastern Temperate,Eastern Temperate,Open Country: Habitat Mosaic,Aridlands: Desert Scrub,Open Country: Habitat Mosaic,Aridlands: Desert Scrub +2081,Pyrrhuloxia,Cardinalis sinuatus,landbird,Passeriformes,Cardinalidae,,0,1,1,0,R,,,3,"PIFcalc19–bbs0615,eBird7017",,"3,000,000",3000000,"1,600,000",1600000,2010.5,PIFcalc19–bbs0615,,2,1521245,Natureserve 3.0,,2,1521245,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,not threatened in desert scrub habitat? (KR); desert specialist; used in cage-bird trade (MX-NSAC).,2,H,3,PIFTC-02; PIFSC-CVS 2022,not threatened in desert scrub habitat? (KR); desert specialist; used in cage-bird trade,2,H,5,"BBS7021-AS,JS",,-46.59121323,-1.219543338,-2.019999981,-0.489300013,1,-31.15254402,-2.173213959,-3.529999971,-1.115399957,1,17,core,1.530699968,144.5,7.355000019,1061.609985,,,,13,13,13,Watch List/Tipping Point Orange,,,North American Southwest,North American Southwest,Aridlands: Desert Scrub,,Aridlands: Desert Scrub, +2082,Yellow Grosbeak,Pheucticus chrysopeplus,landbird,Passeriformes,Cardinalidae,,0,0,1,1,M,,,4,Gomez-Panjabi,,,,,,,,,4,298139,Natureserve 3.0,,4,256762,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +2083,Black-thighed Grosbeak,Pheucticus tibialis,landbird,Passeriformes,Cardinalidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,19681,NatureServe,,5,19681,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2084,Rose-breasted Grosbeak,Pheucticus ludovicianus,landbird,Passeriformes,Cardinalidae,Monotypic.,1,1,1,1,M,,,3,"PIFcalc19–bbs0615,eBird7017","distance revised to 200 m based on review of large boreal dataset, score reverts to PS=3 (Blancher email, Dec. 20, 2008)","4,700,000",4700000,"4,700,000",4700000,2010.5,PIFcalc19–bbs0615,,2,3765510,Natureserve 3.0,,2,2128518,Natureserve 3.0,NS maps likely overemphasize regular non-breeding distribution in eastern and southern Ecuador. Nevertheless there is not enough overestimation to bring this down to a 3.,3,PIFTC-02; PIFSC-CVS 2022,,3,M-H,3,PIFTC-02; PIFSC-CVS 2022,,4,M-H,2,"BBS7021-AS,JS",,-23.89817238,-0.534087598,-1.060896993,0.0986,,2.099771261,0.208131716,-0.379999995,0.921000004,,10,core,1.159497023,1840,1.924999952,3541.594971,,,,10,10,10,,,,Northern Forest,Neotropical,Forests: Temperate Eastern,,Forests: Tropical Generalist, +2085,Black-headed Grosbeak,Pheucticus melanocephalus,landbird,Passeriformes,Cardinalidae,,1,1,1,0,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"15,000,000",15000000,"12,000,000",12000000,2010.5,PIFcalc19–bbs0615,,1,4520585,Natureserve 3.0,,3,807173,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,"widespread generalist (KR). Uses a broad range of habitats from shurblands to forests to riparian woodlands to suburban areas, TB=2 ok (AP)",3,M-H,2,PIFTC-02; PIFSC-CVS 2022,"widespread generalist, esp in NB (KR)",2,M-H,2,"BBS7021-AS,JS",,24.8897686,0.4367477,-0.00916,0.76700002,,4.251139164,0.417169362,-0.772000015,1.228999972,,10,core,0.776160002,1048.5,2.50999999,2631.060059,,,,8,9,9,,,,Western Temperate,Mesoamerican Pacific Lowlands,Forests: Temperate Western,Forests: Mesoamerican Pine-Oak,Forests: Tropical Dry,Forests: Mesoamerican Pine-Oak +2086,Red-breasted Chat,Granatellus venustus,landbird,Passeriformes,Cardinalidae,,0,0,1,0,R,,,5,Gomez-Panjabi,fairly local within mapped range,,,,,,,,4,176110,Natureserve 3.0,,4,176110,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,moderate to severe decline expected; sensitive to drought and habitat destruction,,,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +2087,Gray-throated Chat,Granatellus sallaei,landbird,Passeriformes,Cardinalidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,3,316510,Natureserve 3.0,,3,316510,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,moderate decline in habitat expected,,,4,PIF CAW 2014,"occurs in only 1 region, regional experts score PT=3",,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +2088,Blue Seedeater,Amaurospiza concolor,landbird,Passeriformes,Cardinalidae,,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,4,202195,Natureserve 3.0,,4,202195,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,bamboo specialist,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2089,Blue-black Grosbeak,Cyanoloxia cyanoides,landbird,Passeriformes,Cardinalidae,Formerly placed in the genus Cyanocompsa.,0,0,1,1,R,,,4,Gomez-Panjabi; BirdLife 2019; Bird Conservancy of the Rockies 2020,"Shaw 2020: Amazonian Grosbeak (Cyanoloxia rothschildiis) split off from C. cyanoides, so multiplied % of range (estimated from BirdLife 2019 shapefile) by the rounded geometric midpoint of pop estimate range for PS-g = 3 previously assigned to C. cyanoides s.l.",,,,,,,,3,877490,BirdLife 2019; eBird20; Bird Conservancy of the Rockies 2020,Shaw 2020: split the BirdLife polygons for C. cyanoides s.l. based on eBird maps,3,877490,BirdLife 2019; eBird20; Bird Conservancy of the Rockies 2020,Shaw 2020: split the BirdLife polygons for C. cyanoides s.l. based on eBird maps,3,MX-NSAC,,,,3,MX-NSAC,"requires forest, tolerates some fragmentation",,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2090,Blue Bunting,Cyanocompsa parellina,landbird,Passeriformes,Cardinalidae,,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,Pérdida de habitat (CAW); rare in most of Yucatan,,,,,,,,3,579068,Natureserve 3.0,,3,579068,Natureserve 3.0,,3,PIFTC-02,"restricted habitats; bird trade (KR); moderate habitat loss expected, capture for trade (MX-NSAC).",,,3,PIFTC-02,"restricted habitats; bird trade (KR); moderate habitat loss expected, capture for trade",,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Mesoamerica,Mesoamerica,Forests: Tropical Dry,,Forests: Tropical Dry, +2091,Blue Grosbeak,Passerina caerulea,landbird,Passeriformes,Cardinalidae,,0,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"35,000,000",35000000,"21,000,000",21000000,2010.5,PIFcalc19–bbs0615,,1,5298904,Natureserve 3.0,,2,1555009,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,"DD='no information available.' BNA supports that little is known about effects of human activities in US or Mexico. Likely that threats potentially increasing if present habitat trends continue (e.g., urbanization, agriculture, short rotation forestry,",2,M-H,2,PIFTC-02; PIFSC-CVS 2022,DD='no information available.' BNA states effects of tropical agriculture and deforestation are unknown. Could be 'threats assumed to be low' (TN 2) based on increase in secondary and disturbance habitats in the tropics.,2,H,1,"BBS7021-AS,JS",,50.90315247,0.810348749,0.612199008,1.059999943,1,0.296213657,0.029866984,-0.381898999,0.556999981,,10,core,0.447800994,1841.5,2.849999905,5246.700195,,,,6,7,7,,,w,Eastern Temperate,Mesoamerica,Forests: Temperate Eastern,Aridlands: Desert Riparian,Open Country: Habitat Mosaic, +2092,Lazuli Bunting,Passerina amoena,landbird,Passeriformes,Cardinalidae,Monotypic.,1,1,1,0,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"6,500,000",6500000,"6,500,000",6500000,2010.5,PIFcalc19–bbs0615,,2,2819045,Natureserve 3.0,,3,339051,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,Hit hard by cowbirds.,1,H,2,PIFTC-02; PIFSC-CVS 2022,"Not a major cage bird. Like other buntings, uses a variety of edge habitats in winter, including corn fields (milpas), second growth and shrublands; not a forest-dependent bird (Panjabi)",2,H,1,"BBS7021-AS,JS",,26.98983002,0.469672531,0.163197994,0.931999981,1,11.36344433,1.079206705,-0.149000004,2.5,,10,core,0.768801987,817,1.679999948,1372.900024,,,,8,8,8,,,,Western Temperate,Mesoamerican Pacific Lowlands,Forests: Temperate Western,,Open Country: Habitat Mosaic, +2093,Indigo Bunting,Passerina cyanea,landbird,Passeriformes,Cardinalidae,Monotypic.,1,1,1,1,M,,,1,PIFcalc19–bbs0615; PIFSC-20,"PIFSC-20: listed as a breeder in the Maderas del Carmen range in northern Coahuila by Miller et al. (2019). This is edge of range territory and not nearly as abundant as further north and east. Since <0.1% in Mexico, we used the US/Canada estimate as the global estimate.","77,000,000",77000000,"77,000,000",77000000,2010.5,PIFcalc19–bbs0615,,1,5858023,Natureserve 3.0,,2,1413101,Natureserve 3.0,,2,PIFTC-02; PIFSC-CVS 2022,"adapted to disturbance, but not enhanced by humans (KR). DD='species relatively tolerant of human land use activities.' Although abundant and adaptable, BNA doesn't support that overall human impacts are beneficial. Threats from intensive agriculture.",2,M-H,3,PIFTC-02; PIFSC-CVS 2022,"DD='species relatively tolerant of human land use activities.' BNA states threats exist in form of pesticides, shooting as ag pests, trapping for cage bird trade, but likely minimized by creation of many secondary, disturbed and ag habitats.",3,M-H,4,"BBS7021-AS,JS",,-29.73706627,-0.690099955,-0.749998987,-0.609000027,1,-12.94846439,-1.378674269,-1.730000019,-1.099997997,1,10,core,0.140999004,2651.5,9.664999962,25627.58594,,,,8,10,10,,,,Eastern Temperate,Gulf-Caribbean Lowlands,Forests: Temperate Eastern,,Open Country: Habitat Mosaic, +2094,Rose-bellied Bunting,Passerina rositae,landbird,Passeriformes,Cardinalidae,Monotypic.,0,0,1,0,R,,,5,Gomez-Panjabi,,,,,,,,,5,7425,Natureserve 3.0,,5,7425,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,"capture for trade, moderate habitat loss",,,5,MX-NSAC-12,MX endemic breeding in only one region where local experts scored PT=5,,,,,,,,,,,,,,,,,,,,19,19,19,Watch List/Tipping Point Red,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +2095,Orange-breasted Bunting,Passerina leclancherii,landbird,Passeriformes,Cardinalidae,,0,0,1,0,R,,,4,Gomez-Panjabi,,,,,,,,,4,141013,Natureserve 3.0,,4,141013,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,capture for trade,,,4,MX-NSAC-12,"MX endemic, all regions score PT=4",,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,,Forests: Tropical Dry, +2096,Varied Bunting,Passerina versicolor,landbird,Passeriformes,Cardinalidae,,0,1,1,1,M,,,4,"PIFcalc19–eBird7017,bbs0615","new estimate not too far from bottom end (500,000) of previous score's (3) pop range (PIFSC-18).","360,000",360000,"69,000",69000,2010.5,PIFcalc19–bbs0615,,2,1376521,Natureserve 3.0,,3,662522,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,CB-uses arid riparian in part that is under threat of water withdrawal,2,H,3,PIFTC-02; PIFSC-CVS 2022,requires primary vegetation but tolerates some fragmentation and disturbance; capture for trade,2,H,4,MX-NSAC,,,,,,,,,,,,,,,,,,,,,13,14,14,Watch List Yellow,,,North American Southwest,Mesoamerican Pacific Lowlands,Forests: Tropical Dry,Aridlands: Desert Scrub,Forests: Tropical Dry, +2097,Painted Bunting,Passerina ciris,landbird,Passeriformes,Cardinalidae,,0,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"15,000,000",15000000,"13,000,000",13000000,2010.5,PIFcalc19–bbs0615,,2,1411246,Natureserve 3.0,,2,1207752,Natureserve 3.0,,3,PIFTC-02; PIFSC-CVS 2022,DD='highly vulnerable to human activities and land use.' BNA supports that threats are ongoing for both eastern and western populations. Populations certain to decline with potential for regional extirpation in East if habitat alterations continue.,1,H,4,PIFTC-02; PIFSC-CVS 2022,"pressure from bird trade (KR). DD='moderately vulnerable to human activities and land use.' BNA supports that habitat conditions on nonbreeding grounds likely provide favorable second growth and scrubby conditions (e.g. TN 2), but there is increasing co",2,M-H,2,"BBS7021-AS,JS",,0.401438266,0.007490876,-0.665000021,0.653696001,,11.38689232,1.080147028,0.263999999,1.879999995,1,10,core,1.318696022,530,6.474999905,3430.925049,,,,9,10,10,,,,Eastern Temperate,Mesoamerica,Forests: Temperate Eastern,Forests: Tropical Dry,Open Country: Habitat Mosaic, +2098,Dickcissel,Spiza americana,landbird,Passeriformes,Cardinalidae,Monotypic.,1,1,1,1,M,,,2,"PIFcalc19–bbs0615,eBird7017",,"28,000,000",28000000,"28,000,000",28000000,2010.5,PIFcalc19–bbs0615,,2,3458339,Natureserve 3.0,,2,1074777,Natureserve 3.0,"NS maps overemphasize areas where rarely encountered according to Birds of Venezuela 2nd ed. (Hilty, 2003). Even within overall mapped range in Venezuela the bird is local. It appears that as much as 1/4 -1/3 total area should be excluded from the NS ra",3,PIFTC-02; PIFSC-CVS 2022,"threats moderate, not SEVERE (KR).",1,H,4,PIFTC-02; PIFSC-CVS 2022,DD='highly vulnerable to human activities.' Threats ongoing (pesticides and hazing) and concentrations make this species very vulnerable in nonbreeding season.,1,H,2,"BBS7021-AS,JS",,-5.13793993,-0.103490204,-0.577000022,0.234496996,,24.25413132,2.19689393,0.869000018,3.243803978,1,10,core,0.811496973,1396,20.55500031,28688.92578,,,,9,10,10,,,"b,w",Great Plains,South American Lowlands,Grasslands: Temperate,,Grasslands: Tropical, +2099,Dusky-faced Tanager,Mitrospingus cassinii,landbird,Passeriformes,Mitrospingidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,167445,NatureServe,,4,167445,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2100,Blue-and-gold Tanager,Bangsia arcaei,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,8980,NatureServe,,5,8980,NatureServe,,4,PIF CAW 2014,Afectado por mineria y deforestacion en Panama,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2103,Speckled Tanager,Ixothraupis guttata,landbird,Passeriformes,Thraupidae,Formerly placed in the genus Tangara.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,367091,NatureServe,,3,367091,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2104,Gray-and-gold Tanager,Poecilostreptus palmeri,landbird,Passeriformes,Thraupidae,Formerly placed in the genus Tangara. Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,42951,NatureServe,,5,42951,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2105,Azure-rumped Tanager,Poecilostreptus cabanisi,landbird,Passeriformes,Thraupidae,Formerly placed in the genus Tangara. Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,5,16629,Natureserve 3.0,,5,16629,Natureserve 3.0,,5,MX-NSAC,,,,5,MX-NSAC,severe habitat loss,,,5,PIF CAW 2014,Habitat loss within Guatemalan range exceeds that in Mexico; Habitat loss within Guatemalan range exceeds that in Mexico,,,,,,,,,,,,,,,,,,,,20,20,20,Watch List/Tipping Point Red,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2106,Blue-gray Tanager,Thraupis episcopus,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,1,PIF CAW 2016,score change from 2 to 1 recommended by Central Americans in 2016,,,,,,,,1,7914802,Natureserve 3.0,,1,7914802,Natureserve 3.0,,2,MX-NSAC,,,,1,MX-NSAC,tolerant of disturbance,,,1,PIF CAW 2014,suggested score change,,,,,,,,,,,,,,,,,,,,5,4,5,,yes,,Neotropical,Neotropical,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed,Open Country: Habitat Mosaic,Open Country: Developed/Disturbed +2107,Yellow-winged Tanager,Thraupis abbas,landbird,Passeriformes,Thraupidae,Monotypic.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,585733,Natureserve 3.0,,3,585733,Natureserve 3.0,,2,MX-NSAC,,,,1,MX-NSAC,tolerant of disturbance,,,1,PIF CAW 2014,suggested score change,,,,,,,,,,,,,,,,,,,,9,8,9,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2108,Palm Tanager,Thraupis palmarum,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,1,PIF CAW 2016,,,,,,,,,1,12216358,NatureServe,,1,12216358,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,6,6,6,,yes,,Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +2109,Golden-hooded Tanager,Stilpnia larvata,landbird,Passeriformes,Thraupidae,Formerly placed in the genus Tangara.,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,3,480714,Natureserve 3.0,,3,480714,Natureserve 3.0,"NOTE -- general comment for Neotropical species -- map depiction very accurate (e.g. elevation ranges), but this is different from depictions of winter ranges of migrants -- possibly should 'smooth' distributions more to make more comparable??",3,MX-NSAC,,,,3,MX-NSAC,uses forest and plantations; slight decline expected,,,4,PIF CAW 2014,found mostly in forests and adjacent plantations; probable decline throughout C.A.,,,,,,,,,,,,,,,,,,,,13,13,13,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2111,Green-naped Tanager,Tangara fucosa,landbird,Passeriformes,Thraupidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,3053,NatureServe,,5,3053,NatureServe,,4,PIF CAW 2014,solo la mitad de la poblacion esta dentro de areas protegidas,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,19,19,19,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2112,Spangle-cheeked Tanager,Tangara dowii,landbird,Passeriformes,Thraupidae,Monotypic.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,12136,NatureServe,,5,12136,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2113,Plain-colored Tanager,Tangara inornata,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,180840,NatureServe,,4,180840,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2114,Rufous-winged Tanager,Tangara lavinia,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,133798,NatureServe,,4,133798,NatureServe,,4,PIF CAW 2014,Deforestacion,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2115,Bay-headed Tanager,Tangara gyrola,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,4003788,NatureServe,,1,4003788,NatureServe,,4,PIF CAW 2014,El mapa esta mal en NBO,,,4,PIF CAW 2014,El rango de extencion esta mal en NBO,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Neotropical,Neotropical,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen +2116,Emerald Tanager,Tangara florida,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,38655,NatureServe,,5,38655,NatureServe,,3,PIF CAW 2014,Esta mas amenazada en el occidente de Panama,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2117,Silver-throated Tanager,Tangara icterocephala,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,5,74552,NatureServe,,5,74552,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2118,White-eared Conebill,Conirostrum leucogenys,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,272086,NatureServe,,4,272086,NatureServe,,4,PIF CAW 2014,Ganaderia,,,4,PIF CAW 2014,Ganaderia,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List/Tipping Point Red,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2119,Saffron Finch,Sicalis flaveola,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,1,,2,PIF CAW 2016,,,,,,,,,1,6564943,NatureServe,,1,6564943,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,7,7,7,,,,South American Lowlands,South American Lowlands,Aridlands: Tropical Arid Scrub,,Aridlands: Tropical Arid Scrub, +2120,Grassland Yellow-Finch,Sicalis luteola,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,3,Gomez-Panjabi,guesstimate,,,,,,,,2,2713956,Natureserve 3.0,,1,6559672,Natureserve 3.0,"Map different from Ridgely (source?) -- some breeding pops missing (e.g. Peru). Score seems too low based on area. Large non-breeding range shown, although Ridgely questions extent of migratory range -- score probably too low.",3,MX-NSAC,,,,3,MX-NSAC,capture for trade,,,3,PIF CAW 2014,"SECL, which represents core areas in Mexico, scores PT=2; overall unknown trend in C.A.",,,,,,,,,,,,,,,,,,,,11,10,11,,,"b,w",South American Lowlands,South American Lowlands,Grasslands: Tropical,,Grasslands: Tropical, +2121,Slaty Finch,Haplospiza rustica,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,4,PIF CAW 2016,score change from 5 to 4 recommended by Central Americans in 2016,,,,,,,,3,479882,Natureserve 3.0,,3,479882,Natureserve 3.0,NS maps more accurate -- especially since probably occupies part of range in any year.,4,MX-NSAC,,,,4,MX-NSAC,"poorly known, bamboo specialist",,,4,PIF CAW 2014,"proponemos mantener el 5 con base en perdida de habitat en mexico (+-50% del total) y en la falta de registros de la especie desde 1860's (howell y webb 1995). Es una especie completamente dependiente del bambu al interior del bosque mesofilo, pero acepta",,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2122,Peg-billed Finch,Acanthidops bairdi,landbird,Passeriformes,Thraupidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,4775,NatureServe,,5,4775,NatureServe,,4,PIF CAW 2014,puede ser afectada por cambio climático y incendios; especializada en bambu,,,4,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2123,Cinnamon-bellied Flowerpiercer,Diglossa baritula,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,4,Gomez-Panjabi. PIF CAW 2016,Sensible a pérdida de habitat (CAW);,,,,,,,,4,234424,Natureserve 3.0,,4,234424,Natureserve 3.0,,2,MX-NSAC,global score should reflect regional expert's opinion.,,,2,MX-NSAC,requires clearings in forest,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Mesoamerican Highlands,Mesoamerican Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2124,Slaty Flowerpiercer,Diglossa plumbea,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,8971,NatureServe,,5,8971,NatureServe,,3,PIF CAW 2014,adaptable,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2125,Green Honeycreeper,Chlorophanes spiza,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,3,Gomez-Panjabi,borderline PS=2; more info needed,,,,,,,,1,7946272,Natureserve 3.0,,1,7946272,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,requires forest,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2126,Black-and-yellow Tanager,Chrysothlypis chrysomelas,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,15769,NatureServe,,5,15769,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2127,Sulphur-rumped Tanager,Heterospingus rubrifrons,landbird,Passeriformes,Thraupidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,21543,NatureServe,,5,21543,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,"leve disminucion en Bocas del Toro, Panama.",,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2128,Scarlet-browed Tanager,Heterospingus xanthopygius,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,152578,NatureServe,,4,152578,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2129,Yellow-backed Tanager,Hemithraupis flavicollis,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,5631937,NatureServe,,1,5631937,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2130,Blue-black Grassquit,Volatinia jacarina,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,1,Gomez-Panjabi,,,,,,,,,1,15289241,Natureserve 3.0,,1,15288924,Natureserve 3.0,,1,MX-NSAC,,,,1,MX-NSAC,benefits from human activity,,,1,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,4,4,4,,,"b,w",Neotropical,Neotropical,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +2131,Gray-headed Tanager,Eucometis penicillata,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,1,5566019,Natureserve 3.0,,1,5566019,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,highly specialized (ant-follower),,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2132,White-shouldered Tanager,Loriotus luctuosus,landbird,Passeriformes,Thraupidae,Formerly placed in the genus Tachyphonus.,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,7154049,NatureServe,,1,7154049,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,es mas estable en CR y Panama,,,,,,,,,,,,,,,,,,,,12,12,12,Common Bird in Steep Decline,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2133,Tawny-crested Tanager,Tachyphonus delatrii,landbird,Passeriformes,Thraupidae,Monotypic.,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,193023,NatureServe,,4,193023,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,es mas estable en CR y Panama,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List/Tipping Point Red,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2134,White-lined Tanager,Tachyphonus rufus,landbird,Passeriformes,Thraupidae,Monotypic.,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,5383582,NatureServe,,1,5383582,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,7,7,7,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2135,Black-throated Shrike-Tanager,Lanio aurantius,landbird,Passeriformes,Thraupidae,Monotypic.,0,0,1,1,R,,,5,Gomez-Panjabi,,,,,,,,,4,249037,Natureserve 3.0,,4,249037,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,extreme area-sensitivity; requires primary forest,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2136,White-throated Shrike-Tanager,Lanio leucothorax,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,4,92406,NatureServe,,4,92406,NatureServe,,4,PIF CAW 2014,Perdida de habitat en Nicaragua que es donde esta la mayor parte de su distribucion,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2137,Crimson-collared Tanager,Ramphocelus sanguinolentus,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,3,PIF CAW 2016,score change from 4 to 3 recommended by Central Americans in 2016,,,,,,,,4,235914,Natureserve 3.0,,4,235914,Natureserve 3.0,,4,MX-NSAC,,,,4,MX-NSAC,requires forest but uses edge,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2138,Flame-rumped Tanager,Ramphocelus flammigerus,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,286409,NatureServe,,4,286409,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2139,Scarlet-rumped Tanager,Ramphocelus passerinii,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,3,PIF CAW 2016;Bird Conservancy of the Rockies 2019,"score change from 4 to 3 recommended by Central Americans in 2016 for Passerini's Tanager. Since Cherrie's was lumped with Passerini's, it is unlikely that the addition of a population likely an order of magnitude smaller (Cherrie PS-g = 4) would bump up PS-g to 2.",,,,,,,,4,226271,Natureserve 3.0; Bird Conservancy of the Rockies 2019,summed range estimates for Cherrie's and Passerini's Tanagers,4,226271,Natureserve 3.0;Bird Conservancy of the Rockies 2019,summed range estimates for Cherrie's and Passerini's Tanagers,2,MX-NSAC; PIF CAW 2014,,,,2,MX-NSAC; PIF CAW 2014,benefits from disturbance,,,2,PIF CAW 2014,"given its preference for open areas, a recent increase seems likely",,,,,,,,,,,,,,,,,,,,11,11,11,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2140,Crimson-backed Tanager,Ramphocelus dimidiatus,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,3,327799,NatureServe,,3,327799,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2141,Swallow Tanager,Tersina viridis,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,8785412,NatureServe,,1,8785412,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,9,9,9,,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2142,Shining Honeycreeper,Cyanerpes lucidus,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,4,Gomez-Panjabi,,,,,,,,,4,235088,Natureserve 3.0,,4,235088,Natureserve 3.0,,4,MX-NSAC,warrants TB=4 range-wide due to threats to habitat and narrow habitat requirements (humid foothill forest).,,,4,MX-NSAC,requires forest,,,5,PIF CAW 2014,Restricted to humid forests within C.A. range; loss of such forests has been extensive in C.A.; MX regional experts score PT=5 in SECL,,,,,,,,,,,,,,,,,,,,17,17,17,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2143,Purple Honeycreeper,Cyanerpes caeruleus,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,6695501,NatureServe,,1,6695501,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,9,9,9,,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2144,Red-legged Honeycreeper,Cyanerpes cyaneus,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,1,8211286,Natureserve 3.0,,1,8034289,Natureserve 3.0,,3,MX-NSAC,,,,2,MX-NSAC,requires forest; capture for trade,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,9,10,,yes,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2145,Scarlet-thighed Dacnis,Dacnis venusta,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,3,PIF CAW 2016,,,,,,,,,4,200158,NatureServe,,4,200158,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,14,14,14,Watch List Yellow,,,Central and South American Highlands,Central and South American Highlands,Forests: Tropical Montane Evergreen,,Forests: Tropical Montane Evergreen, +2146,Blue Dacnis,Dacnis cayana,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,1,PIF CAW 2016,,,,,,,,,1,12094950,NatureServe,,1,12094950,NatureServe,,4,PIF CAW 2014,Perdida de habitat en Nicaragua y Panama,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2147,Viridian Dacnis,Dacnis viguieri,landbird,Passeriformes,Thraupidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,56405,NatureServe,,5,56405,NatureServe,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,16,16,16,Watch List Yellow,,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2148,Bananaquit,Coereba flaveola,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,1,10832997,Natureserve 3.0,,1,10832997,Natureserve 3.0,,2,MX-NSAC,TB=2 more appropriate range wide.,,,2,MX-NSAC,slight deterioration expected,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,8,8,8,,yes,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen,Forests: Tropical Lowland Evergreen,Forests: Tropical Montane Evergreen +2149,Yellow-faced Grassquit,Tiaris olivaceus,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,2,PIF CAW 2016,score change from 3 to 2 recommended by Central Americans in 2016,,,,,,,,3,937120,Natureserve 3.0,,3,937120,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance; capture for trade,,,1,PIF CAW 2014,has increased with forest clearing,,,,,,,,,,,,,,,,,,,,8,8,8,,yes,"b,w",Neotropical,Neotropical,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +2161,Cocos Finch,Pinaroloxias inornata,landbird,Passeriformes,Thraupidae,Monotypic.,0,0,0,1,R,,,5,PIF CAW 2016,,,,,,,,,5,24,NatureServe,,5,24,NatureServe,,3,PIF CAW 2014,por las ratas y gatos ferales introducidos,,,3,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,15,15,15,Watch List Yellow,,,Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Islands: Terrestrial Habitats,,Islands: Terrestrial Habitats, +2163,Thick-billed Seed-Finch,Sporophila funerea,landbird,Passeriformes,Thraupidae,Formerly placed in the genus Oryzoborus.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,479060,Natureserve 3.0,,3,479060,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,"humid forest edge, second growth",,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2164,Large-billed Seed-Finch,Sporophila crassirostris,landbird,Passeriformes,Thraupidae,Formerly placed in the genus Oryzoborus.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,2,2530000,BirdLife 2016,,2,2530000,BirdLife 2016,,1,PIF CAW 2014,,,,1,PIF CAW 2014,,,,1,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,8,8,8,,,,South American Lowlands,South American Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2165,Nicaraguan Seed-Finch,Sporophila nuttingi,landbird,Passeriformes,Thraupidae,Monotypic. Formerly placed in the genus Oryzoborus.,0,0,0,1,R,,,4,PIF CAW 2016,,,,,,,,,5,52986,NatureServe,,5,52986,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,por pérdida de hábitat por aumentas de palma aceitera y arrozales,,,,,,,,,,,,,,,,,,,,18,18,18,Watch List/Tipping Point Red,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2166,Variable Seedeater,Sporophila corvina,landbird,Passeriformes,Thraupidae,Formerly considered conspecific with Sporophila americana.,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,481488,Natureserve 3.0,,3,481488,Natureserve 3.0,O.K. -- taxonomic split accounts for difference (Ridgely considers conspecific with S. americana) -- score would be 3 or 2.,2,MX-NSAC,,,,2,MX-NSAC,"weedy fields, etc.",,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,yes,"b,w",Mesoamerica,Mesoamerica,Open Country: Habitat Mosaic,,Open Country: Habitat Mosaic, +2167,Slate-colored Seedeater,Sporophila schistacea,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,4,PIF CAW 2016,Not evaluated,,,,,,,,2,1540276,Natureserve 3.0,,2,1540276,NatureServe,,4,PIF CAW 2014,ligado a bambu; usa arrozales,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,"A pesar de ser nomada y usar campos de arroz, su población ha disminuido",,,,,,,,,,,,,,,,,,,,15,15,15,Watch List/Tipping Point Yellow,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2168,Cinnamon-rumped Seedeater,Sporophila torqueola,landbird,Passeriformes,Thraupidae,,0,0,1,0,R,,,2,Gomez-Panjabi; BirdLife 2019; PIFSC-20,"after taxonomic split, multiplied White-collared Seedeater pop estimate (geometric mean of the range of pop size for PS-g score of 2) by the % of White-collared's range inhabited by Cinnamon-rumped according to BirdLife range maps","5,800,000",5800000,0,0,,BirdLife 2019,,3,346711,BirdLife 2019,,3,346711,BirdLife 2019,,1,PIFTC-02,,,,1,PIFSC-08,"weedy fields, etc.",,,1,MX-NSAC 2008,has increased with forest clearing,,,,,,,,,,,,,,,,,,,,7,7,7,,,"b,w",Mesoamerican Pacific Lowlands,Mesoamerican Pacific Lowlands,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +2169,Morelet's Seedeater,Sporophila morelleti,landbird,Passeriformes,Thraupidae,Formerly considered conspecific with Sporophila torqueola.,0,1,1,1,R,,,2,Gomez-Panjabi; BirdLife 2019; PIFSC-20,"after taxonomic split, multiplied White-collared Seedeater pop estimate (geometric mean of the range of pop size for PS-g score of 2) by the % of White-collared's range inhabited by Morelet's according to BirdLife range maps","14,000,000",14000000,"500,000",500000,,Gomez-Panjabi; PIFSC-20; eBird7017,Shaw 2020: multiplied global pop size estimate by %WH_US-Ca,3,854795,BirdLife 2019,,3,854795,BirdLife 2019,,1,PIFTC-02,,,,1,PIFSC-08,"weedy fields, etc.",,,1,MX-NSAC 2008,has increased with forest clearing,,,,,,,,,,,,,,,,,,,,7,7,7,,,"b,w",Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +2170,Yellow-bellied Seedeater,Sporophila nigricollis,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,7214316,NatureServe,,1,7213962,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,7,7,7,,,"b,w",Neotropical,Neotropical,Open Country: Developed/Disturbed,,Open Country: Developed/Disturbed, +2171,Ruddy-breasted Seedeater,Sporophila minuta,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,2,2247933,Natureserve 3.0,,2,2247933,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,"weedy fields, etc.",,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,10,10,10,,,,Neotropical,Neotropical,Open Country: Habitat Mosaic,Grasslands: Tropical,Open Country: Habitat Mosaic,Grasslands: Tropical +2172,Wedge-tailed Grass-Finch,Emberizoides herbicola,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,3,PIF CAW 2016,very conservative (CAW);,,,,,,,,1,5064366,NatureServe,,1,5064366,NatureServe,,4,PIF CAW 2014,agricultura; incendios;,,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,,,,South American Lowlands,South American Lowlands,Grasslands: Tropical,,Grasslands: Tropical, +2173,Black-headed Saltator,Saltator atriceps,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,3,Gomez-Panjabi,,,,,,,,,3,713235,Natureserve 3.0,,3,713235,Natureserve 3.0,,2,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance,,,3,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,11,11,11,,,,Gulf-Caribbean Lowlands,Gulf-Caribbean Lowlands,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2174,Buff-throated Saltator,Saltator maximus,landbird,Passeriformes,Thraupidae,,0,0,1,1,R,,,2,Gomez-Panjabi,,,,,,,,,1,9575419,Natureserve 3.0,,1,9575419,Natureserve 3.0,,3,MX-NSAC,,,,3,MX-NSAC,requires forest but uses edge,,,3,PIF CAW 2014,"In Mexico, found in forest and edge, and second growth. In Costa Rica and Panama, found primarily in open woodland, second growth, shrubby clearings, gardens, and plantations (Ridgely and Tudor, Garrigues and Dean); In Mexico, found in forest and edge, and second growth. In Costa Rica and Panama, found primarily in open woodland, second growth, shrubby clearings, gardens, and plantations (Ridgely and Tudor, Garrigues and Dean);",,,,,,,,,,,,,,,,,,,,9,9,9,,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2175,Slate-colored Grosbeak,Saltator grossus,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,1,6264103,NatureServe,,1,6264103,NatureServe,,4,PIF CAW 2014,,,,4,PIF CAW 2014,,,,5,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,12,12,12,Common Bird in Steep Decline,,,Neotropical,Neotropical,Forests: Tropical Lowland Evergreen,,Forests: Tropical Lowland Evergreen, +2177,Cinnamon-bellied Saltator,Saltator grandis,landbird,Passeriformes,Thraupidae,Formerly considered conspecific with Saltator coerulescens and S. olivascens.,0,0,1,1,R,,,3,PIFSC-23; BirdLife 2022,"Shaw-23: used BirdLife polygons for Saltator grandis, S. coerulescens, and S. olivascens to calculate % of pre-split S. coerulescens range that is now classified as S. grandis. Multiplied by midpoint of PS-g = 2 pop size range.",,,,,,,,3,742827,BirdLife 2022,Shaw-23: used North America Albers Equal Area Conic map projection to estimate area.,3,742827,BirdLife 2022,Shaw-23: used North America Albers Equal Area Conic map projection to estimate area.,2,MX-NSAC,,,,2,MX-NSAC,tolerant of disturbance,,,2,PIF CAW 2014,species has almost certainly benefitted from deforestation;; species has almost certainly benefitted from deforestation,,,,,,,,,,,,,,,,,,,,10,10,10,,yes,,Neotropical,Neotropical,Forests: Tropical Dry,,Forests: Tropical Dry, +2178,Streaked Saltator,Saltator striatipectus,landbird,Passeriformes,Thraupidae,,0,0,0,1,R,,,2,PIF CAW 2016,,,,,,,,,3,857972,NatureServe,,3,857972,NatureServe,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,2,PIF CAW 2014,,,,,,,,,,,,,,,,,,,,,9,9,9,,yes,,Trans-Andean Lowlands,Trans-Andean Lowlands,Forests: Tropical Generalist,,Forests: Tropical Generalist, diff --git a/R/BFI/BFI_ParitaBay_v1.Rmd b/R/BFI/BFI_ParitaBay_v1.Rmd new file mode 100644 index 0000000..49c3105 --- /dev/null +++ b/R/BFI/BFI_ParitaBay_v1.Rmd @@ -0,0 +1,155 @@ +--- +title: "BFI Parita Bay, Panama" +author: "Diego J. Lizcano" +date: "`r Sys.Date()`" +output: + html_document: + theme: cerulean + toc: yes + toc_depth: 2 + toc_float: yes + pdf_document: + toc: yes + toc_depth: '2' +--- + +```{r setup, include=FALSE} +knitr::opts_chunk$set( + collapse = TRUE, + comment = "#>", + dev = "png", + dev.args = list(type = "cairo-png"), + fig.width = 7, + fig.height = 5, + fig.align = "center", + eval = TRUE, + echo = TRUE, + warning = FALSE, + error = FALSE, + message = FALSE, + cache=TRUE) +``` + +## Question + +Can we use abundance to calculate BFI? + +## Set up analysis + +Load libraries and set some options. + +```{r set_up} +# set up +library(cluster) +library(NbClust) +library(vegan) +library(unmarked) +library(mgcv) +library(mgcViz) +library(tidyverse) +library(lubridate) +library(stringr) +library(readxl) + +library(DT) +library(kableExtra) + +setwd("C:/CodigoR/AudubonPanama/R/BFI") + +options(scipen=99999) +options(max.print=99999) +options(stringsAsFactors=F) +``` + +```{r} + +attributes <- read_excel("species_data_4_bfi.xlsx", sheet = "attributes") +abundance <- read_excel("species_data_4_bfi.xlsx", sheet = "abundance_result") + + +``` + +## Calculate BFI + +Now we join the different data tables and calculate BFI components per count site. One component is the product of the species max count and conservation score. A second component is the Shannon diversity of functional groups. This is done twice, once for all species and once for just waterbirds. Once the components are done, all species BFI and waterbird BFI are calculated. + +```{r} + +# diss matirx +names(attributes) +d_gower <- daisy(attributes[,-c(1,2,3,4,5)], metric="gower", stand=TRUE, + weights=c(rep(3/9/10, 10), + rep(3/9/8, 8), + rep(3/9/1, 1))) +# clusters +clust <- NbClust(diss=d_gower, distance=NULL, method="ward.D", + index="silhouette") +# best clusters +inddf <- attributes %>% select(sp) %>% + mutate(func_spec=clust$Best.partition) %>% + arrange(func_spec) + +# write.csv (inddf %>% left_join(d4 %>% distinct(species, eng_name)), +# "func_species_groupings.csv", row.names=F) + + +# join functional species and conservation scores to max counts (mean) +score_wt_counts <- abundance %>% left_join(attributes) %>% left_join(inddf) %>% + mutate(count_score=mean*CCS_max) %>% + select(site, count_score) %>% + group_by(site) %>% + summarise(tot_wt_count=sum(count_score)) %>% + ungroup() + +# waterbird +# join functional species and conservation scores to max counts +score_wt_counts_wb <- abundance %>% left_join(attributes) %>% left_join(inddf) %>% + filter(Group=="waterbird") %>% + mutate(count_score=mean*CCS_max) %>% + # select(farm, pc_station_id, month_id, count_score) %>% + group_by(site) %>% + summarise(tot_wt_count_wb=sum(count_score)) %>% + ungroup() + + +# calc shannon, exchange max_count by mean +shan_div <- abundance %>% left_join(attributes) %>% left_join(inddf) %>% + select(site, func_spec, mean) %>% + group_by(site, func_spec) %>% + summarise(tot_count=sum(mean)) %>% + ungroup() %>% + group_by(site) %>% + summarise(shan=diversity(tot_count)) %>% + ungroup() %>% + mutate(shan=ifelse(shan==0, min(shan[shan!=0]), shan)) + +# calc shannon waterbirds +shan_div_wb <- abundance %>% left_join(attributes) %>% left_join(inddf) %>% + filter(Group=="waterbird") %>% + # select(farm, pc_station_id, month_id, func_spec, max_count) %>% + group_by(site, func_spec) %>% + summarise(tot_count=sum(mean)) %>% + ungroup() %>% + group_by(site) %>% + summarise(shan_wb=diversity(tot_count)) %>% + ungroup() %>% + mutate(shan_wb=ifelse(shan_wb==0, min(shan_wb[shan_wb!=0]), shan_wb)) + +# merge to bfi table +bfi_site <- score_wt_counts %>% left_join(shan_div) %>% + mutate(bfi_unscaled=tot_wt_count*shan, bfi_scaled=plogis(as.numeric(scale(bfi_unscaled)))) %>% + left_join(score_wt_counts_wb) %>% + left_join(shan_div_wb) %>% + # rename(month=month_id, station=pc_station_id) %>% + mutate(bfi_wb=tot_wt_count_wb*shan_wb) + + + +# see table +# kbl(bfi_site) +DT::datatable(bfi_site) + + +``` + +Notice: estimates for waterbirds produce error (too few?). Colums: tot_wt_count_wb", "shan_wb", "bfi_wb" diff --git a/R/BFI/BFI_ParitaBay_v1.html b/R/BFI/BFI_ParitaBay_v1.html new file mode 100644 index 0000000..f740ea7 --- /dev/null +++ b/R/BFI/BFI_ParitaBay_v1.html @@ -0,0 +1,704 @@ + + + + + + + + + + + + +BFI per site, Parita Bay, Panama + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
+ +
+ +
+
+

BFI per site, Parita Bay, Panama

+
+ + + +
+ +
+
Authors
+
+

Diego J. Lizcano

+

Jorge Velásquez-Tibata

+
+
+ +
+
Published
+
+

May 7, 2024

+
+
+ + +
+ + + +
+ + +
+

Question

+

Can we use abundance to calculate BFI?

+
+
+

Set up analysis

+

Load libraries and set some options.

+
+
+Code +
# set up
+library(cluster)
+library(NbClust)
+library(vegan)
+library(unmarked)
+library(mgcv)
+library(mgcViz)
+library(tidyverse)
+library(lubridate)
+library(stringr)
+library(readxl)
+
+library(DT)
+library(kableExtra)
+
+setwd("C:/CodigoR/AudubonPanama/R/BFI")
+
+options(scipen=99999)
+options(max.print=99999)
+options(stringsAsFactors=F)
+
+
+
+
+Code +

+attributes <- read_excel("species_data_4_bfi.xlsx", sheet = "attributes")
+abundance <- read_excel("species_data_4_bfi.xlsx", sheet = "abundance_result")
+
+
+
+
+

Calculate BFI

+

Now we join the different data tables and calculate BFI components per count site. One component is the product of the species max count and conservation score. A second component is the Shannon diversity of functional groups. This is done twice, once for all species and once for just waterbirds. Once the components are done, all species BFI and waterbird BFI are calculated.

+
+
+Code +

+# diss matirx
+names(attributes)
+#>  [1] "sp"                              "Scientific Name (ACAD taxonomy)"
+#>  [3] "Scientific Name (Elton traits)"  "Group"                          
+#>  [5] "CCS_max"                         "Diet-Inv"                       
+#>  [7] "Diet-Vend"                       "Diet-Vect"                      
+#>  [9] "Diet-Vfish"                      "Diet-Vunk"                      
+#> [11] "Diet-Scav"                       "Diet-Fruit"                     
+#> [13] "Diet-Nect"                       "Diet-Seed"                      
+#> [15] "Diet-PlantO"                     "ForStrat-watbelowsurf"          
+#> [17] "ForStrat-wataroundsurf"          "ForStrat-ground"                
+#> [19] "ForStrat-understory"             "ForStrat-midhigh"               
+#> [21] "ForStrat-canopy"                 "ForStrat-aerial"                
+#> [23] "Nocturnal"                       "BodyMass-Value"
+d_gower <- daisy(attributes[,-c(1,2,3,4,5)], metric="gower", stand=TRUE,
+                 weights=c(rep(3/9/10, 10), 
+                           rep(3/9/8, 8),
+                           rep(3/9/1, 1)))
+# clusters
+clust <- NbClust(diss=d_gower, distance=NULL, method="ward.D", 
+                index="silhouette")
+#> 
+#>  Only frey, mcclain, cindex, sihouette and dunn can be computed. To compute the other indices, data matrix is needed
+# best clusters
+inddf <- attributes %>% select(sp) %>% 
+  mutate(func_spec=clust$Best.partition) %>% 
+  arrange(func_spec)
+
+# write.csv (inddf %>% left_join(d4 %>% distinct(species, eng_name)),
+#           "func_species_groupings.csv", row.names=F)
+
+
+# join functional species and conservation scores to max counts (mean)
+score_wt_counts <- abundance   %>% left_join(attributes) %>% left_join(inddf) %>% 
+  mutate(count_score=mean*CCS_max) %>% 
+  select(site, count_score) %>% 
+  group_by(site) %>% 
+  summarise(tot_wt_count=sum(count_score)) %>% 
+  ungroup()
+
+# waterbird
+# join functional species and conservation scores to max counts
+score_wt_counts_wb <-  abundance   %>% left_join(attributes) %>% left_join(inddf) %>% 
+  filter(Group=="waterbird") %>% 
+  mutate(count_score=mean*CCS_max) %>% 
+  # select(farm, pc_station_id, month_id, count_score) %>% 
+  group_by(site) %>% 
+  summarise(tot_wt_count_wb=sum(count_score)) %>% 
+  ungroup()
+
+  
+# calc shannon, exchange max_count by mean
+shan_div <- abundance   %>% left_join(attributes) %>% left_join(inddf) %>% 
+  select(site, func_spec, mean) %>% 
+  group_by(site, func_spec) %>% 
+  summarise(tot_count=sum(mean)) %>% 
+  ungroup() %>% 
+  group_by(site) %>% 
+  summarise(shan=diversity(tot_count)) %>% 
+  ungroup() %>% 
+  mutate(shan=ifelse(shan==0, min(shan[shan!=0]), shan))
+
+# calc shannon waterbirds
+shan_div_wb <- abundance   %>% left_join(attributes) %>% left_join(inddf) %>% 
+  filter(Group=="waterbird") %>% 
+  # select(farm, pc_station_id, month_id, func_spec, max_count) %>% 
+  group_by(site, func_spec) %>% 
+  summarise(tot_count=sum(mean)) %>% 
+  ungroup() %>% 
+  group_by(site) %>% 
+  summarise(shan_wb=diversity(tot_count)) %>% 
+  ungroup() %>% 
+  mutate(shan_wb=ifelse(shan_wb==0, min(shan_wb[shan_wb!=0]), shan_wb))
+
+# merge to bfi table
+bfi_site <- score_wt_counts %>% left_join(shan_div) %>% 
+  mutate(bfi_unscaled=tot_wt_count*shan,  bfi_scaled=plogis(as.numeric(scale(bfi_unscaled)))) %>% 
+  left_join(score_wt_counts_wb) %>% 
+  left_join(shan_div_wb) %>% 
+  # rename(month=month_id, station=pc_station_id) %>% 
+  mutate(bfi_wb_unscaled=tot_wt_count_wb*shan_wb, 
+         bfi_wb_scaled=plogis(as.numeric(scale(bfi_wb_unscaled))))
+
+
+
+# see table
+# kbl(bfi_site)
+DT::datatable(bfi_site)
+
+
+
+ +
+
+

Notice: estimates for waterbirds produce data with large variation (too few?). Colums: tot_wt_count_wbâ€, “shan_wbâ€, “bfi_wbâ€

+
+ +
+ + +
+ + + + + \ No newline at end of file diff --git a/R/BFI/BFI_ParitaBay_v1.qmd b/R/BFI/BFI_ParitaBay_v1.qmd new file mode 100644 index 0000000..d03353d --- /dev/null +++ b/R/BFI/BFI_ParitaBay_v1.qmd @@ -0,0 +1,158 @@ +--- +title: "BFI per site, Parita Bay, Panama" +date: "`r Sys.Date()`" +author: + - name: Diego J. Lizcano + orcid: https://orcid.org/0000-0002-9648-0576 + - name: Jorge Velásquez-Tibata + orcid: https://orcid.org/0000-0002-7773-7348 +license: CC BY-SA +toc: true +format: + html: + theme: cosmo + code-fold: true + code-block-bg: "gray70" +--- + +```{r setup, include=FALSE} +knitr::opts_chunk$set( + collapse = TRUE, + comment = "#>", + dev = "png", + dev.args = list(type = "cairo-png"), + fig.width = 7, + fig.height = 5, + fig.align = "center", + eval = TRUE, + echo = TRUE, + warning = FALSE, + error = FALSE, + message = FALSE, + cache=TRUE) +``` + +## Question + +Can we use abundance to calculate BFI? + +## Set up analysis + +Load libraries and set some options. + +```{r set_up} +# set up +library(cluster) +library(NbClust) +library(vegan) +library(unmarked) +library(mgcv) +library(mgcViz) +library(tidyverse) +library(lubridate) +library(stringr) +library(readxl) + +library(DT) +library(kableExtra) + +setwd("C:/CodigoR/AudubonPanama/R/BFI") + +options(scipen=99999) +options(max.print=99999) +options(stringsAsFactors=F) +``` + +```{r} + +attributes <- read_excel("species_data_4_bfi.xlsx", sheet = "attributes") +abundance <- read_excel("species_data_4_bfi.xlsx", sheet = "abundance_result") + + +``` + +## Calculate BFI + +Now we join the different data tables and calculate BFI components per count site. One component is the product of the species max count and conservation score. A second component is the Shannon diversity of functional groups. This is done twice, once for all species and once for just waterbirds. Once the components are done, all species BFI and waterbird BFI are calculated. + +```{r} + +# diss matirx +names(attributes) +d_gower <- daisy(attributes[,-c(1,2,3,4,5)], metric="gower", stand=TRUE, + weights=c(rep(3/9/10, 10), + rep(3/9/8, 8), + rep(3/9/1, 1))) +# clusters +clust <- NbClust(diss=d_gower, distance=NULL, method="ward.D", + index="silhouette") +# best clusters +inddf <- attributes %>% select(sp) %>% + mutate(func_spec=clust$Best.partition) %>% + arrange(func_spec) + +# write.csv (inddf %>% left_join(d4 %>% distinct(species, eng_name)), +# "func_species_groupings.csv", row.names=F) + + +# join functional species and conservation scores to max counts (mean) +score_wt_counts <- abundance %>% left_join(attributes) %>% left_join(inddf) %>% + mutate(count_score=mean*CCS_max) %>% + select(site, count_score) %>% + group_by(site) %>% + summarise(tot_wt_count=sum(count_score)) %>% + ungroup() + +# waterbird +# join functional species and conservation scores to max counts +score_wt_counts_wb <- abundance %>% left_join(attributes) %>% left_join(inddf) %>% + filter(Group=="waterbird") %>% + mutate(count_score=mean*CCS_max) %>% + # select(farm, pc_station_id, month_id, count_score) %>% + group_by(site) %>% + summarise(tot_wt_count_wb=sum(count_score)) %>% + ungroup() + + +# calc shannon, exchange max_count by mean +shan_div <- abundance %>% left_join(attributes) %>% left_join(inddf) %>% + select(site, func_spec, mean) %>% + group_by(site, func_spec) %>% + summarise(tot_count=sum(mean)) %>% + ungroup() %>% + group_by(site) %>% + summarise(shan=diversity(tot_count)) %>% + ungroup() %>% + mutate(shan=ifelse(shan==0, min(shan[shan!=0]), shan)) + +# calc shannon waterbirds +shan_div_wb <- abundance %>% left_join(attributes) %>% left_join(inddf) %>% + filter(Group=="waterbird") %>% + # select(farm, pc_station_id, month_id, func_spec, max_count) %>% + group_by(site, func_spec) %>% + summarise(tot_count=sum(mean)) %>% + ungroup() %>% + group_by(site) %>% + summarise(shan_wb=diversity(tot_count)) %>% + ungroup() %>% + mutate(shan_wb=ifelse(shan_wb==0, min(shan_wb[shan_wb!=0]), shan_wb)) + +# merge to bfi table +bfi_site <- score_wt_counts %>% left_join(shan_div) %>% + mutate(bfi_unscaled=tot_wt_count*shan, bfi_scaled=plogis(as.numeric(scale(bfi_unscaled)))) %>% + left_join(score_wt_counts_wb) %>% + left_join(shan_div_wb) %>% + # rename(month=month_id, station=pc_station_id) %>% + mutate(bfi_wb_unscaled=tot_wt_count_wb*shan_wb, + bfi_wb_scaled=plogis(as.numeric(scale(bfi_wb_unscaled)))) + + + +# see table +# kbl(bfi_site) +DT::datatable(bfi_site) + + +``` + +Notice: estimates for waterbirds produce data with large variation (too few?). 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.navbar-nav{flex-direction:row;-webkit-flex-direction:row}.navbar-expand-md .navbar-nav .dropdown-menu{position:absolute}.navbar-expand-md .navbar-nav .nav-link{padding-right:var(--bs-navbar-nav-link-padding-x);padding-left:var(--bs-navbar-nav-link-padding-x)}.navbar-expand-md .navbar-nav-scroll{overflow:visible}.navbar-expand-md .navbar-collapse{display:flex !important;display:-webkit-flex !important;flex-basis:auto;-webkit-flex-basis:auto}.navbar-expand-md .navbar-toggler{display:none}.navbar-expand-md .offcanvas{position:static;z-index:auto;flex-grow:1;-webkit-flex-grow:1;width:auto !important;height:auto !important;visibility:visible !important;background-color:rgba(0,0,0,0) !important;border:0 !important;transform:none !important;transition:none}.navbar-expand-md .offcanvas .offcanvas-header{display:none}.navbar-expand-md .offcanvas .offcanvas-body{display:flex;display:-webkit-flex;flex-grow:0;-webkit-flex-grow:0;padding:0;overflow-y:visible}}@media(min-width: 992px){.navbar-expand-lg{flex-wrap:nowrap;-webkit-flex-wrap:nowrap;justify-content:flex-start;-webkit-justify-content:flex-start}.navbar-expand-lg .navbar-nav{flex-direction:row;-webkit-flex-direction:row}.navbar-expand-lg .navbar-nav .dropdown-menu{position:absolute}.navbar-expand-lg .navbar-nav .nav-link{padding-right:var(--bs-navbar-nav-link-padding-x);padding-left:var(--bs-navbar-nav-link-padding-x)}.navbar-expand-lg .navbar-nav-scroll{overflow:visible}.navbar-expand-lg .navbar-collapse{display:flex !important;display:-webkit-flex !important;flex-basis:auto;-webkit-flex-basis:auto}.navbar-expand-lg .navbar-toggler{display:none}.navbar-expand-lg .offcanvas{position:static;z-index:auto;flex-grow:1;-webkit-flex-grow:1;width:auto !important;height:auto !important;visibility:visible !important;background-color:rgba(0,0,0,0) !important;border:0 !important;transform:none !important;transition:none}.navbar-expand-lg .offcanvas .offcanvas-header{display:none}.navbar-expand-lg .offcanvas 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.offcanvas{position:static;z-index:auto;flex-grow:1;-webkit-flex-grow:1;width:auto !important;height:auto !important;visibility:visible !important;background-color:rgba(0,0,0,0) !important;border:0 !important;transform:none !important;transition:none}.navbar-expand-xxl .offcanvas .offcanvas-header{display:none}.navbar-expand-xxl .offcanvas .offcanvas-body{display:flex;display:-webkit-flex;flex-grow:0;-webkit-flex-grow:0;padding:0;overflow-y:visible}}.navbar-expand{flex-wrap:nowrap;-webkit-flex-wrap:nowrap;justify-content:flex-start;-webkit-justify-content:flex-start}.navbar-expand .navbar-nav{flex-direction:row;-webkit-flex-direction:row}.navbar-expand .navbar-nav .dropdown-menu{position:absolute}.navbar-expand .navbar-nav .nav-link{padding-right:var(--bs-navbar-nav-link-padding-x);padding-left:var(--bs-navbar-nav-link-padding-x)}.navbar-expand .navbar-nav-scroll{overflow:visible}.navbar-expand .navbar-collapse{display:flex !important;display:-webkit-flex !important;flex-basis:auto;-webkit-flex-basis:auto}.navbar-expand .navbar-toggler{display:none}.navbar-expand .offcanvas{position:static;z-index:auto;flex-grow:1;-webkit-flex-grow:1;width:auto !important;height:auto !important;visibility:visible !important;background-color:rgba(0,0,0,0) !important;border:0 !important;transform:none !important;transition:none}.navbar-expand .offcanvas .offcanvas-header{display:none}.navbar-expand .offcanvas .offcanvas-body{display:flex;display:-webkit-flex;flex-grow:0;-webkit-flex-grow:0;padding:0;overflow-y:visible}.navbar-dark,.navbar[data-bs-theme=dark]{--bs-navbar-color: #545555;--bs-navbar-hover-color: rgba(31, 78, 182, 0.8);--bs-navbar-disabled-color: rgba(84, 85, 85, 0.75);--bs-navbar-active-color: #1f4eb6;--bs-navbar-brand-color: #545555;--bs-navbar-brand-hover-color: #1f4eb6;--bs-navbar-toggler-border-color: rgba(84, 85, 85, 0);--bs-navbar-toggler-icon-bg: url("data:image/svg+xml,%3csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 30 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0.75rem;position:relative;display:flex;display:-webkit-flex;flex-direction:column;-webkit-flex-direction:column;min-width:0;height:var(--bs-card-height);color:var(--bs-body-color);word-wrap:break-word;background-color:var(--bs-card-bg);background-clip:border-box;border:var(--bs-card-border-width) solid var(--bs-card-border-color)}.card>hr{margin-right:0;margin-left:0}.card>.list-group{border-top:inherit;border-bottom:inherit}.card>.list-group:first-child{border-top-width:0}.card>.list-group:last-child{border-bottom-width:0}.card>.card-header+.list-group,.card>.list-group+.card-footer{border-top:0}.card-body{flex:1 1 auto;-webkit-flex:1 1 auto;padding:var(--bs-card-spacer-y) var(--bs-card-spacer-x);color:var(--bs-card-color)}.card-title{margin-bottom:var(--bs-card-title-spacer-y);color:var(--bs-card-title-color)}.card-subtitle{margin-top:calc(-0.5*var(--bs-card-title-spacer-y));margin-bottom:0;color:var(--bs-card-subtitle-color)}.card-text:last-child{margin-bottom:0}.card-link+.card-link{margin-left:var(--bs-card-spacer-x)}.card-header{padding:var(--bs-card-cap-padding-y) var(--bs-card-cap-padding-x);margin-bottom:0;color:var(--bs-card-cap-color);background-color:var(--bs-card-cap-bg);border-bottom:var(--bs-card-border-width) solid var(--bs-card-border-color)}.card-footer{padding:var(--bs-card-cap-padding-y) var(--bs-card-cap-padding-x);color:var(--bs-card-cap-color);background-color:var(--bs-card-cap-bg);border-top:var(--bs-card-border-width) solid var(--bs-card-border-color)}.card-header-tabs{margin-right:calc(-0.5*var(--bs-card-cap-padding-x));margin-bottom:calc(-1*var(--bs-card-cap-padding-y));margin-left:calc(-0.5*var(--bs-card-cap-padding-x));border-bottom:0}.card-header-tabs .nav-link.active{background-color:var(--bs-card-bg);border-bottom-color:var(--bs-card-bg)}.card-header-pills{margin-right:calc(-0.5*var(--bs-card-cap-padding-x));margin-left:calc(-0.5*var(--bs-card-cap-padding-x))}.card-img-overlay{position:absolute;top:0;right:0;bottom:0;left:0;padding:var(--bs-card-img-overlay-padding)}.card-img,.card-img-top,.card-img-bottom{width:100%}.card-group>.card{margin-bottom:var(--bs-card-group-margin)}@media(min-width: 576px){.card-group{display:flex;display:-webkit-flex;flex-flow:row wrap;-webkit-flex-flow:row wrap}.card-group>.card{flex:1 0 0%;-webkit-flex:1 0 0%;margin-bottom:0}.card-group>.card+.card{margin-left:0;border-left:0}}.accordion{--bs-accordion-color: #373a3c;--bs-accordion-bg: #fff;--bs-accordion-transition: 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viewBox='0 0 16 16' fill='%2310335b'%3e%3cpath fill-rule='evenodd' d='M1.646 4.646a.5.5 0 0 1 .708 0L8 10.293l5.646-5.647a.5.5 0 0 1 .708.708l-6 6a.5.5 0 0 1-.708 0l-6-6a.5.5 0 0 1 0-.708z'/%3e%3c/svg%3e");--bs-accordion-btn-focus-border-color: #93c0f1;--bs-accordion-btn-focus-box-shadow: 0 0 0 0.25rem rgba(39, 128, 227, 0.25);--bs-accordion-body-padding-x: 1.25rem;--bs-accordion-body-padding-y: 1rem;--bs-accordion-active-color: #10335b;--bs-accordion-active-bg: #d4e6f9}.accordion-button{position:relative;display:flex;display:-webkit-flex;align-items:center;-webkit-align-items:center;width:100%;padding:var(--bs-accordion-btn-padding-y) var(--bs-accordion-btn-padding-x);font-size:1rem;color:var(--bs-accordion-btn-color);text-align:left;background-color:var(--bs-accordion-btn-bg);border:0;overflow-anchor:none;transition:var(--bs-accordion-transition)}@media(prefers-reduced-motion: reduce){.accordion-button{transition:none}}.accordion-button:not(.collapsed){color:var(--bs-accordion-active-color);background-color:var(--bs-accordion-active-bg);box-shadow:inset 0 calc(-1*var(--bs-accordion-border-width)) 0 var(--bs-accordion-border-color)}.accordion-button:not(.collapsed)::after{background-image:var(--bs-accordion-btn-active-icon);transform:var(--bs-accordion-btn-icon-transform)}.accordion-button::after{flex-shrink:0;-webkit-flex-shrink:0;width:var(--bs-accordion-btn-icon-width);height:var(--bs-accordion-btn-icon-width);margin-left:auto;content:"";background-image:var(--bs-accordion-btn-icon);background-repeat:no-repeat;background-size:var(--bs-accordion-btn-icon-width);transition:var(--bs-accordion-btn-icon-transition)}@media(prefers-reduced-motion: reduce){.accordion-button::after{transition:none}}.accordion-button:hover{z-index:2}.accordion-button:focus{z-index:3;border-color:var(--bs-accordion-btn-focus-border-color);outline:0;box-shadow:var(--bs-accordion-btn-focus-box-shadow)}.accordion-header{margin-bottom:0}.accordion-item{color:var(--bs-accordion-color);background-color:var(--bs-accordion-bg);border:var(--bs-accordion-border-width) solid var(--bs-accordion-border-color)}.accordion-item:not(:first-of-type){border-top:0}.accordion-body{padding:var(--bs-accordion-body-padding-y) var(--bs-accordion-body-padding-x)}.accordion-flush .accordion-collapse{border-width:0}.accordion-flush .accordion-item{border-right:0;border-left:0}.accordion-flush .accordion-item:first-child{border-top:0}.accordion-flush .accordion-item:last-child{border-bottom:0}[data-bs-theme=dark] .accordion-button::after{--bs-accordion-btn-icon: url("data:image/svg+xml,%3csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 16 16' fill='%237db3ee'%3e%3cpath fill-rule='evenodd' d='M1.646 4.646a.5.5 0 0 1 .708 0L8 10.293l5.646-5.647a.5.5 0 0 1 .708.708l-6 6a.5.5 0 0 1-.708 0l-6-6a.5.5 0 0 1 0-.708z'/%3e%3c/svg%3e");--bs-accordion-btn-active-icon: url("data:image/svg+xml,%3csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 16 16' fill='%237db3ee'%3e%3cpath fill-rule='evenodd' d='M1.646 4.646a.5.5 0 0 1 .708 0L8 10.293l5.646-5.647a.5.5 0 0 1 .708.708l-6 6a.5.5 0 0 1-.708 0l-6-6a.5.5 0 0 1 0-.708z'/%3e%3c/svg%3e")}.breadcrumb{--bs-breadcrumb-padding-x: 0;--bs-breadcrumb-padding-y: 0;--bs-breadcrumb-margin-bottom: 1rem;--bs-breadcrumb-bg: ;--bs-breadcrumb-border-radius: ;--bs-breadcrumb-divider-color: rgba(55, 58, 60, 0.75);--bs-breadcrumb-item-padding-x: 0.5rem;--bs-breadcrumb-item-active-color: rgba(55, 58, 60, 0.75);display:flex;display:-webkit-flex;flex-wrap:wrap;-webkit-flex-wrap:wrap;padding:var(--bs-breadcrumb-padding-y) var(--bs-breadcrumb-padding-x);margin-bottom:var(--bs-breadcrumb-margin-bottom);font-size:var(--bs-breadcrumb-font-size);list-style:none;background-color:var(--bs-breadcrumb-bg)}.breadcrumb-item+.breadcrumb-item{padding-left:var(--bs-breadcrumb-item-padding-x)}.breadcrumb-item+.breadcrumb-item::before{float:left;padding-right:var(--bs-breadcrumb-item-padding-x);color:var(--bs-breadcrumb-divider-color);content:var(--bs-breadcrumb-divider, ">") /* rtl: var(--bs-breadcrumb-divider, ">") */}.breadcrumb-item.active{color:var(--bs-breadcrumb-item-active-color)}.pagination{--bs-pagination-padding-x: 0.75rem;--bs-pagination-padding-y: 0.375rem;--bs-pagination-font-size:1rem;--bs-pagination-color: #2761e3;--bs-pagination-bg: #fff;--bs-pagination-border-width: 1px;--bs-pagination-border-color: #dee2e6;--bs-pagination-border-radius: 0.375rem;--bs-pagination-hover-color: #1f4eb6;--bs-pagination-hover-bg: #f8f9fa;--bs-pagination-hover-border-color: #dee2e6;--bs-pagination-focus-color: #1f4eb6;--bs-pagination-focus-bg: #e9ecef;--bs-pagination-focus-box-shadow: 0 0 0 0.25rem rgba(39, 128, 227, 0.25);--bs-pagination-active-color: #fff;--bs-pagination-active-bg: #2780e3;--bs-pagination-active-border-color: #2780e3;--bs-pagination-disabled-color: rgba(55, 58, 60, 0.75);--bs-pagination-disabled-bg: #e9ecef;--bs-pagination-disabled-border-color: #dee2e6;display:flex;display:-webkit-flex;padding-left:0;list-style:none}.page-link{position:relative;display:block;padding:var(--bs-pagination-padding-y) var(--bs-pagination-padding-x);font-size:var(--bs-pagination-font-size);color:var(--bs-pagination-color);text-decoration:none;-webkit-text-decoration:none;-moz-text-decoration:none;-ms-text-decoration:none;-o-text-decoration:none;background-color:var(--bs-pagination-bg);border:var(--bs-pagination-border-width) solid var(--bs-pagination-border-color);transition:color .15s ease-in-out,background-color .15s ease-in-out,border-color .15s ease-in-out,box-shadow .15s ease-in-out}@media(prefers-reduced-motion: reduce){.page-link{transition:none}}.page-link:hover{z-index:2;color:var(--bs-pagination-hover-color);background-color:var(--bs-pagination-hover-bg);border-color:var(--bs-pagination-hover-border-color)}.page-link:focus{z-index:3;color:var(--bs-pagination-focus-color);background-color:var(--bs-pagination-focus-bg);outline:0;box-shadow:var(--bs-pagination-focus-box-shadow)}.page-link.active,.active>.page-link{z-index:3;color:var(--bs-pagination-active-color);background-color:var(--bs-pagination-active-bg);border-color:var(--bs-pagination-active-border-color)}.page-link.disabled,.disabled>.page-link{color:var(--bs-pagination-disabled-color);pointer-events:none;background-color:var(--bs-pagination-disabled-bg);border-color:var(--bs-pagination-disabled-border-color)}.page-item:not(:first-child) .page-link{margin-left:calc(1px*-1)}.pagination-lg{--bs-pagination-padding-x: 1.5rem;--bs-pagination-padding-y: 0.75rem;--bs-pagination-font-size:1.25rem;--bs-pagination-border-radius: 0.5rem}.pagination-sm{--bs-pagination-padding-x: 0.5rem;--bs-pagination-padding-y: 0.25rem;--bs-pagination-font-size:0.875rem;--bs-pagination-border-radius: 0.25rem}.badge{--bs-badge-padding-x: 0.65em;--bs-badge-padding-y: 0.35em;--bs-badge-font-size:0.75em;--bs-badge-font-weight: 700;--bs-badge-color: #fff;--bs-badge-border-radius: 0.375rem;display:inline-block;padding:var(--bs-badge-padding-y) var(--bs-badge-padding-x);font-size:var(--bs-badge-font-size);font-weight:var(--bs-badge-font-weight);line-height:1;color:var(--bs-badge-color);text-align:center;white-space:nowrap;vertical-align:baseline}.badge:empty{display:none}.btn .badge{position:relative;top:-1px}.alert{--bs-alert-bg: transparent;--bs-alert-padding-x: 1rem;--bs-alert-padding-y: 1rem;--bs-alert-margin-bottom: 1rem;--bs-alert-color: inherit;--bs-alert-border-color: transparent;--bs-alert-border: 0 solid var(--bs-alert-border-color);--bs-alert-border-radius: 0.375rem;--bs-alert-link-color: inherit;position:relative;padding:var(--bs-alert-padding-y) var(--bs-alert-padding-x);margin-bottom:var(--bs-alert-margin-bottom);color:var(--bs-alert-color);background-color:var(--bs-alert-bg);border:var(--bs-alert-border)}.alert-heading{color:inherit}.alert-link{font-weight:700;color:var(--bs-alert-link-color)}.alert-dismissible{padding-right:3rem}.alert-dismissible .btn-close{position:absolute;top:0;right:0;z-index:2;padding:1.25rem 1rem}.alert-default{--bs-alert-color: var(--bs-default-text-emphasis);--bs-alert-bg: var(--bs-default-bg-subtle);--bs-alert-border-color: var(--bs-default-border-subtle);--bs-alert-link-color: var(--bs-default-text-emphasis)}.alert-primary{--bs-alert-color: var(--bs-primary-text-emphasis);--bs-alert-bg: var(--bs-primary-bg-subtle);--bs-alert-border-color: var(--bs-primary-border-subtle);--bs-alert-link-color: var(--bs-primary-text-emphasis)}.alert-secondary{--bs-alert-color: var(--bs-secondary-text-emphasis);--bs-alert-bg: var(--bs-secondary-bg-subtle);--bs-alert-border-color: var(--bs-secondary-border-subtle);--bs-alert-link-color: var(--bs-secondary-text-emphasis)}.alert-success{--bs-alert-color: var(--bs-success-text-emphasis);--bs-alert-bg: var(--bs-success-bg-subtle);--bs-alert-border-color: var(--bs-success-border-subtle);--bs-alert-link-color: var(--bs-success-text-emphasis)}.alert-info{--bs-alert-color: var(--bs-info-text-emphasis);--bs-alert-bg: var(--bs-info-bg-subtle);--bs-alert-border-color: var(--bs-info-border-subtle);--bs-alert-link-color: var(--bs-info-text-emphasis)}.alert-warning{--bs-alert-color: var(--bs-warning-text-emphasis);--bs-alert-bg: var(--bs-warning-bg-subtle);--bs-alert-border-color: var(--bs-warning-border-subtle);--bs-alert-link-color: var(--bs-warning-text-emphasis)}.alert-danger{--bs-alert-color: var(--bs-danger-text-emphasis);--bs-alert-bg: var(--bs-danger-bg-subtle);--bs-alert-border-color: var(--bs-danger-border-subtle);--bs-alert-link-color: var(--bs-danger-text-emphasis)}.alert-light{--bs-alert-color: var(--bs-light-text-emphasis);--bs-alert-bg: var(--bs-light-bg-subtle);--bs-alert-border-color: var(--bs-light-border-subtle);--bs-alert-link-color: var(--bs-light-text-emphasis)}.alert-dark{--bs-alert-color: var(--bs-dark-text-emphasis);--bs-alert-bg: var(--bs-dark-bg-subtle);--bs-alert-border-color: var(--bs-dark-border-subtle);--bs-alert-link-color: var(--bs-dark-text-emphasis)}@keyframes progress-bar-stripes{0%{background-position-x:.5rem}}.progress,.progress-stacked{--bs-progress-height: 0.5rem;--bs-progress-font-size:0.75rem;--bs-progress-bg: #e9ecef;--bs-progress-border-radius: 0.375rem;--bs-progress-box-shadow: inset 0 1px 2px rgba(0, 0, 0, 0.075);--bs-progress-bar-color: #fff;--bs-progress-bar-bg: #2780e3;--bs-progress-bar-transition: width 0.6s ease;display:flex;display:-webkit-flex;height:var(--bs-progress-height);overflow:hidden;font-size:var(--bs-progress-font-size);background-color:var(--bs-progress-bg)}.progress-bar{display:flex;display:-webkit-flex;flex-direction:column;-webkit-flex-direction:column;justify-content:center;-webkit-justify-content:center;overflow:hidden;color:var(--bs-progress-bar-color);text-align:center;white-space:nowrap;background-color:var(--bs-progress-bar-bg);transition:var(--bs-progress-bar-transition)}@media(prefers-reduced-motion: reduce){.progress-bar{transition:none}}.progress-bar-striped{background-image:linear-gradient(45deg, rgba(255, 255, 255, 0.15) 25%, transparent 25%, transparent 50%, rgba(255, 255, 255, 0.15) 50%, rgba(255, 255, 255, 0.15) 75%, transparent 75%, transparent);background-size:var(--bs-progress-height) var(--bs-progress-height)}.progress-stacked>.progress{overflow:visible}.progress-stacked>.progress>.progress-bar{width:100%}.progress-bar-animated{animation:1s linear infinite progress-bar-stripes}@media(prefers-reduced-motion: reduce){.progress-bar-animated{animation:none}}.list-group{--bs-list-group-color: #373a3c;--bs-list-group-bg: #fff;--bs-list-group-border-color: #dee2e6;--bs-list-group-border-width: 1px;--bs-list-group-border-radius: 0.375rem;--bs-list-group-item-padding-x: 1rem;--bs-list-group-item-padding-y: 0.5rem;--bs-list-group-action-color: rgba(55, 58, 60, 0.75);--bs-list-group-action-hover-color: #000;--bs-list-group-action-hover-bg: #f8f9fa;--bs-list-group-action-active-color: #373a3c;--bs-list-group-action-active-bg: #e9ecef;--bs-list-group-disabled-color: rgba(55, 58, 60, 0.75);--bs-list-group-disabled-bg: #fff;--bs-list-group-active-color: #fff;--bs-list-group-active-bg: #2780e3;--bs-list-group-active-border-color: #2780e3;display:flex;display:-webkit-flex;flex-direction:column;-webkit-flex-direction:column;padding-left:0;margin-bottom:0}.list-group-numbered{list-style-type:none;counter-reset:section}.list-group-numbered>.list-group-item::before{content:counters(section, ".") ". ";counter-increment:section}.list-group-item-action{width:100%;color:var(--bs-list-group-action-color);text-align:inherit}.list-group-item-action:hover,.list-group-item-action:focus{z-index:1;color:var(--bs-list-group-action-hover-color);text-decoration:none;background-color:var(--bs-list-group-action-hover-bg)}.list-group-item-action:active{color:var(--bs-list-group-action-active-color);background-color:var(--bs-list-group-action-active-bg)}.list-group-item{position:relative;display:block;padding:var(--bs-list-group-item-padding-y) var(--bs-list-group-item-padding-x);color:var(--bs-list-group-color);text-decoration:none;-webkit-text-decoration:none;-moz-text-decoration:none;-ms-text-decoration:none;-o-text-decoration:none;background-color:var(--bs-list-group-bg);border:var(--bs-list-group-border-width) solid var(--bs-list-group-border-color)}.list-group-item.disabled,.list-group-item:disabled{color:var(--bs-list-group-disabled-color);pointer-events:none;background-color:var(--bs-list-group-disabled-bg)}.list-group-item.active{z-index:2;color:var(--bs-list-group-active-color);background-color:var(--bs-list-group-active-bg);border-color:var(--bs-list-group-active-border-color)}.list-group-item+.list-group-item{border-top-width:0}.list-group-item+.list-group-item.active{margin-top:calc(-1*var(--bs-list-group-border-width));border-top-width:var(--bs-list-group-border-width)}.list-group-horizontal{flex-direction:row;-webkit-flex-direction:row}.list-group-horizontal>.list-group-item.active{margin-top:0}.list-group-horizontal>.list-group-item+.list-group-item{border-top-width:var(--bs-list-group-border-width);border-left-width:0}.list-group-horizontal>.list-group-item+.list-group-item.active{margin-left:calc(-1*var(--bs-list-group-border-width));border-left-width:var(--bs-list-group-border-width)}@media(min-width: 576px){.list-group-horizontal-sm{flex-direction:row;-webkit-flex-direction:row}.list-group-horizontal-sm>.list-group-item.active{margin-top:0}.list-group-horizontal-sm>.list-group-item+.list-group-item{border-top-width:var(--bs-list-group-border-width);border-left-width:0}.list-group-horizontal-sm>.list-group-item+.list-group-item.active{margin-left:calc(-1*var(--bs-list-group-border-width));border-left-width:var(--bs-list-group-border-width)}}@media(min-width: 768px){.list-group-horizontal-md{flex-direction:row;-webkit-flex-direction:row}.list-group-horizontal-md>.list-group-item.active{margin-top:0}.list-group-horizontal-md>.list-group-item+.list-group-item{border-top-width:var(--bs-list-group-border-width);border-left-width:0}.list-group-horizontal-md>.list-group-item+.list-group-item.active{margin-left:calc(-1*var(--bs-list-group-border-width));border-left-width:var(--bs-list-group-border-width)}}@media(min-width: 992px){.list-group-horizontal-lg{flex-direction:row;-webkit-flex-direction:row}.list-group-horizontal-lg>.list-group-item.active{margin-top:0}.list-group-horizontal-lg>.list-group-item+.list-group-item{border-top-width:var(--bs-list-group-border-width);border-left-width:0}.list-group-horizontal-lg>.list-group-item+.list-group-item.active{margin-left:calc(-1*var(--bs-list-group-border-width));border-left-width:var(--bs-list-group-border-width)}}@media(min-width: 1200px){.list-group-horizontal-xl{flex-direction:row;-webkit-flex-direction:row}.list-group-horizontal-xl>.list-group-item.active{margin-top:0}.list-group-horizontal-xl>.list-group-item+.list-group-item{border-top-width:var(--bs-list-group-border-width);border-left-width:0}.list-group-horizontal-xl>.list-group-item+.list-group-item.active{margin-left:calc(-1*var(--bs-list-group-border-width));border-left-width:var(--bs-list-group-border-width)}}@media(min-width: 1400px){.list-group-horizontal-xxl{flex-direction:row;-webkit-flex-direction:row}.list-group-horizontal-xxl>.list-group-item.active{margin-top:0}.list-group-horizontal-xxl>.list-group-item+.list-group-item{border-top-width:var(--bs-list-group-border-width);border-left-width:0}.list-group-horizontal-xxl>.list-group-item+.list-group-item.active{margin-left:calc(-1*var(--bs-list-group-border-width));border-left-width:var(--bs-list-group-border-width)}}.list-group-flush>.list-group-item{border-width:0 0 var(--bs-list-group-border-width)}.list-group-flush>.list-group-item:last-child{border-bottom-width:0}.list-group-item-default{--bs-list-group-color: var(--bs-default-text-emphasis);--bs-list-group-bg: var(--bs-default-bg-subtle);--bs-list-group-border-color: var(--bs-default-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-default-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-default-border-subtle);--bs-list-group-active-color: var(--bs-default-bg-subtle);--bs-list-group-active-bg: var(--bs-default-text-emphasis);--bs-list-group-active-border-color: var(--bs-default-text-emphasis)}.list-group-item-primary{--bs-list-group-color: var(--bs-primary-text-emphasis);--bs-list-group-bg: var(--bs-primary-bg-subtle);--bs-list-group-border-color: var(--bs-primary-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-primary-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-primary-border-subtle);--bs-list-group-active-color: var(--bs-primary-bg-subtle);--bs-list-group-active-bg: var(--bs-primary-text-emphasis);--bs-list-group-active-border-color: var(--bs-primary-text-emphasis)}.list-group-item-secondary{--bs-list-group-color: var(--bs-secondary-text-emphasis);--bs-list-group-bg: var(--bs-secondary-bg-subtle);--bs-list-group-border-color: var(--bs-secondary-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-secondary-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-secondary-border-subtle);--bs-list-group-active-color: var(--bs-secondary-bg-subtle);--bs-list-group-active-bg: var(--bs-secondary-text-emphasis);--bs-list-group-active-border-color: var(--bs-secondary-text-emphasis)}.list-group-item-success{--bs-list-group-color: var(--bs-success-text-emphasis);--bs-list-group-bg: var(--bs-success-bg-subtle);--bs-list-group-border-color: var(--bs-success-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-success-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-success-border-subtle);--bs-list-group-active-color: var(--bs-success-bg-subtle);--bs-list-group-active-bg: var(--bs-success-text-emphasis);--bs-list-group-active-border-color: var(--bs-success-text-emphasis)}.list-group-item-info{--bs-list-group-color: var(--bs-info-text-emphasis);--bs-list-group-bg: var(--bs-info-bg-subtle);--bs-list-group-border-color: var(--bs-info-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-info-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-info-border-subtle);--bs-list-group-active-color: var(--bs-info-bg-subtle);--bs-list-group-active-bg: var(--bs-info-text-emphasis);--bs-list-group-active-border-color: var(--bs-info-text-emphasis)}.list-group-item-warning{--bs-list-group-color: var(--bs-warning-text-emphasis);--bs-list-group-bg: var(--bs-warning-bg-subtle);--bs-list-group-border-color: var(--bs-warning-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-warning-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-warning-border-subtle);--bs-list-group-active-color: var(--bs-warning-bg-subtle);--bs-list-group-active-bg: var(--bs-warning-text-emphasis);--bs-list-group-active-border-color: var(--bs-warning-text-emphasis)}.list-group-item-danger{--bs-list-group-color: var(--bs-danger-text-emphasis);--bs-list-group-bg: var(--bs-danger-bg-subtle);--bs-list-group-border-color: var(--bs-danger-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-danger-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-danger-border-subtle);--bs-list-group-active-color: var(--bs-danger-bg-subtle);--bs-list-group-active-bg: var(--bs-danger-text-emphasis);--bs-list-group-active-border-color: var(--bs-danger-text-emphasis)}.list-group-item-light{--bs-list-group-color: var(--bs-light-text-emphasis);--bs-list-group-bg: var(--bs-light-bg-subtle);--bs-list-group-border-color: var(--bs-light-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-light-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-light-border-subtle);--bs-list-group-active-color: var(--bs-light-bg-subtle);--bs-list-group-active-bg: var(--bs-light-text-emphasis);--bs-list-group-active-border-color: var(--bs-light-text-emphasis)}.list-group-item-dark{--bs-list-group-color: var(--bs-dark-text-emphasis);--bs-list-group-bg: var(--bs-dark-bg-subtle);--bs-list-group-border-color: var(--bs-dark-border-subtle);--bs-list-group-action-hover-color: 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hn=".bs.modal",dn=`hide${hn}`,un=`hidePrevented${hn}`,fn=`hidden${hn}`,pn=`show${hn}`,mn=`shown${hn}`,gn=`resize${hn}`,_n=`click.dismiss${hn}`,bn=`mousedown.dismiss${hn}`,vn=`keydown.dismiss${hn}`,yn=`click${hn}.data-api`,wn="modal-open",An="show",En="modal-static",Tn={backdrop:!0,focus:!0,keyboard:!0},Cn={backdrop:"(boolean|string)",focus:"boolean",keyboard:"boolean"};class On extends W{constructor(t,e){super(t,e),this._dialog=z.findOne(".modal-dialog",this._element),this._backdrop=this._initializeBackDrop(),this._focustrap=this._initializeFocusTrap(),this._isShown=!1,this._isTransitioning=!1,this._scrollBar=new cn,this._addEventListeners()}static get Default(){return Tn}static get DefaultType(){return Cn}static get NAME(){return"modal"}toggle(t){return 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sn({trapElement:this._element})}_showElement(t){document.body.contains(this._element)||document.body.append(this._element),this._element.style.display="block",this._element.removeAttribute("aria-hidden"),this._element.setAttribute("aria-modal",!0),this._element.setAttribute("role","dialog"),this._element.scrollTop=0;const e=z.findOne(".modal-body",this._dialog);e&&(e.scrollTop=0),d(this._element),this._element.classList.add(An),this._queueCallback((()=>{this._config.focus&&this._focustrap.activate(),this._isTransitioning=!1,N.trigger(this._element,mn,{relatedTarget:t})}),this._dialog,this._isAnimated())}_addEventListeners(){N.on(this._element,vn,(t=>{"Escape"===t.key&&(this._config.keyboard?this.hide():this._triggerBackdropTransition())})),N.on(window,gn,(()=>{this._isShown&&!this._isTransitioning&&this._adjustDialog()})),N.on(this._element,bn,(t=>{N.one(this._element,_n,(e=>{this._element===t.target&&this._element===e.target&&("static"!==this._config.backdrop?this._config.backdrop&&this.hide():this._triggerBackdropTransition())}))}))}_hideModal(){this._element.style.display="none",this._element.setAttribute("aria-hidden",!0),this._element.removeAttribute("aria-modal"),this._element.removeAttribute("role"),this._isTransitioning=!1,this._backdrop.hide((()=>{document.body.classList.remove(wn),this._resetAdjustments(),this._scrollBar.reset(),N.trigger(this._element,fn)}))}_isAnimated(){return this._element.classList.contains("fade")}_triggerBackdropTransition(){if(N.trigger(this._element,un).defaultPrevented)return;const t=this._element.scrollHeight>document.documentElement.clientHeight,e=this._element.style.overflowY;"hidden"===e||this._element.classList.contains(En)||(t||(this._element.style.overflowY="hidden"),this._element.classList.add(En),this._queueCallback((()=>{this._element.classList.remove(En),this._queueCallback((()=>{this._element.style.overflowY=e}),this._dialog)}),this._dialog),this._element.focus())}_adjustDialog(){const t=this._element.scrollHeight>document.documentElement.clientHeight,e=this._scrollBar.getWidth(),i=e>0;if(i&&!t){const t=p()?"paddingLeft":"paddingRight";this._element.style[t]=`${e}px`}if(!i&&t){const t=p()?"paddingRight":"paddingLeft";this._element.style[t]=`${e}px`}}_resetAdjustments(){this._element.style.paddingLeft="",this._element.style.paddingRight=""}static jQueryInterface(t,e){return this.each((function(){const 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W{constructor(t,e){super(t,e),this._isShown=!1,this._backdrop=this._initializeBackDrop(),this._focustrap=this._initializeFocusTrap(),this._addEventListeners()}static get Default(){return zn}static get DefaultType(){return Rn}static get NAME(){return"offcanvas"}toggle(t){return this._isShown?this.hide():this.show(t)}show(t){this._isShown||N.trigger(this._element,Nn,{relatedTarget:t}).defaultPrevented||(this._isShown=!0,this._backdrop.show(),this._config.scroll||(new cn).hide(),this._element.setAttribute("aria-modal",!0),this._element.setAttribute("role","dialog"),this._element.classList.add(Dn),this._queueCallback((()=>{this._config.scroll&&!this._config.backdrop||this._focustrap.activate(),this._element.classList.add(Sn),this._element.classList.remove(Dn),N.trigger(this._element,Pn,{relatedTarget:t})}),this._element,!0))}hide(){this._isShown&&(N.trigger(this._element,Mn).defaultPrevented||(this._focustrap.deactivate(),this._element.blur(),this._isShown=!1,this._element.classList.add($n),this._backdrop.hide(),this._queueCallback((()=>{this._element.classList.remove(Sn,$n),this._element.removeAttribute("aria-modal"),this._element.removeAttribute("role"),this._config.scroll||(new cn).reset(),N.trigger(this._element,Fn)}),this._element,!0)))}dispose(){this._backdrop.dispose(),this._focustrap.deactivate(),super.dispose()}_initializeBackDrop(){const t=Boolean(this._config.backdrop);return new Ui({className:"offcanvas-backdrop",isVisible:t,isAnimated:!0,rootElement:this._element.parentNode,clickCallback:t?()=>{"static"!==this._config.backdrop?this.hide():N.trigger(this._element,jn)}:null})}_initializeFocusTrap(){return new sn({trapElement:this._element})}_addEventListeners(){N.on(this._element,Bn,(t=>{"Escape"===t.key&&(this._config.keyboard?this.hide():N.trigger(this._element,jn))}))}static jQueryInterface(t){return this.each((function(){const e=qn.getOrCreateInstance(this,t);if("string"==typeof t){if(void 0===e[t]||t.startsWith("_")||"constructor"===t)throw new TypeError(`No method named "${t}"`);e[t](this)}}))}}N.on(document,Wn,'[data-bs-toggle="offcanvas"]',(function(t){const e=z.getElementFromSelector(this);if(["A","AREA"].includes(this.tagName)&&t.preventDefault(),l(this))return;N.one(e,Fn,(()=>{a(this)&&this.focus()}));const i=z.findOne(In);i&&i!==e&&qn.getInstance(i).hide(),qn.getOrCreateInstance(e).toggle(this)})),N.on(window,Ln,(()=>{for(const t of z.find(In))qn.getOrCreateInstance(t).show()})),N.on(window,Hn,(()=>{for(const t of z.find("[aria-modal][class*=show][class*=offcanvas-]"))"fixed"!==getComputedStyle(t).position&&qn.getOrCreateInstance(t).hide()})),R(qn),m(qn);const Vn={"*":["class","dir","id","lang","role",/^aria-[\w-]*$/i],a:["target","href","title","rel"],area:[],b:[],br:[],col:[],code:[],div:[],em:[],hr:[],h1:[],h2:[],h3:[],h4:[],h5:[],h6:[],i:[],img:["src","srcset","alt","title","width","height"],li:[],ol:[],p:[],pre:[],s:[],small:[],span:[],sub:[],sup:[],strong:[],u:[],ul:[]},Kn=new Set(["background","cite","href","itemtype","longdesc","poster","src","xlink:href"]),Qn=/^(?!javascript:)(?:[a-z0-9+.-]+:|[^&:/?#]*(?:[/?#]|$))/i,Xn=(t,e)=>{const i=t.nodeName.toLowerCase();return e.includes(i)?!Kn.has(i)||Boolean(Qn.test(t.nodeValue)):e.filter((t=>t instanceof RegExp)).some((t=>t.test(i)))},Yn={allowList:Vn,content:{},extraClass:"",html:!1,sanitize:!0,sanitizeFn:null,template:"
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")),e}_typeCheckConfig(t){super._typeCheckConfig(t),this._checkContent(t.content)}_checkContent(t){for(const[e,i]of Object.entries(t))super._typeCheckConfig({selector:e,entry:i},Gn)}_setContent(t,e,i){const n=z.findOne(i,t);n&&((e=this._resolvePossibleFunction(e))?o(e)?this._putElementInTemplate(r(e),n):this._config.html?n.innerHTML=this._maybeSanitize(e):n.textContent=e:n.remove())}_maybeSanitize(t){return this._config.sanitize?function(t,e,i){if(!t.length)return t;if(i&&"function"==typeof i)return i(t);const n=(new window.DOMParser).parseFromString(t,"text/html"),s=[].concat(...n.body.querySelectorAll("*"));for(const t of s){const i=t.nodeName.toLowerCase();if(!Object.keys(e).includes(i)){t.remove();continue}const n=[].concat(...t.attributes),s=[].concat(e["*"]||[],e[i]||[]);for(const e of n)Xn(e,s)||t.removeAttribute(e.nodeName)}return n.body.innerHTML}(t,this._config.allowList,this._config.sanitizeFn):t}_resolvePossibleFunction(t){return g(t,[this])}_putElementInTemplate(t,e){if(this._config.html)return e.innerHTML="",void e.append(t);e.textContent=t.textContent}}const Zn=new Set(["sanitize","allowList","sanitizeFn"]),ts="fade",es="show",is=".modal",ns="hide.bs.modal",ss="hover",os="focus",rs={AUTO:"auto",TOP:"top",RIGHT:p()?"left":"right",BOTTOM:"bottom",LEFT:p()?"right":"left"},as={allowList:Vn,animation:!0,boundary:"clippingParents",container:!1,customClass:"",delay:0,fallbackPlacements:["top","right","bottom","left"],html:!1,offset:[0,6],placement:"top",popperConfig:null,sanitize:!0,sanitizeFn:null,selector:!1,template:'',title:"",trigger:"hover focus"},ls={allowList:"object",animation:"boolean",boundary:"(string|element)",container:"(string|element|boolean)",customClass:"(string|function)",delay:"(number|object)",fallbackPlacements:"array",html:"boolean",offset:"(array|string|function)",placement:"(string|function)",popperConfig:"(null|object|function)",sanitize:"boolean",sanitizeFn:"(null|function)",selector:"(string|boolean)",template:"string",title:"(string|element|function)",trigger:"string"};class cs extends W{constructor(t,e){if(void 0===vi)throw new TypeError("Bootstrap's tooltips require Popper (https://popper.js.org)");super(t,e),this._isEnabled=!0,this._timeout=0,this._isHovered=null,this._activeTrigger={},this._popper=null,this._templateFactory=null,this._newContent=null,this.tip=null,this._setListeners(),this._config.selector||this._fixTitle()}static get Default(){return as}static get DefaultType(){return ls}static get 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i=this._getTipElement();this._element.setAttribute("aria-describedby",i.getAttribute("id"));const{container:n}=this._config;if(this._element.ownerDocument.documentElement.contains(this.tip)||(n.append(i),N.trigger(this._element,this.constructor.eventName("inserted"))),this._popper=this._createPopper(i),i.classList.add(es),"ontouchstart"in document.documentElement)for(const t of[].concat(...document.body.children))N.on(t,"mouseover",h);this._queueCallback((()=>{N.trigger(this._element,this.constructor.eventName("shown")),!1===this._isHovered&&this._leave(),this._isHovered=!1}),this.tip,this._isAnimated())}hide(){if(this._isShown()&&!N.trigger(this._element,this.constructor.eventName("hide")).defaultPrevented){if(this._getTipElement().classList.remove(es),"ontouchstart"in document.documentElement)for(const t 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NAME(){return"toast"}show(){N.trigger(this._element,Zs).defaultPrevented||(this._clearTimeout(),this._config.animation&&this._element.classList.add("fade"),this._element.classList.remove(eo),d(this._element),this._element.classList.add(io,no),this._queueCallback((()=>{this._element.classList.remove(no),N.trigger(this._element,to),this._maybeScheduleHide()}),this._element,this._config.animation))}hide(){this.isShown()&&(N.trigger(this._element,Gs).defaultPrevented||(this._element.classList.add(no),this._queueCallback((()=>{this._element.classList.add(eo),this._element.classList.remove(no,io),N.trigger(this._element,Js)}),this._element,this._config.animation)))}dispose(){this._clearTimeout(),this.isShown()&&this._element.classList.remove(io),super.dispose()}isShown(){return this._element.classList.contains(io)}_maybeScheduleHide(){this._config.autohide&&(this._hasMouseInteraction||this._hasKeyboardInteraction||(this._timeout=setTimeout((()=>{this.hide()}),this._config.delay)))}_onInteraction(t,e){switch(t.type){case"mouseover":case"mouseout":this._hasMouseInteraction=e;break;case"focusin":case"focusout":this._hasKeyboardInteraction=e}if(e)return void this._clearTimeout();const i=t.relatedTarget;this._element===i||this._element.contains(i)||this._maybeScheduleHide()}_setListeners(){N.on(this._element,Qs,(t=>this._onInteraction(t,!0))),N.on(this._element,Xs,(t=>this._onInteraction(t,!1))),N.on(this._element,Ys,(t=>this._onInteraction(t,!0))),N.on(this._element,Us,(t=>this._onInteraction(t,!1)))}_clearTimeout(){clearTimeout(this._timeout),this._timeout=null}static jQueryInterface(t){return this.each((function(){const e=ro.getOrCreateInstance(this,t);if("string"==typeof t){if(void 0===e[t])throw new TypeError(`No method named "${t}"`);e[t](this)}}))}}return R(ro),m(ro),{Alert:Q,Button:Y,Carousel:xt,Collapse:Bt,Dropdown:qi,Modal:On,Offcanvas:qn,Popover:us,ScrollSpy:Es,Tab:Vs,Toast:ro,Tooltip:cs}})); +//# sourceMappingURL=bootstrap.bundle.min.js.map \ No newline at end of file diff --git a/R/BFI/BFI_ParitaBay_v1_files/libs/clipboard/clipboard.min.js b/R/BFI/BFI_ParitaBay_v1_files/libs/clipboard/clipboard.min.js new file mode 100644 index 0000000..1103f81 --- /dev/null +++ b/R/BFI/BFI_ParitaBay_v1_files/libs/clipboard/clipboard.min.js @@ -0,0 +1,7 @@ +/*! + * clipboard.js v2.0.11 + * https://clipboardjs.com/ + * + * Licensed MIT © Zeno Rocha + */ +!function(t,e){"object"==typeof exports&&"object"==typeof module?module.exports=e():"function"==typeof define&&define.amd?define([],e):"object"==typeof exports?exports.ClipboardJS=e():t.ClipboardJS=e()}(this,function(){return n={686:function(t,e,n){"use strict";n.d(e,{default:function(){return b}});var e=n(279),i=n.n(e),e=n(370),u=n.n(e),e=n(817),r=n.n(e);function c(t){try{return document.execCommand(t)}catch(t){return}}var a=function(t){t=r()(t);return c("cut"),t};function o(t,e){var n,o,t=(n=t,o="rtl"===document.documentElement.getAttribute("dir"),(t=document.createElement("textarea")).style.fontSize="12pt",t.style.border="0",t.style.padding="0",t.style.margin="0",t.style.position="absolute",t.style[o?"right":"left"]="-9999px",o=window.pageYOffset||document.documentElement.scrollTop,t.style.top="".concat(o,"px"),t.setAttribute("readonly",""),t.value=n,t);return e.container.appendChild(t),e=r()(t),c("copy"),t.remove(),e}var f=function(t){var e=1.container-fluid.crosstalk-bscols{margin-left:auto;margin-right:auto}.crosstalk-input-checkboxgroup .crosstalk-options-group .crosstalk-options-column{display:inline-block;padding-right:12px;vertical-align:top}@media only screen and (max-width: 480px){.crosstalk-input-checkboxgroup .crosstalk-options-group .crosstalk-options-column{display:block;padding-right:inherit}}.crosstalk-input{margin-bottom:15px}.crosstalk-input .control-label{margin-bottom:0;vertical-align:middle}.crosstalk-input input[type="checkbox"]{margin:4px 0 0;margin-top:1px;line-height:normal}.crosstalk-input .checkbox{position:relative;display:block;margin-top:10px;margin-bottom:10px}.crosstalk-input .checkbox>label{padding-left:20px;margin-bottom:0;font-weight:400;cursor:pointer}.crosstalk-input .checkbox input[type="checkbox"],.crosstalk-input .checkbox-inline input[type="checkbox"]{position:absolute;margin-top:2px;margin-left:-20px}.crosstalk-input .checkbox+.checkbox{margin-top:-5px}.crosstalk-input .checkbox-inline{position:relative;display:inline-block;padding-left:20px;margin-bottom:0;font-weight:400;vertical-align:middle;cursor:pointer}.crosstalk-input .checkbox-inline+.checkbox-inline{margin-top:0;margin-left:10px} diff --git a/R/BFI/BFI_ParitaBay_v1_files/libs/crosstalk-1.2.1/js/crosstalk.js b/R/BFI/BFI_ParitaBay_v1_files/libs/crosstalk-1.2.1/js/crosstalk.js new file mode 100644 index 0000000..fd9eb53 --- /dev/null +++ b/R/BFI/BFI_ParitaBay_v1_files/libs/crosstalk-1.2.1/js/crosstalk.js @@ -0,0 +1,1474 @@ +(function(){function e(t,n,r){function s(o,u){if(!n[o]){if(!t[o]){var a=typeof require=="function"&&require;if(!u&&a)return a(o,!0);if(i)return i(o,!0);var f=new Error("Cannot find module '"+o+"'");throw f.code="MODULE_NOT_FOUND",f}var l=n[o]={exports:{}};t[o][0].call(l.exports,function(e){var n=t[o][1][e];return s(n?n:e)},l,l.exports,e,t,n,r)}return n[o].exports}var i=typeof require=="function"&&require;for(var o=0;o b) { + return 1; + } +} + +/** + * @private + */ + +var FilterSet = function () { + function FilterSet() { + _classCallCheck(this, FilterSet); + + this.reset(); + } + + _createClass(FilterSet, [{ + key: "reset", + value: function reset() { + // Key: handle ID, Value: array of selected keys, or null + this._handles = {}; + // Key: key string, Value: count of handles that include it + this._keys = {}; + this._value = null; + this._activeHandles = 0; + } + }, { + key: "update", + value: function update(handleId, keys) { + if (keys !== null) { + keys = keys.slice(0); // clone before sorting + keys.sort(naturalComparator); + } + + var _diffSortedLists = (0, _util.diffSortedLists)(this._handles[handleId], keys), + added = _diffSortedLists.added, + removed = _diffSortedLists.removed; + + this._handles[handleId] = keys; + + for (var i = 0; i < added.length; i++) { + this._keys[added[i]] = (this._keys[added[i]] || 0) + 1; + } + for (var _i = 0; _i < removed.length; _i++) { + this._keys[removed[_i]]--; + } + + this._updateValue(keys); + } + + /** + * @param {string[]} keys Sorted array of strings that indicate + * a superset of possible keys. + * @private + */ + + }, { + key: "_updateValue", + value: function _updateValue() { + var keys = arguments.length > 0 && arguments[0] !== undefined ? arguments[0] : this._allKeys; + + var handleCount = Object.keys(this._handles).length; + if (handleCount === 0) { + this._value = null; + } else { + this._value = []; + for (var i = 0; i < keys.length; i++) { + var count = this._keys[keys[i]]; + if (count === handleCount) { + this._value.push(keys[i]); + } + } + } + } + }, { + key: "clear", + value: function clear(handleId) { + if (typeof this._handles[handleId] === "undefined") { + return; + } + + var keys = this._handles[handleId]; + if (!keys) { + keys = []; + } + + for (var i = 0; i < keys.length; i++) { + this._keys[keys[i]]--; + } + delete this._handles[handleId]; + + this._updateValue(); + } + }, { + key: "value", + get: function get() { + return this._value; + } + }, { + key: "_allKeys", + get: function get() { + var allKeys = Object.keys(this._keys); + allKeys.sort(naturalComparator); + return allKeys; + } + }]); + + return FilterSet; +}(); + +exports.default = FilterSet; + +},{"./util":11}],4:[function(require,module,exports){ +(function (global){ +"use strict"; + +Object.defineProperty(exports, "__esModule", { + value: true +}); + +var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }(); + +var _typeof = typeof Symbol === "function" && typeof Symbol.iterator === "symbol" ? function (obj) { return typeof obj; } : function (obj) { return obj && typeof Symbol === "function" && obj.constructor === Symbol && obj !== Symbol.prototype ? "symbol" : typeof obj; }; + +exports.default = group; + +var _var2 = require("./var"); + +var _var3 = _interopRequireDefault(_var2); + +function _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { default: obj }; } + +function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } } + +// Use a global so that multiple copies of crosstalk.js can be loaded and still +// have groups behave as singletons across all copies. +global.__crosstalk_groups = global.__crosstalk_groups || {}; +var groups = global.__crosstalk_groups; + +function group(groupName) { + if (groupName && typeof groupName === "string") { + if (!groups.hasOwnProperty(groupName)) { + groups[groupName] = new Group(groupName); + } + return groups[groupName]; + } else if ((typeof groupName === "undefined" ? "undefined" : _typeof(groupName)) === "object" && groupName._vars && groupName.var) { + // Appears to already be a group object + return groupName; + } else if (Array.isArray(groupName) && groupName.length == 1 && typeof groupName[0] === "string") { + return group(groupName[0]); + } else { + throw new Error("Invalid groupName argument"); + } +} + +var Group = function () { + function Group(name) { + _classCallCheck(this, Group); + + this.name = name; + this._vars = {}; + } + + _createClass(Group, [{ + key: "var", + value: function _var(name) { + if (!name || typeof name !== "string") { + throw new Error("Invalid var name"); + } + + if (!this._vars.hasOwnProperty(name)) this._vars[name] = new _var3.default(this, name); + return this._vars[name]; + } + }, { + key: "has", + value: function has(name) { + if (!name || typeof name !== "string") { + throw new Error("Invalid var name"); + } + + return this._vars.hasOwnProperty(name); + } + }]); + + return Group; +}(); + +}).call(this,typeof global !== "undefined" ? global : typeof self !== "undefined" ? self : typeof window !== "undefined" ? window : {}) + +},{"./var":12}],5:[function(require,module,exports){ +(function (global){ +"use strict"; + +Object.defineProperty(exports, "__esModule", { + value: true +}); + +var _group = require("./group"); + +var _group2 = _interopRequireDefault(_group); + +var _selection = require("./selection"); + +var _filter = require("./filter"); + +var _input = require("./input"); + +require("./input_selectize"); + +require("./input_checkboxgroup"); + +require("./input_slider"); + +function _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { default: obj }; } + +var defaultGroup = (0, _group2.default)("default"); + +function var_(name) { + return defaultGroup.var(name); +} + +function has(name) { + return defaultGroup.has(name); +} + +if (global.Shiny) { + global.Shiny.addCustomMessageHandler("update-client-value", function (message) { + if (typeof message.group === "string") { + (0, _group2.default)(message.group).var(message.name).set(message.value); + } else { + var_(message.name).set(message.value); + } + }); +} + +var crosstalk = { + group: _group2.default, + var: var_, + has: has, + SelectionHandle: _selection.SelectionHandle, + FilterHandle: _filter.FilterHandle, + bind: _input.bind +}; + +/** + * @namespace crosstalk + */ +exports.default = crosstalk; + +global.crosstalk = crosstalk; + +}).call(this,typeof global !== "undefined" ? global : typeof self !== "undefined" ? self : typeof window !== "undefined" ? window : {}) + +},{"./filter":2,"./group":4,"./input":6,"./input_checkboxgroup":7,"./input_selectize":8,"./input_slider":9,"./selection":10}],6:[function(require,module,exports){ +(function (global){ +"use strict"; + +Object.defineProperty(exports, "__esModule", { + value: true +}); +exports.register = register; +exports.bind = bind; +var $ = global.jQuery; + +var bindings = {}; + +function register(reg) { + bindings[reg.className] = reg; + if (global.document && global.document.readyState !== "complete") { + $(function () { + bind(); + }); + } else if (global.document) { + setTimeout(bind, 100); + } +} + +function bind() { + Object.keys(bindings).forEach(function (className) { + var binding = bindings[className]; + $("." + binding.className).not(".crosstalk-input-bound").each(function (i, el) { + bindInstance(binding, el); + }); + }); +} + +// Escape jQuery identifier +function $escape(val) { + return val.replace(/([!"#$%&'()*+,./:;<=>?@[\\\]^`{|}~])/g, "\\$1"); +} + +function bindEl(el) { + var $el = $(el); + Object.keys(bindings).forEach(function (className) { + if ($el.hasClass(className) && !$el.hasClass("crosstalk-input-bound")) { + var binding = bindings[className]; + bindInstance(binding, el); + } + }); +} + +function bindInstance(binding, el) { + var jsonEl = $(el).find("script[type='application/json'][data-for='" + $escape(el.id) + "']"); + var data = JSON.parse(jsonEl[0].innerText); + + var instance = binding.factory(el, data); + $(el).data("crosstalk-instance", instance); + $(el).addClass("crosstalk-input-bound"); +} + +if (global.Shiny) { + var inputBinding = new global.Shiny.InputBinding(); + var _$ = global.jQuery; + _$.extend(inputBinding, { + find: function find(scope) { + return _$(scope).find(".crosstalk-input"); + }, + initialize: function initialize(el) { + if (!_$(el).hasClass("crosstalk-input-bound")) { + bindEl(el); + } + }, + getId: function getId(el) { + return el.id; + }, + getValue: function getValue(el) {}, + setValue: function setValue(el, value) {}, + receiveMessage: function receiveMessage(el, data) {}, + subscribe: function subscribe(el, callback) { + _$(el).data("crosstalk-instance").resume(); + }, + unsubscribe: function unsubscribe(el) { + _$(el).data("crosstalk-instance").suspend(); + } + }); + global.Shiny.inputBindings.register(inputBinding, "crosstalk.inputBinding"); +} + +}).call(this,typeof global !== "undefined" ? global : typeof self !== "undefined" ? self : typeof window !== "undefined" ? window : {}) + +},{}],7:[function(require,module,exports){ +(function (global){ +"use strict"; + +var _input = require("./input"); + +var input = _interopRequireWildcard(_input); + +var _filter = require("./filter"); + +function _interopRequireWildcard(obj) { if (obj && obj.__esModule) { return obj; } else { var newObj = {}; if (obj != null) { for (var key in obj) { if (Object.prototype.hasOwnProperty.call(obj, key)) newObj[key] = obj[key]; } } newObj.default = obj; return newObj; } } + +var $ = global.jQuery; + +input.register({ + className: "crosstalk-input-checkboxgroup", + + factory: function factory(el, data) { + /* + * map: {"groupA": ["keyA", "keyB", ...], ...} + * group: "ct-groupname" + */ + var ctHandle = new _filter.FilterHandle(data.group); + + var lastKnownKeys = void 0; + var $el = $(el); + $el.on("change", "input[type='checkbox']", function () { + var checked = $el.find("input[type='checkbox']:checked"); + if (checked.length === 0) { + lastKnownKeys = null; + ctHandle.clear(); + } else { + var keys = {}; + checked.each(function () { + data.map[this.value].forEach(function (key) { + keys[key] = true; + }); + }); + var keyArray = Object.keys(keys); + keyArray.sort(); + lastKnownKeys = keyArray; + ctHandle.set(keyArray); + } + }); + + return { + suspend: function suspend() { + ctHandle.clear(); + }, + resume: function resume() { + if (lastKnownKeys) ctHandle.set(lastKnownKeys); + } + }; + } +}); + +}).call(this,typeof global !== "undefined" ? global : typeof self !== "undefined" ? self : typeof window !== "undefined" ? window : {}) + +},{"./filter":2,"./input":6}],8:[function(require,module,exports){ +(function (global){ +"use strict"; + +var _input = require("./input"); + +var input = _interopRequireWildcard(_input); + +var _util = require("./util"); + +var util = _interopRequireWildcard(_util); + +var _filter = require("./filter"); + +function _interopRequireWildcard(obj) { if (obj && obj.__esModule) { return obj; } else { var newObj = {}; if (obj != null) { for (var key in obj) { if (Object.prototype.hasOwnProperty.call(obj, key)) newObj[key] = obj[key]; } } newObj.default = obj; return newObj; } } + +var $ = global.jQuery; + +input.register({ + className: "crosstalk-input-select", + + factory: function factory(el, data) { + /* + * items: {value: [...], label: [...]} + * map: {"groupA": ["keyA", "keyB", ...], ...} + * group: "ct-groupname" + */ + + var first = [{ value: "", label: "(All)" }]; + var items = util.dataframeToD3(data.items); + var opts = { + options: first.concat(items), + valueField: "value", + labelField: "label", + searchField: "label" + }; + + var select = $(el).find("select")[0]; + + var selectize = $(select).selectize(opts)[0].selectize; + + var ctHandle = new _filter.FilterHandle(data.group); + + var lastKnownKeys = void 0; + selectize.on("change", function () { + if (selectize.items.length === 0) { + lastKnownKeys = null; + ctHandle.clear(); + } else { + var keys = {}; + selectize.items.forEach(function (group) { + data.map[group].forEach(function (key) { + keys[key] = true; + }); + }); + var keyArray = Object.keys(keys); + keyArray.sort(); + lastKnownKeys = keyArray; + ctHandle.set(keyArray); + } + }); + + return { + suspend: function suspend() { + ctHandle.clear(); + }, + resume: function resume() { + if (lastKnownKeys) ctHandle.set(lastKnownKeys); + } + }; + } +}); + +}).call(this,typeof global !== "undefined" ? global : typeof self !== "undefined" ? self : typeof window !== "undefined" ? window : {}) + +},{"./filter":2,"./input":6,"./util":11}],9:[function(require,module,exports){ +(function (global){ +"use strict"; + +var _slicedToArray = function () { function sliceIterator(arr, i) { var _arr = []; var _n = true; var _d = false; var _e = undefined; try { for (var _i = arr[Symbol.iterator](), _s; !(_n = (_s = _i.next()).done); _n = true) { _arr.push(_s.value); if (i && _arr.length === i) break; } } catch (err) { _d = true; _e = err; } finally { try { if (!_n && _i["return"]) _i["return"](); } finally { if (_d) throw _e; } } return _arr; } return function (arr, i) { if (Array.isArray(arr)) { return arr; } else if (Symbol.iterator in Object(arr)) { return sliceIterator(arr, i); } else { throw new TypeError("Invalid attempt to destructure non-iterable instance"); } }; }(); + +var _input = require("./input"); + +var input = _interopRequireWildcard(_input); + +var _filter = require("./filter"); + +function _interopRequireWildcard(obj) { if (obj && obj.__esModule) { return obj; } else { var newObj = {}; if (obj != null) { for (var key in obj) { if (Object.prototype.hasOwnProperty.call(obj, key)) newObj[key] = obj[key]; } } newObj.default = obj; return newObj; } } + +var $ = global.jQuery; +var strftime = global.strftime; + +input.register({ + className: "crosstalk-input-slider", + + factory: function factory(el, data) { + /* + * map: {"groupA": ["keyA", "keyB", ...], ...} + * group: "ct-groupname" + */ + var ctHandle = new _filter.FilterHandle(data.group); + + var opts = {}; + var $el = $(el).find("input"); + var dataType = $el.data("data-type"); + var timeFormat = $el.data("time-format"); + var round = $el.data("round"); + var timeFormatter = void 0; + + // Set up formatting functions + if (dataType === "date") { + timeFormatter = strftime.utc(); + opts.prettify = function (num) { + return timeFormatter(timeFormat, new Date(num)); + }; + } else if (dataType === "datetime") { + var timezone = $el.data("timezone"); + if (timezone) timeFormatter = strftime.timezone(timezone);else timeFormatter = strftime; + + opts.prettify = function (num) { + return timeFormatter(timeFormat, new Date(num)); + }; + } else if (dataType === "number") { + if (typeof round !== "undefined") opts.prettify = function (num) { + var factor = Math.pow(10, round); + return Math.round(num * factor) / factor; + }; + } + + $el.ionRangeSlider(opts); + + function getValue() { + var result = $el.data("ionRangeSlider").result; + + // Function for converting numeric value from slider to appropriate type. + var convert = void 0; + var dataType = $el.data("data-type"); + if (dataType === "date") { + convert = function convert(val) { + return formatDateUTC(new Date(+val)); + }; + } else if (dataType === "datetime") { + convert = function convert(val) { + // Convert ms to s + return +val / 1000; + }; + } else { + convert = function convert(val) { + return +val; + }; + } + + if ($el.data("ionRangeSlider").options.type === "double") { + return [convert(result.from), convert(result.to)]; + } else { + return convert(result.from); + } + } + + var lastKnownKeys = null; + + $el.on("change.crosstalkSliderInput", function (event) { + if (!$el.data("updating") && !$el.data("animating")) { + var _getValue = getValue(), + _getValue2 = _slicedToArray(_getValue, 2), + from = _getValue2[0], + to = _getValue2[1]; + + var keys = []; + for (var i = 0; i < data.values.length; i++) { + var val = data.values[i]; + if (val >= from && val <= to) { + keys.push(data.keys[i]); + } + } + keys.sort(); + ctHandle.set(keys); + lastKnownKeys = keys; + } + }); + + // let $el = $(el); + // $el.on("change", "input[type="checkbox"]", function() { + // let checked = $el.find("input[type="checkbox"]:checked"); + // if (checked.length === 0) { + // ctHandle.clear(); + // } else { + // let keys = {}; + // checked.each(function() { + // data.map[this.value].forEach(function(key) { + // keys[key] = true; + // }); + // }); + // let keyArray = Object.keys(keys); + // keyArray.sort(); + // ctHandle.set(keyArray); + // } + // }); + + return { + suspend: function suspend() { + ctHandle.clear(); + }, + resume: function resume() { + if (lastKnownKeys) ctHandle.set(lastKnownKeys); + } + }; + } +}); + +// Convert a number to a string with leading zeros +function padZeros(n, digits) { + var str = n.toString(); + while (str.length < digits) { + str = "0" + str; + }return str; +} + +// Given a Date object, return a string in yyyy-mm-dd format, using the +// UTC date. This may be a day off from the date in the local time zone. +function formatDateUTC(date) { + if (date instanceof Date) { + return date.getUTCFullYear() + "-" + padZeros(date.getUTCMonth() + 1, 2) + "-" + padZeros(date.getUTCDate(), 2); + } else { + return null; + } +} + +}).call(this,typeof global !== "undefined" ? global : typeof self !== "undefined" ? self : typeof window !== "undefined" ? window : {}) + +},{"./filter":2,"./input":6}],10:[function(require,module,exports){ +"use strict"; + +Object.defineProperty(exports, "__esModule", { + value: true +}); +exports.SelectionHandle = undefined; + +var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }(); + +var _events = require("./events"); + +var _events2 = _interopRequireDefault(_events); + +var _group = require("./group"); + +var _group2 = _interopRequireDefault(_group); + +var _util = require("./util"); + +var util = _interopRequireWildcard(_util); + +function _interopRequireWildcard(obj) { if (obj && obj.__esModule) { return obj; } else { var newObj = {}; if (obj != null) { for (var key in obj) { if (Object.prototype.hasOwnProperty.call(obj, key)) newObj[key] = obj[key]; } } newObj.default = obj; return newObj; } } + +function _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { default: obj }; } + +function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } } + +/** + * Use this class to read and write (and listen for changes to) the selection + * for a Crosstalk group. This is intended to be used for linked brushing. + * + * If two (or more) `SelectionHandle` instances in the same webpage share the + * same group name, they will share the same state. Setting the selection using + * one `SelectionHandle` instance will result in the `value` property instantly + * changing across the others, and `"change"` event listeners on all instances + * (including the one that initiated the sending) will fire. + * + * @param {string} [group] - The name of the Crosstalk group, or if none, + * null or undefined (or any other falsy value). This can be changed later + * via the [SelectionHandle#setGroup](#setGroup) method. + * @param {Object} [extraInfo] - An object whose properties will be copied to + * the event object whenever an event is emitted. + */ +var SelectionHandle = exports.SelectionHandle = function () { + function SelectionHandle() { + var group = arguments.length > 0 && arguments[0] !== undefined ? arguments[0] : null; + var extraInfo = arguments.length > 1 && arguments[1] !== undefined ? arguments[1] : null; + + _classCallCheck(this, SelectionHandle); + + this._eventRelay = new _events2.default(); + this._emitter = new util.SubscriptionTracker(this._eventRelay); + + // Name of the group we're currently tracking, if any. Can change over time. + this._group = null; + // The Var we're currently tracking, if any. Can change over time. + this._var = null; + // The event handler subscription we currently have on var.on("change"). + this._varOnChangeSub = null; + + this._extraInfo = util.extend({ sender: this }, extraInfo); + + this.setGroup(group); + } + + /** + * Changes the Crosstalk group membership of this SelectionHandle. The group + * being switched away from (if any) will not have its selection value + * modified as a result of calling `setGroup`, even if this handle was the + * most recent handle to set the selection of the group. + * + * The group being switched to (if any) will also not have its selection value + * modified as a result of calling `setGroup`. If you want to set the + * selection value of the new group, call `set` explicitly. + * + * @param {string} group - The name of the Crosstalk group, or null (or + * undefined) to clear the group. + */ + + + _createClass(SelectionHandle, [{ + key: "setGroup", + value: function setGroup(group) { + var _this = this; + + // If group is unchanged, do nothing + if (this._group === group) return; + // Treat null, undefined, and other falsy values the same + if (!this._group && !group) return; + + if (this._var) { + this._var.off("change", this._varOnChangeSub); + this._var = null; + this._varOnChangeSub = null; + } + + this._group = group; + + if (group) { + this._var = (0, _group2.default)(group).var("selection"); + var sub = this._var.on("change", function (e) { + _this._eventRelay.trigger("change", e, _this); + }); + this._varOnChangeSub = sub; + } + } + + /** + * Retrieves the current selection for the group represented by this + * `SelectionHandle`. + * + * - If no selection is active, then this value will be falsy. + * - If a selection is active, but no data points are selected, then this + * value will be an empty array. + * - If a selection is active, and data points are selected, then the keys + * of the selected data points will be present in the array. + */ + + }, { + key: "_mergeExtraInfo", + + + /** + * Combines the given `extraInfo` (if any) with the handle's default + * `_extraInfo` (if any). + * @private + */ + value: function _mergeExtraInfo(extraInfo) { + // Important incidental effect: shallow clone is returned + return util.extend({}, this._extraInfo ? this._extraInfo : null, extraInfo ? extraInfo : null); + } + + /** + * Overwrites the current selection for the group, and raises the `"change"` + * event among all of the group's '`SelectionHandle` instances (including + * this one). + * + * @fires SelectionHandle#change + * @param {string[]} selectedKeys - Falsy, empty array, or array of keys (see + * {@link SelectionHandle#value}). + * @param {Object} [extraInfo] - Extra properties to be included on the event + * object that's passed to listeners (in addition to any options that were + * passed into the `SelectionHandle` constructor). + */ + + }, { + key: "set", + value: function set(selectedKeys, extraInfo) { + if (this._var) this._var.set(selectedKeys, this._mergeExtraInfo(extraInfo)); + } + + /** + * Overwrites the current selection for the group, and raises the `"change"` + * event among all of the group's '`SelectionHandle` instances (including + * this one). + * + * @fires SelectionHandle#change + * @param {Object} [extraInfo] - Extra properties to be included on the event + * object that's passed to listeners (in addition to any that were passed + * into the `SelectionHandle` constructor). + */ + + }, { + key: "clear", + value: function clear(extraInfo) { + if (this._var) this.set(void 0, this._mergeExtraInfo(extraInfo)); + } + + /** + * Subscribes to events on this `SelectionHandle`. + * + * @param {string} eventType - Indicates the type of events to listen to. + * Currently, only `"change"` is supported. + * @param {SelectionHandle~listener} listener - The callback function that + * will be invoked when the event occurs. + * @return {string} - A token to pass to {@link SelectionHandle#off} to cancel + * this subscription. + */ + + }, { + key: "on", + value: function on(eventType, listener) { + return this._emitter.on(eventType, listener); + } + + /** + * Cancels event subscriptions created by {@link SelectionHandle#on}. + * + * @param {string} eventType - The type of event to unsubscribe. + * @param {string|SelectionHandle~listener} listener - Either the callback + * function previously passed into {@link SelectionHandle#on}, or the + * string that was returned from {@link SelectionHandle#on}. + */ + + }, { + key: "off", + value: function off(eventType, listener) { + return this._emitter.off(eventType, listener); + } + + /** + * Shuts down the `SelectionHandle` object. + * + * Removes all event listeners that were added through this handle. + */ + + }, { + key: "close", + value: function close() { + this._emitter.removeAllListeners(); + this.setGroup(null); + } + }, { + key: "value", + get: function get() { + return this._var ? this._var.get() : null; + } + }]); + + return SelectionHandle; +}(); + +/** + * @callback SelectionHandle~listener + * @param {Object} event - An object containing details of the event. For + * `"change"` events, this includes the properties `value` (the new + * value of the selection, or `undefined` if no selection is active), + * `oldValue` (the previous value of the selection), and `sender` (the + * `SelectionHandle` instance that made the change). + */ + +/** + * @event SelectionHandle#change + * @type {object} + * @property {object} value - The new value of the selection, or `undefined` + * if no selection is active. + * @property {object} oldValue - The previous value of the selection. + * @property {SelectionHandle} sender - The `SelectionHandle` instance that + * changed the value. + */ + +},{"./events":1,"./group":4,"./util":11}],11:[function(require,module,exports){ +"use strict"; + +Object.defineProperty(exports, "__esModule", { + value: true +}); + +var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }(); + +var _typeof = typeof Symbol === "function" && typeof Symbol.iterator === "symbol" ? function (obj) { return typeof obj; } : function (obj) { return obj && typeof Symbol === "function" && obj.constructor === Symbol && obj !== Symbol.prototype ? "symbol" : typeof obj; }; + +exports.extend = extend; +exports.checkSorted = checkSorted; +exports.diffSortedLists = diffSortedLists; +exports.dataframeToD3 = dataframeToD3; + +function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } } + +function extend(target) { + for (var _len = arguments.length, sources = Array(_len > 1 ? _len - 1 : 0), _key = 1; _key < _len; _key++) { + sources[_key - 1] = arguments[_key]; + } + + for (var i = 0; i < sources.length; i++) { + var src = sources[i]; + if (typeof src === "undefined" || src === null) continue; + + for (var key in src) { + if (src.hasOwnProperty(key)) { + target[key] = src[key]; + } + } + } + return target; +} + +function checkSorted(list) { + for (var i = 1; i < list.length; i++) { + if (list[i] <= list[i - 1]) { + throw new Error("List is not sorted or contains duplicate"); + } + } +} + +function diffSortedLists(a, b) { + var i_a = 0; + var i_b = 0; + + if (!a) a = []; + if (!b) b = []; + + var a_only = []; + var b_only = []; + + checkSorted(a); + checkSorted(b); + + while (i_a < a.length && i_b < b.length) { + if (a[i_a] === b[i_b]) { + i_a++; + i_b++; + } else if (a[i_a] < b[i_b]) { + a_only.push(a[i_a++]); + } else { + b_only.push(b[i_b++]); + } + } + + if (i_a < a.length) a_only = a_only.concat(a.slice(i_a)); + if (i_b < b.length) b_only = b_only.concat(b.slice(i_b)); + return { + removed: a_only, + added: b_only + }; +} + +// Convert from wide: { colA: [1,2,3], colB: [4,5,6], ... } +// to long: [ {colA: 1, colB: 4}, {colA: 2, colB: 5}, ... ] +function dataframeToD3(df) { + var names = []; + var length = void 0; + for (var name in df) { + if (df.hasOwnProperty(name)) names.push(name); + if (_typeof(df[name]) !== "object" || typeof df[name].length === "undefined") { + throw new Error("All fields must be arrays"); + } else if (typeof length !== "undefined" && length !== df[name].length) { + throw new Error("All fields must be arrays of the same length"); + } + length = df[name].length; + } + var results = []; + var item = void 0; + for (var row = 0; row < length; row++) { + item = {}; + for (var col = 0; col < names.length; col++) { + item[names[col]] = df[names[col]][row]; + } + results.push(item); + } + return results; +} + +/** + * Keeps track of all event listener additions/removals and lets all active + * listeners be removed with a single operation. + * + * @private + */ + +var SubscriptionTracker = exports.SubscriptionTracker = function () { + function SubscriptionTracker(emitter) { + _classCallCheck(this, SubscriptionTracker); + + this._emitter = emitter; + this._subs = {}; + } + + _createClass(SubscriptionTracker, [{ + key: "on", + value: function on(eventType, listener) { + var sub = this._emitter.on(eventType, listener); + this._subs[sub] = eventType; + return sub; + } + }, { + key: "off", + value: function off(eventType, listener) { + var sub = this._emitter.off(eventType, listener); + if (sub) { + delete this._subs[sub]; + } + return sub; + } + }, { + key: "removeAllListeners", + value: function removeAllListeners() { + var _this = this; + + var current_subs = this._subs; + this._subs = {}; + Object.keys(current_subs).forEach(function (sub) { + _this._emitter.off(current_subs[sub], sub); + }); + } + }]); + + return SubscriptionTracker; +}(); + +},{}],12:[function(require,module,exports){ +(function (global){ +"use strict"; + +Object.defineProperty(exports, "__esModule", { + value: true +}); + +var _typeof = typeof Symbol === "function" && typeof Symbol.iterator === "symbol" ? function (obj) { return typeof obj; } : function (obj) { return obj && typeof Symbol === "function" && obj.constructor === Symbol && obj !== Symbol.prototype ? "symbol" : typeof obj; }; + +var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }(); + +var _events = require("./events"); + +var _events2 = _interopRequireDefault(_events); + +function _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { default: obj }; } + +function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } } + +var Var = function () { + function Var(group, name, /*optional*/value) { + _classCallCheck(this, Var); + + this._group = group; + this._name = name; + this._value = value; + this._events = new _events2.default(); + } + + _createClass(Var, [{ + key: "get", + value: function get() { + return this._value; + } + }, { + key: "set", + value: function set(value, /*optional*/event) { + if (this._value === value) { + // Do nothing; the value hasn't changed + return; + } + var oldValue = this._value; + this._value = value; + // Alert JavaScript listeners that the value has changed + var evt = {}; + if (event && (typeof event === "undefined" ? "undefined" : _typeof(event)) === "object") { + for (var k in event) { + if (event.hasOwnProperty(k)) evt[k] = event[k]; + } + } + evt.oldValue = oldValue; + evt.value = value; + this._events.trigger("change", evt, this); + + // TODO: Make this extensible, to let arbitrary back-ends know that + // something has changed + if (global.Shiny && global.Shiny.onInputChange) { + global.Shiny.onInputChange(".clientValue-" + (this._group.name !== null ? this._group.name + "-" : "") + this._name, typeof value === "undefined" ? null : value); + } + } + }, { + key: "on", + value: function on(eventType, listener) { + return this._events.on(eventType, listener); + } + }, { + key: "off", + value: function off(eventType, listener) { + return this._events.off(eventType, listener); + } + }]); + + return Var; +}(); + +exports.default = Var; + +}).call(this,typeof global !== "undefined" ? global : typeof self !== "undefined" ? self : typeof window !== "undefined" ? window : {}) + +},{"./events":1}]},{},[5]) +//# sourceMappingURL=crosstalk.js.map diff --git a/R/BFI/BFI_ParitaBay_v1_files/libs/crosstalk-1.2.1/js/crosstalk.js.map b/R/BFI/BFI_ParitaBay_v1_files/libs/crosstalk-1.2.1/js/crosstalk.js.map new file mode 100644 index 0000000..cff94f0 --- /dev/null +++ b/R/BFI/BFI_ParitaBay_v1_files/libs/crosstalk-1.2.1/js/crosstalk.js.map @@ -0,0 +1,37 @@ +{ + "version": 3, + "sources": [ + "node_modules/browser-pack/_prelude.js", + "javascript/src/events.js", + "javascript/src/filter.js", + "javascript/src/filterset.js", + "javascript/src/group.js", + "javascript/src/index.js", + "javascript/src/input.js", + "javascript/src/input_checkboxgroup.js", + "javascript/src/input_selectize.js", + "javascript/src/input_slider.js", + "javascript/src/selection.js", + "javascript/src/util.js", + "javascript/src/var.js" + ], + "names": [], + "mappings": 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+ "file": "generated.js", + "sourceRoot": "", + "sourcesContent": [ + "(function(){function e(t,n,r){function s(o,u){if(!n[o]){if(!t[o]){var a=typeof require==\"function\"&&require;if(!u&&a)return a(o,!0);if(i)return i(o,!0);var f=new Error(\"Cannot find module '\"+o+\"'\");throw f.code=\"MODULE_NOT_FOUND\",f}var l=n[o]={exports:{}};t[o][0].call(l.exports,function(e){var n=t[o][1][e];return s(n?n:e)},l,l.exports,e,t,n,r)}return n[o].exports}var i=typeof require==\"function\"&&require;for(var o=0;o {\n this._eventRelay.trigger(\"change\", e, this);\n });\n this._varOnChangeSub = sub;\n }\n }\n\n /**\n * Combine the given `extraInfo` (if any) with the handle's default\n * `_extraInfo` (if any).\n * @private\n */\n _mergeExtraInfo(extraInfo) {\n return util.extend({},\n this._extraInfo ? this._extraInfo : null,\n extraInfo ? extraInfo : null);\n }\n\n /**\n * Close the handle. This clears this handle's contribution to the filter set,\n * and unsubscribes all event listeners.\n */\n close() {\n this._emitter.removeAllListeners();\n this.clear();\n this.setGroup(null);\n }\n\n /**\n * Clear this handle's contribution to the filter set.\n *\n * @param {Object} [extraInfo] - Extra properties to be included on the event\n * object that's passed to listeners (in addition to any options that were\n * passed into the `FilterHandle` constructor).\n * \n * @fires FilterHandle#change\n */\n clear(extraInfo) {\n if (!this._filterSet)\n return;\n this._filterSet.clear(this._id);\n this._onChange(extraInfo);\n }\n\n /**\n * Set this handle's contribution to the filter set. This array should consist\n * of the keys of the rows that _should_ be displayed; any keys that are not\n * present in the array will be considered _filtered out_. Note that multiple\n * `FilterHandle` instances in the group may each contribute an array of keys,\n * and only those keys that appear in _all_ of the arrays make it through the\n * filter.\n *\n * @param {string[]} keys - Empty array, or array of keys. To clear the\n * filter, don't pass an empty array; instead, use the\n * {@link FilterHandle#clear} method.\n * @param {Object} [extraInfo] - Extra properties to be included on the event\n * object that's passed to listeners (in addition to any options that were\n * passed into the `FilterHandle` constructor).\n * \n * @fires FilterHandle#change\n */\n set(keys, extraInfo) {\n if (!this._filterSet)\n return;\n this._filterSet.update(this._id, keys);\n this._onChange(extraInfo);\n }\n\n /**\n * @return {string[]|null} - Either: 1) an array of keys that made it through\n * all of the `FilterHandle` instances, or, 2) `null`, which means no filter\n * is being applied (all data should be displayed).\n */\n get filteredKeys() {\n return this._filterSet ? this._filterSet.value : null;\n }\n\n /**\n * Subscribe to events on this `FilterHandle`.\n *\n * @param {string} eventType - Indicates the type of events to listen to.\n * Currently, only `\"change\"` is supported.\n * @param {FilterHandle~listener} listener - The callback function that\n * will be invoked when the event occurs.\n * @return {string} - A token to pass to {@link FilterHandle#off} to cancel\n * this subscription.\n */\n on(eventType, listener) {\n return this._emitter.on(eventType, listener);\n }\n\n /**\n * Cancel event subscriptions created by {@link FilterHandle#on}.\n *\n * @param {string} eventType - The type of event to unsubscribe.\n * @param {string|FilterHandle~listener} listener - Either the callback\n * function previously passed into {@link FilterHandle#on}, or the\n * string that was returned from {@link FilterHandle#on}.\n */\n off(eventType, listener) {\n return this._emitter.off(eventType, listener);\n }\n\n _onChange(extraInfo) {\n if (!this._filterSet)\n return;\n this._filterVar.set(this._filterSet.value, this._mergeExtraInfo(extraInfo));\n }\n\n /**\n * @callback FilterHandle~listener\n * @param {Object} event - An object containing details of the event. For\n * `\"change\"` events, this includes the properties `value` (the new\n * value of the filter set, or `null` if no filter set is active),\n * `oldValue` (the previous value of the filter set), and `sender` (the\n * `FilterHandle` instance that made the change).\n */\n\n}\n\n/**\n * @event FilterHandle#change\n * @type {object}\n * @property {object} value - The new value of the filter set, or `null`\n * if no filter set is active.\n * @property {object} oldValue - The previous value of the filter set.\n * @property {FilterHandle} sender - The `FilterHandle` instance that\n * changed the value.\n */\n", + "import { diffSortedLists } from \"./util\";\n\nfunction naturalComparator(a, b) {\n if (a === b) {\n return 0;\n } else if (a < b) {\n return -1;\n } else if (a > b) {\n return 1;\n }\n}\n\n/**\n * @private\n */\nexport default class FilterSet {\n constructor() {\n this.reset();\n }\n\n reset() {\n // Key: handle ID, Value: array of selected keys, or null\n this._handles = {};\n // Key: key string, Value: count of handles that include it\n this._keys = {};\n this._value = null;\n this._activeHandles = 0;\n }\n\n get value() {\n return this._value;\n }\n\n update(handleId, keys) {\n if (keys !== null) {\n keys = keys.slice(0); // clone before sorting\n keys.sort(naturalComparator);\n }\n\n let {added, removed} = diffSortedLists(this._handles[handleId], keys);\n this._handles[handleId] = keys;\n\n for (let i = 0; i < added.length; i++) {\n this._keys[added[i]] = (this._keys[added[i]] || 0) + 1;\n }\n for (let i = 0; i < removed.length; i++) {\n this._keys[removed[i]]--;\n }\n\n this._updateValue(keys);\n }\n\n /**\n * @param {string[]} keys Sorted array of strings that indicate\n * a superset of possible keys.\n * @private\n */\n _updateValue(keys = this._allKeys) {\n let handleCount = Object.keys(this._handles).length;\n if (handleCount === 0) {\n this._value = null;\n } else {\n this._value = [];\n for (let i = 0; i < keys.length; i++) {\n let count = this._keys[keys[i]];\n if (count === handleCount) {\n this._value.push(keys[i]);\n }\n }\n }\n }\n\n clear(handleId) {\n if (typeof(this._handles[handleId]) === \"undefined\") {\n return;\n }\n\n let keys = this._handles[handleId];\n if (!keys) {\n keys = [];\n }\n\n for (let i = 0; i < keys.length; i++) {\n this._keys[keys[i]]--;\n }\n delete this._handles[handleId];\n\n this._updateValue();\n }\n\n get _allKeys() {\n let allKeys = Object.keys(this._keys);\n allKeys.sort(naturalComparator);\n return allKeys;\n }\n}\n", + "import Var from \"./var\";\n\n// Use a global so that multiple copies of crosstalk.js can be loaded and still\n// have groups behave as singletons across all copies.\nglobal.__crosstalk_groups = global.__crosstalk_groups || {};\nlet groups = global.__crosstalk_groups;\n\nexport default function group(groupName) {\n if (groupName && typeof(groupName) === \"string\") {\n if (!groups.hasOwnProperty(groupName)) {\n groups[groupName] = new Group(groupName);\n }\n return groups[groupName];\n } else if (typeof(groupName) === \"object\" && groupName._vars && groupName.var) {\n // Appears to already be a group object\n return groupName;\n } else if (Array.isArray(groupName) &&\n groupName.length == 1 &&\n typeof(groupName[0]) === \"string\") {\n return group(groupName[0]);\n } else {\n throw new Error(\"Invalid groupName argument\");\n }\n}\n\nclass Group {\n constructor(name) {\n this.name = name;\n this._vars = {};\n }\n\n var(name) {\n if (!name || typeof(name) !== \"string\") {\n throw new Error(\"Invalid var name\");\n }\n\n if (!this._vars.hasOwnProperty(name))\n this._vars[name] = new Var(this, name);\n return this._vars[name];\n }\n\n has(name) {\n if (!name || typeof(name) !== \"string\") {\n throw new Error(\"Invalid var name\");\n }\n\n return this._vars.hasOwnProperty(name);\n }\n}\n", + "import group from \"./group\";\nimport { SelectionHandle } from \"./selection\";\nimport { FilterHandle } from \"./filter\";\nimport { bind } from \"./input\";\nimport \"./input_selectize\";\nimport \"./input_checkboxgroup\";\nimport \"./input_slider\";\n\nconst defaultGroup = group(\"default\");\n\nfunction var_(name) {\n return defaultGroup.var(name);\n}\n\nfunction has(name) {\n return defaultGroup.has(name);\n}\n\nif (global.Shiny) {\n global.Shiny.addCustomMessageHandler(\"update-client-value\", function(message) {\n if (typeof(message.group) === \"string\") {\n group(message.group).var(message.name).set(message.value);\n } else {\n var_(message.name).set(message.value);\n }\n });\n}\n\nconst crosstalk = {\n group: group,\n var: var_,\n has: has,\n SelectionHandle: SelectionHandle,\n FilterHandle: FilterHandle,\n bind: bind\n};\n\n/**\n * @namespace crosstalk\n */\nexport default crosstalk;\nglobal.crosstalk = crosstalk;\n", + "let $ = global.jQuery;\n\nlet bindings = {};\n\nexport function register(reg) {\n bindings[reg.className] = reg;\n if (global.document && global.document.readyState !== \"complete\") {\n $(() => {\n bind();\n });\n } else if (global.document) {\n setTimeout(bind, 100);\n }\n}\n\nexport function bind() {\n Object.keys(bindings).forEach(function(className) {\n let binding = bindings[className];\n $(\".\" + binding.className).not(\".crosstalk-input-bound\").each(function(i, el) {\n bindInstance(binding, el);\n });\n });\n}\n\n// Escape jQuery identifier\nfunction $escape(val) {\n return val.replace(/([!\"#$%&'()*+,./:;<=>?@[\\\\\\]^`{|}~])/g, \"\\\\$1\");\n}\n\nfunction bindEl(el) {\n let $el = $(el);\n Object.keys(bindings).forEach(function(className) {\n if ($el.hasClass(className) && !$el.hasClass(\"crosstalk-input-bound\")) {\n let binding = bindings[className];\n bindInstance(binding, el);\n }\n });\n}\n\nfunction bindInstance(binding, el) {\n let jsonEl = $(el).find(\"script[type='application/json'][data-for='\" + $escape(el.id) + \"']\");\n let data = JSON.parse(jsonEl[0].innerText);\n\n let instance = binding.factory(el, data);\n $(el).data(\"crosstalk-instance\", instance);\n $(el).addClass(\"crosstalk-input-bound\");\n}\n\nif (global.Shiny) {\n let inputBinding = new global.Shiny.InputBinding();\n let $ = global.jQuery;\n $.extend(inputBinding, {\n find: function(scope) {\n return $(scope).find(\".crosstalk-input\");\n },\n initialize: function(el) {\n if (!$(el).hasClass(\"crosstalk-input-bound\")) {\n bindEl(el);\n }\n },\n getId: function(el) {\n return el.id;\n },\n getValue: function(el) {\n\n },\n setValue: function(el, value) {\n\n },\n receiveMessage: function(el, data) {\n\n },\n subscribe: function(el, callback) {\n $(el).data(\"crosstalk-instance\").resume();\n },\n unsubscribe: function(el) {\n $(el).data(\"crosstalk-instance\").suspend();\n }\n });\n global.Shiny.inputBindings.register(inputBinding, \"crosstalk.inputBinding\");\n}\n", + "import * as input from \"./input\";\nimport { FilterHandle } from \"./filter\";\n\nlet $ = global.jQuery;\n\ninput.register({\n className: \"crosstalk-input-checkboxgroup\",\n\n factory: function(el, data) {\n /*\n * map: {\"groupA\": [\"keyA\", \"keyB\", ...], ...}\n * group: \"ct-groupname\"\n */\n let ctHandle = new FilterHandle(data.group);\n\n let lastKnownKeys;\n let $el = $(el);\n $el.on(\"change\", \"input[type='checkbox']\", function() {\n let checked = $el.find(\"input[type='checkbox']:checked\");\n if (checked.length === 0) {\n lastKnownKeys = null;\n ctHandle.clear();\n } else {\n let keys = {};\n checked.each(function() {\n data.map[this.value].forEach(function(key) {\n keys[key] = true;\n });\n });\n let keyArray = Object.keys(keys);\n keyArray.sort();\n lastKnownKeys = keyArray;\n ctHandle.set(keyArray);\n }\n });\n\n return {\n suspend: function() {\n ctHandle.clear();\n },\n resume: function() {\n if (lastKnownKeys)\n ctHandle.set(lastKnownKeys);\n }\n };\n }\n});\n", + "import * as input from \"./input\";\nimport * as util from \"./util\";\nimport { FilterHandle } from \"./filter\";\n\nlet $ = global.jQuery;\n\ninput.register({\n className: \"crosstalk-input-select\",\n\n factory: function(el, data) {\n /*\n * items: {value: [...], label: [...]}\n * map: {\"groupA\": [\"keyA\", \"keyB\", ...], ...}\n * group: \"ct-groupname\"\n */\n\n let first = [{value: \"\", label: \"(All)\"}];\n let items = util.dataframeToD3(data.items);\n let opts = {\n options: first.concat(items),\n valueField: \"value\",\n labelField: \"label\",\n searchField: \"label\"\n };\n\n let select = $(el).find(\"select\")[0];\n\n let selectize = $(select).selectize(opts)[0].selectize;\n\n let ctHandle = new FilterHandle(data.group);\n\n let lastKnownKeys;\n selectize.on(\"change\", function() {\n if (selectize.items.length === 0) {\n lastKnownKeys = null;\n ctHandle.clear();\n } else {\n let keys = {};\n selectize.items.forEach(function(group) {\n data.map[group].forEach(function(key) {\n keys[key] = true;\n });\n });\n let keyArray = Object.keys(keys);\n keyArray.sort();\n lastKnownKeys = keyArray;\n ctHandle.set(keyArray);\n }\n });\n\n return {\n suspend: function() {\n ctHandle.clear();\n },\n resume: function() {\n if (lastKnownKeys)\n ctHandle.set(lastKnownKeys);\n }\n };\n }\n});\n", + "import * as input from \"./input\";\nimport { FilterHandle } from \"./filter\";\n\nlet $ = global.jQuery;\nlet strftime = global.strftime;\n\ninput.register({\n className: \"crosstalk-input-slider\",\n\n factory: function(el, data) {\n /*\n * map: {\"groupA\": [\"keyA\", \"keyB\", ...], ...}\n * group: \"ct-groupname\"\n */\n let ctHandle = new FilterHandle(data.group);\n\n let opts = {};\n let $el = $(el).find(\"input\");\n let dataType = $el.data(\"data-type\");\n let timeFormat = $el.data(\"time-format\");\n let round = $el.data(\"round\");\n let timeFormatter;\n\n // Set up formatting functions\n if (dataType === \"date\") {\n timeFormatter = strftime.utc();\n opts.prettify = function(num) {\n return timeFormatter(timeFormat, new Date(num));\n };\n\n } else if (dataType === \"datetime\") {\n let timezone = $el.data(\"timezone\");\n if (timezone)\n timeFormatter = strftime.timezone(timezone);\n else\n timeFormatter = strftime;\n\n opts.prettify = function(num) {\n return timeFormatter(timeFormat, new Date(num));\n };\n } else if (dataType === \"number\") {\n if (typeof round !== \"undefined\")\n opts.prettify = function(num) {\n let factor = Math.pow(10, round);\n return Math.round(num * factor) / factor;\n };\n }\n\n $el.ionRangeSlider(opts);\n\n function getValue() {\n let result = $el.data(\"ionRangeSlider\").result;\n\n // Function for converting numeric value from slider to appropriate type.\n let convert;\n let dataType = $el.data(\"data-type\");\n if (dataType === \"date\") {\n convert = function(val) {\n return formatDateUTC(new Date(+val));\n };\n } else if (dataType === \"datetime\") {\n convert = function(val) {\n // Convert ms to s\n return +val / 1000;\n };\n } else {\n convert = function(val) { return +val; };\n }\n\n if ($el.data(\"ionRangeSlider\").options.type === \"double\") {\n return [convert(result.from), convert(result.to)];\n } else {\n return convert(result.from);\n }\n }\n\n let lastKnownKeys = null;\n\n $el.on(\"change.crosstalkSliderInput\", function(event) {\n if (!$el.data(\"updating\") && !$el.data(\"animating\")) {\n let [from, to] = getValue();\n let keys = [];\n for (let i = 0; i < data.values.length; i++) {\n let val = data.values[i];\n if (val >= from && val <= to) {\n keys.push(data.keys[i]);\n }\n }\n keys.sort();\n ctHandle.set(keys);\n lastKnownKeys = keys;\n }\n });\n\n\n // let $el = $(el);\n // $el.on(\"change\", \"input[type=\"checkbox\"]\", function() {\n // let checked = $el.find(\"input[type=\"checkbox\"]:checked\");\n // if (checked.length === 0) {\n // ctHandle.clear();\n // } else {\n // let keys = {};\n // checked.each(function() {\n // data.map[this.value].forEach(function(key) {\n // keys[key] = true;\n // });\n // });\n // let keyArray = Object.keys(keys);\n // keyArray.sort();\n // ctHandle.set(keyArray);\n // }\n // });\n\n return {\n suspend: function() {\n ctHandle.clear();\n },\n resume: function() {\n if (lastKnownKeys)\n ctHandle.set(lastKnownKeys);\n }\n };\n }\n});\n\n\n// Convert a number to a string with leading zeros\nfunction padZeros(n, digits) {\n let str = n.toString();\n while (str.length < digits)\n str = \"0\" + str;\n return str;\n}\n\n// Given a Date object, return a string in yyyy-mm-dd format, using the\n// UTC date. This may be a day off from the date in the local time zone.\nfunction formatDateUTC(date) {\n if (date instanceof Date) {\n return date.getUTCFullYear() + \"-\" +\n padZeros(date.getUTCMonth()+1, 2) + \"-\" +\n padZeros(date.getUTCDate(), 2);\n\n } else {\n return null;\n }\n}\n", + "import Events from \"./events\";\nimport grp from \"./group\";\nimport * as util from \"./util\";\n\n/**\n * Use this class to read and write (and listen for changes to) the selection\n * for a Crosstalk group. This is intended to be used for linked brushing.\n *\n * If two (or more) `SelectionHandle` instances in the same webpage share the\n * same group name, they will share the same state. Setting the selection using\n * one `SelectionHandle` instance will result in the `value` property instantly\n * changing across the others, and `\"change\"` event listeners on all instances\n * (including the one that initiated the sending) will fire.\n *\n * @param {string} [group] - The name of the Crosstalk group, or if none,\n * null or undefined (or any other falsy value). This can be changed later\n * via the [SelectionHandle#setGroup](#setGroup) method.\n * @param {Object} [extraInfo] - An object whose properties will be copied to\n * the event object whenever an event is emitted.\n */\nexport class SelectionHandle {\n\n constructor(group = null, extraInfo = null) {\n this._eventRelay = new Events();\n this._emitter = new util.SubscriptionTracker(this._eventRelay);\n\n // Name of the group we're currently tracking, if any. Can change over time.\n this._group = null;\n // The Var we're currently tracking, if any. Can change over time.\n this._var = null;\n // The event handler subscription we currently have on var.on(\"change\").\n this._varOnChangeSub = null;\n\n this._extraInfo = util.extend({ sender: this }, extraInfo);\n\n this.setGroup(group);\n }\n\n /**\n * Changes the Crosstalk group membership of this SelectionHandle. The group\n * being switched away from (if any) will not have its selection value\n * modified as a result of calling `setGroup`, even if this handle was the\n * most recent handle to set the selection of the group.\n *\n * The group being switched to (if any) will also not have its selection value\n * modified as a result of calling `setGroup`. If you want to set the\n * selection value of the new group, call `set` explicitly.\n *\n * @param {string} group - The name of the Crosstalk group, or null (or\n * undefined) to clear the group.\n */\n setGroup(group) {\n // If group is unchanged, do nothing\n if (this._group === group)\n return;\n // Treat null, undefined, and other falsy values the same\n if (!this._group && !group)\n return;\n\n if (this._var) {\n this._var.off(\"change\", this._varOnChangeSub);\n this._var = null;\n this._varOnChangeSub = null;\n }\n\n this._group = group;\n\n if (group) {\n this._var = grp(group).var(\"selection\");\n let sub = this._var.on(\"change\", (e) => {\n this._eventRelay.trigger(\"change\", e, this);\n });\n this._varOnChangeSub = sub;\n }\n }\n\n /**\n * Retrieves the current selection for the group represented by this\n * `SelectionHandle`.\n *\n * - If no selection is active, then this value will be falsy.\n * - If a selection is active, but no data points are selected, then this\n * value will be an empty array.\n * - If a selection is active, and data points are selected, then the keys\n * of the selected data points will be present in the array.\n */\n get value() {\n return this._var ? this._var.get() : null;\n }\n\n /**\n * Combines the given `extraInfo` (if any) with the handle's default\n * `_extraInfo` (if any).\n * @private\n */\n _mergeExtraInfo(extraInfo) {\n // Important incidental effect: shallow clone is returned\n return util.extend({},\n this._extraInfo ? this._extraInfo : null,\n extraInfo ? extraInfo : null);\n }\n\n /**\n * Overwrites the current selection for the group, and raises the `\"change\"`\n * event among all of the group's '`SelectionHandle` instances (including\n * this one).\n *\n * @fires SelectionHandle#change\n * @param {string[]} selectedKeys - Falsy, empty array, or array of keys (see\n * {@link SelectionHandle#value}).\n * @param {Object} [extraInfo] - Extra properties to be included on the event\n * object that's passed to listeners (in addition to any options that were\n * passed into the `SelectionHandle` constructor).\n */\n set(selectedKeys, extraInfo) {\n if (this._var)\n this._var.set(selectedKeys, this._mergeExtraInfo(extraInfo));\n }\n\n /**\n * Overwrites the current selection for the group, and raises the `\"change\"`\n * event among all of the group's '`SelectionHandle` instances (including\n * this one).\n *\n * @fires SelectionHandle#change\n * @param {Object} [extraInfo] - Extra properties to be included on the event\n * object that's passed to listeners (in addition to any that were passed\n * into the `SelectionHandle` constructor).\n */\n clear(extraInfo) {\n if (this._var)\n this.set(void 0, this._mergeExtraInfo(extraInfo));\n }\n\n /**\n * Subscribes to events on this `SelectionHandle`.\n *\n * @param {string} eventType - Indicates the type of events to listen to.\n * Currently, only `\"change\"` is supported.\n * @param {SelectionHandle~listener} listener - The callback function that\n * will be invoked when the event occurs.\n * @return {string} - A token to pass to {@link SelectionHandle#off} to cancel\n * this subscription.\n */\n on(eventType, listener) {\n return this._emitter.on(eventType, listener);\n }\n\n /**\n * Cancels event subscriptions created by {@link SelectionHandle#on}.\n *\n * @param {string} eventType - The type of event to unsubscribe.\n * @param {string|SelectionHandle~listener} listener - Either the callback\n * function previously passed into {@link SelectionHandle#on}, or the\n * string that was returned from {@link SelectionHandle#on}.\n */\n off(eventType, listener) {\n return this._emitter.off(eventType, listener);\n }\n\n /**\n * Shuts down the `SelectionHandle` object.\n *\n * Removes all event listeners that were added through this handle.\n */\n close() {\n this._emitter.removeAllListeners();\n this.setGroup(null);\n }\n}\n\n/**\n * @callback SelectionHandle~listener\n * @param {Object} event - An object containing details of the event. For\n * `\"change\"` events, this includes the properties `value` (the new\n * value of the selection, or `undefined` if no selection is active),\n * `oldValue` (the previous value of the selection), and `sender` (the\n * `SelectionHandle` instance that made the change).\n */\n\n/**\n * @event SelectionHandle#change\n * @type {object}\n * @property {object} value - The new value of the selection, or `undefined`\n * if no selection is active.\n * @property {object} oldValue - The previous value of the selection.\n * @property {SelectionHandle} sender - The `SelectionHandle` instance that\n * changed the value.\n */\n", + "export function extend(target, ...sources) {\n for (let i = 0; i < sources.length; i++) {\n let src = sources[i];\n if (typeof(src) === \"undefined\" || src === null)\n continue;\n\n for (let key in src) {\n if (src.hasOwnProperty(key)) {\n target[key] = src[key];\n }\n }\n }\n return target;\n}\n\nexport function checkSorted(list) {\n for (let i = 1; i < list.length; i++) {\n if (list[i] <= list[i-1]) {\n throw new Error(\"List is not sorted or contains duplicate\");\n }\n }\n}\n\nexport function diffSortedLists(a, b) {\n let i_a = 0;\n let i_b = 0;\n\n if (!a) a = [];\n if (!b) b = [];\n\n let a_only = [];\n let b_only = [];\n\n checkSorted(a);\n checkSorted(b);\n\n while (i_a < a.length && i_b < b.length) {\n if (a[i_a] === b[i_b]) {\n i_a++;\n i_b++;\n } else if (a[i_a] < b[i_b]) {\n a_only.push(a[i_a++]);\n } else {\n b_only.push(b[i_b++]);\n }\n }\n\n if (i_a < a.length)\n a_only = a_only.concat(a.slice(i_a));\n if (i_b < b.length)\n b_only = b_only.concat(b.slice(i_b));\n return {\n removed: a_only,\n added: b_only\n };\n}\n\n// Convert from wide: { colA: [1,2,3], colB: [4,5,6], ... }\n// to long: [ {colA: 1, colB: 4}, {colA: 2, colB: 5}, ... ]\nexport function dataframeToD3(df) {\n let names = [];\n let length;\n for (let name in df) {\n if (df.hasOwnProperty(name))\n names.push(name);\n if (typeof(df[name]) !== \"object\" || typeof(df[name].length) === \"undefined\") {\n throw new Error(\"All fields must be arrays\");\n } else if (typeof(length) !== \"undefined\" && length !== df[name].length) {\n throw new Error(\"All fields must be arrays of the same length\");\n }\n length = df[name].length;\n }\n let results = [];\n let item;\n for (let row = 0; row < length; row++) {\n item = {};\n for (let col = 0; col < names.length; col++) {\n item[names[col]] = df[names[col]][row];\n }\n results.push(item);\n }\n return results;\n}\n\n/**\n * Keeps track of all event listener additions/removals and lets all active\n * listeners be removed with a single operation.\n *\n * @private\n */\nexport class SubscriptionTracker {\n constructor(emitter) {\n this._emitter = emitter;\n this._subs = {};\n }\n\n on(eventType, listener) {\n let sub = this._emitter.on(eventType, listener);\n this._subs[sub] = eventType;\n return sub;\n }\n\n off(eventType, listener) {\n let sub = this._emitter.off(eventType, listener);\n if (sub) {\n delete this._subs[sub];\n }\n return sub;\n }\n\n removeAllListeners() {\n let current_subs = this._subs;\n this._subs = {};\n Object.keys(current_subs).forEach((sub) => {\n this._emitter.off(current_subs[sub], sub);\n });\n }\n}\n", + "import Events from \"./events\";\n\nexport default class Var {\n constructor(group, name, /*optional*/ value) {\n this._group = group;\n this._name = name;\n this._value = value;\n this._events = new Events();\n }\n\n get() {\n return this._value;\n }\n\n set(value, /*optional*/ event) {\n if (this._value === value) {\n // Do nothing; the value hasn't changed\n return;\n }\n let oldValue = this._value;\n this._value = value;\n // Alert JavaScript listeners that the value has changed\n let evt = {};\n if (event && typeof(event) === \"object\") {\n for (let k in event) {\n if (event.hasOwnProperty(k))\n evt[k] = event[k];\n }\n }\n evt.oldValue = oldValue;\n evt.value = value;\n this._events.trigger(\"change\", evt, this);\n\n // TODO: Make this extensible, to let arbitrary back-ends know that\n // something has changed\n if (global.Shiny && global.Shiny.onInputChange) {\n global.Shiny.onInputChange(\n \".clientValue-\" +\n (this._group.name !== null ? this._group.name + \"-\" : \"\") +\n this._name,\n typeof(value) === \"undefined\" ? null : value\n );\n }\n }\n\n on(eventType, listener) {\n return this._events.on(eventType, listener);\n }\n\n off(eventType, listener) {\n return this._events.off(eventType, listener);\n }\n}\n" + ] +} \ No newline at end of file diff --git a/R/BFI/BFI_ParitaBay_v1_files/libs/crosstalk-1.2.1/js/crosstalk.min.js b/R/BFI/BFI_ParitaBay_v1_files/libs/crosstalk-1.2.1/js/crosstalk.min.js new file mode 100644 index 0000000..b7ec0ac --- /dev/null +++ b/R/BFI/BFI_ParitaBay_v1_files/libs/crosstalk-1.2.1/js/crosstalk.min.js @@ -0,0 +1,2 @@ +!function o(u,a,l){function s(n,e){if(!a[n]){if(!u[n]){var t="function"==typeof require&&require;if(!e&&t)return t(n,!0);if(f)return f(n,!0);var r=new Error("Cannot find module '"+n+"'");throw r.code="MODULE_NOT_FOUND",r}var i=a[n]={exports:{}};u[n][0].call(i.exports,function(e){var t=u[n][1][e];return s(t||e)},i,i.exports,o,u,a,l)}return a[n].exports}for(var f="function"==typeof require&&require,e=0;e?@[\\\]^`{|}~])/g,"\\$1")+"']"),r=JSON.parse(n[0].innerText),i=e.factory(t,r);o(t).data("crosstalk-instance",i),o(t).addClass("crosstalk-input-bound")}if(t.Shiny){var e=new t.Shiny.InputBinding,u=t.jQuery;u.extend(e,{find:function(e){return u(e).find(".crosstalk-input")},initialize:function(e){var t,n;u(e).hasClass("crosstalk-input-bound")||(n=o(t=e),Object.keys(r).forEach(function(e){n.hasClass(e)&&!n.hasClass("crosstalk-input-bound")&&i(r[e],t)}))},getId:function(e){return e.id},getValue:function(e){},setValue:function(e,t){},receiveMessage:function(e,t){},subscribe:function(e,t){u(e).data("crosstalk-instance").resume()},unsubscribe:function(e){u(e).data("crosstalk-instance").suspend()}}),t.Shiny.inputBindings.register(e,"crosstalk.inputBinding")}}).call(this,"undefined"!=typeof global?global:"undefined"!=typeof self?self:"undefined"!=typeof window?window:{})},{}],7:[function(r,e,t){(function(e){"use strict";var t=function(e){{if(e&&e.__esModule)return e;var t={};if(null!=e)for(var n in e)Object.prototype.hasOwnProperty.call(e,n)&&(t[n]=e[n]);return t.default=e,t}}(r("./input")),n=r("./filter");var a=e.jQuery;t.register({className:"crosstalk-input-checkboxgroup",factory:function(e,r){var i=new n.FilterHandle(r.group),o=void 0,u=a(e);return u.on("change","input[type='checkbox']",function(){var e=u.find("input[type='checkbox']:checked");if(0===e.length)o=null,i.clear();else{var t={};e.each(function(){r.map[this.value].forEach(function(e){t[e]=!0})});var n=Object.keys(t);n.sort(),o=n,i.set(n)}}),{suspend:function(){i.clear()},resume:function(){o&&i.set(o)}}}})}).call(this,"undefined"!=typeof global?global:"undefined"!=typeof self?self:"undefined"!=typeof window?window:{})},{"./filter":2,"./input":6}],8:[function(r,e,t){(function(e){"use strict";var t=n(r("./input")),l=n(r("./util")),s=r("./filter");function n(e){if(e&&e.__esModule)return e;var t={};if(null!=e)for(var n in e)Object.prototype.hasOwnProperty.call(e,n)&&(t[n]=e[n]);return t.default=e,t}var f=e.jQuery;t.register({className:"crosstalk-input-select",factory:function(e,n){var t=l.dataframeToD3(n.items),r={options:[{value:"",label:"(All)"}].concat(t),valueField:"value",labelField:"label",searchField:"label"},i=f(e).find("select")[0],o=f(i).selectize(r)[0].selectize,u=new s.FilterHandle(n.group),a=void 0;return o.on("change",function(){if(0===o.items.length)a=null,u.clear();else{var t={};o.items.forEach(function(e){n.map[e].forEach(function(e){t[e]=!0})});var e=Object.keys(t);e.sort(),a=e,u.set(e)}}),{suspend:function(){u.clear()},resume:function(){a&&u.set(a)}}}})}).call(this,"undefined"!=typeof global?global:"undefined"!=typeof self?self:"undefined"!=typeof window?window:{})},{"./filter":2,"./input":6,"./util":11}],9:[function(n,e,t){(function(e){"use strict";var d=function(e,t){if(Array.isArray(e))return e;if(Symbol.iterator in Object(e))return function(e,t){var n=[],r=!0,i=!1,o=void 0;try{for(var u,a=e[Symbol.iterator]();!(r=(u=a.next()).done)&&(n.push(u.value),!t||n.length!==t);r=!0);}catch(e){i=!0,o=e}finally{try{!r&&a.return&&a.return()}finally{if(i)throw o}}return n}(e,t);throw new TypeError("Invalid attempt to destructure non-iterable instance")},t=function(e){{if(e&&e.__esModule)return e;var t={};if(null!=e)for(var n in e)Object.prototype.hasOwnProperty.call(e,n)&&(t[n]=e[n]);return t.default=e,t}}(n("./input")),a=n("./filter");var v=e.jQuery,p=e.strftime;function y(e,t){for(var n=e.toString();n.length {\n this._eventRelay.trigger(\"change\", e, this);\n });\n this._varOnChangeSub = sub;\n }\n }\n\n /**\n * Combine the given `extraInfo` (if any) with the handle's default\n * `_extraInfo` (if any).\n * @private\n */\n _mergeExtraInfo(extraInfo) {\n return util.extend({},\n this._extraInfo ? this._extraInfo : null,\n extraInfo ? extraInfo : null);\n }\n\n /**\n * Close the handle. This clears this handle's contribution to the filter set,\n * and unsubscribes all event listeners.\n */\n close() {\n this._emitter.removeAllListeners();\n this.clear();\n this.setGroup(null);\n }\n\n /**\n * Clear this handle's contribution to the filter set.\n *\n * @param {Object} [extraInfo] - Extra properties to be included on the event\n * object that's passed to listeners (in addition to any options that were\n * passed into the `FilterHandle` constructor).\n * \n * @fires FilterHandle#change\n */\n clear(extraInfo) {\n if (!this._filterSet)\n return;\n this._filterSet.clear(this._id);\n this._onChange(extraInfo);\n }\n\n /**\n * Set this handle's contribution to the filter set. This array should consist\n * of the keys of the rows that _should_ be displayed; any keys that are not\n * present in the array will be considered _filtered out_. Note that multiple\n * `FilterHandle` instances in the group may each contribute an array of keys,\n * and only those keys that appear in _all_ of the arrays make it through the\n * filter.\n *\n * @param {string[]} keys - Empty array, or array of keys. To clear the\n * filter, don't pass an empty array; instead, use the\n * {@link FilterHandle#clear} method.\n * @param {Object} [extraInfo] - Extra properties to be included on the event\n * object that's passed to listeners (in addition to any options that were\n * passed into the `FilterHandle` constructor).\n * \n * @fires FilterHandle#change\n */\n set(keys, extraInfo) {\n if (!this._filterSet)\n return;\n this._filterSet.update(this._id, keys);\n this._onChange(extraInfo);\n }\n\n /**\n * @return {string[]|null} - Either: 1) an array of keys that made it through\n * all of the `FilterHandle` instances, or, 2) `null`, which means no filter\n * is being applied (all data should be displayed).\n */\n get filteredKeys() {\n return this._filterSet ? this._filterSet.value : null;\n }\n\n /**\n * Subscribe to events on this `FilterHandle`.\n *\n * @param {string} eventType - Indicates the type of events to listen to.\n * Currently, only `\"change\"` is supported.\n * @param {FilterHandle~listener} listener - The callback function that\n * will be invoked when the event occurs.\n * @return {string} - A token to pass to {@link FilterHandle#off} to cancel\n * this subscription.\n */\n on(eventType, listener) {\n return this._emitter.on(eventType, listener);\n }\n\n /**\n * Cancel event subscriptions created by {@link FilterHandle#on}.\n *\n * @param {string} eventType - The type of event to unsubscribe.\n * @param {string|FilterHandle~listener} listener - Either the callback\n * function previously passed into {@link FilterHandle#on}, or the\n * string that was returned from {@link FilterHandle#on}.\n */\n off(eventType, listener) {\n return this._emitter.off(eventType, listener);\n }\n\n _onChange(extraInfo) {\n if (!this._filterSet)\n return;\n this._filterVar.set(this._filterSet.value, this._mergeExtraInfo(extraInfo));\n }\n\n /**\n * @callback FilterHandle~listener\n * @param {Object} event - An object containing details of the event. For\n * `\"change\"` events, this includes the properties `value` (the new\n * value of the filter set, or `null` if no filter set is active),\n * `oldValue` (the previous value of the filter set), and `sender` (the\n * `FilterHandle` instance that made the change).\n */\n\n}\n\n/**\n * @event FilterHandle#change\n * @type {object}\n * @property {object} value - The new value of the filter set, or `null`\n * if no filter set is active.\n * @property {object} oldValue - The previous value of the filter set.\n * @property {FilterHandle} sender - The `FilterHandle` instance that\n * changed the value.\n */\n","import { diffSortedLists } from \"./util\";\n\nfunction naturalComparator(a, b) {\n if (a === b) {\n return 0;\n } else if (a < b) {\n return -1;\n } else if (a > b) {\n return 1;\n }\n}\n\n/**\n * @private\n */\nexport default class FilterSet {\n constructor() {\n this.reset();\n }\n\n reset() {\n // Key: handle ID, Value: array of selected keys, or null\n this._handles = {};\n // Key: key string, Value: count of handles that include it\n this._keys = {};\n this._value = null;\n this._activeHandles = 0;\n }\n\n get value() {\n return this._value;\n }\n\n update(handleId, keys) {\n if (keys !== null) {\n keys = keys.slice(0); // clone before sorting\n keys.sort(naturalComparator);\n }\n\n let {added, removed} = diffSortedLists(this._handles[handleId], keys);\n this._handles[handleId] = keys;\n\n for (let i = 0; i < added.length; i++) {\n this._keys[added[i]] = (this._keys[added[i]] || 0) + 1;\n }\n for (let i = 0; i < removed.length; i++) {\n this._keys[removed[i]]--;\n }\n\n this._updateValue(keys);\n }\n\n /**\n * @param {string[]} keys Sorted array of strings that indicate\n * a superset of possible keys.\n * @private\n */\n _updateValue(keys = this._allKeys) {\n let handleCount = Object.keys(this._handles).length;\n if (handleCount === 0) {\n this._value = null;\n } else {\n this._value = [];\n for (let i = 0; i < keys.length; i++) {\n let count = this._keys[keys[i]];\n if (count === handleCount) {\n this._value.push(keys[i]);\n }\n }\n }\n }\n\n clear(handleId) {\n if (typeof(this._handles[handleId]) === \"undefined\") {\n return;\n }\n\n let keys = this._handles[handleId];\n if (!keys) {\n keys = [];\n }\n\n for (let i = 0; i < keys.length; i++) {\n this._keys[keys[i]]--;\n }\n delete this._handles[handleId];\n\n this._updateValue();\n }\n\n get _allKeys() {\n let allKeys = Object.keys(this._keys);\n allKeys.sort(naturalComparator);\n return allKeys;\n }\n}\n","import Var from \"./var\";\n\n// Use a global so that multiple copies of crosstalk.js can be loaded and still\n// have groups behave as singletons across all copies.\nglobal.__crosstalk_groups = global.__crosstalk_groups || {};\nlet groups = global.__crosstalk_groups;\n\nexport default function group(groupName) {\n if (groupName && typeof(groupName) === \"string\") {\n if (!groups.hasOwnProperty(groupName)) {\n groups[groupName] = new Group(groupName);\n }\n return groups[groupName];\n } else if (typeof(groupName) === \"object\" && groupName._vars && groupName.var) {\n // Appears to already be a group object\n return groupName;\n } else if (Array.isArray(groupName) &&\n groupName.length == 1 &&\n typeof(groupName[0]) === \"string\") {\n return group(groupName[0]);\n } else {\n throw new Error(\"Invalid groupName argument\");\n }\n}\n\nclass Group {\n constructor(name) {\n this.name = name;\n this._vars = {};\n }\n\n var(name) {\n if (!name || typeof(name) !== \"string\") {\n throw new Error(\"Invalid var name\");\n }\n\n if (!this._vars.hasOwnProperty(name))\n this._vars[name] = new Var(this, name);\n return this._vars[name];\n }\n\n has(name) {\n if (!name || typeof(name) !== \"string\") {\n throw new Error(\"Invalid var name\");\n }\n\n return this._vars.hasOwnProperty(name);\n }\n}\n","import group from \"./group\";\nimport { SelectionHandle } from \"./selection\";\nimport { FilterHandle } from \"./filter\";\nimport { bind } from \"./input\";\nimport \"./input_selectize\";\nimport \"./input_checkboxgroup\";\nimport \"./input_slider\";\n\nconst defaultGroup = group(\"default\");\n\nfunction var_(name) {\n return defaultGroup.var(name);\n}\n\nfunction has(name) {\n return defaultGroup.has(name);\n}\n\nif (global.Shiny) {\n global.Shiny.addCustomMessageHandler(\"update-client-value\", function(message) {\n if (typeof(message.group) === \"string\") {\n group(message.group).var(message.name).set(message.value);\n } else {\n var_(message.name).set(message.value);\n }\n });\n}\n\nconst crosstalk = {\n group: group,\n var: var_,\n has: has,\n SelectionHandle: SelectionHandle,\n FilterHandle: FilterHandle,\n bind: bind\n};\n\n/**\n * @namespace crosstalk\n */\nexport default crosstalk;\nglobal.crosstalk = crosstalk;\n","let $ = global.jQuery;\n\nlet bindings = {};\n\nexport function register(reg) {\n bindings[reg.className] = reg;\n if (global.document && global.document.readyState !== \"complete\") {\n $(() => {\n bind();\n });\n } else if (global.document) {\n setTimeout(bind, 100);\n }\n}\n\nexport function bind() {\n Object.keys(bindings).forEach(function(className) {\n let binding = bindings[className];\n $(\".\" + binding.className).not(\".crosstalk-input-bound\").each(function(i, el) {\n bindInstance(binding, el);\n });\n });\n}\n\n// Escape jQuery identifier\nfunction $escape(val) {\n return val.replace(/([!\"#$%&'()*+,./:;<=>?@[\\\\\\]^`{|}~])/g, \"\\\\$1\");\n}\n\nfunction bindEl(el) {\n let $el = $(el);\n Object.keys(bindings).forEach(function(className) {\n if ($el.hasClass(className) && !$el.hasClass(\"crosstalk-input-bound\")) {\n let binding = bindings[className];\n bindInstance(binding, el);\n }\n });\n}\n\nfunction bindInstance(binding, el) {\n let jsonEl = $(el).find(\"script[type='application/json'][data-for='\" + $escape(el.id) + \"']\");\n let data = JSON.parse(jsonEl[0].innerText);\n\n let instance = binding.factory(el, data);\n $(el).data(\"crosstalk-instance\", instance);\n $(el).addClass(\"crosstalk-input-bound\");\n}\n\nif (global.Shiny) {\n let inputBinding = new global.Shiny.InputBinding();\n let $ = global.jQuery;\n $.extend(inputBinding, {\n find: function(scope) {\n return $(scope).find(\".crosstalk-input\");\n },\n initialize: function(el) {\n if (!$(el).hasClass(\"crosstalk-input-bound\")) {\n bindEl(el);\n }\n },\n getId: function(el) {\n return el.id;\n },\n getValue: function(el) {\n\n },\n setValue: function(el, value) {\n\n },\n receiveMessage: function(el, data) {\n\n },\n subscribe: function(el, callback) {\n $(el).data(\"crosstalk-instance\").resume();\n },\n unsubscribe: function(el) {\n $(el).data(\"crosstalk-instance\").suspend();\n }\n });\n global.Shiny.inputBindings.register(inputBinding, \"crosstalk.inputBinding\");\n}\n","import * as input from \"./input\";\nimport { FilterHandle } from \"./filter\";\n\nlet $ = global.jQuery;\n\ninput.register({\n className: \"crosstalk-input-checkboxgroup\",\n\n factory: function(el, data) {\n /*\n * map: {\"groupA\": [\"keyA\", \"keyB\", ...], ...}\n * group: \"ct-groupname\"\n */\n let ctHandle = new FilterHandle(data.group);\n\n let lastKnownKeys;\n let $el = $(el);\n $el.on(\"change\", \"input[type='checkbox']\", function() {\n let checked = $el.find(\"input[type='checkbox']:checked\");\n if (checked.length === 0) {\n lastKnownKeys = null;\n ctHandle.clear();\n } else {\n let keys = {};\n checked.each(function() {\n data.map[this.value].forEach(function(key) {\n keys[key] = true;\n });\n });\n let keyArray = Object.keys(keys);\n keyArray.sort();\n lastKnownKeys = keyArray;\n ctHandle.set(keyArray);\n }\n });\n\n return {\n suspend: function() {\n ctHandle.clear();\n },\n resume: function() {\n if (lastKnownKeys)\n ctHandle.set(lastKnownKeys);\n }\n };\n }\n});\n","import * as input from \"./input\";\nimport * as util from \"./util\";\nimport { FilterHandle } from \"./filter\";\n\nlet $ = global.jQuery;\n\ninput.register({\n className: \"crosstalk-input-select\",\n\n factory: function(el, data) {\n /*\n * items: {value: [...], label: [...]}\n * map: {\"groupA\": [\"keyA\", \"keyB\", ...], ...}\n * group: \"ct-groupname\"\n */\n\n let first = [{value: \"\", label: \"(All)\"}];\n let items = util.dataframeToD3(data.items);\n let opts = {\n options: first.concat(items),\n valueField: \"value\",\n labelField: \"label\",\n searchField: \"label\"\n };\n\n let select = $(el).find(\"select\")[0];\n\n let selectize = $(select).selectize(opts)[0].selectize;\n\n let ctHandle = new FilterHandle(data.group);\n\n let lastKnownKeys;\n selectize.on(\"change\", function() {\n if (selectize.items.length === 0) {\n lastKnownKeys = null;\n ctHandle.clear();\n } else {\n let keys = {};\n selectize.items.forEach(function(group) {\n data.map[group].forEach(function(key) {\n keys[key] = true;\n });\n });\n let keyArray = Object.keys(keys);\n keyArray.sort();\n lastKnownKeys = keyArray;\n ctHandle.set(keyArray);\n }\n });\n\n return {\n suspend: function() {\n ctHandle.clear();\n },\n resume: function() {\n if (lastKnownKeys)\n ctHandle.set(lastKnownKeys);\n }\n };\n }\n});\n","import * as input from \"./input\";\nimport { FilterHandle } from \"./filter\";\n\nlet $ = global.jQuery;\nlet strftime = global.strftime;\n\ninput.register({\n className: \"crosstalk-input-slider\",\n\n factory: function(el, data) {\n /*\n * map: {\"groupA\": [\"keyA\", \"keyB\", ...], ...}\n * group: \"ct-groupname\"\n */\n let ctHandle = new FilterHandle(data.group);\n\n let opts = {};\n let $el = $(el).find(\"input\");\n let dataType = $el.data(\"data-type\");\n let timeFormat = $el.data(\"time-format\");\n let round = $el.data(\"round\");\n let timeFormatter;\n\n // Set up formatting functions\n if (dataType === \"date\") {\n timeFormatter = strftime.utc();\n opts.prettify = function(num) {\n return timeFormatter(timeFormat, new Date(num));\n };\n\n } else if (dataType === \"datetime\") {\n let timezone = $el.data(\"timezone\");\n if (timezone)\n timeFormatter = strftime.timezone(timezone);\n else\n timeFormatter = strftime;\n\n opts.prettify = function(num) {\n return timeFormatter(timeFormat, new Date(num));\n };\n } else if (dataType === \"number\") {\n if (typeof round !== \"undefined\")\n opts.prettify = function(num) {\n let factor = Math.pow(10, round);\n return Math.round(num * factor) / factor;\n };\n }\n\n $el.ionRangeSlider(opts);\n\n function getValue() {\n let result = $el.data(\"ionRangeSlider\").result;\n\n // Function for converting numeric value from slider to appropriate type.\n let convert;\n let dataType = $el.data(\"data-type\");\n if (dataType === \"date\") {\n convert = function(val) {\n return formatDateUTC(new Date(+val));\n };\n } else if (dataType === \"datetime\") {\n convert = function(val) {\n // Convert ms to s\n return +val / 1000;\n };\n } else {\n convert = function(val) { return +val; };\n }\n\n if ($el.data(\"ionRangeSlider\").options.type === \"double\") {\n return [convert(result.from), convert(result.to)];\n } else {\n return convert(result.from);\n }\n }\n\n let lastKnownKeys = null;\n\n $el.on(\"change.crosstalkSliderInput\", function(event) {\n if (!$el.data(\"updating\") && !$el.data(\"animating\")) {\n let [from, to] = getValue();\n let keys = [];\n for (let i = 0; i < data.values.length; i++) {\n let val = data.values[i];\n if (val >= from && val <= to) {\n keys.push(data.keys[i]);\n }\n }\n keys.sort();\n ctHandle.set(keys);\n lastKnownKeys = keys;\n }\n });\n\n\n // let $el = $(el);\n // $el.on(\"change\", \"input[type=\"checkbox\"]\", function() {\n // let checked = $el.find(\"input[type=\"checkbox\"]:checked\");\n // if (checked.length === 0) {\n // ctHandle.clear();\n // } else {\n // let keys = {};\n // checked.each(function() {\n // data.map[this.value].forEach(function(key) {\n // keys[key] = true;\n // });\n // });\n // let keyArray = Object.keys(keys);\n // keyArray.sort();\n // ctHandle.set(keyArray);\n // }\n // });\n\n return {\n suspend: function() {\n ctHandle.clear();\n },\n resume: function() {\n if (lastKnownKeys)\n ctHandle.set(lastKnownKeys);\n }\n };\n }\n});\n\n\n// Convert a number to a string with leading zeros\nfunction padZeros(n, digits) {\n let str = n.toString();\n while (str.length < digits)\n str = \"0\" + str;\n return str;\n}\n\n// Given a Date object, return a string in yyyy-mm-dd format, using the\n// UTC date. This may be a day off from the date in the local time zone.\nfunction formatDateUTC(date) {\n if (date instanceof Date) {\n return date.getUTCFullYear() + \"-\" +\n padZeros(date.getUTCMonth()+1, 2) + \"-\" +\n padZeros(date.getUTCDate(), 2);\n\n } else {\n return null;\n }\n}\n","import Events from \"./events\";\nimport grp from \"./group\";\nimport * as util from \"./util\";\n\n/**\n * Use this class to read and write (and listen for changes to) the selection\n * for a Crosstalk group. This is intended to be used for linked brushing.\n *\n * If two (or more) `SelectionHandle` instances in the same webpage share the\n * same group name, they will share the same state. Setting the selection using\n * one `SelectionHandle` instance will result in the `value` property instantly\n * changing across the others, and `\"change\"` event listeners on all instances\n * (including the one that initiated the sending) will fire.\n *\n * @param {string} [group] - The name of the Crosstalk group, or if none,\n * null or undefined (or any other falsy value). This can be changed later\n * via the [SelectionHandle#setGroup](#setGroup) method.\n * @param {Object} [extraInfo] - An object whose properties will be copied to\n * the event object whenever an event is emitted.\n */\nexport class SelectionHandle {\n\n constructor(group = null, extraInfo = null) {\n this._eventRelay = new Events();\n this._emitter = new util.SubscriptionTracker(this._eventRelay);\n\n // Name of the group we're currently tracking, if any. Can change over time.\n this._group = null;\n // The Var we're currently tracking, if any. Can change over time.\n this._var = null;\n // The event handler subscription we currently have on var.on(\"change\").\n this._varOnChangeSub = null;\n\n this._extraInfo = util.extend({ sender: this }, extraInfo);\n\n this.setGroup(group);\n }\n\n /**\n * Changes the Crosstalk group membership of this SelectionHandle. The group\n * being switched away from (if any) will not have its selection value\n * modified as a result of calling `setGroup`, even if this handle was the\n * most recent handle to set the selection of the group.\n *\n * The group being switched to (if any) will also not have its selection value\n * modified as a result of calling `setGroup`. If you want to set the\n * selection value of the new group, call `set` explicitly.\n *\n * @param {string} group - The name of the Crosstalk group, or null (or\n * undefined) to clear the group.\n */\n setGroup(group) {\n // If group is unchanged, do nothing\n if (this._group === group)\n return;\n // Treat null, undefined, and other falsy values the same\n if (!this._group && !group)\n return;\n\n if (this._var) {\n this._var.off(\"change\", this._varOnChangeSub);\n this._var = null;\n this._varOnChangeSub = null;\n }\n\n this._group = group;\n\n if (group) {\n this._var = grp(group).var(\"selection\");\n let sub = this._var.on(\"change\", (e) => {\n this._eventRelay.trigger(\"change\", e, this);\n });\n this._varOnChangeSub = sub;\n }\n }\n\n /**\n * Retrieves the current selection for the group represented by this\n * `SelectionHandle`.\n *\n * - If no selection is active, then this value will be falsy.\n * - If a selection is active, but no data points are selected, then this\n * value will be an empty array.\n * - If a selection is active, and data points are selected, then the keys\n * of the selected data points will be present in the array.\n */\n get value() {\n return this._var ? this._var.get() : null;\n }\n\n /**\n * Combines the given `extraInfo` (if any) with the handle's default\n * `_extraInfo` (if any).\n * @private\n */\n _mergeExtraInfo(extraInfo) {\n // Important incidental effect: shallow clone is returned\n return util.extend({},\n this._extraInfo ? this._extraInfo : null,\n extraInfo ? extraInfo : null);\n }\n\n /**\n * Overwrites the current selection for the group, and raises the `\"change\"`\n * event among all of the group's '`SelectionHandle` instances (including\n * this one).\n *\n * @fires SelectionHandle#change\n * @param {string[]} selectedKeys - Falsy, empty array, or array of keys (see\n * {@link SelectionHandle#value}).\n * @param {Object} [extraInfo] - Extra properties to be included on the event\n * object that's passed to listeners (in addition to any options that were\n * passed into the `SelectionHandle` constructor).\n */\n set(selectedKeys, extraInfo) {\n if (this._var)\n this._var.set(selectedKeys, this._mergeExtraInfo(extraInfo));\n }\n\n /**\n * Overwrites the current selection for the group, and raises the `\"change\"`\n * event among all of the group's '`SelectionHandle` instances (including\n * this one).\n *\n * @fires SelectionHandle#change\n * @param {Object} [extraInfo] - Extra properties to be included on the event\n * object that's passed to listeners (in addition to any that were passed\n * into the `SelectionHandle` constructor).\n */\n clear(extraInfo) {\n if (this._var)\n this.set(void 0, this._mergeExtraInfo(extraInfo));\n }\n\n /**\n * Subscribes to events on this `SelectionHandle`.\n *\n * @param {string} eventType - Indicates the type of events to listen to.\n * Currently, only `\"change\"` is supported.\n * @param {SelectionHandle~listener} listener - The callback function that\n * will be invoked when the event occurs.\n * @return {string} - A token to pass to {@link SelectionHandle#off} to cancel\n * this subscription.\n */\n on(eventType, listener) {\n return this._emitter.on(eventType, listener);\n }\n\n /**\n * Cancels event subscriptions created by {@link SelectionHandle#on}.\n *\n * @param {string} eventType - The type of event to unsubscribe.\n * @param {string|SelectionHandle~listener} listener - Either the callback\n * function previously passed into {@link SelectionHandle#on}, or the\n * string that was returned from {@link SelectionHandle#on}.\n */\n off(eventType, listener) {\n return this._emitter.off(eventType, listener);\n }\n\n /**\n * Shuts down the `SelectionHandle` object.\n *\n * Removes all event listeners that were added through this handle.\n */\n close() {\n this._emitter.removeAllListeners();\n this.setGroup(null);\n }\n}\n\n/**\n * @callback SelectionHandle~listener\n * @param {Object} event - An object containing details of the event. For\n * `\"change\"` events, this includes the properties `value` (the new\n * value of the selection, or `undefined` if no selection is active),\n * `oldValue` (the previous value of the selection), and `sender` (the\n * `SelectionHandle` instance that made the change).\n */\n\n/**\n * @event SelectionHandle#change\n * @type {object}\n * @property {object} value - The new value of the selection, or `undefined`\n * if no selection is active.\n * @property {object} oldValue - The previous value of the selection.\n * @property {SelectionHandle} sender - The `SelectionHandle` instance that\n * changed the value.\n */\n","export function extend(target, ...sources) {\n for (let i = 0; i < sources.length; i++) {\n let src = sources[i];\n if (typeof(src) === \"undefined\" || src === null)\n continue;\n\n for (let key in src) {\n if (src.hasOwnProperty(key)) {\n target[key] = src[key];\n }\n }\n }\n return target;\n}\n\nexport function checkSorted(list) {\n for (let i = 1; i < list.length; i++) {\n if (list[i] <= list[i-1]) {\n throw new Error(\"List is not sorted or contains duplicate\");\n }\n }\n}\n\nexport function diffSortedLists(a, b) {\n let i_a = 0;\n let i_b = 0;\n\n if (!a) a = [];\n if (!b) b = [];\n\n let a_only = [];\n let b_only = [];\n\n checkSorted(a);\n checkSorted(b);\n\n while (i_a < a.length && i_b < b.length) {\n if (a[i_a] === b[i_b]) {\n i_a++;\n i_b++;\n } else if (a[i_a] < b[i_b]) {\n a_only.push(a[i_a++]);\n } else {\n b_only.push(b[i_b++]);\n }\n }\n\n if (i_a < a.length)\n a_only = a_only.concat(a.slice(i_a));\n if (i_b < b.length)\n b_only = b_only.concat(b.slice(i_b));\n return {\n removed: a_only,\n added: b_only\n };\n}\n\n// Convert from wide: { colA: [1,2,3], colB: [4,5,6], ... }\n// to long: [ {colA: 1, colB: 4}, {colA: 2, colB: 5}, ... ]\nexport function dataframeToD3(df) {\n let names = [];\n let length;\n for (let name in df) {\n if (df.hasOwnProperty(name))\n names.push(name);\n if (typeof(df[name]) !== \"object\" || typeof(df[name].length) === \"undefined\") {\n throw new Error(\"All fields must be arrays\");\n } else if (typeof(length) !== \"undefined\" && length !== df[name].length) {\n throw new Error(\"All fields must be arrays of the same length\");\n }\n length = df[name].length;\n }\n let results = [];\n let item;\n for (let row = 0; row < length; row++) {\n item = {};\n for (let col = 0; col < names.length; col++) {\n item[names[col]] = df[names[col]][row];\n }\n results.push(item);\n }\n return results;\n}\n\n/**\n * Keeps track of all event listener additions/removals and lets all active\n * listeners be removed with a single operation.\n *\n * @private\n */\nexport class SubscriptionTracker {\n constructor(emitter) {\n this._emitter = emitter;\n this._subs = {};\n }\n\n on(eventType, listener) {\n let sub = this._emitter.on(eventType, listener);\n this._subs[sub] = eventType;\n return sub;\n }\n\n off(eventType, listener) {\n let sub = this._emitter.off(eventType, listener);\n if (sub) {\n delete this._subs[sub];\n }\n return sub;\n }\n\n removeAllListeners() {\n let current_subs = this._subs;\n this._subs = {};\n Object.keys(current_subs).forEach((sub) => {\n this._emitter.off(current_subs[sub], sub);\n });\n }\n}\n","import Events from \"./events\";\n\nexport default class Var {\n constructor(group, name, /*optional*/ value) {\n this._group = group;\n this._name = name;\n this._value = value;\n this._events = new Events();\n }\n\n get() {\n return this._value;\n }\n\n set(value, /*optional*/ event) {\n if (this._value === value) {\n // Do nothing; the value hasn't changed\n return;\n }\n let oldValue = this._value;\n this._value = value;\n // Alert JavaScript listeners that the value has changed\n let evt = {};\n if (event && typeof(event) === \"object\") {\n for (let k in event) {\n if (event.hasOwnProperty(k))\n evt[k] = event[k];\n }\n }\n evt.oldValue = oldValue;\n evt.value = value;\n this._events.trigger(\"change\", evt, this);\n\n // TODO: Make this extensible, to let arbitrary back-ends know that\n // something has changed\n if (global.Shiny && global.Shiny.onInputChange) {\n global.Shiny.onInputChange(\n \".clientValue-\" +\n (this._group.name !== null ? this._group.name + \"-\" : \"\") +\n this._name,\n typeof(value) === \"undefined\" ? null : value\n );\n }\n }\n\n on(eventType, listener) {\n return this._events.on(eventType, listener);\n }\n\n off(eventType, listener) {\n return this._events.off(eventType, listener);\n }\n}\n"]} \ No newline at end of file diff --git a/R/BFI/BFI_ParitaBay_v1_files/libs/crosstalk-1.2.1/scss/crosstalk.scss b/R/BFI/BFI_ParitaBay_v1_files/libs/crosstalk-1.2.1/scss/crosstalk.scss new file mode 100644 index 0000000..3566561 --- /dev/null +++ b/R/BFI/BFI_ParitaBay_v1_files/libs/crosstalk-1.2.1/scss/crosstalk.scss @@ -0,0 +1,75 @@ +/* Adjust margins outwards, so column contents line up with the edges of the + parent of container-fluid. */ +.container-fluid.crosstalk-bscols { + margin-left: -30px; + margin-right: -30px; + white-space: normal; +} + +/* But don't adjust the margins outwards if we're directly under the body, + i.e. we were the top-level of something at the console. */ +body > .container-fluid.crosstalk-bscols { + margin-left: auto; + margin-right: auto; +} + +.crosstalk-input-checkboxgroup .crosstalk-options-group .crosstalk-options-column { + display: inline-block; + padding-right: 12px; + vertical-align: top; +} + +@media only screen and (max-width:480px) { + .crosstalk-input-checkboxgroup .crosstalk-options-group .crosstalk-options-column { + display: block; + padding-right: inherit; + } +} + +/* Relevant BS3 styles to make filter_checkbox() look reasonable without Bootstrap */ +.crosstalk-input { + margin-bottom: 15px; /* a la .form-group */ + .control-label { + margin-bottom: 0; + vertical-align: middle; + } + input[type="checkbox"] { + margin: 4px 0 0; + margin-top: 1px; + line-height: normal; + } + .checkbox { + position: relative; + display: block; + margin-top: 10px; + margin-bottom: 10px; + } + .checkbox > label{ + padding-left: 20px; + margin-bottom: 0; + font-weight: 400; + cursor: pointer; + } + .checkbox input[type="checkbox"], + .checkbox-inline input[type="checkbox"] { + position: absolute; + margin-top: 2px; + margin-left: -20px; + } + .checkbox + .checkbox { + margin-top: -5px; + } + .checkbox-inline { + position: relative; + display: inline-block; + padding-left: 20px; + margin-bottom: 0; + font-weight: 400; + vertical-align: middle; + cursor: pointer; + } + .checkbox-inline + .checkbox-inline { + margin-top: 0; + margin-left: 10px; + } +} diff --git a/R/BFI/BFI_ParitaBay_v1_files/libs/datatables-binding-0.32/datatables.js b/R/BFI/BFI_ParitaBay_v1_files/libs/datatables-binding-0.32/datatables.js new file mode 100644 index 0000000..6a3c3d5 --- /dev/null +++ b/R/BFI/BFI_ParitaBay_v1_files/libs/datatables-binding-0.32/datatables.js @@ -0,0 +1,1536 @@ +(function() { + +// some helper functions: using a global object DTWidget so that it can be used +// in JS() code, e.g. datatable(options = list(foo = JS('code'))); unlike R's +// dynamic scoping, when 'code' is eval'ed, JavaScript does not know objects +// from the "parent frame", e.g. JS('DTWidget') will not work unless it was made +// a global object +var DTWidget = {}; + +// 123456666.7890 -> 123,456,666.7890 +var markInterval = function(d, digits, interval, mark, decMark, precision) { + x = precision ? d.toPrecision(digits) : d.toFixed(digits); + if (!/^-?[\d.]+$/.test(x)) return x; + var xv = x.split('.'); + if (xv.length > 2) return x; // should have at most one decimal point + xv[0] = xv[0].replace(new RegExp('\\B(?=(\\d{' + interval + '})+(?!\\d))', 'g'), mark); + return xv.join(decMark); +}; + +DTWidget.formatCurrency = function(data, currency, digits, interval, mark, decMark, before, zeroPrint) { + var d = parseFloat(data); + if (isNaN(d)) return ''; + if (zeroPrint !== null && d === 0.0) return zeroPrint; + var res = markInterval(d, digits, interval, mark, decMark); + res = before ? (/^-/.test(res) ? '-' + currency + res.replace(/^-/, '') : currency + res) : + res + currency; + return res; +}; + +DTWidget.formatString = function(data, prefix, suffix) { + var d = data; + if (d === null) return ''; + return prefix + d + suffix; +}; + +DTWidget.formatPercentage = function(data, digits, interval, mark, decMark, zeroPrint) { + var d = parseFloat(data); + if (isNaN(d)) return ''; + if (zeroPrint !== null && d === 0.0) return zeroPrint; + return markInterval(d * 100, digits, interval, mark, decMark) + '%'; +}; + +DTWidget.formatRound = function(data, digits, interval, mark, decMark, zeroPrint) { + var d = parseFloat(data); + if (isNaN(d)) return ''; + if (zeroPrint !== null && d === 0.0) return zeroPrint; + return markInterval(d, digits, interval, mark, decMark); +}; + +DTWidget.formatSignif = function(data, digits, interval, mark, decMark, zeroPrint) { + var d = parseFloat(data); + if (isNaN(d)) return ''; + if (zeroPrint !== null && d === 0.0) return zeroPrint; + return markInterval(d, digits, interval, mark, decMark, true); +}; + +DTWidget.formatDate = function(data, method, params) { + var d = data; + if (d === null) return ''; + // (new Date('2015-10-28')).toDateString() may return 2015-10-27 because the + // actual time created could be like 'Tue Oct 27 2015 19:00:00 GMT-0500 (CDT)', + // i.e. the date-only string is treated as UTC time instead of local time + if ((method === 'toDateString' || method === 'toLocaleDateString') && /^\d{4,}\D\d{2}\D\d{2}$/.test(d)) { + d = d.split(/\D/); + d = new Date(d[0], d[1] - 1, d[2]); + } else { + d = new Date(d); + } + return d[method].apply(d, params); +}; + +window.DTWidget = DTWidget; + +// A helper function to update the properties of existing filters +var setFilterProps = function(td, props) { + // Update enabled/disabled state + var $input = $(td).find('input').first(); + var searchable = $input.data('searchable'); + $input.prop('disabled', !searchable || props.disabled); + + // Based on the filter type, set its new values + var type = td.getAttribute('data-type'); + if (['factor', 'logical'].includes(type)) { + // Reformat the new dropdown options for use with selectize + var new_vals = props.params.options.map(function(item) { + return { text: item, value: item }; + }); + + // Find the selectize object + var dropdown = $(td).find('.selectized').eq(0)[0].selectize; + + // Note the current values + var old_vals = dropdown.getValue(); + + // Remove the existing values + dropdown.clearOptions(); + + // Add the new options + dropdown.addOption(new_vals); + + // Preserve the existing values + dropdown.setValue(old_vals); + + } else if (['number', 'integer', 'date', 'time'].includes(type)) { + // Apply internal scaling to new limits. Updating scale not yet implemented. + var slider = $(td).find('.noUi-target').eq(0); + var scale = Math.pow(10, Math.max(0, +slider.data('scale') || 0)); + var new_vals = [props.params.min * scale, props.params.max * scale]; + + // Note what the new limits will be just for this filter + var new_lims = new_vals.slice(); + + // Determine the current values and limits + var old_vals = slider.val().map(Number); + var old_lims = slider.noUiSlider('options').range; + old_lims = [old_lims.min, old_lims.max]; + + // Preserve the current values if filters have been applied; otherwise, apply no filtering + if (old_vals[0] != old_lims[0]) { + new_vals[0] = Math.max(old_vals[0], new_vals[0]); + } + + if (old_vals[1] != old_lims[1]) { + new_vals[1] = Math.min(old_vals[1], new_vals[1]); + } + + // Update the endpoints of the slider + slider.noUiSlider({ + start: new_vals, + range: {'min': new_lims[0], 'max': new_lims[1]} + }, true); + } +}; + +var transposeArray2D = function(a) { + return a.length === 0 ? a : HTMLWidgets.transposeArray2D(a); +}; + +var crosstalkPluginsInstalled = false; + +function maybeInstallCrosstalkPlugins() { + if (crosstalkPluginsInstalled) + return; + crosstalkPluginsInstalled = true; + + $.fn.dataTable.ext.afnFiltering.push( + function(oSettings, aData, iDataIndex) { + var ctfilter = oSettings.nTable.ctfilter; + if (ctfilter && !ctfilter[iDataIndex]) + return false; + + var ctselect = oSettings.nTable.ctselect; + if (ctselect && !ctselect[iDataIndex]) + return false; + + return true; + } + ); +} + +HTMLWidgets.widget({ + name: "datatables", + type: "output", + renderOnNullValue: true, + initialize: function(el, width, height) { + // in order that the type=number inputs return a number + $.valHooks.number = { + get: function(el) { + var value = parseFloat(el.value); + return isNaN(value) ? "" : value; + } + }; + $(el).html(' '); + return { + data: null, + ctfilterHandle: new crosstalk.FilterHandle(), + ctfilterSubscription: null, + ctselectHandle: new crosstalk.SelectionHandle(), + ctselectSubscription: null + }; + }, + renderValue: function(el, data, instance) { + if (el.offsetWidth === 0 || el.offsetHeight === 0) { + instance.data = data; + return; + } + instance.data = null; + var $el = $(el); + $el.empty(); + + if (data === null) { + $el.append(' '); + // clear previous Shiny inputs (if any) + for (var i in instance.clearInputs) instance.clearInputs[i](); + instance.clearInputs = {}; + return; + } + + var crosstalkOptions = data.crosstalkOptions; + if (!crosstalkOptions) crosstalkOptions = { + 'key': null, 'group': null + }; + if (crosstalkOptions.group) { + maybeInstallCrosstalkPlugins(); + instance.ctfilterHandle.setGroup(crosstalkOptions.group); + instance.ctselectHandle.setGroup(crosstalkOptions.group); + } + + // if we are in the viewer then we always want to fillContainer and + // and autoHideNavigation (unless the user has explicitly set these) + if (window.HTMLWidgets.viewerMode) { + if (!data.hasOwnProperty("fillContainer")) + data.fillContainer = true; + if (!data.hasOwnProperty("autoHideNavigation")) + data.autoHideNavigation = true; + } + + // propagate fillContainer to instance (so we have it in resize) + instance.fillContainer = data.fillContainer; + + var cells = data.data; + + if (cells instanceof Array) cells = transposeArray2D(cells); + + $el.append(data.container); + var $table = $el.find('table'); + if (data.class) $table.addClass(data.class); + if (data.caption) $table.prepend(data.caption); + + if (!data.selection) data.selection = { + mode: 'none', selected: null, target: 'row', selectable: null + }; + if (HTMLWidgets.shinyMode && data.selection.mode !== 'none' && + data.selection.target === 'row+column') { + if ($table.children('tfoot').length === 0) { + $table.append($('')); + $table.find('thead tr').clone().appendTo($table.find('tfoot')); + } + } + + // column filters + var filterRow; + switch (data.filter) { + case 'top': + $table.children('thead').append(data.filterHTML); + filterRow = $table.find('thead tr:last td'); + break; + case 'bottom': + if ($table.children('tfoot').length === 0) { + $table.append($('')); + } + $table.children('tfoot').prepend(data.filterHTML); + filterRow = $table.find('tfoot tr:first td'); + break; + } + + var options = { searchDelay: 1000 }; + if (cells !== null) $.extend(options, { + data: cells + }); + + // options for fillContainer + var bootstrapActive = typeof($.fn.popover) != 'undefined'; + if (instance.fillContainer) { + + // force scrollX/scrollY and turn off autoWidth + options.scrollX = true; + options.scrollY = "100px"; // can be any value, we'll adjust below + + // if we aren't paginating then move around the info/filter controls + // to save space at the bottom and rephrase the info callback + if (data.options.paging === false) { + + // we know how to do this cleanly for bootstrap, not so much + // for other themes/layouts + if (bootstrapActive) { + options.dom = "<'row'<'col-sm-4'i><'col-sm-8'f>>" + + "<'row'<'col-sm-12'tr>>"; + } + + options.fnInfoCallback = function(oSettings, iStart, iEnd, + iMax, iTotal, sPre) { + return Number(iTotal).toLocaleString() + " records"; + }; + } + } + + // auto hide navigation if requested + // Note, this only works on client-side processing mode as on server-side, + // cells (data.data) is null; In addition, we require the pageLength option + // being provided explicitly to enable this. Despite we may be able to deduce + // the default value of pageLength, it may complicate things so we'd rather + // put this responsiblity to users and warn them on the R side. + if (data.autoHideNavigation === true && data.options.paging !== false) { + // strip all nav if length >= cells + if ((cells instanceof Array) && data.options.pageLength >= cells.length) + options.dom = bootstrapActive ? "<'row'<'col-sm-12'tr>>" : "t"; + // alternatively lean things out for flexdashboard mobile portrait + else if (bootstrapActive && window.FlexDashboard && window.FlexDashboard.isMobilePhone()) + options.dom = "<'row'<'col-sm-12'f>>" + + "<'row'<'col-sm-12'tr>>" + + "<'row'<'col-sm-12'p>>"; + } + + $.extend(true, options, data.options || {}); + + var searchCols = options.searchCols; + if (searchCols) { + searchCols = searchCols.map(function(x) { + return x === null ? '' : x.search; + }); + // FIXME: this means I don't respect the escapeRegex setting + delete options.searchCols; + } + + // server-side processing? + var server = options.serverSide === true; + + // use the dataSrc function to pre-process JSON data returned from R + var DT_rows_all = [], DT_rows_current = []; + if (server && HTMLWidgets.shinyMode && typeof options.ajax === 'object' && + /^session\/[\da-z]+\/dataobj/.test(options.ajax.url) && !options.ajax.dataSrc) { + options.ajax.dataSrc = function(json) { + DT_rows_all = $.makeArray(json.DT_rows_all); + DT_rows_current = $.makeArray(json.DT_rows_current); + var data = json.data; + if (!colReorderEnabled()) return data; + var table = $table.DataTable(), order = table.colReorder.order(), flag = true, i, j, row; + for (i = 0; i < order.length; ++i) if (order[i] !== i) flag = false; + if (flag) return data; + for (i = 0; i < data.length; ++i) { + row = data[i].slice(); + for (j = 0; j < order.length; ++j) data[i][j] = row[order[j]]; + } + return data; + }; + } + + var thiz = this; + if (instance.fillContainer) $table.on('init.dt', function(e) { + thiz.fillAvailableHeight(el, $(el).innerHeight()); + }); + // If the page contains serveral datatables and one of which enables colReorder, + // the table.colReorder.order() function will exist but throws error when called. + // So it seems like the only way to know if colReorder is enabled or not is to + // check the options. + var colReorderEnabled = function() { return "colReorder" in options; }; + var table = $table.DataTable(options); + $el.data('datatable', table); + + if ('rowGroup' in options) { + // Maintain RowGroup dataSrc when columns are reordered (#1109) + table.on('column-reorder', function(e, settings, details) { + var oldDataSrc = table.rowGroup().dataSrc(); + var newDataSrc = details.mapping[oldDataSrc]; + table.rowGroup().dataSrc(newDataSrc); + }); + } + + // Unregister previous Crosstalk event subscriptions, if they exist + if (instance.ctfilterSubscription) { + instance.ctfilterHandle.off("change", instance.ctfilterSubscription); + instance.ctfilterSubscription = null; + } + if (instance.ctselectSubscription) { + instance.ctselectHandle.off("change", instance.ctselectSubscription); + instance.ctselectSubscription = null; + } + + if (!crosstalkOptions.group) { + $table[0].ctfilter = null; + $table[0].ctselect = null; + } else { + var key = crosstalkOptions.key; + function keysToMatches(keys) { + if (!keys) { + return null; + } else { + var selectedKeys = {}; + for (var i = 0; i < keys.length; i++) { + selectedKeys[keys[i]] = true; + } + var matches = {}; + for (var j = 0; j < key.length; j++) { + if (selectedKeys[key[j]]) + matches[j] = true; + } + return matches; + } + } + + function applyCrosstalkFilter(e) { + $table[0].ctfilter = keysToMatches(e.value); + table.draw(); + } + instance.ctfilterSubscription = instance.ctfilterHandle.on("change", applyCrosstalkFilter); + applyCrosstalkFilter({value: instance.ctfilterHandle.filteredKeys}); + + function applyCrosstalkSelection(e) { + if (e.sender !== instance.ctselectHandle) { + table + .rows('.' + selClass, {search: 'applied'}) + .nodes() + .to$() + .removeClass(selClass); + if (selectedRows) + changeInput('rows_selected', selectedRows(), void 0, true); + } + + if (e.sender !== instance.ctselectHandle && e.value && e.value.length) { + var matches = keysToMatches(e.value); + + // persistent selection with plotly (& leaflet) + var ctOpts = crosstalk.var("plotlyCrosstalkOpts").get() || {}; + if (ctOpts.persistent === true) { + var matches = $.extend(matches, $table[0].ctselect); + } + + $table[0].ctselect = matches; + table.draw(); + } else { + if ($table[0].ctselect) { + $table[0].ctselect = null; + table.draw(); + } + } + } + instance.ctselectSubscription = instance.ctselectHandle.on("change", applyCrosstalkSelection); + // TODO: This next line doesn't seem to work when renderDataTable is used + applyCrosstalkSelection({value: instance.ctselectHandle.value}); + } + + var inArray = function(val, array) { + return $.inArray(val, $.makeArray(array)) > -1; + }; + + // search the i-th column + var searchColumn = function(i, value) { + var regex = false, ci = true; + if (options.search) { + regex = options.search.regex, + ci = options.search.caseInsensitive !== false; + } + // need to transpose the column index when colReorder is enabled + if (table.colReorder) i = table.colReorder.transpose(i); + return table.column(i).search(value, regex, !regex, ci); + }; + + if (data.filter !== 'none') { + if (!data.hasOwnProperty('filterSettings')) data.filterSettings = {}; + + filterRow.each(function(i, td) { + + var $td = $(td), type = $td.data('type'), filter; + var $input = $td.children('div').first().children('input'); + var disabled = $input.prop('disabled'); + var searchable = table.settings()[0].aoColumns[i].bSearchable; + $input.prop('disabled', !searchable || disabled); + $input.data('searchable', searchable); // for updating later + $input.on('input blur', function() { + $input.next('span').toggle(Boolean($input.val())); + }); + // Bootstrap sets pointer-events to none and we won't be able to click + // the clear button + $input.next('span').css('pointer-events', 'auto').hide().click(function() { + $(this).hide().prev('input').val('').trigger('input').focus(); + }); + var searchCol; // search string for this column + if (searchCols && searchCols[i]) { + searchCol = searchCols[i]; + $input.val(searchCol).trigger('input'); + } + var $x = $td.children('div').last(); + + // remove the overflow: hidden attribute of the scrollHead + // (otherwise the scrolling table body obscures the filters) + // The workaround and the discussion from + // https://github.com/rstudio/DT/issues/554#issuecomment-518007347 + // Otherwise the filter selection will not be anchored to the values + // when the columns number is many and scrollX is enabled. + var scrollHead = $(el).find('.dataTables_scrollHead,.dataTables_scrollFoot'); + var cssOverflowHead = scrollHead.css('overflow'); + var scrollBody = $(el).find('.dataTables_scrollBody'); + var cssOverflowBody = scrollBody.css('overflow'); + var scrollTable = $(el).find('.dataTables_scroll'); + var cssOverflowTable = scrollTable.css('overflow'); + if (cssOverflowHead === 'hidden') { + $x.on('show hide', function(e) { + if (e.type === 'show') { + scrollHead.css('overflow', 'visible'); + scrollBody.css('overflow', 'visible'); + scrollTable.css('overflow-x', 'scroll'); + } else { + scrollHead.css('overflow', cssOverflowHead); + scrollBody.css('overflow', cssOverflowBody); + scrollTable.css('overflow-x', cssOverflowTable); + } + }); + $x.css('z-index', 25); + } + + if (inArray(type, ['factor', 'logical'])) { + $input.on({ + click: function() { + $input.parent().hide(); $x.show().trigger('show'); filter[0].selectize.focus(); + }, + input: function() { + var v1 = JSON.stringify(filter[0].selectize.getValue()), v2 = $input.val(); + if (v1 === '[]') v1 = ''; + if (v1 !== v2) filter[0].selectize.setValue(v2 === '' ? [] : JSON.parse(v2)); + } + }); + var $input2 = $x.children('select'); + filter = $input2.selectize($.extend({ + options: $input2.data('options').map(function(v, i) { + return ({text: v, value: v}); + }), + plugins: ['remove_button'], + hideSelected: true, + onChange: function(value) { + if (value === null) value = []; // compatibility with jQuery 3.0 + $input.val(value.length ? JSON.stringify(value) : ''); + if (value.length) $input.trigger('input'); + $input.attr('title', $input.val()); + if (server) { + searchColumn(i, value.length ? JSON.stringify(value) : '').draw(); + return; + } + // turn off filter if nothing selected + $td.data('filter', value.length > 0); + table.draw(); // redraw table, and filters will be applied + } + }, data.filterSettings.select)); + filter[0].selectize.on('blur', function() { + $x.hide().trigger('hide'); $input.parent().show(); $input.trigger('blur'); + }); + filter.next('div').css('margin-bottom', 'auto'); + } else if (type === 'character') { + var fun = function() { + searchColumn(i, $input.val()).draw(); + }; + // throttle searching for server-side processing + var throttledFun = $.fn.dataTable.util.throttle(fun, options.searchDelay); + $input.on('input', function(e, immediate) { + // always bypass throttling when immediate = true (via the updateSearch method) + (immediate || !server) ? fun() : throttledFun(); + }); + } else if (inArray(type, ['number', 'integer', 'date', 'time'])) { + var $x0 = $x; + $x = $x0.children('div').first(); + $x0.css({ + 'background-color': '#fff', + 'border': '1px #ddd solid', + 'border-radius': '4px', + 'padding': data.vertical ? '35px 20px': '20px 20px 10px 20px' + }); + var $spans = $x0.children('span').css({ + 'margin-top': data.vertical ? '0' : '10px', + 'white-space': 'nowrap' + }); + var $span1 = $spans.first(), $span2 = $spans.last(); + var r1 = +$x.data('min'), r2 = +$x.data('max'); + // when the numbers are too small or have many decimal places, the + // slider may have numeric precision problems (#150) + var scale = Math.pow(10, Math.max(0, +$x.data('scale') || 0)); + r1 = Math.round(r1 * scale); r2 = Math.round(r2 * scale); + var scaleBack = function(x, scale) { + if (scale === 1) return x; + var d = Math.round(Math.log(scale) / Math.log(10)); + // to avoid problems like 3.423/100 -> 0.034230000000000003 + return (x / scale).toFixed(d); + }; + var slider_min = function() { + return filter.noUiSlider('options').range.min; + }; + var slider_max = function() { + return filter.noUiSlider('options').range.max; + }; + $input.on({ + focus: function() { + $x0.show().trigger('show'); + // first, make sure the slider div leaves at least 20px between + // the two (slider value) span's + $x0.width(Math.max(160, $span1.outerWidth() + $span2.outerWidth() + 20)); + // then, if the input is really wide or slider is vertical, + // make the slider the same width as the input + if ($x0.outerWidth() < $input.outerWidth() || data.vertical) { + $x0.outerWidth($input.outerWidth()); + } + // make sure the slider div does not reach beyond the right margin + if ($(window).width() < $x0.offset().left + $x0.width()) { + $x0.offset({ + 'left': $input.offset().left + $input.outerWidth() - $x0.outerWidth() + }); + } + }, + blur: function() { + $x0.hide().trigger('hide'); + }, + input: function() { + if ($input.val() === '') filter.val([slider_min(), slider_max()]); + }, + change: function() { + var v = $input.val().replace(/\s/g, ''); + if (v === '') return; + v = v.split('...'); + if (v.length !== 2) { + $input.parent().addClass('has-error'); + return; + } + if (v[0] === '') v[0] = slider_min(); + if (v[1] === '') v[1] = slider_max(); + $input.parent().removeClass('has-error'); + // treat date as UTC time at midnight + var strTime = function(x) { + var s = type === 'date' ? 'T00:00:00Z' : ''; + var t = new Date(x + s).getTime(); + // add 10 minutes to date since it does not hurt the date, and + // it helps avoid the tricky floating point arithmetic problems, + // e.g. sometimes the date may be a few milliseconds earlier + // than the midnight due to precision problems in noUiSlider + return type === 'date' ? t + 3600000 : t; + }; + if (inArray(type, ['date', 'time'])) { + v[0] = strTime(v[0]); + v[1] = strTime(v[1]); + } + if (v[0] != slider_min()) v[0] *= scale; + if (v[1] != slider_max()) v[1] *= scale; + filter.val(v); + } + }); + var formatDate = function(d) { + d = scaleBack(d, scale); + if (type === 'number') return d; + if (type === 'integer') return parseInt(d); + var x = new Date(+d); + if (type === 'date') { + var pad0 = function(x) { + return ('0' + x).substr(-2, 2); + }; + return x.getUTCFullYear() + '-' + pad0(1 + x.getUTCMonth()) + + '-' + pad0(x.getUTCDate()); + } else { + return x.toISOString(); + } + }; + var opts = type === 'date' ? { step: 60 * 60 * 1000 } : + type === 'integer' ? { step: 1 } : {}; + + opts.orientation = data.vertical ? 'vertical': 'horizontal'; + opts.direction = data.vertical ? 'rtl': 'ltr'; + + filter = $x.noUiSlider($.extend({ + start: [r1, r2], + range: {min: r1, max: r2}, + connect: true + }, opts, data.filterSettings.slider)); + if (scale > 1) (function() { + var t1 = r1, t2 = r2; + var val = filter.val(); + while (val[0] > r1 || val[1] < r2) { + if (val[0] > r1) { + t1 -= val[0] - r1; + } + if (val[1] < r2) { + t2 += r2 - val[1]; + } + filter = $x.noUiSlider($.extend({ + start: [t1, t2], + range: {min: t1, max: t2}, + connect: true + }, opts, data.filterSettings.slider), true); + val = filter.val(); + } + r1 = t1; r2 = t2; + })(); + // format with active column renderer, if defined + var colDef = data.options.columnDefs.find(function(def) { + return (def.targets === i || inArray(i, def.targets)) && 'render' in def; + }); + var updateSliderText = function(v1, v2) { + // we only know how to use function renderers + if (colDef && typeof colDef.render === 'function') { + var restore = function(v) { + v = scaleBack(v, scale); + return inArray(type, ['date', 'time']) ? new Date(+v) : v; + } + $span1.text(colDef.render(restore(v1), 'display')); + $span2.text(colDef.render(restore(v2), 'display')); + } else { + $span1.text(formatDate(v1)); + $span2.text(formatDate(v2)); + } + }; + updateSliderText(r1, r2); + var updateSlider = function(e) { + var val = filter.val(); + // turn off filter if in full range + $td.data('filter', val[0] > slider_min() || val[1] < slider_max()); + var v1 = formatDate(val[0]), v2 = formatDate(val[1]), ival; + if ($td.data('filter')) { + ival = v1 + ' ... ' + v2; + $input.attr('title', ival).val(ival).trigger('input'); + } else { + $input.attr('title', '').val(''); + } + updateSliderText(val[0], val[1]); + if (e.type === 'slide') return; // no searching when sliding only + if (server) { + searchColumn(i, $td.data('filter') ? ival : '').draw(); + return; + } + table.draw(); + }; + filter.on({ + set: updateSlider, + slide: updateSlider + }); + } + + // server-side processing will be handled by R (or whatever server + // language you use); the following code is only needed for client-side + // processing + if (server) { + // if a search string has been pre-set, search now + if (searchCol) $input.trigger('input').trigger('change'); + return; + } + + var customFilter = function(settings, data, dataIndex) { + // there is no way to attach a search function to a specific table, + // and we need to make sure a global search function is not applied to + // all tables (i.e. a range filter in a previous table should not be + // applied to the current table); we use the settings object to + // determine if we want to perform searching on the current table, + // since settings.sTableId will be different to different tables + if (table.settings()[0] !== settings) return true; + // no filter on this column or no need to filter this column + if (typeof filter === 'undefined' || !$td.data('filter')) return true; + + var r = filter.val(), v, r0, r1; + var i_data = function(i) { + if (!colReorderEnabled()) return i; + var order = table.colReorder.order(), k; + for (k = 0; k < order.length; ++k) if (order[k] === i) return k; + return i; // in theory it will never be here... + } + v = data[i_data(i)]; + if (type === 'number' || type === 'integer') { + v = parseFloat(v); + // how to handle NaN? currently exclude these rows + if (isNaN(v)) return(false); + r0 = parseFloat(scaleBack(r[0], scale)) + r1 = parseFloat(scaleBack(r[1], scale)); + if (v >= r0 && v <= r1) return true; + } else if (type === 'date' || type === 'time') { + v = new Date(v); + r0 = new Date(r[0] / scale); r1 = new Date(r[1] / scale); + if (v >= r0 && v <= r1) return true; + } else if (type === 'factor') { + if (r.length === 0 || inArray(v, r)) return true; + } else if (type === 'logical') { + if (r.length === 0) return true; + if (inArray(v === '' ? 'na' : v, r)) return true; + } + return false; + }; + + $.fn.dataTable.ext.search.push(customFilter); + + // search for the preset search strings if it is non-empty + if (searchCol) $input.trigger('input').trigger('change'); + + }); + + } + + // highlight search keywords + var highlight = function() { + var body = $(table.table().body()); + // removing the old highlighting first + body.unhighlight(); + + // don't highlight the "not found" row, so we get the rows using the api + if (table.rows({ filter: 'applied' }).data().length === 0) return; + // highlight global search keywords + body.highlight($.trim(table.search()).split(/\s+/)); + // then highlight keywords from individual column filters + if (filterRow) filterRow.each(function(i, td) { + var $td = $(td), type = $td.data('type'); + if (type !== 'character') return; + var $input = $td.children('div').first().children('input'); + var column = table.column(i).nodes().to$(), + val = $.trim($input.val()); + if (type !== 'character' || val === '') return; + column.highlight(val.split(/\s+/)); + }); + }; + + if (options.searchHighlight) { + table + .on('draw.dt.dth column-visibility.dt.dth column-reorder.dt.dth', highlight) + .on('destroy', function() { + // remove event handler + table.off('draw.dt.dth column-visibility.dt.dth column-reorder.dt.dth'); + }); + + // Set the option for escaping regex characters in our search string. This will be used + // for all future matching. + jQuery.fn.highlight.options.escapeRegex = (!options.search || !options.search.regex); + + // initial highlight for state saved conditions and initial states + highlight(); + } + + // run the callback function on the table instance + if (typeof data.callback === 'function') data.callback(table); + + // double click to edit the cell, row, column, or all cells + if (data.editable) table.on('dblclick.dt', 'tbody td', function(e) { + // only bring up the editor when the cell itself is dbclicked, and ignore + // other dbclick events bubbled up (e.g. from the ) + if (e.target !== this) return; + var target = [], immediate = false; + switch (data.editable.target) { + case 'cell': + target = [this]; + immediate = true; // edit will take effect immediately + break; + case 'row': + target = table.cells(table.cell(this).index().row, '*').nodes(); + break; + case 'column': + target = table.cells('*', table.cell(this).index().column).nodes(); + break; + case 'all': + target = table.cells().nodes(); + break; + default: + throw 'The editable parameter must be "cell", "row", "column", or "all"'; + } + var disableCols = data.editable.disable ? data.editable.disable.columns : null; + var numericCols = data.editable.numeric; + var areaCols = data.editable.area; + var dateCols = data.editable.date; + for (var i = 0; i < target.length; i++) { + (function(cell, current) { + var $cell = $(cell), html = $cell.html(); + var _cell = table.cell(cell), value = _cell.data(), index = _cell.index().column; + var $input; + if (inArray(index, numericCols)) { + $input = $(''); + } else if (inArray(index, areaCols)) { + $input = $(''); + } else if (inArray(index, dateCols)) { + $input = $(''); + } else { + $input = $(''); + } + if (!immediate) { + $cell.data('input', $input).data('html', html); + $input.attr('title', 'Hit Ctrl+Enter to finish editing, or Esc to cancel'); + } + $input.val(value); + if (inArray(index, disableCols)) { + $input.attr('readonly', '').css('filter', 'invert(25%)'); + } + $cell.empty().append($input); + if (cell === current) $input.focus(); + $input.css('width', '100%'); + + if (immediate) $input.on('blur', function(e) { + var valueNew = $input.val(); + if (valueNew !== value) { + _cell.data(valueNew); + if (HTMLWidgets.shinyMode) { + changeInput('cell_edit', [cellInfo(cell)], 'DT.cellInfo', null, {priority: 'event'}); + } + // for server-side processing, users have to call replaceData() to update the table + if (!server) table.draw(false); + } else { + $cell.html(html); + } + }).on('keyup', function(e) { + // hit Escape to cancel editing + if (e.keyCode === 27) $input.trigger('blur'); + }); + + // bulk edit (row, column, or all) + if (!immediate) $input.on('keyup', function(e) { + var removeInput = function($cell, restore) { + $cell.data('input').remove(); + if (restore) $cell.html($cell.data('html')); + } + if (e.keyCode === 27) { + for (var i = 0; i < target.length; i++) { + removeInput($(target[i]), true); + } + } else if (e.keyCode === 13 && e.ctrlKey) { + // Ctrl + Enter + var cell, $cell, _cell, cellData = []; + for (var i = 0; i < target.length; i++) { + cell = target[i]; $cell = $(cell); _cell = table.cell(cell); + _cell.data($cell.data('input').val()); + HTMLWidgets.shinyMode && cellData.push(cellInfo(cell)); + removeInput($cell, false); + } + if (HTMLWidgets.shinyMode) { + changeInput('cell_edit', cellData, 'DT.cellInfo', null, {priority: "event"}); + } + if (!server) table.draw(false); + } + }); + })(target[i], this); + } + }); + + // interaction with shiny + if (!HTMLWidgets.shinyMode && !crosstalkOptions.group) return; + + var methods = {}; + var shinyData = {}; + + methods.updateCaption = function(caption) { + if (!caption) return; + $table.children('caption').replaceWith(caption); + } + + // register clear functions to remove input values when the table is removed + instance.clearInputs = {}; + + var changeInput = function(id, value, type, noCrosstalk, opts) { + var event = id; + id = el.id + '_' + id; + if (type) id = id + ':' + type; + // do not update if the new value is the same as old value + if (event !== 'cell_edit' && !/_clicked$/.test(event) && shinyData.hasOwnProperty(id) && shinyData[id] === JSON.stringify(value)) + return; + shinyData[id] = JSON.stringify(value); + if (HTMLWidgets.shinyMode && Shiny.setInputValue) { + Shiny.setInputValue(id, value, opts); + if (!instance.clearInputs[id]) instance.clearInputs[id] = function() { + Shiny.setInputValue(id, null); + } + } + + // HACK + if (event === "rows_selected" && !noCrosstalk) { + if (crosstalkOptions.group) { + var keys = crosstalkOptions.key; + var selectedKeys = null; + if (value) { + selectedKeys = []; + for (var i = 0; i < value.length; i++) { + // The value array's contents use 1-based row numbers, so we must + // convert to 0-based before indexing into the keys array. + selectedKeys.push(keys[value[i] - 1]); + } + } + instance.ctselectHandle.set(selectedKeys); + } + } + }; + + var addOne = function(x) { + return x.map(function(i) { return 1 + i; }); + }; + + var unique = function(x) { + var ux = []; + $.each(x, function(i, el){ + if ($.inArray(el, ux) === -1) ux.push(el); + }); + return ux; + } + + // change the row index of a cell + var tweakCellIndex = function(cell) { + var info = cell.index(); + // some cell may not be valid. e.g, #759 + // when using the RowGroup extension, datatables will + // generate the row label and the cells are not part of + // the data thus contain no row/col info + if (info === undefined) + return {row: null, col: null}; + if (server) { + info.row = DT_rows_current[info.row]; + } else { + info.row += 1; + } + return {row: info.row, col: info.column}; + } + + var cleanSelectedValues = function() { + changeInput('rows_selected', []); + changeInput('columns_selected', []); + changeInput('cells_selected', transposeArray2D([]), 'shiny.matrix'); + } + // #828 we should clean the selection on the server-side when the table reloads + cleanSelectedValues(); + + // a flag to indicates if select extension is initialized or not + var flagSelectExt = table.settings()[0]._select !== undefined; + // the Select extension should only be used in the client mode and + // when the selection.mode is set to none + if (data.selection.mode === 'none' && !server && flagSelectExt) { + var updateRowsSelected = function() { + var rows = table.rows({selected: true}); + var selected = []; + $.each(rows.indexes().toArray(), function(i, v) { + selected.push(v + 1); + }); + changeInput('rows_selected', selected); + } + var updateColsSelected = function() { + var columns = table.columns({selected: true}); + changeInput('columns_selected', columns.indexes().toArray()); + } + var updateCellsSelected = function() { + var cells = table.cells({selected: true}); + var selected = []; + cells.every(function() { + var row = this.index().row; + var col = this.index().column; + selected = selected.concat([[row + 1, col]]); + }); + changeInput('cells_selected', transposeArray2D(selected), 'shiny.matrix'); + } + table.on('select deselect', function(e, dt, type, indexes) { + updateRowsSelected(); + updateColsSelected(); + updateCellsSelected(); + }) + } + + var selMode = data.selection.mode, selTarget = data.selection.target; + var selDisable = data.selection.selectable === false; + if (inArray(selMode, ['single', 'multiple'])) { + var selClass = inArray(data.style, ['bootstrap', 'bootstrap4']) ? 'active' : 'selected'; + // selected1: row indices; selected2: column indices + var initSel = function(x) { + if (x === null || typeof x === 'boolean' || selTarget === 'cell') { + return {rows: [], cols: []}; + } else if (selTarget === 'row') { + return {rows: $.makeArray(x), cols: []}; + } else if (selTarget === 'column') { + return {rows: [], cols: $.makeArray(x)}; + } else if (selTarget === 'row+column') { + return {rows: $.makeArray(x.rows), cols: $.makeArray(x.cols)}; + } + } + var selected = data.selection.selected; + var selected1 = initSel(selected).rows, selected2 = initSel(selected).cols; + // selectable should contain either all positive or all non-positive values, not both + // positive values indicate "selectable" while non-positive values means "nonselectable" + // the assertion is performed on R side. (only column indicides could be zero which indicates + // the row name) + var selectable = data.selection.selectable; + var selectable1 = initSel(selectable).rows, selectable2 = initSel(selectable).cols; + + // After users reorder the rows or filter the table, we cannot use the table index + // directly. Instead, we need this function to find out the rows between the two clicks. + // If user filter the table again between the start click and the end click, the behavior + // would be undefined, but it should not be a problem. + var shiftSelRowsIndex = function(start, end) { + var indexes = server ? DT_rows_all : table.rows({ search: 'applied' }).indexes().toArray(); + start = indexes.indexOf(start); end = indexes.indexOf(end); + // if start is larger than end, we need to swap + if (start > end) { + var tmp = end; end = start; start = tmp; + } + return indexes.slice(start, end + 1); + } + + var serverRowIndex = function(clientRowIndex) { + return server ? DT_rows_current[clientRowIndex] : clientRowIndex + 1; + } + + // row, column, or cell selection + var lastClickedRow; + if (inArray(selTarget, ['row', 'row+column'])) { + // Get the current selected rows. It will also + // update the selected1's value based on the current row selection state + // Note we can't put this function inside selectRows() directly, + // the reason is method.selectRows() will override selected1's value but this + // function will add rows to selected1 (keep the existing selection), which is + // inconsistent with column and cell selection. + var selectedRows = function() { + var rows = table.rows('.' + selClass); + var idx = rows.indexes().toArray(); + if (!server) { + selected1 = addOne(idx); + return selected1; + } + idx = idx.map(function(i) { + return DT_rows_current[i]; + }); + selected1 = selMode === 'multiple' ? unique(selected1.concat(idx)) : idx; + return selected1; + } + // Change selected1's value based on selectable1, then refresh the row state + var onlyKeepSelectableRows = function() { + if (selDisable) { // users can't select; useful when only want backend select + selected1 = []; + return; + } + if (selectable1.length === 0) return; + var nonselectable = selectable1[0] <= 0; + if (nonselectable) { + // should make selectable1 positive + selected1 = $(selected1).not(selectable1.map(function(i) { return -i; })).get(); + } else { + selected1 = $(selected1).filter(selectable1).get(); + } + } + // Change selected1's value based on selectable1, then + // refresh the row selection state according to values in selected1 + var selectRows = function(ignoreSelectable) { + if (!ignoreSelectable) onlyKeepSelectableRows(); + table.$('tr.' + selClass).removeClass(selClass); + if (selected1.length === 0) return; + if (server) { + table.rows({page: 'current'}).every(function() { + if (inArray(DT_rows_current[this.index()], selected1)) { + $(this.node()).addClass(selClass); + } + }); + } else { + var selected0 = selected1.map(function(i) { return i - 1; }); + $(table.rows(selected0).nodes()).addClass(selClass); + } + } + table.on('mousedown.dt', 'tbody tr', function(e) { + var $this = $(this), thisRow = table.row(this); + if (selMode === 'multiple') { + if (e.shiftKey && lastClickedRow !== undefined) { + // select or de-select depends on the last clicked row's status + var flagSel = !$this.hasClass(selClass); + var crtClickedRow = serverRowIndex(thisRow.index()); + if (server) { + var rowsIndex = shiftSelRowsIndex(lastClickedRow, crtClickedRow); + // update current page's selClass + rowsIndex.map(function(i) { + var rowIndex = DT_rows_current.indexOf(i); + if (rowIndex >= 0) { + var row = table.row(rowIndex).nodes().to$(); + var flagRowSel = !row.hasClass(selClass); + if (flagSel === flagRowSel) row.toggleClass(selClass); + } + }); + // update selected1 + if (flagSel) { + selected1 = unique(selected1.concat(rowsIndex)); + } else { + selected1 = selected1.filter(function(index) { + return !inArray(index, rowsIndex); + }); + } + } else { + // js starts from 0 + shiftSelRowsIndex(lastClickedRow - 1, crtClickedRow - 1).map(function(value) { + var row = table.row(value).nodes().to$(); + var flagRowSel = !row.hasClass(selClass); + if (flagSel === flagRowSel) row.toggleClass(selClass); + }); + } + e.preventDefault(); + } else { + $this.toggleClass(selClass); + } + } else { + if ($this.hasClass(selClass)) { + $this.removeClass(selClass); + } else { + table.$('tr.' + selClass).removeClass(selClass); + $this.addClass(selClass); + } + } + if (server && !$this.hasClass(selClass)) { + var id = DT_rows_current[thisRow.index()]; + // remove id from selected1 since its class .selected has been removed + if (inArray(id, selected1)) selected1.splice($.inArray(id, selected1), 1); + } + selectedRows(); // update selected1's value based on selClass + selectRows(false); // only keep the selectable rows + changeInput('rows_selected', selected1); + changeInput('row_last_clicked', serverRowIndex(thisRow.index()), null, null, {priority: 'event'}); + lastClickedRow = serverRowIndex(thisRow.index()); + }); + selectRows(false); // in case users have specified pre-selected rows + // restore selected rows after the table is redrawn (e.g. sort/search/page); + // client-side tables will preserve the selections automatically; for + // server-side tables, we have to *real* row indices are in `selected1` + changeInput('rows_selected', selected1); + if (server) table.on('draw.dt', function(e) { selectRows(false); }); + methods.selectRows = function(selected, ignoreSelectable) { + selected1 = $.makeArray(selected); + selectRows(ignoreSelectable); + changeInput('rows_selected', selected1); + } + } + + if (inArray(selTarget, ['column', 'row+column'])) { + if (selTarget === 'row+column') { + $(table.columns().footer()).css('cursor', 'pointer'); + } + // update selected2's value based on selectable2 + var onlyKeepSelectableCols = function() { + if (selDisable) { // users can't select; useful when only want backend select + selected2 = []; + return; + } + if (selectable2.length === 0) return; + var nonselectable = selectable2[0] <= 0; + if (nonselectable) { + // need to make selectable2 positive + selected2 = $(selected2).not(selectable2.map(function(i) { return -i; })).get(); + } else { + selected2 = $(selected2).filter(selectable2).get(); + } + } + // update selected2 and then + // refresh the col selection state according to values in selected2 + var selectCols = function(ignoreSelectable) { + if (!ignoreSelectable) onlyKeepSelectableCols(); + // if selected2 is not a valide index (e.g., larger than the column number) + // table.columns(selected2) will fail and result in a blank table + // this is different from the table.rows(), where the out-of-range indexes + // doesn't affect at all + selected2 = $(selected2).filter(table.columns().indexes()).get(); + table.columns().nodes().flatten().to$().removeClass(selClass); + if (selected2.length > 0) + table.columns(selected2).nodes().flatten().to$().addClass(selClass); + } + var callback = function() { + var colIdx = selTarget === 'column' ? table.cell(this).index().column : + $.inArray(this, table.columns().footer()), + thisCol = $(table.column(colIdx).nodes()); + if (colIdx === -1) return; + if (thisCol.hasClass(selClass)) { + thisCol.removeClass(selClass); + selected2.splice($.inArray(colIdx, selected2), 1); + } else { + if (selMode === 'single') $(table.cells().nodes()).removeClass(selClass); + thisCol.addClass(selClass); + selected2 = selMode === 'single' ? [colIdx] : unique(selected2.concat([colIdx])); + } + selectCols(false); // update selected2 based on selectable + changeInput('columns_selected', selected2); + } + if (selTarget === 'column') { + $(table.table().body()).on('click.dt', 'td', callback); + } else { + $(table.table().footer()).on('click.dt', 'tr th', callback); + } + selectCols(false); // in case users have specified pre-selected columns + changeInput('columns_selected', selected2); + if (server) table.on('draw.dt', function(e) { selectCols(false); }); + methods.selectColumns = function(selected, ignoreSelectable) { + selected2 = $.makeArray(selected); + selectCols(ignoreSelectable); + changeInput('columns_selected', selected2); + } + } + + if (selTarget === 'cell') { + var selected3 = [], selectable3 = []; + if (selected !== null) selected3 = selected; + if (selectable !== null && typeof selectable !== 'boolean') selectable3 = selectable; + var findIndex = function(ij, sel) { + for (var i = 0; i < sel.length; i++) { + if (ij[0] === sel[i][0] && ij[1] === sel[i][1]) return i; + } + return -1; + } + // Change selected3's value based on selectable3, then refresh the cell state + var onlyKeepSelectableCells = function() { + if (selDisable) { // users can't select; useful when only want backend select + selected3 = []; + return; + } + if (selectable3.length === 0) return; + var nonselectable = selectable3[0][0] <= 0; + var out = []; + if (nonselectable) { + selected3.map(function(ij) { + // should make selectable3 positive + if (findIndex([-ij[0], -ij[1]], selectable3) === -1) { out.push(ij); } + }); + } else { + selected3.map(function(ij) { + if (findIndex(ij, selectable3) > -1) { out.push(ij); } + }); + } + selected3 = out; + } + // Change selected3's value based on selectable3, then + // refresh the cell selection state according to values in selected3 + var selectCells = function(ignoreSelectable) { + if (!ignoreSelectable) onlyKeepSelectableCells(); + table.$('td.' + selClass).removeClass(selClass); + if (selected3.length === 0) return; + if (server) { + table.cells({page: 'current'}).every(function() { + var info = tweakCellIndex(this); + if (findIndex([info.row, info.col], selected3) > -1) + $(this.node()).addClass(selClass); + }); + } else { + selected3.map(function(ij) { + $(table.cell(ij[0] - 1, ij[1]).node()).addClass(selClass); + }); + } + }; + table.on('click.dt', 'tbody td', function() { + var $this = $(this), info = tweakCellIndex(table.cell(this)); + if ($this.hasClass(selClass)) { + $this.removeClass(selClass); + selected3.splice(findIndex([info.row, info.col], selected3), 1); + } else { + if (selMode === 'single') $(table.cells().nodes()).removeClass(selClass); + $this.addClass(selClass); + selected3 = selMode === 'single' ? [[info.row, info.col]] : + unique(selected3.concat([[info.row, info.col]])); + } + selectCells(false); // must call this to update selected3 based on selectable3 + changeInput('cells_selected', transposeArray2D(selected3), 'shiny.matrix'); + }); + selectCells(false); // in case users have specified pre-selected columns + changeInput('cells_selected', transposeArray2D(selected3), 'shiny.matrix'); + + if (server) table.on('draw.dt', function(e) { selectCells(false); }); + methods.selectCells = function(selected, ignoreSelectable) { + selected3 = selected ? selected : []; + selectCells(ignoreSelectable); + changeInput('cells_selected', transposeArray2D(selected3), 'shiny.matrix'); + } + } + } + + // expose some table info to Shiny + var updateTableInfo = function(e, settings) { + // TODO: is anyone interested in the page info? + // changeInput('page_info', table.page.info()); + var updateRowInfo = function(id, modifier) { + var idx; + if (server) { + idx = modifier.page === 'current' ? DT_rows_current : DT_rows_all; + } else { + var rows = table.rows($.extend({ + search: 'applied', + page: 'all' + }, modifier)); + idx = addOne(rows.indexes().toArray()); + } + changeInput('rows' + '_' + id, idx); + }; + updateRowInfo('current', {page: 'current'}); + updateRowInfo('all', {}); + } + table.on('draw.dt', updateTableInfo); + updateTableInfo(); + + // state info + table.on('draw.dt column-visibility.dt', function() { + changeInput('state', table.state()); + }); + changeInput('state', table.state()); + + // search info + var updateSearchInfo = function() { + changeInput('search', table.search()); + if (filterRow) changeInput('search_columns', filterRow.toArray().map(function(td) { + return $(td).find('input').first().val(); + })); + } + table.on('draw.dt', updateSearchInfo); + updateSearchInfo(); + + var cellInfo = function(thiz) { + var info = tweakCellIndex(table.cell(thiz)); + info.value = table.cell(thiz).data(); + return info; + } + // the current cell clicked on + table.on('click.dt', 'tbody td', function() { + changeInput('cell_clicked', cellInfo(this), null, null, {priority: 'event'}); + }) + changeInput('cell_clicked', {}); + + // do not trigger table selection when clicking on links unless they have classes + table.on('mousedown.dt', 'tbody td a', function(e) { + if (this.className === '') e.stopPropagation(); + }); + + methods.addRow = function(data, rowname, resetPaging) { + var n = table.columns().indexes().length, d = n - data.length; + if (d === 1) { + data = rowname.concat(data) + } else if (d !== 0) { + console.log(data); + console.log(table.columns().indexes()); + throw 'New data must be of the same length as current data (' + n + ')'; + }; + table.row.add(data).draw(resetPaging); + } + + methods.updateSearch = function(keywords) { + if (keywords.global !== null) + $(table.table().container()).find('input[type=search]').first() + .val(keywords.global).trigger('input'); + var columns = keywords.columns; + if (!filterRow || columns === null) return; + filterRow.toArray().map(function(td, i) { + var v = typeof columns === 'string' ? columns : columns[i]; + if (typeof v === 'undefined') { + console.log('The search keyword for column ' + i + ' is undefined') + return; + } + // Update column search string and values on linked filter widgets. + // 'input' for factor and char filters, 'change' for numeric filters. + $(td).find('input').first().val(v).trigger('input', [true]).trigger('change'); + }); + table.draw(); + } + + methods.hideCols = function(hide, reset) { + if (reset) table.columns().visible(true, false); + table.columns(hide).visible(false); + } + + methods.showCols = function(show, reset) { + if (reset) table.columns().visible(false, false); + table.columns(show).visible(true); + } + + methods.colReorder = function(order, origOrder) { + table.colReorder.order(order, origOrder); + } + + methods.selectPage = function(page) { + if (table.page.info().pages < page || page < 1) { + throw 'Selected page is out of range'; + }; + table.page(page - 1).draw(false); + } + + methods.reloadData = function(resetPaging, clearSelection) { + // empty selections first if necessary + if (methods.selectRows && inArray('row', clearSelection)) methods.selectRows([]); + if (methods.selectColumns && inArray('column', clearSelection)) methods.selectColumns([]); + if (methods.selectCells && inArray('cell', clearSelection)) methods.selectCells([]); + table.ajax.reload(null, resetPaging); + } + + // update table filters (set new limits of sliders) + methods.updateFilters = function(newProps) { + // loop through each filter in the filter row + filterRow.each(function(i, td) { + var k = i; + if (filterRow.length > newProps.length) { + if (i === 0) return; // first column is row names + k = i - 1; + } + // Update the filters to reflect the updated data. + // Allow "falsy" (e.g. NULL) to signify a no-op. + if (newProps[k]) { + setFilterProps(td, newProps[k]); + } + }); + }; + + table.shinyMethods = methods; + }, + resize: function(el, width, height, instance) { + if (instance.data) this.renderValue(el, instance.data, instance); + + // dynamically adjust height if fillContainer = TRUE + if (instance.fillContainer) + this.fillAvailableHeight(el, height); + + this.adjustWidth(el); + }, + + // dynamically set the scroll body to fill available height + // (used with fillContainer = TRUE) + fillAvailableHeight: function(el, availableHeight) { + + // see how much of the table is occupied by header/footer elements + // and use that to compute a target scroll body height + var dtWrapper = $(el).find('div.dataTables_wrapper'); + var dtScrollBody = $(el).find($('div.dataTables_scrollBody')); + var framingHeight = dtWrapper.innerHeight() - dtScrollBody.innerHeight(); + var scrollBodyHeight = availableHeight - framingHeight; + + // we need to set `max-height` to none as datatables library now sets this + // to a fixed height, disabling the ability to resize to fill the window, + // as it will be set to a fixed 100px under such circumstances, e.g., RStudio IDE, + // or FlexDashboard + // see https://github.com/rstudio/DT/issues/951#issuecomment-1026464509 + dtScrollBody.css('max-height', 'none'); + // set the height + dtScrollBody.height(scrollBodyHeight + 'px'); + }, + + // adjust the width of columns; remove the hard-coded widths on table and the + // scroll header when scrollX/Y are enabled + adjustWidth: function(el) { + var $el = $(el), table = $el.data('datatable'); + if (table) table.columns.adjust(); + $el.find('.dataTables_scrollHeadInner').css('width', '') + .children('table').css('margin-left', ''); + } +}); + + if (!HTMLWidgets.shinyMode) return; + + Shiny.addCustomMessageHandler('datatable-calls', function(data) { + var id = data.id; + var el = document.getElementById(id); + var table = el ? $(el).data('datatable') : null; + if (!table) { + console.log("Couldn't find table with id " + id); + return; + } + + var methods = table.shinyMethods, call = data.call; + if (methods[call.method]) { + methods[call.method].apply(table, call.args); + } else { + console.log("Unknown method " + call.method); + } + }); + +})(); diff --git a/R/BFI/BFI_ParitaBay_v1_files/libs/datatables-css-0.0.0/datatables-crosstalk.css b/R/BFI/BFI_ParitaBay_v1_files/libs/datatables-css-0.0.0/datatables-crosstalk.css new file mode 100644 index 0000000..bd1159c --- /dev/null +++ b/R/BFI/BFI_ParitaBay_v1_files/libs/datatables-css-0.0.0/datatables-crosstalk.css @@ -0,0 +1,32 @@ +.dt-crosstalk-fade { + opacity: 0.2; +} + +html body div.DTS div.dataTables_scrollBody { + background: none; +} + + +/* +Fix https://github.com/rstudio/DT/issues/563 +If the `table.display` is set to "block" (e.g., pkgdown), the browser will display +datatable objects strangely. The search panel and the page buttons will still be +in full-width but the table body will be "compact" and shorter. +In therory, having this attributes will affect `dom="t"` +with `display: block` users. But in reality, there should be no one. +We may remove the below lines in the future if the upstream agree to have this there. +See https://github.com/DataTables/DataTablesSrc/issues/160 +*/ + +table.dataTable { + display: table; +} + + +/* +When DTOutput(fill = TRUE), it receives a .html-fill-item class (via htmltools::bindFillRole()), which effectively amounts to `flex: 1 1 auto`. That's mostly fine, but the case where `fillContainer=TRUE`+`height:auto`+`flex-basis:auto` and the container (e.g., a bslib::card()) doesn't have a defined height is a bit problematic since the table wants to fit the parent but the parent wants to fit the table, which results pretty small table height (maybe because there is a minimum height somewhere?). It seems better in this case to impose a 400px height default for the table, which we can do by setting `flex-basis` to 400px (the table is still allowed to grow/shrink when the container has an opinionated height). +*/ + +.html-fill-container > .html-fill-item.datatables { + flex-basis: 400px; +} diff --git a/R/BFI/BFI_ParitaBay_v1_files/libs/dt-core-1.13.6/css/jquery.dataTables.extra.css b/R/BFI/BFI_ParitaBay_v1_files/libs/dt-core-1.13.6/css/jquery.dataTables.extra.css new file mode 100644 index 0000000..b2dd141 --- /dev/null +++ b/R/BFI/BFI_ParitaBay_v1_files/libs/dt-core-1.13.6/css/jquery.dataTables.extra.css @@ -0,0 +1,28 @@ +/* Selected rows/cells */ +table.dataTable tr.selected td, table.dataTable td.selected { + background-color: #b0bed9 !important; +} +/* In case of scrollX/Y or FixedHeader */ +.dataTables_scrollBody .dataTables_sizing { + visibility: hidden; +} + +/* The datatables' theme CSS file doesn't define +the color but with white background. It leads to an issue that +when the HTML's body color is set to 'white', the user can't +see the text since the background is white. One case happens in the +RStudio's IDE when inline viewing the DT table inside an Rmd file, +if the IDE theme is set to "Cobalt". + +See https://github.com/rstudio/DT/issues/447 for more info + +This fixes should have little side-effects because all the other elements +of the default theme use the #333 font color. + +TODO: The upstream may use relative colors for both the table background +and the color. It means the table can display well without this patch +then. At that time, we need to remove the below CSS attributes. +*/ +div.datatables { + color: #333; +} diff --git a/R/BFI/BFI_ParitaBay_v1_files/libs/dt-core-1.13.6/css/jquery.dataTables.min.css b/R/BFI/BFI_ParitaBay_v1_files/libs/dt-core-1.13.6/css/jquery.dataTables.min.css new file mode 100644 index 0000000..ad59f84 --- /dev/null +++ b/R/BFI/BFI_ParitaBay_v1_files/libs/dt-core-1.13.6/css/jquery.dataTables.min.css @@ -0,0 +1 @@ +:root{--dt-row-selected: 13, 110, 253;--dt-row-selected-text: 255, 255, 255;--dt-row-selected-link: 9, 10, 11;--dt-row-stripe: 0, 0, 0;--dt-row-hover: 0, 0, 0;--dt-column-ordering: 0, 0, 0;--dt-html-background: white}:root.dark{--dt-html-background: rgb(33, 37, 41)}table.dataTable td.dt-control{text-align:center;cursor:pointer}table.dataTable td.dt-control:before{display:inline-block;color:rgba(0, 0, 0, 0.5);content:"â–º"}table.dataTable tr.dt-hasChild td.dt-control:before{content:"â–¼"}html.dark table.dataTable td.dt-control:before{color:rgba(255, 255, 255, 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DataTables 1.13.6 + * ©2008-2023 SpryMedia Ltd - datatables.net/license + */ +!function(n){"use strict";var a;"function"==typeof define&&define.amd?define(["jquery"],function(t){return n(t,window,document)}):"object"==typeof exports?(a=require("jquery"),"undefined"==typeof window?module.exports=function(t,e){return t=t||window,e=e||a(t),n(e,t,t.document)}:n(a,window,window.document)):window.DataTable=n(jQuery,window,document)}(function(P,j,v,H){"use strict";function d(t){var e=parseInt(t,10);return!isNaN(e)&&isFinite(t)?e:null}function l(t,e,n){var a=typeof t,r="string"==a;return"number"==a||"bigint"==a||!!h(t)||(e&&r&&(t=$(t,e)),n&&r&&(t=t.replace(q,"")),!isNaN(parseFloat(t))&&isFinite(t))}function a(t,e,n){var a;return!!h(t)||(h(a=t)||"string"==typeof a)&&!!l(t.replace(V,"").replace(/ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
+ + + +
+
+
+
+
+ +
+ + + + + + + +
+

Question

+

Can we make forested areas in the Cauca Valley more bird friendly +through restoration? First let’s look at baseline BFI values across +possible restoration sites and see if it can be related to current land +cover.

+
+
+

Set up analysis

+

First, we load a bunch of libraries and set some options.

+
# set up
+library(cluster)
+library(NbClust)
+library(vegan)
+library(unmarked)
+library(mgcv)
+library(mgcViz)
+library(tidyverse)
+library(lubridate)
+library(stringr)
+
+setwd("C:/Users/tmeehan/Box/Cauca Valley monitoring/r_work")
+
+options(scipen=99999)
+options(max.print=99999)
+options(stringsAsFactors=F)
+
+
+

Get data

+

Next, we get the count data, remove flyover birds, add a month +column, and change Spanish words to English for the gringos on staff. We +then select only landbird species and only those with trait data for +functional species assignment. We end up analyzing data for 225 +species.

+

The species table that is imported at the end of this code block is a +critical input to the analysis as it has species detection scores +derived from professional opinion, species conservation scores from +Partners in Flight, and a bunch of traits related to food type, foraging +stratum, and body size for functional species determination.

+
# get raw count data
+d0 <- read.csv("count_data.csv") %>% 
+  rename_all(tolower) %>% 
+  rename_all(~ gsub(".", "_", ., fixed=T)) %>% 
+  filter(tipo_de_registro %in% c("Visual","Auditivo","visual","auditivo")) %>%
+  mutate(distance=as.numeric(stringr::str_trim(distancia))) %>% 
+  mutate(date=dmy(paste0(str_trim(fecha), "-2023"))) %>% 
+  mutate(hora_inicio=hm(hora_inicio),
+         hora_final=hm(hora_final)) %>% 
+  mutate(start_time=hour(hora_inicio)+(minute(hora_inicio)/60),
+         end_time=hour(hora_final)+(minute(hora_final)/60),
+         month=month(date)) %>% 
+  mutate(count=as.numeric(str_trim(individuos)),
+         observador=str_trim(observador),
+         cuenca=str_trim(cuenca),
+         celda=str_trim(celda),
+         punto=str_trim(punto)) %>% 
+  filter(!is.na(count)) %>% 
+  select(watershed=cuenca, site=celda, point=punto, date, month, 
+         observer_id=observador, start_time, end_time, species=especie, 
+         distance, count) %>% 
+  uncount(count) %>% 
+  mutate(month=ifelse(month==9, 8, month))
+
+# just landbird species with trait data
+spp1 <- read.csv("species_data.csv") %>% 
+  filter(guild=="landbird")
+d1 <- d0 %>% filter(species %in% spp1$species)
+
+
+

Distance analysis

+

Next, we take advantage of the distance data collected and calculate +distance based detection probabilities per species. First, we trim the +observations to 80 m to capture the data most informative for distance +analysis. Then we restrict the data to species with at least 20 +observations. Then, for each species, site, point, and month, we count +the number of individuals per 4 distance bins. Then we zero fill the +bins. Then we loop through the species and calculate species-specific +distance functions and detection probabilities. The histogram at the +bottom shows the variation across species in distance-based detection +probabilities within 80 m of an observer.

+
# filter out no distance data and distance over 80 m
+max_d <- 80
+d2 <- d1 %>% 
+  filter(!is.na(distance),
+         distance<=max_d)
+
+# just species with large sample more than 20
+thresh_ss <- 20
+d2 <- d2 %>% group_by(species) %>% mutate(n_counted=n()) %>% 
+  ungroup() %>% 
+  filter(n_counted>=thresh_ss) %>% 
+  arrange(species)
+
+# info
+n_species <- length(unique(d2$species))
+spp_nams <- unique(d2$species)
+
+# make counts per bin
+d3 <- d2 %>% 
+  mutate(distance_bin=ifelse(distance<max_d/4, max_d/4, ifelse(
+    distance>=max_d/4 & distance<max_d/2, max_d/2, ifelse(
+      distance>=max_d/2 & distance<max_d*3/4, max_d*3/4, max_d)))) %>% 
+  group_by(site, point, month, species, distance_bin) %>% 
+  count() 
+
+# zero fill
+all_combos <- expand_grid(site=unique(d3$site),
+                          point=unique(d3$point),
+                          month=unique(d3$month),
+                          species=unique(d3$species),
+                          distance_bin=unique(d3$distance_bin))
+d4 <- all_combos %>% left_join(d3) %>% mutate(n=ifelse(is.na(n), 0, n)) %>% 
+  arrange(distance_bin, species, n)
+
+# loop through species
+dist_out <- c()
+for(i in 1:length(spp_nams)){
+  # data
+  d_i <- d4 %>% filter(species==spp_nams[i]) %>% 
+    pivot_wider(values_from=n, names_from=distance_bin)
+  # umf
+  umf_i <- unmarkedFrameDS(y=as.matrix(d_i[,5:8]),
+                            #siteCovs=data.frame(),
+                            dist.breaks=c(0,max_d/4,max_d/2,max_d*3/4, max_d), 
+                            unitsIn="m", survey="point")
+  # model
+  dm_i <- distsamp(~1 ~1, umf_i)
+  # effective area
+  sig <- exp(coef(dm_i, type="det"))
+  ea <- 2*pi * integrate(grhn, 0, max_d, sigma=sig)$value
+  # detection probability
+  dp_i <- ea / (pi*max_d^2)
+  df_i <- data.frame(species=spp_nams[i], dist_det_p=dp_i)
+  dist_out <- rbind(dist_out, df_i)
+}
+
+# show histogram of detection
+ggplot(dist_out) + geom_histogram(aes(x=dist_det_p), col="white") +
+  theme_bw()
+

+
+
+

Occupancy analysis

+

Next, we take advantage of repeat observations by two observers and +calculate occupancy based detection probabilities. Again, this analysis +is for species where there are at least 20 observations. The histogram +at the bottom shows the variation across species in occupancy-based +detection probabilities.

+
# just species with large sample more than 20
+d2 <- d1 %>% group_by(species) %>% mutate(n_counted=n()) %>% 
+  ungroup() %>% 
+  filter(n_counted>=thresh_ss) %>% 
+  arrange(species)
+
+# info
+n_species <- length(unique(d2$species))
+spp_nams <- unique(d2$species)
+
+# make counts
+d3 <- d2 %>%
+  mutate(observer_id=str_trim(observer_id)) %>% 
+  group_by(site, point, month, species, observer_id) %>% 
+  count() 
+
+# zero fill
+all_combos <- expand_grid(site=unique(d3$site),
+                          point=unique(d3$point),
+                          month=unique(d3$month),
+                          species=unique(d3$species),
+                          observer_id=unique(d3$observer_id))
+d4 <- all_combos %>% left_join(d3) %>% 
+  mutate(n=ifelse(is.na(n), 0, n)) %>% 
+  arrange(site, point, month, species) %>% 
+  pivot_wider(values_from = n, names_from=observer_id) %>% 
+  rename(y1=SANTIAGO, y2=JUAN) %>% 
+  arrange(species, site, point, month) %>% 
+  mutate(y2=ifelse(y2>0, 1, 0),
+         y1=ifelse(y1>0, 1, 0))
+
+# loop through species
+occ_out <- c()
+for(i in 1:length(spp_nams)){
+  d_i <- d4 %>% filter(species==spp_nams[i]) %>% select(y1, y2) %>% as.matrix()
+  umf_i <- unmarkedFrameOccu(y=d_i)
+  om_i <- occu(~1 ~1, umf_i)
+  p_i <- as.numeric(plogis(coef(om_i)[2]))
+  df_i <- data.frame(species=spp_nams[i],
+                      occ_det_p=p_i)
+  occ_out <- rbind(occ_out, df_i)
+}
+
+# show histogram of detection
+ggplot(occ_out) + geom_histogram(aes(x=occ_det_p), col="white") + theme_bw()
+

+
+
+

Detection scores

+

Now we have distance based and occupancy based detection +probabilities for a subset of the 225 species. We use the detection +scores from the species table to apply these modeled detection +probabilities to species where there were not enough observations to +build a model. This is done by applying the group mean detection +probability per 3 detection scores to unmodeled species based on their +own detection score. Note that detection scores 1, 2, and 3 coincide +with average detection probabilities of 0.10, 0.17, and 0.17 for +distance analysis and 0.11, 0.13, and 0.18 for occupancy analysis.

+
# combine and distribute detection probabilities
+detect_scores <- spp1 %>% select(species, com_name=Clements_2023_com_name,
+                                detect_score=detectability_score) %>% 
+  left_join(dist_out) %>% left_join(occ_out)
+
+# get distance detection probability means per score
+(dist_mean_coefs <- coef(lm(dist_det_p~-1+factor(detect_score), 
+                            data=detect_scores)))
+#> factor(detect_score)1 factor(detect_score)2 factor(detect_score)3 
+#>             0.1037586             0.1737298             0.1712454
+
+# get occupancy detection probability means per score
+(occ_mean_coefs <- coef(lm(occ_det_p~-1+factor(detect_score), 
+                           data=detect_scores)))
+#> factor(detect_score)1 factor(detect_score)2 factor(detect_score)3 
+#>             0.1130082             0.1282066             0.1801460
+
+# distribute estimates to NA values
+detect_scores <- detect_scores %>% 
+  mutate(dist_det_p=ifelse(is.na(dist_det_p) & detect_score==1, 
+                           dist_mean_coefs[1], 
+                           ifelse(is.na(dist_det_p) & detect_score==2,
+                                  dist_mean_coefs[2], 
+                                  ifelse(is.na(dist_det_p) & 
+                                           detect_score==3,
+                                         dist_mean_coefs[3], dist_det_p)))) %>% 
+  mutate(occ_det_p=ifelse(is.na(occ_det_p) & detect_score==1, 
+                           occ_mean_coefs[1], 
+                           ifelse(is.na(occ_det_p) & detect_score==2,
+                                  occ_mean_coefs[2], 
+                                  ifelse(is.na(occ_det_p) & 
+                                           detect_score==3,
+                                         occ_mean_coefs[3], occ_det_p))))
+
+
+

Make functional species

+

Next we group species into functional species based on ecological +traits. This is done by making a Gower dissimilarity matrix from the +traits data. When making the dissimilarity matrix, traits are weighted +equally for diet composition, foraging stratum and body size. Then we +use the dissimilarity matrix in a hierarchical cluster analysis that +produces a functional species tree. The optimal number of tree clusters +can be determined using a fit metric such as the silhouette width. We +end up with 13 functional species in these communities.

+
# functional data for clustering
+t1 <- spp1 %>% filter(guild=="landbird") %>% 
+  rename_with(~tolower(gsub(".", "_", .x, fixed=T))) %>% 
+  select(-(2:7))
+
+# make a distance matrix
+d_gower <- daisy(t1[,-1], metric="gower", stand=TRUE,
+                 weights=c(rep(3/9/10, 10), 
+                           rep(3/9/8, 8),
+                           rep(3/9/1, 1)))
+# create clusters
+clust <- NbClust(diss=d_gower, distance=NULL, method="ward.D", 
+                 index="silhouette")
+#> 
+#>  Only frey, mcclain, cindex, sihouette and dunn can be computed. To compute the other indices, data matrix is needed
+clust$Best.nc
+#> Number_clusters     Value_Index 
+#>         13.0000          0.2685
+
+# best clusters
+func_out <-  spp1 %>% filter(guild=="landbird") %>% 
+  select(species, com_name=Clements_2023_com_name) %>% 
+  mutate(func_spec=clust$Best.partition) %>% 
+  arrange(func_spec)
+
+
+

Conservation scores

+

Then we grab conservation scores per species from the species table +and combine the species IDs, detection probabilities, functional species +IDs, and conservation scores into a new species table. Then we join this +species level data with the count data and adjust counts based on +detection probability. We are skeptical about the use of the occupancy +based probabilities given only two repeat measures and given the +ecological characteristics of tropical species (e.g., movement through +large territories). So we go with the distance based detection +corrections and ignore those from occupancy analysis.

+
# get conservation scores
+cscore_out <- spp1 %>% filter(guild=="landbird") %>% 
+  rename_with(~tolower(gsub(".", "_", .x, fixed=T))) %>% 
+  select(species, ccs_b)
+
+# combine all species level info 
+final_spp_tab <- detect_scores %>% 
+  left_join(func_out %>% select(-2)) %>% 
+  left_join(cscore_out)
+write_csv(final_spp_tab, "final_species_table_030824.csv")
+
+# combine counts and species level data 
+d5 <- d1 %>% 
+  filter(distance<=max_d) %>% 
+  group_by(watershed, site, point, month, observer_id, species) %>% 
+  count() %>% 
+  ungroup %>% 
+  group_by(watershed, site, point, month, species) %>% 
+  summarise(mean_count=mean(n)) %>% 
+  ungroup() %>% 
+  left_join(final_spp_tab) %>% 
+  mutate(occ_correct_mean_count=mean_count*(1/occ_det_p)) %>% # occupancy adjust
+  mutate(detect_correct_mean_density=(mean_count*(1/dist_det_p))*
+           (pi*max_d*max_d/(100*100))) %>% # distance adjust
+  mutate(score_weighted_dens=detect_correct_mean_density*ccs_b)
+
+
+

Calculate BFI

+

Now we calculate BFI components and BFI per site, point, and month. +One component is the sum of the products of the detection-corrected +species counts and conservation scores. A second component is the +Shannon diversity of functional groups. Once the components are +computed, total BFI is calculated and scaled so that the range is 0 to 1 +and 0.5 represents an average value.

+
# point level bfi and other metrics
+point_bfi <- d5 %>% group_by(watershed, site, point, month) %>% 
+  summarize(spp_rich=n(), 
+            func_rich=length(unique(func_spec)),
+            func_shannon=diversity(detect_correct_mean_density),
+            sum_cw_abund=sum(score_weighted_dens)) %>% 
+  ungroup() %>% 
+  mutate(bfi_unscaled=func_shannon*sum_cw_abund,
+         bfi_scaled=plogis(as.numeric(scale(bfi_unscaled))))
+
+
+

Habitat data

+

Once we have BFI per site, point, and month, we grab the habitat data +associated with each site and point and merge the that with BFI values. +We plot it for fun.

+
# join bfi with habitat
+h1 <- read_csv("habitat_data.csv") %>% 
+  mutate(site_point=str_trim(site_point),
+         site=str_split(site_point, pattern="-", simplify = T)[,1],
+         point=str_split(site_point, pattern="-", simplify = T)[,2]) %>% 
+  select(-site_point) %>% 
+  select(watershed, site, point, x, y, starts_with("perc")) %>% 
+  arrange(site, point)
+point_bfi_habitat <- point_bfi %>% left_join(h1) %>% 
+  mutate(watershed=factor(watershed),
+         site=factor(site), 
+         point=factor(point),
+         month=factor(month))
+
+# map it
+point_bfi_habitat %>% filter(watershed=="Guacaica") %>% 
+  ggplot() +
+  geom_point(aes(x=x, y=y, color=bfi_scaled)) +
+  scale_color_distiller(palette="Spectral") +
+  facet_wrap(vars(month, site), scales="free", nrow=5) +
+  theme_bw() +
+  theme(legend.position = "bottom",
+        axis.title=element_blank(),
+        axis.text=element_blank(),
+        axis.ticks=element_blank())
+

+
point_bfi_habitat %>% filter(watershed!="Guacaica") %>% 
+  ggplot() +
+  geom_point(aes(x=x, y=y, color=bfi_scaled)) +
+  scale_color_distiller(palette="Spectral") +
+  facet_wrap(vars(month, site), scales="free", nrow=5) +
+  theme_bw() +
+  theme(legend.position = "bottom",
+        axis.title=element_blank(),
+        axis.text=element_blank(),
+        axis.ticks=element_blank())
+

+
+
+

BFI model

+

Next, we run a quick exploratory GAM model to see if baseline BFI is +related to land cover in the area. We find that BFI increases greatly +with forest cover, is quadratically related to pasture and water, and +varies by month and site.

+
# quick model
+mod1 <- gam(bfi_scaled ~ 1 + site + month +
+              s(perc_forest_no_fence, k=3) + 
+              s(perc_savanna, k=3) +
+              s(perc_pasture, k=3) +
+              s(perc_water, k=3),
+            data=point_bfi_habitat)
+
+# model summary
+summary(mod1)
+#> 
+#> Family: gaussian 
+#> Link function: identity 
+#> 
+#> Formula:
+#> bfi_scaled ~ 1 + site + month + s(perc_forest_no_fence, k = 3) + 
+#>     s(perc_savanna, k = 3) + s(perc_pasture, k = 3) + s(perc_water, 
+#>     k = 3)
+#> 
+#> Parametric coefficients:
+#>             Estimate Std. Error t value             Pr(>|t|)    
+#> (Intercept)  0.56712    0.02992  18.955 < 0.0000000000000002 ***
+#> site1063    -0.05480    0.03634  -1.508             0.132321    
+#> site1087    -0.01867    0.03667  -0.509             0.610991    
+#> site1092    -0.12465    0.03746  -3.328             0.000952 ***
+#> site205      0.05549    0.03541   1.567             0.117821    
+#> site318      0.05482    0.03681   1.489             0.137200    
+#> site356     -0.08175    0.03530  -2.316             0.021031 *  
+#> site837     -0.10381    0.03824  -2.715             0.006902 ** 
+#> month7      -0.10266    0.02716  -3.779             0.000179 ***
+#> month8      -0.07296    0.02716  -2.686             0.007505 ** 
+#> month10     -0.03434    0.02708  -1.268             0.205506    
+#> month11     -0.03127    0.02700  -1.158             0.247451    
+#> ---
+#> Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1
+#> 
+#> Approximate significance of smooth terms:
+#>                           edf Ref.df     F p-value   
+#> s(perc_forest_no_fence) 1.000  1.000 9.821 0.00184 **
+#> s(perc_savanna)         1.000  1.000 1.173 0.27939   
+#> s(perc_pasture)         1.775  1.949 3.352 0.06331 . 
+#> s(perc_water)           1.877  1.985 4.694 0.01373 * 
+#> ---
+#> Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1
+#> 
+#> R-sq.(adj) =  0.176   Deviance explained = 20.7%
+#> GCV = 0.034166  Scale est. = 0.032811  n = 445
+
+# plot effects
+b <- getViz(mod1)
+print(plot(b, allTerms = T), pages = 1)
+

+
+
+

Treatment effects

+

Next we look to see if there are any systematic differences between +the control and treatment sites in terms of BFI and find that there are +none.

+
treat1 <- read.csv("site_treatment.csv") %>% distinct() %>% 
+  mutate_all(as.factor)
+bfi_hab_treat <- point_bfi_habitat %>% left_join(treat1, by="site")
+
+# quick model
+mod1 <- gam(bfi_scaled ~ 1 + 
+              s(site, bs="re") + 
+              s(watershed, bs="re") +
+              s(month, bs="re") +
+              treatment,
+            data=bfi_hab_treat)
+
+# model summary
+summary(mod1)
+#> 
+#> Family: gaussian 
+#> Link function: identity 
+#> 
+#> Formula:
+#> bfi_scaled ~ 1 + s(site, bs = "re") + s(watershed, bs = "re") + 
+#>     s(month, bs = "re") + treatment
+#> 
+#> Parametric coefficients:
+#>                    Estimate Std. Error t value            Pr(>|t|)    
+#> (Intercept)         0.49755    0.06106   8.149 0.00000000000000395 ***
+#> treatmentTreatment -0.01532    0.06691  -0.229               0.819    
+#> ---
+#> Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1
+#> 
+#> Approximate significance of smooth terms:
+#>                 edf Ref.df      F  p-value    
+#> s(site)      5.3348      6 10.997 0.000146 ***
+#> s(watershed) 0.1226      1  1.947 0.315711    
+#> s(month)     3.0361      4  3.139 0.002712 ** 
+#> ---
+#> Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1
+#> 
+#> R-sq.(adj) =   0.14   Deviance explained = 15.9%
+#> GCV = 0.035049  Scale est. = 0.034222  n = 445
+
+# plot per treatment and site
+ggplot(bfi_hab_treat, aes(x=treatment, y=bfi_scaled, fill=site)) +
+  geom_boxplot() +
+  facet_wrap(~watershed) +
+  scale_color_brewer(palette="Dark2") +
+  labs(x="Treatment", y="Scaled BFI", fill="Site") +
+  theme_bw() +
+  theme(legend.position = "bottom")
+

+
+
+

Conclusion

+

This is the first pass of the analysis. Please let Tim Meehan know +what you would like added or taken away. Or you can take it from here. +If there is anything at all that is not clear in this document. Please +do not hestitate to contact Tim Meehan at

+
+ + + +
+
+ +
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+ toc_depth: 2 + toc_float: yes + pdf_document: + toc: yes + toc_depth: '2' +--- + +```{r setup, include=FALSE} +knitr::opts_chunk$set( + collapse = TRUE, + comment = "#>", + dev = "png", + dev.args = list(type = "cairo-png"), + fig.width = 7, + fig.height = 5, + fig.align = "center", + eval = TRUE, + echo = TRUE, + warning = FALSE, + error = FALSE, + message = FALSE, + cache=TRUE) +``` + +## Question + +Is it possible to make Colombian sugarcane farms more bird-friendly by +introducing a rice crop into the rotation? + +## Set up analysis + +First, load a bunch of libraries and set options. + +```{r} +# set up +library(tibble) +library(vegan) +library(cowplot) +library(cluster) +library(NbClust) +library(glmmTMB) +library(ggplot2) +library(stringr) +library(car) +library(tidyr) +library(sf) +library(dplyr) +setwd(paste0("C:/Users/tmeehan/Box/-.Science Team shared/2_Projects/", + "5_IAP/Valle de Cauca Colombia/Sugarcane rice surveys")) +options(scipen=99999) +options(max.print=99999) +options(stringsAsFactors=F) +``` + +## Get data + +Next, get the data. Remove flyover birds and one species of vulture. Change the +month ID so that it reflects rice stage and not actual month. Clean up column +names. + +```{r} +# get data +d1 <- read.csv("Puntos muestreo finales_v3.csv") %>% + rename_all(tolower) %>% + filter(!is.na(count), habitat_observed!="Flyover", + species!="Cathartes burrovianus") %>% + rename(rep_id=replicate, month_id=sampling_event, + pc_station_id=point_count_id) %>% + group_by(farm) %>% + mutate(month_id=paste0("m", as.integer(factor(month_id)))) %>% + ungroup() %>% + mutate(pc_station_id=paste0("pc", str_pad( + str_extract(pc_station_id, "[[:digit:]]+"), width=2, pad=0))) %>% + mutate(obs_id=paste(farm, pc_station_id, month_id, rep_id, sep="_")) %>% + select(obs_id, species, farm, pc_station_id, month_id, rep_id, count) %>% + group_by(obs_id, species, farm, pc_station_id, month_id, rep_id) %>% + summarise(count=max(count, na.rm=T)) %>% + ungroup() %>% + arrange(species, farm, pc_station_id, month_id, rep_id) %>% + distinct() +``` + +## Clean data + +Next, we get some data properties. We extract maximum counts per species, +count site, and month. Detection probability analyses did not work out because +of violated closure assumptions and very low detection probabilities. Then we +zero fill the data and add US English bird names. + +```{r, results='hide'} +# get some ids +spp <- sort(as.character(unique(d1$species))) +farms <- sort(as.character(unique(d1$farm))) +months <- sort(as.character(unique(d1$month_id))) +pc_stations <- sort(as.character(unique(d1$pc_station_id))) +reps <- sort(as.character(unique(d1$rep_id))) +obs_ids <- sort(as.character(unique(d1$obs_id))) + +# get max counts +d2 <- d1 %>% group_by(species, farm, pc_station_id, month_id) %>% + summarise(max_count=max(count, na.rm=T)) + +# all possible obs +d3 <- expand.grid(species=unique(d2$species), + farm=unique(d2$farm), + pc_station_id=unique(d2$pc_station_id), + month_id=unique(d2$month_id)) %>% + left_join(d2) %>% + mutate(max_count=ifelse(is.na(max_count), 0, max_count)) + +# make sure there are not all-zeros +d3 %>% group_by(farm, pc_station_id) %>% + summarise(sum_count=sum(max_count)) %>% + arrange(sum_count) + +# join common names and habitat +d4 <- read.csv("VdC_NumberDetections_ACAD_JV.csv") %>% + select(species=Species, eng_name=CommonName, habitat, group=Group, + ccs_b=CCS.b) %>% right_join(d3) + +# save +write.csv(d4, "zero_filled_max_count.csv", row.names=F, na="") +``` + +## Species traits + +Next, we get species trait data so that we can make functional species groups for BFI +calculation. After getting data, we reconcile species names. Then we select relevant +traits. Then fill in missing body masses from Birds of the World. Then add +habitat type as a species trait. + +```{r, results='hide'} +# read traits table +t1 <- read.csv("EltonTraits_BirdFuncDat.csv") + +# fix name mismatches +d4 %>% distinct(Scientific=species) %>% + left_join(t1 %>% select(Scientific, English, SpecID)) %>% + filter(is.na(English)) +t1$Scientific[t1$Scientific=="Buteo magnirostris"] <- "Rupornis magnirostris" +t1$Scientific[t1$Scientific=="Casmerodius albus"] <- "Ardea alba" +t1$Scientific[t1$Scientific=="Cyanocompsa brissonii"] <- "Cyanoloxia brissonii" +t1$Scientific[t1$Scientific=="Phalacrocorax brasilianus"] <- "Nannopterum brasilianus" +t1$Scientific[t1$Scientific=="Dendroica petechia"] <- "Setophaga petechia" +t1$Scientific[t1$Scientific=="Sturnella militaris"] <- "Leistes militaris" +t1$Scientific[t1$Scientific=="Aramides cajanea"] <- "Aramides cajaneus" +t1$Scientific[t1$Scientific=="Tangara vitriolina"] <- "Stilpnia vitriolina" +t1$Scientific[t1$Scientific=="Oryzoborus crassirostris"] <- "Sporophila crassirostris" +t1$Scientific[t1$Scientific=="Gallinula chloropus"] <- "Gallinula galeata" +t1$Scientific[t1$Scientific=="Amazilia saucerrottei"] <- "Saucerottia saucerottei" +t1$Scientific[t1$Scientific=="Tryngites subruficollis"] <- "Calidris subruficollis" +t1$Scientific[t1$Scientific=="Carduelis psaltria"] <- "Spinus psaltria" +d4 %>% distinct(Scientific=species) %>% + left_join(t1 %>% select(Scientific, English, SpecID)) %>% + filter(is.na(English)) + +# filter t1 for particular species and traits +t2 <- t1 %>% + select(Scientific, + Diet.Inv, Diet.Vend, Diet.Vect, Diet.Vfish, Diet.Vunk, Diet.Scav, + Diet.Fruit, Diet.Nect, Diet.Seed, Diet.PlantO, + ForStrat.watbelowsurf, ForStrat.wataroundsurf, + ForStrat.ground, ForStrat.understory, ForStrat.midhigh, + ForStrat.canopy, ForStrat.aerial, BodyMass.Value) %>% + filter(Scientific %in% unique(d4$species)) %>% + arrange(Scientific) +summary(t2) + +# fill in missing body masses from BotW +t2 %>% select(Scientific, BodyMass.Value) %>% filter(is.na(BodyMass.Value)) +t2$BodyMass.Value[t2$Scientific=="Sicalis flaveola"] <- (12 + 23) / 2 +t2$BodyMass.Value[t2$Scientific=="Sicalis luteola"] <- (15 + 18) / 2 +t2$BodyMass.Value[t2$Scientific=="Emberizoides herbicola"] <- (21 + 37) / 2 +t2$BodyMass.Value[t2$Scientific=="Volatinia jacarina"] <- (8 + 12) / 2 +t2$BodyMass.Value[t2$Scientific=="Sporophila schistacea"] <- (12 + 14) / 2 +t2$BodyMass.Value[t2$Scientific=="Sporophila luctuosa"] <- (12 + 13) / 2 +t2$BodyMass.Value[t2$Scientific=="Sporophila nigricollis"] <- (9 + 11) / 2 +t2$BodyMass.Value[t2$Scientific=="Sporophila minuta"] <- (7 + 9) / 2 +t2$BodyMass.Value[t2$Scientific=="Sporophila crassirostris"] <- (20 + 22) / 2 +summary(t2) + +# add habitat to t2 +t3 <- t2 %>% + rename_with(~tolower(gsub(".", "_", .x, fixed=T))) %>% + left_join(d4 %>% distinct(scientific=species, primary_habitat=habitat)) %>% + mutate(primary_habitat=str_split(primary_habitat, ":", + simplify=T)[,1], + primary_habitat=factor(gsub(" Aerial", "", primary_habitat))) %>% + rename(species=scientific) %>% + bind_cols(model.matrix(~ -1 + primary_habitat, .)) %>% + select(-primary_habitat) +``` + +## Make functional species + +Next we group species into functional species groups based on traits. This is +done by making a Gower dissimilarity matrix from the traits matrix. When making +the dissimilarity matrix, traits are weighted towards (1) diet composition, (2) +body size, then (3) foraging stratum and habitat type. Then we use the +dissimilarity matrix in a hierarchical cluster analysis that produces a +functional species tree. The optimal number of tree clusters can be determined +using a fit metric such as the silhouette width. + +```{r} +# diss matirx +names(t3) +d_gower <- daisy(t3[,-1], metric="gower", stand=TRUE, + weights=c(rep(1/2/10, 10), + rep(1/8/7, 7), + rep(1/8, 1), + rep(1/4/7, 7))) +# clusters +clust <- NbClust(diss=d_gower, distance=NULL, method="ward.D", + index="silhouette") +# best clusters +inddf <- t3 %>% select(species) %>% + mutate(func_spec=clust$Best.partition) %>% + arrange(func_spec) +write.csv(inddf %>% left_join(d4 %>% distinct(species, eng_name)), + "func_species_groupings.csv", row.names=F) +``` + +## Conservation scores + +Then we grab conservation scores per species to produce BFI. + +```{r} +# get conservation scores +cs1 <- read.csv("VdC_NumberDetections_ACAD_JV.csv") %>% + select(species=Species, eng_name=CommonName, group=Group, + ccs_b=CCS.b) +``` + +## Calculate BFI + +Now we join the different data tables and calculate BFI components per count +site and month. One component is the product of the species max count and +conservation score. A second component is the Shannon diversity of functional +groups. This is done twice, once for all species and once for just waterbirds. +Once the components are done, all species BFI and waterbird BFI are calculated. + +```{r} +# join functional species and conservation scores to max counts +score_wt_counts <- d4 %>% left_join(inddf) %>% left_join(cs1) %>% + mutate(count_score=max_count*ccs_b) %>% + select(farm, pc_station_id, month_id, count_score) %>% + group_by(farm, pc_station_id, month_id) %>% + summarise(tot_wt_count=sum(count_score)) %>% + ungroup() + +# join functional species and conservation scores to max counts +score_wt_counts_wb <- d4 %>% left_join(inddf) %>% left_join(cs1) %>% + filter(group=="waterbird") %>% + mutate(count_score=max_count*ccs_b) %>% + select(farm, pc_station_id, month_id, count_score) %>% + group_by(farm, pc_station_id, month_id) %>% + summarise(tot_wt_count_wb=sum(count_score)) %>% + ungroup() + +# calc shannon +shan_div <- d4 %>% left_join(inddf) %>% left_join(cs1) %>% + select(farm, pc_station_id, month_id, func_spec, max_count) %>% + group_by(farm, pc_station_id, month_id, func_spec) %>% + summarise(tot_count=sum(max_count)) %>% + ungroup() %>% + group_by(farm, pc_station_id, month_id) %>% + summarise(shan=diversity(tot_count)) %>% + ungroup() %>% + mutate(shan=ifelse(shan==0, min(shan[shan!=0]), shan)) + +# calc shannon waterbirds +shan_div_wb <- d4 %>% left_join(inddf) %>% left_join(cs1) %>% + filter(group=="waterbird") %>% + select(farm, pc_station_id, month_id, func_spec, max_count) %>% + group_by(farm, pc_station_id, month_id, func_spec) %>% + summarise(tot_count=sum(max_count)) %>% + ungroup() %>% + group_by(farm, pc_station_id, month_id) %>% + summarise(shan_wb=diversity(tot_count)) %>% + ungroup() %>% + mutate(shan_wb=ifelse(shan_wb==0, min(shan_wb[shan_wb!=0]), shan_wb)) + +# merge to bfi table +bfi_site <- score_wt_counts %>% left_join(shan_div) %>% + mutate(bfi=tot_wt_count*shan) %>% + left_join(score_wt_counts_wb) %>% + left_join(shan_div_wb) %>% + rename(month=month_id, station=pc_station_id) %>% + mutate(bfi_wb=tot_wt_count_wb*shan_wb) +``` + +## Habitat data + +Once we have BFI per count site and month, we grab the habitat data associated +with each site and merge the two datasets. + +```{r} +# get habitat data +d5 <- read.csv("Puntos muestreo finales_v3.csv") %>% + rename_all(tolower) %>% + filter(!is.na(count), habitat_observed!="Flyover", + species!="Cathartes burrovianus") %>% + rename(rep_id=replicate, month_id=sampling_event, + pc_station_id=point_count_id) %>% + group_by(farm) %>% + mutate(month_id=paste0("m", as.integer(factor(month_id)))) %>% + ungroup() %>% + mutate(pc_station_id=paste0("pc", str_pad( + str_extract(pc_station_id, "[[:digit:]]+"), width=2, pad=0))) %>% + mutate(obs_id=paste(farm, pc_station_id, month_id, rep_id, sep="_")) %>% + select(farm, station=pc_station_id, month=month_id, + sugar=sugarcane_cover, trees=isolated_trees, bamboo=bamboo_patch, + rice=rice_field, canal, wetland, reservoir, scrub, + electric_pole, alley, lat=latitude, lon=longitude) %>% + arrange(farm, station, month) %>% + distinct() + +# merge habitat and bfi +dat1 <- bfi_site %>% left_join(d5) %>% drop_na() %>% + mutate(month_int=as.numeric(factor(month)), + sum_rice=rice/100, + sum_trees=(trees+bamboo+scrub)/100, + sum_water=(canal+wetland+reservoir)/100, + any_sugar=ifelse(sugar>0, 1, 0), + any_rice=ifelse(rice>0, 1, 0), + any_trees=ifelse(trees>0|bamboo>0|scrub>0, 1, 0), + any_water=ifelse(canal>0|wetland>0|reservoir>0, 1, 0)) +``` + +## BFI per farm + +Next, we take the full data set, with site, month, BFI, and habitat, and start +exploring the data with some plots. First, plot the data per farm. + +```{r} +# some plots +pl1 <- dat1 %>% group_by(farm, month_int) %>% + summarise(mean_bfi=mean(bfi), + sd_bfi=sd(bfi), + mean_rice=mean(rice)) %>% + ggplot(aes(x=month_int, y=mean_bfi, + ymax=mean_bfi+sd_bfi, ymin=mean_bfi-sd_bfi, + col=farm, group=farm)) + + geom_point(position = position_dodge2(width = 0.5))+ + geom_linerange(position = position_dodge2(width = 0.5)) + + geom_line(position = position_dodge2(width = 0.5)) + + labs(x="Month", y="Mean BFI") +pl2 <- dat1 %>% group_by(farm, month_int) %>% + summarise(mean_bfi_wb=mean(bfi_wb), + sd_bfi_wb=sd(bfi_wb), + mean_rice=mean(rice)) %>% + ggplot(aes(x=month_int, y=mean_bfi_wb, + ymax=mean_bfi_wb+sd_bfi_wb, ymin=mean_bfi_wb-sd_bfi_wb, + col=farm, group=farm)) + + geom_point(position = position_dodge2(width = 0.5))+ + geom_linerange(position = position_dodge2(width = 0.5)) + + geom_line(position = position_dodge2(width = 0.5)) + + labs(x="Month", y="Mean waterbird BFI") +plot_grid(pl1, pl2, ncol = 1) +``` + +## Statistical model -- all species + +Next we create a statistical model that tests the idea that adding a rice crop +to the sugarcane rotation will make the farm more bird friendly. The habitat +terms have an interaction with month so the effects can vary. There is a random +effect of month within farm to deal with nesting and repeat measures. It looks +like having trees and open water contribute a lot to BFI regardless of month. +It looks like rice might contribute to BFI during the second month. But the +effect is not particularly clear and the interaction is not significant. + +```{r} +# a model +library(glmmTMB) +m1 <- glmmTMB(bfi ~ 1 + (sum_rice + sum_trees + sum_water) * month + + (1|farm), data=dat1) +summary(m1) +Anova(m1, type=3) +``` + +## Model predictions + +To view the possible rice effect, we can plot a model prediction. We start with +a prediction data set, then compute the model prediction, and plot it. The base +case for these comparisons is 100% sugarcane, versus 50% sugarcane and 50% other. + +```{r} +# rice predictions +p1 <- dat1 %>% + select(farm, month, sum_rice, sum_trees, sum_water) %>% + mutate(farm=NA, sum_rice=0, sum_trees=0, sum_water=0) %>% + distinct() %>% + bind_rows(dat1 %>% + select(farm, month, sum_rice, sum_trees, sum_water) %>% + mutate(farm=NA, sum_rice=0.50, sum_trees=0, sum_water=0) %>% + distinct()) +p1$fit <- predict(m1, p1, se.fit = T)$fit +p1$se_fit <- predict(m1, p1, se.fit = T)$se.fit +pl3 <- p1 %>% + ggplot(aes(x=month, y=fit, + ymax=fit+se_fit, ymin=fit-se_fit, + group=factor(sum_rice), col=factor(sum_rice))) + + geom_point(position = position_dodge2(width = 0.3))+ + geom_linerange(position = position_dodge2(width = 0.3)) + + geom_line(position = position_dodge2(width = 0.3)) + + labs(x="Month", y="Predicted BFI", col="Proportion\nrice") + +# trees predictions +p1 <- dat1 %>% + select(farm, month, sum_rice, sum_trees, sum_water) %>% + mutate(farm=NA, sum_rice=0, sum_trees=0, sum_water=0) %>% + distinct() %>% + bind_rows(dat1 %>% + select(farm, month, sum_rice, sum_trees, sum_water) %>% + mutate(farm=NA, sum_rice=0, sum_trees=0.50, sum_water=0) %>% + distinct()) +p1$fit <- predict(m1, p1, se.fit = T)$fit +p1$se_fit <- predict(m1, p1, se.fit = T)$se.fit +pl4 <- p1 %>% + ggplot(aes(x=month, y=fit, + ymax=fit+se_fit, ymin=fit-se_fit, + group=factor(sum_trees), col=factor(sum_trees))) + + geom_point(position = position_dodge2(width = 0.3))+ + geom_linerange(position = position_dodge2(width = 0.3)) + + geom_line(position = position_dodge2(width = 0.3)) + + labs(x="Month", y="Predicted BFI", col="Proportion\ntrees") + +# water predictions +p1 <- dat1 %>% + select(farm, month, sum_rice, sum_trees, sum_water) %>% + mutate(farm=NA, sum_rice=0, sum_trees=0, sum_water=0) %>% + distinct() %>% + bind_rows(dat1 %>% + select(farm, month, sum_rice, sum_trees, sum_water) %>% + mutate(farm=NA, sum_rice=0, sum_trees=0, sum_water=0.50) %>% + distinct()) +p1$fit <- predict(m1, p1, se.fit = T)$fit +p1$se_fit <- predict(m1, p1, se.fit = T)$se.fit +pl5 <- p1 %>% + ggplot(aes(x=month, y=fit, + ymax=fit+se_fit, ymin=fit-se_fit, + group=factor(sum_water), col=factor(sum_water))) + + geom_point(position = position_dodge2(width = 0.3))+ + geom_linerange(position = position_dodge2(width = 0.3)) + + geom_line(position = position_dodge2(width = 0.3)) + + labs(x="Month", y="Predicted BFI", col="Proportion\nwater") +plot_grid(pl3, pl4, pl5) +``` + +## Statistical model -- waterbirds + +Next we create a statistical model that tests the idea that adding a rice crop +to the sugarcane rotation will make the farm more bird friendly for waterbirds +in particular. We find that this is indeed the case. Very clearly. + +```{r} +# a model +m2 <- glmmTMB(bfi_wb ~ 1 + (sum_rice + sum_trees + sum_water) * month + + (1|farm), data=dat1) +summary(m2) +Anova(m2, type=3) +``` + +## Model predictions + +Here are prediction plots that show the magnitude of the effects. + +```{r} +# rice predictions +p1 <- dat1 %>% + select(farm, month, sum_rice, sum_trees, sum_water) %>% + mutate(farm=NA, sum_rice=0, sum_trees=0, sum_water=0) %>% + distinct() %>% + bind_rows(dat1 %>% + select(farm, month, sum_rice, sum_trees, sum_water) %>% + mutate(farm=NA, sum_rice=0.50, sum_trees=0, sum_water=0) %>% + distinct()) +p1$fit <- predict(m2, p1, se.fit = T)$fit +p1$se_fit <- predict(m2, p1, se.fit = T)$se.fit +pl6 <- p1 %>% + ggplot(aes(x=month, y=fit, + ymax=fit+se_fit, ymin=fit-se_fit, + group=factor(sum_rice), col=factor(sum_rice))) + + geom_point(position = position_dodge2(width = 0.3))+ + geom_linerange(position = position_dodge2(width = 0.3)) + + geom_line(position = position_dodge2(width = 0.3)) + + labs(x="Month", y="Predicted waterbird BFI", col="Proportion\nrice") + +# trees predictions +p1 <- dat1 %>% + select(farm, month, sum_rice, sum_trees, sum_water) %>% + mutate(farm=NA, sum_rice=0, sum_trees=0, sum_water=0) %>% + distinct() %>% + bind_rows(dat1 %>% + select(farm, month, sum_rice, sum_trees, sum_water) %>% + mutate(farm=NA, sum_rice=0, sum_trees=0.50, sum_water=0) %>% + distinct()) +p1$fit <- predict(m2, p1, se.fit = T)$fit +p1$se_fit <- predict(m2, p1, se.fit = T)$se.fit +pl7 <- p1 %>% + ggplot(aes(x=month, y=fit, + ymax=fit+se_fit, ymin=fit-se_fit, + group=factor(sum_trees), col=factor(sum_trees))) + + geom_point(position = position_dodge2(width = 0.3))+ + geom_linerange(position = position_dodge2(width = 0.3)) + + geom_line(position = position_dodge2(width = 0.3)) + + labs(x="Month", y="Predicted waterbird BFI", col="Proportion\ntrees") + +# water predictions +p1 <- dat1 %>% + select(farm, month, sum_rice, sum_trees, sum_water) %>% + mutate(farm=NA, sum_rice=0, sum_trees=0, sum_water=0) %>% + distinct() %>% + bind_rows(dat1 %>% + select(farm, month, sum_rice, sum_trees, sum_water) %>% + mutate(farm=NA, sum_rice=0, sum_trees=0, sum_water=0.50) %>% + distinct()) +p1$fit <- predict(m2, p1, se.fit = T)$fit +p1$se_fit <- predict(m2, p1, se.fit = T)$se.fit +pl8 <- p1 %>% + ggplot(aes(x=month, y=fit, + ymax=fit+se_fit, ymin=fit-se_fit, + group=factor(sum_water), col=factor(sum_water))) + + geom_point(position = position_dodge2(width = 0.3))+ + geom_linerange(position = position_dodge2(width = 0.3)) + + geom_line(position = position_dodge2(width = 0.3)) + + labs(x="Month", y="Predicted waterbird BFI", col="Proportion\nwater") +plot_grid(pl6, pl7, pl8) +``` + +## Summary + +So it looks like having rice on the farm does not have a huge effect on BFI when +BFI includes all species. That seems to be because, in this system, BFI is most +heavily driven by woodland birds, and it makes sense that woodland birds are not +highly influenced by adding rice. When looking at just waterbird BFI, having +rice on the farm makes a big positive impact, which makes sense since rice is +often flooded during cultivation. + +## Full range of predictions + +Here are model predictions for BFI under a range of proportions for trees (0 - 0.1, x), +open water (0 - 0.1, y), and rice (0 - 1, panels). + +```{r} +# make prediction grid +m_in <- unique(dat1$month) +r_in <- seq(0, 1, length.out=11) +t_in <- seq(0, .1, length.out=11) +w_in <- seq(0, .1, length.out=11) +pred_grid <- expand.grid(farm=NA, + month=m_in, + sum_rice=r_in, + sum_trees=t_in, + sum_water=w_in) + +# predict from bfi model +pred_grid$predicted <- predict(m1, newdata = pred_grid) +pred_grid_sum <- pred_grid %>% + group_by(Rice=factor(sum_rice), Trees=factor(sum_trees), Water=factor(sum_water)) %>% + summarise(mean_pred=mean(predicted)) %>% + ungroup() %>% + mutate(scale_mean_pred=plogis(as.numeric(scale(mean_pred)))) %>% + mutate(Rice=as.numeric(as.character(Rice)), + Trees=as.numeric(as.character(Trees)), + Water=as.numeric(as.character(Water))) + +# plot bfi +pl9 <- pred_grid_sum %>% + ggplot(aes(x=Trees, y=Water, fill=mean_pred)) + + geom_tile() + + facet_wrap(~Rice) + + labs(x="Proportion Trees", y="Proportion water", fill="BFI") + + scale_fill_distiller(palette="Spectral") +pl9 +``` + +Here are model predictions for waterbird BFI under a range of proportions for +trees (0 - 0.1, x), open water (0 - 0.1, y), and rice (0 - 1, panels). + +```{r} +#predict from waterbird bfi model +pred_grid$predicted <- predict(m2, newdata = pred_grid) +pred_grid_sum <- pred_grid %>% + group_by(Rice=factor(sum_rice), Trees=factor(sum_trees), Water=factor(sum_water)) %>% + summarise(mean_pred=mean(predicted)) %>% + ungroup() %>% + mutate(scale_mean_pred=plogis(as.numeric(scale(mean_pred)))) %>% + mutate(Rice=as.numeric(as.character(Rice)), + Trees=as.numeric(as.character(Trees)), + Water=as.numeric(as.character(Water))) +pl10 <- pred_grid_sum %>% + ggplot(aes(x=Trees, y=Water, fill=mean_pred)) + + geom_tile() + + facet_wrap(~Rice) + + labs(x="Proportion Trees", y="Proportion water", fill="Waterbird BFI") + + scale_fill_distiller(palette="Spectral") +pl10 +``` + + + + + diff --git a/R/BFI/count_data.csv b/R/BFI/count_data.csv new file mode 100644 index 0000000..237efbb --- /dev/null +++ b/R/BFI/count_data.csv @@ -0,0 +1,6536 @@ +Observador,Cuenca,Celda,Punto,Fecha,Hora inicio,Hora final,Especie,Individuos,Distancia,Tipo de registro,Habitat +JUAN,Guabas,205,9,5-Jun,6:00,6:10,Coragyps atratus,2,,Vuelo,NA +JUAN,Guabas,205,9,5-Jun,6:00,6:10,Coragyps atratus,1,,vuelo,NA +JUAN,Guabas,205,9,5-Jun,6:00,6:10,Pyrocephalus rubinus,2,18,Visual,AD +JUAN,Guabas,205,9,5-Jun,6:00,6:10,Sicalis flaveola,1,,Vuelo,NA +JUAN,Guabas,205,9,5-Jun,6:00,6:10,Stelgidopteryx ruficollis,1,,Vuelo,NA +JUAN,Guabas,205,9,5-Jun,6:00,6:10,Stilpnia vitriolina,1,5.9,Visual,AD +JUAN,Guabas,205,9,5-Jun,6:00,6:10,Stilpnia vitriolina,1,,Vuelo,NA +JUAN,Guabas,205,9,5-Jun,6:00,6:10,Theristicus caudatus,2,,Auditivo,NA +JUAN,Guabas,205,9,5-Jun,6:00,6:10,Thraupis episcopus,2,19.5,Visual,AD +JUAN,Guabas,205,9,5-Jun,6:00,6:10,Thraupis episcopus,1,,Vuelo,NA +JUAN,Guabas,205,9,5-Jun,6:00,6:10,Turdus ignobilis,1,16.5,Visual,AD +JUAN,Guabas,205,9,5-Jun,6:00,6:10,Turdus ignobilis,1,23.3,visual,AD +JUAN,Guabas,205,9,5-Jun,6:00,6:10,Tyrannus melancholicus,1,29.5,Visual,PO +JUAN,Guabas,205,9,5-Jun,6:00,6:10,Tyrannus melancholicus,1,57.1,Visual,AD +JUAN,Guabas,205,9,5-Jun,6:00,6:10,Volatinia jacarina,1,,Vuelo,NA +JUAN,Guabas,205,9,5-Jun,6:00,6:10,Xiphorhynchus susurrans,1,,Auditivo,NA +JUAN,Guabas,205,9,5-Jun,6:00,6:10,Zenaida auriculata,1,,Auditivo,NA +JUAN,Guabas,205,6,5-Jun,6:15,6:25,Colaptes rubiginosus,1,67.6,visual,OC +JUAN,Guabas,205,6,5-Jun,6:15,6:25,Elaenia flavogaster,1,17.7,visual,PO +JUAN,Guabas,205,6,5-Jun,6:15,6:25,Forpus conspicillatus,2,28,visual,AD +JUAN,Guabas,205,6,5-Jun,6:15,6:25,Forpus conspicillatus,4,13.9,visual,AD +JUAN,Guabas,205,6,5-Jun,6:15,6:25,Molothrus bonariensis,1,80,visual,PO +JUAN,Guabas,205,6,5-Jun,6:15,6:25,Pionus chalcopterus,2,,vuelo,NA +JUAN,Guabas,205,6,5-Jun,6:15,6:25,Sicalis flaveola,1,7.7,visual,AD +JUAN,Guabas,205,6,5-Jun,6:15,6:25,Synallaxis albescens,1,,Auditivo,NA +JUAN,Guabas,205,6,5-Jun,6:15,6:25,Troglodytes aedon,2,,Auditivo,NA +JUAN,Guabas,205,6,5-Jun,6:15,6:25,Troglodytes aedon,1,13.7,visual,AD +JUAN,Guabas,205,6,5-Jun,6:15,6:25,Tyrannus melancholicus,1,33.8,visual,PO +JUAN,Guabas,205,7,5-Jun,6:36,6:46,Bubulcus ibis,1,181.3,visual,PO +JUAN,Guabas,205,7,5-Jun,6:36,6:46,Chlorophanes spiza,2,20.8,visual,AD +JUAN,Guabas,205,7,5-Jun,6:36,6:46,Chlorophanes spiza,1,14.2,visual,AD +JUAN,Guabas,205,7,5-Jun,6:36,6:46,Forpus conspicillatus,1,12.2,visual,AD +JUAN,Guabas,205,7,5-Jun,6:36,6:46,Forpus conspicillatus,1,13.1,visual,AD +JUAN,Guabas,205,7,5-Jun,6:36,6:46,Psittacara wagleri,6,,vuelo,NA +JUAN,Guabas,205,7,5-Jun,6:36,6:46,Rupornis magnirostris,1,54.3,visual,BNC +JUAN,Guabas,205,7,5-Jun,6:36,6:46,Sporophila nigricollis,1,8.3,visual,PO +JUAN,Guabas,205,7,5-Jun,6:36,6:46,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guabas,205,7,5-Jun,6:36,6:46,Stilpnia cyanicollis,2,17.3,visual,BNC +JUAN,Guabas,205,7,5-Jun,6:36,6:46,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,205,7,5-Jun,6:36,6:46,Todirostrum cinereum,2,6,visual,AD +JUAN,Guabas,205,7,5-Jun,6:36,6:46,Vanellus chilensis,2,259,visual,PO +JUAN,Guabas,205,8,5-Jun,7:00,7:10,Ara severus,2,,vuelo,NA +JUAN,Guabas,205,8,5-Jun,7:00,7:10,Coereba flaveola,1,7.5,visual,AD +JUAN,Guabas,205,8,5-Jun,7:00,7:10,Coereba flaveola,1,42.1,visual,AD +JUAN,Guabas,205,8,5-Jun,7:00,7:10,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guabas,205,8,5-Jun,7:00,7:10,Elaenia flavogaster,1,20.3,visual,AD +JUAN,Guabas,205,8,5-Jun,7:00,7:10,Grallaria ruficapilla,1,,Auditivo,NA +JUAN,Guabas,205,8,5-Jun,7:00,7:10,Pionus chalcopterus,1,107.9,visual,AD +JUAN,Guabas,205,8,5-Jun,7:00,7:10,Ramphocelus dimidiatus,2,30.7,visual,GU +JUAN,Guabas,205,8,5-Jun,7:00,7:10,Saucerottia saucerottei,1,33.4,visual,GU +JUAN,Guabas,205,8,5-Jun,7:00,7:10,Spinus psaltria,1,13.5,visual,OC +JUAN,Guabas,205,8,5-Jun,7:00,7:10,Tapera naevia,1,,Auditivo,NA +JUAN,Guabas,205,8,5-Jun,7:00,7:10,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,205,8,5-Jun,7:00,7:10,Theristicus caudatus,2,,vuelo,NA +JUAN,Guabas,205,8,5-Jun,7:00,7:10,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,205,8,5-Jun,7:00,7:10,Volatinia jacarina,3,8,visual,OC +JUAN,Guabas,205,8,5-Jun,7:00,7:10,Volatinia jacarina,1,12.6,visual,AD +JUAN,Guabas,205,10,5-Jun,7:33,7:43,Arremon brunneinucha,2,2,visual,PO +JUAN,Guabas,205,10,5-Jun,7:33,7:43,Columbina talpacoti,1,18.4,visual,BNC +JUAN,Guabas,205,10,5-Jun,7:33,7:43,Daptrius chimachima,1,,vuelo,NA +JUAN,Guabas,205,10,5-Jun,7:33,7:43,Forpus conspicillatus,2,18.9,visual,AD +JUAN,Guabas,205,10,5-Jun,7:33,7:43,Heliomaster longirostris,1,,vuelo,AD +JUAN,Guabas,205,10,5-Jun,7:33,7:43,Molothrus bonariensis,1,,vuelo,NA +JUAN,Guabas,205,10,5-Jun,7:33,7:43,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,205,10,5-Jun,7:33,7:43,Myiozetetes cayanensis,1,16.5,visual,AD +JUAN,Guabas,205,10,5-Jun,7:33,7:43,Myiozetetes cayanensis,1,92.9,visual,BNC +JUAN,Guabas,205,10,5-Jun,7:33,7:43,Picumnus granadensis,1,13.5,visual,BNC +JUAN,Guabas,205,10,5-Jun,7:33,7:43,Pitangus sulphuratus,1,,Auditivo,NA +JUAN,Guabas,205,10,5-Jun,7:33,7:43,Spinus psaltria,1,13.3,visual,AD +JUAN,Guabas,205,10,5-Jun,7:33,7:43,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,205,10,5-Jun,7:33,7:43,Theristicus caudatus,2,,Auditivo,NA +JUAN,Guabas,205,10,5-Jun,7:33,7:43,Thraupis episcopus,1,,vuelo,NA +JUAN,Guabas,205,10,5-Jun,7:33,7:43,Turdus ignobilis,2,10.3,visual,AD +JUAN,Guabas,205,10,5-Jun,7:33,7:43,Tyrannulus elatus,1,,Auditivo,NA +JUAN,Guabas,205,5,5-Jun,7:50,8:00,Bubulcus ibis,2,,vuelo,NA +JUAN,Guabas,205,5,5-Jun,7:50,8:00,Columbina talpacoti,2,38.8,visual,AD +JUAN,Guabas,205,5,5-Jun,7:50,8:00,Coragyps atratus,2,,vuelo,NA +JUAN,Guabas,205,5,5-Jun,7:50,8:00,Daptrius chimachima,1,,Auditivo,NA +JUAN,Guabas,205,5,5-Jun,7:50,8:00,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guabas,205,5,5-Jun,7:50,8:00,Tangara gyrola,2,14.3,visual,AD +JUAN,Guabas,205,5,5-Jun,7:50,8:00,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,205,5,5-Jun,7:50,8:00,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guabas,205,5,5-Jun,7:50,8:00,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guabas,205,5,5-Jun,7:50,8:00,Volatinia jacarina,1,8.2,visual,PO +JUAN,Guabas,205,5,5-Jun,7:50,8:00,Volatinia jacarina,1,,vuelo,NA +JUAN,Guabas,205,3,5-Jun,8:06,8:16,Pyrocephalus rubinus,1,15.4,visual,OC +JUAN,Guabas,205,3,5-Jun,8:06,8:16,Pyrocephalus rubinus,1,17.4,visual,OC +JUAN,Guabas,205,3,5-Jun,8:06,8:16,Sicalis flaveola,2,,vuelo,NA +JUAN,Guabas,205,3,5-Jun,8:06,8:16,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,205,3,5-Jun,8:06,8:16,Turdus ignobilis,1,38.3,visual,AD +JUAN,Guabas,205,3,5-Jun,8:06,8:16,Tyrannus melancholicus,1,29.6,visual,RE +JUAN,Guabas,205,3,5-Jun,8:06,8:16,Volatinia jacarina,2,7.1,visual,OC +JUAN,Guabas,205,4,5-Jun,8:23,8:33,Coragyps atratus,3,,vuelo,NA +JUAN,Guabas,205,4,5-Jun,8:23,8:33,Pionus menstruus,4,,vuelo,NA +JUAN,Guabas,205,4,5-Jun,8:23,8:33,Spinus psaltria,1,6.5,visual,OC +JUAN,Guabas,205,4,5-Jun,8:23,8:33,Sporophila nigricollis,1,11.8,visual,OC +JUAN,Guabas,205,4,5-Jun,8:23,8:33,Troglodytes aedon,2,,Auditivo,NA +JUAN,Guabas,205,2,5-Jun,8:55,9:05,Arremon brunneinucha,2,7.7,visual,OC +JUAN,Guabas,205,2,5-Jun,8:55,9:05,Coragyps atratus,3,,vuelo,NA +JUAN,Guabas,205,2,5-Jun,8:55,9:05,Ramphocelus flammigerus,3,14.2,visual,AD +JUAN,Guabas,205,2,5-Jun,8:55,9:05,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guabas,205,2,5-Jun,8:55,9:05,Stelgidopteryx ruficollis,2,,vuelo,NA +JUAN,Guabas,205,2,5-Jun,8:55,9:05,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,205,2,5-Jun,8:55,9:05,Volatinia jacarina,1,16.3,visual,OC +JUAN,Guabas,205,1,5-Jun,9:14,9:24,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,205,1,5-Jun,9:14,9:24,Pionus chalcopterus,5,,vuelo,NA +JUAN,Guabas,205,1,5-Jun,9:14,9:24,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,205,1,5-Jun,9:14,9:24,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guabas,205,1,5-Jun,9:14,9:24,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,205,11,5-Jun,9:35,9:45,Cathartes aura,1,,vuelo,NA +JUAN,Guabas,205,11,5-Jun,9:35,9:45,Molothrus bonariensis,1,43.2,visual,PO +JUAN,Guabas,205,11,5-Jun,9:35,9:45,Sporophila nigricollis,1,15.2,visual,PO +JUAN,Guabas,205,11,5-Jun,9:35,9:45,Stelgidopteryx ruficollis,2,,vuelo,NA +JUAN,Guabas,205,11,5-Jun,9:35,9:45,Stilpnia vitriolina,2,20.3,visual,BC +JUAN,Guabas,205,11,5-Jun,9:35,9:45,Tangara gyrola,1,20.5,visual,BC +JUAN,Guabas,205,11,5-Jun,9:35,9:45,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guabas,205,11,5-Jun,6:05,6:15,Pionus chalcopterus,16,,Vuelo,NA +SANTIAGO,Guabas,205,11,5-Jun,6:05,6:15,Amazona mercenarius,5,,Vuelo,NA +SANTIAGO,Guabas,205,11,5-Jun,6:05,6:15,Myiozetetes cayanensis,2,22.8,Visual,AD +SANTIAGO,Guabas,205,11,5-Jun,6:05,6:15,Thraupis palmarum,1,38.7,Visual,BC +SANTIAGO,Guabas,205,11,5-Jun,6:05,6:15,Setophaga pitiayumi,1,15.4,Visual,BC +SANTIAGO,Guabas,205,11,5-Jun,6:05,6:15,Tiaris olivaceus,2,14.8,Visual,PO +SANTIAGO,Guabas,205,11,5-Jun,6:05,6:15,Sicalis flaveola,1,35.4,Visual,PO +SANTIAGO,Guabas,205,1,5-Jun,6:22,6:32,Synallaxis albescens,1,11.1,Visual,BNC +SANTIAGO,Guabas,205,1,5-Jun,6:22,6:32,Pionus chalcopterus,3,,Vuelo,NA +SANTIAGO,Guabas,205,1,5-Jun,6:22,6:32,Tangara gyrola,1,14.7,Visual,BNC +SANTIAGO,Guabas,205,1,5-Jun,6:22,6:32,Stilpnia vitriolina,1,21.7,Visual,BNC +SANTIAGO,Guabas,205,1,5-Jun,6:22,6:32,Myiothlypis fulvicauda,1,18.7,Visual,CAG +SANTIAGO,Guabas,205,1,5-Jun,6:22,6:32,Bubulcus ibis,3,,Vuelo,NA +SANTIAGO,Guabas,205,1,5-Jun,6:22,6:32,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,205,1,5-Jun,6:22,6:32,Tiaris olivaceus,1,28.7,Visual,PO +SANTIAGO,Guabas,205,1,5-Jun,6:22,6:32,Sporophila nigricollis,2,29.1,Visual,PO +SANTIAGO,Guabas,205,2,5-Jun,6:45,6:55,Tyrannus melancholicus,1,45.7,Visual,AD +SANTIAGO,Guabas,205,2,5-Jun,6:45,6:55,Thamnophilus multistriatus,1,29.2,Visual,BNC +SANTIAGO,Guabas,205,2,5-Jun,6:45,6:55,Pitangus sulphuratus,1,,Auditivo,NA +SANTIAGO,Guabas,205,2,5-Jun,6:45,6:55,Spinus psaltria,2,9.4,Visual,OC +SANTIAGO,Guabas,205,2,5-Jun,6:45,6:55,Stilpnia vitriolina,1,27.4,Visual,AD +SANTIAGO,Guabas,205,3,5-Jun,7:12,7:22,Turdus ignobilis,2,37.9,Visual,AD +SANTIAGO,Guabas,205,3,5-Jun,7:12,7:22,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guabas,205,3,5-Jun,7:12,7:22,Stilpnia vitriolina,1,15.7,Visual,AD +SANTIAGO,Guabas,205,3,5-Jun,7:12,7:22,Vanellus chilensis,3,,Vuelo,NA +SANTIAGO,Guabas,205,3,5-Jun,7:12,7:22,Myiozetetes cayanensis,1,37.6,Visual,AD +SANTIAGO,Guabas,205,3,5-Jun,7:12,7:22,Pyrocephalus rubinus,2,20.1,Visual,AD +SANTIAGO,Guabas,205,3,5-Jun,7:12,7:22,Stelgidopteryx ruficollis,3,,Vuelo,NA +SANTIAGO,Guabas,205,4,5-Jun,7:35,7:45,Tangara gyrola,2,29.7,Visual,AD +SANTIAGO,Guabas,205,4,5-Jun,7:35,7:45,Sporophila intermedia,1,14.7,Visual,OC +SANTIAGO,Guabas,205,4,5-Jun,7:35,7:45,Pionus menstruus,3,,Vuelo,NA +SANTIAGO,Guabas,205,4,5-Jun,7:35,7:45,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guabas,205,4,5-Jun,7:35,7:45,Ortalis columbiana,3,35.8,Visual,AD +SANTIAGO,Guabas,205,4,5-Jun,7:35,7:45,Momotus aequatorialis,1,,Auditivo,NA +SANTIAGO,Guabas,205,5,5-Jun,8:02,8:12,Zenaida auriculata,2,,Vuelo,NA +SANTIAGO,Guabas,205,5,5-Jun,8:02,8:12,Coragyps atratus,9,,Vuelo,NA +SANTIAGO,Guabas,205,5,5-Jun,8:02,8:12,Stilpnia cyanicollis,2,29.4,Visual,AD +SANTIAGO,Guabas,205,5,5-Jun,8:02,8:12,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,205,5,5-Jun,8:02,8:12,Columbina talpacoti,2,40,Visual,AD +SANTIAGO,Guabas,205,10,5-Jun,8:30,8:40,Anthracothorax nigricollis,1,13.7,Visual,AD +SANTIAGO,Guabas,205,10,5-Jun,8:30,8:40,Phimosus infuscatus,2,,Vuelo,NA +SANTIAGO,Guabas,205,10,5-Jun,8:30,8:40,Amazona mercenarius,4,,Vuelo,NA +SANTIAGO,Guabas,205,10,5-Jun,8:30,8:40,Volatinia jacarina,1,9.4,Visual,PO +SANTIAGO,Guabas,205,10,5-Jun,8:30,8:40,Thraupis episcopus,1,22.8,Visual,AD +SANTIAGO,Guabas,205,10,5-Jun,8:30,8:40,Sporophila nigricollis,2,17.4,Visual,PO +SANTIAGO,Guabas,205,8,5-Jun,8:56,9:06,Ramphocelus flammigerus,1,8.4,Visual,BNC +SANTIAGO,Guabas,205,8,5-Jun,8:56,9:06,Thraupis episcopus,2,12.7,Visual,AD +SANTIAGO,Guabas,205,8,5-Jun,8:56,9:06,Theristicus caudatus,3,,Vuelo,NA +SANTIAGO,Guabas,205,8,5-Jun,8:56,9:06,Sporophila nigricollis,1,8.7,Visual,OC +SANTIAGO,Guabas,205,8,5-Jun,8:56,9:06,Amazilia tzacatl,1,14.1,Visual,AD +SANTIAGO,Guabas,205,8,5-Jun,8:56,9:06,Florisuga mellivora,1,11.7,Visual,BNC +SANTIAGO,Guabas,205,8,5-Jun,8:56,9:06,Amazona mercenarius,5,,Vuelo,NA +SANTIAGO,Guabas,205,9,5-Jun,9:18,9:28,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guabas,205,9,5-Jun,9:18,9:28,Bubulcus ibis,1,,Vuelo,NA +SANTIAGO,Guabas,205,9,5-Jun,9:18,9:28,Synallaxis azarae,1,,Auditivo,NA +SANTIAGO,Guabas,205,9,5-Jun,9:18,9:28,Tiaris olivaceus,2,28.9,Visual,PO +SANTIAGO,Guabas,205,9,5-Jun,9:18,9:28,Sporophila intermedia,1,27.4,Visual,PO +SANTIAGO,Guabas,205,9,5-Jun,9:18,9:28,Amazilia tzacatl,1,17.4,Visual,AD +SANTIAGO,Guabas,205,9,5-Jun,9:18,9:28,Amazona mercenarius,8,,Vuelo,NA +SANTIAGO,Guabas,205,9,5-Jun,9:18,9:28,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,205,7,5-Jun,9:41,9:51,Coragyps atratus,5,,Vuelo,NA +SANTIAGO,Guabas,205,7,5-Jun,9:41,9:51,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guabas,205,7,5-Jun,9:41,9:51,Tyrannus melancholicus,2,107.5,Visual,RE +SANTIAGO,Guabas,205,7,5-Jun,9:41,9:51,Pyrocephalus rubinus,1,22.7,Visual,AD +SANTIAGO,Guabas,205,7,5-Jun,9:41,9:51,Amazilia tzacatl,1,37.4,Visual,AD +SANTIAGO,Guabas,205,6,5-Jun,10:09,10:19,Theristicus caudatus,2,48.7,Visual,PO +SANTIAGO,Guabas,205,6,5-Jun,10:09,10:19,Phimosus infuscatus,1,75.1,Visual,PO +SANTIAGO,Guabas,205,6,5-Jun,10:09,10:19,Thraupis episcopus,2,7.4,Visual,AD +SANTIAGO,Guabas,205,6,5-Jun,10:09,10:19,Stilpnia vitriolina,1,11.4,Visual,AD +JUAN,Guabas,318,3,6-Jun,6:04,6:14,Bubulcus ibis,3,,vuelo,NA +JUAN,Guabas,318,3,6-Jun,6:04,6:14,Microcerculus marginatus,1,,Auditivo,NA +JUAN,Guabas,318,3,6-Jun,6:04,6:14,Myadestes ralloides,1,,Auditivo,NA +JUAN,Guabas,318,3,6-Jun,6:04,6:14,Myiozetetes cayanensis,1,23,visual,CA +JUAN,Guabas,318,3,6-Jun,6:04,6:14,Ortalis columbiana,1,23.6,visual,CA +JUAN,Guabas,318,3,6-Jun,6:04,6:14,Ortalis columbiana,1,,vuelo,NA +JUAN,Guabas,318,3,6-Jun,6:04,6:14,Stilpnia cyanicollis,1,11.8,visual,OC +JUAN,Guabas,318,3,6-Jun,6:04,6:14,Tangara arthus,1,11.7,visual,BNC +JUAN,Guabas,318,3,6-Jun,6:04,6:14,Tangara labradorides,1,15.4,visual,BNC +JUAN,Guabas,318,3,6-Jun,6:04,6:14,Thraupis episcopus,1,16.2,visual,CA +JUAN,Guabas,318,3,6-Jun,6:04,6:14,Thraupis palmarum,1,24.8,visual,CA +JUAN,Guabas,318,3,6-Jun,6:04,6:14,Vireo chivi,1,,Auditivo,NA +JUAN,Guabas,318,3,6-Jun,6:04,6:14,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,318,4,6-Jun,6:23,6:33,Ardea alba,3,,vuelo,NA +JUAN,Guabas,318,4,6-Jun,6:23,6:33,Aulacorhynchus haematopygus,1,24.9,visual,BNC +JUAN,Guabas,318,4,6-Jun,6:23,6:33,Aulacorhynchus haematopygus,1,32,visual,BNC +JUAN,Guabas,318,4,6-Jun,6:23,6:33,Chlorophanes spiza,2,19.8,visual,BNC +JUAN,Guabas,318,4,6-Jun,6:23,6:33,Habia cristata,1,21.8,visual,BNC +JUAN,Guabas,318,4,6-Jun,6:23,6:33,Microcerculus marginatus,1,,Auditivo,NA +JUAN,Guabas,318,4,6-Jun,6:23,6:33,Momotus aequatorialis,1,27.8,visual,BNC +JUAN,Guabas,318,4,6-Jun,6:23,6:33,Ortalis columbiana,2,20.5,visual,BNC +JUAN,Guabas,318,4,6-Jun,6:23,6:33,Tangara arthus,1,19.6,visual,BNC +JUAN,Guabas,318,4,6-Jun,6:23,6:33,Tangara arthus,1,12,visual,BNC +JUAN,Guabas,318,4,6-Jun,6:23,6:33,Turdus ignobilis,1,20.4,visual,NA +JUAN,Guabas,318,5,6-Jun,6:44,6:54,Bubulcus ibis,2,,vuelo,NA +JUAN,Guabas,318,5,6-Jun,6:44,6:54,Momotus aequatorialis,1,16.6,visual,BNC +JUAN,Guabas,318,5,6-Jun,6:44,6:54,Myiothlypis fulvicauda,2,39,visual,CAR +JUAN,Guabas,318,2,6-Jun,7:07,7:17,Ardea alba,1,,vuelo,Na +JUAN,Guabas,318,2,6-Jun,7:07,7:17,Ardea alba,2,,vuelo,NA +JUAN,Guabas,318,2,6-Jun,7:07,7:17,Chlorostilbon melanorhynchus,1,22.1,visual,AD +JUAN,Guabas,318,2,6-Jun,7:07,7:17,Cyclarhis gujanensis,1,,Auditivo,NA +JUAN,Guabas,318,2,6-Jun,7:07,7:17,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guabas,318,2,6-Jun,7:07,7:17,Momotus aequatorialis,1,47.1,visual,AD +JUAN,Guabas,318,2,6-Jun,7:07,7:17,Pionus chalcopterus,1,,vuelo,NA +JUAN,Guabas,318,2,6-Jun,7:07,7:17,Saltator striatipectus,1,42.9,visual,AD +JUAN,Guabas,318,2,6-Jun,7:07,7:17,Saltator striatipectus,1,8.5,visual,AD +JUAN,Guabas,318,2,6-Jun,7:07,7:17,Stilpnia cyanicollis,3,42.9,visual,AD +JUAN,Guabas,318,2,6-Jun,7:07,7:17,Stilpnia vitriolina,1,41.4,visual,AD +JUAN,Guabas,318,2,6-Jun,7:07,7:17,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,318,2,6-Jun,7:07,7:17,Tyrannus melancholicus,2,,Auditivo,NA +JUAN,Guabas,318,2,6-Jun,7:07,7:17,Tyrannus melancholicus,1,62.1,visual,AD +JUAN,Guabas,318,2,6-Jun,7:07,7:17,Vireo olivaceus,1,44.2,visual,AD +JUAN,Guabas,318,6,6-Jun,7:35,7:45,Henicorhina leucosticta,1,,Auditivo,NA +JUAN,Guabas,318,6,6-Jun,7:35,7:45,Mionectes oleagineus,1,,Auditivo,NA +JUAN,Guabas,318,6,6-Jun,7:35,7:45,Myadestes ralloides,1,,Auditivo,NA +JUAN,Guabas,318,6,6-Jun,7:35,7:45,Tapera naevia,1,,Auditivo,NA +JUAN,Guabas,318,6,6-Jun,7:35,7:45,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,318,6,6-Jun,7:35,7:45,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,318,6,6-Jun,7:35,7:45,Xiphorhynchus susurrans,1,,Auditivo,NA +JUAN,Guabas,318,6,6-Jun,7:35,7:45,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,318,12,6-Jun,8:11,8:21,Amazilia tzacatl,1,,vuelo,NA +JUAN,Guabas,318,12,6-Jun,8:11,8:21,Chlorophonia cyanocephala,1,21.6,visual,AD +JUAN,Guabas,318,12,6-Jun,8:11,8:21,Colibri coruscans,1,18.8,visual,AD +JUAN,Guabas,318,12,6-Jun,8:11,8:21,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guabas,318,12,6-Jun,8:11,8:21,Euphonia laniirostris,1,14.4,visual,AD +JUAN,Guabas,318,12,6-Jun,8:11,8:21,Myiarchus tuberculifer,1,,Auditivo,NA +JUAN,Guabas,318,12,6-Jun,8:11,8:21,Myiozetetes cayanensis,1,12.8,visual,AD +JUAN,Guabas,318,12,6-Jun,8:11,8:21,Ortalis columbiana,2,,Auditivo,NA +JUAN,Guabas,318,12,6-Jun,8:11,8:21,Pionus chalcopterus,3,84.4,visual,BNC +JUAN,Guabas,318,12,6-Jun,8:11,8:21,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guabas,318,12,6-Jun,8:11,8:21,Saucerottia saucerottei,1,20.2,visual,AD +JUAN,Guabas,318,12,6-Jun,8:11,8:21,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guabas,318,12,6-Jun,8:11,8:21,Tapera naevia,1,,Auditivo,AD +JUAN,Guabas,318,12,6-Jun,8:11,8:21,Thraupis palmarum,1,12.8,visual,AD +JUAN,Guabas,318,12,6-Jun,8:11,8:21,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,318,12,6-Jun,8:11,8:21,Troglodytes aedon,1,6.8,visual,AD +JUAN,Guabas,318,12,6-Jun,8:11,8:21,Uranomitra franciae,1,,vuelo,NA +JUAN,Guabas,318,12,6-Jun,8:11,8:21,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,318,1,6-Jun,8:31,8:41,Chlorophanes spiza,2,,Auditivo,NA +JUAN,Guabas,318,1,6-Jun,8:31,8:41,Euphonia laniirostris,1,38.3,visual,AD +JUAN,Guabas,318,1,6-Jun,8:31,8:41,Hemithraupis guira,1,7.8,visual,AD +JUAN,Guabas,318,1,6-Jun,8:31,8:41,Picumnus granadensis,1,9.2,visual,AD +JUAN,Guabas,318,1,6-Jun,8:31,8:41,Sporophila nigricollis,1,6.5,visual,PO +JUAN,Guabas,318,1,6-Jun,8:31,8:41,Tangara gyrola,1,11.6,visual,PO +JUAN,Guabas,318,1,6-Jun,8:31,8:41,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,318,1,6-Jun,8:31,8:41,Turdus ignobilis,1,27.3,visual,AD +JUAN,Guabas,318,1,6-Jun,8:31,8:41,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,318,1,6-Jun,8:32,8:42,Myiopagis viridicata,2,34.9,visual,AD +JUAN,Guabas,318,7,6-Jun,8:50,9:00,Amazona mercenarius,6,,vuelo,NA +JUAN,Guabas,318,7,6-Jun,8:50,9:00,Chlorostilbon melanorhynchus,1,10.4,visual,AD +JUAN,Guabas,318,7,6-Jun,8:50,9:00,Ortalis columbiana,2,49.4,visual,AD +JUAN,Guabas,318,7,6-Jun,8:50,9:00,Saltator striatipectus,1,20.5,visual,PO +JUAN,Guabas,318,7,6-Jun,8:50,9:00,Spinus psaltria,1,8.2,visual,AD +JUAN,Guabas,318,7,6-Jun,8:50,9:00,Sporophila nigricollis,1,4.3,visual,AD +JUAN,Guabas,318,7,6-Jun,8:50,9:00,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guabas,318,7,6-Jun,8:50,9:00,Tiaris olivaceus,2,,Auditivo,NA +JUAN,Guabas,318,7,6-Jun,8:50,9:00,Turdus ignobilis,1,24.7,visual,AD +JUAN,Guabas,318,7,6-Jun,8:50,9:00,Zenaida auriculata,2,44.7,visual,BNC +JUAN,Guabas,318,7,6-Jun,8:50,9:00,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,318,9,6-Jun,9:11,9:21,Saltator striatipectus,1,24.7,visual,AD +JUAN,Guabas,318,9,6-Jun,9:11,9:21,Spinus xanthogastrus,1,18.9,visual,PO +JUAN,Guabas,318,9,6-Jun,9:11,9:21,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,318,9,6-Jun,9:11,9:21,Tiaris olivaceus,2,,Auditivo,NA +JUAN,Guabas,318,9,6-Jun,9:11,9:21,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,318,9,6-Jun,9:11,9:21,Turdus ignobilis,2,32.3,visual,AD +JUAN,Guabas,318,9,6-Jun,9:11,9:21,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,318,8,6-Jun,9:28,9:38,Atlapetes albinucha,1,16.6,visual,PO +JUAN,Guabas,318,8,6-Jun,9:28,9:38,Columbina talpacoti,2,54.6,visual,AD +JUAN,Guabas,318,8,6-Jun,9:28,9:38,Crypturellus soui,1,,Auditivo,NA +JUAN,Guabas,318,8,6-Jun,9:28,9:38,Stilpnia vitriolina,2,31.2,visual,AD +JUAN,Guabas,318,8,6-Jun,9:28,9:38,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,318,8,6-Jun,9:28,9:38,Todirostrum cinereum,2,12.2,visual,AD +JUAN,Guabas,318,8,6-Jun,9:28,9:38,Vireo leucophrys,3,,Auditivo,NA +JUAN,Guabas,318,8,6-Jun,9:28,9:38,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,318,10,6-Jun,9:56,10:06,Basileuterus culicivorus,1,,Auditivo,NA +JUAN,Guabas,318,10,6-Jun,9:56,10:06,Colibri coruscans,1,,vuelo,NA +JUAN,Guabas,318,10,6-Jun,9:56,10:06,Dysithamnus mentalis,1,,Auditivo,NA +JUAN,Guabas,318,10,6-Jun,9:56,10:06,Icterus chrysater,1,,Auditivo,NA +JUAN,Guabas,318,11,6-Jun,10:15,10:25,Bubulcus ibis,4,,vuelo,NA +JUAN,Guabas,318,11,6-Jun,10:15,10:25,Crotophaga ani,1,,Auditivo,NA +JUAN,Guabas,318,11,6-Jun,10:15,10:25,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guabas,318,11,6-Jun,10:15,10:25,Pionus chalcopterus,2,,vuelo,NA +JUAN,Guabas,318,11,6-Jun,10:15,10:25,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guabas,318,11,6-Jun,10:15,10:25,Zimmerius chrysops,1,13.8,visual,AD +SANTIAGO,Guabas,318,8,6-Jun,6:00,6:10,Myiopagis viridicata,2,22.5,Visual,AD +SANTIAGO,Guabas,318,8,6-Jun,6:00,6:10,Basileuterus tristriatus,1,12.2,Visual,BNC +SANTIAGO,Guabas,318,8,6-Jun,6:00,6:10,Patagioenas fasciata,2,19.7,Visual,BNC +SANTIAGO,Guabas,318,8,6-Jun,6:00,6:10,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guabas,318,8,6-Jun,6:00,6:10,Vireo olivaceus,1,15.8,Visual,BNC +SANTIAGO,Guabas,318,8,6-Jun,6:00,6:10,Henicorhina leucosticta,1,12.2,Visual,BNC +SANTIAGO,Guabas,318,8,6-Jun,6:00,6:10,Thraupis episcopus,2,8.8,Visual,AD +SANTIAGO,Guabas,318,8,6-Jun,6:00,6:10,Basileuterus tristriatus,2,11.2,Visual,BNC +SANTIAGO,Guabas,318,8,6-Jun,6:00,6:10,Egretta thula,1,,Vuelo,NA +SANTIAGO,Guabas,318,8,6-Jun,6:00,6:10,Myiopagis viridicata,1,33.6,Visual,AD +SANTIAGO,Guabas,318,9,6-Jun,6:21,6:31,Myiozetetes cayanensis,1,21.2,Visual,AD +SANTIAGO,Guabas,318,9,6-Jun,6:21,6:31,Tyrannus melancholicus,1,21.2,Visual,AD +SANTIAGO,Guabas,318,9,6-Jun,6:21,6:31,Saltator striatipectus,1,34.4,Visual,AD +SANTIAGO,Guabas,318,9,6-Jun,6:21,6:31,Zimmerius chrysops,1,48.2,Visual,AD +SANTIAGO,Guabas,318,9,6-Jun,6:21,6:31,Patagioenas fasciata,1,122.9,Visual,BNC +SANTIAGO,Guabas,318,9,6-Jun,6:21,6:31,Volatinia jacarina,1,45.6,Visual,AD +SANTIAGO,Guabas,318,9,6-Jun,6:21,6:31,Sporophila nigricollis,1,21.1,Visual,BNC +SANTIAGO,Guabas,318,9,6-Jun,6:21,6:31,Pygochelidon cyanoleuca,2,,Vuelo,NA +SANTIAGO,Guabas,318,9,6-Jun,6:21,6:31,Streptoprocne zonaris,23,,Vuelo,NA +SANTIAGO,Guabas,318,9,6-Jun,6:21,6:31,Phimosus infuscatus,2,,Vuelo,NA +SANTIAGO,Guabas,318,9,6-Jun,6:21,6:31,Myiozetetes cayanensis,1,,Auditivo,NA +SANTIAGO,Guabas,318,9,6-Jun,6:21,6:31,Pitangus sulphuratus,1,,Auditivo,NA +SANTIAGO,Guabas,318,9,6-Jun,6:21,6:31,Microcerculus marginatus,1,,Auditivo,NA +SANTIAGO,Guabas,318,9,6-Jun,6:21,6:31,Ramphocelus flammigerus,1,45.7,Visual,AD +SANTIAGO,Guabas,318,7,6-Jun,6:50,7:00,Picumnus granadensis,1,15.9,Visual,OC +SANTIAGO,Guabas,318,7,6-Jun,6:50,7:00,Daptrius chimachima,1,,Vuelo,NA +SANTIAGO,Guabas,318,7,6-Jun,6:50,7:00,Amazona mercenarius,2,,Vuelo,NA +SANTIAGO,Guabas,318,7,6-Jun,6:50,7:00,Psittacara wagleri,4,56.9,visual,BNC +SANTIAGO,Guabas,318,7,6-Jun,6:50,7:00,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guabas,318,7,6-Jun,6:50,7:00,Camptostoma obsoletum,1,18.3,Visual,AD +SANTIAGO,Guabas,318,7,6-Jun,6:50,7:00,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guabas,318,7,6-Jun,6:50,7:00,Bubulcus ibis,1,,Vuelo,NA +SANTIAGO,Guabas,318,7,6-Jun,6:50,7:00,Amazona mercenarius,1,57,visual,NA +SANTIAGO,Guabas,318,7,6-Jun,6:50,7:00,Stelgidopteryx ruficollis,2,,Vuelo,NA +SANTIAGO,Guabas,318,7,6-Jun,6:50,7:00,Tapera naevia,1,,Auditivo,NA +SANTIAGO,Guabas,318,7,6-Jun,6:50,7:00,Stilpnia vitriolina,1,36.2,Visual,AD +SANTIAGO,Guabas,318,1,6-Jun,7:28,7:38,Todirostrum cinereum,1,,Auditivo,NA +SANTIAGO,Guabas,318,1,6-Jun,7:28,7:38,Henicorhina leucosticta,1,,Auditivo,NA +SANTIAGO,Guabas,318,1,6-Jun,7:28,7:38,Saltator striatipectus,1,,Auditivo,NA +SANTIAGO,Guabas,318,1,6-Jun,7:28,7:38,Stilpnia vitriolina,1,44.1,visual,AD +SANTIAGO,Guabas,318,1,6-Jun,7:28,7:38,Pachyramphus polychopterus,2,15.3,Visual,AD +SANTIAGO,Guabas,318,1,6-Jun,7:28,7:38,Camptostoma obsoletum,1,18.2,Visual,AD +SANTIAGO,Guabas,318,1,6-Jun,7:28,7:38,Pygochelidon cyanoleuca,2,,Vuelo,NA +SANTIAGO,Guabas,318,1,6-Jun,7:28,7:38,Ramphocelus flammigerus,1,21.8,Visual,AD +SANTIAGO,Guabas,318,1,6-Jun,7:28,7:38,Chlorophanes spiza,2,10.2,Visual,AD +SANTIAGO,Guabas,318,10,6-Jun,8:10,8:20,Zimmerius chrysops,1,11.1,Visual,AD +SANTIAGO,Guabas,318,10,6-Jun,8:10,8:20,Patagioenas fasciata,1,,Vuelo,NA +SANTIAGO,Guabas,318,10,6-Jun,8:10,8:20,Xenops rutilans,1,88.2,Visual,BNC +SANTIAGO,Guabas,318,10,6-Jun,8:10,8:20,Saltator striatipectus,1,,Auditivo,NA +SANTIAGO,Guabas,318,10,6-Jun,8:10,8:20,Troglodytes aedon,1,22.3,Visual,PO +SANTIAGO,Guabas,318,10,6-Jun,8:10,8:20,Saucerottia saucerottei,1,18.6,Visual,AD +SANTIAGO,Guabas,318,11,6-Jun,8:30,8:40,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guabas,318,11,6-Jun,8:30,8:40,Tapera naevia,1,,Auditivo,NA +SANTIAGO,Guabas,318,11,6-Jun,8:30,8:40,Stilpnia vitriolina,1,14.1,Visual,AD +SANTIAGO,Guabas,318,11,6-Jun,8:30,8:40,Forpus conspicillatus,35,,Vuelo,NA +SANTIAGO,Guabas,318,11,6-Jun,8:30,8:40,Basileuterus culicivorus,1,8.1,Visual,BNC +SANTIAGO,Guabas,318,11,6-Jun,8:30,8:40,Daptrius chimachima,1,,Vuelo,NA +SANTIAGO,Guabas,318,11,6-Jun,8:30,8:40,Spinus xanthogastrus,2,8.4,Visual,PO +SANTIAGO,Guabas,318,11,6-Jun,8:30,8:40,Sporophila nigricollis,1,21.4,Visual,AD +SANTIAGO,Guabas,318,11,6-Jun,8:30,8:40,Pionus chalcopterus,1,130.7,Visual,BNC +SANTIAGO,Guabas,318,11,6-Jun,8:30,8:40,Tapera naevia,1,,Auditivo,NA +SANTIAGO,Guabas,318,11,6-Jun,8:30,8:40,Spinus psaltria,1,18.2,Visual,AD +SANTIAGO,Guabas,318,11,6-Jun,8:30,8:40,Elanoides forficatus,2,,Vuelo,NA +SANTIAGO,Guabas,318,12,6-Jun,8:45,8:55,Stilpnia vitriolina,2,15.9,Visual,AD +SANTIAGO,Guabas,318,12,6-Jun,8:45,8:55,Thraupis episcopus,1,15.2,Visual,AD +SANTIAGO,Guabas,318,12,6-Jun,8:45,8:55,Tangara gyrola,1,15.4,Visual,AD +SANTIAGO,Guabas,318,12,6-Jun,8:45,8:55,Spinus psaltria,2,45.1,Visual,BNC +SANTIAGO,Guabas,318,12,6-Jun,8:45,8:55,Turdus ignobilis,1,25.8,Visual,BNc +SANTIAGO,Guabas,318,12,6-Jun,8:45,8:55,Basileuterus culicivorus,1,38.4,Visual,BNC +SANTIAGO,Guabas,318,12,6-Jun,8:45,8:55,Pionus chalcopterus,9,,Vuelo,NA +SANTIAGO,Guabas,318,12,6-Jun,8:45,8:55,Dacnis hartlaubi,1,40.2,Visual,BNC +SANTIAGO,Guabas,318,12,6-Jun,8:45,8:55,Coragyps atratus,4,,Vuelo,NA +SANTIAGO,Guabas,318,6,6-Jun,9:03,9:13,Habia cristata,2,9.5,Visual,BNC +SANTIAGO,Guabas,318,6,6-Jun,9:03,9:13,Henicorhina leucosticta,1,11.5,Visual,BNC +SANTIAGO,Guabas,318,6,6-Jun,9:03,9:13,Phaethornis guy,1,14.2,Visual,BNC +SANTIAGO,Guabas,318,6,6-Jun,9:03,9:13,Momotus aequatorialis,1,8.2,Visual,BNC +SANTIAGO,Guabas,318,6,6-Jun,9:03,9:13,Pheugopedius mystacalis,1,,Auditivo,NA +SANTIAGO,Guabas,318,6,6-Jun,9:03,9:13,Xiphocolaptes promeropirhynchus,1,15.2,Visual,BNC +SANTIAGO,Guabas,318,6,6-Jun,9:03,9:13,Synallaxis albescens,1,8.5,Visual,BNC +SANTIAGO,Guabas,318,6,6-Jun,9:03,9:13,Myiothlypis fulvicauda,1,11.5,Visual,BNC +SANTIAGO,Guabas,318,6,6-Jun,9:03,9:13,Microcerculus marginatus,1,,Auditivo,NA +SANTIAGO,Guabas,318,6,6-Jun,9:03,9:13,Henicorhina leucosticta,1,,Auditivo,NA +SANTIAGO,Guabas,318,6,6-Jun,9:03,9:13,Crypturellus soui,1,12.4,Visual,BNC +SANTIAGO,Guabas,318,6,6-Jun,9:03,9:13,Glyphorynchus spirurus,1,19.3,Visual,BNC +SANTIAGO,Guabas,318,6,6-Jun,9:03,9:13,Basileuterus tristriatus,2,29.4,Visual,BNC +SANTIAGO,Guabas,318,6,6-Jun,9:03,9:13,Aulacorhynchus haematopygus,2,33.7,Visual,BNC +SANTIAGO,Guabas,318,2,6-Jun,9:35,9:35,Troglodytes aedon,1,24.1,Visual,PO +SANTIAGO,Guabas,318,2,6-Jun,9:35,9:35,Stilpnia vitriolina,1,59.2,Visual,AD +SANTIAGO,Guabas,318,2,6-Jun,9:35,9:35,Forpus conspicillatus,3,59.7,Visual,AD +SANTIAGO,Guabas,318,2,6-Jun,9:35,9:35,Bubulcus ibis,5,,Vuelo,NA +SANTIAGO,Guabas,318,2,6-Jun,9:35,9:35,Sporophila nigricollis,1,29.5,Visual,PO +SANTIAGO,Guabas,318,2,6-Jun,9:35,9:35,Sporophila schistacea,2,30.4,Visual,PO +SANTIAGO,Guabas,318,2,6-Jun,9:35,9:35,Ramphocelus dimidiatus,2,60.1,Visual,AD +SANTIAGO,Guabas,318,4,6-Jun,9:42,9:52,Aulacorhynchus haematopygus,2,38.4,Visual,BNC +SANTIAGO,Guabas,318,4,6-Jun,9:42,9:52,Serpophaga cinerea,1,12.5,Visual,CAG +SANTIAGO,Guabas,318,4,6-Jun,9:42,9:52,Thraupis episcopus,3,36.1,Visual,AD +SANTIAGO,Guabas,318,4,6-Jun,9:42,9:52,Habia cristata,1,,Auditivo,NA +SANTIAGO,Guabas,318,4,6-Jun,9:42,9:52,Thraupis palmarum,1,35.7,Visual,AD +SANTIAGO,Guabas,318,4,6-Jun,9:42,9:52,Tangara gyrola,1,34.1,Visual,AD +SANTIAGO,Guabas,318,4,6-Jun,9:42,9:52,Zenaida auriculata,2,18.7,Visual,BNC +SANTIAGO,Guabas,318,4,6-Jun,9:42,9:52,Coragyps atratus,5,,Vuelo,NA +SANTIAGO,Guabas,318,4,6-Jun,9:42,9:52,Rupicola peruviana,1,25.2,Visual,BNC +SANTIAGO,Guabas,318,4,6-Jun,9:42,9:52,Sicalis flaveola,2,9.4,Visual,AD +SANTIAGO,Guabas,318,4,6-Jun,9:42,9:52,Cyclarhis gujanensis,1,15.2,Visual,BNC +SANTIAGO,Guabas,318,3,6-Jun,10:09,10:19,Volatinia jacarina,2,13.5,Visual,CA +SANTIAGO,Guabas,318,3,6-Jun,10:09,10:19,Tiaris olivaceus,1,11.1,Visual,CA +SANTIAGO,Guabas,318,3,6-Jun,10:09,10:19,Icterus nigrogularis,1,,Auditivo,NA +SANTIAGO,Guabas,318,3,6-Jun,10:09,10:19,Thraupis episcopus,2,17.8,Visual,CA +SANTIAGO,Guabas,318,3,6-Jun,10:09,10:19,Zenaida auriculata,1,22.1,Visual,AD +SANTIAGO,Guabas,318,5,6-Jun,10:30,10:40,Atlapetes albinucha,1,29.1,Visual,BNC +SANTIAGO,Guabas,318,5,6-Jun,10:30,10:40,Synallaxis azarae,2,,Auditivo,NA +SANTIAGO,Guabas,318,5,6-Jun,10:30,10:40,Columbina talpacoti,1,14.5,Visual,BC +SANTIAGO,Guabas,318,5,6-Jun,10:30,10:40,Sicalis flaveola,2,9.2,Visual,BNC +SANTIAGO,Guabas,318,5,6-Jun,10:30,10:40,Pionus menstruus,6,,Vuelo,NA +SANTIAGO,Guabas,318,5,6-Jun,10:30,10:40,Icterus nigrogularis,1,,Auditivo,AD +SANTIAGO,Guabas,318,5,6-Jun,10:30,10:40,Sporophila sp,1,25.3,Visual,AD +JUAN,Guabas,356,7,7-Jun,6:25,6:35,Chlorophanes spiza,1,26,visual,CV +JUAN,Guabas,356,7,7-Jun,6:25,6:35,Grallaria ruficapilla,1,,Auditivo,NA +JUAN,Guabas,356,7,7-Jun,6:25,6:35,Saucerottia saucerottei,1,10.9,visual,PO +JUAN,Guabas,356,7,7-Jun,6:25,6:35,Saucerottia saucerottei,1,7.9,visual,AD +JUAN,Guabas,356,7,7-Jun,6:25,6:35,Sporophila nigricollis,2,29,visual,CV +JUAN,Guabas,356,7,7-Jun,6:25,6:35,Tangara arthus,1,26,visual,CV +JUAN,Guabas,356,7,7-Jun,6:25,6:35,Tangara arthus,1,27.5,visual,CV +JUAN,Guabas,356,7,7-Jun,6:25,6:35,Tangara gyrola,1,23.3,visual,CV +JUAN,Guabas,356,7,7-Jun,6:25,6:35,Tangara labradorides,1,24.9,visual,CV +JUAN,Guabas,356,7,7-Jun,6:25,6:35,Turdus ignobilis,1,25.5,visual,CV +JUAN,Guabas,356,7,7-Jun,6:25,6:35,Turdus ignobilis,2,22.3,visual,CV +JUAN,Guabas,356,7,7-Jun,6:25,6:35,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guabas,356,7,7-Jun,6:25,6:35,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guabas,356,8,7-Jun,6:41,6:51,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guabas,356,8,7-Jun,6:41,6:51,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guabas,356,8,7-Jun,6:41,6:51,Sporophila schistacea,1,8.4,visual,CA +JUAN,Guabas,356,8,7-Jun,6:41,6:51,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guabas,356,8,7-Jun,6:41,6:51,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guabas,356,9,7-Jun,7:00,7:10,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guabas,356,9,7-Jun,7:00,7:10,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guabas,356,9,7-Jun,7:00,7:10,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guabas,356,9,7-Jun,7:00,7:10,Patagioenas fasciata,1,,vuelo,NA +JUAN,Guabas,356,9,7-Jun,7:00,7:10,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guabas,356,9,7-Jun,7:00,7:10,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guabas,356,10,7-Jun,7:20,7:30,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guabas,356,11,7-Jun,7:39,7:49,Euphonia xanthogaster,1,14.1,visual,AD +JUAN,Guabas,356,11,7-Jun,7:39,7:49,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guabas,356,11,7-Jun,7:39,7:49,Patagioenas fasciata,1,38.1,visual,BC +JUAN,Guabas,356,11,7-Jun,7:39,7:49,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,356,11,7-Jun,7:39,7:49,Volatinia jacarina,1,5.6,visual,PO +JUAN,Guabas,356,11,7-Jun,7:39,7:49,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guabas,356,11,7-Jun,7:39,7:49,Zonotrichia capensis,1,32.5,visual,PO +JUAN,Guabas,356,11,7-Jun,7:39,7:49,Zonotrichia capensis,1,33.7,visual,PO +JUAN,Guabas,356,13,7-Jun,8:00,8:10,Henicorhina leucosticta,1,,Auditivo,NA +JUAN,Guabas,356,13,7-Jun,8:00,8:10,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guabas,356,13,7-Jun,8:00,8:10,Ocreatus underwoodii,1,,vuelo,NA +JUAN,Guabas,356,13,7-Jun,8:00,8:10,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,356,12,7-Jun,8:22,8:32,Daptrius chimachima,1,,Auditivo,NA +JUAN,Guabas,356,12,7-Jun,8:22,8:32,Patagioenas fasciata,1,30.3,visual,AD +JUAN,Guabas,356,12,7-Jun,8:22,8:32,Pitangus sulphuratus,1,,Auditivo,NA +JUAN,Guabas,356,12,7-Jun,8:22,8:32,Psittacara wagleri,2,,vuelo,NA +JUAN,Guabas,356,12,7-Jun,8:22,8:32,Zonotrichia capensis,3,,Auditivo,NA +JUAN,Guabas,356,12,7-Jun,8:22,8:32,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guabas,356,1,7-Jun,8:48,8:58,Crypturellus soui,1,,Auditivo,NA +JUAN,Guabas,356,1,7-Jun,8:48,8:58,Cyanocorax yncas,2,29.8,visual,BNC +JUAN,Guabas,356,1,7-Jun,8:48,8:58,Elaenia frantzii,1,23.4,visual,BNC +JUAN,Guabas,356,1,7-Jun,8:48,8:58,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guabas,356,1,7-Jun,8:48,8:58,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guabas,356,1,7-Jun,8:48,8:58,Pionus chalcopterus,6,,vuelo,NA +JUAN,Guabas,356,1,7-Jun,8:48,8:58,Psittacara wagleri,8,,vuelo,NA +JUAN,Guabas,356,1,7-Jun,8:48,8:58,Stilpnia heinei,1,19.3,visual,BNC +JUAN,Guabas,356,1,7-Jun,8:48,8:58,Tangara labradorides,2,19,visual,BNC +JUAN,Guabas,356,1,7-Jun,8:48,8:58,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,356,1,7-Jun,8:48,8:58,Turdus fuscater,1,27.3,visual,BNC +JUAN,Guabas,356,2,7-Jun,9:09,9:19,Chamaepetes goudotii,1,44.8,visual,AD +JUAN,Guabas,356,2,7-Jun,9:09,9:19,Euphonia xanthogaster,1,23.2,visual,AD +JUAN,Guabas,356,2,7-Jun,9:09,9:19,Sporathraupis cyanocephala,1,17.2,visual,AD +JUAN,Guabas,356,2,7-Jun,9:09,9:19,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guabas,356,2,7-Jun,9:09,9:19,Turdus fuscater,1,48.3,visual,AR-3 +JUAN,Guabas,356,2,7-Jun,9:09,9:19,Turdus fuscater,1,19.3,visual,AD +JUAN,Guabas,356,3,7-Jun,9:22,9:32,Cyanocorax yncas,2,,Auditivo,NA +JUAN,Guabas,356,3,7-Jun,9:22,9:32,Turdus fuscater,1,,Auditivo,NA +JUAN,Guabas,356,4,7-Jun,9:43,9:53,Elaenia frantzii,1,17.9,visual,BNC +JUAN,Guabas,356,4,7-Jun,9:43,9:53,Pionus chalcopterus,3,,vuelo,NA +JUAN,Guabas,356,4,7-Jun,9:43,9:53,Stilpnia heinei,1,22.6,visual,BNC +JUAN,Guabas,356,4,7-Jun,9:43,9:53,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guabas,356,4,7-Jun,9:43,9:53,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guabas,356,5,7-Jun,10:02,10:12,Coragyps atratus,2,,vuelo,NA +JUAN,Guabas,356,5,7-Jun,10:02,10:12,Turdus fuscater,1,20,visual,AD +JUAN,Guabas,356,5,7-Jun,10:02,10:12,Tyrannus melancholicus,1,25.8,visual,AD +JUAN,Guabas,356,6,7-Jun,10:38,10:48,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guabas,356,6,7-Jun,10:38,10:48,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guabas,356,6,7-Jun,10:38,10:48,Patagioenas fasciata,1,,vuelo,NA +JUAN,Guabas,356,6,7-Jun,10:38,10:48,Patagioenas fasciata,1,26.7,visual,AD +JUAN,Guabas,356,6,7-Jun,10:38,10:48,Turdus ignobilis,1,16.1,visual,AD +JUAN,Guabas,356,6,7-Jun,10:38,10:48,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,356,6,7-Jun,10:38,10:48,Zonotrichia capensis,2,,Auditivo,NA +SANTIAGO,Guabas,356,6,7-Jun,6:35,6:45,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guabas,356,6,7-Jun,6:35,6:45,Tapera naevia,1,,Auditivo,NA +SANTIAGO,Guabas,356,6,7-Jun,6:35,6:45,Thraupis episcopus,2,30,Visual,BNC +SANTIAGO,Guabas,356,6,7-Jun,6:35,6:45,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guabas,356,6,7-Jun,6:35,6:45,Anisognathus somptuosus,2,35,Visual,AD +SANTIAGO,Guabas,356,6,7-Jun,6:35,6:45,Ortalis columbiana,5,40,Visual,BNC +SANTIAGO,Guabas,356,13,7-Jun,6:55,7:05,Grallaria ruficapilla,2,,Auditivo,NA +SANTIAGO,Guabas,356,13,7-Jun,6:55,7:05,Myadestes ralloides,1,,Auditivo,NA +SANTIAGO,Guabas,356,13,7-Jun,6:55,7:05,Entomodestes coracinus,1,25,Visual,BC +SANTIAGO,Guabas,356,13,7-Jun,6:55,7:05,Syndactila subalaris,1,10,Visual,BC +SANTIAGO,Guabas,356,13,7-Jun,6:55,7:05,Mionectes striaticollis,1,15,Visual,BC +SANTIAGO,Guabas,356,13,7-Jun,6:55,7:05,Momotus aequatorialis,1,,Auditivo,NA +SANTIAGO,Guabas,356,7,7-Jun,7:10,7:20,Zonotrichia capensis,1,20,Visual,CV +SANTIAGO,Guabas,356,7,7-Jun,7:10,7:20,Tangara arthus,2,30,Visual,AD +SANTIAGO,Guabas,356,7,7-Jun,7:10,7:20,Amazilia tzacatl,1,10,Visual,PO +SANTIAGO,Guabas,356,7,7-Jun,7:10,7:20,Turdus fuscater,2,30,Visual,CV +SANTIAGO,Guabas,356,7,7-Jun,7:10,7:20,Amazona mercenarius,8,,Vuelo,NA +SANTIAGO,Guabas,356,7,7-Jun,7:10,7:20,Tapera naevia,1,,Auditivo,NA +SANTIAGO,Guabas,356,1,7-Jun,7:30,7:40,Momotus aequatorialis,1,23.3,Visual,AD +SANTIAGO,Guabas,356,1,7-Jun,7:30,7:40,Pipreola riefferii,1,45.3,Visual,BNC +SANTIAGO,Guabas,356,1,7-Jun,7:30,7:40,Thraupis episcopus,2,18.1,Visual,AD +SANTIAGO,Guabas,356,1,7-Jun,7:30,7:40,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guabas,356,1,7-Jun,7:30,7:40,Stilpnia vitriolina,1,11.6,Visual,BNC +SANTIAGO,Guabas,356,1,7-Jun,7:30,7:40,Tangara nigroviridis,1,13.8,Visual,BNC +SANTIAGO,Guabas,356,1,7-Jun,7:30,7:40,Vireo leucophrys,1,13.3,visual,BNC +SANTIAGO,Guabas,356,1,7-Jun,7:30,7:40,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guabas,356,1,7-Jun,7:30,7:40,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guabas,356,1,7-Jun,7:30,7:40,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guabas,356,1,7-Jun,7:30,7:40,Zonotrichia capensis,1,6.3,Visual,PO +SANTIAGO,Guabas,356,2,7-Jun,7:57,8:07,Colibri coruscans,2,28.3,Visual,BNC +SANTIAGO,Guabas,356,2,7-Jun,7:57,8:07,Myioborus miniatus,1,21.3,Visual,AD +SANTIAGO,Guabas,356,2,7-Jun,7:57,8:07,Arremon brunneinucha,1,36.2,Visual,BNC +SANTIAGO,Guabas,356,2,7-Jun,7:57,8:07,Phaethornis syrmatophorus,1,41.3,Visual,BNC +SANTIAGO,Guabas,356,2,7-Jun,7:57,8:07,Henicorhina leucophrys,1,,Auditivo,NA +SANTIAGO,Guabas,356,2,7-Jun,7:57,8:07,Troglodytes aedon,1,25.1,Visual,PO +SANTIAGO,Guabas,356,2,7-Jun,7:57,8:07,Chlorophonia phyrrophrys,1,39.1,Visual,AD +SANTIAGO,Guabas,356,2,7-Jun,7:57,8:07,Patagioenas fasciata,1,60,Visual,BNC +SANTIAGO,Guabas,356,2,7-Jun,7:57,8:07,Synallaxis azarae,1,12,Visual,BNC +SANTIAGO,Guabas,356,3,7-Jun,8:15,8:25,Chlorospingus canigularis,1,15,Visual,BNC +SANTIAGO,Guabas,356,3,7-Jun,8:15,8:25,Colaptes rubiginosus,1,20,Visual,BNC +SANTIAGO,Guabas,356,3,7-Jun,8:15,8:25,Momotus aequatorialis,1,,Auditivo,NA +SANTIAGO,Guabas,356,3,7-Jun,8:15,8:25,Thraupis episcopus,1,5,Visual,AD +SANTIAGO,Guabas,356,3,7-Jun,8:15,8:25,Cinnycerthia olivascens,1,25,Visual,BC +SANTIAGO,Guabas,356,3,7-Jun,8:15,8:25,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guabas,356,3,7-Jun,8:15,8:25,Cyanocorax yncas,3,100,Visual,BNC +SANTIAGO,Guabas,356,3,7-Jun,8:15,8:25,Turdus ignobilis,1,5,Visual,AD +SANTIAGO,Guabas,356,3,7-Jun,8:15,8:25,Myiophobus flavicans,1,8,Visual,BNC +SANTIAGO,Guabas,356,3,7-Jun,8:15,8:25,Myioborus miniatus,2,12,Visual,BNC +SANTIAGO,Guabas,356,4,7-Jun,8:49,8:59,Tapera naevia,1,,Auditivo,NA +SANTIAGO,Guabas,356,4,7-Jun,8:49,8:59,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guabas,356,4,7-Jun,8:49,8:59,Anisognathus somptuosus,1,28.3,Visual,AD +SANTIAGO,Guabas,356,4,7-Jun,8:49,8:59,Coragyps atratus,3,,Vuelo,NA +SANTIAGO,Guabas,356,4,7-Jun,8:49,8:59,Thraupis palmarum,2,35.1,Visual,AD +SANTIAGO,Guabas,356,4,7-Jun,8:49,8:59,Synallaxis azarae,1,,Auditivo,NA +SANTIAGO,Guabas,356,4,7-Jun,8:49,8:59,Turdus fuscater,1,43.1,Visual,PO +SANTIAGO,Guabas,356,4,7-Jun,8:49,8:59,Phimosus infuscatus,1,,Vuelo,NA +SANTIAGO,Guabas,356,4,7-Jun,8:49,8:59,Zonotrichia capensis,1,18.9,Visual,PO +SANTIAGO,Guabas,356,5,7-Jun,9:09,9:19,Pachyramphus rufus,2,13.4,Visual,AD +SANTIAGO,Guabas,356,5,7-Jun,9:09,9:19,Stilpnia cyanicollis,1,12.5,Visual,BNC +SANTIAGO,Guabas,356,5,7-Jun,9:09,9:19,Stilpnia vitriolina,1,15.4,Visual,AD +SANTIAGO,Guabas,356,5,7-Jun,9:09,9:19,Todirostrum cinereum,2,24.2,Visual,AD +SANTIAGO,Guabas,356,5,7-Jun,9:09,9:19,Zimmerius chrysops,1,8.5,Visual,AD +SANTIAGO,Guabas,356,5,7-Jun,9:09,9:19,Colaptes punctigula,1,39.3,Visual,BNC +SANTIAGO,Guabas,356,5,7-Jun,9:09,9:19,Spinus psaltria,1,19.2,Visual,PO +SANTIAGO,Guabas,356,12,7-Jun,9:30,9:40,Tyrannus melancholicus,1,23.5,Visual,AD +SANTIAGO,Guabas,356,12,7-Jun,9:30,9:40,Pitangus sulphuratus,2,29.4,Visual,AD +SANTIAGO,Guabas,356,12,7-Jun,9:30,9:40,Forpus conspicillatus,3,,Vuelo,NA +SANTIAGO,Guabas,356,12,7-Jun,9:30,9:40,Ramphocelus flammigerus,5,14.2,Visual,BNC +SANTIAGO,Guabas,356,12,7-Jun,9:30,9:40,Troglodytes aedon,1,9.4,Visual,AD +SANTIAGO,Guabas,356,12,7-Jun,9:30,9:40,Piaya cayana,1,51.3,Visual,BNC +SANTIAGO,Guabas,356,12,7-Jun,9:30,9:40,Sporophila nigricollis,1,25.2,Visual,PO +SANTIAGO,Guabas,356,12,7-Jun,9:30,9:40,Stilpnia vitriolina,2,18,Visual,AD +SANTIAGO,Guabas,356,12,7-Jun,9:30,9:40,Tiaris olivaceus,2,22.7,Visual,PO +SANTIAGO,Guabas,356,12,7-Jun,9:30,9:40,Myiopagis viridicata,1,17.1,Visual,AD +SANTIAGO,Guabas,356,12,7-Jun,9:30,9:40,Turdus ignobilis,2,25.4,Visual,PO +SANTIAGO,Guabas,356,12,7-Jun,9:30,9:40,Tyrannus melancholicus,1,11.4,Visual,BNC +SANTIAGO,Guabas,356,12,7-Jun,9:30,9:40,Amazona ochrocephala,8,,Vuelo,NA +SANTIAGO,Guabas,356,8,7-Jun,9:58,10:08,Sporophila nigricollis,1,22.8,Visual,CA +SANTIAGO,Guabas,356,8,7-Jun,9:58,10:08,Synallaxis azarae,1,12.5,Visual,CA +SANTIAGO,Guabas,356,8,7-Jun,9:58,10:08,Coragyps atratus,2,,Vuelo,NA +SANTIAGO,Guabas,356,8,7-Jun,9:58,10:08,Pionus chalcopterus,5,,Vuelo,NA +SANTIAGO,Guabas,356,8,7-Jun,9:58,10:08,Psittacara wagleri,11,,Vuelo,NA +SANTIAGO,Guabas,356,8,7-Jun,9:58,10:08,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guabas,356,8,7-Jun,9:58,10:08,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guabas,356,9,7-Jun,10:22,10:32,Pyrocephalus rubinus,1,8.8,Visual,AR-3 +SANTIAGO,Guabas,356,9,7-Jun,10:22,10:32,Tangara arthus,2,15.2,Visual,AR-3 +SANTIAGO,Guabas,356,9,7-Jun,10:22,10:32,Coragyps atratus,3,,Vuelo,NA +SANTIAGO,Guabas,356,9,7-Jun,10:22,10:32,Tyrannus melancholicus,1,18.4,Visual,AR-3 +SANTIAGO,Guabas,356,9,7-Jun,10:22,10:32,Tangara vassorii,1,30.1,Visual,BC +SANTIAGO,Guabas,356,10,7-Jun,10:39,10:49,Premnoplex brunnescens,1,11.7,Visual,BC +SANTIAGO,Guabas,356,10,7-Jun,10:39,10:49,Diglossa cyanea,1,22,Visual,BC +SANTIAGO,Guabas,356,10,7-Jun,10:39,10:49,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guabas,356,10,7-Jun,10:39,10:49,Geotrygon montana,1,14.2,Visual,BC +SANTIAGO,Guabas,356,10,7-Jun,10:39,10:49,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guabas,356,11,7-Jun,11:00,11:10,Volatinia jacarina,1,45.6,Visual,PO +SANTIAGO,Guabas,356,11,7-Jun,11:00,11:10,Momotus aequatorialis,1,60.9,Visual,BC +SANTIAGO,Guabas,356,11,7-Jun,11:00,11:10,Coragyps atratus,4,,Vuelo,NA +SANTIAGO,Guabas,356,11,7-Jun,11:00,11:10,Zonotrichia capensis,1,9.7,Visual,PO +SANTIAGO,Guabas,356,11,7-Jun,11:00,11:10,Volatinia jacarina,2,66.2,Visual,PO +JUAN,Guacaica,1087,3,14-Jun,6:00,6:10,Bubulcus ibis,2,,vuelo,NA +JUAN,Guacaica,1087,3,14-Jun,6:00,6:10,Rupornis magnirostris,1,38.2,visual,AD +JUAN,Guacaica,1087,3,14-Jun,6:00,6:10,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1087,3,14-Jun,6:00,6:10,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1087,3,14-Jun,6:00,6:10,Zenaida auriculata,2,14.4,visual,PO +JUAN,Guacaica,1087,3,14-Jun,6:00,6:10,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1087,4,14-Jun,6:18,6:28,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,4,14-Jun,6:18,6:28,Sicalis flaveola,2,11.2,visual,PO +JUAN,Guacaica,1087,4,14-Jun,6:18,6:28,Tangara arthus,1,8.3,visual,AD +JUAN,Guacaica,1087,4,14-Jun,6:18,6:28,Thraupis episcopus,1,,Auditivo,NA +JUAN,Guacaica,1087,4,14-Jun,6:18,6:28,Turdus ignobilis,1,11.5,visual,CAR +JUAN,Guacaica,1087,4,14-Jun,6:18,6:28,Tyrannus melancholicus,1,29.7,visual,AD +JUAN,Guacaica,1087,4,14-Jun,6:18,6:28,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1087,4,14-Jun,6:18,6:28,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1087,5,14-Jun,6:35,6:45,Bubulcus ibis,5,68.5,visual,PO +JUAN,Guacaica,1087,5,14-Jun,6:35,6:45,icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,5,14-Jun,6:35,6:45,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guacaica,1087,5,14-Jun,6:35,6:45,Ramphocelus flammigerus,1,48.2,visual,OC +JUAN,Guacaica,1087,5,14-Jun,6:35,6:45,Spinus psaltria,1,17.3,visual,OC +JUAN,Guacaica,1087,5,14-Jun,6:35,6:45,Stelgidopteryx ruficollis,4,,vuelo,NA +JUAN,Guacaica,1087,5,14-Jun,6:35,6:45,Stilpnia heinei,1,9.8,visual,AD +JUAN,Guacaica,1087,5,14-Jun,6:35,6:45,Stilpnia vitriolina,2,9,visual,AD +JUAN,Guacaica,1087,5,14-Jun,6:35,6:45,Thraupis episcopus,2,,vuelo,NA +JUAN,Guacaica,1087,5,14-Jun,6:35,6:45,Tyrannus melancholicus,1,29.6,visual,RE +JUAN,Guacaica,1087,5,14-Jun,6:35,6:45,Tyrannus melancholicus,1,16.2,visual,AD +JUAN,Guacaica,1087,5,14-Jun,6:35,6:45,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1087,5,14-Jun,6:35,6:45,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1087,10,14-Jun,6:59,7:09,Bubulcus ibis,3,26.1,visual,PO +JUAN,Guacaica,1087,10,14-Jun,6:59,7:09,Melanerpes formicivorus,3,49.9,visual,BNC +JUAN,Guacaica,1087,10,14-Jun,6:59,7:09,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guacaica,1087,10,14-Jun,6:59,7:09,Pionus chalcopterus,2,,vuelo,NA +JUAN,Guacaica,1087,10,14-Jun,6:59,7:09,Rupornis magnirostris,1,36.6,visual,BNC +JUAN,Guacaica,1087,10,14-Jun,6:59,7:09,Sporophila nigricollis,1,20,visual,PO +JUAN,Guacaica,1087,10,14-Jun,6:59,7:09,Stelgidopteryx ruficollis,2,,vuelo,NA +JUAN,Guacaica,1087,10,14-Jun,6:59,7:09,Vanellus chilensis,2,,Auditivo,NA +JUAN,Guacaica,1087,10,14-Jun,6:59,7:09,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1087,2,14-Jun,7:20,7:30,Daptrius chimachima,1,,Auditivo,NA +JUAN,Guacaica,1087,2,14-Jun,7:20,7:30,Myioborus miniatus,1,,Auditivo,NA +JUAN,Guacaica,1087,2,14-Jun,7:20,7:30,Ramphocelus dimidiatus,1,19.7,visual,GU +JUAN,Guacaica,1087,2,14-Jun,7:20,7:30,Sporophila nigricollis,1,6.9,visual,AD +JUAN,Guacaica,1087,2,14-Jun,7:20,7:30,Stelgidopteryx ruficollis,1,,Auditivo,NA +JUAN,Guacaica,1087,2,14-Jun,7:20,7:30,Stilpnia vitriolina,1,10.1,visual,AD +JUAN,Guacaica,1087,2,14-Jun,7:20,7:30,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1087,1,14-Jun,7:36,7:46,Sicalis flaveola,1,,vuelo,NA +JUAN,Guacaica,1087,1,14-Jun,7:36,7:46,Synallaxis albescens,1,,Auditivo,NA +JUAN,Guacaica,1087,1,14-Jun,7:36,7:46,Thraupis episcopus,2,9.9,visual,AD +JUAN,Guacaica,1087,1,14-Jun,7:36,7:46,Turdus ignobilis,1,5.3,visual,CV +JUAN,Guacaica,1087,1,14-Jun,7:36,7:46,Zenaida auriculata,2,,vuelo,NA +JUAN,Guacaica,1087,1,14-Jun,7:36,7:46,Zimmerius chrysops,1,6,visual,AD +JUAN,Guacaica,1087,6,14-Jun,8:02,8:12,Cyanocorax yncas,2,29,visual,BC +JUAN,Guacaica,1087,6,14-Jun,8:02,8:12,Stelgidopteryx ruficollis,2,,vuelo,NA +JUAN,Guacaica,1087,6,14-Jun,8:02,8:12,Stilpnia cyanicollis,2,16.7,visual,AD +JUAN,Guacaica,1087,6,14-Jun,8:02,8:12,Stilpnia heinei,1,16,visual,AD +JUAN,Guacaica,1087,6,14-Jun,8:02,8:12,Synallaxis albescens,1,,Auditivo,NA +JUAN,Guacaica,1087,6,14-Jun,8:02,8:12,Tangara gyrola,2,16.7,visual,AD +JUAN,Guacaica,1087,6,14-Jun,8:02,8:12,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1087,7,14-Jun,8:25,8:35,Chlorophonia cyanocephala,1,18.5,visual,BNC +JUAN,Guacaica,1087,7,14-Jun,8:25,8:35,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,7,14-Jun,8:25,8:35,Tangara gyrola,2,20.2,visual,BNC +JUAN,Guacaica,1087,8,14-Jun,8:43,8:53,Patagioenas fasciata,1,42.4,visual,BNC +JUAN,Guacaica,1087,8,14-Jun,8:43,8:53,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1087,8,14-Jun,8:43,8:53,Volatinia jacarina,1,9.1,visual,AD +JUAN,Guacaica,1087,8,14-Jun,8:43,8:53,Zenaida auriculata,2,13.2,visual,AD +JUAN,Guacaica,1087,11,14-Jun,9:21,9:31,Columbina talpacoti,2,15.8,visual,PO +JUAN,Guacaica,1087,11,14-Jun,9:21,9:31,Coragyps atratus,14,,vuelo,NA +JUAN,Guacaica,1087,11,14-Jun,9:21,9:31,Dryocopus lineatus,1,30.8,visual,AD +JUAN,Guacaica,1087,11,14-Jun,9:21,9:31,Saucerottia saucerottei,1,,vuelo,NA +JUAN,Guacaica,1087,11,14-Jun,9:21,9:31,Sicalis flaveola,3,16,visual,PO +JUAN,Guacaica,1087,11,14-Jun,9:21,9:31,Turdus ignobilis,1,10.5,visual,AD +JUAN,Guacaica,1087,11,14-Jun,9:21,9:31,Tyrannus melancholicus,1,19.9,visual,PO +JUAN,Guacaica,1087,11,14-Jun,9:21,9:31,Zenaida auriculata,2,14.2,visual,AD +JUAN,Guacaica,1087,9,14-Jun,9:50,10:00,Crotophaga ani,2,,Auditivo,NA +JUAN,Guacaica,1087,9,14-Jun,9:50,10:00,Sporophila nigricollis,1,3.4,visual,PO +JUAN,Guacaica,1087,9,14-Jun,9:50,10:00,Tiaris olivaceus,1,7.2,visual,PO +JUAN,Guacaica,1087,9,14-Jun,9:50,10:00,Volatinia jacarina,1,8.9,visual,PO +SANTIAGO,Guacaica,1087,1,14-Jun,6:26,6:36,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,1,14-Jun,6:26,6:36,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,1,14-Jun,6:26,6:36,Tangara arthus,1,78.4,Visual,AD +SANTIAGO,Guacaica,1087,1,14-Jun,6:26,6:36,Amazilia tzacatl,1,15.2,Visual,AD +SANTIAGO,Guacaica,1087,1,14-Jun,6:26,6:36,Tyrannus melancholicus,1,46.5,Visual,PO +SANTIAGO,Guacaica,1087,1,14-Jun,6:26,6:36,Elaenia flavogaster,1,84.1,Visual,AD +SANTIAGO,Guacaica,1087,1,14-Jun,6:26,6:36,Pitangus sulphuratus,1,35.4,Visual,AD +SANTIAGO,Guacaica,1087,1,14-Jun,6:26,6:36,Atlapetes albinucha,1,25.6,Visual,BNC +SANTIAGO,Guacaica,1087,1,14-Jun,6:26,6:36,Stelgidopteryx ruficollis,1,,Vuelo,NA +SANTIAGO,Guacaica,1087,1,14-Jun,6:26,6:36,Sporophila nigricollis,1,12.7,Visual,PO +SANTIAGO,Guacaica,1087,1,14-Jun,6:26,6:36,Troglodytes aedon,1,37.8,Visual,PO +SANTIAGO,Guacaica,1087,1,14-Jun,6:26,6:36,Cyanocorax yncas,2,122.5,Visual,AD +SANTIAGO,Guacaica,1087,1,14-Jun,6:26,6:36,Tangara gyrola,1,82.5,Visual,BNC +SANTIAGO,Guacaica,1087,1,14-Jun,6:26,6:36,Sicalis flaveola,2,82.5,Visual,BNC +SANTIAGO,Guacaica,1087,1,14-Jun,6:26,6:36,Pitangus sulphuratus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,1,14-Jun,6:26,6:36,Tyrannus melancholicus,1,21,Visual,AD +SANTIAGO,Guacaica,1087,1,14-Jun,6:26,6:36,Cyanocorax yncas,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,9,14-Jun,6:44,6:54,Chlorophonia cyanocephala,1,29.2,Visual,BC +SANTIAGO,Guacaica,1087,9,14-Jun,6:44,6:54,Zimmerius chrysops,1,30.9,Visual,BC +SANTIAGO,Guacaica,1087,9,14-Jun,6:44,6:54,Pionus menstruus,1,,Vuelo,NA +SANTIAGO,Guacaica,1087,9,14-Jun,6:44,6:54,Daptrius chimachima,2,,Vuelo,NA +SANTIAGO,Guacaica,1087,9,14-Jun,6:44,6:54,Stelgidopteryx ruficollis,1,,Vuelo,NA +SANTIAGO,Guacaica,1087,9,14-Jun,6:44,6:54,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,9,14-Jun,6:44,6:54,Tyrannus melancholicus,1,39.6,Visual,PO +SANTIAGO,Guacaica,1087,9,14-Jun,6:44,6:54,Saucerottia saucerottei,1,23,Visual,BC +SANTIAGO,Guacaica,1087,6,14-Jun,7:14,7:24,Cyanocorax yncas,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,6,14-Jun,7:14,7:24,Crotophaga ani,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,6,14-Jun,7:14,7:24,Stilpnia vitriolina,1,11.5,Visual,AD +SANTIAGO,Guacaica,1087,6,14-Jun,7:14,7:24,Ortalis columbiana,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,6,14-Jun,7:14,7:24,Pheugopedius mystacalis,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,6,14-Jun,7:14,7:24,Tyrannus melancholicus,1,111.6,Visual,PO +SANTIAGO,Guacaica,1087,6,14-Jun,7:14,7:24,Patagioenas fasciata,1,55.7,Visual,AD +SANTIAGO,Guacaica,1087,6,14-Jun,7:14,7:24,Volatinia jacarina,1,11.2,Visual,PO +SANTIAGO,Guacaica,1087,6,14-Jun,7:14,7:24,Chlorophanes spiza,1,41,Visual,AD +SANTIAGO,Guacaica,1087,6,14-Jun,7:14,7:24,Vanellus chilensis,2,,Vuelo,NA +SANTIAGO,Guacaica,1087,6,14-Jun,7:14,7:24,Pygochelidon cyanoleuca,2,,Vuelo,NA +SANTIAGO,Guacaica,1087,6,14-Jun,7:14,7:24,Stilpnia heinei,2,65,Visual,AD +SANTIAGO,Guacaica,1087,11,14-Jun,7:57,8:07,Todirostrum cinereum,1,11.3,Visual,BNC +SANTIAGO,Guacaica,1087,11,14-Jun,7:57,8:07,Myadestes ralloides,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,11,14-Jun,7:57,8:07,Myioborus ornatus,2,23.1,Visual,BNC +SANTIAGO,Guacaica,1087,11,14-Jun,7:57,8:07,Thraupis episcopus,1,23.2,Visual,AD +SANTIAGO,Guacaica,1087,11,14-Jun,7:57,8:07,Aulacorhynchus albivitta,1,35.8,Visual,BNC +SANTIAGO,Guacaica,1087,11,14-Jun,7:57,8:07,Xenops rutilans,1,66.2,Visual,BNC +SANTIAGO,Guacaica,1087,7,14-Jun,8:15,8:25,Volatinia jacarina,1,15,Visual,AD +SANTIAGO,Guacaica,1087,7,14-Jun,8:15,8:25,Tolmomyias sulphurescens,1,12,Visual,BNC +SANTIAGO,Guacaica,1087,7,14-Jun,8:15,8:25,Sporophila nigricollis,1,22,Visual,AD +SANTIAGO,Guacaica,1087,7,14-Jun,8:15,8:25,Falco sparverius,1,50,Visual,RE +SANTIAGO,Guacaica,1087,7,14-Jun,8:15,8:25,Hemitriccus granadensis,1,11,Visual,BNC +SANTIAGO,Guacaica,1087,7,14-Jun,8:15,8:25,Sporophila nigricollis,10,20,Visual,PO +SANTIAGO,Guacaica,1087,7,14-Jun,8:15,8:25,Ortalis columbiana,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,7,14-Jun,8:15,8:25,Myioborus miniatus,1,18,Visual,AD +SANTIAGO,Guacaica,1087,8,14-Jun,8:30,8:40,Zenaida auriculata,2,15.2,Visual,AD +SANTIAGO,Guacaica,1087,8,14-Jun,8:30,8:40,Rupornis magnirostris,1,,Vuelo,NA +SANTIAGO,Guacaica,1087,8,14-Jun,8:30,8:40,Mimus gilvus,2,,Auditivo,NA +SANTIAGO,Guacaica,1087,8,14-Jun,8:30,8:40,Myioborus ornatus,2,26.8,Visual,BNC +SANTIAGO,Guacaica,1087,8,14-Jun,8:30,8:40,Sicalis flaveola,1,11.3,Visual,AD +SANTIAGO,Guacaica,1087,2,14-Jun,9:00,9:10,Sporophila intermedia,1,11.8,Visual,PO +SANTIAGO,Guacaica,1087,2,14-Jun,9:00,9:10,Sporophila nigricollis,1,15.3,Visual,PO +SANTIAGO,Guacaica,1087,2,14-Jun,9:00,9:10,Henicorhina leucosticta,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,2,14-Jun,9:00,9:10,Thraupis palmarum,1,18.9,Visual,AD +SANTIAGO,Guacaica,1087,2,14-Jun,9:00,9:10,Myioborus miniatus,1,27.1,Visual,AD +SANTIAGO,Guacaica,1087,2,14-Jun,9:00,9:10,Thraupis episcopus,2,17.4,Visual,AD +SANTIAGO,Guacaica,1087,2,14-Jun,9:00,9:10,Stelgidopteryx ruficollis,1,44.8,Visual,RE +SANTIAGO,Guacaica,1087,10,14-Jun,9:27,9:37,Vanellus chilensis,2,30.3,Visual,PO +SANTIAGO,Guacaica,1087,10,14-Jun,9:27,9:37,Stelgidopteryx ruficollis,1,,Vuelo,NA +SANTIAGO,Guacaica,1087,10,14-Jun,9:27,9:37,Tyrannus melancholicus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,10,14-Jun,9:27,9:37,Momotus aequatorialis,1,83,Visual,BNC +SANTIAGO,Guacaica,1087,10,14-Jun,9:27,9:37,Coragyps atratus,12,,Vuelo,NA +SANTIAGO,Guacaica,1087,10,14-Jun,9:27,9:37,Melanerpes formicivorus,2,53,Visual,BNC +SANTIAGO,Guacaica,1087,10,14-Jun,9:27,9:37,Pionus chalcopterus,6,,Vuelo,NA +SANTIAGO,Guacaica,1087,10,14-Jun,9:27,9:37,Daptrius chimachima,1,28.1,Visual,BNC +SANTIAGO,Guacaica,1087,10,14-Jun,9:27,9:37,Columbina talpacoti,1,56.1,Visual,PO +SANTIAGO,Guacaica,1087,10,14-Jun,9:27,9:37,Rupornis magnirostris,1,71,Visual,BNC +SANTIAGO,Guacaica,1087,5,14-Jun,9:48,9:58,Zonotrichia capensis,1,23.6,Visual,OC +SANTIAGO,Guacaica,1087,5,14-Jun,9:48,9:58,Stilpnia cyanicollis,1,57.7,Visual,AD +SANTIAGO,Guacaica,1087,5,14-Jun,9:48,9:58,Turdus fuscater,1,48.8,Visual,PO +SANTIAGO,Guacaica,1087,5,14-Jun,9:48,9:58,Thraupis episcopus,1,15.1,Visual,AD +SANTIAGO,Guacaica,1087,5,14-Jun,9:48,9:58,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,5,14-Jun,9:48,9:58,Zonotrichia capensis,1,53.1,Visual,PO +SANTIAGO,Guacaica,1087,5,14-Jun,9:48,9:58,Sporophila nigricollis,2,13.2,Visual,OC +SANTIAGO,Guacaica,1087,3,14-Jun,10:15,10:25,Ortalis columbiana,1,132.5,Visual,AD +SANTIAGO,Guacaica,1087,3,14-Jun,10:15,10:25,Synallaxis azarae,2,,Auditivo,NA +SANTIAGO,Guacaica,1087,3,14-Jun,10:15,10:25,Stilpnia heinei,1,8.8,Visual,AD +SANTIAGO,Guacaica,1087,3,14-Jun,10:15,10:25,Thraupis episcopus,1,18.4,Visual,AD +SANTIAGO,Guacaica,1087,3,14-Jun,10:15,10:25,Zimmerius chrysops,2,14.2,Visual,AD +SANTIAGO,Guacaica,1087,3,14-Jun,10:15,10:25,Saltator striatipectus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,4,14-Jun,10:35,10:45,Vireo leucophrys,1,45.2,Visual,AD +SANTIAGO,Guacaica,1087,4,14-Jun,10:35,10:45,Ramphocelus flammigerus,1,25.3,Visual,AD +SANTIAGO,Guacaica,1087,4,14-Jun,10:35,10:45,Todirostrum cinereum,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,4,14-Jun,10:35,10:45,Ardea alba,3,,Vuelo,NA +SANTIAGO,Guacaica,1087,4,14-Jun,10:35,10:45,Coragyps atratus,15,,Vuelo,NA +JUAN,Guacaica,1060,3,17-Jun,6:02,6:12,Arremon brunneinucha,1,,Auditivo,NA +JUAN,Guacaica,1060,3,17-Jun,6:02,6:12,Atlapetes flaviceps,1,13.4,visual,BNC +JUAN,Guacaica,1060,3,17-Jun,6:02,6:12,Catharus aurantiirostris,1,,Auditivo,NA +JUAN,Guacaica,1060,3,17-Jun,6:02,6:12,Myioborus miniatus,1,17.2,visual,BNC +JUAN,Guacaica,1060,3,17-Jun,6:02,6:12,Ortalis columbiana,3,,Auditivo,NA +JUAN,Guacaica,1060,3,17-Jun,6:02,6:12,Patagioenas fasciata,1,28.3,visual,BNC +JUAN,Guacaica,1060,3,17-Jun,6:02,6:12,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1060,2,17-Jun,6:17,6:27,Arremon brunneinucha,1,10.7,visual,CAR +JUAN,Guacaica,1060,2,17-Jun,6:17,6:27,Momotus aequatorialis,2,,Auditivo,NA +JUAN,Guacaica,1060,2,17-Jun,6:17,6:27,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1060,2,17-Jun,6:17,6:27,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1060,2,17-Jun,6:17,6:27,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guacaica,1060,1,17-Jun,6:36,6:46,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guacaica,1060,1,17-Jun,6:36,6:46,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1060,1,17-Jun,6:36,6:46,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guacaica,1060,1,17-Jun,6:36,6:46,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1060,1,17-Jun,6:36,6:46,Thraupis palmarum,1,20.4,visual,AD +JUAN,Guacaica,1060,1,17-Jun,6:36,6:46,Tiaris olivaceus,1,11.3,visual,PO +JUAN,Guacaica,1060,1,17-Jun,6:36,6:46,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1060,1,17-Jun,6:36,6:46,Vanellus chilensis,2,,Auditivo,NA +JUAN,Guacaica,1060,11,17-Jun,6:58,7:08,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guacaica,1060,11,17-Jun,6:58,7:08,Spinus psaltria,2,,Auditivo,NA +JUAN,Guacaica,1060,11,17-Jun,6:58,7:08,Sporophila nigricollis,1,4.3,visual,PO +JUAN,Guacaica,1060,11,17-Jun,6:58,7:08,Vanellus chilensis,1,78.2,visual,PO +JUAN,Guacaica,1060,10,17-Jun,7:30,7:40,Bubulcus ibis,2,,vuelo,NA +JUAN,Guacaica,1060,10,17-Jun,7:30,7:40,Setophaga pitiayumi,1,,Auditivo,NA +JUAN,Guacaica,1060,10,17-Jun,7:30,7:40,Stilpnia vitriolina,2,12.9,visual,CV +JUAN,Guacaica,1060,10,17-Jun,7:30,7:40,Tangara gyrola,1,14.3,visual,AD +JUAN,Guacaica,1060,9,17-Jun,7:49,7:59,Crotophaga ani,2,28.7,visual,AD +JUAN,Guacaica,1060,9,17-Jun,7:49,7:59,Patagioenas fasciata,4,,vuelo,NA +JUAN,Guacaica,1060,9,17-Jun,7:49,7:59,Sporophila nigricollis,1,23.3,visual,PO +JUAN,Guacaica,1060,9,17-Jun,7:49,7:59,Tiaris olivaceus,1,12.1,visual,PO +JUAN,Guacaica,1060,9,17-Jun,7:49,7:59,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1060,8,17-Jun,8:06,8:16,Daptrius chimachima,1,,vuelo,NA +JUAN,Guacaica,1060,8,17-Jun,8:06,8:16,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1060,8,17-Jun,8:06,8:16,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1060,7,17-Jun,8:26,8:36,Bubulcus ibis,2,48.3,visual,AD +JUAN,Guacaica,1060,7,17-Jun,8:26,8:36,Columbina talpacoti,4,14.8,visual,PO +JUAN,Guacaica,1060,7,17-Jun,8:26,8:36,Molothrus bonariensis,1,24.3,visual,BC +JUAN,Guacaica,1060,7,17-Jun,8:26,8:36,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guacaica,1060,7,17-Jun,8:26,8:36,Tangara gyrola,1,20.7,visual,BC +JUAN,Guacaica,1060,7,17-Jun,8:26,8:36,Thraupis episcopus,2,21.4,visual,BC +JUAN,Guacaica,1060,6,17-Jun,8:45,8:55,Spinus psaltria,1,8.6,visual,OC +JUAN,Guacaica,1060,6,17-Jun,8:45,8:55,Stilpnia heinei,2,12.1,visual,BNC +JUAN,Guacaica,1060,6,17-Jun,8:45,8:55,Tyrannus melancholicus,1,13.5,visual,BNC +JUAN,Guacaica,1060,6,17-Jun,8:45,8:55,Volatinia jacarina,1,7.2,visual,OC +JUAN,Guacaica,1060,5,17-Jun,9:07,9:17,Crotophaga ani,2,,Auditivo,NA +JUAN,Guacaica,1060,5,17-Jun,9:07,9:17,Pionus chalcopterus,4,,vuelo,NA +JUAN,Guacaica,1060,5,17-Jun,9:07,9:17,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,1060,5,17-Jun,9:07,9:17,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1060,12,17-Jun,9:23,9:33,Melanerpes formicivorus,2,18,visual,BNC +JUAN,Guacaica,1060,12,17-Jun,9:23,9:33,Sayornis nigricans,1,22.8,visual,PO +JUAN,Guacaica,1060,12,17-Jun,9:23,9:33,Stelgidopteryx ruficollis,2,,vuelo,NA +JUAN,Guacaica,1060,12,17-Jun,9:23,9:33,Tyrannus melancholicus,1,32.4,visual,BNC +JUAN,Guacaica,1060,4,17-Jun,9:38,9:48,Momotus aequatorialis,1,13.3,visual,BNC +JUAN,Guacaica,1060,4,17-Jun,9:38,9:48,Patagioenas fasciata,1,,vuelo,NA +JUAN,Guacaica,1060,4,17-Jun,9:38,9:48,Stilpnia heinei,1,12,visual,BNC +JUAN,Guacaica,1060,4,17-Jun,9:38,9:48,Tyrannus melancholicus,1,38.2,visual,BNC +SANTIAGO,Guacaica,1060,4,17-Jun,6:10,6:20,Setophaga pitiayumi,1,25.8,Visual,BNC +SANTIAGO,Guacaica,1060,4,17-Jun,6:10,6:20,Pachyramphus polychopterus,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,4,17-Jun,6:10,6:20,Ortalis columbiana,2,29.6,Visual,NA +SANTIAGO,Guacaica,1060,4,17-Jun,6:10,6:20,Turdus ignobilis,1,85.3,Visual,BNC +SANTIAGO,Guacaica,1060,4,17-Jun,6:10,6:20,Troglodytes aedon,2,,Auditivo,AD +SANTIAGO,Guacaica,1060,4,17-Jun,6:10,6:20,Vanellus chilensis,1,,Vuelo,NA +SANTIAGO,Guacaica,1060,4,17-Jun,6:10,6:20,Amazilia tzacatl,1,8.9,visual,AD +SANTIAGO,Guacaica,1060,4,17-Jun,6:10,6:20,Stilpnia vitriolina,1,4.9,Visual,AD +SANTIAGO,Guacaica,1060,12,17-Jun,6:32,6:42,Melanerpes formicivorus,2,45.2,Visual,BNC +SANTIAGO,Guacaica,1060,12,17-Jun,6:32,6:42,Sayornis nigricans,1,24.1,Visual,PO +SANTIAGO,Guacaica,1060,12,17-Jun,6:32,6:42,Momotus aequatorialis,1,18.4,Visual,BNC +SANTIAGO,Guacaica,1060,12,17-Jun,6:32,6:42,Stelgidopteryx ruficollis,3,,Vuelo,NA +SANTIAGO,Guacaica,1060,12,17-Jun,6:32,6:42,Cyanocorax affinis,5,35.4,Visual,BNC +SANTIAGO,Guacaica,1060,12,17-Jun,6:32,6:42,Bubulcus ibis,2,,Vuelo,NA +SANTIAGO,Guacaica,1060,12,17-Jun,6:32,6:42,Phimosus infuscatus,1,,Vuelo,NA +SANTIAGO,Guacaica,1060,12,17-Jun,6:32,6:42,Caracara plancus,1,,Vuelo,NA +SANTIAGO,Guacaica,1060,5,17-Jun,6:58,7:08,Tyrannus melancholicus,2,83.7,Visual,BNC +SANTIAGO,Guacaica,1060,5,17-Jun,6:58,7:08,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,5,17-Jun,6:58,7:08,Stelgidopteryx ruficollis,3,,Vuelo,NA +SANTIAGO,Guacaica,1060,5,17-Jun,6:58,7:08,Ardea alba,8,,Vuelo,NA +SANTIAGO,Guacaica,1060,5,17-Jun,6:58,7:08,Coragyps atratus,2,199.7,Visual,AD +SANTIAGO,Guacaica,1060,5,17-Jun,6:58,7:08,Thraupis episcopus,2,26.3,Visual,NA +SANTIAGO,Guacaica,1060,6,17-Jun,7:19,7:29,Thraupis episcopus,1,47.6,Visual,BNC +SANTIAGO,Guacaica,1060,6,17-Jun,7:19,7:29,Vanellus chilensis,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,6,17-Jun,7:19,7:29,Ortalis columbiana,2,39.8,Visual,BNC +SANTIAGO,Guacaica,1060,6,17-Jun,7:19,7:29,Saltator atripennis,1,41,Visual,BNC +SANTIAGO,Guacaica,1060,6,17-Jun,7:19,7:29,Pitangus sulphuratus,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,6,17-Jun,7:19,7:29,Molothrus bonariensis,1,16.1,Visual,BNC +SANTIAGO,Guacaica,1060,6,17-Jun,7:19,7:29,Dubusia taeniata,1,16.3,Visual,BNC +SANTIAGO,Guacaica,1060,6,17-Jun,7:19,7:29,Myiodynastes hemichrysus,1,28.8,Visual,BNC +SANTIAGO,Guacaica,1060,6,17-Jun,7:19,7:29,Elanoides forficatus,1,,Vuelo,NA +SANTIAGO,Guacaica,1060,7,17-Jun,7:45,7:55,Thraupis episcopus,1,40,Visual,AD +SANTIAGO,Guacaica,1060,7,17-Jun,7:45,7:55,Columbina talpacoti,2,40,Visual,AD +SANTIAGO,Guacaica,1060,7,17-Jun,7:45,7:55,Synallaxis azarae,1,20.8,Visual,BNC +SANTIAGO,Guacaica,1060,7,17-Jun,7:45,7:55,Turdus ignobilis,1,26.4,Visual,BNC +SANTIAGO,Guacaica,1060,7,17-Jun,7:45,7:55,Cyanocorax affinis,2,68.5,Visual,NA +SANTIAGO,Guacaica,1060,8,17-Jun,8:18,8:28,Picumnus granadensis,1,35.1,Visual,BNC +SANTIAGO,Guacaica,1060,8,17-Jun,8:18,8:28,Lepidocolaptes lacrymiger,1,21,Visual,BNC +SANTIAGO,Guacaica,1060,8,17-Jun,8:18,8:28,Henicorhina leucosticta,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,8,17-Jun,8:18,8:28,Tangara vassorii,2,35,Visual,BNC +SANTIAGO,Guacaica,1060,9,17-Jun,8:39,8:49,Vireo leucophrys,1,16.5,Visual,NA +SANTIAGO,Guacaica,1060,9,17-Jun,8:39,8:49,Pionus chalcopterus,4,,Vuelo,NA +SANTIAGO,Guacaica,1060,9,17-Jun,8:39,8:49,Tangara gyrola,1,35,Visual,NA +SANTIAGO,Guacaica,1060,9,17-Jun,8:39,8:49,Stilpnia vitriolina,2,11.8,Visual,BNC +SANTIAGO,Guacaica,1060,9,17-Jun,8:39,8:49,Tiaris olivaceus,2,9.4,Visual,NA +SANTIAGO,Guacaica,1060,9,17-Jun,8:39,8:49,Hemitriccus granadensis,1,11.5,Visual,BNC +SANTIAGO,Guacaica,1060,9,17-Jun,8:39,8:49,Turdus ignobilis,1,45.5,Visual,PO +SANTIAGO,Guacaica,1060,9,17-Jun,8:39,8:49,Tyrannus melancholicus,2,93.3,Visual,PO +SANTIAGO,Guacaica,1060,9,17-Jun,8:39,8:49,Sporophila intermedia,1,24.7,Visual,PO +SANTIAGO,Guacaica,1060,9,17-Jun,8:39,8:49,Pionus chalcopterus,3,,Vuelo,NA +SANTIAGO,Guacaica,1060,9,17-Jun,8:39,8:49,Stilpnia cyanicollis,1,78,Visual,AD +SANTIAGO,Guacaica,1060,9,17-Jun,8:39,8:49,Stelgidopteryx ruficollis,3,,Vuelo,NA +SANTIAGO,Guacaica,1060,10,17-Jun,9:02,9:12,Bubulcus ibis,1,70.9,Visual,PO +SANTIAGO,Guacaica,1060,10,17-Jun,9:02,9:12,Pogonotriccus poecilotis,1,53.5,Visual,BNC +SANTIAGO,Guacaica,1060,10,17-Jun,9:02,9:12,Zonotrichia capensis,1,45.9,Visual,PO +SANTIAGO,Guacaica,1060,10,17-Jun,9:02,9:12,stelgidopteryx ruficollis,1,,Vuelo,NA +SANTIAGO,Guacaica,1060,1,17-Jun,9:25,9:35,Piranga flava,2,8.3,Visual,AD +SANTIAGO,Guacaica,1060,1,17-Jun,9:25,9:35,Stelgidopteryx ruficollis,1,,Vuelo,NA +SANTIAGO,Guacaica,1060,1,17-Jun,9:25,9:35,Pygochelidon cyanoleuca,5,,Vuelo,NA +SANTIAGO,Guacaica,1060,1,17-Jun,9:25,9:35,Dubusia taeniata,1,63.4,Visual,AD +SANTIAGO,Guacaica,1060,1,17-Jun,9:25,9:35,Synallaxis azarae,1,22.3,Visual,PO +SANTIAGO,Guacaica,1060,2,17-Jun,9:49,9:59,Catharus aurantiirostris,1,12.2,Visual,BNC +SANTIAGO,Guacaica,1060,2,17-Jun,9:49,9:59,Myiothlypis coronata,1,18.6,Visual,BNC +SANTIAGO,Guacaica,1060,2,17-Jun,9:49,9:59,Aulacorhynchus albivitta,1,65.7,Visual,BNC +SANTIAGO,Guacaica,1060,2,17-Jun,9:49,9:59,Phaethornis guy,1,7.5,Visual,BNC +SANTIAGO,Guacaica,1060,2,17-Jun,9:49,9:59,Colibri coruscans,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,2,17-Jun,9:49,9:59,Tangara arthus,1,15.8,Visual,BNC +SANTIAGO,Guacaica,1060,2,17-Jun,9:49,9:59,Cantorchilus nigricapillus,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,2,17-Jun,9:49,9:59,Pheugopedius mystacalis,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,2,17-Jun,9:49,9:59,Zimmerius chrysops,1,23.1,Visual,AD +SANTIAGO,Guacaica,1060,2,17-Jun,9:49,9:59,Xenops rutilans,1,15.4,Visual,BNC +SANTIAGO,Guacaica,1060,11,17-Jun,10:11,10:21,Tyrannus melancholicus,1,45.5,Visual,PO +SANTIAGO,Guacaica,1060,11,17-Jun,10:11,10:21,Thraupis episcopus,1,35.1,Visual,AD +SANTIAGO,Guacaica,1060,11,17-Jun,10:11,10:21,Turdus ignobilis,1,35.2,Visual,PO +SANTIAGO,Guacaica,1060,11,17-Jun,10:11,10:21,Pheugopedius mystacalis,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,11,17-Jun,10:11,10:21,Synallaxis azarae,1,42.2,Visual,PO +SANTIAGO,Guacaica,1060,3,17-Jun,10:36,10:46,Cinnycerthia olivascens,1,12.1,Visual,BNC +SANTIAGO,Guacaica,1060,3,17-Jun,10:36,10:46,Atlapetes albinucha,1,13,Visual,BNC +SANTIAGO,Guacaica,1060,3,17-Jun,10:36,10:46,Momotus aequatorialis,1,22.8,Visual,BNC +SANTIAGO,Guacaica,1060,3,17-Jun,10:36,10:46,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1092,9,22-Jun,6:05,6:15,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1092,9,22-Jun,6:05,6:15,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1092,8,22-Jun,6:24,6:34,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1092,8,22-Jun,6:24,6:34,Patagioenas fasciata,2,,vuelo,NA +JUAN,Guacaica,1092,8,22-Jun,6:24,6:34,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1092,7,22-Jun,6:42,6:52,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guacaica,1092,7,22-Jun,6:42,6:52,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1092,6,22-Jun,7:05,7:15,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1092,6,22-Jun,7:05,7:15,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guacaica,1092,5,22-Jun,7:26,7:36,Bubulcus ibis,2,,vuelo,NA +JUAN,Guacaica,1092,5,22-Jun,7:26,7:36,Bubulcus ibis,5,54.3,visual,AD +JUAN,Guacaica,1092,5,22-Jun,7:26,7:36,Colaptes rubiginosus,1,38.2,visual,AD +JUAN,Guacaica,1092,5,22-Jun,7:26,7:36,Columbina talpacoti,1,26.1,visual,PO +JUAN,Guacaica,1092,5,22-Jun,7:26,7:36,Columbina talpacoti,2,38,visual,AD +JUAN,Guacaica,1092,5,22-Jun,7:26,7:36,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1092,5,22-Jun,7:26,7:36,Tyrannus melancholicus,1,21.8,visual,AD +JUAN,Guacaica,1092,4,22-Jun,7:55,8:05,Bubulcus ibis,3,82.7,visual,BNC +JUAN,Guacaica,1092,4,22-Jun,7:55,8:05,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guacaica,1092,4,22-Jun,7:55,8:05,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1092,4,22-Jun,7:55,8:05,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,1092,4,22-Jun,7:55,8:05,Tyrannus melancholicus,1,13.2,visual,PO +JUAN,Guacaica,1092,3,22-Jun,8:14,8:24,Arremon brunneinucha,1,9.1,visual,BNC +JUAN,Guacaica,1092,3,22-Jun,8:14,8:24,Malacoptila mystacalis,1,6.5,visual,BNC +JUAN,Guacaica,1092,3,22-Jun,8:14,8:24,Tangara gyrola,1,16.5,visual,BNC +JUAN,Guacaica,1092,3,22-Jun,8:14,8:24,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1092,3,22-Jun,8:14,8:24,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1092,2,22-Jun,8:31,8:41,Euphonia xanthogaster,1,25.3,visual,BNC +JUAN,Guacaica,1092,2,22-Jun,8:31,8:41,Mionectes striaticollis,1,,Auditivo,NA +JUAN,Guacaica,1092,2,22-Jun,8:31,8:41,Odontophorus hyperythrus,1,,Auditivo,NA +JUAN,Guacaica,1092,2,22-Jun,8:31,8:41,Stilpnia vitriolina,1,22.5,visual,BNC +JUAN,Guacaica,1092,2,22-Jun,8:31,8:41,Tangara arthus,2,14.5,visual,BNC +JUAN,Guacaica,1092,2,22-Jun,8:31,8:41,Thraupis palmarum,1,22.9,visual,BNC +JUAN,Guacaica,1092,2,22-Jun,8:31,8:41,Zimmerius chrysops,1,19.3,visual,BNC +JUAN,Guacaica,1092,10,22-Jun,8:55,9:05,Grallaria ruficapilla,1,,Auditivo,NA +JUAN,Guacaica,1092,10,22-Jun,8:55,9:05,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1092,10,22-Jun,8:55,9:05,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1092,10,22-Jun,8:55,9:05,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1092,11,22-Jun,9:11,9:21,Arremon brunneinucha,1,9.2,visual,AR-3 +JUAN,Guacaica,1092,11,22-Jun,9:11,9:21,Aulacorhynchus albivitta,2,31.7,visual,NA +JUAN,Guacaica,1092,11,22-Jun,9:11,9:21,Coragyps atratus,2,,vuelo,NA +JUAN,Guacaica,1092,11,22-Jun,9:11,9:21,Molothrus oryzivorus,1,19.8,visual,AR-3 +JUAN,Guacaica,1092,11,22-Jun,9:11,9:21,Tangara arthus,1,14.2,visual,OC +JUAN,Guacaica,1092,11,22-Jun,9:11,9:21,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1092,11,22-Jun,9:11,9:21,Tyrannus melancholicus,1,15.4,visual,AR-3 +JUAN,Guacaica,1092,1,22-Jun,9:43,9:53,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1092,1,22-Jun,9:43,9:53,Stelgidopteryx ruficollis,1,,vuelo,NA +SANTIAGO,Guacaica,1092,1,22-Jun,6:02,6:12,Zonotrichia capensis,1,15.9,visual,BNC +SANTIAGO,Guacaica,1092,1,22-Jun,6:02,6:12,Phaethornis syrmatophorus,1,15.6,visual,BNC +SANTIAGO,Guacaica,1092,1,22-Jun,6:02,6:12,Anisognathus somptuosus,1,18.7,visual,BNC +SANTIAGO,Guacaica,1092,1,22-Jun,6:02,6:12,Basileuterus tristriatus,1,,auditivo,NA +SANTIAGO,Guacaica,1092,1,22-Jun,6:02,6:12,Chamaepetes goudotii,1,30.4,visual,BNC +SANTIAGO,Guacaica,1092,1,22-Jun,6:02,6:12,Henicorhina leucosticta,1,,auditivo,NA +SANTIAGO,Guacaica,1092,1,22-Jun,6:02,6:12,Aulacorhynchus albivitta,1,9.6,visual,BNC +SANTIAGO,Guacaica,1092,10,22-Jun,6:25,6:35,Ortalis columbiana,3,,auditivo,NA +SANTIAGO,Guacaica,1092,10,22-Jun,6:25,6:35,Mionectes striaticollis,1,8.4,visual,BNC +SANTIAGO,Guacaica,1092,10,22-Jun,6:25,6:35,Pionus tumultuosus,1,63.8,visual,BNC +SANTIAGO,Guacaica,1092,10,22-Jun,6:25,6:35,Formicarius rufipectus,1,15.1,visual,BNC +SANTIAGO,Guacaica,1092,10,22-Jun,6:25,6:35,Aulacorhynchus albivitta,1,16.9,visual,BNC +SANTIAGO,Guacaica,1092,10,22-Jun,6:25,6:35,Cyphorhinus thoracicus,1,,auditivo,NA +SANTIAGO,Guacaica,1092,11,22-Jun,6:42,6:52,Mionectes galbinus,1,22.1,visual,BNC +SANTIAGO,Guacaica,1092,11,22-Jun,6:42,6:52,Henicorhina leucosticta,1,,auditivo,NA +SANTIAGO,Guacaica,1092,11,22-Jun,6:42,6:52,Synallaxis albescens,1,,auditivo,NA +SANTIAGO,Guacaica,1092,2,22-Jun,7:00,7:10,Falco sparverius,1,,Vuelo,NA +SANTIAGO,Guacaica,1092,2,22-Jun,7:00,7:10,Tangara arthus,1,18.2,Visual,AD +SANTIAGO,Guacaica,1092,2,22-Jun,7:00,7:10,Momotus aequatorialis,1,,auditivo,NA +SANTIAGO,Guacaica,1092,2,22-Jun,7:00,7:10,Synallaxis albescens,1,8.3,Visual,BNC +SANTIAGO,Guacaica,1092,2,22-Jun,7:00,7:10,Myioborus miniatus,1,35.7,Visual,BNC +SANTIAGO,Guacaica,1092,3,22-Jun,7:19,7:29,Cyanocorax affinis,3,44.7,Visual,BNC +SANTIAGO,Guacaica,1092,3,22-Jun,7:19,7:29,Atlapetes albinucha,1,8.1,Visual,BNC +SANTIAGO,Guacaica,1092,3,22-Jun,7:19,7:29,Ortalis columbiana,1,,auditivo,NA +SANTIAGO,Guacaica,1092,4,22-Jun,8:05,8:15,Bubulcus ibis,2,50.8,Visual,BNC +SANTIAGO,Guacaica,1092,4,22-Jun,8:05,8:15,Icterus chrysater,1,,auditivo,NA +SANTIAGO,Guacaica,1092,4,22-Jun,8:05,8:15,Zimmerius chrysops,1,56.9,Visual,BNC +SANTIAGO,Guacaica,1092,4,22-Jun,8:05,8:15,Turdus ignobilis,1,12.5,Visual,PO +SANTIAGO,Guacaica,1092,4,22-Jun,8:05,8:15,Sporophila nigricollis,3,43.8,Visual,PO +SANTIAGO,Guacaica,1092,4,22-Jun,8:05,8:15,Thraupis episcopus,2,34.6,Visual,BNC +SANTIAGO,Guacaica,1092,4,22-Jun,8:05,8:15,Stilpnia cyanicollis,1,11,Visual,BNC +SANTIAGO,Guacaica,1092,5,22-Jun,8:22,8:32,Tiaris olivaceus,2,19.7,Visual,AD +SANTIAGO,Guacaica,1092,5,22-Jun,8:22,8:32,Sporophila nigricollis,2,8.5,Visual,AD +SANTIAGO,Guacaica,1092,5,22-Jun,8:22,8:32,Ramphocelus flammigerus,1,105.9,Visual,AD +SANTIAGO,Guacaica,1092,5,22-Jun,8:22,8:32,Pionus chalcopterus,6,,Vuelo,NA +SANTIAGO,Guacaica,1092,5,22-Jun,8:22,8:32,Tapera naevia,1,,auditivo,NA +SANTIAGO,Guacaica,1092,6,22-Jun,8:40,8:50,Henicorhina leucosticta,1,,auditivo,NA +SANTIAGO,Guacaica,1092,6,22-Jun,8:40,8:50,Momotus aequatorialis,1,,auditivo,NA +SANTIAGO,Guacaica,1092,6,22-Jun,8:40,8:50,Mionectes striaticollis,2,48.5,Visual,BNC +SANTIAGO,Guacaica,1092,6,22-Jun,8:40,8:50,Myadestes ralloides,2,,auditivo,NA +SANTIAGO,Guacaica,1092,7,22-Jun,9:08,9:18,Cyanocorax affinis,1,,auditivo,NA +SANTIAGO,Guacaica,1092,7,22-Jun,9:08,9:18,Synallaxis azarae,1,,auditivo,NA +SANTIAGO,Guacaica,1092,7,22-Jun,9:08,9:18,Todirostrum cinereum,1,28.7,Visual,AD +SANTIAGO,Guacaica,1092,8,22-Jun,9:34,9:44,Daptrius chimachima,1,,auditivo,NA +SANTIAGO,Guacaica,1092,8,22-Jun,9:34,9:44,Momotus aequatorialis,1,,auditivo,NA +SANTIAGO,Guacaica,1092,8,22-Jun,9:34,9:44,Myioborus miniatus,2,78.4,Visual,BNC +SANTIAGO,Guacaica,1092,9,22-Jun,9:52,10:02,Psarocolius angustifrons,5,85,Visual,BNC +SANTIAGO,Guacaica,1092,9,22-Jun,9:52,10:02,Molothrus oryzivorus,3,47.5,Visual,BNC +SANTIAGO,Guacaica,1092,9,22-Jun,9:52,10:02,Rupornis magnirostris,1,36.7,Visual,BNC +JUAN,Guacaica,837,1,25-Jun,6:00,6:10,Columbina talpacoti,2,13.2,visual,PO +JUAN,Guacaica,837,1,25-Jun,6:00,6:10,Saltator atripennis,1,,Auditivo,NA +JUAN,Guacaica,837,1,25-Jun,6:00,6:10,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,837,1,25-Jun,6:00,6:10,Stilpnia vitriolina,2,14.7,visual,BNC +JUAN,Guacaica,837,1,25-Jun,6:00,6:10,Tangara arthus,1,14.7,visual,BNC +JUAN,Guacaica,837,2,25-Jun,6:18,6:28,Saltator atripennis,5,19.2,visual,AD +JUAN,Guacaica,837,2,25-Jun,6:18,6:28,Stilpnia cyanicollis,2,18.8,visual,AD +JUAN,Guacaica,837,2,25-Jun,6:18,6:28,Tangara nigroviridis,1,19,visual,AD +JUAN,Guacaica,837,2,25-Jun,6:18,6:28,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,837,2,25-Jun,6:18,6:28,Tyrannus melancholicus,1,15.4,visual,PO +JUAN,Guacaica,837,2,25-Jun,6:18,6:28,Tyrannus melancholicus,1,39.6,visual,BNC +JUAN,Guacaica,837,2,25-Jun,6:18,6:28,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,837,3,25-Jun,6:43,6:53,Grallaria ruficapilla,2,,Auditivo,NA +JUAN,Guacaica,837,3,25-Jun,6:43,6:53,Molothrus bonariensis,1,50.1,visual,BNC +JUAN,Guacaica,837,3,25-Jun,6:43,6:53,Stilpnia cyanicollis,1,46.3,visual,BNC +JUAN,Guacaica,837,3,25-Jun,6:43,6:53,Streptoprocne zonaris,18,,vuelo,NA +JUAN,Guacaica,837,3,25-Jun,6:43,6:53,Tangara nigroviridis,1,12.2,visual,AD +JUAN,Guacaica,837,3,25-Jun,6:43,6:53,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,837,3,25-Jun,6:43,6:53,Turdus fuscater,1,43.7,visual,BNC +JUAN,Guacaica,837,3,25-Jun,6:43,6:53,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,837,4,25-Jun,7:05,7:15,Bubulcus ibis,2,,vuelo,NA +JUAN,Guacaica,837,4,25-Jun,7:05,7:15,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,837,4,25-Jun,7:05,7:15,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,837,4,25-Jun,7:05,7:15,Turdus fuscater,1,29,visual,AD +JUAN,Guacaica,837,4,25-Jun,7:05,7:15,Tyrannus melancholicus,1,26.2,visual,PO +JUAN,Guacaica,837,4,25-Jun,7:05,7:15,Volatinia jacarina,1,,Auditivo,NA +JUAN,Guacaica,837,4,25-Jun,7:05,7:15,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guacaica,837,9,25-Jun,7:40,7:50,Coragyps atratus,2,,vuelo,NA +JUAN,Guacaica,837,9,25-Jun,7:40,7:50,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guacaica,837,9,25-Jun,7:40,7:50,Stelgidopteryx ruficollis,3,,vuelo,NA +JUAN,Guacaica,837,9,25-Jun,7:40,7:50,Stilpnia vitriolina,1,10.2,visual,BNC +JUAN,Guacaica,837,9,25-Jun,7:40,7:50,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,837,9,25-Jun,7:40,7:50,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,837,8,25-Jun,8:05,8:15,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,837,8,25-Jun,8:05,8:15,Coragyps atratus,1,,vuelo,NA +JUAN,Guacaica,837,8,25-Jun,8:05,8:15,Cranioleuca erythrops,1,,Auditivo,NA +JUAN,Guacaica,837,8,25-Jun,8:05,8:15,Molothrus bonariensis,2,59.7,visual,AD +JUAN,Guacaica,837,8,25-Jun,8:05,8:15,Molothrus bonariensis,2,,vuelo,NA +JUAN,Guacaica,837,8,25-Jun,8:05,8:15,Momotus aequatorialis,1,,vuelo,NA +JUAN,Guacaica,837,8,25-Jun,8:05,8:15,Stelgidopteryx ruficollis,3,,vuelo,NA +JUAN,Guacaica,837,8,25-Jun,8:05,8:15,Stilpnia vitriolina,1,47,visual,BNC +JUAN,Guacaica,837,8,25-Jun,8:05,8:15,Tiaris olivaceus,2,,Auditivo,NA +JUAN,Guacaica,837,8,25-Jun,8:05,8:15,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,837,8,25-Jun,8:05,8:15,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,837,8,25-Jun,8:05,8:15,Zonotrichia capensis,1,21.4,visual,PO +JUAN,Guacaica,837,6,25-Jun,8:21,8:31,Bubulcus ibis,4,64.9,visual,PO +JUAN,Guacaica,837,6,25-Jun,8:21,8:31,Bubulcus ibis,1,60.6,visual,PO +JUAN,Guacaica,837,6,25-Jun,8:21,8:31,Myadestes ralloides,1,,Auditivo,NA +JUAN,Guacaica,837,6,25-Jun,8:21,8:31,Pygochelidon cyanoleuca,1,,vuelo,NA +JUAN,Guacaica,837,6,25-Jun,8:21,8:31,Turdus fuscater,1,53.9,visual,BC +JUAN,Guacaica,837,6,25-Jun,8:21,8:31,Turdus ignobilis,1,41.4,visual,PO +JUAN,Guacaica,837,6,25-Jun,8:21,8:31,Tyrannus melancholicus,1,41.4,visual,PO +JUAN,Guacaica,837,6,25-Jun,8:21,8:31,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,837,6,25-Jun,8:21,8:31,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,837,7,25-Jun,8:45,8:55,Momotus aequatorialis,1,18,visual,BNC +JUAN,Guacaica,837,7,25-Jun,8:45,8:55,Myadestes ralloides,1,,Auditivo,NA +JUAN,Guacaica,837,5,25-Jun,9:13,9:23,Bubulcus ibis,1,100.3,visual,PO +JUAN,Guacaica,837,5,25-Jun,9:13,9:23,Myioborus miniatus,1,46.4,visual,NA +JUAN,Guacaica,837,5,25-Jun,9:13,9:23,Myioborus miniatus,1,64.6,visual,BNC +JUAN,Guacaica,837,5,25-Jun,9:13,9:23,Rupornis magnirostris,1,80.6,visual,BNC +JUAN,Guacaica,837,5,25-Jun,9:13,9:23,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,837,5,25-Jun,9:13,9:23,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,837,5,25-Jun,9:13,9:23,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,837,5,25-Jun,9:13,9:23,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,837,5,25-Jun,9:13,9:23,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guacaica,837,7,25-Jun,6:00,6:10,Odontophorus hyperythrus,1,,Auditivo,NA +SANTIAGO,Guacaica,837,7,25-Jun,6:00,6:10,Pitangus sulphuratus,1,,Auditivo,NA +SANTIAGO,Guacaica,837,7,25-Jun,6:00,6:10,Tangara vassorii,2,25.1,Visual,BNC +SANTIAGO,Guacaica,837,7,25-Jun,6:00,6:10,Premnoplex brunnescens,1,11.5,Visual,BNC +SANTIAGO,Guacaica,837,8,25-Jun,6:26,6:36,Zimmerius chrysops,1,20,Visual,BNC +SANTIAGO,Guacaica,837,8,25-Jun,6:26,6:36,Momotus aequatorialis,1,30,Visual,BNC +SANTIAGO,Guacaica,837,8,25-Jun,6:26,6:36,Aulacorhynchus albivitta,1,45,Visual,BNC +SANTIAGO,Guacaica,837,8,25-Jun,6:26,6:36,Tyrannus melancholicus,1,100,Visual,BNC +SANTIAGO,Guacaica,837,8,25-Jun,6:26,6:36,Tangara nigroviridis,2,43.5,Visual,BNC +SANTIAGO,Guacaica,837,8,25-Jun,6:26,6:36,Piaya cayana,1,38.2,Visual,BNC +SANTIAGO,Guacaica,837,8,25-Jun,6:26,6:36,Momotus aequatorialis,1,,Auditivo,NA +SANTIAGO,Guacaica,837,8,25-Jun,6:26,6:36,Thripadectes holostictus,1,35.1,Visual,BNC +SANTIAGO,Guacaica,837,8,25-Jun,6:26,6:36,Egretta thula,1,,Vuelo,NA +SANTIAGO,Guacaica,837,6,25-Jun,6:42,6:52,Tiaris olivaceus,1,,Auditivo,NA +SANTIAGO,Guacaica,837,6,25-Jun,6:42,6:52,Sporathraupis cyanocephala,1,25,Visual,BNC +SANTIAGO,Guacaica,837,6,25-Jun,6:42,6:52,Myioborus miniatus,1,12,Visual,BNC +SANTIAGO,Guacaica,837,6,25-Jun,6:42,6:52,Tiaris olivaceus,1,,Auditivo,NA +SANTIAGO,Guacaica,837,6,25-Jun,6:42,6:52,Bubulcus ibis,1,,Vuelo,NA +SANTIAGO,Guacaica,837,6,25-Jun,6:42,6:52,Thraupis palmarum,2,20,Visual,BNC +SANTIAGO,Guacaica,837,6,25-Jun,6:42,6:52,Nyctibius griseus,1,50,Visual,AD +SANTIAGO,Guacaica,837,6,25-Jun,6:42,6:52,Tiaris olivaceus,1,26.5,Visual,BNC +SANTIAGO,Guacaica,837,6,25-Jun,6:42,6:52,Vanellus chilensis,1,40,Visual,PO +SANTIAGO,Guacaica,837,6,25-Jun,6:42,6:52,Tyrannus melancholicus,1,75,Visual,NA +SANTIAGO,Guacaica,837,9,25-Jun,7:59,8:10,Vanellus chilensis,1,,Vuelo,NA +SANTIAGO,Guacaica,837,9,25-Jun,7:59,8:10,Rupornis magnirostris,1,100,Visual,BNC +SANTIAGO,Guacaica,837,9,25-Jun,7:59,8:10,Streptoprocne rutila,1,22,Visual,BNC +SANTIAGO,Guacaica,837,9,25-Jun,7:59,8:10,Tyrannus savana,1,86.2,Visual,AD +SANTIAGO,Guacaica,837,9,25-Jun,7:59,8:10,Henicorhina leucosticta,1,,Auditivo,NA +SANTIAGO,Guacaica,837,9,25-Jun,7:59,8:10,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guacaica,837,9,25-Jun,7:59,8:10,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guacaica,837,9,25-Jun,7:59,8:10,Vireo leucophrys,1,,Auditivo,NA +SANTIAGO,Guacaica,837,9,25-Jun,7:59,8:10,Turdus fuscater,1,65.1,Visual,PO +SANTIAGO,Guacaica,837,5,25-Jun,8:18,8:28,Elaenia flavogaster,1,43,Visual,AD +SANTIAGO,Guacaica,837,5,25-Jun,8:18,8:28,Coragyps atratus,2,,Vuelo,NA +SANTIAGO,Guacaica,837,5,25-Jun,8:18,8:28,Pitangus sulphuratus,1,25.2,Visual,AD +SANTIAGO,Guacaica,837,5,25-Jun,8:18,8:28,Rupornis magnirostris,1,95.2,Visual,PO +SANTIAGO,Guacaica,837,5,25-Jun,8:18,8:28,Zonotrichia capensis,1,12,Visual,PO +SANTIAGO,Guacaica,837,3,25-Jun,8:55,9:05,Stilpnia cyanicollis,2,28.3,Visual,BNC +SANTIAGO,Guacaica,837,3,25-Jun,8:55,9:05,Tangara vassorii,2,28.3,Visual,BNC +SANTIAGO,Guacaica,837,3,25-Jun,8:55,9:05,Chlorornis riefferii,2,28.3,Visual,BNC +SANTIAGO,Guacaica,837,3,25-Jun,8:55,9:05,Stilpnia vitriolina,1,8,Visual,BNC +SANTIAGO,Guacaica,837,3,25-Jun,8:55,9:05,Tolmomyias sulphurescens,1,18.8,Visual,AD +SANTIAGO,Guacaica,837,3,25-Jun,8:55,9:05,Stilpnia heinei,2,10.6,Visual,AD +SANTIAGO,Guacaica,837,3,25-Jun,8:55,9:05,Vanellus chilensis,2,,Vuelo,NA +SANTIAGO,Guacaica,837,3,25-Jun,8:55,9:05,Coragyps atratus,1,,Vuelo,NA +SANTIAGO,Guacaica,837,1,25-Jun,9:19,9:29,Synallaxis azarae,1,56.5,Visual,BNC +SANTIAGO,Guacaica,837,1,25-Jun,9:19,9:29,Cyanocorax affinis,2,79.4,Visual,BNC +SANTIAGO,Guacaica,837,1,25-Jun,9:19,9:29,Tyrannus melancholicus,1,86.3,Visual,PO +SANTIAGO,Guacaica,837,2,25-Jun,9:38,9:48,Zonotrichia capensis,1,33.4,Visual,PO +SANTIAGO,Guacaica,837,2,25-Jun,9:38,9:48,Momotus aequatorialis,1,95,Visual,BNC +SANTIAGO,Guacaica,837,2,25-Jun,9:38,9:48,Vanellus chilensis,2,,Vuelo,Na +SANTIAGO,Guacaica,837,2,25-Jun,9:38,9:48,Phimosus infuscatus,1,117.2,Visual,PO +SANTIAGO,Guacaica,837,2,25-Jun,9:38,9:48,Zimmerius chrysops,1,26.6,Visual,AD +SANTIAGO,Guacaica,837,2,25-Jun,9:38,9:48,Tiaris olivaceus,1,25.3,Visual,BNC +SANTIAGO,Guacaica,837,2,25-Jun,9:38,9:48,Chlorophonia cyanea,1,50.3,Visual,BNC +SANTIAGO,Guacaica,837,2,25-Jun,9:38,9:48,Stelgidopteryx ruficollis,2,,Vuelo,NA +SANTIAGO,Guacaica,837,2,25-Jun,9:38,9:48,Tyrannus melancholicus,1,,Auditivo,NA +SANTIAGO,Guacaica,837,4,25-Jun,10:15,10:25,Zimmerius chrysops,2,23,Visual,AD +SANTIAGO,Guacaica,837,4,25-Jun,10:15,10:25,Rupornis magnirostris,1,87.9,Visual,PO +SANTIAGO,Guacaica,837,4,25-Jun,10:15,10:25,Vanellus chilensis,1,,Auditivo,NA +SANTIAGO,Guacaica,837,4,25-Jun,10:15,10:25,Tiaris olivaceus,2,8.3,Visual,PO +SANTIAGO,Guacaica,837,4,25-Jun,10:15,10:25,Stelgidopteryx ruficollis,1,,Vuelo,NA +JUAN,Guacaica,1063,6,26-Jun,6:07,6:17,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1063,6,26-Jun,6:07,6:17,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1063,6,26-Jun,6:07,6:17,Myioborus miniatus,1,,Auditivo,NA +JUAN,Guacaica,1063,6,26-Jun,6:07,6:17,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guacaica,1063,6,26-Jun,6:07,6:17,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1063,6,26-Jun,6:07,6:17,Pionus chalcopterus,1,,vuelo,NA +JUAN,Guacaica,1063,6,26-Jun,6:07,6:17,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,1063,6,26-Jun,6:07,6:17,Synallaxis albescens,1,,Auditivo,NA +JUAN,Guacaica,1063,6,26-Jun,6:07,6:17,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1063,6,26-Jun,6:07,6:17,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,1063,6,26-Jun,6:07,6:17,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1063,6,26-Jun,6:07,6:17,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1063,7,26-Jun,6:36,6:46,Aulacorhynchus albivitta,1,13.1,visual,BC +JUAN,Guacaica,1063,7,26-Jun,6:36,6:46,Aulacorhynchus albivitta,1,,vuelo,NA +JUAN,Guacaica,1063,7,26-Jun,6:36,6:46,Sayornis nigricans,1,36.5,visual,CAG +JUAN,Guacaica,1063,7,26-Jun,6:36,6:46,Turdus ignobilis,1,13.1,visual,BC +JUAN,Guacaica,1063,8,26-Jun,7:04,7:14,Patagioenas fasciata,3,60.4,visual,BNC +JUAN,Guacaica,1063,8,26-Jun,7:04,7:14,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1063,9,26-Jun,7:55,8:05,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,1063,9,26-Jun,7:55,8:05,Bubulcus ibis,3,,vuelo,NA +JUAN,Guacaica,1063,9,26-Jun,7:55,8:05,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1063,9,26-Jun,7:55,8:05,Molothrus bonariensis,1,,vuelo,NA +JUAN,Guacaica,1063,9,26-Jun,7:55,8:05,Ramphocelus flammigerus,1,22.6,visual,AD +JUAN,Guacaica,1063,9,26-Jun,7:55,8:05,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guacaica,1063,9,26-Jun,7:55,8:05,Saucerottia saucerottei,1,3,visual,AD +JUAN,Guacaica,1063,9,26-Jun,7:55,8:05,Sporophila nigricollis,1,5.8,visual,AD +JUAN,Guacaica,1063,9,26-Jun,7:55,8:05,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,1063,9,26-Jun,7:55,8:05,Synallaxis albescens,1,,Auditivo,NA +JUAN,Guacaica,1063,9,26-Jun,7:55,8:05,Tiaris olivaceus,1,1.8,visual,AD +JUAN,Guacaica,1063,9,26-Jun,7:55,8:05,Tiaris olivaceus,3,,Auditivo,NA +JUAN,Guacaica,1063,9,26-Jun,7:55,8:05,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1063,9,26-Jun,7:55,8:05,Zimmerius chrysops,1,14.8,visual,AD +JUAN,Guacaica,1063,9,26-Jun,7:55,8:05,Zonotrichia capensis,1,6.3,visual,AD +JUAN,Guacaica,1063,9,26-Jun,7:55,8:05,Zonotrichia capensis,1,2,visual,AD +JUAN,Guacaica,1063,10,26-Jun,8:20,8:30,Crotophaga ani,1,,Auditivo,NA +JUAN,Guacaica,1063,10,26-Jun,8:20,8:30,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1063,10,26-Jun,8:20,8:30,Troglodytes aedon,2,18.6,visual,AD +JUAN,Guacaica,1063,10,26-Jun,8:20,8:30,Turdus fuscater,2,60,visual,AD +JUAN,Guacaica,1063,10,26-Jun,8:20,8:30,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guacaica,1063,11,26-Jun,8:35,8:45,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,1063,11,26-Jun,8:35,8:45,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guacaica,1063,11,26-Jun,8:35,8:45,Chlorostilbon melanorhynchus,1,11.1,visual,AD +JUAN,Guacaica,1063,11,26-Jun,8:35,8:45,Crotophaga ani,1,,Auditivo,NA +JUAN,Guacaica,1063,11,26-Jun,8:35,8:45,Momotus aequatorialis,1,13.9,visual,AD +JUAN,Guacaica,1063,11,26-Jun,8:35,8:45,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guacaica,1063,11,26-Jun,8:35,8:45,Myioborus miniatus,1,,Auditivo,NA +JUAN,Guacaica,1063,11,26-Jun,8:35,8:45,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guacaica,1063,11,26-Jun,8:35,8:45,Stilpnia heinei,1,18.8,visual,AD +JUAN,Guacaica,1063,11,26-Jun,8:35,8:45,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1063,11,26-Jun,8:35,8:45,Turdus fuscater,1,13.5,visual,AD +JUAN,Guacaica,1063,11,26-Jun,8:35,8:45,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1063,11,26-Jun,8:35,8:45,Xenops minutus,1,,Auditivo,NA +JUAN,Guacaica,1063,11,26-Jun,8:35,8:45,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1063,11,26-Jun,8:35,8:45,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guacaica,1063,3,26-Jun,9:06,9:16,Contopus fumigatus,1,19.4,Visual,AD +JUAN,Guacaica,1063,3,26-Jun,9:06,9:16,Stilpnia cyanicollis,2,11.7,Visual,AD +JUAN,Guacaica,1063,3,26-Jun,9:06,9:16,Bubulcus ibis,6,,Vuelo,NA +JUAN,Guacaica,1063,3,26-Jun,9:06,9:16,Pionus chalcopterus,8,,Vuelo,NA +JUAN,Guacaica,1063,3,26-Jun,9:06,9:16,Tyrannus melancholicus,1,51.1,Visual,AD +JUAN,Guacaica,1063,3,26-Jun,9:06,9:16,Crypturellus soui,1,,Auditivo,NA +JUAN,Guacaica,1063,2,26-Jun,9:24,9:34,Volatinia jacarina,1,21.5,Visual,AD +JUAN,Guacaica,1063,2,26-Jun,9:24,9:34,Zonotrichia capensis,2,16,Visual,AD +JUAN,Guacaica,1063,2,26-Jun,9:24,9:34,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1063,2,26-Jun,9:24,9:34,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1063,2,26-Jun,9:24,9:34,Sporophila nigricollis,1,17.2,Visual,PO +JUAN,Guacaica,1063,1,26-Jun,9:48,9:58,Colinus cristatus,1,,Auditivo,NA +JUAN,Guacaica,1063,1,26-Jun,9:48,9:58,Aulacorhynchus albivitta,1,14.1,Visual,AD +JUAN,Guacaica,1063,1,26-Jun,9:48,9:58,Trogon collaris,1,,Auditivo,NA +JUAN,Guacaica,1063,1,26-Jun,9:48,9:58,Ramphocelus flammigerus,2,18.4,Visual,AD +JUAN,Guacaica,1063,4,26-Jun,10:11,10:21,Odontophorus hyperythrus,1,,Auditivo,NA +JUAN,Guacaica,1063,4,26-Jun,10:11,10:21,Henicorhina leucosticta,1,,Auditivo,NA +JUAN,Guacaica,1063,4,26-Jun,10:11,10:21,Myadestes ralloides,1,,Auditivo,NA +JUAN,Guacaica,1063,5,26-Jun,10:36,10:46,Crotophaga ani,1,35.4,Visual,AD +JUAN,Guacaica,1063,5,26-Jun,10:36,10:46,Zenaida auriculata,3,,Vuelo,NA +SANTIAGO,Guacaica,1063,3,26-Jun,6:03,6:13,Momotus aequatorialis,1,65.2,Visual,AD +SANTIAGO,Guacaica,1063,3,26-Jun,6:03,6:13,Ortalis columbiana,2,47.8,Visual,AD +SANTIAGO,Guacaica,1063,3,26-Jun,6:03,6:13,Stelgidopteryx ruficollis,2,,Vuelo,NA +SANTIAGO,Guacaica,1063,3,26-Jun,6:03,6:13,Contopus fumigatus,1,93.8,Visual,AD +SANTIAGO,Guacaica,1063,3,26-Jun,6:03,6:13,Icterus chrysater,2,,Auditivo,NA +SANTIAGO,Guacaica,1063,3,26-Jun,6:03,6:13,Vireo leucophrys,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,3,26-Jun,6:03,6:13,Tyrannus melancholicus,1,45.3,Visual,AD +SANTIAGO,Guacaica,1063,2,26-Jun,6:21,6:31,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,2,26-Jun,6:21,6:31,Sayornis nigricans,1,15,Visual,AD +SANTIAGO,Guacaica,1063,2,26-Jun,6:21,6:31,Volatinia jacarina,1,8.4,Visual,AD +SANTIAGO,Guacaica,1063,2,26-Jun,6:21,6:31,Pionus menstruus,1,,Vuelo,NA +SANTIAGO,Guacaica,1063,2,26-Jun,6:21,6:31,Ardea alba,4,,Vuelo,NA +SANTIAGO,Guacaica,1063,2,26-Jun,6:21,6:31,Euphonia laniirostris,1,40,Visual,AD +SANTIAGO,Guacaica,1063,2,26-Jun,6:21,6:31,Zenaida auriculata,1,80,Visual,NA +SANTIAGO,Guacaica,1063,2,26-Jun,6:21,6:31,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,2,26-Jun,6:21,6:31,Streptoprocne zonaris,12,,Vuelo,NA +SANTIAGO,Guacaica,1063,2,26-Jun,6:21,6:31,Streptoprocne rutila,4,,Vuelo,NA +SANTIAGO,Guacaica,1063,2,26-Jun,6:21,6:31,Saucerottia saucerottei,1,6,Visual,AD +SANTIAGO,Guacaica,1063,2,26-Jun,6:21,6:31,Zonotrichia capensis,1,5,Visual,NA +SANTIAGO,Guacaica,1063,2,26-Jun,6:21,6:31,Coereba flaveola,1,4.2,Visual,AD +SANTIAGO,Guacaica,1063,2,26-Jun,6:21,6:31,Coragyps atratus,2,,Vuelo,NA +SANTIAGO,Guacaica,1063,1,26-Jun,7:00,7:10,Ramphocelus flammigerus,3,8,Visual,AD +SANTIAGO,Guacaica,1063,1,26-Jun,7:00,7:10,Synallaxis azarae,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,1,26-Jun,7:00,7:10,Thraupis episcopus,1,8,Visual,AD +SANTIAGO,Guacaica,1063,1,26-Jun,7:00,7:10,Bubulcus ibis,2,85.2,Visual,PO +SANTIAGO,Guacaica,1063,1,26-Jun,7:00,7:10,Amazilia tzacatl,1,,Vuelo,NA +SANTIAGO,Guacaica,1063,1,26-Jun,7:00,7:10,Odontophorus hyperythrus,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,1,26-Jun,7:00,7:10,Malacoptila mystacalis,1,15,Visual,AD +SANTIAGO,Guacaica,1063,1,26-Jun,7:00,7:10,Odontophorus hyperythrus,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,4,26-Jun,7:16,7:26,Odontophorus hyperythrus,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,4,26-Jun,7:16,7:26,Thraupis episcopus,2,14.6,Visual,AD +SANTIAGO,Guacaica,1063,5,26-Jun,7:50,8:00,Crotophaga ani,2,26.5,Visual,AD +SANTIAGO,Guacaica,1063,5,26-Jun,7:50,8:00,Thraupis palmarum,1,33.5,Visual,AD +SANTIAGO,Guacaica,1063,6,26-Jun,8:20,8:30,Coragyps atratus,1,,auditivo,NA +SANTIAGO,Guacaica,1063,6,26-Jun,8:20,8:30,Stelgidopteryx ruficollis,1,,auditivo,NA +SANTIAGO,Guacaica,1063,6,26-Jun,8:20,8:30,Zonotrichia capensis,1,3.9,visual,AD +SANTIAGO,Guacaica,1063,6,26-Jun,8:20,8:30,Zonotrichia capensis,1,,auditivo,NA +SANTIAGO,Guacaica,1063,6,26-Jun,8:20,8:30,Troglodytes aedon,1,,auditivo,NA +SANTIAGO,Guacaica,1063,6,26-Jun,8:20,8:30,Piaya cayana,1,10.1,visual,AD +SANTIAGO,Guacaica,1063,6,26-Jun,8:20,8:30,Zimmerius chrysops,1,,auditivo,NA +SANTIAGO,Guacaica,1063,6,26-Jun,8:20,8:30,Tyrannus melancholicus,1,,auditivo,NA +SANTIAGO,Guacaica,1063,6,26-Jun,8:20,8:30,Hemithraupis guira,2,11,visual,AD +SANTIAGO,Guacaica,1063,6,26-Jun,8:20,8:30,Ramphocelus flammigerus,1,13.5,visual,AD +SANTIAGO,Guacaica,1063,6,26-Jun,8:20,8:30,Rupornis magnirostris,1,63,visual,BC +SANTIAGO,Guacaica,1063,6,26-Jun,8:20,8:30,Leptopogon superciliaris,1,11.3,visual,AD +SANTIAGO,Guacaica,1063,7,26-Jun,8:47,8:57,Thraupis palmarum,1,,auditivo,NA +SANTIAGO,Guacaica,1063,7,26-Jun,8:47,8:57,Sayornis nigricans,1,18.6,visual,CAG +SANTIAGO,Guacaica,1063,7,26-Jun,8:47,8:57,Sayornis nigricans,1,21.4,visual,CAG +SANTIAGO,Guacaica,1063,8,26-Jun,9:06,10:06,Coragyps atratus,4,,vuelo,NA +SANTIAGO,Guacaica,1063,8,26-Jun,9:06,10:06,Thraupis episcopus,2,,vuelo,NA +SANTIAGO,Guacaica,1063,8,26-Jun,9:06,10:06,Dryocopus lineatus,1,,auditivo,NA +SANTIAGO,Guacaica,1063,8,26-Jun,9:06,10:06,Thraupis palmarum,1,26.2,visual,BNC +SANTIAGO,Guacaica,1063,9,26-Jun,10:25,10:35,Bubulcus ibis,3,,vuelo,NA +SANTIAGO,Guacaica,1063,9,26-Jun,10:25,10:35,Synallaxis albescens,1,,auditivo,NA +SANTIAGO,Guacaica,1063,9,26-Jun,10:25,10:35,Crotophaga ani,2,39.2,visual,AD +SANTIAGO,Guacaica,1063,9,26-Jun,10:25,10:35,Stilpnia vitriolina,1,14.4,visual,AD +SANTIAGO,Guacaica,1063,9,26-Jun,10:25,10:35,Stelgidopteryx ruficollis,3,,vuelo,NA +SANTIAGO,Guacaica,1063,9,26-Jun,10:25,10:35,Sporophila nigricollis,2,,auditivo,NA +SANTIAGO,Guacaica,1063,9,26-Jun,10:25,10:35,Volatinia jacarina,1,12.8,visual,PO +SANTIAGO,Guacaica,1063,9,26-Jun,10:25,10:35,Tiaris olivaceus,2,,auditivo,NA +SANTIAGO,Guacaica,1063,9,26-Jun,10:25,10:35,Colaptes rubiginosus,1,27.9,visual,AD +SANTIAGO,Guacaica,1063,9,26-Jun,10:25,10:35,Sicalis flaveola,2,38.2,visual,PO +SANTIAGO,Guacaica,1063,9,26-Jun,10:25,10:35,Patagioenas fasciata,4,,vuelo,NA +SANTIAGO,Guacaica,1063,9,26-Jun,10:25,10:35,Cathartes aura,1,,vuelo,NA +SANTIAGO,Guacaica,1063,9,26-Jun,10:25,10:35,Stelgidopteryx ruficollis,2,,vuelo,NA +SANTIAGO,Guacaica,1063,10,26-Jun,10:45,10:50,Myioborus miniatus,1,4.1,visual,NA +SANTIAGO,Guacaica,1063,10,26-Jun,10:45,10:50,Tiaris olivaceus,1,,auditivo,NA +SANTIAGO,Guacaica,1063,10,26-Jun,10:45,10:50,Ramphocelus flammigerus,1,,auditivo,NA +SANTIAGO,Guacaica,1063,10,26-Jun,10:45,10:50,Vireo leucophrys,1,,auditivo,NA +SANTIAGO,Guacaica,1063,10,26-Jun,10:45,10:50,Zonotrichia capensis,1,,auditivo,NA +SANTIAGO,Guacaica,1063,11,26-Jun,11:00,11:10,Crotophaga ani,3,38.8,visual,AD +SANTIAGO,Guacaica,1063,11,26-Jun,11:00,11:10,Troglodytes aedon,1,,auditivo,NA +SANTIAGO,Guacaica,1063,11,26-Jun,11:00,11:10,Vanellus chilensis,2,,auditivo,NA +SANTIAGO,Guacaica,1063,11,26-Jun,11:00,11:10,Zonotrichia capensis,1,16.9,visual,PO +SANTIAGO,Guacaica,1063,11,26-Jun,11:00,11:10,Icterus chrysater,1,28,visual,AD +SANTIAGO,Guacaica,1063,11,26-Jun,11:00,11:10,Sporophila nigricollis,1,28,visual,AD +JUAN,Guabas,205,9,11-Jul,6:09,6:19,Columbina talpacoti,2,34,visual,AD +JUAN,Guabas,205,9,11-Jul,6:09,6:19,Crypturellus soui,1,,Auditivo,NA +JUAN,Guabas,205,9,11-Jul,6:09,6:19,Myiozetetes cayanensis,2,,Auditivo,NA +JUAN,Guabas,205,9,11-Jul,6:09,6:19,Pionus chalcopterus,4,,vuelo,NA +JUAN,Guabas,205,9,11-Jul,6:09,6:19,Sporophila nigricollis,1,23.2,visual,AD +JUAN,Guabas,205,9,11-Jul,6:09,6:19,Stilpnia vitriolina,1,38.2,visual,AD +JUAN,Guabas,205,9,11-Jul,6:09,6:19,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,205,9,11-Jul,6:09,6:19,Theristicus caudatus,1,,Auditivo,NA +JUAN,Guabas,205,9,11-Jul,6:09,6:19,Thraupis episcopus,1,30.1,visual,AD +JUAN,Guabas,205,9,11-Jul,6:09,6:19,Thraupis episcopus,3,,vuelo,NA +JUAN,Guabas,205,9,11-Jul,6:09,6:19,Thraupis episcopus,1,19,visual,NA +JUAN,Guabas,205,9,11-Jul,6:09,6:19,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guabas,205,9,11-Jul,6:09,6:19,Turdus ignobilis,1,15.4,visual,PO +JUAN,Guabas,205,9,11-Jul,6:09,6:19,Turdus ignobilis,1,13.3,visual,AD +JUAN,Guabas,205,9,11-Jul,6:09,6:19,Tyrannus melancholicus,1,59.8,visual,RE +JUAN,Guabas,205,9,11-Jul,6:09,6:19,Tyrannus melancholicus,1,63.3,visual,RE +JUAN,Guabas,205,9,11-Jul,6:09,6:19,Vanellus chilensis,2,,Auditivo,NA +JUAN,Guabas,205,6,11-Jul,6:26,6:36,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guabas,205,6,11-Jul,6:26,6:36,Columbina talpacoti,1,24.7,visual,AD +JUAN,Guabas,205,6,11-Jul,6:26,6:36,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guabas,205,6,11-Jul,6:26,6:36,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,205,6,11-Jul,6:26,6:36,Nesotriccus incomta,1,6.3,visual,AD +JUAN,Guabas,205,6,11-Jul,6:26,6:36,Pitangus sulphuratus,1,,Auditivo,NA +JUAN,Guabas,205,6,11-Jul,6:26,6:36,Sicalis flaveola,2,26,visual,AD +JUAN,Guabas,205,6,11-Jul,6:26,6:36,Sicalis flaveola,1,34.3,visual,AD +JUAN,Guabas,205,6,11-Jul,6:26,6:36,Sporophila nigricollis,2,,Auditivo,NA +JUAN,Guabas,205,6,11-Jul,6:26,6:36,Synallaxis albescens,1,,Auditivo,NA +JUAN,Guabas,205,6,11-Jul,6:26,6:36,Theristicus caudatus,3,88.4,visual,AD +JUAN,Guabas,205,6,11-Jul,6:26,6:36,Thraupis episcopus,1,,vuelo,NA +JUAN,Guabas,205,6,11-Jul,6:26,6:36,Todirostrum cinereum,2,4.8,visual,AD +JUAN,Guabas,205,6,11-Jul,6:26,6:36,Troglodytes aedon,2,,Auditivo,NA +JUAN,Guabas,205,6,11-Jul,6:26,6:36,Turdus ignobilis,1,10.8,visual,AD +JUAN,Guabas,205,6,11-Jul,6:26,6:36,Volatinia jacarina,1,15.8,visual,PO +JUAN,Guabas,205,7,11-Jul,6:45,6:55,Bubulcus ibis,1,,vuelo,NA +JUAN,Guabas,205,7,11-Jul,6:45,6:55,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guabas,205,7,11-Jul,6:45,6:55,Forpus conspicillatus,4,21.3,visual,BNC +JUAN,Guabas,205,7,11-Jul,6:45,6:55,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guabas,205,7,11-Jul,6:45,6:55,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,205,7,11-Jul,6:45,6:55,Pionus chalcopterus,4,,vuelo,NA +JUAN,Guabas,205,7,11-Jul,6:45,6:55,Pionus chalcopterus,2,,vuelo,NA +JUAN,Guabas,205,7,11-Jul,6:45,6:55,Saltator striatipectus,1,15.9,visual,BNC +JUAN,Guabas,205,7,11-Jul,6:45,6:55,Saltator striatipectus,1,20,visual,BNC +JUAN,Guabas,205,7,11-Jul,6:45,6:55,Stelgidopteryx ruficollis,2,29.5,visual,AD +JUAN,Guabas,205,7,11-Jul,6:45,6:55,Stilpnia cyanicollis,1,23.2,visual,BNC +JUAN,Guabas,205,7,11-Jul,6:45,6:55,Stilpnia vitriolina,1,4.3,visual,AD +JUAN,Guabas,205,7,11-Jul,6:45,6:55,Stilpnia vitriolina,1,22.3,visual,BNC +JUAN,Guabas,205,7,11-Jul,6:45,6:55,Tangara gyrola,1,14.9,visual,BNC +JUAN,Guabas,205,7,11-Jul,6:45,6:55,Thamnophilus multistriatus,2,,Auditivo,NA +JUAN,Guabas,205,7,11-Jul,6:45,6:55,Thamnophilus multistriatus,1,7.4,visual,BNC +JUAN,Guabas,205,7,11-Jul,6:45,6:55,Troglodytes aedon,2,,Auditivo,NA +JUAN,Guabas,205,7,11-Jul,6:45,6:55,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,205,8,11-Jul,7:05,7:15,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guabas,205,8,11-Jul,7:05,7:15,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guabas,205,8,11-Jul,7:05,7:15,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guabas,205,8,11-Jul,7:05,7:15,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guabas,205,8,11-Jul,7:05,7:15,Pachyramphus rufus,1,,Auditivo,NA +JUAN,Guabas,205,8,11-Jul,7:05,7:15,Tachyphonus rufus,2,21.8,visual,OC +JUAN,Guabas,205,8,11-Jul,7:05,7:15,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,205,8,11-Jul,7:05,7:15,Troglodytes aedon,2,,Auditivo,NA +JUAN,Guabas,205,8,11-Jul,7:05,7:15,Zimmerius chrysops,1,19.1,visual,OC +JUAN,Guabas,205,10,11-Jul,7:31,7:41,Elaenia flavogaster,2,,Auditivo,NA +JUAN,Guabas,205,10,11-Jul,7:31,7:41,Patagioenas fasciata,1,112.5,visual,AD +JUAN,Guabas,205,10,11-Jul,7:31,7:41,Pionus chalcopterus,3,,vuelo,NA +JUAN,Guabas,205,10,11-Jul,7:31,7:41,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guabas,205,10,11-Jul,7:31,7:41,Rupornis magnirostris,1,28.5,visual,AD +JUAN,Guabas,205,10,11-Jul,7:31,7:41,Stelgidopteryx ruficollis,2,,vuelo,NA +JUAN,Guabas,205,10,11-Jul,7:31,7:41,Tapera naevia,1,,Auditivo,NA +JUAN,Guabas,205,10,11-Jul,7:31,7:41,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,205,10,11-Jul,7:31,7:41,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guabas,205,10,11-Jul,7:31,7:41,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,205,10,11-Jul,7:31,7:41,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,205,10,11-Jul,7:31,7:41,Zimmerius chrysops,1,13.1,visual,AD +JUAN,Guabas,205,3,11-Jul,7:51,8:01,Columbina talpacoti,1,,Auditivo,NA +JUAN,Guabas,205,3,11-Jul,7:51,8:01,Columbina talpacoti,1,,vuelo,NA +JUAN,Guabas,205,3,11-Jul,7:51,8:01,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guabas,205,3,11-Jul,7:51,8:01,Molothrus bonariensis,1,54.8,visual,RE +JUAN,Guabas,205,3,11-Jul,7:51,8:01,Myiozetetes cayanensis,1,50.7,visual,OC +JUAN,Guabas,205,3,11-Jul,7:51,8:01,Phimosus infuscatus,1,,vuelo,NA +JUAN,Guabas,205,3,11-Jul,7:51,8:01,Pitangus sulphuratus,1,,Auditivo,NA +JUAN,Guabas,205,3,11-Jul,7:51,8:01,Ramphocelus dimidiatus,1,42.7,visual,OC +JUAN,Guabas,205,3,11-Jul,7:51,8:01,Rupornis magnirostris,2,,vuelo,NA +JUAN,Guabas,205,3,11-Jul,7:51,8:01,Sicalis flaveola,1,23.4,visual,OC +JUAN,Guabas,205,3,11-Jul,7:51,8:01,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guabas,205,3,11-Jul,7:51,8:01,Stelgidopteryx ruficollis,2,,vuelo,NA +JUAN,Guabas,205,3,11-Jul,7:51,8:01,Theristicus caudatus,1,,Auditivo,NA +JUAN,Guabas,205,3,11-Jul,7:51,8:01,Theristicus caudatus,2,,vuelo,NA +JUAN,Guabas,205,3,11-Jul,7:51,8:01,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,205,3,11-Jul,7:51,8:01,Turdus ignobilis,1,67.7,visual,OC +JUAN,Guabas,205,3,11-Jul,7:51,8:01,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,205,3,11-Jul,7:51,8:01,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,205,5,11-Jul,8:03,8:13,Elaenia flavogaster,1,22.4,visual,AD +JUAN,Guabas,205,5,11-Jul,8:03,8:13,Molothrus bonariensis,1,,vuelo,NA +JUAN,Guabas,205,5,11-Jul,8:03,8:13,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,205,5,11-Jul,8:03,8:13,Pitangus sulphuratus,2,,Auditivo,NA +JUAN,Guabas,205,5,11-Jul,8:03,8:13,Saltator striatipectus,1,19.4,visual,AD +JUAN,Guabas,205,5,11-Jul,8:03,8:13,Saucerottia saucerottei,1,,vuelo,NA +JUAN,Guabas,205,5,11-Jul,8:03,8:13,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,205,5,11-Jul,8:03,8:13,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,205,4,11-Jul,8:22,8:32,Amazilia tzacatl,1,11.8,visual,OC +JUAN,Guabas,205,4,11-Jul,8:22,8:32,Crotophaga ani,1,,Auditivo,NA +JUAN,Guabas,205,4,11-Jul,8:22,8:32,Crotophaga ani,2,52.3,visual,BC +JUAN,Guabas,205,4,11-Jul,8:22,8:32,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,205,4,11-Jul,8:22,8:32,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,205,2,11-Jul,8:41,8:51,Daptrius chimachima,1,4.9,visual,AD +JUAN,Guabas,205,2,11-Jul,8:41,8:51,Forpus conspicillatus,2,,Auditivo,NA +JUAN,Guabas,205,2,11-Jul,8:41,8:51,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,205,2,11-Jul,8:41,8:51,Synallaxis albescens,1,,Auditivo,NA +JUAN,Guabas,205,2,11-Jul,8:41,8:51,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,205,2,11-Jul,8:41,8:51,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,205,2,11-Jul,8:41,8:51,Turdus ignobilis,1,14.5,visual,AD +JUAN,Guabas,205,2,11-Jul,8:41,8:51,Vireo olivaceus,1,,Auditivo,NA +JUAN,Guabas,205,1,11-Jul,8:56,9:06,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guabas,205,1,11-Jul,8:56,9:06,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,205,1,11-Jul,8:56,9:06,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,205,1,11-Jul,8:56,9:06,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,205,1,11-Jul,8:56,9:06,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,205,11,11-Jul,9:14,9:26,Colinus cristatus,1,,Auditivo,NA +JUAN,Guabas,205,11,11-Jul,9:14,9:26,Crotophaga ani,2,,vuelo,NA +JUAN,Guabas,205,11,11-Jul,9:14,9:26,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guabas,205,11,11-Jul,9:14,9:26,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guabas,205,11,11-Jul,9:14,9:26,Pitangus sulphuratus,1,,Auditivo,NA +JUAN,Guabas,205,11,11-Jul,9:14,9:26,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guabas,205,11,11-Jul,9:14,9:26,Sicalis flaveola,1,12.5,visual,PO +JUAN,Guabas,205,11,11-Jul,9:14,9:26,Sicalis flaveola,1,,vuelo,NA +JUAN,Guabas,205,11,11-Jul,9:14,9:26,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guabas,205,11,11-Jul,9:14,9:26,Tangara gyrola,1,15.1,visual,AD +JUAN,Guabas,205,11,11-Jul,9:14,9:26,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,205,11,11-Jul,9:14,9:26,Theristicus caudatus,2,,Auditivo,NA +JUAN,Guabas,205,11,11-Jul,9:14,9:26,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guabas,205,11,11-Jul,9:14,9:26,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,205,11,11-Jul,9:14,9:26,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,205,11,11-Jul,9:14,9:26,Vireo olivaceus,1,,Auditivo,NA +JUAN,Guabas,205,11,11-Jul,9:14,9:26,Volatinia jacarina,1,6.2,visual,PO +JUAN,Guabas,205,11,11-Jul,9:14,9:26,Volatinia jacarina,1,8.9,visual,PO +SANTIAGO,Guabas,205,1,11-Jul,6:19,6:29,Stelgidopteryx ruficollis,1,,Vuelo,NA +SANTIAGO,Guabas,205,1,11-Jul,6:19,6:29,Myioborus miniatus,1,21.9,Visual,BNC +SANTIAGO,Guabas,205,1,11-Jul,6:19,6:29,Basileuterus culicivorus,1,13.3,Visual,BNC +SANTIAGO,Guabas,205,1,11-Jul,6:19,6:29,Pionus menstruus,3,,Vuelo,NA +SANTIAGO,Guabas,205,1,11-Jul,6:19,6:29,Basileuterus tristriatus,1,25.7,Visual,BNC +SANTIAGO,Guabas,205,1,11-Jul,6:19,6:29,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,205,1,11-Jul,6:19,6:29,Myiothlypis fulvicauda,2,25.2,Visual,BNC +SANTIAGO,Guabas,205,11,11-Jul,6:35,6:45,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,205,11,11-Jul,6:35,6:45,Volatinia jacarina,1,28.3,Visual,PO +SANTIAGO,Guabas,205,11,11-Jul,6:35,6:45,Dryocopus lineatus,1,61.7,Visual,BNC +SANTIAGO,Guabas,205,11,11-Jul,6:35,6:45,Sicalis flaveola,1,25.2,Visual,PO +SANTIAGO,Guabas,205,11,11-Jul,6:35,6:45,Spinus psaltria,1,24.7,Visual,AD +SANTIAGO,Guabas,205,11,11-Jul,6:35,6:45,Volatinia jacarina,2,24.7,Visual,AD +SANTIAGO,Guabas,205,11,11-Jul,6:35,6:45,Sporophila nigricollis,3,6.7,Visual,PO +SANTIAGO,Guabas,205,11,11-Jul,6:35,6:45,Crotophaga ani,1,,Auditivo,NA +SANTIAGO,Guabas,205,11,11-Jul,6:35,6:45,Tiaris olivaceus,1,,Auditivo,NA +SANTIAGO,Guabas,205,11,11-Jul,6:35,6:45,Turdus ignobilis,1,9.6,Visual,PO +SANTIAGO,Guabas,205,11,11-Jul,6:35,6:45,Sicalis flaveola,1,26,Visual,AD +SANTIAGO,Guabas,205,11,11-Jul,6:35,6:45,Stilpnia vitriolina,1,22.6,Visual,PO +SANTIAGO,Guabas,205,11,11-Jul,6:35,6:45,Saltator striatipectus,2,13.4,Visual,AD +SANTIAGO,Guabas,205,11,11-Jul,6:35,6:45,Tiaris olivaceus,1,17.5,Visual,PO +SANTIAGO,Guabas,205,11,11-Jul,6:35,6:45,Columbina talpacoti,1,,Vuelo,NA +SANTIAGO,Guabas,205,2,11-Jul,6:57,7:07,Colaptes punctigula,1,,Auditivo,NA +SANTIAGO,Guabas,205,2,11-Jul,6:57,7:07,Thraupis episcopus,1,21.2,Visual,AD +SANTIAGO,Guabas,205,2,11-Jul,6:57,7:07,Turdus ignobilis,1,21.8,Visual,AD +SANTIAGO,Guabas,205,2,11-Jul,6:57,7:07,Pionus chalcopterus,3,,Vuelo,NA +SANTIAGO,Guabas,205,2,11-Jul,6:57,7:07,Amazilia tzacatl,1,8.6,Visual,OC +SANTIAGO,Guabas,205,2,11-Jul,6:57,7:07,Coereba flaveola,1,38.2,Visual,AD +SANTIAGO,Guabas,205,2,11-Jul,6:57,7:07,Aulacorhynchus haematopygus,2,16.7,Visual,AD +SANTIAGO,Guabas,205,2,11-Jul,6:57,7:07,Camptostoma obsoletum,1,14.1,Visual,AD +SANTIAGO,Guabas,205,4,11-Jul,7:24,7:34,Anthracothorax nigricollis,2,35.7,Visual,AD +SANTIAGO,Guabas,205,4,11-Jul,7:24,7:34,Synallaxis azarae,1,25.8,Visual,PO +SANTIAGO,Guabas,205,4,11-Jul,7:24,7:34,Tyrannus melancholicus,2,35.8,Visual,AD +SANTIAGO,Guabas,205,4,11-Jul,7:24,7:34,Volatinia jacarina,1,28,Visual,PO +SANTIAGO,Guabas,205,4,11-Jul,7:24,7:34,Tyrannus melancholicus,2,38.4,Visual,AD +SANTIAGO,Guabas,205,4,11-Jul,7:24,7:34,Thraupis episcopus,1,15.4,Visual,AD +SANTIAGO,Guabas,205,3,11-Jul,7:42,7:52,Theristicus caudatus,1,,Auditivo,NA +SANTIAGO,Guabas,205,3,11-Jul,7:42,7:52,Stelgidopteryx ruficollis,1,,Vuelo,NA +SANTIAGO,Guabas,205,3,11-Jul,7:42,7:52,Phimosus infuscatus,3,,Vuelo,NA +SANTIAGO,Guabas,205,3,11-Jul,7:42,7:52,Thamnophilus multistriatus,1,22.4,Visual,AD +SANTIAGO,Guabas,205,3,11-Jul,7:42,7:52,Zimmerius chrysops,2,5.1,Visual,AD +SANTIAGO,Guabas,205,3,11-Jul,7:42,7:52,Momotus aequatorialis,1,,Auditivo,NA +SANTIAGO,Guabas,205,3,11-Jul,7:42,7:52,Camptostoma obsoletum,1,,Auditivo,NA +SANTIAGO,Guabas,205,10,11-Jul,8:02,8:12,Rupornis magnirostris,1,,auditivo,NA +SANTIAGO,Guabas,205,10,11-Jul,8:02,8:12,Synallaxis azarae,1,,auditivo,NA +SANTIAGO,Guabas,205,10,11-Jul,8:02,8:12,Amazona mercenarius,15,,Vuelo,NA +SANTIAGO,Guabas,205,10,11-Jul,8:02,8:12,Zonotrichia capensis,1,11.2,visual,AD +SANTIAGO,Guabas,205,10,11-Jul,8:02,8:12,Icterus chrysater,1,,auditivo,NA +SANTIAGO,Guabas,205,5,11-Jul,8:25,8:35,Pitangus sulphuratus,2,,Auditivo,NA +SANTIAGO,Guabas,205,5,11-Jul,8:25,8:35,Crotophaga ani,1,,Auditivo,NA +SANTIAGO,Guabas,205,5,11-Jul,8:25,8:35,Tiaris olivaceus,1,,Auditivo,NA +SANTIAGO,Guabas,205,5,11-Jul,8:25,8:35,Pionus chalcopterus,3,,Vuelo,NA +SANTIAGO,Guabas,205,5,11-Jul,8:25,8:35,Stilpnia vitriolina,2,15.4,Visual,AD +SANTIAGO,Guabas,205,5,11-Jul,8:25,8:35,Icterus chrysater,1,21.2,Visual,BNC +SANTIAGO,Guabas,205,5,11-Jul,8:25,8:35,Pitangus sulphuratus,1,15.4,Visual,RE +SANTIAGO,Guabas,205,5,11-Jul,8:25,8:35,Stilpnia vitriolina,1,8.6,Visual,BNC +SANTIAGO,Guabas,205,11,11-Jul,8:49,8:59,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,205,11,11-Jul,8:49,8:59,Tyrannus melancholicus,1,25.8,Visual,PO +SANTIAGO,Guabas,205,11,11-Jul,8:49,8:59,Thraupis episcopus,1,12.6,Visual,AD +SANTIAGO,Guabas,205,11,11-Jul,8:49,8:59,Ortalis columbiana,1,,Auditivo,NA +SANTIAGO,Guabas,205,11,11-Jul,8:49,8:59,Pitangus sulphuratus,1,72.1,Visual,AD +SANTIAGO,Guabas,205,11,11-Jul,8:49,8:59,Coereba flaveola,3,31.8,Visual,AD +SANTIAGO,Guabas,205,11,11-Jul,8:49,8:59,Pandion haliaetus,1,,Vuelo,NA +SANTIAGO,Guabas,205,6,11-Jul,9:11,9:21,Stelgidopteryx ruficollis,1,,Vuelo,NA +SANTIAGO,Guabas,205,6,11-Jul,9:11,9:21,Volatinia jacarina,1,,Auditivo,NA +SANTIAGO,Guabas,205,6,11-Jul,9:11,9:21,Troglodytes aedon,1,8.6,Visual,PO +SANTIAGO,Guabas,205,6,11-Jul,9:11,9:21,Theristicus caudatus,2,,Vuelo,NA +SANTIAGO,Guabas,205,6,11-Jul,9:11,9:21,Coragyps atratus,2,,Vuelo,NA +SANTIAGO,Guabas,205,6,11-Jul,9:11,9:21,Pandion haliaetus,2,,Vuelo,NA +SANTIAGO,Guabas,205,6,11-Jul,9:11,9:21,Phimosus infuscatus,1,,Vuelo,NA +SANTIAGO,Guabas,205,6,11-Jul,9:11,9:21,Tangara gyrola,1,8.6,Visual,AD +SANTIAGO,Guabas,205,6,11-Jul,9:11,9:21,Anthracothorax nigricollis,1,15.2,Visual,AD +SANTIAGO,Guabas,205,7,11-Jul,9:30,9:40,Vanellus chilensis,1,26.8,Visual,PO +SANTIAGO,Guabas,205,7,11-Jul,9:30,9:40,Tyrannus melancholicus,3,8.3,Visual,AD +SANTIAGO,Guabas,205,7,11-Jul,9:30,9:40,Stilpnia vitriolina,1,46.8,Visual,AD +SANTIAGO,Guabas,205,7,11-Jul,9:30,9:40,Stelgidopteryx ruficollis,1,,Vuelo,NA +SANTIAGO,Guabas,205,7,11-Jul,9:30,9:40,Thraupis episcopus,2,14.2,Visual,AD +SANTIAGO,Guabas,205,8,11-Jul,9:52,10:02,Vanellus chilensis,2,,Vuelo,NA +SANTIAGO,Guabas,205,8,11-Jul,9:52,10:02,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,205,8,11-Jul,9:52,10:02,Rupornis magnirostris,1,81.7,Visual,AD +SANTIAGO,Guabas,205,8,11-Jul,9:52,10:02,Lepidocolaptes souleyetii,1,12.6,Visual,BNC +SANTIAGO,Guabas,205,8,11-Jul,9:52,10:02,Myioborus miniatus,1,43.8,Visual,AD +SANTIAGO,Guabas,205,8,11-Jul,9:52,10:02,Myiarchus cephalotes,1,6.3,Visual,AD +SANTIAGO,Guabas,205,8,11-Jul,9:52,10:02,Streptoprocne zonaris,10,,Vuelo,NA +SANTIAGO,Guabas,205,8,11-Jul,9:52,10:02,Streptoprocne rutila,2,,Vuelo,NA +SANTIAGO,Guabas,205,9,11-Jul,10:15,10:25,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,205,9,11-Jul,10:15,10:25,Coragyps atratus,3,,Vuelo,NA +SANTIAGO,Guabas,205,9,11-Jul,10:15,10:25,Troglodytes aedon,1,28.7,Visual,PO +SANTIAGO,Guabas,205,9,11-Jul,10:15,10:25,Tyrannus melancholicus,2,15.7,Visual,AD +SANTIAGO,Guabas,205,9,11-Jul,10:15,10:25,Crypturellus soui,1,,auditivo,NA +SANTIAGO,Guabas,205,9,11-Jul,10:15,10:25,Camptostoma obsoletum,1,,auditivo,NA +JUAN,Guabas,318,8,13-Jul,5:59,6:09,Coereba flaveola,1,,Auditivo,NA +JUAN,Guabas,318,8,13-Jul,5:59,6:09,Leptopogon superciliaris,1,,Auditivo,NA +JUAN,Guabas,318,8,13-Jul,5:59,6:09,Phaethornis guy,1,,Auditivo,NA +JUAN,Guabas,318,8,13-Jul,5:59,6:09,Thraupis episcopus,1,,Auditivo,NA +JUAN,Guabas,318,8,13-Jul,5:59,6:09,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,318,8,13-Jul,5:59,6:09,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,318,8,13-Jul,5:59,6:09,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,318,8,13-Jul,5:59,6:09,Zimmerius chrysops,1,10.7,visual,AD +JUAN,Guabas,318,9,13-Jul,6:14,6:24,Legatus leucophaius,1,,Auditivo,NA +JUAN,Guabas,318,9,13-Jul,6:14,6:24,Patagioenas fasciata,1,15.7,visual,AD +JUAN,Guabas,318,9,13-Jul,6:14,6:24,Pionus chalcopterus,2,58.7,visual,AD +JUAN,Guabas,318,9,13-Jul,6:14,6:24,Saltator striatipectus,1,30,visual,PO +JUAN,Guabas,318,9,13-Jul,6:14,6:24,Tachyphonus rufus,1,32.5,visual,PO +JUAN,Guabas,318,9,13-Jul,6:14,6:24,Thamnophilus multistriatus,2,,Auditivo,NA +JUAN,Guabas,318,9,13-Jul,6:14,6:24,Tyrannus melancholicus,1,15.4,visual,AD +JUAN,Guabas,318,9,13-Jul,6:14,6:24,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,318,7,13-Jul,6:32,6:42,Columbina talpacoti,1,,vuelo,NA +JUAN,Guabas,318,7,13-Jul,6:32,6:42,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guabas,318,7,13-Jul,6:32,6:42,Elaenia flavogaster,2,,Auditivo,NA +JUAN,Guabas,318,7,13-Jul,6:32,6:42,Pionus chalcopterus,8,,vuelo,NA +JUAN,Guabas,318,7,13-Jul,6:32,6:42,Sicalis flaveola,1,34.2,visual,AD +JUAN,Guabas,318,7,13-Jul,6:32,6:42,Spinus xanthogastrus,1,16.5,visual,AD +JUAN,Guabas,318,7,13-Jul,6:32,6:42,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guabas,318,7,13-Jul,6:32,6:42,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,318,7,13-Jul,6:32,6:42,Tiaris olivaceus,1,22.3,visual,PO +JUAN,Guabas,318,7,13-Jul,6:32,6:42,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guabas,318,7,13-Jul,6:32,6:42,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,318,7,13-Jul,6:32,6:42,Vireo chivi,1,,Auditivo,NA +JUAN,Guabas,318,7,13-Jul,6:32,6:42,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,318,7,13-Jul,6:32,6:42,Zonotrichia capensis,1,34.2,visual,AD +JUAN,Guabas,318,10,13-Jul,6:54,7:04,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guabas,318,10,13-Jul,6:54,7:04,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guabas,318,10,13-Jul,6:54,7:04,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guabas,318,10,13-Jul,6:54,7:04,Ramphocelus flammigerus,1,43,visual,BNC +JUAN,Guabas,318,10,13-Jul,6:54,7:04,Sporophila angolensis,1,,Auditivo,NA +JUAN,Guabas,318,10,13-Jul,6:54,7:04,Stilpnia vitriolina,1,36.6,visual,BNC +JUAN,Guabas,318,10,13-Jul,6:54,7:04,Synallaxis brachyura,1,,Auditivo,NA +JUAN,Guabas,318,10,13-Jul,6:54,7:04,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,318,10,13-Jul,6:54,7:04,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,318,10,13-Jul,6:54,7:04,Volatinia jacarina,1,6.7,visual,PO +JUAN,Guabas,318,10,13-Jul,6:54,7:04,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,318,11,13-Jul,7:15,7:25,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guabas,318,11,13-Jul,7:15,7:25,Microcerculus marginatus,1,,Auditivo,NA +JUAN,Guabas,318,11,13-Jul,7:15,7:25,Phimosus infuscatus,2,,vuelo,NA +JUAN,Guabas,318,11,13-Jul,7:15,7:25,Schistes albogularis,1,5.9,visual,AD +JUAN,Guabas,318,11,13-Jul,7:15,7:25,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,318,11,13-Jul,7:15,7:25,Todirostrum cinereum,1,5,visual,AD +JUAN,Guabas,318,11,13-Jul,7:15,7:25,Troglodytes aedon,3,5.9,visual,AD +JUAN,Guabas,318,11,13-Jul,7:15,7:25,Zenaida auriculata,1,,vuelo,NA +JUAN,Guabas,318,12,13-Jul,7:50,8:00,Bubulcus ibis,1,,vuelo,NA +JUAN,Guabas,318,12,13-Jul,7:50,8:00,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guabas,318,12,13-Jul,7:50,8:00,Elaenia flavogaster,1,20.4,visual,AD +JUAN,Guabas,318,12,13-Jul,7:50,8:00,Euphonia laniirostris,1,8.2,visual,AD +JUAN,Guabas,318,12,13-Jul,7:50,8:00,Legatus leucophaius,1,,Auditivo,NA +JUAN,Guabas,318,12,13-Jul,7:50,8:00,Microcerculus marginatus,1,,Auditivo,NA +JUAN,Guabas,318,12,13-Jul,7:50,8:00,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,318,12,13-Jul,7:50,8:00,Ortalis columbiana,1,26.5,visual,AD +JUAN,Guabas,318,12,13-Jul,7:50,8:00,Pionus chalcopterus,3,,Auditivo,NA +JUAN,Guabas,318,12,13-Jul,7:50,8:00,Sporophila nigricollis,1,8,visual,AD +JUAN,Guabas,318,12,13-Jul,7:50,8:00,Troglodytes aedon,1,8.1,visual,AD +JUAN,Guabas,318,12,13-Jul,7:50,8:00,Tyrannus melancholicus,1,31.1,visual,RE +JUAN,Guabas,318,12,13-Jul,7:50,8:00,Xiphorhynchus susurrans,1,,Auditivo,NA +JUAN,Guabas,318,12,13-Jul,7:50,8:00,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,318,1,13-Jul,8:13,8:23,Amazona mercenarius,8,,vuelo,NA +JUAN,Guabas,318,1,13-Jul,8:13,8:23,Bubulcus ibis,2,,vuelo,NA +JUAN,Guabas,318,1,13-Jul,8:13,8:23,Bubulcus ibis,3,,vuelo,NA +JUAN,Guabas,318,1,13-Jul,8:13,8:23,Pionus chalcopterus,3,,vuelo,NA +JUAN,Guabas,318,1,13-Jul,8:13,8:23,Pionus chalcopterus,2,,vuelo,NA +JUAN,Guabas,318,1,13-Jul,8:13,8:23,Ramphocelus dimidiatus,1,22.9,visual,AD +JUAN,Guabas,318,1,13-Jul,8:13,8:23,Saucerottia saucerottei,1,16,visual,AD +JUAN,Guabas,318,1,13-Jul,8:13,8:23,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guabas,318,1,13-Jul,8:13,8:23,Stilpnia vitriolina,2,17.6,visual,AD +JUAN,Guabas,318,1,13-Jul,8:13,8:23,Tangara gyrola,1,7.7,visual,AD +JUAN,Guabas,318,1,13-Jul,8:13,8:23,Tapera naevia,1,,Auditivo,NA +JUAN,Guabas,318,1,13-Jul,8:13,8:23,Tyrannus melancholicus,1,,vuelo,NA +JUAN,Guabas,318,1,13-Jul,8:13,8:23,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,318,6,13-Jul,8:41,8:51,Chrysuronia grayi,1,19.7,visual,BNC +JUAN,Guabas,318,6,13-Jul,8:41,8:51,Legatus leucophaius,1,,Auditivo,NA +JUAN,Guabas,318,6,13-Jul,8:41,8:51,Tangara gyrola,2,25.9,visual,BNC +JUAN,Guabas,318,6,13-Jul,8:41,8:51,Thraupis episcopus,1,,Auditivo,NA +JUAN,Guabas,318,2,13-Jul,8:59,9:09,Pitangus sulphuratus,1,,Auditivo,NA +JUAN,Guabas,318,2,13-Jul,8:59,9:09,Stilpnia vitriolina,1,,vuelo,NA +JUAN,Guabas,318,2,13-Jul,8:59,9:09,Turdus ignobilis,1,,vuelo,NA +JUAN,Guabas,318,2,13-Jul,8:59,9:09,Vireo chivi,1,,Auditivo,NA +JUAN,Guabas,318,2,13-Jul,8:59,9:09,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,318,3,13-Jul,9:16,9:26,Amazona mercenarius,6,,vuelo,NA +JUAN,Guabas,318,3,13-Jul,9:16,9:26,Rupornis magnirostris,1,,vuelo,NA +JUAN,Guabas,318,3,13-Jul,9:16,9:26,Stilpnia vitriolina,1,23.1,visual,CA +JUAN,Guabas,318,3,13-Jul,9:16,9:26,Tangara arthus,1,22.8,visual,CA +JUAN,Guabas,318,3,13-Jul,9:16,9:26,Thraupis episcopus,1,21.1,visual,CA +JUAN,Guabas,318,3,13-Jul,9:16,9:26,Tyrannus melancholicus,1,,vuelo,NA +JUAN,Guabas,318,3,13-Jul,9:16,9:26,Vireo chivi,1,,Auditivo,NA +JUAN,Guabas,318,4,13-Jul,9:30,9:40,Leptopogon superciliaris,1,7.6,visual,BC +JUAN,Guabas,318,4,13-Jul,9:30,9:40,Loriotus luctuosus,1,6.3,visual,BC +JUAN,Guabas,318,4,13-Jul,9:30,9:40,Tangara arthus,1,9.3,visual,BC +JUAN,Guabas,318,4,13-Jul,9:30,9:40,Thraupis episcopus,1,,Auditivo,NA +JUAN,Guabas,318,5,13-Jul,9:45,9:55,Coragyps atratus,1,,vuelo,NA +JUAN,Guabas,318,5,13-Jul,9:45,9:55,Momotus aequatorialis,1,8.5,visual,BNC +JUAN,Guabas,318,5,13-Jul,9:45,9:55,Tyrannus melancholicus,1,,Auditivo,NA +SANTIAGO,Guabas,318,5,13-Jul,6:10,6:20,Merganetta armata,3,30.1,visual,CAG +SANTIAGO,Guabas,318,5,13-Jul,6:10,6:20,Microcerculus marginatus,1,,Auditivo,NA +SANTIAGO,Guabas,318,5,13-Jul,6:10,6:20,Stilpnia vitriolina,3,28.7,visual,AD +SANTIAGO,Guabas,318,5,13-Jul,6:10,6:20,Tolmomyias sulphurescens,1,15.7,visual,AD +SANTIAGO,Guabas,318,5,13-Jul,6:10,6:20,Habia cristata,3,45.2,visual,BNC +SANTIAGO,Guabas,318,5,13-Jul,6:10,6:20,Xiphorhynchus triangularis,1,12.4,visual,BNC +SANTIAGO,Guabas,318,5,13-Jul,6:10,6:20,Serpophaga cinerea,1,30.1,visual,CAG +SANTIAGO,Guabas,318,4,13-Jul,6:30,6:40,Myiodynastes hemichrysus,1,17.8,visual,BC +SANTIAGO,Guabas,318,4,13-Jul,6:30,6:40,Turdus ignobilis,2,11.8,visual,BC +SANTIAGO,Guabas,318,4,13-Jul,6:30,6:40,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guabas,318,4,13-Jul,6:30,6:40,Ortalis columbiana,5,26.9,visual,BC +SANTIAGO,Guabas,318,4,13-Jul,6:30,6:40,Thraupis episcopus,2,8.7,visual,BC +SANTIAGO,Guabas,318,3,13-Jul,6:50,7:00,Myiodynastes hemichrysus,1,56.3,visual,RE +SANTIAGO,Guabas,318,3,13-Jul,6:50,7:00,Amazilia tzacatl,1,23.3,visual,AD +SANTIAGO,Guabas,318,3,13-Jul,6:50,7:00,Myiodynastes hemichrysus,1,,Auditivo,NA +SANTIAGO,Guabas,318,3,13-Jul,6:50,7:00,Phimosus infuscatus,4,,Vuelo,NA +SANTIAGO,Guabas,318,3,13-Jul,6:50,7:00,Turdus ignobilis,1,63.8,visual,AD +SANTIAGO,Guabas,318,3,13-Jul,6:50,7:00,Pionus chalcopterus,10,,Vuelo,NA +SANTIAGO,Guabas,318,3,13-Jul,6:50,7:00,Coereba flaveola,2,11.9,visual,CA +SANTIAGO,Guabas,318,2,13-Jul,7:12,7:22,Stilpnia cyanicollis,2,14.3,visual,AD +SANTIAGO,Guabas,318,2,13-Jul,7:12,7:22,Pitangus sulphuratus,1,,Auditivo,NA +SANTIAGO,Guabas,318,2,13-Jul,7:12,7:22,Bubulcus ibis,2,,Vuelo,NA +SANTIAGO,Guabas,318,2,13-Jul,7:12,7:22,Thraupis episcopus,1,18.3,visual,AD +SANTIAGO,Guabas,318,2,13-Jul,7:12,7:22,Sporophila nigricollis,1,22.3,Visual,PO +SANTIAGO,Guabas,318,6,13-Jul,7:30,7:40,Ardea alba,12,,Vuelo,NA +SANTIAGO,Guabas,318,6,13-Jul,7:30,7:40,Chrysuronia grayi,1,20.2,Visual,BC +SANTIAGO,Guabas,318,6,13-Jul,7:30,7:40,Anthracothorax nigricollis,2,8.4,Visual,BC +SANTIAGO,Guabas,318,6,13-Jul,7:30,7:40,Phimosus infuscatus,3,,Vuelo,NA +SANTIAGO,Guabas,318,6,13-Jul,7:30,7:40,Pheugopedius mystacalis,1,,Auditivo,NA +SANTIAGO,Guabas,318,6,13-Jul,7:30,7:40,Arremon brunneinucha,1,15.3,Visual,BC +SANTIAGO,Guabas,318,6,13-Jul,7:30,7:40,Ortalis columbiana,1,166.3,Visual,BNC +SANTIAGO,Guabas,318,6,13-Jul,7:30,7:40,Icterus nigrogularis,1,45.8,Visual,BC +SANTIAGO,Guabas,318,6,13-Jul,7:30,7:40,Elaenia flavogaster,2,15.8,Visual,BC +SANTIAGO,Guabas,318,6,13-Jul,7:30,7:40,Amazilia tzacatl,1,5.2,Visual,BC +SANTIAGO,Guabas,318,12,13-Jul,8:18,8:28,Ramphocelus flammigerus,1,16.4,Visual,AD +SANTIAGO,Guabas,318,12,13-Jul,8:18,8:28,Tyrannus melancholicus,1,,Auditivo,NA +SANTIAGO,Guabas,318,12,13-Jul,8:18,8:28,Myiozetetes cayanensis,1,25,Visual,RE +SANTIAGO,Guabas,318,12,13-Jul,8:18,8:28,Columbina talpacoti,2,17.4,Visual,RE +SANTIAGO,Guabas,318,12,13-Jul,8:18,8:28,Zenaida auriculata,1,17.5,Visual,RE +SANTIAGO,Guabas,318,12,13-Jul,8:18,8:28,Forpus conspicillatus,2,,Vuelo,NA +SANTIAGO,Guabas,318,12,13-Jul,8:18,8:28,Saucerottia saucerottei,1,19.5,Visual,AD +SANTIAGO,Guabas,318,12,13-Jul,8:18,8:28,Elanoides forficatus,3,,Vuelo,NA +SANTIAGO,Guabas,318,12,13-Jul,8:18,8:28,Tyrannus melancholicus,2,27.6,Visual,AD +SANTIAGO,Guabas,318,12,13-Jul,8:18,8:28,Pionus chalcopterus,1,61.4,Visual,AD +SANTIAGO,Guabas,318,12,13-Jul,8:18,8:28,Camptostoma obsoletum,1,13.4,Visual,AD +SANTIAGO,Guabas,318,12,13-Jul,8:18,8:28,Sporophila nigricollis,1,12.3,Visual,AD +SANTIAGO,Guabas,318,1,13-Jul,8:40,8:50,Zimmerius chrysops,2,13.2,Visual,AD +SANTIAGO,Guabas,318,1,13-Jul,8:40,8:50,Tangara gyrola,1,5.2,Visual,AD +SANTIAGO,Guabas,318,1,13-Jul,8:40,8:50,Streptoprocne zonaris,4,,Vuelo,NA +SANTIAGO,Guabas,318,1,13-Jul,8:40,8:50,Tyrannus melancholicus,1,35.8,Visual,AD +SANTIAGO,Guabas,318,1,13-Jul,8:40,8:50,Todirostrum cinereum,1,15.3,Visual,AD +SANTIAGO,Guabas,318,1,13-Jul,8:40,8:50,Pachyramphus rufus,2,18.7,Visual,AD +SANTIAGO,Guabas,318,1,13-Jul,8:40,8:50,Tiaris olivaceus,1,5.4,Visual,PO +SANTIAGO,Guabas,318,1,13-Jul,8:40,8:50,Myiozetetes cayanensis,1,,Auditivo,NA +SANTIAGO,Guabas,318,10,13-Jul,9:10,9:20,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guabas,318,10,13-Jul,9:10,9:20,Picumnus granadensis,1,30,Visual,AD +SANTIAGO,Guabas,318,10,13-Jul,9:10,9:20,Tyrannus melancholicus,1,33.6,Visual,PO +SANTIAGO,Guabas,318,10,13-Jul,9:10,9:20,Uranomitra franciae,1,11.4,Visual,AD +SANTIAGO,Guabas,318,10,13-Jul,9:10,9:20,Patagioenas fasciata,1,29.2,Visual,AD +SANTIAGO,Guabas,318,10,13-Jul,9:10,9:20,Coereba flaveola,1,10.9,Visual,AD +SANTIAGO,Guabas,318,10,13-Jul,9:10,9:20,Forpus conspicillatus,5,,Vuelo,NA +SANTIAGO,Guabas,318,10,13-Jul,9:10,9:20,Ortalis columbiana,1,,Auditivo,NA +SANTIAGO,Guabas,318,10,13-Jul,9:10,9:20,Saucerottia saucerottei,1,22.5,Visual,BNC +SANTIAGO,Guabas,318,11,13-Jul,9:25,9:35,Dryocopus lineatus,2,35.4,Visual,AD +SANTIAGO,Guabas,318,11,13-Jul,9:25,9:35,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,318,11,13-Jul,9:25,9:35,Synallaxis azarae,2,,Auditivo,NA +SANTIAGO,Guabas,318,11,13-Jul,9:25,9:35,Troglodytes aedon,1,14.7,Visual,AD +SANTIAGO,Guabas,318,11,13-Jul,9:25,9:35,Stilpnia vitriolina,1,22.5,Visual,AD +SANTIAGO,Guabas,318,8,13-Jul,9:51,10:01,Zimmerius chrysops,2,11.7,Visual,AD +SANTIAGO,Guabas,318,8,13-Jul,9:51,10:01,Pionus chalcopterus,22,,Vuelo,NA +SANTIAGO,Guabas,318,8,13-Jul,9:51,10:01,Microcerculus marginatus,1,,Auditivo,NA +SANTIAGO,Guabas,318,9,13-Jul,10:12,10:22,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,318,9,13-Jul,10:12,10:22,Legatus leucophaius,1,22.5,Visual,AD +SANTIAGO,Guabas,318,9,13-Jul,10:12,10:22,Pitangus sulphuratus,2,35.6,Visual,AD +SANTIAGO,Guabas,318,9,13-Jul,10:12,10:22,Turdus ignobilis,1,22.8,Visual,AD +SANTIAGO,Guabas,318,7,13-Jul,10:34,10:44,Camptostoma obsoletum,1,,Auditivo,NA +SANTIAGO,Guabas,318,7,13-Jul,10:34,10:44,Columbina talpacoti,3,39.9,Visual,AD +SANTIAGO,Guabas,318,7,13-Jul,10:34,10:44,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,356,1,14-Jul,5:53,6:03,Amazona mercenarius,6,,vuelo,NA +JUAN,Guabas,356,1,14-Jul,5:53,6:03,Atlapetes albinucha,1,9,visual,BNC +JUAN,Guabas,356,1,14-Jul,5:53,6:03,Daptrius chimachima,1,,Auditivo,NA +JUAN,Guabas,356,1,14-Jul,5:53,6:03,Myioborus miniatus,1,,Auditivo,NA +JUAN,Guabas,356,1,14-Jul,5:53,6:03,Psittacara wagleri,9,,vuelo,NA +JUAN,Guabas,356,1,14-Jul,5:53,6:03,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guabas,356,1,14-Jul,5:53,6:03,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,356,1,14-Jul,5:53,6:03,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guabas,356,2,14-Jul,6:15,6:25,Icterus chrysater,1,,Auditivo,NA +JUAN,Guabas,356,2,14-Jul,6:15,6:25,Myadestes ralloides,1,,Auditivo,NA +JUAN,Guabas,356,2,14-Jul,6:15,6:25,Myioborus miniatus,1,,Auditivo,NA +JUAN,Guabas,356,2,14-Jul,6:15,6:25,Synallaxis azarae,2,,Auditivo,NA +JUAN,Guabas,356,2,14-Jul,6:15,6:25,Turdus fuscater,1,,Auditivo,NA +JUAN,Guabas,356,2,14-Jul,6:15,6:25,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,356,2,14-Jul,6:15,6:25,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guabas,356,3,14-Jul,6:33,6:43,Grallaria ruficapilla,1,,Auditivo,NA +JUAN,Guabas,356,3,14-Jul,6:33,6:43,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guabas,356,3,14-Jul,6:33,6:43,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,356,3,14-Jul,6:33,6:43,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guabas,356,4,14-Jul,6:56,7:06,Amazona mercenarius,3,,vuelo,NA +JUAN,Guabas,356,4,14-Jul,6:56,7:06,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guabas,356,4,14-Jul,6:56,7:06,Icterus chrysater,1,,Auditivo,NA +JUAN,Guabas,356,4,14-Jul,6:56,7:06,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guabas,356,4,14-Jul,6:56,7:06,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guabas,356,4,14-Jul,6:56,7:06,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,356,4,14-Jul,6:56,7:06,Turdus fuscater,1,20.1,visual,PO +JUAN,Guabas,356,4,14-Jul,6:56,7:06,Turdus fuscater,1,,Auditivo,NA +JUAN,Guabas,356,5,14-Jul,7:19,7:29,Bubulcus ibis,1,,vuelo,NA +JUAN,Guabas,356,5,14-Jul,7:19,7:29,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guabas,356,5,14-Jul,7:19,7:29,Elaenia frantzii,1,,Auditivo,NA +JUAN,Guabas,356,5,14-Jul,7:19,7:29,Grallaria ruficapilla,1,,Auditivo,NA +JUAN,Guabas,356,5,14-Jul,7:19,7:29,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,356,5,14-Jul,7:19,7:29,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,356,5,14-Jul,7:19,7:29,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,356,12,14-Jul,7:59,8:09,Icterus chrysater,1,,Auditivo,NA +JUAN,Guabas,356,12,14-Jul,7:59,8:09,Momotus aequatorialis,2,,Auditivo,NA +JUAN,Guabas,356,12,14-Jul,7:59,8:09,Ramphocaenus melanurus,1,,Auditivo,NA +JUAN,Guabas,356,12,14-Jul,7:59,8:09,Stilpnia heinei,2,20.5,visual,AD +JUAN,Guabas,356,12,14-Jul,7:59,8:09,Troglodytes aedon,2,,Auditivo,NA +JUAN,Guabas,356,12,14-Jul,7:59,8:09,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,356,11,14-Jul,8:17,8:27,Bubulcus ibis,1,,vuelo,NA +JUAN,Guabas,356,11,14-Jul,8:17,8:27,Bubulcus ibis,1,25.4,visual,PO +JUAN,Guabas,356,11,14-Jul,8:17,8:27,Daptrius chimachima,2,,Auditivo,NA +JUAN,Guabas,356,11,14-Jul,8:17,8:27,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,356,11,14-Jul,8:17,8:27,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,356,11,14-Jul,8:17,8:27,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,356,11,14-Jul,8:17,8:27,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guabas,356,13,14-Jul,8:37,8:47,Atlapetes albinucha,3,13.2,visual,BC +JUAN,Guabas,356,13,14-Jul,8:37,8:47,Henicorhina leucophrys,1,5.4,visual,BC +JUAN,Guabas,356,13,14-Jul,8:37,8:47,Psittacara wagleri,1,10,visual,BC +JUAN,Guabas,356,13,14-Jul,8:37,8:47,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,356,13,14-Jul,8:37,8:47,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,356,9,14-Jul,8:53,9:03,Atlapetes albinucha,2,32.7,visual,AR-3 +JUAN,Guabas,356,9,14-Jul,8:53,9:03,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guabas,356,9,14-Jul,8:53,9:03,Pheugopedius mystacalis,2,,Auditivo,NA +JUAN,Guabas,356,9,14-Jul,8:53,9:03,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guabas,356,9,14-Jul,8:53,9:03,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,356,9,14-Jul,8:53,9:03,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,356,10,14-Jul,9:10,9:20,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guabas,356,10,14-Jul,9:10,9:20,Ramphocaenus melanurus,1,,Auditivo,NA +JUAN,Guabas,356,10,14-Jul,9:10,9:20,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,356,8,14-Jul,9:32,9:42,Cathartes aura,1,,vuelo,NA +JUAN,Guabas,356,8,14-Jul,9:32,9:42,Odontophorus hyperythrus,1,,Auditivo,NA +JUAN,Guabas,356,8,14-Jul,9:32,9:42,Stelgidopteryx ruficollis,2,,vuelo,NA +JUAN,Guabas,356,8,14-Jul,9:32,9:42,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guabas,356,8,14-Jul,9:32,9:42,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,356,8,14-Jul,9:32,9:42,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,356,7,14-Jul,9:49,9:59,Bubulcus ibis,1,,vuelo,NA +JUAN,Guabas,356,7,14-Jul,9:49,9:59,Sporathraupis cyanocephala,1,50.2,visual,AD +JUAN,Guabas,356,7,14-Jul,9:49,9:59,Thraupis episcopus,1,,Auditivo,NA +JUAN,Guabas,356,7,14-Jul,9:49,9:59,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,356,7,14-Jul,9:49,9:59,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,356,7,14-Jul,9:49,9:59,Zimmerius chrysops,1,26.9,visual,AD +JUAN,Guabas,356,7,14-Jul,9:49,9:59,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guabas,356,7,14-Jul,9:49,9:59,Zonotrichia capensis,1,32.6,visual,AD +JUAN,Guabas,356,6,14-Jul,10:07,10:17,Coragyps atratus,6,,vuelo,NA +JUAN,Guabas,356,6,14-Jul,10:07,10:17,Euphonia xanthogaster,2,18.8,visual,AD +JUAN,Guabas,356,6,14-Jul,10:07,10:17,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guabas,356,6,14-Jul,10:07,10:17,Myioborus miniatus,1,,Auditivo,NA +JUAN,Guabas,356,6,14-Jul,10:07,10:17,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,356,6,14-Jul,10:07,10:17,Troglodytes aedon,2,,Auditivo,NA +JUAN,Guabas,356,6,14-Jul,10:07,10:17,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,356,6,14-Jul,10:07,10:17,Zimmerius chrysops,1,21.1,visual,AD +SANTIAGO,Guabas,356,7,14-Jul,6:00,6:10,Ara severus,66,,Vuelo,NA +SANTIAGO,Guabas,356,7,14-Jul,6:00,6:10,Atlapetes albinucha,1,34.5,Visual,PO +SANTIAGO,Guabas,356,7,14-Jul,6:00,6:10,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guabas,356,7,14-Jul,6:00,6:10,Vireo leucophrys,1,,Auditivo,NA +SANTIAGO,Guabas,356,7,14-Jul,6:00,6:10,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guabas,356,7,14-Jul,6:00,6:10,Amazona mercenarius,3,,Vuelo,NA +SANTIAGO,Guabas,356,7,14-Jul,6:00,6:10,Psittacara wagleri,48,,Vuelo,NA +SANTIAGO,Guabas,356,7,14-Jul,6:00,6:10,Amazona mercenarius,2,31,Visual,AD +SANTIAGO,Guabas,356,7,14-Jul,6:00,6:10,Zonotrichia capensis,1,8.7,Visual,PO +SANTIAGO,Guabas,356,7,14-Jul,6:00,6:10,Myioborus miniatus,1,12.6,Visual,AD +SANTIAGO,Guabas,356,7,14-Jul,6:00,6:10,Stilpnia vitriolina,1,26.3,Visual,CV +SANTIAGO,Guabas,356,7,14-Jul,6:00,6:10,Stilpnia cyanicollis,1,9.4,Visual,AD +SANTIAGO,Guabas,356,7,14-Jul,6:00,6:10,Elaenia frantzii,1,22.3,Visual,CV +SANTIAGO,Guabas,356,7,14-Jul,6:00,6:10,Troglodytes aedon,1,35.1,Visual,PO +SANTIAGO,Guabas,356,8,14-Jul,6:23,6:33,Henicorhina leucosticta,1,28.9,Visual,AD +SANTIAGO,Guabas,356,8,14-Jul,6:23,6:33,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guabas,356,8,14-Jul,6:23,6:33,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guabas,356,8,14-Jul,6:23,6:33,Phaethornis guy,1,16.2,Visual,OC +SANTIAGO,Guabas,356,8,14-Jul,6:23,6:33,Saltator striatipectus,1,,Auditivo,NA +SANTIAGO,Guabas,356,8,14-Jul,6:23,6:33,Synallaxis brachyura,2,9.1,Visual,AD +SANTIAGO,Guabas,356,8,14-Jul,6:23,6:33,Turdus ignobilis,1,74.6,Visual,AD +SANTIAGO,Guabas,356,8,14-Jul,6:23,6:33,Phimosus infuscatus,1,,Vuelo,NA +SANTIAGO,Guabas,356,8,14-Jul,6:23,6:33,Aulacorhynchus albivitta,1,18.3,visual,AD +SANTIAGO,Guabas,356,8,14-Jul,6:23,6:33,Pygochelidon cyanoleuca,1,84.7,visual,RE +SANTIAGO,Guabas,356,9,14-Jul,6:54,7:04,Myadestes ralloides,1,,Auditivo,NA +SANTIAGO,Guabas,356,9,14-Jul,6:54,7:04,Henicorhina leucophrys,2,,Auditivo,NA +SANTIAGO,Guabas,356,9,14-Jul,6:54,7:04,Pipreola riefferii,1,128.4,visual,BC +SANTIAGO,Guabas,356,9,14-Jul,6:54,7:04,Myiodynastes hemichrysus,1,,Auditivo,NA +SANTIAGO,Guabas,356,9,14-Jul,6:54,7:04,Tapera naevia,1,,Auditivo,NA +SANTIAGO,Guabas,356,9,14-Jul,6:54,7:04,Atlapetes albinucha,2,23,visual,BNC +SANTIAGO,Guabas,356,9,14-Jul,6:54,7:04,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guabas,356,9,14-Jul,6:54,7:04,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guabas,356,9,14-Jul,6:54,7:04,Synallaxis azarae,1,,Auditivo,NA +SANTIAGO,Guabas,356,9,14-Jul,6:54,7:04,Myiodynastes hemichrysus,1,35.8,visual,AD +SANTIAGO,Guabas,356,9,14-Jul,6:54,7:04,Zimmerius chrysops,1,23.8,visual,AD +SANTIAGO,Guabas,356,9,14-Jul,6:54,7:04,Schistes albogularis,1,63.3,visual,AD +SANTIAGO,Guabas,356,10,14-Jul,7:18,7:28,Henicorhina leucophrys,1,,Auditivo,NA +SANTIAGO,Guabas,356,10,14-Jul,7:18,7:28,Geotrygon montana,1,,Auditivo,NA +SANTIAGO,Guabas,356,10,14-Jul,7:18,7:28,Aulacorhynchus albivitta,1,48.7,visual,BC +SANTIAGO,Guabas,356,10,14-Jul,7:18,7:28,Adelomyia melanogenys,1,21.2,Visual,BC +SANTIAGO,Guabas,356,10,14-Jul,7:18,7:28,Myiothlypis coronata,1,14.9,Visual,BC +SANTIAGO,Guabas,356,10,14-Jul,7:18,7:28,Henicorhina leucophrys,1,,Auditivo,NA +SANTIAGO,Guabas,356,10,14-Jul,7:18,7:28,Premnornis guttuliger,1,32.8,visual,BC +SANTIAGO,Guabas,356,11,14-Jul,7:37,7:47,Tapera naevia,1,,Auditivo,NA +SANTIAGO,Guabas,356,11,14-Jul,7:37,7:47,Turdus fuscater,1,19.6,visual,PO +SANTIAGO,Guabas,356,11,14-Jul,7:37,7:47,Stilpnia vitriolina,1,6.8,visual,AD +SANTIAGO,Guabas,356,11,14-Jul,7:37,7:47,Synallaxis azarae,2,,Auditivo,NA +SANTIAGO,Guabas,356,11,14-Jul,7:37,7:47,Tyrannus melancholicus,1,42.2,Visual,AD +SANTIAGO,Guabas,356,12,14-Jul,8:00,8:10,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guabas,356,12,14-Jul,8:00,8:10,Ramphocaenus melanurus,1,,Auditivo,NA +SANTIAGO,Guabas,356,13,14-Jul,8:26,8:36,Momotus aequatorialis,1,,Auditivo,NA +SANTIAGO,Guabas,356,13,14-Jul,8:26,8:36,Rupornis magnirostris,1,31.7,Visual,AD +SANTIAGO,Guabas,356,13,14-Jul,8:26,8:36,Zonotrichia capensis,1,15.3,Visual,PO +SANTIAGO,Guabas,356,13,14-Jul,8:26,8:36,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guabas,356,13,14-Jul,8:26,8:36,Stilpnia vitriolina,1,27.1,Visual,AD +SANTIAGO,Guabas,356,1,14-Jul,8:53,9:03,Henicorhina leucophrys,1,,Auditivo,NA +SANTIAGO,Guabas,356,1,14-Jul,8:53,9:03,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guabas,356,1,14-Jul,8:53,9:03,Atlapetes albinucha,1,40.4,Visual,AD +SANTIAGO,Guabas,356,1,14-Jul,8:53,9:03,Synallaxis azarae,1,,Auditivo,NA +SANTIAGO,Guabas,356,1,14-Jul,8:53,9:03,Atlapetes schistaceus,2,48.5,Visual,BNC +SANTIAGO,Guabas,356,1,14-Jul,8:53,9:03,Mionectes striaticollis,1,24.6,Visual,BNC +SANTIAGO,Guabas,356,1,14-Jul,8:53,9:03,Hemitriccus granadensis,1,21.1,Visual,BNC +SANTIAGO,Guabas,356,1,14-Jul,8:53,9:03,Dendrocolaptes picumnus,1,18.7,Visual,BNC +SANTIAGO,Guabas,356,1,14-Jul,8:53,9:03,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guabas,356,2,14-Jul,9:14,9:24,Ortalis columbiana,1,50.8,Visual,AD +SANTIAGO,Guabas,356,2,14-Jul,9:14,9:24,Grallaria ruficapilla,2,,Auditivo,NA +SANTIAGO,Guabas,356,2,14-Jul,9:14,9:24,Henicorhina leucophrys,1,,Auditivo,NA +SANTIAGO,Guabas,356,3,14-Jul,9:39,9:49,Synallaxis brachyura,1,8.2,Visual,AD +SANTIAGO,Guabas,356,3,14-Jul,9:39,9:49,Anisognathus somptuosus,3,48.5,Visual,OC +SANTIAGO,Guabas,356,3,14-Jul,9:39,9:49,Tangara nigroviridis,1,48.6,Visual,AD +SANTIAGO,Guabas,356,3,14-Jul,9:39,9:49,Tangara xanthocephala,2,50,Visual,AD +SANTIAGO,Guabas,356,4,14-Jul,10:02,10:12,Zonotrichia capensis,1,20.9,Visual,AR-3 +SANTIAGO,Guabas,356,4,14-Jul,10:02,10:12,Turdus fuscater,2,18.7,Visual,AR-3 +SANTIAGO,Guabas,356,4,14-Jul,10:02,10:12,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guabas,356,4,14-Jul,10:02,10:12,Icterus chrysater,2,,Auditivo,NA +SANTIAGO,Guabas,356,5,14-Jul,10:20,10:30,Myiozetetes cayanensis,1,47.5,Visual,AD +SANTIAGO,Guabas,356,5,14-Jul,10:20,10:30,Amazona mercenarius,6,,Vuelo,NA +SANTIAGO,Guabas,356,5,14-Jul,10:20,10:30,Momotus aequatorialis,1,,Auditivo,NA +SANTIAGO,Guabas,356,5,14-Jul,10:20,10:30,Elaenia flavogaster,1,18.8,Visual,AD +SANTIAGO,Guabas,356,6,14-Jul,10:39,10:49,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,356,6,14-Jul,10:39,10:49,Tyrannus melancholicus,1,24.7,Visual,AD +SANTIAGO,Guabas,356,6,14-Jul,10:39,10:49,Myioborus miniatus,1,12.7,Visual,AD +JUAN,Guacaica,1087,2,27-Jul,6:05,6:15,Pionus menstruus,1,,Auditivo,NA +JUAN,Guacaica,1087,2,27-Jul,6:05,6:15,Sporophila nigricollis,1,9,visual,PO +JUAN,Guacaica,1087,2,27-Jul,6:05,6:15,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guacaica,1087,2,27-Jul,6:05,6:15,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1087,2,27-Jul,6:05,6:15,Tyrannus melancholicus,2,26.2,visual,RE +JUAN,Guacaica,1087,2,27-Jul,6:05,6:15,Vireo leucophrys,2,,Auditivo,NA +JUAN,Guacaica,1087,2,27-Jul,6:05,6:15,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1087,1,27-Jul,6:21,6:31,Columbina talpacoti,1,,Auditivo,NA +JUAN,Guacaica,1087,1,27-Jul,6:21,6:31,Molothrus bonariensis,1,94.1,visual,AD +JUAN,Guacaica,1087,1,27-Jul,6:21,6:31,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guacaica,1087,1,27-Jul,6:21,6:31,Sporophila nigricollis,2,10.6,visual,PO +JUAN,Guacaica,1087,1,27-Jul,6:21,6:31,Stilpnia cyanicollis,1,94.1,visual,AD +JUAN,Guacaica,1087,1,27-Jul,6:21,6:31,Tiaris olivaceus,2,15.9,visual,AD +JUAN,Guacaica,1087,1,27-Jul,6:21,6:31,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1087,1,27-Jul,6:21,6:31,Tyrannus melancholicus,1,15.7,visual,AD +JUAN,Guacaica,1087,1,27-Jul,6:21,6:31,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1087,9,27-Jul,6:42,6:52,Bubulcus ibis,2,,vuelo,NA +JUAN,Guacaica,1087,9,27-Jul,6:42,6:52,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1087,9,27-Jul,6:42,6:52,Pionus chalcopterus,1,,vuelo,NA +JUAN,Guacaica,1087,9,27-Jul,6:42,6:52,Stilpnia vitriolina,2,55.1,visual,AD +JUAN,Guacaica,1087,9,27-Jul,6:42,6:52,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1087,9,27-Jul,6:42,6:52,Vanellus chilensis,1,,vuelo,NA +JUAN,Guacaica,1087,6,27-Jul,6:59,7:09,Bubulcus ibis,3,79.6,visual,PO +JUAN,Guacaica,1087,6,27-Jul,6:59,7:09,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,6,27-Jul,6:59,7:09,Patagioenas fasciata,1,,vuelo,NA +JUAN,Guacaica,1087,6,27-Jul,6:59,7:09,Tapera naevia,1,,Auditivo,NA +JUAN,Guacaica,1087,6,27-Jul,6:59,7:09,Tiaris olivaceus,1,17.1,visual,PO +JUAN,Guacaica,1087,6,27-Jul,6:59,7:09,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1087,6,27-Jul,6:59,7:09,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,1087,6,27-Jul,6:59,7:09,Zimmerius chrysops,1,21.1,visual,AD +JUAN,Guacaica,1087,6,27-Jul,6:59,7:09,Zimmerius chrysops,1,23.5,visual,AD +JUAN,Guacaica,1087,6,27-Jul,6:59,7:09,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1087,6,27-Jul,6:59,7:09,Zonotrichia capensis,1,22.9,visual,AD +JUAN,Guacaica,1087,7,27-Jul,7:16,7:26,Crotophaga ani,1,,Auditivo,NA +JUAN,Guacaica,1087,7,27-Jul,7:16,7:26,Stilpnia heinei,2,,visual,BNC +JUAN,Guacaica,1087,7,27-Jul,7:16,7:26,Vanellus chilensis,2,,Auditivo,NA +JUAN,Guacaica,1087,7,27-Jul,7:16,7:26,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1087,8,27-Jul,7:34,7:44,Bubulcus ibis,1,59.1,visual,PO +JUAN,Guacaica,1087,8,27-Jul,7:34,7:44,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,1087,8,27-Jul,7:34,7:44,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,8,27-Jul,7:34,7:44,Pionus menstruus,1,70,visual,AD +JUAN,Guacaica,1087,8,27-Jul,7:34,7:44,Stelgidopteryx ruficollis,1,,Auditivo,NA +JUAN,Guacaica,1087,8,27-Jul,7:34,7:44,Tapera naevia,1,,Auditivo,NA +JUAN,Guacaica,1087,8,27-Jul,7:34,7:44,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1087,8,27-Jul,7:34,7:44,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1087,8,27-Jul,7:34,7:44,Turdus ignobilis,1,25.5,visual,PO +JUAN,Guacaica,1087,8,27-Jul,7:34,7:44,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1087,8,27-Jul,7:34,7:44,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guacaica,1087,11,27-Jul,7:56,8:06,Columbina talpacoti,1,43.1,visual,PO +JUAN,Guacaica,1087,11,27-Jul,7:56,8:06,Columbina talpacoti,1,43.9,visual,PO +JUAN,Guacaica,1087,11,27-Jul,7:56,8:06,Columbina talpacoti,1,50.9,visual,AD +JUAN,Guacaica,1087,11,27-Jul,7:56,8:06,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,11,27-Jul,7:56,8:06,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guacaica,1087,11,27-Jul,7:56,8:06,Sporophila nigricollis,1,12.4,visual,AD +JUAN,Guacaica,1087,11,27-Jul,7:56,8:06,Sporophila nigricollis,1,12.9,visual,PO +JUAN,Guacaica,1087,11,27-Jul,7:56,8:06,Stelgidopteryx ruficollis,2,60.8,visual,AD +JUAN,Guacaica,1087,11,27-Jul,7:56,8:06,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1087,11,27-Jul,7:56,8:06,Tiaris olivaceus,1,,visual,PO +JUAN,Guacaica,1087,11,27-Jul,7:56,8:06,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1087,11,27-Jul,7:56,8:06,Turdus ignobilis,1,10.4,visual,AD +JUAN,Guacaica,1087,11,27-Jul,7:56,8:06,Tyrannus melancholicus,1,,visual,GU +JUAN,Guacaica,1087,11,27-Jul,7:56,8:06,Tyrannus melancholicus,1,,visual,AD +JUAN,Guacaica,1087,11,27-Jul,7:56,8:06,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,1087,11,27-Jul,7:56,8:06,Zenaida auriculata,1,13.1,visual,AD +JUAN,Guacaica,1087,11,27-Jul,7:56,8:06,Zenaida auriculata,1,30.5,visual,PO +JUAN,Guacaica,1087,11,27-Jul,7:56,8:06,Zenaida auriculata,1,,vuelo,NA +JUAN,Guacaica,1087,11,27-Jul,7:56,8:06,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1087,11,27-Jul,7:56,8:06,Zonotrichia capensis,3,,Auditivo,NA +JUAN,Guacaica,1087,11,27-Jul,7:56,8:06,Zonotrichia capensis,1,12.9,visual,PO +JUAN,Guacaica,1087,10,27-Jul,8:37,8:47,Daptrius chimachima,2,91.8,visual,BNC +JUAN,Guacaica,1087,10,27-Jul,8:37,8:47,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guacaica,1087,10,27-Jul,8:37,8:47,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,10,27-Jul,8:37,8:47,Molothrus bonariensis,1,100.7,visual,RE +JUAN,Guacaica,1087,10,27-Jul,8:37,8:47,Pionus chalcopterus,2,,vuelo,NA +JUAN,Guacaica,1087,10,27-Jul,8:37,8:47,Pionus menstruus,1,80.2,visual,BNC +JUAN,Guacaica,1087,10,27-Jul,8:37,8:47,Sicalis flaveola,2,12.1,visual,PO +JUAN,Guacaica,1087,10,27-Jul,8:37,8:47,Sporophila nigricollis,1,25.1,visual,PO +JUAN,Guacaica,1087,10,27-Jul,8:37,8:47,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,1087,10,27-Jul,8:37,8:47,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1087,10,27-Jul,8:37,8:47,Tyrannus melancholicus,1,60.7,visual,PO +JUAN,Guacaica,1087,10,27-Jul,8:37,8:47,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,1087,10,27-Jul,8:37,8:47,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1087,10,27-Jul,8:37,8:47,Zenaida auriculata,1,95,visual,RE +JUAN,Guacaica,1087,10,27-Jul,8:37,8:47,Zenaida auriculata,2,,vuelo,NA +JUAN,Guacaica,1087,10,27-Jul,8:37,8:47,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1087,5,27-Jul,8:55,9:05,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,5,27-Jul,8:55,9:05,Pygochelidon cyanoleuca,1,,vuelo,NA +JUAN,Guacaica,1087,5,27-Jul,8:55,9:05,Stelgidopteryx ruficollis,1,39.5,visual,RE +JUAN,Guacaica,1087,5,27-Jul,8:55,9:05,Tiaris olivaceus,2,14.1,visual,PO +JUAN,Guacaica,1087,5,27-Jul,8:55,9:05,Troglodytes aedon,2,,Auditivo,NA +JUAN,Guacaica,1087,5,27-Jul,8:55,9:05,Tyrannus melancholicus,2,39.5,visual,RE +JUAN,Guacaica,1087,4,27-Jul,9:14,9:24,Amazilia tzacatl,1,6.2,visual,AD +JUAN,Guacaica,1087,4,27-Jul,9:14,9:24,Daptrius chimachima,1,,Auditivo,NA +JUAN,Guacaica,1087,4,27-Jul,9:14,9:24,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1087,4,27-Jul,9:14,9:24,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1087,4,27-Jul,9:14,9:24,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1087,4,27-Jul,9:14,9:24,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1087,3,27-Jul,9:30,9:40,Amazona mercenarius,2,44.7,visual,BC +JUAN,Guacaica,1087,3,27-Jul,9:30,9:40,Crotophaga ani,2,,Auditivo,NA +JUAN,Guacaica,1087,3,27-Jul,9:30,9:40,Thraupis episcopus,1,42.2,visual,BC +JUAN,Guacaica,1087,3,27-Jul,9:30,9:40,Zenaida auriculata,1,,vuelo,NA +SANTIAGO,Guacaica,1087,3,27-Jul,6:00,6:10,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,3,27-Jul,6:00,6:10,Campephilus melanoleucos,1,35.8,Visual,BC +SANTIAGO,Guacaica,1087,3,27-Jul,6:00,6:10,Stilpnia heinei,1,45.8,Visual,BC +SANTIAGO,Guacaica,1087,3,27-Jul,6:00,6:10,Pyrrhomyias cinnamomeus,2,18.3,Visual,BC +SANTIAGO,Guacaica,1087,3,27-Jul,6:00,6:10,Tyrannus melancholicus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,5,27-Jul,6:20,6:30,Synallaxis albescens,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,5,27-Jul,6:20,6:30,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,5,27-Jul,6:20,6:30,Zenaida auriculata,5,,Vuelo,NA +SANTIAGO,Guacaica,1087,5,27-Jul,6:20,6:30,Ortalis columbiana,2,189.9,Visual,BNC +SANTIAGO,Guacaica,1087,5,27-Jul,6:20,6:30,Columbina talpacoti,2,49.3,Visual,PO +SANTIAGO,Guacaica,1087,5,27-Jul,6:20,6:30,Zenaida auriculata,4,36.3,Visual,PO +SANTIAGO,Guacaica,1087,5,27-Jul,6:20,6:30,Thraupis episcopus,1,58.3,Visual,AD +SANTIAGO,Guacaica,1087,5,27-Jul,6:20,6:30,Sporophila nigricollis,2,20.8,Visual,OC +SANTIAGO,Guacaica,1087,10,27-Jul,6:38,6:48,Vanellus chilensis,2,45.8,Visual,PO +SANTIAGO,Guacaica,1087,10,27-Jul,6:38,6:48,Zenaida auriculata,1,76,Visual,RE +SANTIAGO,Guacaica,1087,10,27-Jul,6:38,6:48,Cyanocorax yncas,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,10,27-Jul,6:38,6:48,Tyrannus melancholicus,2,68.4,Visual,RE +SANTIAGO,Guacaica,1087,10,27-Jul,6:38,6:48,Sporophila nigricollis,2,21.4,Visual,PO +SANTIAGO,Guacaica,1087,10,27-Jul,6:38,6:48,Bubulcus ibis,1,,Vuelo,NA +SANTIAGO,Guacaica,1087,1,27-Jul,7:00,7:10,Momotus aequatorialis,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,1,27-Jul,7:00,7:10,Sporophila nigricollis,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,1,27-Jul,7:00,7:10,Bubulcus ibis,1,15.8,Visual,PO +SANTIAGO,Guacaica,1087,1,27-Jul,7:00,7:10,Tiaris olivaceus,2,28.3,Visual,PO +SANTIAGO,Guacaica,1087,1,27-Jul,7:00,7:10,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,1,27-Jul,7:00,7:10,Tyrannus melancholicus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,9,27-Jul,7:28,7:38,Chlorophonia cyanocephala,1,39,Visual,BC +SANTIAGO,Guacaica,1087,9,27-Jul,7:28,7:38,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,9,27-Jul,7:28,7:38,Tapera naevia,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,9,27-Jul,7:28,7:38,Dryobates dignus,1,55.1,Visual,BC +SANTIAGO,Guacaica,1087,6,27-Jul,7:46,7:56,Tyrannus melancholicus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,6,27-Jul,7:46,7:56,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,6,27-Jul,7:46,7:56,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,6,27-Jul,7:46,7:56,Bubulcus ibis,1,,Vuelo,NA +SANTIAGO,Guacaica,1087,6,27-Jul,7:46,7:56,Pionus chalcopterus,5,,Vuelo,NA +SANTIAGO,Guacaica,1087,6,27-Jul,7:46,7:56,Daptrius chimachima,1,,Vuelo,NA +SANTIAGO,Guacaica,1087,6,27-Jul,7:46,7:56,Pionus menstruus,1,,Vuelo,NA +SANTIAGO,Guacaica,1087,6,27-Jul,7:46,7:56,Stilpnia cyanicollis,1,38.8,Visual,BC +SANTIAGO,Guacaica,1087,7,27-Jul,8:10,8:20,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,7,27-Jul,8:10,8:20,Pachyramphus polychopterus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,7,27-Jul,8:10,8:20,Diglossa albilatera,1,10.9,Visual,BNC +SANTIAGO,Guacaica,1087,11,27-Jul,8:31,8:41,Myiozetetes cayanensis,1,14.8,visual,AD +SANTIAGO,Guacaica,1087,11,27-Jul,8:31,8:41,Vanellus chilensis,2,,Vuelo,NA +SANTIAGO,Guacaica,1087,11,27-Jul,8:31,8:41,Stelgidopteryx ruficollis,1,,Vuelo,NA +SANTIAGO,Guacaica,1087,11,27-Jul,8:31,8:41,Columbina talpacoti,1,14.8,visual,AD +SANTIAGO,Guacaica,1087,11,27-Jul,8:31,8:41,Tyrannus melancholicus,1,56.2,visual,AD +SANTIAGO,Guacaica,1087,11,27-Jul,8:31,8:41,Daptrius chimachima,1,102.5,visual,BNC +SANTIAGO,Guacaica,1087,11,27-Jul,8:31,8:41,Turdus ignobilis,1,13.2,visual,AD +SANTIAGO,Guacaica,1087,11,27-Jul,8:31,8:41,Myiozetetes cayanensis,3,35,visual,PO +SANTIAGO,Guacaica,1087,11,27-Jul,8:31,8:41,Pitangus sulphuratus,1,34.8,visual,PO + SANTIAGO,Guacaica,1087,8,27-Jul,8:52,9:02,Sporophila nigricollis,1,7.5,visual,PO + SANTIAGO,Guacaica,1087,8,27-Jul,8:52,9:02,Stilpnia heinei,1,8.8,visual,AD + SANTIAGO,Guacaica,1087,8,27-Jul,8:52,9:02,Atlapetes albinucha,1,15,visual,AD + SANTIAGO,Guacaica,1087,8,27-Jul,8:52,9:02,Icterus chrysater,1,,Auditivo,NA + SANTIAGO,Guacaica,1087,2,27-Jul,9:24,9:34,Ortalis columbiana,1,,Auditivo,NA + SANTIAGO,Guacaica,1087,2,27-Jul,9:24,9:34,Pygochelidon cyanoleuca,2,,Vuelo,NA + SANTIAGO,Guacaica,1087,2,27-Jul,9:24,9:34,Zimmerius chrysops,1,,Auditivo,NA + SANTIAGO,Guacaica,1087,2,27-Jul,9:24,9:34,Coragyps atratus,5,,Vuelo,NA + SANTIAGO,Guacaica,1087,2,27-Jul,9:24,9:34,Synallaxis azarae,1,25.6,visual,PO + SANTIAGO,Guacaica,1087,4,27-Jul,10:01,10:11,Tiaris olivaceus,1,,Auditivo,NA + SANTIAGO,Guacaica,1087,4,27-Jul,10:01,10:11,Thamnophilus multistriatus,1,45.8,Visual,AD + SANTIAGO,Guacaica,1087,4,27-Jul,10:01,10:11,Stilpnia heinei,2,22.7,visual,AD +JUAN,Guacaica,1060,4,28-Jul,5:58,6:08,Myiozetetes cayanensis,2,9.1,visual,RE +JUAN,Guacaica,1060,4,28-Jul,5:58,6:08,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1060,4,28-Jul,5:58,6:08,Sayornis nigricans,1,8.4,visual,RE +JUAN,Guacaica,1060,4,28-Jul,5:58,6:08,Tyrannus melancholicus,1,12.4,visual,AD +JUAN,Guacaica,1060,12,28-Jul,6:21,6:31,Adelomyia melanogenys,1,8.7,visual,BC +JUAN,Guacaica,1060,12,28-Jul,6:21,6:31,Ortalis columbiana,2,36.4,visual,AD +JUAN,Guacaica,1060,12,28-Jul,6:21,6:31,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,1060,12,28-Jul,6:21,6:31,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1060,12,28-Jul,6:21,6:31,Tyrannus melancholicus,1,15.2,visual,BC +JUAN,Guacaica,1060,12,28-Jul,6:21,6:31,Vanellus chilensis,1,,vuelo,NA +JUAN,Guacaica,1060,5,28-Jul,6:34,6:44,Coragyps atratus,1,,vuelo,NA +JUAN,Guacaica,1060,5,28-Jul,6:34,6:44,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,1060,5,28-Jul,6:34,6:44,Vireo leucophrys,2,,Auditivo,NA +JUAN,Guacaica,1060,6,28-Jul,6:56,7:06,Aeronautes montivagus,1,,vuelo,NA +JUAN,Guacaica,1060,6,28-Jul,6:56,7:06,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,1060,6,28-Jul,6:56,7:06,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guacaica,1060,6,28-Jul,6:56,7:06,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1060,6,28-Jul,6:56,7:06,Ramphocelus flammigerus,2,69.7,visual,AD +JUAN,Guacaica,1060,6,28-Jul,6:56,7:06,Sporophila nigricollis,1,13.4,visual,PO +JUAN,Guacaica,1060,6,28-Jul,6:56,7:06,Streptoprocne zonaris,1,,vuelo,NA +JUAN,Guacaica,1060,6,28-Jul,6:56,7:06,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1060,6,28-Jul,6:56,7:06,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,1060,6,28-Jul,6:56,7:06,Zenaida auriculata,1,44.7,visual,RE +JUAN,Guacaica,1060,6,28-Jul,6:56,7:06,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1060,7,28-Jul,7:10,7:20,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,1060,7,28-Jul,7:10,7:20,Columbina talpacoti,1,54.5,visual,AD +JUAN,Guacaica,1060,7,28-Jul,7:10,7:20,Molothrus bonariensis,1,,vuelo,NA +JUAN,Guacaica,1060,7,28-Jul,7:10,7:20,Sicalis flaveola,1,,vuelo,NA +JUAN,Guacaica,1060,7,28-Jul,7:10,7:20,Sicalis flaveola,1,26.5,visual,PO +JUAN,Guacaica,1060,7,28-Jul,7:10,7:20,Spinus psaltria,2,35.8,visual,AD +JUAN,Guacaica,1060,7,28-Jul,7:10,7:20,Stelgidopteryx ruficollis,3,,vuelo,NA +JUAN,Guacaica,1060,7,28-Jul,7:10,7:20,Thraupis episcopus,1,,vuelo,NA +JUAN,Guacaica,1060,7,28-Jul,7:10,7:20,Thraupis episcopus,1,60.7,visual,AD +JUAN,Guacaica,1060,7,28-Jul,7:10,7:20,Vanellus chilensis,2,,Auditivo,NA +JUAN,Guacaica,1060,7,28-Jul,7:10,7:20,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1060,7,28-Jul,7:10,7:20,Zonotrichia capensis,2,22.2,visual,PO +JUAN,Guacaica,1060,8,28-Jul,7:25,7:35,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guacaica,1060,8,28-Jul,7:25,7:35,Ortalis columbiana,1,16.4,visual,BNC +JUAN,Guacaica,1060,8,28-Jul,7:25,7:35,Ortalis columbiana,2,24.2,visual,BNC +JUAN,Guacaica,1060,8,28-Jul,7:25,7:35,Ramphocelus flammigerus,3,48.5,visual,AD +JUAN,Guacaica,1060,8,28-Jul,7:25,7:35,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1060,8,28-Jul,7:25,7:35,Vanellus chilensis,1,36.5,visual,PO +JUAN,Guacaica,1060,8,28-Jul,7:25,7:35,Zenaida auriculata,1,25,visual,BNC +JUAN,Guacaica,1060,8,28-Jul,7:25,7:35,Zenaida auriculata,1,,vuelo,NA +JUAN,Guacaica,1060,8,28-Jul,7:25,7:35,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1060,9,28-Jul,7:40,7:50,Caracara plancus,1,,vuelo,NA +JUAN,Guacaica,1060,9,28-Jul,7:40,7:50,Coragyps atratus,1,83.8,visual,AD +JUAN,Guacaica,1060,9,28-Jul,7:40,7:50,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guacaica,1060,9,28-Jul,7:40,7:50,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guacaica,1060,9,28-Jul,7:40,7:50,Sporophila schistacea,1,26.1,visual,AD +JUAN,Guacaica,1060,9,28-Jul,7:40,7:50,Stelgidopteryx ruficollis,1,20,visual,RE +JUAN,Guacaica,1060,9,28-Jul,7:40,7:50,Stilpnia vitriolina,2,61,visual,AD +JUAN,Guacaica,1060,9,28-Jul,7:40,7:50,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1060,9,28-Jul,7:40,7:50,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1060,9,28-Jul,7:40,7:50,Tyrannus melancholicus,1,98.5,visual,AD +JUAN,Guacaica,1060,9,28-Jul,7:40,7:50,Tyrannus melancholicus,1,23.3,visual,RE +JUAN,Guacaica,1060,9,28-Jul,7:40,7:50,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,1060,9,28-Jul,7:40,7:50,Zenaida auriculata,1,63.2,visual,AD +JUAN,Guacaica,1060,9,28-Jul,7:40,7:50,Zonotrichia capensis,1,15.3,visual,PO +JUAN,Guacaica,1060,10,28-Jul,8:09,8:19,Daptrius chimachima,1,,vuelo,NA +JUAN,Guacaica,1060,10,28-Jul,8:09,8:19,Momotus aequatorialis,1,23.6,visual,CV +JUAN,Guacaica,1060,10,28-Jul,8:09,8:19,Myioborus miniatus,1,60.6,visual,BNC +JUAN,Guacaica,1060,10,28-Jul,8:09,8:19,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1060,10,28-Jul,8:09,8:19,Spinus xanthogastrus,1,4.7,visual,CV +JUAN,Guacaica,1060,10,28-Jul,8:09,8:19,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,1060,10,28-Jul,8:09,8:19,Stilpnia heinei,1,67.1,visual,BNC +JUAN,Guacaica,1060,10,28-Jul,8:09,8:19,Stilpnia vitriolina,2,62.7,visual,AD +JUAN,Guacaica,1060,10,28-Jul,8:09,8:19,Tyrannus melancholicus,1,35.1,visual,CV +JUAN,Guacaica,1060,10,28-Jul,8:09,8:19,Vanellus chilensis,4,,vuelo,NA +JUAN,Guacaica,1060,10,28-Jul,8:09,8:19,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1060,10,28-Jul,8:09,8:19,Zimmerius chrysops,1,4.8,visual,CV +JUAN,Guacaica,1060,10,28-Jul,8:09,8:19,Zonotrichia capensis,2,25.4,visual,CV +JUAN,Guacaica,1060,11,28-Jul,8:42,8:52,Coragyps atratus,3,,vuelo,NA +JUAN,Guacaica,1060,11,28-Jul,8:42,8:52,Pygochelidon cyanoleuca,6,62,visual,RE +JUAN,Guacaica,1060,11,28-Jul,8:42,8:52,Rupornis magnirostris,1,25.3,visual,BNC +JUAN,Guacaica,1060,11,28-Jul,8:42,8:52,Sporophila nigricollis,1,36,visual,AD +JUAN,Guacaica,1060,11,28-Jul,8:42,8:52,Stelgidopteryx ruficollis,12,62,visual,RE +JUAN,Guacaica,1060,11,28-Jul,8:42,8:52,Stilpnia vitriolina,1,44.3,visual,BC +JUAN,Guacaica,1060,11,28-Jul,8:42,8:52,Thraupis episcopus,1,36,visual,AD +JUAN,Guacaica,1060,11,28-Jul,8:42,8:52,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1060,11,28-Jul,8:42,8:52,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1060,11,28-Jul,8:42,8:52,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1060,11,28-Jul,8:42,8:52,Zimmerius chrysops,1,13.9,visual,BNC +JUAN,Guacaica,1060,11,28-Jul,8:42,8:52,Zonotrichia capensis,1,13.9,visual,BNC +JUAN,Guacaica,1060,1,28-Jul,8:57,9:07,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1060,1,28-Jul,8:57,9:07,Pygochelidon cyanoleuca,6,,vuelo,NA +JUAN,Guacaica,1060,1,28-Jul,8:57,9:07,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guacaica,1060,1,28-Jul,8:57,9:07,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guacaica,1060,1,28-Jul,8:57,9:07,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1060,1,28-Jul,8:57,9:07,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1060,1,28-Jul,8:57,9:07,Vanellus chilensis,2,,Auditivo,NA +JUAN,Guacaica,1060,1,28-Jul,8:57,9:07,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1060,2,28-Jul,9:15,9:25,Atlapetes albinucha,1,9.2,visual,BNC +JUAN,Guacaica,1060,2,28-Jul,9:15,9:25,Basileuterus tristriatus,3,11.8,visual,BNC +JUAN,Guacaica,1060,2,28-Jul,9:15,9:25,Vireo leucophrys,2,,Auditivo,NA +JUAN,Guacaica,1060,3,28-Jul,9:30,9:40,Cathartes aura,1,,vuelo,NA +JUAN,Guacaica,1060,3,28-Jul,9:30,9:40,Catharus aurantiirostris,1,,Auditivo,NA +JUAN,Guacaica,1060,3,28-Jul,9:30,9:40,Myioborus miniatus,1,32.5,visual,BNC +JUAN,Guacaica,1060,3,28-Jul,9:30,9:40,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1060,3,28-Jul,9:30,9:40,Ramphocelus flammigerus,1,,vuelo,NA +JUAN,Guacaica,1060,3,28-Jul,9:30,9:40,Saltator striatipectus,1,80.5,visual,PO +JUAN,Guacaica,1060,3,28-Jul,9:30,9:40,Tangara gyrola,1,51.8,visual,BNC +JUAN,Guacaica,1060,3,28-Jul,9:30,9:40,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1060,3,28-Jul,9:30,9:40,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1060,3,28-Jul,9:30,9:40,Zimmerius chrysops,1,,Auditivo,NA + SANTIAGO,Guacaica,1060,2,28-Jul,6:07,6:17,Henicorhina leucosticta,1,,Auditivo,NA + SANTIAGO,Guacaica,1060,2,28-Jul,6:07,6:17,Arremon brunneinucha,1,38.9,visual,BNC + SANTIAGO,Guacaica,1060,2,28-Jul,6:07,6:17,Thamnophilus multistriatus,1,,Auditivo,NA + SANTIAGO,Guacaica,1060,3,28-Jul,6:26,6:36,Vanellus chilensis,1,,Vuelo,NA + SANTIAGO,Guacaica,1060,3,28-Jul,6:26,6:36,Boissonneaua flavescens,1,36.8,Visual,BNC + SANTIAGO,Guacaica,1060,3,28-Jul,6:26,6:36,Saltator atripennis,1,27.9,Visual,BNC + SANTIAGO,Guacaica,1060,3,28-Jul,6:26,6:36,Tangara gyrola,2,64.8,Visual,BNC + SANTIAGO,Guacaica,1060,3,28-Jul,6:26,6:36,Ortalis columbiana,1,121.2,Visual,BNC + SANTIAGO,Guacaica,1060,3,28-Jul,6:26,6:36,Synallaxis azarae,1,,Auditivo,NA + SANTIAGO,Guacaica,1060,3,28-Jul,6:26,6:36,Cyanocorax yncas,1,,Auditivo,NA + SANTIAGO,Guacaica,1060,3,28-Jul,6:26,6:36,Stelgidopteryx ruficollis,1,,Vuelo,NA + SANTIAGO,Guacaica,1060,3,28-Jul,6:26,6:36,Pseudocolaptes boissonneautii,2,60,Visual,BNC + SANTIAGO,Guacaica,1060,1,28-Jul,6:48,6:58,Troglodytes aedon,1,,Auditivo,NA + SANTIAGO,Guacaica,1060,1,28-Jul,6:48,6:58,Zonotrichia capensis,2,8.4,Visual,PO + SANTIAGO,Guacaica,1060,1,28-Jul,6:48,6:58,Myiotriccus ornatus,1,9.9,Visual,BNC + SANTIAGO,Guacaica,1060,1,28-Jul,6:48,6:58,Vanellus chilensis,1,,Auditivo,NA + SANTIAGO,Guacaica,1060,1,28-Jul,6:48,6:58,Tyrannus melancholicus,1,58.2,Visual,PO + SANTIAGO,Guacaica,1060,11,28-Jul,7:06,7:16,Myiozetetes cayanensis,1,8.5,Visual,PO + SANTIAGO,Guacaica,1060,11,28-Jul,7:06,7:16,Vanellus chilensis,2,,Vuelo,NA + SANTIAGO,Guacaica,1060,11,28-Jul,7:06,7:16,Pionus menstruus,3,,Vuelo,NA + SANTIAGO,Guacaica,1060,11,28-Jul,7:06,7:16,Daptrius chimachima,1,38.1,Visual,AD + SANTIAGO,Guacaica,1060,10,28-Jul,7:25,7:35,Vanellus chilensis,1,,Auditivo,NA + SANTIAGO,Guacaica,1060,10,28-Jul,7:25,7:35,Cyanocorax yncas,1,,Auditivo,NA + SANTIAGO,Guacaica,1060,10,28-Jul,7:25,7:35,Thraupis episcopus,1,48,Visual,PO + SANTIAGO,Guacaica,1060,10,28-Jul,7:25,7:35,Henicorhina leucosticta,1,,Auditivo,NA + SANTIAGO,Guacaica,1060,10,28-Jul,7:25,7:35,Spinus psaltria,1,24.1,Visual,AD + SANTIAGO,Guacaica,1060,10,28-Jul,7:25,7:35,Colaptes rubiginosus,1,39,Visual,BNC + SANTIAGO,Guacaica,1060,10,28-Jul,7:25,7:35,Sphenopsis frontalis,2,63.1,Visual,BNC + SANTIAGO,Guacaica,1060,9,28-Jul,7:59,8:09,Rupornis magnirostris,1,,Auditivo,NA + SANTIAGO,Guacaica,1060,9,28-Jul,7:59,8:09,Tyrannus melancholicus,1,51,Visual,PO + SANTIAGO,Guacaica,1060,9,28-Jul,7:59,8:09,Tangara gyrola,1,9.1,Visual,AD + SANTIAGO,Guacaica,1060,9,28-Jul,7:59,8:09,Vanellus chilensis,3,,Vuelo,NA + SANTIAGO,Guacaica,1060,9,28-Jul,7:59,8:09,Cyanocorax affinis,2,176.3,Visual,AD + SANTIAGO,Guacaica,1060,8,28-Jul,8:20,8:30,Thraupis episcopus,2,45.8,Visual,BNC + SANTIAGO,Guacaica,1060,8,28-Jul,8:20,8:30,Sporophila nigricollis,1,29.8,Visual,PO + SANTIAGO,Guacaica,1060,8,28-Jul,8:20,8:30,Vanellus chilensis,2,38.4,Visual,PO + SANTIAGO,Guacaica,1060,8,28-Jul,8:20,8:30,Tangara arthus,2,18.6,Visual,BNC + SANTIAGO,Guacaica,1060,7,28-Jul,8:41,8:51,Momotus aequatorialis,2,14.4,Visual,AD + SANTIAGO,Guacaica,1060,7,28-Jul,8:41,8:51,Sicalis flaveola,6,8.7,Visual,PO + SANTIAGO,Guacaica,1060,7,28-Jul,8:41,8:51,Tangara gyrola,1,25.2,Visual,AD + SANTIAGO,Guacaica,1060,7,28-Jul,8:41,8:51,Amazilia tzacatl,1,,Vuelo,NA + SANTIAGO,Guacaica,1060,7,28-Jul,8:41,8:51,Spinus psaltria,1,13.3,Visual,AD + SANTIAGO,Guacaica,1060,6,28-Jul,9:00,9:10,Tyrannus melancholicus,1,35.8,Visual,OC + SANTIAGO,Guacaica,1060,6,28-Jul,9:00,9:10,Uranomitra franciae,1,8.9,Visual,BNC + SANTIAGO,Guacaica,1060,6,28-Jul,9:00,9:10,Vanellus chilensis,2,,Auditivo,NA + SANTIAGO,Guacaica,1060,6,28-Jul,9:00,9:10,Stilpnia vitriolina,2,25.8,Visual,BNC + SANTIAGO,Guacaica,1060,6,28-Jul,9:00,9:10,Thraupis episcopus,2,35.1,Visual,OC + SANTIAGO,Guacaica,1060,6,28-Jul,9:00,9:10,Molothrus bonariensis,1,56.7,Visual,AD + SANTIAGO,Guacaica,1060,6,28-Jul,9:00,9:10,Chamaepetes goudotii,1,20.3,Visual,BNC + SANTIAGO,Guacaica,1060,5,28-Jul,9:22,9:32,Myiozetetes cayanensis,2,22.5,visual,RE + SANTIAGO,Guacaica,1060,5,28-Jul,9:22,9:32,Thraupis episcopus,1,,Auditivo,NA + SANTIAGO,Guacaica,1060,5,28-Jul,9:22,9:32,Synallaxis azarae,1,,Auditivo,NA + SANTIAGO,Guacaica,1060,5,28-Jul,9:22,9:32,Coragyps atratus,1,,vuelo,NA + SANTIAGO,Guacaica,1060,5,28-Jul,9:22,9:32,Bubulcus ibis,1,,vuelo,NA + SANTIAGO,Guacaica,1060,4,28-Jul,9:51,10:01,Thamnophilus multistriatus,1,,Auditivo,NA + SANTIAGO,Guacaica,1060,4,28-Jul,9:51,10:01,Pionus chalcopterus,1,,Vuelo,NA + SANTIAGO,Guacaica,1060,12,28-Jul,10:18,10:28,Thraupis episcopus,2,23.2,Visual,AD + SANTIAGO,Guacaica,1060,12,28-Jul,10:18,10:28,Zenaida auriculata,1,49.6,Visual,RE + SANTIAGO,Guacaica,1060,12,28-Jul,10:18,10:28,Coragyps atratus,9,,Vuelo,NA + SANTIAGO,Guacaica,1060,12,28-Jul,10:18,10:28,Vanellus chilensis,1,,Auditivo,NA + SANTIAGO,Guacaica,1060,12,28-Jul,10:18,10:28,Daptrius chimachima,1,,Vuelo,NA +JUAN,Guacaica,1092,1,29-Jul,6:05,6:15,Basileuterus tristriatus,1,,Auditivo,NA +JUAN,Guacaica,1092,1,29-Jul,6:05,6:15,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1092,1,29-Jul,6:05,6:15,Leptopogon superciliaris,1,,Auditivo,NA +JUAN,Guacaica,1092,1,29-Jul,6:05,6:15,Odontophorus hyperythrus,1,,Auditivo,NA +JUAN,Guacaica,1092,1,29-Jul,6:05,6:15,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1092,1,29-Jul,6:05,6:15,Stilpnia heinei,1,23.2,visual,BNC +JUAN,Guacaica,1092,1,29-Jul,6:05,6:15,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1092,1,29-Jul,6:05,6:15,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1092,1,29-Jul,6:05,6:15,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1092,10,29-Jul,6:27,6:37,Basileuterus tristriatus,1,,Auditivo,NA +JUAN,Guacaica,1092,10,29-Jul,6:27,6:37,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1092,10,29-Jul,6:27,6:37,Myadestes ralloides,1,,Auditivo,NA +JUAN,Guacaica,1092,10,29-Jul,6:27,6:37,Myiodynastes hemichrysus,1,,Auditivo,NA +JUAN,Guacaica,1092,10,29-Jul,6:27,6:37,Pachyramphus polychopterus,1,,Auditivo,NA +JUAN,Guacaica,1092,10,29-Jul,6:27,6:37,Patagioenas fasciata,1,,vuelo,NA +JUAN,Guacaica,1092,10,29-Jul,6:27,6:37,Pheugopedius mystacalis,2,,Auditivo,NA +JUAN,Guacaica,1092,10,29-Jul,6:27,6:37,Setophaga pitiayumi,1,,Auditivo,NA +JUAN,Guacaica,1092,10,29-Jul,6:27,6:37,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1092,10,29-Jul,6:27,6:37,Troglodytes aedon,2,,Auditivo,NA +JUAN,Guacaica,1092,10,29-Jul,6:27,6:37,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1092,10,29-Jul,6:27,6:37,Vireo leucophrys,2,,Auditivo,NA +JUAN,Guacaica,1092,10,29-Jul,6:27,6:37,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1092,11,29-Jul,6:44,6:54,Chlorostilbon melanorhynchus,1,15.3,visual,AR-3 +JUAN,Guacaica,1092,11,29-Jul,6:44,6:54,Cyanocorax affinis,1,16,visual,CA +JUAN,Guacaica,1092,11,29-Jul,6:44,6:54,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1092,11,29-Jul,6:44,6:54,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1092,11,29-Jul,6:44,6:54,Myioborus miniatus,1,,Auditivo,NA +JUAN,Guacaica,1092,11,29-Jul,6:44,6:54,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1092,11,29-Jul,6:44,6:54,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1092,2,29-Jul,7:10,7:20,Basileuterus tristriatus,1,,Auditivo,NA +JUAN,Guacaica,1092,2,29-Jul,7:10,7:20,Cyclarhis gujanensis,1,,Auditivo,NA +JUAN,Guacaica,1092,2,29-Jul,7:10,7:20,Rupornis magnirostris,2,,Auditivo,NA +JUAN,Guacaica,1092,2,29-Jul,7:10,7:20,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1092,2,29-Jul,7:10,7:20,Troglodytes aedon,2,,Auditivo,NA +JUAN,Guacaica,1092,2,29-Jul,7:10,7:20,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1092,3,29-Jul,7:28,7:38,Pionus chalcopterus,1,,vuelo,NA +JUAN,Guacaica,1092,3,29-Jul,7:28,7:38,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1092,3,29-Jul,7:28,7:38,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1092,3,29-Jul,7:28,7:38,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1092,8,29-Jul,8:00,8:10,Basileuterus tristriatus,1,,Auditivo,NA +JUAN,Guacaica,1092,8,29-Jul,8:00,8:10,Mionectes striaticollis,1,,Auditivo,NA +JUAN,Guacaica,1092,8,29-Jul,8:00,8:10,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guacaica,1092,8,29-Jul,8:00,8:10,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1092,8,29-Jul,8:00,8:10,Vireo leucophrys,2,,Auditivo,NA +JUAN,Guacaica,1092,9,29-Jul,8:24,8:34,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guacaica,1092,9,29-Jul,8:24,8:34,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1092,9,29-Jul,8:24,8:34,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1092,7,29-Jul,8:42,8:52,Cyanocorax affinis,4,23.4,visual,CA +JUAN,Guacaica,1092,7,29-Jul,8:42,8:52,Myiarchus apicalis,1,28.8,visual,CA +JUAN,Guacaica,1092,7,29-Jul,8:42,8:52,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1092,6,29-Jul,9:05,9:15,Zimmerius chrysops,1,10,visual,BNC +JUAN,Guacaica,1092,5,29-Jul,9:18,9:28,Bubulcus ibis,9,,vuelo,NA +JUAN,Guacaica,1092,5,29-Jul,9:18,9:28,Coragyps atratus,1,,vuelo,NA +JUAN,Guacaica,1092,5,29-Jul,9:18,9:28,Theristicus caudatus,1,,Auditivo,NA +JUAN,Guacaica,1092,5,29-Jul,9:18,9:28,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1092,5,29-Jul,9:18,9:28,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1092,5,29-Jul,9:18,9:28,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1092,4,29-Jul,9:33,9:43,Coragyps atratus,1,,vuelo,NA +JUAN,Guacaica,1092,4,29-Jul,9:33,9:43,Dryocopus lineatus,1,,vuelo,NA +JUAN,Guacaica,1092,4,29-Jul,9:33,9:43,Vireo leucophrys,2,,Auditivo,NA +SANTIAGO,Guacaica,1092,9,29-Jul,6:04,6:14,Myiodynastes hemichrysus,1,37.2,Visual,AD +SANTIAGO,Guacaica,1092,9,29-Jul,6:04,6:14,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,9,29-Jul,6:04,6:14,Colinus cristatus,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,9,29-Jul,6:04,6:14,Pionus chalcopterus,3,,Vuelo,NA +SANTIAGO,Guacaica,1092,8,29-Jul,6:30,6:40,Atlapetes albinucha,1,9.8,Visual,BNC +SANTIAGO,Guacaica,1092,8,29-Jul,6:30,6:40,Momotus aequatorialis,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,8,29-Jul,6:30,6:40,Pheugopedius mystacalis,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,8,29-Jul,6:30,6:40,Cyanocorax affinis,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,8,29-Jul,6:30,6:40,Colinus cristatus,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,8,29-Jul,6:30,6:40,Myiodynastes hemichrysus,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,7,29-Jul,7:00,7:10,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,7,29-Jul,7:00,7:10,Thraupis episcopus,1,12,Visual,CA +SANTIAGO,Guacaica,1092,7,29-Jul,7:00,7:10,Colinus cristatus,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,7,29-Jul,7:00,7:10,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,7,29-Jul,7:00,7:10,Odontophorus hyperythrus,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,6,29-Jul,7:19,7:29,Ortalis columbiana,1,19.8,Visual,BNC +SANTIAGO,Guacaica,1092,6,29-Jul,7:19,7:29,Premnoplex brunnescens,1,9.1,Visual,BNC +SANTIAGO,Guacaica,1092,6,29-Jul,7:19,7:29,Aulacorhynchus haematopygus,1,22.9,Visual,BNC +SANTIAGO,Guacaica,1092,6,29-Jul,7:19,7:29,Henicorhina leucosticta,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,5,29-Jul,7:38,7:48,Tyrannus melancholicus,1,39.3,Visual,AD +SANTIAGO,Guacaica,1092,5,29-Jul,7:38,7:48,Tiaris olivaceus,1,44.7,Visual,AD +SANTIAGO,Guacaica,1092,5,29-Jul,7:38,7:48,Chlorophonia cyanocephala,1,55.8,Visual,AD +SANTIAGO,Guacaica,1092,5,29-Jul,7:38,7:48,Pionus chalcopterus,11,,vuelo,NA +SANTIAGO,Guacaica,1092,5,29-Jul,7:38,7:48,Columbina talpacoti,1,81.4,Visual,RE +SANTIAGO,Guacaica,1092,5,29-Jul,7:38,7:48,Zenaida auriculata,1,81.4,Visual,RE + SANTIAGO,Guacaica,1092,4,29-Jul,7:59,8:09,Troglodytes aedon,1,,Auditivo,NA + SANTIAGO,Guacaica,1092,4,29-Jul,7:59,8:09,Ramphocelus flammigerus,1,57.8,Visual,AD + SANTIAGO,Guacaica,1092,4,29-Jul,7:59,8:09,Piaya cayana,1,179.8,Visual,BNC + SANTIAGO,Guacaica,1092,3,29-Jul,8:12,8:22,Xenops rutilans,1,48.8,Visual,BNC + SANTIAGO,Guacaica,1092,3,29-Jul,8:12,8:22,Buteo brachyurus,1,,Vuelo,NA + SANTIAGO,Guacaica,1092,3,29-Jul,8:12,8:22,Coragyps atratus,5,,Vuelo,NA + SANTIAGO,Guacaica,1092,3,29-Jul,8:12,8:22,Bubulcus ibis,2,,Vuelo,NA + SANTIAGO,Guacaica,1092,3,29-Jul,8:12,8:22,Aulacorhynchus albivitta,1,48.8,Visual,BNC + SANTIAGO,Guacaica,1092,3,29-Jul,8:12,8:22,Troglodytes aedon,1,,Auditivo,NA + SANTIAGO,Guacaica,1092,2,29-Jul,8:44,8:54,Mionectes striaticollis,3,8.6,Visual,AD + SANTIAGO,Guacaica,1092,2,29-Jul,8:44,8:54,Myiodynastes hemichrysus,1,26.5,Visual,AD + SANTIAGO,Guacaica,1092,2,29-Jul,8:44,8:54,Pheugopedius mystacalis,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,10,29-Jul,9:20,9:30,Momotus aequatorialis,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,10,29-Jul,9:20,9:30,Zentrygon frenata,1,18.6,Visual,BNC +SANTIAGO,Guacaica,1092,10,29-Jul,9:20,9:30,Dorifera ludoviceae,1,12.2,Visual,BNC +SANTIAGO,Guacaica,1092,11,29-Jul,9:48,9:58,Myioborus miniatus,1,18.9,Visual,AD +SANTIAGO,Guacaica,1092,11,29-Jul,9:48,9:58,Henicorhina leucophrys,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,11,29-Jul,9:48,9:58,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1063,1,30-Jul,6:00,6:10,Cranioleuca erythrops,1,,Auditivo,NA +JUAN,Guacaica,1063,1,30-Jul,6:00,6:10,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1063,1,30-Jul,6:00,6:10,Leptopogon superciliaris,1,,Auditivo,NA +JUAN,Guacaica,1063,1,30-Jul,6:00,6:10,Pionus chalcopterus,1,,vuelo,NA +JUAN,Guacaica,1063,1,30-Jul,6:00,6:10,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guacaica,1063,1,30-Jul,6:00,6:10,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1063,1,30-Jul,6:00,6:10,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1063,1,30-Jul,6:00,6:10,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1063,4,30-Jul,6:19,6:29,Coragyps atratus,1,50.7,visual,AD +JUAN,Guacaica,1063,4,30-Jul,6:19,6:29,Daptrius chimachima,1,,Auditivo,NA +JUAN,Guacaica,1063,4,30-Jul,6:19,6:29,Dryocopus lineatus,2,25.3,visual,PO +JUAN,Guacaica,1063,4,30-Jul,6:19,6:29,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1063,4,30-Jul,6:19,6:29,Myiodynastes hemichrysus,1,,Auditivo,NA +JUAN,Guacaica,1063,4,30-Jul,6:19,6:29,Ortalis columbiana,2,19.6,visual,BNC +JUAN,Guacaica,1063,4,30-Jul,6:19,6:29,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1063,4,30-Jul,6:19,6:29,Pionus chalcopterus,2,,vuelo,NA +JUAN,Guacaica,1063,4,30-Jul,6:19,6:29,Pitangus sulphuratus,1,,Auditivo,NA +JUAN,Guacaica,1063,4,30-Jul,6:19,6:29,Stelgidopteryx ruficollis,2,,vuelo,NA +JUAN,Guacaica,1063,4,30-Jul,6:19,6:29,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1063,4,30-Jul,6:19,6:29,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1063,4,30-Jul,6:19,6:29,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1063,4,30-Jul,6:19,6:29,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1063,4,30-Jul,6:19,6:29,Zimmerius chrysops,1,11.7,visual,AD +JUAN,Guacaica,1063,4,30-Jul,6:19,6:29,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1063,5,30-Jul,6:35,6:45,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,1063,5,30-Jul,6:35,6:45,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1063,5,30-Jul,6:35,6:45,Melanerpes formicivorus,2,64.6,visual,AD +JUAN,Guacaica,1063,5,30-Jul,6:35,6:45,Pitangus sulphuratus,1,,Auditivo,NA +JUAN,Guacaica,1063,5,30-Jul,6:35,6:45,Saltator atripennis,1,47.6,visual,AD +JUAN,Guacaica,1063,5,30-Jul,6:35,6:45,Sayornis nigricans,1,32.4,visual,AD +JUAN,Guacaica,1063,5,30-Jul,6:35,6:45,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guacaica,1063,5,30-Jul,6:35,6:45,Turdus ignobilis,1,60,visual,AD +JUAN,Guacaica,1063,5,30-Jul,6:35,6:45,Tyrannus melancholicus,1,,vuelo,NA +JUAN,Guacaica,1063,5,30-Jul,6:35,6:45,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,1063,5,30-Jul,6:35,6:45,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1063,5,30-Jul,6:35,6:45,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1063,5,30-Jul,6:35,6:45,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1063,2,30-Jul,6:57,7:07,Bubulcus ibis,1,,Auditivo,NA +JUAN,Guacaica,1063,2,30-Jul,6:57,7:07,Bubulcus ibis,4,,vuelo,NA +JUAN,Guacaica,1063,2,30-Jul,6:57,7:07,Chlorophanes spiza,1,22.6,visual,AD +JUAN,Guacaica,1063,2,30-Jul,6:57,7:07,Crotophaga ani,3,54.3,visual,AD +JUAN,Guacaica,1063,2,30-Jul,6:57,7:07,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1063,2,30-Jul,6:57,7:07,Melanerpes formicivorus,3,,vuelo,NA +JUAN,Guacaica,1063,2,30-Jul,6:57,7:07,Ramphocelus flammigerus,3,59.5,visual,AD +JUAN,Guacaica,1063,2,30-Jul,6:57,7:07,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guacaica,1063,2,30-Jul,6:57,7:07,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,1063,2,30-Jul,6:57,7:07,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1063,2,30-Jul,6:57,7:07,Tangara gyrola,1,38.6,visual,AD +JUAN,Guacaica,1063,2,30-Jul,6:57,7:07,Thraupis palmarum,1,7,visual,AD +JUAN,Guacaica,1063,2,30-Jul,6:57,7:07,Todirostrum cinereum,1,,Auditivo,NA +JUAN,Guacaica,1063,2,30-Jul,6:57,7:07,Vireo leucophrys,2,,Auditivo,NA +JUAN,Guacaica,1063,2,30-Jul,6:57,7:07,Zimmerius chrysops,1,23.2,visual,AD +JUAN,Guacaica,1063,2,30-Jul,6:57,7:07,Zimmerius chrysops,1,18.2,visual,AD +JUAN,Guacaica,1063,3,30-Jul,7:14,7:24,Amazilia tzacatl,1,,vuelo,NA +JUAN,Guacaica,1063,3,30-Jul,7:14,7:24,Crotophaga ani,1,,vuelo,NA +JUAN,Guacaica,1063,3,30-Jul,7:14,7:24,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guacaica,1063,3,30-Jul,7:14,7:24,Molothrus bonariensis,1,42.3,visual,CV +JUAN,Guacaica,1063,3,30-Jul,7:14,7:24,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guacaica,1063,3,30-Jul,7:14,7:24,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,1063,3,30-Jul,7:14,7:24,Tachyphonus rufus,1,42.3,visual,CV +JUAN,Guacaica,1063,3,30-Jul,7:14,7:24,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1063,3,30-Jul,7:14,7:24,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1063,7,30-Jul,7:33,7:43,Cinclus leucocephalus,1,18.1,visual,CAG +JUAN,Guacaica,1063,7,30-Jul,7:33,7:43,Sayornis nigricans,1,13,visual,CAG +JUAN,Guacaica,1063,7,30-Jul,7:33,7:43,Sayornis nigricans,1,23.6,visual,CAG +JUAN,Guacaica,1063,7,30-Jul,7:33,7:43,Serpophaga cinerea,2,10.9,visual,CAG +JUAN,Guacaica,1063,8,30-Jul,7:52,8:02,Stilpnia vitriolina,1,38.6,visual,BNC +JUAN,Guacaica,1063,8,30-Jul,7:52,8:02,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1063,8,30-Jul,7:52,8:02,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1063,9,30-Jul,8:15,8:25,Pionus chalcopterus,2,,vuelo,NA +JUAN,Guacaica,1063,9,30-Jul,8:15,8:25,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guacaica,1063,9,30-Jul,8:15,8:25,Stelgidopteryx ruficollis,2,,vuelo,NA +JUAN,Guacaica,1063,9,30-Jul,8:15,8:25,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1063,9,30-Jul,8:15,8:25,Tapera naevia,1,,Auditivo,NA +JUAN,Guacaica,1063,9,30-Jul,8:15,8:25,Tiaris olivaceus,1,15.4,visual,AD +JUAN,Guacaica,1063,9,30-Jul,8:15,8:25,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1063,9,30-Jul,8:15,8:25,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1063,9,30-Jul,8:15,8:25,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1063,9,30-Jul,8:15,8:25,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guacaica,1063,10,30-Jul,8:32,8:42,Bubulcus ibis,2,59.2,visual,PO +JUAN,Guacaica,1063,10,30-Jul,8:32,8:42,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,1063,10,30-Jul,8:32,8:42,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1063,10,30-Jul,8:32,8:42,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1063,10,30-Jul,8:32,8:42,Xiphorhynchus susurrans,1,,Auditivo,NA +JUAN,Guacaica,1063,10,30-Jul,8:32,8:42,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1063,11,30-Jul,8:46,8:56,Bubulcus ibis,1,32.1,visual,AD +JUAN,Guacaica,1063,11,30-Jul,8:46,8:56,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guacaica,1063,11,30-Jul,8:46,8:56,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1063,11,30-Jul,8:46,8:56,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1063,11,30-Jul,8:46,8:56,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1063,6,30-Jul,9:13,9:23,Ramphocelus flammigerus,1,5.7,visual,GU +JUAN,Guacaica,1063,6,30-Jul,9:13,9:23,Saltator atripennis,1,,vuelo,NA +JUAN,Guacaica,1063,6,30-Jul,9:13,9:23,Sporophila intermedia,1,10.5,visual,PO +JUAN,Guacaica,1063,6,30-Jul,9:13,9:23,Sporophila luctuosa,1,,Auditivo,NA +JUAN,Guacaica,1063,6,30-Jul,9:13,9:23,Sporophila nigricollis,1,10.5,visual,PO +JUAN,Guacaica,1063,6,30-Jul,9:13,9:23,Stelgidopteryx ruficollis,2,,vuelo,NA +JUAN,Guacaica,1063,6,30-Jul,9:13,9:23,Stilpnia vitriolina,1,8.1,visual,BC +JUAN,Guacaica,1063,6,30-Jul,9:13,9:23,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1063,6,30-Jul,9:13,9:23,Synallaxis azarae,1,5,visual,GU +JUAN,Guacaica,1063,6,30-Jul,9:13,9:23,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1063,6,30-Jul,9:13,9:23,Turdus ignobilis,1,,vuelo,NA +JUAN,Guacaica,1063,6,30-Jul,9:13,9:23,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1063,6,30-Jul,9:13,9:23,Vireo leucophrys,1,5,visual,GU +JUAN,Guacaica,1063,6,30-Jul,9:13,9:23,Volatinia jacarina,1,,Auditivo,NA +JUAN,Guacaica,1063,6,30-Jul,9:13,9:23,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1063,6,30-Jul,9:13,9:23,Zonotrichia capensis,1,,Auditivo,NA + SANTIAGO,Guacaica,1063,6,30-Jul,6:03,6:13,Zimmerius chrysops,1,,Auditivo,NA + SANTIAGO,Guacaica,1063,6,30-Jul,6:03,6:13,Tiaris olivaceus,1,,Auditivo,Na + SANTIAGO,Guacaica,1063,6,30-Jul,6:03,6:13,Thraupis episcopus,1,,Auditivo,NA + SANTIAGO,Guacaica,1063,6,30-Jul,6:03,6:13,Ortalis columbiana,2,37.4,Visual,AD + SANTIAGO,Guacaica,1063,6,30-Jul,6:03,6:13,Momotus aequatorialis,1,,Auditivo,NA + SANTIAGO,Guacaica,1063,6,30-Jul,6:03,6:13,Pheugopedius mystacalis,2,,Auditivo,NA + SANTIAGO,Guacaica,1063,6,30-Jul,6:03,6:13,Thraupis palmarum,2,42.7,Visual,AD + SANTIAGO,Guacaica,1063,11,30-Jul,6:22,6:32,Pheugopedius mystacalis,1,,Auditivo,NA + SANTIAGO,Guacaica,1063,11,30-Jul,6:22,6:32,Synallaxis azarae,1,,Auditivo,NA + SANTIAGO,Guacaica,1063,11,30-Jul,6:22,6:32,Phimosus infuscatus,3,,Vuelo,NA + SANTIAGO,Guacaica,1063,10,30-Jul,6:45,6:55,Synallaxis azarae,2,,Auditivo,Na + SANTIAGO,Guacaica,1063,10,30-Jul,6:45,6:55,Zonotrichia capensis,1,,Auditivo,Na + SANTIAGO,Guacaica,1063,10,30-Jul,6:45,6:55,Patagioenas cayennensis,1,17.3,Visual,AD + SANTIAGO,Guacaica,1063,10,30-Jul,6:45,6:55,Zimmerius chrysops,1,35.8,Visual,BNC + SANTIAGO,Guacaica,1063,10,30-Jul,6:45,6:55,Troglodytes aedon,1,32,Visual,PO + SANTIAGO,Guacaica,1063,10,30-Jul,6:45,6:55,Sporophila nigricollis,1,15.8,Visual,PO + SANTIAGO,Guacaica,1063,9,30-Jul,7:02,7:12,Pionus chalcopterus,3,,Vuelo,NA + SANTIAGO,Guacaica,1063,9,30-Jul,7:02,7:12,Zonotrichia capensis,1,12.8,Visual,AD + SANTIAGO,Guacaica,1063,9,30-Jul,7:02,7:12,Pheugopedius mystacalis,1,,Auditivo,NA + SANTIAGO,Guacaica,1063,9,30-Jul,7:02,7:12,Thraupis episcopus,1,22.6,Visual,AD + SANTIAGO,Guacaica,1063,9,30-Jul,7:02,7:12,Icterus chrysater,1,,Auditivo,NA + SANTIAGO,Guacaica,1063,9,30-Jul,7:02,7:12,Amazilia tzacatl,1,48.3,Visual,AD + SANTIAGO,Guacaica,1063,8,30-Jul,7:28,7:38,Stilpnia cyanicollis,2,36.5,Visual,BNC + SANTIAGO,Guacaica,1063,8,30-Jul,7:28,7:38,Thamnophilus multistriatus,1,,Auditivo,NA + SANTIAGO,Guacaica,1063,8,30-Jul,7:28,7:38,Euphonia laniirostris,1,18.7,Visual,BNC + SANTIAGO,Guacaica,1063,8,30-Jul,7:28,7:38,Synallaxis azarae,1,,Auditivo,NA + SANTIAGO,Guacaica,1063,8,30-Jul,7:28,7:38,Pheugopedius mystacalis,1,,Auditivo,NA + SANTIAGO,Guacaica,1063,7,30-Jul,8:00,8:10,Serpophaga cinerea,2,13.7,Visual,CAG + SANTIAGO,Guacaica,1063,7,30-Jul,8:00,8:10,Aulacorhynchus albivitta,1,35.9,Visual,BC + SANTIAGO,Guacaica,1063,7,30-Jul,8:00,8:10,Xenops rutilans,1,56.4,Visual,BC + SANTIAGO,Guacaica,1063,7,30-Jul,8:00,8:10,Pitangus sulphuratus,1,,Auditivo,NA + SANTIAGO,Guacaica,1063,7,30-Jul,8:00,8:10,Stilpnia heinei,2,34.2,Visual,BC + SANTIAGO,Guacaica,1063,7,30-Jul,8:00,8:10,Tangara vassorii,1,32,Visual,BC + SANTIAGO,Guacaica,1063,7,30-Jul,8:00,8:10,Tyrannus melancholicus,1,,Auditivo,NA + SANTIAGO,Guacaica,1063,3,30-Jul,8:23,8:33,Tyrannus melancholicus,1,,Auditivo,Na + SANTIAGO,Guacaica,1063,3,30-Jul,8:23,8:33,Atlapetes albinucha,1,14.2,Visual,CV + SANTIAGO,Guacaica,1063,3,30-Jul,8:23,8:33,Momotus aequatorialis,1,,Auditivo,NA + SANTIAGO,Guacaica,1063,2,30-Jul,8:41,8:51,Icterus chrysater,1,,Auditivo,NA + SANTIAGO,Guacaica,1063,2,30-Jul,8:41,8:51,Tangara nigroviridis,2,38.6,Visual,AD + SANTIAGO,Guacaica,1063,2,30-Jul,8:41,8:51,Stilpnia heinei,1,39.4,Visual,AD + SANTIAGO,Guacaica,1063,2,30-Jul,8:41,8:51,Patagioenas fasciata,1,28.7,Visual,AD + SANTIAGO,Guacaica,1063,2,30-Jul,8:41,8:51,Coragyps atratus,5,,Vuelo,NA + SANTIAGO,Guacaica,1063,2,30-Jul,8:41,8:51,Troglodytes aedon,1,,Auditivo,NA + SANTIAGO,Guacaica,1063,2,30-Jul,8:41,8:51,Tiaris olivaceus,1,15.4,Visual,AD + SANTIAGO,Guacaica,1063,5,30-Jul,9:14,9:24,Thraupis palmarum,1,38.4,Visual,AD + SANTIAGO,Guacaica,1063,5,30-Jul,9:14,9:24,Sicalis flaveola,1,22.3,Visual,AD + SANTIAGO,Guacaica,1063,5,30-Jul,9:14,9:24,Pitangus sulphuratus,1,,Auditivo,NA + SANTIAGO,Guacaica,1063,5,30-Jul,9:14,9:24,Turdus ignobilis,1,22,Visual,AD + SANTIAGO,Guacaica,1063,5,30-Jul,9:14,9:24,Sporophila nigricollis,1,31.7,Visual,AD + SANTIAGO,Guacaica,1063,5,30-Jul,9:14,9:24,Icterus chrysater,1,,Auditivo,NA + SANTIAGO,Guacaica,1063,5,30-Jul,9:14,9:24,Bubulcus ibis,5,,Vuelo,NA + SANTIAGO,Guacaica,1063,5,30-Jul,9:14,9:24,Amazilia tzacatl,1,9,Visual,AD + SANTIAGO,Guacaica,1063,4,30-Jul,9:31,9:41,Xenops rutilans,1,48.5,Visual,BNC + SANTIAGO,Guacaica,1063,4,30-Jul,9:31,9:41,Pitangus sulphuratus,2,45.2,Visual,BNC + SANTIAGO,Guacaica,1063,4,30-Jul,9:31,9:41,Vireo leucophrys,1,31.1,Visual,BNC + SANTIAGO,Guacaica,1063,4,30-Jul,9:31,9:41,Anthracothorax nigricollis,1,22.4,Visual,AD + SANTIAGO,Guacaica,1063,4,30-Jul,9:31,9:41,Thamnophilus multistriatus,1,,Auditivo,NA + SANTIAGO,Guacaica,1063,4,30-Jul,9:31,9:41,Stelgidopteryx ruficollis,4,,Vuelo,NA + SANTIAGO,Guacaica,1063,4,30-Jul,9:31,9:41,Synallaxis azarae,1,29.4,Visual,PO + SANTIAGO,Guacaica,1063,4,30-Jul,9:31,9:41,TIARIS olivaceus,2,16.2,Visual,PO + SANTIAGO,Guacaica,1063,4,30-Jul,9:31,9:41,Daptrius chimachima,1,,Auditivo,NA + SANTIAGO,Guacaica,1063,1,30-Jul,9:50,10:00,Thamnophilus multistriatus,1,,Auditivo,NA + SANTIAGO,Guacaica,1063,1,30-Jul,9:50,10:00,Icterus chrysater,1,,Auditivo,NA + SANTIAGO,Guacaica,1063,1,30-Jul,9:50,10:00,Coragyps atratus,1,,Vuelo,NA + SANTIAGO,Guacaica,1063,1,30-Jul,9:50,10:00,Bubulcus ibis,1,,Vuelo,NA +JUAN,Guacaica,837,9,31-Jul,6:13,6:23,Columbina talpacoti,1,,Auditivo,NA +JUAN,Guacaica,837,9,31-Jul,6:13,6:23,Coragyps atratus,1,,Auditivo,NA +JUAN,Guacaica,837,9,31-Jul,6:13,6:23,Setophaga pitiayumi,1,,Auditivo,NA +JUAN,Guacaica,837,9,31-Jul,6:13,6:23,Thraupis episcopus,1,,Auditivo,NA +JUAN,Guacaica,837,9,31-Jul,6:13,6:23,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,837,9,31-Jul,6:13,6:23,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,837,9,31-Jul,6:13,6:23,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,837,9,31-Jul,6:13,6:23,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,837,8,31-Jul,6:30,6:40,Colaptes rubiginosus,1,58.5,visual,BNC +JUAN,Guacaica,837,8,31-Jul,6:30,6:40,Daptrius chimachima,1,,vuelo,NA +JUAN,Guacaica,837,8,31-Jul,6:30,6:40,Odontophorus hyperythrus,1,,Auditivo,NA +JUAN,Guacaica,837,8,31-Jul,6:30,6:40,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,837,8,31-Jul,6:30,6:40,Saucerottia saucerottei,1,,vuelo,NA +JUAN,Guacaica,837,8,31-Jul,6:30,6:40,Streptoprocne zonaris,20,,vuelo,NA +JUAN,Guacaica,837,8,31-Jul,6:30,6:40,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,837,8,31-Jul,6:30,6:40,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,837,6,31-Jul,6:45,6:55,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,837,6,31-Jul,6:45,6:55,Coragyps atratus,1,,vuelo,NA +JUAN,Guacaica,837,6,31-Jul,6:45,6:55,Dryobates fumigatus,1,,Auditivo,AD +JUAN,Guacaica,837,6,31-Jul,6:45,6:55,Stelgidopteryx ruficollis,3,,vuelo,NA +JUAN,Guacaica,837,6,31-Jul,6:45,6:55,Stilpnia heinei,2,24.6,visual,BNC +JUAN,Guacaica,837,6,31-Jul,6:45,6:55,Streptoprocne zonaris,2,,vuelo,NA +JUAN,Guacaica,837,6,31-Jul,6:45,6:55,Thraupis episcopus,1,34,visual,RE +JUAN,Guacaica,837,6,31-Jul,6:45,6:55,Turdus fuscater,3,74.2,visual,BC +JUAN,Guacaica,837,6,31-Jul,6:45,6:55,Tyrannus melancholicus,2,34,visual,RE +JUAN,Guacaica,837,6,31-Jul,6:45,6:55,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,837,6,31-Jul,6:45,6:55,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,837,6,31-Jul,6:45,6:55,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,837,7,31-Jul,7:05,7:15,Henicorhina leucophrys,1,5.4,visual,BNC +JUAN,Guacaica,837,5,31-Jul,7:34,7:44,Amazona mercenarius,1,55.2,visual,BNC +JUAN,Guacaica,837,5,31-Jul,7:34,7:44,Amazona mercenarius,2,,vuelo,NA +JUAN,Guacaica,837,5,31-Jul,7:34,7:44,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,837,5,31-Jul,7:34,7:44,Momotus aequatorialis,1,,vuelo,NA +JUAN,Guacaica,837,5,31-Jul,7:34,7:44,Patagioenas fasciata,2,,vuelo,NA +JUAN,Guacaica,837,5,31-Jul,7:34,7:44,Pionus chalcopterus,1,,vuelo,NA +JUAN,Guacaica,837,5,31-Jul,7:34,7:44,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,837,4,31-Jul,7:52,8:02,Bubulcus ibis,2,,vuelo,NA +JUAN,Guacaica,837,4,31-Jul,7:52,8:02,Daptrius chimachima,2,,vuelo,NA +JUAN,Guacaica,837,4,31-Jul,7:52,8:02,Molothrus bonariensis,1,,vuelo,NA +JUAN,Guacaica,837,4,31-Jul,7:52,8:02,Patagioenas fasciata,2,,vuelo,NA +JUAN,Guacaica,837,4,31-Jul,7:52,8:02,Pygochelidon cyanoleuca,1,,vuelo,NA +JUAN,Guacaica,837,4,31-Jul,7:52,8:02,Rupornis magnirostris,2,,Auditivo,NA +JUAN,Guacaica,837,4,31-Jul,7:52,8:02,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guacaica,837,4,31-Jul,7:52,8:02,Stelgidopteryx ruficollis,3,,vuelo,NA +JUAN,Guacaica,837,4,31-Jul,7:52,8:02,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,837,4,31-Jul,7:52,8:02,Vanellus chilensis,1,72.4,visual,PO +JUAN,Guacaica,837,4,31-Jul,7:52,8:02,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,837,4,31-Jul,7:52,8:02,Zimmerius chrysops,3,,Auditivo,NA +JUAN,Guacaica,837,3,31-Jul,8:13,8:23,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guacaica,837,3,31-Jul,8:13,8:23,Dryobates fumigatus,1,,Auditivo,NA +JUAN,Guacaica,837,3,31-Jul,8:13,8:23,Grallaria ruficapilla,2,,Auditivo,NA +JUAN,Guacaica,837,3,31-Jul,8:13,8:23,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,837,3,31-Jul,8:13,8:23,Myioborus miniatus,1,,Auditivo,NA +JUAN,Guacaica,837,3,31-Jul,8:13,8:23,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,837,3,31-Jul,8:13,8:23,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,837,3,31-Jul,8:13,8:23,Tangara nigroviridis,3,57.8,visual,BNC +JUAN,Guacaica,837,3,31-Jul,8:13,8:23,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,837,3,31-Jul,8:13,8:23,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,837,3,31-Jul,8:13,8:23,Turdus fuscater,1,4.9,visual,PO +JUAN,Guacaica,837,3,31-Jul,8:13,8:23,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,837,3,31-Jul,8:13,8:23,Zimmerius chrysops,1,34.3,visual,BNC +JUAN,Guacaica,837,3,31-Jul,8:13,8:23,Zonotrichia capensis,1,39.3,visual,PO +JUAN,Guacaica,837,2,31-Jul,8:35,8:45,Bubulcus ibis,1,67.4,visual,PO +JUAN,Guacaica,837,2,31-Jul,8:35,8:45,Patagioenas fasciata,1,27.8,visual,AD +JUAN,Guacaica,837,2,31-Jul,8:35,8:45,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guacaica,837,2,31-Jul,8:35,8:45,Stilpnia vitriolina,1,27.2,visual,AD +JUAN,Guacaica,837,2,31-Jul,8:35,8:45,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,837,2,31-Jul,8:35,8:45,Tiaris olivaceus,2,,Auditivo,NA +JUAN,Guacaica,837,2,31-Jul,8:35,8:45,Tyrannus melancholicus,1,90.3,visual,BC +JUAN,Guacaica,837,2,31-Jul,8:35,8:45,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,837,2,31-Jul,8:35,8:45,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,837,2,31-Jul,8:35,8:45,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,837,2,31-Jul,8:35,8:45,Zonotrichia capensis,2,27.7,visual,AD +JUAN,Guacaica,837,1,31-Jul,8:52,9:02,Aulacorhynchus albivitta,1,49.8,visual,BNC +JUAN,Guacaica,837,1,31-Jul,8:52,9:02,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,837,1,31-Jul,8:52,9:02,Ortalis columbiana,3,,Auditivo,NA +JUAN,Guacaica,837,1,31-Jul,8:52,9:02,Setophaga pitiayumi,1,,Auditivo,NA +JUAN,Guacaica,837,1,31-Jul,8:52,9:02,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guacaica,837,1,31-Jul,8:52,9:02,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,837,1,31-Jul,8:52,9:02,Troglodytes aedon,1,24.4,visual,PO +JUAN,Guacaica,837,1,31-Jul,8:52,9:02,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,837,1,31-Jul,8:52,9:02,Vanellus chilensis,2,,Auditivo,NA +JUAN,Guacaica,837,1,31-Jul,8:52,9:02,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,837,1,31-Jul,8:52,9:02,Zonotrichia capensis,2,23.9,visual,PO + SANTIAGO,Guacaica,837,1,31-Jul,6:06,6:16,Thraupis episcopus,1,,Auditivo,Na + SANTIAGO,Guacaica,837,1,31-Jul,6:06,6:16,Tyrannus melancholicus,1,48,Visual,AD + SANTIAGO,Guacaica,837,1,31-Jul,6:06,6:16,Synallaxis azarae,1,,Auditivo,NA + SANTIAGO,Guacaica,837,1,31-Jul,6:06,6:16,Momotus aequatorialis,1,82.2,Visual,BNC + SANTIAGO,Guacaica,837,1,31-Jul,6:06,6:16,Vanellus chilensis,2,,Vuelo,NA + SANTIAGO,Guacaica,837,1,31-Jul,6:06,6:16,Daptrius chimachima,1,,Auditivo,NA + SANTIAGO,Guacaica,837,1,31-Jul,6:06,6:16,Pitangus sulphuratus,1,,Auditivo,NA + SANTIAGO,Guacaica,837,2,31-Jul,6:20,6:30,Vanellus chilensis,2,28.2,Visual,PO + SANTIAGO,Guacaica,837,2,31-Jul,6:20,6:30,Synallaxis azarae,1,,Auditivo,NA + SANTIAGO,Guacaica,837,2,31-Jul,6:20,6:30,Forpus conspicillatus,8,104.4,Visual,BNC + SANTIAGO,Guacaica,837,2,31-Jul,6:20,6:30,Tiaris olivaceus,1,21.2,Visual,PO + SANTIAGO,Guacaica,837,2,31-Jul,6:20,6:30,Tangara nigroviridis,1,101.5,Visual,BNC + SANTIAGO,Guacaica,837,2,31-Jul,6:20,6:30,Myiozetetes cayanensis,1,119,Visual,AD + SANTIAGO,Guacaica,837,2,31-Jul,6:20,6:30,Sicalis flaveola,1,25.9,Visual,PO + SANTIAGO,Guacaica,837,2,31-Jul,6:20,6:30,Cyanocorax yncas,1,100.7,Visual,BNC + SANTIAGO,Guacaica,837,2,31-Jul,6:20,6:30,Pionus menstruus,5,,Vuelo,NA + SANTIAGO,Guacaica,837,2,31-Jul,6:20,6:30,Thraupis episcopus,1,,Auditivo,NA + SANTIAGO,Guacaica,837,2,31-Jul,6:20,6:30,Tyrannus melancholicus,1,35.5,Visual,AD + SANTIAGO,Guacaica,837,3,31-Jul,6:45,6:55,Grallaria ruficapilla,1,,Auditivo,NA + SANTIAGO,Guacaica,837,3,31-Jul,6:45,6:55,Pachyramphus polychopterus,2,45.6,Visual,BNC + SANTIAGO,Guacaica,837,3,31-Jul,6:45,6:55,Dryobates fumigatus,1,16.4,Visual,BNC + SANTIAGO,Guacaica,837,3,31-Jul,6:45,6:55,Zenaida auriculata,2,,Vuelo,NA + SANTIAGO,Guacaica,837,3,31-Jul,6:45,6:55,Stelgidopteryx ruficollis,1,,Vuelo,NA + SANTIAGO,Guacaica,837,3,31-Jul,6:45,6:55,Myioborus miniatus,2,8.7,Visual,AD + SANTIAGO,Guacaica,837,3,31-Jul,6:45,6:55,Zimmerius chrysops,1,25.6,Visual,BNC + SANTIAGO,Guacaica,837,3,31-Jul,6:45,6:55,Piranga rubra,1,58.9,Visual,BNC + SANTIAGO,Guacaica,837,9,31-Jul,7:30,7:40,Vanellus chilensis,2,,Vuelo,NA + SANTIAGO,Guacaica,837,9,31-Jul,7:30,7:40,Coragyps atratus,2,130.4,Visual,BNC + SANTIAGO,Guacaica,837,9,31-Jul,7:30,7:40,Tyrannus melancholicus,1,99.4,Visual,AD + SANTIAGO,Guacaica,837,9,31-Jul,7:30,7:40,Thamnophilus multistriatus,1,,Auditivo,NA + SANTIAGO,Guacaica,837,9,31-Jul,7:30,7:40,Leptotila verreauxi,1,97.3,Visual,AD + SANTIAGO,Guacaica,837,9,31-Jul,7:30,7:40,Tangara vassorii,1,46.8,Visual,BNC + SANTIAGO,Guacaica,837,9,31-Jul,7:30,7:40,Vanellus chilensis,2,108.8,Visual,PO + SANTIAGO,Guacaica,837,9,31-Jul,7:30,7:40,Pionus menstruus,1,,Vuelo,NA + SANTIAGO,Guacaica,837,9,31-Jul,7:30,7:40,Vanellus chilensis,2,,Vuelo,NA + SANTIAGO,Guacaica,837,9,31-Jul,7:30,7:40,Phimosus infuscatus,3,,Vuelo,NA + SANTIAGO,Guacaica,837,7,31-Jul,8:25,8:35,Myadestes ralloides,1,6.9,Visual,BNC + SANTIAGO,Guacaica,837,6,31-Jul,7:58,8:08,Colaptes rubiginosus,1,25.2,Visual,AD + SANTIAGO,Guacaica,837,6,31-Jul,7:58,8:08,Ramphocelus flammigerus,1,62.1,Visual,BC + SANTIAGO,Guacaica,837,6,31-Jul,7:58,8:08,Microcerculus marginatus,1,,Auditivo,Na + SANTIAGO,Guacaica,837,6,31-Jul,7:58,8:08,Dryobates fumigatus,1,87.6,Visual,AD + SANTIAGO,Guacaica,837,6,31-Jul,7:58,8:08,Stelgidopteryx ruficollis,1,,Vuelo,NA + SANTIAGO,Guacaica,837,6,31-Jul,7:58,8:08,Synallaxis albescens,1,59.2,Visual,BC + SANTIAGO,Guacaica,837,6,31-Jul,7:58,8:08,Ramphocelus flammigerus,1,48.5,Visual,AD + SANTIAGO,Guacaica,837,6,31-Jul,7:58,8:08,Patagioenas fasciata,2,203.1,Visual,BNC + SANTIAGO,Guacaica,837,6,31-Jul,7:58,8:08,Coragyps atratus,2,,Vuelo,Na + SANTIAGO,Guacaica,837,6,31-Jul,7:58,8:08,Tangara nigroviridis,1,5.7,Visual,AD + SANTIAGO,Guacaica,837,8,31-Jul,8:19,8:29,Rupornis magnirostris,1,,Auditivo,NA + SANTIAGO,Guacaica,837,8,31-Jul,8:19,8:29,Thamnophilus multistriatus,1,,Auditivo,NA + SANTIAGO,Guacaica,837,8,31-Jul,8:19,8:29,Ardea alba,5,,Vuelo,NA + SANTIAGO,Guacaica,837,8,31-Jul,8:19,8:29,Pionus chalcopterus,6,,Vuelo,NA + SANTIAGO,Guacaica,837,8,31-Jul,8:19,8:29,Theristicus caudatus,2,,Vuelo,NA + SANTIAGO,Guacaica,837,8,31-Jul,8:19,8:29,Pheugopedius mystacalis,1,,Auditivo,NA + SANTIAGO,Guacaica,837,5,31-Jul,8:45,8:55,Thamnophilus multistriatus,1,,Auditivo,NA + SANTIAGO,Guacaica,837,5,31-Jul,8:45,8:55,Stilpnia vitriolina,2,25.2,Visual,BNC + SANTIAGO,Guacaica,837,5,31-Jul,8:45,8:55,Turdus fuscater,1,26.8,Visual,BNC + SANTIAGO,Guacaica,837,5,31-Jul,8:45,8:55,Myioborus miniatus,1,22.6,Visual,BNC + SANTIAGO,Guacaica,837,5,31-Jul,8:45,8:55,Grallaria ruficapilla,1,,Auditivo,NA + SANTIAGO,Guacaica,837,4,31-Jul,7:07,7:17,Zimmerius chrysops,1,,Auditivo,NA + SANTIAGO,Guacaica,837,4,31-Jul,7:07,7:17,Pionus menstruus,1,,Auditivo,NA + SANTIAGO,Guacaica,837,4,31-Jul,7:07,7:17,Pheugopedius mystacalis,1,,Auditivo,NA + SANTIAGO,Guacaica,837,4,31-Jul,7:07,7:17,Leptopogon superciliaris,1,98.1,Visual,BNC + SANTIAGO,Guacaica,837,4,31-Jul,7:07,7:17,Zimmerius chrysops,1,18,Visual,AD + SANTIAGO,Guacaica,837,4,31-Jul,7:07,7:17,Synallaxis azarae,1,48,Visual,AD +JUAN,Guacaica,1087,3,23-Aug,6:02,6:12,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,3,23-Aug,6:02,6:12,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,1087,3,23-Aug,6:02,6:12,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1087,3,23-Aug,6:02,6:12,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1087,3,23-Aug,6:02,6:12,Tyrannus melancholicus,1,64.3,visual,RE +JUAN,Guacaica,1087,3,23-Aug,6:02,6:12,Tyrannus melancholicus,1,29.2,visual,RE +JUAN,Guacaica,1087,3,23-Aug,6:02,6:12,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,1087,3,23-Aug,6:02,6:12,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1087,3,23-Aug,6:02,6:12,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1087,3,23-Aug,6:02,6:12,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1087,4,23-Aug,6:19,6:29,Amazilia tzacatl,1,5.2,visual,AD +JUAN,Guacaica,1087,4,23-Aug,6:19,6:29,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,1087,4,23-Aug,6:19,6:29,Elaenia flavogaster,2,,Auditivo,NA +JUAN,Guacaica,1087,4,23-Aug,6:19,6:29,Myioborus miniatus,1,5.3,visual,CV +JUAN,Guacaica,1087,4,23-Aug,6:19,6:29,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1087,4,23-Aug,6:19,6:29,Troglodytes aedon,2,18.8,visual,RE +JUAN,Guacaica,1087,4,23-Aug,6:19,6:29,Vanellus chilensis,3,,vuelo,NA +JUAN,Guacaica,1087,4,23-Aug,6:19,6:29,Zenaida auriculata,1,16,visual,RE +JUAN,Guacaica,1087,4,23-Aug,6:19,6:29,Zonotrichia capensis,1,15.6,visual,AD +JUAN,Guacaica,1087,4,23-Aug,6:19,6:29,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1087,4,23-Aug,6:19,6:29,Zonotrichia capensis,1,29.4,visual,PO +JUAN,Guacaica,1087,5,23-Aug,6:34,6:44,Aulacorhynchus albivitta,2,82.3,visual,AD +JUAN,Guacaica,1087,5,23-Aug,6:34,6:44,Columbina talpacoti,1,,vuelo,NA +JUAN,Guacaica,1087,5,23-Aug,6:34,6:44,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guacaica,1087,5,23-Aug,6:34,6:44,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,5,23-Aug,6:34,6:44,Molothrus bonariensis,1,,vuelo,NA +JUAN,Guacaica,1087,5,23-Aug,6:34,6:44,Molothrus oryzivorus,1,61.4,visual,GU +JUAN,Guacaica,1087,5,23-Aug,6:34,6:44,Molothrus oryzivorus,2,53.1,visual,GU +JUAN,Guacaica,1087,5,23-Aug,6:34,6:44,Ortalis columbiana,1,,vuelo,NA +JUAN,Guacaica,1087,5,23-Aug,6:34,6:44,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1087,5,23-Aug,6:34,6:44,Turdus fuscater,1,,Auditivo,NA +JUAN,Guacaica,1087,5,23-Aug,6:34,6:44,Turdus fuscater,1,70.1,visual,AD +JUAN,Guacaica,1087,5,23-Aug,6:34,6:44,Turdus fuscater,1,38.6,visual,PO +JUAN,Guacaica,1087,5,23-Aug,6:34,6:44,Tyrannus melancholicus,1,97.4,visual,RE +JUAN,Guacaica,1087,5,23-Aug,6:34,6:44,Zenaida auriculata,1,,vuelo,NA +JUAN,Guacaica,1087,5,23-Aug,6:34,6:44,Zenaida auriculata,2,42.6,visual,RE +JUAN,Guacaica,1087,5,23-Aug,6:34,6:44,Zenaida auriculata,1,49.4,visual,RE +JUAN,Guacaica,1087,5,23-Aug,6:34,6:44,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guacaica,1087,10,23-Aug,6:52,7:02,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guacaica,1087,10,23-Aug,6:52,7:02,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1087,10,23-Aug,6:52,7:02,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,10,23-Aug,6:52,7:02,Melanerpes formicivorus,3,60.6,visual,BNC +JUAN,Guacaica,1087,10,23-Aug,6:52,7:02,Pygochelidon cyanoleuca,5,,vuelo,NA +JUAN,Guacaica,1087,10,23-Aug,6:52,7:02,Rupornis magnirostris,1,90.2,visual,BNC +JUAN,Guacaica,1087,10,23-Aug,6:52,7:02,Stelgidopteryx ruficollis,6,,vuelo,NA +JUAN,Guacaica,1087,10,23-Aug,6:52,7:02,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1087,10,23-Aug,6:52,7:02,Vanellus chilensis,2,,vuelo,NA +JUAN,Guacaica,1087,10,23-Aug,6:52,7:02,Zenaida auriculata,1,67.8,visual,RE +JUAN,Guacaica,1087,10,23-Aug,6:52,7:02,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1087,10,23-Aug,6:52,7:02,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guacaica,1087,2,23-Aug,7:10,7:20,Bubulcus ibis,2,,vuelo,NA +JUAN,Guacaica,1087,2,23-Aug,7:10,7:20,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,2,23-Aug,7:10,7:20,Rupornis magnirostris,1,15.9,visual,AD +JUAN,Guacaica,1087,2,23-Aug,7:10,7:20,Sporophila nigricollis,2,15.8,visual,AD +JUAN,Guacaica,1087,2,23-Aug,7:10,7:20,Stelgidopteryx ruficollis,1,30.1,visual,RE +JUAN,Guacaica,1087,2,23-Aug,7:10,7:20,Troglodytes aedon,2,21,visual,AD +JUAN,Guacaica,1087,2,23-Aug,7:10,7:20,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1087,2,23-Aug,7:10,7:20,Tyrannus melancholicus,2,15.9,visual,AD +JUAN,Guacaica,1087,2,23-Aug,7:10,7:20,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,1087,2,23-Aug,7:10,7:20,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1087,2,23-Aug,7:10,7:20,Zonotrichia capensis,1,7.3,visual,PO +JUAN,Guacaica,1087,2,23-Aug,7:10,7:20,Zonotrichia capensis,1,5.6,visual,PO +JUAN,Guacaica,1087,1,23-Aug,7:26,7:36,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guacaica,1087,1,23-Aug,7:26,7:36,Icterus chrysater,2,,Auditivo,NA +JUAN,Guacaica,1087,1,23-Aug,7:26,7:36,Pionus menstruus,1,,vuelo,NA +JUAN,Guacaica,1087,1,23-Aug,7:26,7:36,Spinus psaltria,1,10.1,visual,CV +JUAN,Guacaica,1087,1,23-Aug,7:26,7:36,Spinus psaltria,2,21.4,visual,AD +JUAN,Guacaica,1087,1,23-Aug,7:26,7:36,Sporophila intermedia,1,15.6,visual,AD +JUAN,Guacaica,1087,1,23-Aug,7:26,7:36,Sporophila nigricollis,1,11.4,visual,AD +JUAN,Guacaica,1087,1,23-Aug,7:26,7:36,Synallaxis albescens,2,,Auditivo,NA +JUAN,Guacaica,1087,1,23-Aug,7:26,7:36,Tiaris olivaceus,2,,Auditivo,NA +JUAN,Guacaica,1087,1,23-Aug,7:26,7:36,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1087,1,23-Aug,7:26,7:36,Tyrannus melancholicus,1,41.2,visual,RE +JUAN,Guacaica,1087,1,23-Aug,7:26,7:36,Vanellus chilensis,1,,vuelo,NA +JUAN,Guacaica,1087,1,23-Aug,7:26,7:36,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1087,1,23-Aug,7:26,7:36,Volatinia jacarina,1,15.6,visual,AD +JUAN,Guacaica,1087,1,23-Aug,7:26,7:36,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1087,1,23-Aug,7:26,7:36,Zonotrichia capensis,1,21.6,visual,AD +JUAN,Guacaica,1087,1,23-Aug,7:26,7:36,Zonotrichia capensis,1,15.1,visual,AD +JUAN,Guacaica,1087,6,23-Aug,8:03,8:13,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,1087,6,23-Aug,8:03,8:13,Chlorophonia cyanocephala,1,19.8,visual,AD +JUAN,Guacaica,1087,6,23-Aug,8:03,8:13,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guacaica,1087,6,23-Aug,8:03,8:13,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1087,6,23-Aug,8:03,8:13,Piaya cayana,1,50.6,visual,BC +JUAN,Guacaica,1087,6,23-Aug,8:03,8:13,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guacaica,1087,6,23-Aug,8:03,8:13,Sporophila nigricollis,2,12.2,visual,AD +JUAN,Guacaica,1087,6,23-Aug,8:03,8:13,Stilpnia heinei,1,19.8,visual,AD +JUAN,Guacaica,1087,6,23-Aug,8:03,8:13,Tapera naevia,1,,Auditivo,NA +JUAN,Guacaica,1087,6,23-Aug,8:03,8:13,Vanellus chilensis,1,,vuelo,NA +JUAN,Guacaica,1087,6,23-Aug,8:03,8:13,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1087,6,23-Aug,8:03,8:13,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1087,6,23-Aug,8:03,8:13,Zimmerius chrysops,1,21.4,visual,AD +JUAN,Guacaica,1087,8,23-Aug,8:29,8:39,Colaptes rubiginosus,2,,Auditivo,NA +JUAN,Guacaica,1087,8,23-Aug,8:29,8:39,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,8,23-Aug,8:29,8:39,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guacaica,1087,8,23-Aug,8:29,8:39,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,1087,8,23-Aug,8:29,8:39,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,1087,8,23-Aug,8:29,8:39,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1087,8,23-Aug,8:29,8:39,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guacaica,1087,7,23-Aug,8:48,8:58,Coragyps atratus,1,,vuelo,NA +JUAN,Guacaica,1087,7,23-Aug,8:48,8:58,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,7,23-Aug,8:48,8:58,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guacaica,1087,7,23-Aug,8:48,8:58,Saucerottia saucerottei,1,13.7,visual,BNC +JUAN,Guacaica,1087,7,23-Aug,8:48,8:58,Tangara arthus,2,23.2,visual,BNC +JUAN,Guacaica,1087,7,23-Aug,8:48,8:58,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1087,7,23-Aug,8:48,8:58,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1087,11,23-Aug,9:05,9:15,Columbina talpacoti,1,20.2,visual,AD +JUAN,Guacaica,1087,11,23-Aug,9:05,9:15,Columbina talpacoti,2,84,visual,PO +JUAN,Guacaica,1087,11,23-Aug,9:05,9:15,Coragyps atratus,10,,vuelo,NA +JUAN,Guacaica,1087,11,23-Aug,9:05,9:15,Phimosus infuscatus,1,83.3,visual,PO +JUAN,Guacaica,1087,11,23-Aug,9:05,9:15,Pitangus sulphuratus,1,49.3,visual,PO +JUAN,Guacaica,1087,11,23-Aug,9:05,9:15,Sicalis flaveola,1,20.9,visual,AD +JUAN,Guacaica,1087,11,23-Aug,9:05,9:15,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,1087,11,23-Aug,9:05,9:15,Stilpnia vitriolina,1,59.6,visual,AD +JUAN,Guacaica,1087,11,23-Aug,9:05,9:15,Thraupis episcopus,2,,vuelo,NA +JUAN,Guacaica,1087,11,23-Aug,9:05,9:15,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1087,11,23-Aug,9:05,9:15,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1087,11,23-Aug,9:05,9:15,Tyrannus melancholicus,1,84,visual,PO +JUAN,Guacaica,1087,11,23-Aug,9:05,9:15,Vanellus chilensis,3,83.3,visual,PO +JUAN,Guacaica,1087,11,23-Aug,9:05,9:15,Zonotrichia capensis,3,,Auditivo,NA +JUAN,Guacaica,1087,9,23-Aug,9:36,9:46,Bubulcus ibis,5,74.3,visual,PO +JUAN,Guacaica,1087,9,23-Aug,9:36,9:46,Coragyps atratus,2,,vuelo,NA +JUAN,Guacaica,1087,9,23-Aug,9:36,9:46,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,9,23-Aug,9:36,9:46,Pitangus sulphuratus,1,,Auditivo,NA +JUAN,Guacaica,1087,9,23-Aug,9:36,9:46,Stelgidopteryx ruficollis,2,,vuelo,NA +JUAN,Guacaica,1087,9,23-Aug,9:36,9:46,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1087,9,23-Aug,9:36,9:46,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1087,9,23-Aug,9:36,9:46,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,1,23-Aug,6:18,6:28,Vanellus chilensis,2,,Auditivo,NA +SANTIAGO,Guacaica,1087,1,23-Aug,6:18,6:28,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,1,23-Aug,6:18,6:28,Thraupis episcopus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,1,23-Aug,6:18,6:28,Zenaida auriculata,1,,Vuelo,NA +SANTIAGO,Guacaica,1087,1,23-Aug,6:18,6:28,Vanellus chilensis,2,,Vuelo,NA +SANTIAGO,Guacaica,1087,1,23-Aug,6:18,6:28,Troglodytes aedon,2,46.4,Visual,PO +SANTIAGO,Guacaica,1087,1,23-Aug,6:18,6:28,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,1,23-Aug,6:18,6:28,Sporophila nigricollis,1,8.7,Visual,CV +SANTIAGO,Guacaica,1087,1,23-Aug,6:18,6:28,Zonotrichia capensis,1,7.3,Visual,SF +SANTIAGO,Guacaica,1087,1,23-Aug,6:18,6:28,Tiaris olivaceus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,1,23-Aug,6:18,6:28,Pheugopedius mystacalis,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,9,23-Aug,6:39,6:49,Contopus virens,1,10.8,Visual,BC +SANTIAGO,Guacaica,1087,9,23-Aug,6:39,6:49,Henicorhina leucosticta,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,9,23-Aug,6:39,6:49,Pheugopedius mystacalis,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,9,23-Aug,6:39,6:49,Thraupis episcopus,1,28.5,Visual,NA +SANTIAGO,Guacaica,1087,9,23-Aug,6:39,6:49,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,9,23-Aug,6:39,6:49,Vanellus chilensis,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,9,23-Aug,6:39,6:49,Synallaxis albescens,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,9,23-Aug,6:39,6:49,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,9,23-Aug,6:39,6:49,Tyrannus melancholicus,1,34.4,Visual,AD +SANTIAGO,Guacaica,1087,9,23-Aug,6:39,6:49,Henicorhina leucosticta,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,6,23-Aug,6:55,7:05,Tiaris olivaceus,2,19.3,Visual,AD +SANTIAGO,Guacaica,1087,6,23-Aug,6:55,7:05,Tyrannus melancholicus,1,29.4,Visual,AD +SANTIAGO,Guacaica,1087,6,23-Aug,6:55,7:05,Volatinia jacarina,1,21.9,Visual,SF +SANTIAGO,Guacaica,1087,6,23-Aug,6:55,7:05,Cyanocorax yncas,1,17.3,Visual,AD +SANTIAGO,Guacaica,1087,6,23-Aug,6:55,7:05,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,6,23-Aug,6:55,7:05,Pygochelidon cyanoleuca,2,,Vuelo,NA +SANTIAGO,Guacaica,1087,6,23-Aug,6:55,7:05,Pionus chalcopterus,3,,Vuelo,NA +SANTIAGO,Guacaica,1087,6,23-Aug,6:55,7:05,Sporophila nigricollis,1,17.6,Visual,AD +SANTIAGO,Guacaica,1087,7,23-Aug,7:21,7:31,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,7,23-Aug,7:21,7:31,Tapera naevia,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,7,23-Aug,7:21,7:31,Leptopogon superciliaris,1,24.8,Visual,AD +SANTIAGO,Guacaica,1087,7,23-Aug,7:21,7:31,Myiodynastes hemichrysus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,7,23-Aug,7:21,7:31,Rupornis magnirostris,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,7,23-Aug,7:21,7:31,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,11,23-Aug,7:42,7:52,Zenaida auriculata,1,12,Visual,AD +SANTIAGO,Guacaica,1087,11,23-Aug,7:42,7:52,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,11,23-Aug,7:42,7:52,Pitangus sulphuratus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,11,23-Aug,7:42,7:52,Sporophila nigricollis,1,24.6,Visual,PO +SANTIAGO,Guacaica,1087,11,23-Aug,7:42,7:52,Dryocopus lineatus,1,28.8,Visual,AD +SANTIAGO,Guacaica,1087,11,23-Aug,7:42,7:52,Crotophaga ani,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,11,23-Aug,7:42,7:52,Colaptes rubiginosus,1,38.9,Visual,AD +SANTIAGO,Guacaica,1087,11,23-Aug,7:42,7:52,Myiozetetes cayanensis,1,17.8,Visual,AD +SANTIAGO,Guacaica,1087,11,23-Aug,7:42,7:52,Pitangus sulphuratus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,11,23-Aug,7:42,7:52,Sicalis flaveola,3,,Auditivo,AD +SANTIAGO,Guacaica,1087,11,23-Aug,7:42,7:52,Thraupis episcopus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,8,23-Aug,8:03,8:13,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,8,23-Aug,8:03,8:13,Thraupis episcopus,1,47.4,Visual,AD +SANTIAGO,Guacaica,1087,8,23-Aug,8:03,8:13,Coragyps atratus,2,,Vuelo,NA +SANTIAGO,Guacaica,1087,8,23-Aug,8:03,8:13,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,8,23-Aug,8:03,8:13,Vanellus chilensis,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,8,23-Aug,8:03,8:13,Atlapetes albinucha,1,39,Visual,BNC +SANTIAGO,Guacaica,1087,8,23-Aug,8:03,8:13,Ortalis columbiana,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,2,23-Aug,8:36,8:46,Tiaris olivaceus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,2,23-Aug,8:36,8:46,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,2,23-Aug,8:36,8:46,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,2,23-Aug,8:36,8:46,Synallaxis azarae,1,13.9,Visual,AD +SANTIAGO,Guacaica,1087,10,23-Aug,8:55,9:05,Vanellus chilensis,1,48.3,Visual,PO +SANTIAGO,Guacaica,1087,10,23-Aug,8:55,9:05,Sporophila nigricollis,2,30.9,Visual,AD +SANTIAGO,Guacaica,1087,10,23-Aug,8:55,9:05,Coragyps atratus,17,,Vuelo,NA +SANTIAGO,Guacaica,1087,10,23-Aug,8:55,9:05,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,10,23-Aug,8:55,9:05,Thraupis episcopus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,5,23-Aug,9:11,9:21,Volatinia jacarina,1,6.6,Visual,OC +SANTIAGO,Guacaica,1087,5,23-Aug,9:11,9:21,Icterus chrysater,1,116.6,Visual,BNC +SANTIAGO,Guacaica,1087,5,23-Aug,9:11,9:21,Vanellus chilensis,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,5,23-Aug,9:11,9:21,Synallaxis azarae,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,5,23-Aug,9:11,9:21,Columbina talpacoti,2,43.2,Visual,AD +SANTIAGO,Guacaica,1087,5,23-Aug,9:11,9:21,Coragyps atratus,8,,Vuelo,NA +JUAN,Guacaica,1060,3,24-Aug,5:57,6:07,Atlapetes albinucha,1,9.9,visual,BNC +JUAN,Guacaica,1060,3,24-Aug,5:57,6:07,Chlorostilbon melanorhynchus,1,7.2,visual,BNC +JUAN,Guacaica,1060,3,24-Aug,5:57,6:07,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guacaica,1060,3,24-Aug,5:57,6:07,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1060,3,24-Aug,5:57,6:07,Myioborus miniatus,1,29.1,visual,BNC +JUAN,Guacaica,1060,3,24-Aug,5:57,6:07,Ortalis columbiana,3,42.2,visual,BNC +JUAN,Guacaica,1060,3,24-Aug,5:57,6:07,Patagioenas fasciata,1,62.8,visual,BNC +JUAN,Guacaica,1060,3,24-Aug,5:57,6:07,Phaethornis syrmatophorus,1,8.2,visual,BNC +JUAN,Guacaica,1060,3,24-Aug,5:57,6:07,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1060,3,24-Aug,5:57,6:07,Saltator striatipectus,2,,Auditivo,NA +JUAN,Guacaica,1060,3,24-Aug,5:57,6:07,Stilpnia vitriolina,1,8.3,visual,BNC +JUAN,Guacaica,1060,3,24-Aug,5:57,6:07,Synallaxis azarae,1,6.2,visual,BNC +JUAN,Guacaica,1060,3,24-Aug,5:57,6:07,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1060,3,24-Aug,5:57,6:07,Tangara gyrola,1,13,visual,BNC +JUAN,Guacaica,1060,3,24-Aug,5:57,6:07,Thamnophilus multistriatus,2,,Auditivo,NA +JUAN,Guacaica,1060,3,24-Aug,5:57,6:07,Thraupis episcopus,1,,Auditivo,NA +JUAN,Guacaica,1060,3,24-Aug,5:57,6:07,Todirostrum cinereum,1,,Auditivo,NA +JUAN,Guacaica,1060,3,24-Aug,5:57,6:07,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guacaica,1060,2,24-Aug,6:16,6:26,Atlapetes albinucha,1,,Auditivo,NA +JUAN,Guacaica,1060,2,24-Aug,6:16,6:26,Basileuterus tristriatus,1,,Auditivo,NA +JUAN,Guacaica,1060,2,24-Aug,6:16,6:26,Colaptes rubiginosus,2,21.3,visual,BNC +JUAN,Guacaica,1060,2,24-Aug,6:16,6:26,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1060,2,24-Aug,6:16,6:26,Momotus aequatorialis,1,12.7,visual,BNC +JUAN,Guacaica,1060,2,24-Aug,6:16,6:26,Myioborus miniatus,1,15.2,visual,BNC +JUAN,Guacaica,1060,2,24-Aug,6:16,6:26,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1060,2,24-Aug,6:16,6:26,Picumnus granadensis,1,20.1,visual,BNC +JUAN,Guacaica,1060,2,24-Aug,6:16,6:26,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guacaica,1060,2,24-Aug,6:16,6:26,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1060,2,24-Aug,6:16,6:26,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1060,1,24-Aug,6:36,6:46,Bubulcus ibis,6,,vuelo,NA +JUAN,Guacaica,1060,1,24-Aug,6:36,6:46,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1060,1,24-Aug,6:36,6:46,Myiodynastes hemichrysus,1,,Auditivo,NA +JUAN,Guacaica,1060,1,24-Aug,6:36,6:46,Pheugopedius mystacalis,2,,Auditivo,NA +JUAN,Guacaica,1060,1,24-Aug,6:36,6:46,Saltator atripennis,1,49.9,visual,BNC +JUAN,Guacaica,1060,1,24-Aug,6:36,6:46,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guacaica,1060,1,24-Aug,6:36,6:46,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guacaica,1060,1,24-Aug,6:36,6:46,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1060,1,24-Aug,6:36,6:46,Turdus ignobilis,2,53.7,visual,BNC +JUAN,Guacaica,1060,1,24-Aug,6:36,6:46,Volatinia jacarina,1,23.8,visual,PO +JUAN,Guacaica,1060,1,24-Aug,6:36,6:46,Volatinia jacarina,1,11.3,visual,AD +JUAN,Guacaica,1060,1,24-Aug,6:36,6:46,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1060,1,24-Aug,6:36,6:46,Zimmerius chrysops,1,4.8,visual,CV +JUAN,Guacaica,1060,1,24-Aug,6:36,6:46,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1060,11,24-Aug,6:50,7:00,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guacaica,1060,11,24-Aug,6:50,7:00,Dryobates fumigatus,1,13.1,visual,AD +JUAN,Guacaica,1060,11,24-Aug,6:50,7:00,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1060,11,24-Aug,6:50,7:00,Spinus psaltria,1,15.3,visual,AD +JUAN,Guacaica,1060,11,24-Aug,6:50,7:00,Sporophila luctuosa,1,14.7,visual,AD +JUAN,Guacaica,1060,11,24-Aug,6:50,7:00,Stilpnia vitriolina,1,13.1,visual,AD +JUAN,Guacaica,1060,11,24-Aug,6:50,7:00,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1060,11,24-Aug,6:50,7:00,Troglodytes aedon,1,20.5,visual,PO +JUAN,Guacaica,1060,11,24-Aug,6:50,7:00,Turdus ignobilis,1,32.6,visual,PO +JUAN,Guacaica,1060,11,24-Aug,6:50,7:00,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1060,11,24-Aug,6:50,7:00,Zimmerius chrysops,1,15.1,visual,AD +JUAN,Guacaica,1060,11,24-Aug,6:50,7:00,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guacaica,1060,10,24-Aug,7:14,7:24,Bubulcus ibis,2,,vuelo,NA +JUAN,Guacaica,1060,10,24-Aug,7:14,7:24,Heliomaster longirostris,1,38.4,visual,AD +JUAN,Guacaica,1060,10,24-Aug,7:14,7:24,Saltator atripennis,2,37.3,visual,AD +JUAN,Guacaica,1060,10,24-Aug,7:14,7:24,Spinus psaltria,1,33.9,visual,AD +JUAN,Guacaica,1060,10,24-Aug,7:14,7:24,Sporophila nigricollis,2,,Auditivo,NA +JUAN,Guacaica,1060,10,24-Aug,7:14,7:24,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1060,10,24-Aug,7:14,7:24,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1060,10,24-Aug,7:14,7:24,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1060,10,24-Aug,7:14,7:24,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1060,10,24-Aug,7:14,7:24,Zimmerius chrysops,1,31.3,visual,AD +JUAN,Guacaica,1060,10,24-Aug,7:14,7:24,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guacaica,1060,9,24-Aug,7:34,7:44,Daptrius chimachima,2,,vuelo,NA +JUAN,Guacaica,1060,9,24-Aug,7:34,7:44,Pionus menstruus,2,,vuelo,NA +JUAN,Guacaica,1060,9,24-Aug,7:34,7:44,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guacaica,1060,9,24-Aug,7:34,7:44,Tangara gyrola,1,,vuelo,NA +JUAN,Guacaica,1060,9,24-Aug,7:34,7:44,Tyrannus melancholicus,1,51.7,visual,RE +JUAN,Guacaica,1060,9,24-Aug,7:34,7:44,Tyrannus melancholicus,1,58.6,visual,AD +JUAN,Guacaica,1060,9,24-Aug,7:34,7:44,Zenaida auriculata,1,,vuelo,NA +JUAN,Guacaica,1060,9,24-Aug,7:34,7:44,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1060,9,24-Aug,7:34,7:44,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1060,8,24-Aug,7:55,8:05,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,1060,8,24-Aug,7:55,8:05,Chlorophanes spiza,1,,vuelo,NA +JUAN,Guacaica,1060,8,24-Aug,7:55,8:05,Melanerpes formicivorus,1,40.5,visual,AD +JUAN,Guacaica,1060,8,24-Aug,7:55,8:05,Melanerpes formicivorus,1,,vuelo,NA +JUAN,Guacaica,1060,8,24-Aug,7:55,8:05,Patagioenas fasciata,1,39.1,visual,BNC +JUAN,Guacaica,1060,8,24-Aug,7:55,8:05,Pionus chalcopterus,2,,vuelo,NA +JUAN,Guacaica,1060,8,24-Aug,7:55,8:05,Ramphocelus flammigerus,1,21.5,visual,BNC +JUAN,Guacaica,1060,8,24-Aug,7:55,8:05,Stilpnia vitriolina,2,,Auditivo,NA +JUAN,Guacaica,1060,8,24-Aug,7:55,8:05,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1060,8,24-Aug,7:55,8:05,Tyrannus melancholicus,1,44.2,visual,AD +JUAN,Guacaica,1060,8,24-Aug,7:55,8:05,Vanellus chilensis,2,,Auditivo,NA +JUAN,Guacaica,1060,8,24-Aug,7:55,8:05,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1060,8,24-Aug,7:55,8:05,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1060,8,24-Aug,7:55,8:05,Zonotrichia capensis,1,26.5,visual,PO +JUAN,Guacaica,1060,7,24-Aug,8:09,8:19,Bubulcus ibis,4,37.2,visual,PO +JUAN,Guacaica,1060,7,24-Aug,8:09,8:19,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guacaica,1060,7,24-Aug,8:09,8:19,Coragyps atratus,1,,vuelo,NA +JUAN,Guacaica,1060,7,24-Aug,8:09,8:19,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1060,7,24-Aug,8:09,8:19,Myioborus miniatus,1,12.9,visual,GU +JUAN,Guacaica,1060,7,24-Aug,8:09,8:19,Patagioenas fasciata,1,36.3,visual,BC +JUAN,Guacaica,1060,7,24-Aug,8:09,8:19,Sporophila nigricollis,1,64.1,visual,AD +JUAN,Guacaica,1060,7,24-Aug,8:09,8:19,Stilpnia heinei,1,23.7,visual,AD +JUAN,Guacaica,1060,7,24-Aug,8:09,8:19,Thraupis episcopus,2,,vuelo,NA +JUAN,Guacaica,1060,7,24-Aug,8:09,8:19,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1060,7,24-Aug,8:09,8:19,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,1060,7,24-Aug,8:09,8:19,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1060,6,24-Aug,8:25,8:35,Coragyps atratus,1,,vuelo,NA +JUAN,Guacaica,1060,6,24-Aug,8:25,8:35,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guacaica,1060,6,24-Aug,8:25,8:35,Elaenia flavogaster,1,10.6,visual,BNC +JUAN,Guacaica,1060,6,24-Aug,8:25,8:35,Setophaga pitiayumi,1,13,visual,BNC +JUAN,Guacaica,1060,6,24-Aug,8:25,8:35,Stilpnia cyanicollis,1,15.7,visual,BNC +JUAN,Guacaica,1060,6,24-Aug,8:25,8:35,Thraupis episcopus,1,17.1,visual,BNC +JUAN,Guacaica,1060,6,24-Aug,8:25,8:35,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1060,6,24-Aug,8:25,8:35,Turdus ignobilis,1,25.8,visual,BNC +JUAN,Guacaica,1060,6,24-Aug,8:25,8:35,Zimmerius chrysops,1,10.2,visual,BNC +JUAN,Guacaica,1060,6,24-Aug,8:25,8:35,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1060,5,24-Aug,8:47,8:57,Chlorophanes spiza,1,14.4,visual,GU +JUAN,Guacaica,1060,5,24-Aug,8:47,8:57,Coragyps atratus,1,,vuelo,NA +JUAN,Guacaica,1060,5,24-Aug,8:47,8:57,Stelgidopteryx ruficollis,1,20.2,visual,PO +JUAN,Guacaica,1060,5,24-Aug,8:47,8:57,Stilpnia vitriolina,1,36.2,visual,AD +JUAN,Guacaica,1060,5,24-Aug,8:47,8:57,Thraupis palmarum,1,14.4,visual,GU +JUAN,Guacaica,1060,5,24-Aug,8:47,8:57,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1060,5,24-Aug,8:47,8:57,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1060,12,24-Aug,9:00,9:10,Chlorophanes spiza,1,,vuelo,NA +JUAN,Guacaica,1060,12,24-Aug,9:00,9:10,Chlorophanes spiza,1,20.5,visual,BNC +JUAN,Guacaica,1060,12,24-Aug,9:00,9:10,Piranga flava,1,22.8,visual,BNC +JUAN,Guacaica,1060,12,24-Aug,9:00,9:10,Spinus psaltria,1,22.2,visual,BNC +JUAN,Guacaica,1060,12,24-Aug,9:00,9:10,Spinus psaltria,1,22.2,visual,BNC +JUAN,Guacaica,1060,12,24-Aug,9:00,9:10,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,1060,12,24-Aug,9:00,9:10,Stilpnia heinei,1,21.1,visual,BNC +JUAN,Guacaica,1060,12,24-Aug,9:00,9:10,Tangara arthus,1,21.7,visual,BNC +JUAN,Guacaica,1060,12,24-Aug,9:00,9:10,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1060,12,24-Aug,9:00,9:10,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1060,12,24-Aug,9:00,9:10,Zimmerius chrysops,1,22,visual,AD +JUAN,Guacaica,1060,4,24-Aug,9:16,9:26,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guacaica,1060,4,24-Aug,9:16,9:26,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1060,4,24-Aug,9:16,9:26,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1060,4,24-Aug,9:16,9:26,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,4,24-Aug,6:00,6:10,Camptostoma obsoletum,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,4,24-Aug,6:00,6:10,Myiodynastes hemichrysus,1,7.6,Visual,RE +SANTIAGO,Guacaica,1060,4,24-Aug,6:00,6:10,Thraupis episcopus,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,4,24-Aug,6:00,6:10,Ortalis columbiana,2,23.4,Visual,BNC +SANTIAGO,Guacaica,1060,4,24-Aug,6:00,6:10,Ortalis columbiana,1,54.2,Visual,BNC +SANTIAGO,Guacaica,1060,4,24-Aug,6:00,6:10,Saltator striatipectus,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,4,24-Aug,6:00,6:10,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,4,24-Aug,6:00,6:10,Pygochelidon cyanoleuca,1,,Vuelo,NA +SANTIAGO,Guacaica,1060,4,24-Aug,6:00,6:10,Myiozetetes cayanensis,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,4,24-Aug,6:00,6:10,Thraupis episcopus,1,7.4,Visual,BNC +SANTIAGO,Guacaica,1060,4,24-Aug,6:00,6:10,Synallaxis azarae,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,12,24-Aug,6:22,6:32,Troglodytes aedon,1,15.2,Visual,PO +SANTIAGO,Guacaica,1060,12,24-Aug,6:22,6:32,Myiodynastes hemichrysus,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,12,24-Aug,6:22,6:32,Tangara gyrola,1,31.5,Visual,AD +SANTIAGO,Guacaica,1060,12,24-Aug,6:22,6:32,Camptostoma obsoletum,1,24.1,Visual,AD +SANTIAGO,Guacaica,1060,5,24-Aug,6:39,6:49,Eucometis penicillata,1,58.9,Visual,AD +SANTIAGO,Guacaica,1060,5,24-Aug,6:39,6:49,Stilpnia vitriolina,2,58.7,Visual,AD +SANTIAGO,Guacaica,1060,5,24-Aug,6:39,6:49,Thraupis palmarum,2,58,Visual,AD +SANTIAGO,Guacaica,1060,5,24-Aug,6:39,6:49,Thraupis episcopus,1,31.9,Visual,AD +SANTIAGO,Guacaica,1060,5,24-Aug,6:39,6:49,Tangara vassorii,1,65.7,Visual,AD +SANTIAGO,Guacaica,1060,5,24-Aug,6:39,6:49,Amazilia tzacatl,1,22.5,Visual,BNC +SANTIAGO,Guacaica,1060,6,24-Aug,7:00,7:10,Sporophila luctuosa,1,20.7,Visual,AD +SANTIAGO,Guacaica,1060,6,24-Aug,7:00,7:10,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,6,24-Aug,7:00,7:10,Stilpnia cyanicollis,2,13,Visual,BNC +SANTIAGO,Guacaica,1060,6,24-Aug,7:00,7:10,Elaenia flavogaster,1,13.2,Visual,BNC +SANTIAGO,Guacaica,1060,6,24-Aug,7:00,7:10,Camptostoma obsoletum,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,6,24-Aug,7:00,7:10,Thraupis palmarum,1,17.8,Visual,AD +SANTIAGO,Guacaica,1060,6,24-Aug,7:00,7:10,Turdus ignobilis,2,38.3,Visual,AD +SANTIAGO,Guacaica,1060,6,24-Aug,7:00,7:10,Sporophila nigricollis,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,6,24-Aug,7:00,7:10,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,6,24-Aug,7:00,7:10,Euphonia laniirostris,3,30.8,Visual,AD +SANTIAGO,Guacaica,1060,6,24-Aug,7:00,7:10,Chlorophonia cyanocephala,1,29.7,Visual,AD +SANTIAGO,Guacaica,1060,6,24-Aug,7:00,7:10,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,7,24-Aug,7:19,7:29,Colaptes rubiginosus,1,39.6,Visual,BNC +SANTIAGO,Guacaica,1060,7,24-Aug,7:19,7:29,Bubulcus ibis,4,51.6,Visual,PO +SANTIAGO,Guacaica,1060,7,24-Aug,7:19,7:29,Thraupis episcopus,2,63.6,Visual,AD +SANTIAGO,Guacaica,1060,7,24-Aug,7:19,7:29,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,7,24-Aug,7:19,7:29,Spinus psaltria,1,37.8,Visual,BNC +SANTIAGO,Guacaica,1060,8,24-Aug,7:41,7:51,Melanerpes formicivorus,2,51.6,Visual,BNC +SANTIAGO,Guacaica,1060,8,24-Aug,7:41,7:51,Caracara plancus,2,,Vuelo,NA +SANTIAGO,Guacaica,1060,8,24-Aug,7:41,7:51,Tangara arthus,1,48.5,Visual,BNC +SANTIAGO,Guacaica,1060,8,24-Aug,7:41,7:51,Vanellus chilensis,3,,Vuelo,NA +SANTIAGO,Guacaica,1060,8,24-Aug,7:41,7:51,Sporophila luctuosa,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,8,24-Aug,7:41,7:51,Chalcothraupis ruficervix,2,47.6,Visual,BNC +SANTIAGO,Guacaica,1060,9,24-Aug,8:00,8:10,Pionus chalcopterus,2,,Vuelo,NA +SANTIAGO,Guacaica,1060,9,24-Aug,8:00,8:10,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,9,24-Aug,8:00,8:10,Atlapetes albinucha,1,35.2,Visual,AD +SANTIAGO,Guacaica,1060,9,24-Aug,8:00,8:10,Piranga rubra,1,102.1,Visual,AD +SANTIAGO,Guacaica,1060,9,24-Aug,8:00,8:10,Ramphocelus flammigerus,2,100,Visual,AD +SANTIAGO,Guacaica,1060,10,24-Aug,8:28,8:38,Zonotrichia capensis,1,15.7,Visual,AD +SANTIAGO,Guacaica,1060,10,24-Aug,8:28,8:38,Thraupis episcopus,1,13.8,Visual,CV +SANTIAGO,Guacaica,1060,10,24-Aug,8:28,8:38,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,10,24-Aug,8:28,8:38,Pyrocephalus rubinus,1,22.8,Visual,AD +SANTIAGO,Guacaica,1060,10,24-Aug,8:28,8:38,Pygochelidon cyanoleuca,8,,Vuelo,NA +SANTIAGO,Guacaica,1060,10,24-Aug,8:28,8:38,Ardea alba,3,,Vuelo,NA +SANTIAGO,Guacaica,1060,10,24-Aug,8:28,8:38,Aulacorhynchus haematopygus,1,71.5,Visual,BNC +SANTIAGO,Guacaica,1060,10,24-Aug,8:28,8:38,Setophaga pitiayumi,1,64,Visual,ad +SANTIAGO,Guacaica,1060,10,24-Aug,8:28,8:38,Zonotrichia capensis,2,16,Visual,PO +SANTIAGO,Guacaica,1060,1,24-Aug,8:55,9:05,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,1,24-Aug,8:55,9:05,Daptrius chimachima,1,,Vuelo,NA +SANTIAGO,Guacaica,1060,1,24-Aug,8:55,9:05,Zenaida auriculata,3,,Vuelo,NA +SANTIAGO,Guacaica,1060,1,24-Aug,8:55,9:05,Tiaris olivaceus,2,8.3,Visual,PO +SANTIAGO,Guacaica,1060,1,24-Aug,8:55,9:05,Stelgidopteryx ruficollis,1,,Vuelo,NA +SANTIAGO,Guacaica,1060,1,24-Aug,8:55,9:05,Pygochelidon cyanoleuca,1,,Vuelo,NA +SANTIAGO,Guacaica,1060,1,24-Aug,8:55,9:05,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,1,24-Aug,8:55,9:05,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,1,24-Aug,8:55,9:05,Spinus psaltria,2,9.3,Visual,AD +SANTIAGO,Guacaica,1060,2,24-Aug,9:11,9:21,Piranga rubra,1,25.8,Visual,BNC +SANTIAGO,Guacaica,1060,2,24-Aug,9:11,9:21,Momotus aequatorialis,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,2,24-Aug,9:11,9:21,Coragyps atratus,5,,Vuelo,NA +SANTIAGO,Guacaica,1060,2,24-Aug,9:11,9:21,Phaethornis guy,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,3,24-Aug,9:30,9:40,Adelomyia melanogenys,1,22.8,Visual,BNC +SANTIAGO,Guacaica,1060,3,24-Aug,9:30,9:40,Synallaxis albescens,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,3,24-Aug,9:30,9:40,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,4,24-Aug,9:55,9:55,Tyrannus melancholicus,1,88.3,Visual,AD +SANTIAGO,Guacaica,1060,4,24-Aug,9:55,9:55,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1092,9,25-Aug,6:10,6:20,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guacaica,1092,9,25-Aug,6:10,6:20,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1092,9,25-Aug,6:10,6:20,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1092,9,25-Aug,6:10,6:20,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1092,9,25-Aug,6:10,6:20,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1092,8,25-Aug,6:26,6:36,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1092,8,25-Aug,6:26,6:36,Troglodytes aedon,2,,Auditivo,NA +JUAN,Guacaica,1092,8,25-Aug,6:26,6:36,Tyrannus melancholicus,2,,Auditivo,NA +JUAN,Guacaica,1092,8,25-Aug,6:26,6:36,Xiphorhynchus susurrans,1,,Auditivo,NA +JUAN,Guacaica,1092,8,25-Aug,6:26,6:36,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1092,7,25-Aug,6:48,6:58,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guacaica,1092,7,25-Aug,6:48,6:58,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guacaica,1092,7,25-Aug,6:48,6:58,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1092,7,25-Aug,6:48,6:58,Myioborus miniatus,1,,Auditivo,NA +JUAN,Guacaica,1092,7,25-Aug,6:48,6:58,Stilpnia vitriolina,1,,Auditivo,NA +JUAN,Guacaica,1092,6,25-Aug,7:13,7:23,Basileuterus tristriatus,1,,Auditivo,NA +JUAN,Guacaica,1092,6,25-Aug,7:13,7:23,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guacaica,1092,6,25-Aug,7:13,7:23,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1092,6,25-Aug,7:13,7:23,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1092,5,25-Aug,7:28,7:38,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1092,5,25-Aug,7:28,7:38,Ortalis columbiana,3,,vuelo,NA +JUAN,Guacaica,1092,5,25-Aug,7:28,7:38,Piaya cayana,1,,vuelo,NA +JUAN,Guacaica,1092,5,25-Aug,7:28,7:38,Pygochelidon cyanoleuca,1,,vuelo,NA +JUAN,Guacaica,1092,5,25-Aug,7:28,7:38,Tiaris olivaceus,1,25.8,visual,PO +JUAN,Guacaica,1092,5,25-Aug,7:28,7:38,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1092,5,25-Aug,7:28,7:38,Troglodytes aedon,2,,Auditivo,NA +JUAN,Guacaica,1092,5,25-Aug,7:28,7:38,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1092,4,25-Aug,7:43,7:53,Contopus cooperi,1,19.6,visual,BNC +JUAN,Guacaica,1092,4,25-Aug,7:43,7:53,Icterus chrysater,1,64.8,visual,BNC +JUAN,Guacaica,1092,4,25-Aug,7:43,7:53,Saltator atripennis,1,52,visual,BNC +JUAN,Guacaica,1092,4,25-Aug,7:43,7:53,Stilpnia cyanicollis,1,25,visual,BNC +JUAN,Guacaica,1092,4,25-Aug,7:43,7:53,Stilpnia heinei,1,18.9,visual,BNC +JUAN,Guacaica,1092,4,25-Aug,7:43,7:53,Stilpnia heinei,1,25,visual,BNC +JUAN,Guacaica,1092,4,25-Aug,7:43,7:53,Stilpnia heinei,1,10.9,visual,AD +JUAN,Guacaica,1092,4,25-Aug,7:43,7:53,Tangara arthus,1,12.5,visual,AD +JUAN,Guacaica,1092,4,25-Aug,7:43,7:53,Tangara arthus,1,10.9,visual,AD +JUAN,Guacaica,1092,4,25-Aug,7:43,7:53,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1092,4,25-Aug,7:43,7:53,Tyrannus melancholicus,2,41.8,visual,BNC +JUAN,Guacaica,1092,4,25-Aug,7:43,7:53,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1092,4,25-Aug,7:43,7:53,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1092,4,25-Aug,7:43,7:53,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1092,4,25-Aug,7:43,7:53,Zonotrichia capensis,1,9.9,visual,PO +JUAN,Guacaica,1092,3,25-Aug,8:07,8:17,Atlapetes albinucha,2,18.6,visual,BNC +JUAN,Guacaica,1092,3,25-Aug,8:07,8:17,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1092,3,25-Aug,8:07,8:17,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1092,2,25-Aug,8:22,8:32,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guacaica,1092,2,25-Aug,8:22,8:32,Chlorostilbon melanorhynchus,1,23.4,visual,BNC +JUAN,Guacaica,1092,2,25-Aug,8:22,8:32,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1092,2,25-Aug,8:22,8:32,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1092,2,25-Aug,8:22,8:32,Leptopogon superciliaris,1,,Auditivo,NA +JUAN,Guacaica,1092,2,25-Aug,8:22,8:32,Pachyramphus polychopterus,1,,Auditivo,NA +JUAN,Guacaica,1092,2,25-Aug,8:22,8:32,Pionus chalcopterus,2,,vuelo,NA +JUAN,Guacaica,1092,2,25-Aug,8:22,8:32,Pionus chalcopterus,6,,vuelo,NA +JUAN,Guacaica,1092,2,25-Aug,8:22,8:32,Thraupis palmarum,2,39.2,visual,BNC +JUAN,Guacaica,1092,2,25-Aug,8:22,8:32,Todirostrum cinereum,1,,Auditivo,NA +JUAN,Guacaica,1092,2,25-Aug,8:22,8:32,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1092,2,25-Aug,8:22,8:32,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1092,10,25-Aug,8:44,8:54,Atlapetes albinucha,1,,Auditivo,NA +JUAN,Guacaica,1092,10,25-Aug,8:44,8:54,Coragyps atratus,3,,vuelo,NA +JUAN,Guacaica,1092,10,25-Aug,8:44,8:54,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1092,10,25-Aug,8:44,8:54,Icterus chrysater,1,19.3,visual,BNC +JUAN,Guacaica,1092,10,25-Aug,8:44,8:54,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guacaica,1092,10,25-Aug,8:44,8:54,Streptoprocne zonaris,14,,vuelo,NA +JUAN,Guacaica,1092,10,25-Aug,8:44,8:54,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1092,11,25-Aug,9:01,9:11,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1092,11,25-Aug,9:01,9:11,Tyrannus melancholicus,1,46.5,visual,RE +JUAN,Guacaica,1092,1,25-Aug,9:26,9:36,Basileuterus tristriatus,1,,Auditivo,NA +JUAN,Guacaica,1092,1,25-Aug,9:26,9:36,Coragyps atratus,2,,vuelo,NA +JUAN,Guacaica,1092,1,25-Aug,9:26,9:36,Momotus aequatorialis,1,23.1,visual,BNC +JUAN,Guacaica,1092,1,25-Aug,9:26,9:36,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guacaica,1092,1,25-Aug,9:26,9:36,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1092,1,25-Aug,9:26,9:36,Zimmerius chrysops,3,,Auditivo,NA +SANTIAGO,Guacaica,1092,1,25-Aug,6:00,6:10,Henicorhina leucophrys,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,1,25-Aug,6:00,6:10,Synallaxis azarae,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,1,25-Aug,6:00,6:10,Taraba major,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,1,25-Aug,6:00,6:10,Arremon brunneinucha,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,1,25-Aug,6:00,6:10,Basileuterus tristriatus,1,22.5,Visual,BNC +SANTIAGO,Guacaica,1092,1,25-Aug,6:00,6:10,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,1,25-Aug,6:00,6:10,Melanerpes formicivorus,2,24.9,Visual,BNC +SANTIAGO,Guacaica,1092,1,25-Aug,6:00,6:10,Taraba major,1,26.7,Visual,BNC +SANTIAGO,Guacaica,1092,1,25-Aug,6:00,6:10,Pheugopedius mystacalis,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,1,25-Aug,6:00,6:10,Dryocopus lineatus,1,,Vuelo,NA +SANTIAGO,Guacaica,1092,1,25-Aug,6:00,6:10,Cranioleuca erythrops,1,35.3,Visual,BNC +SANTIAGO,Guacaica,1092,1,25-Aug,6:00,6:10,Philodice mitchellii,1,9.6,Visual,BNC +SANTIAGO,Guacaica,1092,1,25-Aug,6:00,6:10,Momotus aequatorialis,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,10,25-Aug,6:26,6:36,Loriotus luctuosus,1,13.5,Visual,BNC +SANTIAGO,Guacaica,1092,10,25-Aug,6:26,6:36,Scytalopus spillmanni,1,5.8,Visual,BNC +SANTIAGO,Guacaica,1092,10,25-Aug,6:26,6:36,Pachyramphus polychopterus,1,17.5,Visual,BNC +SANTIAGO,Guacaica,1092,10,25-Aug,6:26,6:36,Momotus aequatorialis,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,10,25-Aug,6:26,6:36,Ortalis columbiana,2,38.4,Visual,BNC +SANTIAGO,Guacaica,1092,10,25-Aug,6:26,6:36,Colinus cristatus,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,10,25-Aug,6:26,6:36,Myiodynastes hemichrysus,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,10,25-Aug,6:26,6:36,Momotus aequatorialis,1,24.7,Visual,BNC +SANTIAGO,Guacaica,1092,10,25-Aug,6:26,6:36,Henicorhina leucophrys,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,10,25-Aug,6:26,6:36,Cercomacroides parkeri,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,10,25-Aug,6:26,6:36,Pipraeidea melanonota,2,36.8,Visual,BNC +SANTIAGO,Guacaica,1092,10,25-Aug,6:26,6:36,Trogon collaris,1,22.3,Visual,BNC +SANTIAGO,Guacaica,1092,11,25-Aug,6:42,6:52,Momotus aequatorialis,1,14.7,Visual,BNC +SANTIAGO,Guacaica,1092,11,25-Aug,6:42,6:52,Zenaida auriculata,2,11.8,Visual,CA +SANTIAGO,Guacaica,1092,11,25-Aug,6:42,6:52,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,11,25-Aug,6:42,6:52,Pheugopedius mystacalis,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,11,25-Aug,6:42,6:52,Theristicus caudatus,3,,Vuelo,NA +SANTIAGO,Guacaica,1092,11,25-Aug,6:42,6:52,Atlapetes albinucha,1,23.3,Visual,AR-3 +SANTIAGO,Guacaica,1092,2,25-Aug,7:06,7:16,Synallaxis brachyura,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,2,25-Aug,7:06,7:16,Cercomacroides parkeri,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,2,25-Aug,7:06,7:16,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,2,25-Aug,7:06,7:16,Mionectes striaticollis,1,8.3,Visual,BNC +SANTIAGO,Guacaica,1092,2,25-Aug,7:06,7:16,Myiodynastes hemichrysus,1,5.6,Visual,BNC +SANTIAGO,Guacaica,1092,2,25-Aug,7:06,7:16,Pionus chalcopterus,3,,Vuelo,NA +SANTIAGO,Guacaica,1092,2,25-Aug,7:06,7:16,Thraupis palmarum,1,10.6,Visual,BNC +SANTIAGO,Guacaica,1092,3,25-Aug,7:24,7:34,Dorifera ludoviceae,1,23.9,Visual,CA +SANTIAGO,Guacaica,1092,3,25-Aug,7:24,7:34,Aulacorhynchus albivitta,1,29.2,Visual,BNC +SANTIAGO,Guacaica,1092,3,25-Aug,7:24,7:34,Chlorospingus flavopectus,2,32.4,Visual,BNC +SANTIAGO,Guacaica,1092,3,25-Aug,7:24,7:34,Stelgidopteryx ruficollis,4,,Vuelo,NA +SANTIAGO,Guacaica,1092,4,25-Aug,8:01,8:11,Piranga flava,1,53.7,Visual,BNC +SANTIAGO,Guacaica,1092,4,25-Aug,8:01,8:11,Stilpnia cyanicollis,2,32.4,Visual,BNC +SANTIAGO,Guacaica,1092,4,25-Aug,8:01,8:11,Camptostoma obsoletum,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,4,25-Aug,8:01,8:11,Ortalis columbiana,2,108.3,Visual,BNC +SANTIAGO,Guacaica,1092,4,25-Aug,8:01,8:11,Colibri coruscans,1,37.9,Visual,BNC +SANTIAGO,Guacaica,1092,4,25-Aug,8:01,8:11,Zonotrichia capensis,1,14.2,Visual,PO +SANTIAGO,Guacaica,1092,4,25-Aug,8:01,8:11,Tangara gyrola,2,35.4,Visual,BNC +SANTIAGO,Guacaica,1092,4,25-Aug,8:01,8:11,Thraupis palmarum,1,22.4,Visual,BNC +SANTIAGO,Guacaica,1092,4,25-Aug,8:01,8:11,Patagioenas fasciata,1,,Vuelo,NA +SANTIAGO,Guacaica,1092,4,25-Aug,8:01,8:11,Bubulcus ibis,3,,Vuelo,NA +SANTIAGO,Guacaica,1092,4,25-Aug,8:01,8:11,Turdus ignobilis,1,36.3,Visual,PO +SANTIAGO,Guacaica,1092,4,25-Aug,8:01,8:11,Crotophaga ani,2,31,Visual,PO +SANTIAGO,Guacaica,1092,5,25-Aug,8:19,8:29,Ramphocelus flammigerus,1,38.5,Visual,AD +SANTIAGO,Guacaica,1092,5,25-Aug,8:19,8:29,Synallaxis azarae,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,5,25-Aug,8:19,8:29,Troglodytes aedon,1,31.5,Visual,PO +SANTIAGO,Guacaica,1092,6,25-Aug,8:40,8:50,Myiothlypis fulvicauda,1,4.8,Visual,BNC +SANTIAGO,Guacaica,1092,7,25-Aug,9:02,9:12,Cyanocorax yncas,3,36.4,Visual,BNC +SANTIAGO,Guacaica,1092,7,25-Aug,9:02,9:12,Malacoptila mystacalis,1,15.2,Visual,BNC +SANTIAGO,Guacaica,1092,7,25-Aug,9:02,9:12,Henicorhina leucophrys,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,7,25-Aug,9:02,9:12,Glyphorynchus spirurus,1,9.7,Visual,BNC +SANTIAGO,Guacaica,1092,8,25-Aug,9:25,9:35,Molothrus oryzivorus,2,36.8,Visual,CA +SANTIAGO,Guacaica,1092,8,25-Aug,9:25,9:35,Daptrius chimachima,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,9,25-Aug,9:43,9:53,Geranoetus albicaudatus,1,,Vuelo,NA +SANTIAGO,Guacaica,1092,9,25-Aug,9:43,9:53,Stelgidopteryx ruficollis,1,,Vuelo,NA +SANTIAGO,Guacaica,1092,9,25-Aug,9:43,9:53,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,9,25-Aug,9:43,9:53,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,9,25-Aug,9:43,9:53,Cyanocorax affinis,1,,Auditivo,NA +JUAN,Guacaica,1063,6,26-Aug,5:54,6:04,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guacaica,1063,6,26-Aug,5:54,6:04,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1063,6,26-Aug,5:54,6:04,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1063,6,26-Aug,5:54,6:04,Saltator atripennis,1,19.5,visual,AD +JUAN,Guacaica,1063,6,26-Aug,5:54,6:04,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guacaica,1063,6,26-Aug,5:54,6:04,Stilpnia vitriolina,1,20.7,visual,BC +JUAN,Guacaica,1063,6,26-Aug,5:54,6:04,Stilpnia vitriolina,2,,Auditivo,NA +JUAN,Guacaica,1063,6,26-Aug,5:54,6:04,Tangara arthus,1,21.9,visual,BC +JUAN,Guacaica,1063,6,26-Aug,5:54,6:04,Tangara gyrola,1,21.1,visual,BC +JUAN,Guacaica,1063,6,26-Aug,5:54,6:04,Thraupis palmarum,1,21.4,visual,BC +JUAN,Guacaica,1063,6,26-Aug,5:54,6:04,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1063,6,26-Aug,5:54,6:04,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1063,6,26-Aug,5:54,6:04,Tyrannus melancholicus,2,,Auditivo,NA +JUAN,Guacaica,1063,7,26-Aug,6:15,6:25,Bubulcus ibis,2,,vuelo,NA +JUAN,Guacaica,1063,7,26-Aug,6:15,6:25,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1063,7,26-Aug,6:15,6:25,Ortalis columbiana,1,,vuelo,NA +JUAN,Guacaica,1063,7,26-Aug,6:15,6:25,Sayornis nigricans,2,16.8,visual,CAG +JUAN,Guacaica,1063,7,26-Aug,6:15,6:25,Serpophaga cinerea,2,8.8,visual,CAG +JUAN,Guacaica,1063,8,26-Aug,6:35,6:45,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1063,8,26-Aug,6:35,6:45,Stilpnia vitriolina,1,,vuelo,NA +JUAN,Guacaica,1063,8,26-Aug,6:35,6:45,Stilpnia vitriolina,1,,Auditivo,NA +JUAN,Guacaica,1063,9,26-Aug,7:01,7:11,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,1063,9,26-Aug,7:01,7:11,Crotophaga ani,1,,Auditivo,NA +JUAN,Guacaica,1063,9,26-Aug,7:01,7:11,Icterus chrysater,2,,Auditivo,NA +JUAN,Guacaica,1063,9,26-Aug,7:01,7:11,Pionus chalcopterus,1,,vuelo,NA +JUAN,Guacaica,1063,9,26-Aug,7:01,7:11,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guacaica,1063,9,26-Aug,7:01,7:11,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guacaica,1063,9,26-Aug,7:01,7:11,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guacaica,1063,9,26-Aug,7:01,7:11,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1063,9,26-Aug,7:01,7:11,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1063,10,26-Aug,7:18,7:28,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,1063,10,26-Aug,7:18,7:28,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guacaica,1063,10,26-Aug,7:18,7:28,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guacaica,1063,10,26-Aug,7:18,7:28,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1063,10,26-Aug,7:18,7:28,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1063,10,26-Aug,7:18,7:28,Pionus chalcopterus,4,,vuelo,NA +JUAN,Guacaica,1063,10,26-Aug,7:18,7:28,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1063,10,26-Aug,7:18,7:28,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1063,10,26-Aug,7:18,7:28,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1063,10,26-Aug,7:18,7:28,Troglodytes aedon,1,13,visual,PO +JUAN,Guacaica,1063,10,26-Aug,7:18,7:28,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1063,10,26-Aug,7:18,7:28,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1063,11,26-Aug,7:32,7:42,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,1063,11,26-Aug,7:32,7:42,Icterus chrysater,1,95.4,visual,AD +JUAN,Guacaica,1063,11,26-Aug,7:32,7:42,Saucerottia saucerottei,1,24.6,visual,AD +JUAN,Guacaica,1063,11,26-Aug,7:32,7:42,Synallaxis albescens,1,,Auditivo,NA +JUAN,Guacaica,1063,11,26-Aug,7:32,7:42,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1063,11,26-Aug,7:32,7:42,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1063,11,26-Aug,7:32,7:42,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1063,11,26-Aug,7:32,7:42,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1063,3,26-Aug,8:06,8:16,Aulacorhynchus albivitta,1,,vuelo,NA +JUAN,Guacaica,1063,3,26-Aug,8:06,8:16,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guacaica,1063,3,26-Aug,8:06,8:16,Chlorophanes spiza,1,85.5,visual,BNC +JUAN,Guacaica,1063,3,26-Aug,8:06,8:16,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1063,3,26-Aug,8:06,8:16,Ortalis columbiana,2,,Auditivo,NA +JUAN,Guacaica,1063,3,26-Aug,8:06,8:16,Patagioenas fasciata,1,67.4,visual,BNC +JUAN,Guacaica,1063,3,26-Aug,8:06,8:16,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1063,3,26-Aug,8:06,8:16,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guacaica,1063,3,26-Aug,8:06,8:16,Sicalis flaveola,1,,vuelo,NA +JUAN,Guacaica,1063,3,26-Aug,8:06,8:16,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1063,3,26-Aug,8:06,8:16,Tachyphonus rufus,1,33.9,visual,CV +JUAN,Guacaica,1063,3,26-Aug,8:06,8:16,Thraupis episcopus,1,33.9,visual,CV +JUAN,Guacaica,1063,3,26-Aug,8:06,8:16,Thraupis palmarum,2,33.9,visual,AD +JUAN,Guacaica,1063,3,26-Aug,8:06,8:16,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1063,3,26-Aug,8:06,8:16,Tyrannus melancholicus,1,74.1,visual,BNC +JUAN,Guacaica,1063,3,26-Aug,8:06,8:16,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1063,3,26-Aug,8:06,8:16,Zimmerius chrysops,3,,Auditivo,NA +JUAN,Guacaica,1063,2,26-Aug,8:22,8:32,Amazilia tzacatl,1,12.4,visual,AD +JUAN,Guacaica,1063,2,26-Aug,8:22,8:32,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guacaica,1063,2,26-Aug,8:22,8:32,Heliomaster longirostris,1,,vuelo,NA +JUAN,Guacaica,1063,2,26-Aug,8:22,8:32,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1063,2,26-Aug,8:22,8:32,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guacaica,1063,2,26-Aug,8:22,8:32,Spinus xanthogastrus,1,21.2,visual,AD +JUAN,Guacaica,1063,2,26-Aug,8:22,8:32,Stilpnia vitriolina,1,10.3,visual,AD +JUAN,Guacaica,1063,2,26-Aug,8:22,8:32,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1063,2,26-Aug,8:22,8:32,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1063,2,26-Aug,8:22,8:32,Vanellus chilensis,2,,Auditivo,NA +JUAN,Guacaica,1063,2,26-Aug,8:22,8:32,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1063,2,26-Aug,8:22,8:32,Zimmerius chrysops,2,25.7,visual,AD +JUAN,Guacaica,1063,2,26-Aug,8:22,8:32,Zonotrichia capensis,1,14.7,visual,AD +JUAN,Guacaica,1063,1,26-Aug,8:42,8:52,Saucerottia saucerottei,1,17.8,visual,AD +JUAN,Guacaica,1063,1,26-Aug,8:42,8:52,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1063,1,26-Aug,8:42,8:52,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1063,1,26-Aug,8:42,8:52,Zimmerius chrysops,1,15.1,visual,AD +JUAN,Guacaica,1063,4,26-Aug,9:01,9:11,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guacaica,1063,4,26-Aug,9:01,9:11,Diglossa sittoides,1,26.9,visual,BNC +JUAN,Guacaica,1063,4,26-Aug,9:01,9:11,Melanerpes formicivorus,1,29.9,visual,AD +JUAN,Guacaica,1063,4,26-Aug,9:01,9:11,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,1063,4,26-Aug,9:01,9:11,Stilpnia cyanicollis,1,7.6,visual,AD +JUAN,Guacaica,1063,4,26-Aug,9:01,9:11,Stilpnia vitriolina,1,41.3,visual,BNC +JUAN,Guacaica,1063,4,26-Aug,9:01,9:11,Thraupis episcopus,1,,Auditivo,NA +JUAN,Guacaica,1063,4,26-Aug,9:01,9:11,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1063,4,26-Aug,9:01,9:11,Zonotrichia capensis,2,22.9,visual,PO +JUAN,Guacaica,1063,5,26-Aug,9:15,9:25,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guacaica,1063,5,26-Aug,9:15,9:25,Melanerpes formicivorus,1,59.3,visual,BNC +JUAN,Guacaica,1063,5,26-Aug,9:15,9:25,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1063,5,26-Aug,9:15,9:25,Pionus chalcopterus,2,,vuelo,NA +JUAN,Guacaica,1063,5,26-Aug,9:15,9:25,Sayornis nigricans,1,22.6,visual,PO +JUAN,Guacaica,1063,5,26-Aug,9:15,9:25,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,1063,5,26-Aug,9:15,9:25,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1063,5,26-Aug,9:15,9:25,Troglodytes aedon,2,22.7,visual,PO +JUAN,Guacaica,1063,5,26-Aug,9:15,9:25,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,4,26-Aug,6:00,6:10,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,4,26-Aug,6:00,6:10,Camptostoma obsoletum,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,4,26-Aug,6:00,6:10,Thraupis episcopus,2,22.9,Visual,BNC +SANTIAGO,Guacaica,1063,4,26-Aug,6:00,6:10,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,4,26-Aug,6:00,6:10,Troglodytes aedon,1,15.9,Visual,AD +SANTIAGO,Guacaica,1063,4,26-Aug,6:00,6:10,Spinus psaltria,1,45.2,Visual,BNC +SANTIAGO,Guacaica,1063,4,26-Aug,6:00,6:10,Stilpnia heinei,1,26.7,Visual,BNC +SANTIAGO,Guacaica,1063,4,26-Aug,6:00,6:10,Bubulcus ibis,1,,Vuelo,NA +SANTIAGO,Guacaica,1063,4,26-Aug,6:00,6:10,Anthracothorax nigricollis,1,37.2,Visual,BNC +SANTIAGO,Guacaica,1063,4,26-Aug,6:00,6:10,Stelgidopteryx ruficollis,4,,Vuelo,NA +SANTIAGO,Guacaica,1063,4,26-Aug,6:00,6:10,Pheugopedius mystacalis,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,4,26-Aug,6:00,6:10,Tyrannus melancholicus,1,82.1,Visual,RE +SANTIAGO,Guacaica,1063,4,26-Aug,6:00,6:10,Dryobates fumigatus,2,61.3,Visual,BNC +SANTIAGO,Guacaica,1063,5,26-Aug,6:24,6:34,Troglodytes aedon,1,12.9,Visual,PO +SANTIAGO,Guacaica,1063,5,26-Aug,6:24,6:34,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,5,26-Aug,6:24,6:34,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,5,26-Aug,6:24,6:34,Pionus chalcopterus,2,,Vuelo,NA +SANTIAGO,Guacaica,1063,5,26-Aug,6:24,6:34,Ramphocelus flammigerus,1,35.4,Visual,AD +SANTIAGO,Guacaica,1063,5,26-Aug,6:24,6:34,Myioborus miniatus,2,10.4,Visual,AD +SANTIAGO,Guacaica,1063,5,26-Aug,6:24,6:34,Chlorophanes spiza,1,10.7,Visual,AD +SANTIAGO,Guacaica,1063,5,26-Aug,6:24,6:34,Melanerpes formicivorus,1,,Vuelo,NA +SANTIAGO,Guacaica,1063,5,26-Aug,6:24,6:34,Bubulcus ibis,2,,Vuelo,NA +SANTIAGO,Guacaica,1063,5,26-Aug,6:24,6:34,Pygochelidon cyanoleuca,3,,Vuelo,NA +SANTIAGO,Guacaica,1063,5,26-Aug,6:24,6:34,Troglodytes aedon,1,21.4,Visual,PO +SANTIAGO,Guacaica,1063,2,26-Aug,6:47,6:57,Synallaxis azarae,1,7.1,Visual,AD +SANTIAGO,Guacaica,1063,2,26-Aug,6:47,6:57,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,2,26-Aug,6:47,6:57,Volatinia jacarina,1,42.8,Visual,PO +SANTIAGO,Guacaica,1063,2,26-Aug,6:47,6:57,Stelgidopteryx ruficollis,1,,Vuelo,NA +SANTIAGO,Guacaica,1063,2,26-Aug,6:47,6:57,Zonotrichia capensis,1,59.5,Visual,PO +SANTIAGO,Guacaica,1063,2,26-Aug,6:47,6:57,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,2,26-Aug,6:47,6:57,Zenaida auriculata,2,,Vuelo,NA +SANTIAGO,Guacaica,1063,1,26-Aug,7:06,7:16,Momotus aequatorialis,2,32.1,Visual,BC +SANTIAGO,Guacaica,1063,1,26-Aug,7:06,7:16,Ortalis columbiana,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,1,26-Aug,7:06,7:16,Thraupis episcopus,1,26.8,Visual,BC +SANTIAGO,Guacaica,1063,1,26-Aug,7:06,7:16,Tiaris olivaceus,1,16.8,Visual,OC +SANTIAGO,Guacaica,1063,1,26-Aug,7:06,7:16,Pygochelidon cyanoleuca,7,,Vuelo,NA +SANTIAGO,Guacaica,1063,3,26-Aug,7:27,7:37,Pionus chalcopterus,3,,Vuelo,NA +SANTIAGO,Guacaica,1063,3,26-Aug,7:27,7:37,Ortalis columbiana,1,,Vuelo,NA +SANTIAGO,Guacaica,1063,3,26-Aug,7:27,7:37,Icterus chrysater,1,45.7,Visual,AD +SANTIAGO,Guacaica,1063,3,26-Aug,7:27,7:37,Zenaida auriculata,3,22.7,Visual,AD +SANTIAGO,Guacaica,1063,6,26-Aug,7:45,7:55,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,6,26-Aug,7:45,7:55,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,6,26-Aug,7:45,7:55,Sporophila luctuosa,2,10.4,Visual,PO +SANTIAGO,Guacaica,1063,6,26-Aug,7:45,7:55,Ardea alba,4,,Vuelo,NA +SANTIAGO,Guacaica,1063,6,26-Aug,7:45,7:55,Camptostoma obsoletum,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,6,26-Aug,7:45,7:55,Xenops rutilans,1,38.9,Visual,BC +SANTIAGO,Guacaica,1063,6,26-Aug,7:45,7:55,Synallaxis albescens,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,6,26-Aug,7:45,7:55,Tyrannus melancholicus,1,36.4,Visual,AD +SANTIAGO,Guacaica,1063,6,26-Aug,7:45,7:55,Atlapetes albinucha,1,8.3,Visual,BC +SANTIAGO,Guacaica,1063,6,26-Aug,7:45,7:55,Pheugopedius mystacalis,1,4.6,Visual,BC +SANTIAGO,Guacaica,1063,7,26-Aug,8:15,8:25,Serpophaga cinerea,3,27.6,Visual,CAG +SANTIAGO,Guacaica,1063,7,26-Aug,8:15,8:25,Cantorchilus nigricapillus,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,7,26-Aug,8:15,8:25,Daptrius chimachima,1,,Vuelo,NA +SANTIAGO,Guacaica,1063,8,26-Aug,8:38,8:48,Sayornis nigricans,1,16.3,Visual,CAG +SANTIAGO,Guacaica,1063,8,26-Aug,8:38,8:48,Pheugopedius mystacalis,1,26.8,Visual,BNC +SANTIAGO,Guacaica,1063,8,26-Aug,8:38,8:48,Trogon collaris,1,30.9,Visual,BNC +SANTIAGO,Guacaica,1063,9,26-Aug,9:02,9:12,Crotophaga ani,3,29.5,Visual,AR-3 +SANTIAGO,Guacaica,1063,9,26-Aug,9:02,9:12,Stelgidopteryx ruficollis,4,,Vuelo,NA +SANTIAGO,Guacaica,1063,9,26-Aug,9:02,9:12,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,9,26-Aug,9:02,9:12,Sporophila schistacea,2,14.6,Visual,PO +SANTIAGO,Guacaica,1063,10,26-Aug,9:26,9:36,Cathartes aura,6,,Vuelo,NA +SANTIAGO,Guacaica,1063,10,26-Aug,9:26,9:36,Ramphocelus flammigerus,2,26.4,Visual,BNC +SANTIAGO,Guacaica,1063,10,26-Aug,9:26,9:36,Sicalis flaveola,1,12.5,Visual,PO +SANTIAGO,Guacaica,1063,10,26-Aug,9:26,9:36,Todirostrum cinereum,1,36.4,Visual,BNC +SANTIAGO,Guacaica,1063,10,26-Aug,9:26,9:36,Florisuga mellivora,1,29,Visual,BNC +SANTIAGO,Guacaica,1063,10,26-Aug,9:26,9:36,Patagioenas fasciata,1,,Vuelo,NA +SANTIAGO,Guacaica,1063,11,26-Aug,9:51,10:01,Spinus psaltria,1,34.2,Visual,OC +SANTIAGO,Guacaica,1063,11,26-Aug,9:51,10:01,Thraupis episcopus,2,16.1,Visual,CV +SANTIAGO,Guacaica,1063,11,26-Aug,9:51,10:01,Saltator striatipectus,1,41.8,Visual,AD +SANTIAGO,Guacaica,1063,11,26-Aug,9:51,10:01,Columbina talpacoti,2,17,Visual,AD +JUAN,Guacaica,837,1,27-Aug,6:02,6:12,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,837,1,27-Aug,6:02,6:12,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guacaica,837,1,27-Aug,6:02,6:12,Momotus aequatorialis,1,53.2,visual,BNC +JUAN,Guacaica,837,1,27-Aug,6:02,6:12,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,837,1,27-Aug,6:02,6:12,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,837,1,27-Aug,6:02,6:12,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,837,1,27-Aug,6:02,6:12,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,837,1,27-Aug,6:02,6:12,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guacaica,837,2,27-Aug,6:18,6:28,Saltator atripennis,1,79.8,visual,BNC +JUAN,Guacaica,837,2,27-Aug,6:18,6:28,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guacaica,837,2,27-Aug,6:18,6:28,Tiaris olivaceus,2,,Auditivo,NA +JUAN,Guacaica,837,2,27-Aug,6:18,6:28,Tiaris olivaceus,1,27.1,visual,AD +JUAN,Guacaica,837,2,27-Aug,6:18,6:28,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,837,2,27-Aug,6:18,6:28,Tyrannus melancholicus,1,93.2,visual,PO +JUAN,Guacaica,837,2,27-Aug,6:18,6:28,Vanellus chilensis,1,52,visual,PO +JUAN,Guacaica,837,2,27-Aug,6:18,6:28,Vireo leucophrys,2,,Auditivo,NA +JUAN,Guacaica,837,2,27-Aug,6:18,6:28,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,837,2,27-Aug,6:18,6:28,Zonotrichia capensis,2,6.9,visual,AD +JUAN,Guacaica,837,2,27-Aug,6:18,6:28,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,837,3,27-Aug,6:40,6:50,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guacaica,837,3,27-Aug,6:40,6:50,Contopus virens,1,53.6,visual,PO +JUAN,Guacaica,837,3,27-Aug,6:40,6:50,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,837,3,27-Aug,6:40,6:50,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,837,3,27-Aug,6:40,6:50,Mimus gilvus,1,,Auditivo,NA +JUAN,Guacaica,837,3,27-Aug,6:40,6:50,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,837,3,27-Aug,6:40,6:50,Tangara gyrola,1,31.5,visual,BNC +JUAN,Guacaica,837,3,27-Aug,6:40,6:50,Tangara labradorides,1,27.3,visual,BNC +JUAN,Guacaica,837,3,27-Aug,6:40,6:50,Tangara labradorides,1,33.4,visual,BNC +JUAN,Guacaica,837,3,27-Aug,6:40,6:50,Tiaris olivaceus,2,,Auditivo,NA +JUAN,Guacaica,837,3,27-Aug,6:40,6:50,Troglodytes aedon,3,,Auditivo,NA +JUAN,Guacaica,837,3,27-Aug,6:40,6:50,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,837,3,27-Aug,6:40,6:50,Zimmerius chrysops,3,,Auditivo,NA +JUAN,Guacaica,837,4,27-Aug,7:04,7:14,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guacaica,837,4,27-Aug,7:04,7:14,Contopus cooperi,1,,Auditivo,NA +JUAN,Guacaica,837,4,27-Aug,7:04,7:14,Coragyps atratus,1,,vuelo,NA +JUAN,Guacaica,837,4,27-Aug,7:04,7:14,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,837,4,27-Aug,7:04,7:14,Molothrus bonariensis,1,,vuelo,NA +JUAN,Guacaica,837,4,27-Aug,7:04,7:14,Patagioenas fasciata,1,,vuelo,NA +JUAN,Guacaica,837,4,27-Aug,7:04,7:14,Pygochelidon cyanoleuca,3,,vuelo,NA +JUAN,Guacaica,837,4,27-Aug,7:04,7:14,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guacaica,837,4,27-Aug,7:04,7:14,Tangara nigroviridis,2,90.8,visual,AD +JUAN,Guacaica,837,4,27-Aug,7:04,7:14,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,837,4,27-Aug,7:04,7:14,Turdus fuscater,1,87.4,visual,AD +JUAN,Guacaica,837,4,27-Aug,7:04,7:14,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,837,4,27-Aug,7:04,7:14,Tyrannus melancholicus,1,95.1,visual,PO +JUAN,Guacaica,837,4,27-Aug,7:04,7:14,Vanellus chilensis,2,,vuelo,NA +JUAN,Guacaica,837,4,27-Aug,7:04,7:14,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,837,4,27-Aug,7:04,7:14,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,837,5,27-Aug,7:21,7:31,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,837,5,27-Aug,7:21,7:31,Pygochelidon cyanoleuca,7,,vuelo,NA +JUAN,Guacaica,837,5,27-Aug,7:21,7:31,Saltator atripennis,2,,vuelo,NA +JUAN,Guacaica,837,5,27-Aug,7:21,7:31,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,837,5,27-Aug,7:21,7:31,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,837,5,27-Aug,7:21,7:31,Vanellus chilensis,3,,Auditivo,NA +JUAN,Guacaica,837,5,27-Aug,7:21,7:31,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,837,5,27-Aug,7:21,7:31,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,837,5,27-Aug,7:21,7:31,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,837,6,27-Aug,7:39,7:49,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guacaica,837,6,27-Aug,7:39,7:49,Myadestes ralloides,1,,Auditivo,NA +JUAN,Guacaica,837,6,27-Aug,7:39,7:49,Pheugopedius mystacalis,2,,Auditivo,NA +JUAN,Guacaica,837,6,27-Aug,7:39,7:49,Tiaris olivaceus,1,49.5,visual,BC +JUAN,Guacaica,837,6,27-Aug,7:39,7:49,Troglodytes aedon,2,,Auditivo,NA +JUAN,Guacaica,837,6,27-Aug,7:39,7:49,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,837,6,27-Aug,7:39,7:49,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,837,6,27-Aug,7:39,7:49,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,837,7,27-Aug,7:59,8:09,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,837,8,27-Aug,8:25,8:35,Bubulcus ibis,2,,Auditivo,NA +JUAN,Guacaica,837,8,27-Aug,8:25,8:35,Chlorophonia cyanocephala,1,44.8,visual,BNC +JUAN,Guacaica,837,8,27-Aug,8:25,8:35,Contopus cooperi,1,39.8,visual,BNC +JUAN,Guacaica,837,8,27-Aug,8:25,8:35,Stelgidopteryx ruficollis,1,,Auditivo,NA +JUAN,Guacaica,837,8,27-Aug,8:25,8:35,Stilpnia vitriolina,1,,Auditivo,NA +JUAN,Guacaica,837,8,27-Aug,8:25,8:35,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guacaica,837,8,27-Aug,8:25,8:35,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,837,8,27-Aug,8:25,8:35,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,837,8,27-Aug,8:25,8:35,Troglodytes aedon,1,41.9,visual,PO +JUAN,Guacaica,837,8,27-Aug,8:25,8:35,Tyrannus melancholicus,1,40.4,visual,PO +JUAN,Guacaica,837,8,27-Aug,8:25,8:35,Vanellus chilensis,1,,vuelo,NA +JUAN,Guacaica,837,8,27-Aug,8:25,8:35,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,837,8,27-Aug,8:25,8:35,Zimmerius chrysops,1,31.8,visual,BNC +JUAN,Guacaica,837,8,27-Aug,8:25,8:35,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,837,8,27-Aug,8:25,8:35,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,837,9,27-Aug,8:42,8:52,Bubulcus ibis,1,,Auditivo,NA +JUAN,Guacaica,837,9,27-Aug,8:42,8:52,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guacaica,837,9,27-Aug,8:42,8:52,Pygochelidon cyanoleuca,2,,vuelo,NA +JUAN,Guacaica,837,9,27-Aug,8:42,8:52,Rupornis magnirostris,1,,vuelo,NA +JUAN,Guacaica,837,9,27-Aug,8:42,8:52,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,837,9,27-Aug,8:42,8:52,Vanellus chilensis,2,,Auditivo,NA +JUAN,Guacaica,837,9,27-Aug,8:42,8:52,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,837,9,27-Aug,8:42,8:52,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,837,9,27-Aug,8:42,8:52,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guacaica,837,9,27-Aug,6:10,6:20,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guacaica,837,9,27-Aug,6:10,6:20,Camptostoma obsoletum,1,,Auditivo,NA +SANTIAGO,Guacaica,837,9,27-Aug,6:10,6:20,Tyrannus melancholicus,1,,Auditivo,NA +SANTIAGO,Guacaica,837,9,27-Aug,6:10,6:20,Contopus virens,1,15.4,Visual,BNC +SANTIAGO,Guacaica,837,9,27-Aug,6:10,6:20,Bubulcus ibis,1,,Vuelo,NA +SANTIAGO,Guacaica,837,9,27-Aug,6:10,6:20,Vanellus chilensis,2,20.2,Visual,PO +SANTIAGO,Guacaica,837,9,27-Aug,6:10,6:20,Crotophaga ani,3,16.7,Visual,BNC +SANTIAGO,Guacaica,837,9,27-Aug,6:10,6:20,Coragyps atratus,6,,Vuelo,NA +SANTIAGO,Guacaica,837,9,27-Aug,6:10,6:20,Saltator striatipectus,1,,Auditivo,NA +SANTIAGO,Guacaica,837,9,27-Aug,6:10,6:20,Pheugopedius mystacalis,1,,Auditivo,NA +SANTIAGO,Guacaica,837,9,27-Aug,6:10,6:20,Zenaida auriculata,1,,Vuelo,NA +SANTIAGO,Guacaica,837,9,27-Aug,6:10,6:20,Stelgidopteryx ruficollis,7,,Vuelo,NA +SANTIAGO,Guacaica,837,8,27-Aug,6:32,6:42,Camptostoma obsoletum,1,,Auditivo,NA +SANTIAGO,Guacaica,837,8,27-Aug,6:32,6:42,Atlapetes albinucha,1,29.4,Visual,BNC +SANTIAGO,Guacaica,837,8,27-Aug,6:32,6:42,Colibri coruscans,1,14.2,Visual,BNC +SANTIAGO,Guacaica,837,8,27-Aug,6:32,6:42,Coragyps atratus,8,,Vuelo,NA +SANTIAGO,Guacaica,837,8,27-Aug,6:32,6:42,Tyrannus melancholicus,1,58.4,Visual,BNC +SANTIAGO,Guacaica,837,8,27-Aug,6:32,6:42,Tangara gyrola,2,54,Visual,BNC +SANTIAGO,Guacaica,837,8,27-Aug,6:32,6:42,Philodice mitchellii,1,21.1,Visual,BNC +SANTIAGO,Guacaica,837,8,27-Aug,6:32,6:42,Pheugopedius mystacalis,1,,Auditivo,NA +SANTIAGO,Guacaica,837,8,27-Aug,6:32,6:42,Chalybura buffonii,1,12.9,Visual,BNC +SANTIAGO,Guacaica,837,6,27-Aug,6:49,6:59,Colaptes punctigula,2,23.7,Visual,BC +SANTIAGO,Guacaica,837,6,27-Aug,6:49,6:59,Thraupis episcopus,1,48.2,Visual,BC +SANTIAGO,Guacaica,837,6,27-Aug,6:49,6:59,Momotus aequatorialis,1,35.4,Visual,BC +SANTIAGO,Guacaica,837,6,27-Aug,6:49,6:59,Vireo leucophrys,1,,Auditivo,NA +SANTIAGO,Guacaica,837,6,27-Aug,6:49,6:59,Synallaxis albescens,1,,Auditivo,NA +SANTIAGO,Guacaica,837,6,27-Aug,6:49,6:59,Xiphorhynchus susurrans,2,34.2,Visual,BC +SANTIAGO,Guacaica,837,6,27-Aug,6:49,6:59,Ortalis columbiana,1,,Vuelo,NA +SANTIAGO,Guacaica,837,6,27-Aug,6:49,6:59,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,837,7,27-Aug,7:07,7:17,Ortalis columbiana,3,22.8,Visual,BC +SANTIAGO,Guacaica,837,7,27-Aug,7:07,7:17,Thripadectes virgaticeps,1,7.4,Visual,BC +SANTIAGO,Guacaica,837,7,27-Aug,7:07,7:17,Pachysylvia semibrunnea,1,17.3,Visual,BC +SANTIAGO,Guacaica,837,7,27-Aug,7:07,7:17,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guacaica,837,5,27-Aug,7:28,7:38,Daptrius chimachima,1,,Vuelo,NA +SANTIAGO,Guacaica,837,5,27-Aug,7:28,7:38,Vanellus chilensis,3,48.2,Visual,PO +SANTIAGO,Guacaica,837,5,27-Aug,7:28,7:38,Tangara nigroviridis,1,38.7,Visual,BNC +SANTIAGO,Guacaica,837,5,27-Aug,7:28,7:38,Myioborus miniatus,1,43.2,Visual,BNC +SANTIAGO,Guacaica,837,5,27-Aug,7:28,7:38,Pionus chalcopterus,5,,Vuelo,NA +SANTIAGO,Guacaica,837,5,27-Aug,7:28,7:38,Dryobates fumigatus,1,75.8,Visual,BNC +SANTIAGO,Guacaica,837,5,27-Aug,7:28,7:38,Anabacerthia striaticollis,1,46.2,Visual,BNC +SANTIAGO,Guacaica,837,4,27-Aug,8:02,8:12,Tyrannus melancholicus,2,26.7,Visual,AD +SANTIAGO,Guacaica,837,4,27-Aug,8:02,8:12,Vanellus chilensis,1,34.7,Visual,PO +SANTIAGO,Guacaica,837,4,27-Aug,8:02,8:12,Pygochelidon cyanoleuca,7,,Vuelo,NA +SANTIAGO,Guacaica,837,4,27-Aug,8:02,8:12,Sporophila luctuosa,1,26.2,Visual,PO +SANTIAGO,Guacaica,837,3,27-Aug,8:27,8:37,Schistes albogularis,1,19,Visual,BNC +SANTIAGO,Guacaica,837,3,27-Aug,8:27,8:37,Pionus chalcopterus,6,,Vuelo,NA +SANTIAGO,Guacaica,837,3,27-Aug,8:27,8:37,Piaya cayana,1,47.6,Visual,BNC +SANTIAGO,Guacaica,837,3,27-Aug,8:27,8:37,Momotus aequatorialis,1,,Auditivo,NA +SANTIAGO,Guacaica,837,3,27-Aug,8:27,8:37,Zonotrichia capensis,1,34.1,Visual,PO +SANTIAGO,Guacaica,837,3,27-Aug,8:27,8:37,Tangara labradorides,2,37.6,Visual,BNC +SANTIAGO,Guacaica,837,3,27-Aug,8:27,8:37,Tangara vassorii,1,38.2,Visual,BNC +SANTIAGO,Guacaica,837,3,27-Aug,8:27,8:37,Tangara arthus,1,40.1,Visual,BNC +SANTIAGO,Guacaica,837,3,27-Aug,8:27,8:37,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guacaica,837,2,27-Aug,8:53,9:03,Vanellus chilensis,1,45.1,Visual,PO +SANTIAGO,Guacaica,837,2,27-Aug,8:53,9:03,Phimosus infuscatus,1,34,Visual,PO +SANTIAGO,Guacaica,837,2,27-Aug,8:53,9:03,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guacaica,837,2,27-Aug,8:53,9:03,Zonotrichia capensis,3,17.4,Visual,PO +SANTIAGO,Guacaica,837,2,27-Aug,8:53,9:03,Daptrius chimachima,4,35.9,Visual,AD +SANTIAGO,Guacaica,837,2,27-Aug,8:53,9:03,Saltator striatipectus,1,29.4,Visual,BNC +SANTIAGO,Guacaica,837,2,27-Aug,8:53,9:03,Atlapetes albinucha,1,27.3,Visual,BNC +SANTIAGO,Guacaica,837,1,27-Aug,9:26,9:36,Cyanocorax affinis,5,46.1,Visual,BNC +SANTIAGO,Guacaica,837,1,27-Aug,9:26,9:36,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,837,1,27-Aug,9:26,9:36,Zonotrichia capensis,1,23.7,Visual,PO +SANTIAGO,Guacaica,837,1,27-Aug,9:26,9:36,Ortalis columbiana,3,42.1,Visual,BNC +SANTIAGO,Guacaica,837,1,27-Aug,9:26,9:36,Tiaris olivaceus,2,17.4,Visual,PO +SANTIAGO,Guacaica,837,1,27-Aug,9:26,9:36,Stilpnia vitriolina,1,32.1,Visual,BNC +SANTIAGO,Guacaica,837,1,27-Aug,9:26,9:36,Thraupis episcopus,2,37.1,Visual,BNC +JUAN,Guabas,205,11,6-Sep,6:01,6:11,Columbina talpacoti,3,27.9,visual,PO +JUAN,Guabas,205,11,6-Sep,6:01,6:11,Crypturellus soui,1,,Auditivo,NA +JUAN,Guabas,205,11,6-Sep,6:01,6:11,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guabas,205,11,6-Sep,6:01,6:11,Ortalis columbiana,1,,Auditivo,NA +JUAN,Guabas,205,11,6-Sep,6:01,6:11,Pionus menstruus,3,,vuelo,NA +JUAN,Guabas,205,11,6-Sep,6:01,6:11,Sicalis flaveola,1,,vuelo,NA +JUAN,Guabas,205,11,6-Sep,6:01,6:11,Tapera naevia,1,,Auditivo,NA +JUAN,Guabas,205,11,6-Sep,6:01,6:11,Thraupis palmarum,1,14.2,visual,BC +JUAN,Guabas,205,11,6-Sep,6:01,6:11,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guabas,205,11,6-Sep,6:01,6:11,Troglodytes aedon,1,5.6,visual,PO +JUAN,Guabas,205,1,6-Sep,6:16,6:26,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guabas,205,1,6-Sep,6:16,6:26,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guabas,205,1,6-Sep,6:16,6:26,Forpus conspicillatus,3,,vuelo,NA +JUAN,Guabas,205,1,6-Sep,6:16,6:26,Icterus chrysater,1,,Auditivo,NA +JUAN,Guabas,205,1,6-Sep,6:16,6:26,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guabas,205,1,6-Sep,6:16,6:26,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guabas,205,1,6-Sep,6:16,6:26,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guabas,205,1,6-Sep,6:16,6:26,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guabas,205,1,6-Sep,6:16,6:26,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,205,2,6-Sep,6:35,6:45,Melanerpes rubricapillus,1,23.4,visual,AD +JUAN,Guabas,205,2,6-Sep,6:35,6:45,Molothrus bonariensis,1,45.3,visual,AD +JUAN,Guabas,205,2,6-Sep,6:35,6:45,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,205,2,6-Sep,6:35,6:45,Pachyramphus polychopterus,1,,Auditivo,NA +JUAN,Guabas,205,2,6-Sep,6:35,6:45,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guabas,205,2,6-Sep,6:35,6:45,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guabas,205,2,6-Sep,6:35,6:45,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,205,2,6-Sep,6:35,6:45,Volatinia jacarina,1,,Auditivo,NA +JUAN,Guabas,205,3,6-Sep,6:54,7:04,Anthracothorax nigricollis,1,10.8,visual,AD +JUAN,Guabas,205,3,6-Sep,6:54,7:04,Crotophaga ani,2,,Auditivo,NA +JUAN,Guabas,205,3,6-Sep,6:54,7:04,Forpus conspicillatus,2,14.8,visual,OC +JUAN,Guabas,205,3,6-Sep,6:54,7:04,Pitangus sulphuratus,1,10.5,visual,RE +JUAN,Guabas,205,3,6-Sep,6:54,7:04,Pyrocephalus rubinus,1,35.1,visual,OC +JUAN,Guabas,205,3,6-Sep,6:54,7:04,Pyrocephalus rubinus,1,20.7,visual,AD +JUAN,Guabas,205,3,6-Sep,6:54,7:04,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,205,4,6-Sep,7:10,7:20,Amazilia tzacatl,1,8.6,visual,AD +JUAN,Guabas,205,4,6-Sep,7:10,7:20,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guabas,205,4,6-Sep,7:10,7:20,Daptrius chimachima,1,,Auditivo,NA +JUAN,Guabas,205,4,6-Sep,7:10,7:20,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guabas,205,4,6-Sep,7:10,7:20,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,205,4,6-Sep,7:10,7:20,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guabas,205,4,6-Sep,7:10,7:20,Synallaxis albescens,1,,Auditivo,NA +JUAN,Guabas,205,4,6-Sep,7:10,7:20,Tiaris olivaceus,1,7.9,visual,OC +JUAN,Guabas,205,4,6-Sep,7:10,7:20,Troglodytes aedon,1,,vuelo,NA +JUAN,Guabas,205,5,6-Sep,7:41,7:51,Coragyps atratus,3,,vuelo,NA +JUAN,Guabas,205,5,6-Sep,7:41,7:51,Daptrius chimachima,1,,vuelo,NA +JUAN,Guabas,205,5,6-Sep,7:41,7:51,Elaenia flavogaster,1,20.1,visual,AD +JUAN,Guabas,205,5,6-Sep,7:41,7:51,Sporophila nigricollis,1,12.8,visual,PO +JUAN,Guabas,205,5,6-Sep,7:41,7:51,Thraupis episcopus,1,28.5,visual,AD +JUAN,Guabas,205,5,6-Sep,7:41,7:51,Volatinia jacarina,1,13.2,visual,PO +JUAN,Guabas,205,10,6-Sep,8:05,8:15,Ramphocelus flammigerus,1,20.7,visual,BNC +JUAN,Guabas,205,10,6-Sep,8:05,8:15,Stilpnia vitriolina,1,20.7,visual,BNC +JUAN,Guabas,205,10,6-Sep,8:05,8:15,Tangara gyrola,1,18.6,visual,BNC +JUAN,Guabas,205,10,6-Sep,8:05,8:15,Thamnophilus multistriatus,2,,Auditivo,NA +JUAN,Guabas,205,10,6-Sep,8:05,8:15,Turdus ignobilis,1,,vuelo,NA +JUAN,Guabas,205,10,6-Sep,8:05,8:15,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,205,6,6-Sep,8:26,8:36,Colaptes rubiginosus,1,36.9,visual,AD +JUAN,Guabas,205,6,6-Sep,8:26,8:36,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guabas,205,6,6-Sep,8:26,8:36,Molothrus bonariensis,1,38.6,visual,AD +JUAN,Guabas,205,6,6-Sep,8:26,8:36,Pyrocephalus rubinus,1,49,visual,OC +JUAN,Guabas,205,6,6-Sep,8:26,8:36,Sicalis flaveola,2,20.6,visual,PO +JUAN,Guabas,205,6,6-Sep,8:26,8:36,Volatinia jacarina,1,16.4,visual,PO +JUAN,Guabas,205,8,6-Sep,8:48,8:58,Bubulcus ibis,2,,vuelo,NA +JUAN,Guabas,205,8,6-Sep,8:48,8:58,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,205,8,6-Sep,8:48,8:58,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guabas,205,8,6-Sep,8:48,8:58,Thamnophilus multistriatus,2,,Auditivo,NA +JUAN,Guabas,205,8,6-Sep,8:48,8:58,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,205,7,6-Sep,9:08,9:18,Crotophaga ani,2,,Auditivo,NA +JUAN,Guabas,205,7,6-Sep,9:08,9:18,Forpus conspicillatus,3,15.8,visual,BNC +JUAN,Guabas,205,7,6-Sep,9:08,9:18,Pionus chalcopterus,2,,vuelo,NA +JUAN,Guabas,205,7,6-Sep,9:08,9:18,Stilpnia vitriolina,1,13.2,visual,BNC +JUAN,Guabas,205,7,6-Sep,9:08,9:18,Tangara nigroviridis,1,13.1,visual,BNC +JUAN,Guabas,205,7,6-Sep,9:08,9:18,Thamnophilus multistriatus,1,13.6,visual,BNC +JUAN,Guabas,205,7,6-Sep,9:08,9:18,Thraupis episcopus,1,14.2,visual,BNC +JUAN,Guabas,205,7,6-Sep,9:08,9:18,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,205,9,6-Sep,9:34,8:44,Bubulcus ibis,3,,vuelo,NA +JUAN,Guabas,205,9,6-Sep,9:34,8:44,Coragyps atratus,2,,vuelo,NA +JUAN,Guabas,205,9,6-Sep,9:34,8:44,Myiozetetes cayanensis,1,17.8,visual,RE +JUAN,Guabas,205,9,6-Sep,9:34,8:44,Sporophila nigricollis,1,18.3,visual,PO +JUAN,Guabas,205,9,6-Sep,9:34,8:44,Stilpnia vitriolina,1,26.8,visual,AD +JUAN,Guabas,205,9,6-Sep,9:34,8:44,Synallaxis albescens,1,,Auditivo,NA +JUAN,Guabas,205,9,6-Sep,9:34,8:44,Theristicus caudatus,2,33.8,visual,PO +JUAN,Guabas,205,9,6-Sep,9:34,8:44,Troglodytes aedon,2,,Auditivo,NA +JUAN,Guabas,205,9,6-Sep,9:34,8:44,Tyrannus melancholicus,1,21,visual,AD +JUAN,Guabas,205,9,6-Sep,9:34,8:44,Vanellus chilensis,2,,vuelo,NA +JUAN,Guabas,205,9,6-Sep,9:34,8:44,Volatinia jacarina,1,20.6,visual,AD +JUAN,Guabas,205,9,6-Sep,9:34,8:44,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guabas,205,11,6-Sep,6:06,6:16,Stilpnia vitriolina,1,18.3,Visual,BC +SANTIAGO,Guabas,205,11,6-Sep,6:06,6:16,Tangara gyrola,1,27.8,Visual,AD +SANTIAGO,Guabas,205,11,6-Sep,6:06,6:16,Pachyramphus rufus,1,17.4,Visual,BC +SANTIAGO,Guabas,205,11,6-Sep,6:06,6:16,Tyrannus melancholicus,1,25.2,Visual,AD +SANTIAGO,Guabas,205,11,6-Sep,6:06,6:16,Amazilia tzacatl,1,9.2,Visual,AD +SANTIAGO,Guabas,205,11,6-Sep,6:06,6:16,Tiaris olivaceus,2,14,Visual,PO +SANTIAGO,Guabas,205,11,6-Sep,6:06,6:16,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,205,1,6-Sep,6:31,6:41,Xenops rutilans,1,11.1,Visual,BNC +SANTIAGO,Guabas,205,1,6-Sep,6:31,6:41,Sayornis nigricans,1,9.3,Visual,CA +SANTIAGO,Guabas,205,1,6-Sep,6:31,6:41,Myiothlypis fulvicauda,1,10.6,Visual,CA +SANTIAGO,Guabas,205,1,6-Sep,6:31,6:41,Tangara gyrola,2,16.8,Visual,BNC +SANTIAGO,Guabas,205,1,6-Sep,6:31,6:41,Icterus nigrogularis,1,,Auditivo,NA +SANTIAGO,Guabas,205,1,6-Sep,6:31,6:41,Aulacorhynchus haematopygus,1,26.1,Visual,BNC +SANTIAGO,Guabas,205,2,6-Sep,6:54,7:04,Spinus psaltria,1,18.4,Visual,OC +SANTIAGO,Guabas,205,2,6-Sep,6:54,7:04,Synallaxis albescens,1,11.7,Visual,OC +SANTIAGO,Guabas,205,2,6-Sep,6:54,7:04,Daptrius chimachima,2,,Vuelo,NA +SANTIAGO,Guabas,205,2,6-Sep,6:54,7:04,Psittacara wagleri,7,,Vuelo,NA +SANTIAGO,Guabas,205,2,6-Sep,6:54,7:04,Thamnophilus multistriatus,1,35.2,Visual,AD +SANTIAGO,Guabas,205,2,6-Sep,6:54,7:04,Sicalis flaveola,2,27.4,Visual,PO +SANTIAGO,Guabas,205,3,6-Sep,7:22,7:32,Sporophila nigricollis,1,14.2,Visual,AD +SANTIAGO,Guabas,205,3,6-Sep,7:22,7:32,Tiaris olivaceus,1,17.4,Visual,OC +SANTIAGO,Guabas,205,3,6-Sep,7:22,7:32,Ramphocelus flammigerus,1,9.7,Visual,OC +SANTIAGO,Guabas,205,3,6-Sep,7:22,7:32,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guabas,205,3,6-Sep,7:22,7:32,Theristicus caudatus,1,,Vuelo,NA +SANTIAGO,Guabas,205,3,6-Sep,7:22,7:32,Amazona mercenarius,4,,Vuelo,NA +SANTIAGO,Guabas,205,3,6-Sep,7:22,7:32,Rupornis magnirostris,1,36.1,Visual,AD +SANTIAGO,Guabas,205,4,6-Sep,7:48,7:58,Momotus aequatorialis,1,24.5,Visual,BC +SANTIAGO,Guabas,205,4,6-Sep,7:48,7:58,Icterus nigrogularis,2,15.2,Visual,AD +SANTIAGO,Guabas,205,4,6-Sep,7:48,7:58,Tiaris olivaceus,1,8.4,Visual,OC +SANTIAGO,Guabas,205,4,6-Sep,7:48,7:58,Thamnophilus multistriatus,1,16.3,Visual,AD +SANTIAGO,Guabas,205,4,6-Sep,7:48,7:58,Tyrannus melancholicus,2,28.1,Visual,AD +SANTIAGO,Guabas,205,4,6-Sep,7:48,7:58,Sporophila nigricollis,1,10.7,Visual,OC +SANTIAGO,Guabas,205,4,6-Sep,7:48,7:58,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guabas,205,5,6-Sep,8:11,8:21,Turdus ignobilis,1,28.4,Visual,AD +SANTIAGO,Guabas,205,5,6-Sep,8:11,8:21,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guabas,205,5,6-Sep,8:11,8:21,Stilpnia cyanicollis,2,22.1,Visual,BNC +SANTIAGO,Guabas,205,5,6-Sep,8:11,8:21,Phimosus infuscatus,3,34.1,Visual,PO +SANTIAGO,Guabas,205,5,6-Sep,8:11,8:21,Pyrocephalus rubinus,1,11.7,Visual,BNC +SANTIAGO,Guabas,205,5,6-Sep,8:11,8:21,Tyrannus melancholicus,1,18.7,Visual,AD +SANTIAGO,Guabas,205,5,6-Sep,8:11,8:21,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,205,5,6-Sep,8:11,8:21,Spinus psaltria,1,26,Visual,OC +SANTIAGO,Guabas,205,5,6-Sep,8:11,8:21,Ramphocelus dimidiatus,1,18.2,Visual,AD +SANTIAGO,Guabas,205,10,6-Sep,8:38,8:48,Crotophaga ani,3,38.1,Visual,PO +SANTIAGO,Guabas,205,10,6-Sep,8:38,8:48,Pionus chalcopterus,8,,Vuelo,NA +SANTIAGO,Guabas,205,10,6-Sep,8:38,8:48,Daptrius chimachima,1,,Vuelo,NA +SANTIAGO,Guabas,205,10,6-Sep,8:38,8:48,Cercomacroides parkeri,1,17.4,Visual,BNC +SANTIAGO,Guabas,205,10,6-Sep,8:38,8:48,Tyrannus melancholicus,1,25.9,Visual,AD +SANTIAGO,Guabas,205,10,6-Sep,8:38,8:48,Zenaida auriculata,3,,Vuelo,NA +SANTIAGO,Guabas,205,10,6-Sep,8:38,8:48,Myiozetetes cayanensis,1,15.2,Visual,AD +SANTIAGO,Guabas,205,10,6-Sep,8:38,8:48,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,205,10,6-Sep,8:38,8:48,Vanellus chilensis,1,21.1,Visual,PO +SANTIAGO,Guabas,205,10,6-Sep,8:38,8:48,Stilpnia vitriolina,1,14.2,Visual,AD +SANTIAGO,Guabas,205,10,6-Sep,8:38,8:48,Sicalis flaveola,2,11,Visual,AD +SANTIAGO,Guabas,205,10,6-Sep,8:38,8:48,Ortalis columbiana,3,35.7,Visual,BNC +SANTIAGO,Guabas,205,8,6-Sep,9:03,9:13,Volatinia jacarina,1,18.4,Visual,OC +SANTIAGO,Guabas,205,8,6-Sep,9:03,9:13,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guabas,205,8,6-Sep,9:03,9:13,Ara severus,9,,Vuelo,NA +SANTIAGO,Guabas,205,8,6-Sep,9:03,9:13,Daptrius chimachima,1,26.7,Visual,AD +SANTIAGO,Guabas,205,8,6-Sep,9:03,9:13,Amazilia tzacatl,1,22,Visual,OC +SANTIAGO,Guabas,205,8,6-Sep,9:03,9:13,Thraupis palmarum,2,14.2,Visual,OC +SANTIAGO,Guabas,205,8,6-Sep,9:03,9:13,Pitangus sulphuratus,1,39.4,Visual,AD +SANTIAGO,Guabas,205,8,6-Sep,9:03,9:13,Pachyramphus rufus,1,44.4,Visual,BNC +SANTIAGO,Guabas,205,7,6-Sep,9:32,9:42,Volatinia jacarina,1,22.1,Visual,BC +SANTIAGO,Guabas,205,7,6-Sep,9:32,9:42,Sicalis flaveola,2,19.5,Visual,PO +SANTIAGO,Guabas,205,7,6-Sep,9:32,9:42,Daptrius chimachima,1,,Vuelo,NA +SANTIAGO,Guabas,205,7,6-Sep,9:32,9:42,Theristicus caudatus,1,23.3,Visual,PO +SANTIAGO,Guabas,205,7,6-Sep,9:32,9:42,Troglodytes aedon,1,14,Visual,BNC +SANTIAGO,Guabas,205,7,6-Sep,9:32,9:42,Sporophila nigricollis,3,9.7,Visual,PO +SANTIAGO,Guabas,205,7,6-Sep,9:32,9:42,Tyrannus melancholicus,1,45.6,Visual,AD +SANTIAGO,Guabas,205,7,6-Sep,9:32,9:42,Phimosus infuscatus,1,,Vuelo,NA +SANTIAGO,Guabas,205,7,6-Sep,9:32,9:42,Tangara gyrola,2,38.9,Visual,BNC +SANTIAGO,Guabas,205,6,6-Sep,9:54,10:04,Ramphocelus flammigerus,1,26.7,Visual,AD +SANTIAGO,Guabas,205,6,6-Sep,9:54,10:04,Stilpnia vitriolina,2,11.8,Visual,OC +SANTIAGO,Guabas,205,6,6-Sep,9:54,10:04,Tyrannus melancholicus,1,36,Visual,AD +SANTIAGO,Guabas,205,6,6-Sep,9:54,10:04,Theristicus caudatus,1,25.5,Visual,PO +SANTIAGO,Guabas,205,6,6-Sep,9:54,10:04,Rupornis magnirostris,1,21.8,Visual,AD +SANTIAGO,Guabas,205,6,6-Sep,9:54,10:04,Pionus chalcopterus,13,,Vuelo,NA +SANTIAGO,Guabas,205,9,6-Sep,10:16,10:26,Pitangus sulphuratus,1,28.7,Visual,AD +SANTIAGO,Guabas,205,9,6-Sep,10:16,10:26,Synallaxis azarae,1,,Auditivo,NA +SANTIAGO,Guabas,205,9,6-Sep,10:16,10:26,Stilpnia cyanicollis,1,11.6,Visual,AD +SANTIAGO,Guabas,205,9,6-Sep,10:16,10:26,Tiaris olivaceus,1,24.1,Visual,PO +JUAN,Guabas,356,7,7-Sep,5:57,6:07,Myiozetetes cayanensis,1,56.2,visual,RE +JUAN,Guabas,356,7,7-Sep,5:57,6:07,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guabas,356,7,7-Sep,5:57,6:07,Ramphocelus flammigerus,1,14.4,visual,AD +JUAN,Guabas,356,7,7-Sep,5:57,6:07,Saltator striatipectus,2,,Auditivo,NA +JUAN,Guabas,356,7,7-Sep,5:57,6:07,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guabas,356,7,7-Sep,5:57,6:07,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,356,7,7-Sep,5:57,6:07,Troglodytes aedon,2,,Auditivo,NA +JUAN,Guabas,356,7,7-Sep,5:57,6:07,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,356,7,7-Sep,5:57,6:07,Zonotrichia capensis,5,,Auditivo,NA +JUAN,Guabas,356,7,7-Sep,5:57,6:07,Zonotrichia capensis,1,22.9,visual,PO +JUAN,Guabas,356,7,7-Sep,5:57,6:07,Zonotrichia capensis,1,13.9,visual,AD +JUAN,Guabas,356,8,7-Sep,6:19,6:29,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,356,8,7-Sep,6:19,6:29,Piaya cayana,1,,vuelo,NA +JUAN,Guabas,356,8,7-Sep,6:19,6:29,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guabas,356,8,7-Sep,6:19,6:29,Sporophila luctuosa,1,8.2,visual,CA +JUAN,Guabas,356,8,7-Sep,6:19,6:29,Sporophila luctuosa,1,,Auditivo,NA +JUAN,Guabas,356,8,7-Sep,6:19,6:29,Stilpnia vitriolina,1,6.9,visual,CA +JUAN,Guabas,356,8,7-Sep,6:19,6:29,Troglodytes aedon,2,,Auditivo,NA +JUAN,Guabas,356,8,7-Sep,6:19,6:29,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,356,8,7-Sep,6:19,6:29,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guabas,356,9,7-Sep,6:45,6:55,Cyanocorax yncas,1,,Auditivo,NA +JUAN,Guabas,356,9,7-Sep,6:45,6:55,Daptrius chimachima,1,,vuelo,NA +JUAN,Guabas,356,9,7-Sep,6:45,6:55,Icterus chrysater,1,,Auditivo,NA +JUAN,Guabas,356,9,7-Sep,6:45,6:55,Mimus gilvus,1,,Auditivo,NA +JUAN,Guabas,356,9,7-Sep,6:45,6:55,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guabas,356,9,7-Sep,6:45,6:55,Myioborus miniatus,3,21.1,visual,AR-3 +JUAN,Guabas,356,9,7-Sep,6:45,6:55,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guabas,356,9,7-Sep,6:45,6:55,Saltator atripennis,1,,Auditivo,NA +JUAN,Guabas,356,9,7-Sep,6:45,6:55,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guabas,356,9,7-Sep,6:45,6:55,Sporathraupis cyanocephala,1,50.8,visual,AR-3 +JUAN,Guabas,356,9,7-Sep,6:45,6:55,Stilpnia heinei,1,25.6,visual,AR-3 +JUAN,Guabas,356,9,7-Sep,6:45,6:55,Synallaxis azarae,2,,Auditivo,NA +JUAN,Guabas,356,9,7-Sep,6:45,6:55,Synallaxis brachyura,1,,Auditivo,NA +JUAN,Guabas,356,9,7-Sep,6:45,6:55,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,356,10,7-Sep,7:05,7:15,Basileuterus tristriatus,1,,Auditivo,NA +JUAN,Guabas,356,10,7-Sep,7:05,7:15,Cyanocorax yncas,1,,Auditivo,NA +JUAN,Guabas,356,10,7-Sep,7:05,7:15,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,356,10,7-Sep,7:05,7:15,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guabas,356,10,7-Sep,7:05,7:15,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,356,11,7-Sep,7:43,7:53,Bubulcus ibis,1,,vuelo,NA +JUAN,Guabas,356,11,7-Sep,7:43,7:53,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,356,11,7-Sep,7:43,7:53,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,356,11,7-Sep,7:43,7:53,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,356,11,7-Sep,7:43,7:53,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guabas,356,11,7-Sep,7:43,7:53,Zonotrichia capensis,1,6.4,visual,AD +JUAN,Guabas,356,12,7-Sep,8:18,8:28,Anisognathus somptuosus,3,28.7,visual,AD +JUAN,Guabas,356,12,7-Sep,8:18,8:28,Contopus virens,1,48.8,visual,AD +JUAN,Guabas,356,12,7-Sep,8:18,8:28,Daptrius chimachima,1,,vuelo,NA +JUAN,Guabas,356,12,7-Sep,8:18,8:28,Myiarchus cephalotes,1,,Auditivo,NA +JUAN,Guabas,356,12,7-Sep,8:18,8:28,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,356,12,7-Sep,8:18,8:28,Picumnus granadensis,1,5.8,visual,AD +JUAN,Guabas,356,12,7-Sep,8:18,8:28,Rupornis magnirostris,1,,vuelo,NA +JUAN,Guabas,356,12,7-Sep,8:18,8:28,Saltator striatipectus,2,,Auditivo,NA +JUAN,Guabas,356,12,7-Sep,8:18,8:28,Setophaga ruticilla,1,27.2,visual,AD +JUAN,Guabas,356,12,7-Sep,8:18,8:28,Stilpnia vitriolina,1,26.1,visual,BNC +JUAN,Guabas,356,12,7-Sep,8:18,8:28,Tangara labradorides,1,11.8,visual,AD +JUAN,Guabas,356,12,7-Sep,8:18,8:28,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,356,12,7-Sep,8:18,8:28,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,356,12,7-Sep,8:18,8:28,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,356,1,7-Sep,8:47,8:57,Myioborus miniatus,1,26.5,visual,BNC +JUAN,Guabas,356,1,7-Sep,8:47,8:57,Patagioenas fasciata,1,27.6,visual,BNC +JUAN,Guabas,356,1,7-Sep,8:47,8:57,Stilpnia vitriolina,1,,Auditivo,NA +JUAN,Guabas,356,1,7-Sep,8:47,8:57,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guabas,356,1,7-Sep,8:47,8:57,Tangara labradorides,1,14.8,visual,BNC +JUAN,Guabas,356,1,7-Sep,8:47,8:57,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,356,2,7-Sep,9:05,9:15,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guabas,356,2,7-Sep,9:05,9:15,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guabas,356,3,7-Sep,9:22,9:32,Myioborus miniatus,2,,Auditivo,NA +JUAN,Guabas,356,3,7-Sep,9:22,9:32,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guabas,356,3,7-Sep,9:22,9:32,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,356,4,7-Sep,9:41,9:51,Atlapetes albinucha,1,5.8,visual,PO +JUAN,Guabas,356,4,7-Sep,9:41,9:51,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guabas,356,4,7-Sep,9:41,9:51,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,356,4,7-Sep,9:41,9:51,Patagioenas fasciata,1,,vuelo,NA +JUAN,Guabas,356,4,7-Sep,9:41,9:51,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guabas,356,4,7-Sep,9:41,9:51,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,356,5,7-Sep,9:55,10:05,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guabas,356,13,7-Sep,9:55,10:05,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guabas,356,5,7-Sep,9:55,10:05,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guabas,356,13,7-Sep,9:55,10:05,Myioborus miniatus,1,,Auditivo,NA +JUAN,Guabas,356,5,7-Sep,9:55,10:05,Tangara arthus,1,17.4,visual,AD +JUAN,Guabas,356,5,7-Sep,9:55,10:05,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guabas,356,5,7-Sep,9:55,10:05,Zonotrichia capensis,1,12.4,visual,AD +JUAN,Guabas,356,6,7-Sep,10:25,10:35,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guabas,356,6,7-Sep,10:25,10:35,Sporathraupis cyanocephala,1,11,visual,AD +JUAN,Guabas,356,6,7-Sep,10:25,10:35,Stilpnia vitriolina,2,16.7,visual,AD +JUAN,Guabas,356,6,7-Sep,10:25,10:35,Zenaida auriculata,1,,vuelo,NA +JUAN,Guabas,356,6,7-Sep,10:25,10:35,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,356,6,7-Sep,10:25,10:35,Zonotrichia capensis,1,10.2,visual,PO +SANTIAGO,Guabas,356,6,7-Sep,6:05,6:15,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guabas,356,6,7-Sep,6:05,6:15,Vireo leucophrys,1,,Auditivo,NA +SANTIAGO,Guabas,356,6,7-Sep,6:05,6:15,Geotrygon montana,1,,Auditivo,NA +SANTIAGO,Guabas,356,6,7-Sep,6:05,6:15,Icterus chrysater,1,32.4,Visual,AD +SANTIAGO,Guabas,356,6,7-Sep,6:05,6:15,Momotus aequatorialis,1,,Auditivo,NA +SANTIAGO,Guabas,356,6,7-Sep,6:05,6:15,Turdus fuscater,1,21.7,Visual,AD +SANTIAGO,Guabas,356,6,7-Sep,6:05,6:15,Pionus chalcopterus,4,,Auditivo,NA +SANTIAGO,Guabas,356,5,7-Sep,6:32,6:42,Coragyps atratus,6,,Vuelo,NA +SANTIAGO,Guabas,356,5,7-Sep,6:32,6:42,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guabas,356,5,7-Sep,6:32,6:42,Tyrannus melancholicus,2,23.5,Visual,AD +SANTIAGO,Guabas,356,4,7-Sep,6:57,7:07,Stilpnia heinei,1,18.4,Visual,BNC +SANTIAGO,Guabas,356,4,7-Sep,6:57,7:07,Ortalis columbiana,3,36.4,Visual,BNC +SANTIAGO,Guabas,356,4,7-Sep,6:57,7:07,Momotus aequatorialis,1,,Auditivo,NA +SANTIAGO,Guabas,356,4,7-Sep,6:57,7:07,Tyrannus melancholicus,1,,Vuelo,NA +SANTIAGO,Guabas,356,4,7-Sep,6:57,7:07,Turdus fuscater,1,17.4,Visual,PO +SANTIAGO,Guabas,356,4,7-Sep,6:57,7:07,Zonotrichia capensis,1,12.3,Visual,PO +SANTIAGO,Guabas,356,4,7-Sep,6:57,7:07,Sporophila nigricollis,1,11.4,Visual,PO +SANTIAGO,Guabas,356,3,7-Sep,7:22,7:32,Synallaxis albescens,2,,Auditivo,NA +SANTIAGO,Guabas,356,3,7-Sep,7:22,7:32,Xiphorhynchus triangularis,1,28.7,Visual,BC +SANTIAGO,Guabas,356,2,7-Sep,7:51,8:01,Sporathraupis cyanocephala,1,18.4,Visual,AD +SANTIAGO,Guabas,356,2,7-Sep,7:51,8:01,Euphonia xanthogaster,2,32.4,Visual,AD +SANTIAGO,Guabas,356,2,7-Sep,7:51,8:01,Sporophila nigricollis,1,22,Visual,AR-3 +SANTIAGO,Guabas,356,2,7-Sep,7:51,8:01,Zonotrichia capensis,2,14.7,Visual,AR-3 +SANTIAGO,Guabas,356,2,7-Sep,7:51,8:01,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guabas,356,1,7-Sep,8:14,8:24,Tangara labradorides,1,22.5,Visual,BNC +SANTIAGO,Guabas,356,1,7-Sep,8:14,8:24,Sphenopsis frontalis,1,14.7,Visual,BNC +SANTIAGO,Guabas,356,1,7-Sep,8:14,8:24,Xenops rutilans,1,32.4,Visual,BNC +SANTIAGO,Guabas,356,1,7-Sep,8:14,8:24,Colaptes rubiginosus,1,30.8,Visual,BNC +SANTIAGO,Guabas,356,1,7-Sep,8:14,8:24,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guabas,356,12,7-Sep,8:32,8:42,Tyrannus melancholicus,1,29.3,Visual,AD +SANTIAGO,Guabas,356,12,7-Sep,8:32,8:42,Zonotrichia capensis,1,14.2,Visual,PO +SANTIAGO,Guabas,356,12,7-Sep,8:32,8:42,Ortalis columbiana,2,,Vuelo,NA +SANTIAGO,Guabas,356,12,7-Sep,8:32,8:42,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guabas,356,13,7-Sep,9:01,9:11,Phaethornis syrmatophorus,1,22.7,Visual,BC +SANTIAGO,Guabas,356,13,7-Sep,9:01,9:11,Myadestes ralloides,1,,Auditivo,NA +SANTIAGO,Guabas,356,13,7-Sep,9:01,9:11,Tangara labradorides,1,36.4,Visual,BC +SANTIAGO,Guabas,356,13,7-Sep,9:01,9:11,Xiphocolaptes promeropirhynchus,1,25.1,Visual,BC +SANTIAGO,Guabas,356,11,7-Sep,9:25,9:35,Momotus aequatorialis,1,,Auditivo,NA +SANTIAGO,Guabas,356,11,7-Sep,9:25,9:35,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guabas,356,11,7-Sep,9:25,9:35,Zonotrichia capensis,1,32.5,Visual,PO +SANTIAGO,Guabas,356,10,7-Sep,9:49,9:59,Coragyps atratus,7,,Vuelo,NA +SANTIAGO,Guabas,356,10,7-Sep,9:49,9:59,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guabas,356,9,7-Sep,10:07,10:17,Patagioenas fasciata,4,,Vuelo,NA +SANTIAGO,Guabas,356,9,7-Sep,10:07,10:17,Tangara arthus,1,16.7,Visual,AR-3 +SANTIAGO,Guabas,356,9,7-Sep,10:07,10:17,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guabas,356,8,7-Sep,10:29,10:39,Sporophila schistacea,2,18.2,Visual,CA +SANTIAGO,Guabas,356,8,7-Sep,10:29,10:39,Zonotrichia capensis,1,11.7,Visual,CA +SANTIAGO,Guabas,356,8,7-Sep,10:29,10:39,Tiaris olivaceus,1,9.5,Visual,CA +SANTIAGO,Guabas,356,8,7-Sep,10:29,10:39,Spinus psaltria,2,15.4,Visual,CA +SANTIAGO,Guabas,356,8,7-Sep,10:29,10:39,Rupornis magnirostris,1,26.3,Visual,AD +SANTIAGO,Guabas,356,8,7-Sep,10:29,10:39,Synallaxis albescens,1,29.9,Visual,BNC +SANTIAGO,Guabas,356,7,7-Sep,10:52,11:02,Chlorophanes spiza,1,18.7,Visual,CV +SANTIAGO,Guabas,356,7,7-Sep,10:52,11:02,Anthracothorax nigricollis,1,22.5,Visual,CV +SANTIAGO,Guabas,356,7,7-Sep,10:52,11:02,Zonotrichia capensis,1,18.1,Visual,CV +SANTIAGO,Guabas,356,7,7-Sep,10:52,11:02,Tyrannus melancholicus,2,,Vuelo,NA +SANTIAGO,Guabas,356,7,7-Sep,10:52,11:02,Grallaria ruficapilla,1,,Auditivo,NA +JUAN,Guabas,318,8,8-Sep,6:07,6:17,Aulacorhynchus haematopygus,2,27.6,visual,AD +JUAN,Guabas,318,8,8-Sep,6:07,6:17,Coereba flaveola,1,,Auditivo,NA +JUAN,Guabas,318,8,8-Sep,6:07,6:17,Patagioenas fasciata,1,17.1,visual,BC +JUAN,Guabas,318,8,8-Sep,6:07,6:17,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guabas,318,8,8-Sep,6:07,6:17,Pionus chalcopterus,1,,vuelo,NA +JUAN,Guabas,318,8,8-Sep,6:07,6:17,Pionus chalcopterus,5,,vuelo,NA +JUAN,Guabas,318,8,8-Sep,6:07,6:17,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guabas,318,8,8-Sep,6:07,6:17,Synallaxis brachyura,1,,Auditivo,NA +JUAN,Guabas,318,8,8-Sep,6:07,6:17,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,318,8,8-Sep,6:07,6:17,Thraupis episcopus,1,,Auditivo,NA +JUAN,Guabas,318,8,8-Sep,6:07,6:17,Troglodytes aedon,2,,Auditivo,NA +JUAN,Guabas,318,8,8-Sep,6:07,6:17,Xiphorhynchus susurrans,1,,Auditivo,NA +JUAN,Guabas,318,8,8-Sep,6:07,6:17,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,318,9,8-Sep,6:25,6:35,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guabas,318,9,8-Sep,6:25,6:35,Dysithamnus mentalis,2,,Auditivo,NA +JUAN,Guabas,318,9,8-Sep,6:25,6:35,Legatus leucophaius,1,,Auditivo,NA +JUAN,Guabas,318,9,8-Sep,6:25,6:35,Myadestes ralloides,1,,Auditivo,NA +JUAN,Guabas,318,9,8-Sep,6:25,6:35,Pionus chalcopterus,1,50.2,visual,AD +JUAN,Guabas,318,9,8-Sep,6:25,6:35,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guabas,318,9,8-Sep,6:25,6:35,Saucerottia saucerottei,1,,Auditivo,NA +JUAN,Guabas,318,9,8-Sep,6:25,6:35,Synallaxis brachyura,1,,Auditivo,NA +JUAN,Guabas,318,9,8-Sep,6:25,6:35,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,318,9,8-Sep,6:25,6:35,Xiphorhynchus susurrans,1,,Auditivo,NA +JUAN,Guabas,318,9,8-Sep,6:25,6:35,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,318,7,8-Sep,6:55,7:05,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guabas,318,7,8-Sep,6:55,7:05,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guabas,318,7,8-Sep,6:55,7:05,Myiarchus apicalis,1,,Auditivo,NA +JUAN,Guabas,318,7,8-Sep,6:55,7:05,Myiozetetes cayanensis,2,38.2,visual,AD +JUAN,Guabas,318,7,8-Sep,6:55,7:05,Pionus chalcopterus,3,,Auditivo,NA +JUAN,Guabas,318,7,8-Sep,6:55,7:05,Pionus chalcopterus,2,,Auditivo,NA +JUAN,Guabas,318,7,8-Sep,6:55,7:05,Saucerottia saucerottei,1,17.8,visual,AD +JUAN,Guabas,318,7,8-Sep,6:55,7:05,Sicalis flaveola,2,,Auditivo,NA +JUAN,Guabas,318,7,8-Sep,6:55,7:05,Spinus psaltria,1,15.4,visual,PO +JUAN,Guabas,318,7,8-Sep,6:55,7:05,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guabas,318,7,8-Sep,6:55,7:05,Sporophila schistacea,1,33.8,visual,AD +JUAN,Guabas,318,7,8-Sep,6:55,7:05,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,318,7,8-Sep,6:55,7:05,Thraupis episcopus,2,44.4,visual,AD +JUAN,Guabas,318,7,8-Sep,6:55,7:05,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,318,7,8-Sep,6:55,7:05,Turdus fuscater,1,21,visual,RE +JUAN,Guabas,318,7,8-Sep,6:55,7:05,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,318,10,8-Sep,7:15,7:25,Coereba flaveola,1,35.7,visual,AD +JUAN,Guabas,318,10,8-Sep,7:15,7:25,Contopus virens,1,37.8,visual,BNC +JUAN,Guabas,318,10,8-Sep,7:15,7:25,Dryocopus lineatus,1,33.9,visual,AD +JUAN,Guabas,318,10,8-Sep,7:15,7:25,Elaenia flavogaster,2,,Auditivo,NA +JUAN,Guabas,318,10,8-Sep,7:15,7:25,Legatus leucophaius,1,,Auditivo,NA +JUAN,Guabas,318,10,8-Sep,7:15,7:25,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,318,10,8-Sep,7:15,7:25,Nesotriccus incomta,1,,Auditivo,NA +JUAN,Guabas,318,10,8-Sep,7:15,7:25,Thamnophilus multistriatus,2,,Auditivo,NA +JUAN,Guabas,318,10,8-Sep,7:15,7:25,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,318,10,8-Sep,7:15,7:25,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,318,10,8-Sep,7:15,7:25,Turdus ignobilis,1,26.7,visual,PO +JUAN,Guabas,318,10,8-Sep,7:15,7:25,Tyrannulus elatus,1,,Auditivo,NA +JUAN,Guabas,318,10,8-Sep,7:15,7:25,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,318,12,8-Sep,7:37,7:47,Bubulcus ibis,1,,vuelo,NA +JUAN,Guabas,318,12,8-Sep,7:37,7:47,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guabas,318,12,8-Sep,7:37,7:47,Daptrius chimachima,1,,Auditivo,NA +JUAN,Guabas,318,12,8-Sep,7:37,7:47,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guabas,318,12,8-Sep,7:37,7:47,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guabas,318,12,8-Sep,7:37,7:47,Legatus leucophaius,1,,Auditivo,NA +JUAN,Guabas,318,12,8-Sep,7:37,7:47,Myiozetetes cayanensis,2,,Auditivo,NA +JUAN,Guabas,318,12,8-Sep,7:37,7:47,Pionus chalcopterus,5,14.9,visual,AD +JUAN,Guabas,318,12,8-Sep,7:37,7:47,Pionus chalcopterus,3,57.6,visual,BNC +JUAN,Guabas,318,12,8-Sep,7:37,7:47,Sporophila schistacea,1,13.2,visual,AD +JUAN,Guabas,318,12,8-Sep,7:37,7:47,Tachyphonus rufus,1,57.6,visual,BNC +JUAN,Guabas,318,12,8-Sep,7:37,7:47,Thamnophilus multistriatus,2,,Auditivo,NA +JUAN,Guabas,318,12,8-Sep,7:37,7:47,Theristicus caudatus,1,,Auditivo,NA +JUAN,Guabas,318,12,8-Sep,7:37,7:47,Troglodytes aedon,2,,Auditivo,NA +JUAN,Guabas,318,12,8-Sep,7:37,7:47,Turdus ignobilis,1,,Auditivo,NA +JUAN,Guabas,318,12,8-Sep,7:37,7:47,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,318,1,8-Sep,7:57,8:07,Columbina talpacoti,1,,Auditivo,NA +JUAN,Guabas,318,1,8-Sep,7:57,8:07,Coragyps atratus,1,,vuelo,NA +JUAN,Guabas,318,1,8-Sep,7:57,8:07,Daptrius chimachima,1,,Auditivo,NA +JUAN,Guabas,318,1,8-Sep,7:57,8:07,Elaenia flavogaster,2,,Auditivo,NA +JUAN,Guabas,318,1,8-Sep,7:57,8:07,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guabas,318,1,8-Sep,7:57,8:07,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,318,1,8-Sep,7:57,8:07,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guabas,318,1,8-Sep,7:57,8:07,Saucerottia saucerottei,1,,vuelo,NA +JUAN,Guabas,318,1,8-Sep,7:57,8:07,Tapera naevia,1,,Auditivo,NA +JUAN,Guabas,318,1,8-Sep,7:57,8:07,Thamnophilus multistriatus,2,,Auditivo,NA +JUAN,Guabas,318,1,8-Sep,7:57,8:07,Theristicus caudatus,3,,Auditivo,NA +JUAN,Guabas,318,1,8-Sep,7:57,8:07,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,318,1,8-Sep,7:57,8:07,Zimmerius chrysops,1,6.9,visual,BNC +JUAN,Guabas,318,6,8-Sep,8:27,8:37,Daptrius chimachima,1,,Auditivo,NA +JUAN,Guabas,318,6,8-Sep,8:27,8:37,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guabas,318,6,8-Sep,8:27,8:37,Microcerculus marginatus,1,,Auditivo,NA +JUAN,Guabas,318,6,8-Sep,8:27,8:37,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guabas,318,6,8-Sep,8:27,8:37,Stilpnia vitriolina,2,,Auditivo,NA +JUAN,Guabas,318,6,8-Sep,8:27,8:37,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,318,6,8-Sep,8:27,8:37,Xiphorhynchus susurrans,1,,Auditivo,NA +JUAN,Guabas,318,11,8-Sep,8:58,9:08,Elaenia flavogaster,2,,Auditivo,NA +JUAN,Guabas,318,11,8-Sep,8:58,9:08,Elaenia flavogaster,1,31.8,visual,AD +JUAN,Guabas,318,11,8-Sep,8:58,9:08,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,318,11,8-Sep,8:58,9:08,Ramphocaenus melanurus,1,,Auditivo,NA +JUAN,Guabas,318,11,8-Sep,8:58,9:08,Saucerottia saucerottei,1,6.6,visual,AD +JUAN,Guabas,318,11,8-Sep,8:58,9:08,Troglodytes aedon,2,,Auditivo,NA +JUAN,Guabas,318,11,8-Sep,8:58,9:08,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,318,11,8-Sep,8:58,9:08,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guabas,318,2,8-Sep,9:20,9:30,Contopus virens,1,54.2,visual,AD +JUAN,Guabas,318,2,8-Sep,9:20,9:30,Coragyps atratus,1,,vuelo,NA +JUAN,Guabas,318,2,8-Sep,9:20,9:30,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guabas,318,2,8-Sep,9:20,9:30,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,318,2,8-Sep,9:20,9:30,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guabas,318,2,8-Sep,9:20,9:30,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,318,2,8-Sep,9:20,9:30,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,318,2,8-Sep,9:20,9:30,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,318,2,8-Sep,9:20,9:30,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,318,3,8-Sep,9:40,9:50,Coragyps atratus,1,,vuelo,NA +JUAN,Guabas,318,3,8-Sep,9:40,9:50,Microcerculus marginatus,1,,Auditivo,NA +JUAN,Guabas,318,3,8-Sep,9:40,9:50,Stilpnia vitriolina,1,,Auditivo,NA +JUAN,Guabas,318,3,8-Sep,9:40,9:50,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guabas,318,3,8-Sep,9:40,9:50,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,318,3,8-Sep,9:40,9:50,Vireo leucophrys,1,29.6,visual,BNC +JUAN,Guabas,318,4,8-Sep,9:55,10:05,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,318,4,8-Sep,9:55,10:05,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guabas,318,4,8-Sep,9:55,10:05,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,318,5,8-Sep,10:13,10:23,Leptopogon superciliaris,2,12.3,visual,BNC +JUAN,Guabas,318,5,8-Sep,10:13,10:23,Tangara arthus,1,9.2,visual,BNC +JUAN,Guabas,318,5,8-Sep,10:13,10:23,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guabas,318,8,8-Sep,6:02,6:12,Stilpnia vitriolina,2,26.4,Visual,AD +SANTIAGO,Guabas,318,8,8-Sep,6:02,6:12,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,318,8,8-Sep,6:02,6:12,Aulacorhynchus haematopygus,1,16.9,Visual,BC +SANTIAGO,Guabas,318,8,8-Sep,6:02,6:12,Tiaris olivaceus,1,22.2,Visual,PO +SANTIAGO,Guabas,318,8,8-Sep,6:02,6:12,Troglodytes aedon,1,14.3,Visual,PO +SANTIAGO,Guabas,318,8,8-Sep,6:02,6:12,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guabas,318,9,8-Sep,6:25,6:35,Pyrocephalus rubinus,1,26.1,Visual,AD +SANTIAGO,Guabas,318,9,8-Sep,6:25,6:35,Saltator striatipectus,2,18.5,Visual,OC +SANTIAGO,Guabas,318,9,8-Sep,6:25,6:35,Amazona mercenarius,6,34.6,Visual,AD +SANTIAGO,Guabas,318,9,8-Sep,6:25,6:35,Pheugopedius mystacalis,1,,Auditivo,NA +SANTIAGO,Guabas,318,9,8-Sep,6:25,6:35,Synallaxis azarae,1,,Auditivo,NA +SANTIAGO,Guabas,318,9,8-Sep,6:25,6:35,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guabas,318,9,8-Sep,6:25,6:35,Daptrius chimachima,1,,Vuelo,NA +SANTIAGO,Guabas,318,9,8-Sep,6:25,6:35,Tiaris olivaceus,2,22.7,Visual,PO +SANTIAGO,Guabas,318,7,8-Sep,6:48,6:58,Pionus menstruus,8,,Vuelo,NA +SANTIAGO,Guabas,318,7,8-Sep,6:48,6:58,Ardea alba,3,,Vuelo,NA +SANTIAGO,Guabas,318,7,8-Sep,6:48,6:58,Sporophila nigricollis,1,20.5,Visual,OC +SANTIAGO,Guabas,318,7,8-Sep,6:48,6:58,Spinus psaltria,1,14.3,Visual,OC +SANTIAGO,Guabas,318,7,8-Sep,6:48,6:58,Stelgidopteryx ruficollis,12,,Vuelo,NA +SANTIAGO,Guabas,318,7,8-Sep,6:48,6:58,Streptoprocne rutila,6,,Vuelo,NA +SANTIAGO,Guabas,318,1,8-Sep,7:25,7:35,Pachyramphus rufus,1,26.9,Visual,BNC +SANTIAGO,Guabas,318,1,8-Sep,7:25,7:35,Tangara gyrola,2,11,Visual,BNC +SANTIAGO,Guabas,318,1,8-Sep,7:25,7:35,Legatus leucophaius,1,16.2,Visual,AD +SANTIAGO,Guabas,318,1,8-Sep,7:25,7:35,Tyrannus melancholicus,2,32.4,Visual,AD +SANTIAGO,Guabas,318,1,8-Sep,7:25,7:35,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guabas,318,12,8-Sep,7:52,8:02,Zenaida auriculata,1,26.7,Visual,BNC +SANTIAGO,Guabas,318,12,8-Sep,7:52,8:02,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guabas,318,12,8-Sep,7:52,8:02,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guabas,318,12,8-Sep,7:52,8:02,Daptrius chimachima,1,36.2,Visual,AD +SANTIAGO,Guabas,318,12,8-Sep,7:52,8:02,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,318,12,8-Sep,7:52,8:02,Stilpnia cyanicollis,1,16,Visual,BNC +SANTIAGO,Guabas,318,12,8-Sep,7:52,8:02,Phaethornis guy,1,18.2,Visual,BNC +SANTIAGO,Guabas,318,12,8-Sep,7:52,8:02,Piaya cayana,1,38.5,Visual,BNC +SANTIAGO,Guabas,318,12,8-Sep,7:52,8:02,Ara severus,11,,Vuelo,NA +SANTIAGO,Guabas,318,6,8-Sep,8:15,8:25,Momotus aequatorialis,1,,Auditivo,NA +SANTIAGO,Guabas,318,6,8-Sep,8:15,8:25,Myiothlypis fulvicauda,1,14.3,Visual,BNC +SANTIAGO,Guabas,318,6,8-Sep,8:15,8:25,Basileuterus culicivorus,2,22.9,Visual,BNC +SANTIAGO,Guabas,318,6,8-Sep,8:15,8:25,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guabas,318,2,8-Sep,8:39,8:49,Troglodytes aedon,1,16.7,Visual,PO +SANTIAGO,Guabas,318,2,8-Sep,8:39,8:49,Phimosus infuscatus,3,,Vuelo,NA +SANTIAGO,Guabas,318,2,8-Sep,8:39,8:49,Stilpnia vitriolina,1,11.3,Visual,AD +SANTIAGO,Guabas,318,3,8-Sep,9:04,9:14,Sicalis flaveola,2,9.1,Visual,CA +SANTIAGO,Guabas,318,3,8-Sep,9:04,9:14,Spinus psaltria,1,12.6,Visual,CA +SANTIAGO,Guabas,318,3,8-Sep,9:04,9:14,Habia cristata,2,35.1,Visual,BNC +SANTIAGO,Guabas,318,3,8-Sep,9:04,9:14,Thraupis episcopus,1,22.7,Visual,BNC +SANTIAGO,Guabas,318,3,8-Sep,9:04,9:14,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,318,4,8-Sep,9:19,9:29,Ortalis columbiana,3,38.2,Visual,BNC +SANTIAGO,Guabas,318,5,8-Sep,9:36,9:46,Sayornis nigricans,1,22,Visual,AD +SANTIAGO,Guabas,318,5,8-Sep,9:36,9:46,Pitangus sulphuratus,1,,Auditivo,NA +SANTIAGO,Guabas,318,5,8-Sep,9:36,9:46,Rupornis magnirostris,1,,Vuelo,NA +SANTIAGO,Guabas,318,10,8-Sep,10:25,10:35,Coragyps atratus,8,,Vuelo,NA +SANTIAGO,Guabas,318,10,8-Sep,10:25,10:35,Amazona mercenarius,4,,Vuelo,NA +SANTIAGO,Guabas,318,11,8-Sep,11:01,11:11,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guabas,318,11,8-Sep,11:01,11:11,Saltator striatipectus,1,24.7,Visual,AD +SANTIAGO,Guabas,318,11,8-Sep,11:01,11:11,Thraupis episcopus,2,22.3,Visual,AD +JUAN,Guacaica,1087,2,2-Oct,6:10,6:20,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,1087,2,2-Oct,6:10,6:20,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,2,2-Oct,6:10,6:20,Pitangus sulphuratus,1,,Auditivo,NA +JUAN,Guacaica,1087,2,2-Oct,6:10,6:20,Sporophila nigricollis,2,,Auditivo,NA +JUAN,Guacaica,1087,2,2-Oct,6:10,6:20,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1087,2,2-Oct,6:10,6:20,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1087,2,2-Oct,6:10,6:20,Zenaida auriculata,1,46.7,visual,AD +JUAN,Guacaica,1087,2,2-Oct,6:10,6:20,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guacaica,1087,1,2-Oct,6:28,6:38,Amazilia tzacatl,1,,vuelo,NA +JUAN,Guacaica,1087,1,2-Oct,6:28,6:38,Amazilia tzacatl,1,13.7,visual,AD +JUAN,Guacaica,1087,1,2-Oct,6:28,6:38,Bubulcus ibis,2,,vuelo,NA +JUAN,Guacaica,1087,1,2-Oct,6:28,6:38,Contopus virens,1,59.9,visual,BNC +JUAN,Guacaica,1087,1,2-Oct,6:28,6:38,Dysithamnus mentalis,1,,Auditivo,NA +JUAN,Guacaica,1087,1,2-Oct,6:28,6:38,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,1,2-Oct,6:28,6:38,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guacaica,1087,1,2-Oct,6:28,6:38,Sayornis nigricans,1,31.6,visual,RE +JUAN,Guacaica,1087,1,2-Oct,6:28,6:38,Setophaga fusca,1,14.2,visual,AD +JUAN,Guacaica,1087,1,2-Oct,6:28,6:38,Spinus psaltria,1,9.1,visual,CV +JUAN,Guacaica,1087,1,2-Oct,6:28,6:38,Synallaxis albescens,1,,Auditivo,NA +JUAN,Guacaica,1087,1,2-Oct,6:28,6:38,Tangara gyrola,1,16.6,visual,AD +JUAN,Guacaica,1087,1,2-Oct,6:28,6:38,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1087,1,2-Oct,6:28,6:38,Tyrannus melancholicus,2,40.8,visual,BNC +JUAN,Guacaica,1087,1,2-Oct,6:28,6:38,Tyrannus melancholicus,1,14.8,visual,PO +JUAN,Guacaica,1087,6,2-Oct,6:49,6:59,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,1087,6,2-Oct,6:49,6:59,Bubulcus ibis,1,65.6,visual,BC +JUAN,Guacaica,1087,6,2-Oct,6:49,6:59,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guacaica,1087,6,2-Oct,6:49,6:59,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guacaica,1087,6,2-Oct,6:49,6:59,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1087,6,2-Oct,6:49,6:59,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,6,2-Oct,6:49,6:59,Pionus chalcopterus,1,,vuelo,NA +JUAN,Guacaica,1087,6,2-Oct,6:49,6:59,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1087,6,2-Oct,6:49,6:59,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1087,7,2-Oct,7:07,7:17,Bubulcus ibis,2,,vuelo,NA +JUAN,Guacaica,1087,7,2-Oct,7:07,7:17,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guacaica,1087,7,2-Oct,7:07,7:17,Crotophaga ani,1,,Auditivo,NA +JUAN,Guacaica,1087,7,2-Oct,7:07,7:17,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,7,2-Oct,7:07,7:17,Momotus aequatorialis,1,23.6,visual,BNC +JUAN,Guacaica,1087,7,2-Oct,7:07,7:17,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guacaica,1087,7,2-Oct,7:07,7:17,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guacaica,1087,7,2-Oct,7:07,7:17,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guacaica,1087,7,2-Oct,7:07,7:17,Stilpnia vitriolina,2,20.6,visual,BNC +JUAN,Guacaica,1087,7,2-Oct,7:07,7:17,Tangara gyrola,1,23.4,visual,BNC +JUAN,Guacaica,1087,7,2-Oct,7:07,7:17,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1087,7,2-Oct,7:07,7:17,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1087,8,2-Oct,7:23,7:33,Contopus cooperi,1,28.7,visual,AD +JUAN,Guacaica,1087,8,2-Oct,7:23,7:33,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guacaica,1087,8,2-Oct,7:23,7:33,Ortalis columbiana,2,45.1,visual,AD +JUAN,Guacaica,1087,8,2-Oct,7:23,7:33,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1087,8,2-Oct,7:23,7:33,Tyrannus melancholicus,1,33.6,visual,AD +JUAN,Guacaica,1087,8,2-Oct,7:23,7:33,Tyrannus melancholicus,1,56.9,visual,AD +JUAN,Guacaica,1087,11,2-Oct,7:42,7:52,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guacaica,1087,11,2-Oct,7:42,7:52,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guacaica,1087,11,2-Oct,7:42,7:52,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,11,2-Oct,7:42,7:52,Myiozetetes cayanensis,1,65.7,visual,BNC +JUAN,Guacaica,1087,11,2-Oct,7:42,7:52,Ortalis columbiana,3,,Auditivo,NA +JUAN,Guacaica,1087,11,2-Oct,7:42,7:52,Patagioenas cayennensis,1,,vuelo,NA +JUAN,Guacaica,1087,11,2-Oct,7:42,7:52,Pionus chalcopterus,1,,vuelo,NA +JUAN,Guacaica,1087,11,2-Oct,7:42,7:52,Ramphocelus flammigerus,1,75.1,visual,AD +JUAN,Guacaica,1087,11,2-Oct,7:42,7:52,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,1087,11,2-Oct,7:42,7:52,Stilpnia vitriolina,1,38.7,visual,AD +JUAN,Guacaica,1087,11,2-Oct,7:42,7:52,Thamnophilus multistriatus,2,,Auditivo,NA +JUAN,Guacaica,1087,11,2-Oct,7:42,7:52,Thraupis episcopus,1,75.1,visual,AD +JUAN,Guacaica,1087,11,2-Oct,7:42,7:52,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1087,11,2-Oct,7:42,7:52,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1087,11,2-Oct,7:42,7:52,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guacaica,1087,9,2-Oct,8:19,8:29,Bubulcus ibis,2,,Auditivo,NA +JUAN,Guacaica,1087,9,2-Oct,8:19,8:29,Bubulcus ibis,2,,vuelo,NA +JUAN,Guacaica,1087,9,2-Oct,8:19,8:29,Crotophaga ani,1,,Auditivo,NA +JUAN,Guacaica,1087,9,2-Oct,8:19,8:29,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1087,9,2-Oct,8:19,8:29,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,9,2-Oct,8:19,8:29,Patagioenas cayennensis,2,,vuelo,NA +JUAN,Guacaica,1087,9,2-Oct,8:19,8:29,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guacaica,1087,9,2-Oct,8:19,8:29,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1087,9,2-Oct,8:19,8:29,Turdus ignobilis,1,41,visual,AD +JUAN,Guacaica,1087,9,2-Oct,8:19,8:29,Tyrannus melancholicus,1,38.9,visual,PO +JUAN,Guacaica,1087,9,2-Oct,8:19,8:29,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,1087,10,2-Oct,8:39,8:49,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guacaica,1087,10,2-Oct,8:39,8:49,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,10,2-Oct,8:39,8:49,Melanerpes formicivorus,1,,vuelo,NA +JUAN,Guacaica,1087,10,2-Oct,8:39,8:49,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1087,10,2-Oct,8:39,8:49,Zenaida auriculata,1,39.5,visual,RE +JUAN,Guacaica,1087,10,2-Oct,8:39,8:49,Zenaida auriculata,1,78.6,visual,RE +JUAN,Guacaica,1087,10,2-Oct,8:39,8:49,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1087,10,2-Oct,8:39,8:49,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1087,5,2-Oct,8:52,9:02,Bubulcus ibis,1,,Auditivo,NA +JUAN,Guacaica,1087,5,2-Oct,8:52,9:02,Cyanocorax yncas,1,73.1,visual,AD +JUAN,Guacaica,1087,5,2-Oct,8:52,9:02,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guacaica,1087,5,2-Oct,8:52,9:02,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,1087,5,2-Oct,8:52,9:02,Vanellus chilensis,2,53.1,visual,PO +JUAN,Guacaica,1087,5,2-Oct,8:52,9:02,Zenaida auriculata,1,73.1,visual,AD +JUAN,Guacaica,1087,5,2-Oct,8:52,9:02,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guacaica,1087,5,2-Oct,8:52,9:02,Zonotrichia capensis,2,18.6,visual,PO +JUAN,Guacaica,1087,5,2-Oct,8:52,9:02,Zonotrichia capensis,2,25.2,visual,PO +JUAN,Guacaica,1087,4,2-Oct,9:06,9:16,Atlapetes albinucha,1,7.9,visual,PO +JUAN,Guacaica,1087,4,2-Oct,9:06,9:16,Cathartes aura,1,,vuelo,NA +JUAN,Guacaica,1087,4,2-Oct,9:06,9:16,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guacaica,1087,4,2-Oct,9:06,9:16,Coragyps atratus,1,,vuelo,NA +JUAN,Guacaica,1087,4,2-Oct,9:06,9:16,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guacaica,1087,4,2-Oct,9:06,9:16,Pygochelidon cyanoleuca,6,,vuelo,NA +JUAN,Guacaica,1087,4,2-Oct,9:06,9:16,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guacaica,1087,4,2-Oct,9:06,9:16,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1087,4,2-Oct,9:06,9:16,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,1087,4,2-Oct,9:06,9:16,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1087,4,2-Oct,9:06,9:16,Zonotrichia capensis,1,11.2,visual,AD +JUAN,Guacaica,1087,4,2-Oct,9:06,9:16,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1087,3,2-Oct,9:24,9:34,Coragyps atratus,1,,vuelo,NA +JUAN,Guacaica,1087,3,2-Oct,9:24,9:34,Myiodynastes hemichrysus,1,,Auditivo,NA +JUAN,Guacaica,1087,3,2-Oct,9:24,9:34,Rupornis magnirostris,1,36.4,visual,BC +JUAN,Guacaica,1087,3,2-Oct,9:24,9:34,Rupornis magnirostris,1,,vuelo,NA +JUAN,Guacaica,1087,3,2-Oct,9:24,9:34,Tyrannus melancholicus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,3,2-Oct,6:14,6:24,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,3,2-Oct,6:14,6:24,Myioborus miniatus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,3,2-Oct,6:14,6:24,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,3,2-Oct,6:14,6:24,Stilpnia heinei,2,7.1,Visual,BC +SANTIAGO,Guacaica,1087,3,2-Oct,6:14,6:24,Atlapetes albinucha,1,8.4,Visual,BC +SANTIAGO,Guacaica,1087,3,2-Oct,6:14,6:24,Myiodynastes hemichrysus,1,24.9,Visual,BC +SANTIAGO,Guacaica,1087,3,2-Oct,6:14,6:24,Zonotrichia capensis,1,97.6,Visual,PO +SANTIAGO,Guacaica,1087,3,2-Oct,6:14,6:24,Pionus menstruus,11,,Vuelo,NA +SANTIAGO,Guacaica,1087,3,2-Oct,6:14,6:24,Leptosittaca branickii,21,,Vuelo,NA +SANTIAGO,Guacaica,1087,4,2-Oct,6:31,6:41,Atlapetes albinucha,1,14.7,Visual,CV +SANTIAGO,Guacaica,1087,4,2-Oct,6:31,6:41,Zonotrichia capensis,1,9.5,Visual,PO +SANTIAGO,Guacaica,1087,4,2-Oct,6:31,6:41,Spinus psaltria,1,13.2,Visual,PO +SANTIAGO,Guacaica,1087,4,2-Oct,6:31,6:41,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,4,2-Oct,6:31,6:41,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,5,2-Oct,6:54,7:04,Diglossa sittoides,1,20.8,Visual,OC +SANTIAGO,Guacaica,1087,5,2-Oct,6:54,7:04,Spinus xanthogastrus,1,40.4,Visual,AD +SANTIAGO,Guacaica,1087,5,2-Oct,6:54,7:04,Tyrannus melancholicus,1,39.6,Visual,RE +SANTIAGO,Guacaica,1087,5,2-Oct,6:54,7:04,Zenaida auriculata,1,114.4,Visual,RE +SANTIAGO,Guacaica,1087,5,2-Oct,6:54,7:04,Tangara gyrola,1,41.1,Visual,AD +SANTIAGO,Guacaica,1087,5,2-Oct,6:54,7:04,Turdus fuscater,1,44.3,Visual,PO +SANTIAGO,Guacaica,1087,5,2-Oct,6:54,7:04,Sporophila nigricollis,2,32.8,Visual,PO +SANTIAGO,Guacaica,1087,5,2-Oct,6:54,7:04,Zonotrichia capensis,1,9.6,Visual,PO +SANTIAGO,Guacaica,1087,5,2-Oct,6:54,7:04,Tiaris olivaceus,1,24.3,Visual,PO +SANTIAGO,Guacaica,1087,5,2-Oct,6:54,7:04,Pionus chalcopterus,6,,Vuelo,NA +SANTIAGO,Guacaica,1087,10,2-Oct,7:12,7:22,Vanellus chilensis,1,,Vuelo,NA +SANTIAGO,Guacaica,1087,10,2-Oct,7:12,7:22,Tyrannus melancholicus,1,,Vuelo,NA +SANTIAGO,Guacaica,1087,10,2-Oct,7:12,7:22,Phimosus infuscatus,1,,Vuelo,NA +SANTIAGO,Guacaica,1087,2,2-Oct,7:35,7:45,Tiaris olivaceus,2,12.7,Visual,PO +SANTIAGO,Guacaica,1087,2,2-Oct,7:35,7:45,Zonotrichia capensis,1,11.2,Visual,PO +SANTIAGO,Guacaica,1087,2,2-Oct,7:35,7:45,Rupornis magnirostris,1,22.6,Visual,AD +SANTIAGO,Guacaica,1087,2,2-Oct,7:35,7:45,Sporophila luctuosa,1,9.4,Visual,PO +SANTIAGO,Guacaica,1087,2,2-Oct,7:35,7:45,Theristicus caudatus,1,,Vuelo,NA +SANTIAGO,Guacaica,1087,2,2-Oct,7:35,7:45,Vanellus chilensis,3,13,Visual,PO +SANTIAGO,Guacaica,1087,1,2-Oct,8:01,8:11,Chlorophonia cyanocephala,1,36.7,Visual,AD +SANTIAGO,Guacaica,1087,1,2-Oct,8:01,8:11,Stilpnia cyanicollis,1,14.8,Visual,AD +SANTIAGO,Guacaica,1087,1,2-Oct,8:01,8:11,Synallaxis albescens,1,11.2,Visual,PO +SANTIAGO,Guacaica,1087,1,2-Oct,8:01,8:11,Sicalis flaveola,2,16.6,Visual,PO +SANTIAGO,Guacaica,1087,1,2-Oct,8:01,8:11,Sporophila nigricollis,1,25.1,Visual,PO +SANTIAGO,Guacaica,1087,1,2-Oct,8:01,8:11,Pionus menstruus,7,,Vuelo,NA +SANTIAGO,Guacaica,1087,1,2-Oct,8:01,8:11,Stelgidopteryx ruficollis,12,,Vuelo,NA +SANTIAGO,Guacaica,1087,9,2-Oct,8:24,8:34,Dryobates kirkii,1,34.2,Visual,BC +SANTIAGO,Guacaica,1087,9,2-Oct,8:24,8:34,Myiothlypis coronata,1,22.3,Visual,BC +SANTIAGO,Guacaica,1087,9,2-Oct,8:24,8:34,Empidonax virescens,1,18.7,Visual,BC +SANTIAGO,Guacaica,1087,9,2-Oct,8:24,8:34,Myioborus miniatus,1,25.1,Visual,BC +SANTIAGO,Guacaica,1087,9,2-Oct,8:24,8:34,Anthracothorax nigricollis,1,19.3,Visual,BC +SANTIAGO,Guacaica,1087,9,2-Oct,8:24,8:34,Bubulcus ibis,4,,Vuelo,NA +SANTIAGO,Guacaica,1087,9,2-Oct,8:24,8:34,Thamnophilus multistriatus,1,11.8,Visual,PO +SANTIAGO,Guacaica,1087,9,2-Oct,8:24,8:34,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,9,2-Oct,8:24,8:34,Thraupis episcopus,2,35.1,Visual,PO +SANTIAGO,Guacaica,1087,9,2-Oct,8:24,8:34,Thraupis palmarum,2,33.6,Visual,PO +SANTIAGO,Guacaica,1087,9,2-Oct,8:24,8:34,Tiaris olivaceus,1,24.1,Visual,PO +SANTIAGO,Guacaica,1087,9,2-Oct,8:24,8:34,Amazona mercenarius,7,,Vuelo,NA +SANTIAGO,Guacaica,1087,9,2-Oct,8:24,8:34,Contopus cooperi,1,22.9,Visual,BC +SANTIAGO,Guacaica,1087,9,2-Oct,8:24,8:34,Coragyps atratus,9,,Vuelo,NA +SANTIAGO,Guacaica,1087,6,2-Oct,8:41,8:51,Rupornis magnirostris,1,39.7,Visual,AD +SANTIAGO,Guacaica,1087,6,2-Oct,8:41,8:51,Tyrannus melancholicus,1,21.4,Visual,AD +SANTIAGO,Guacaica,1087,6,2-Oct,8:41,8:51,Sporophila luctuosa,2,32.1,Visual,PO +SANTIAGO,Guacaica,1087,6,2-Oct,8:41,8:51,Theristicus caudatus,1,21.6,Visual,PO +SANTIAGO,Guacaica,1087,6,2-Oct,8:41,8:51,Vanellus chilensis,1,34.8,Visual,PO +SANTIAGO,Guacaica,1087,6,2-Oct,8:41,8:51,Pionus chalcopterus,4,,Vuelo,NA +SANTIAGO,Guacaica,1087,7,2-Oct,9:09,9:19,Tangara vassorii,1,18.4,Visual,BNC +SANTIAGO,Guacaica,1087,7,2-Oct,9:09,9:19,Diglossa cyanea,1,11.2,Visual,BNC +SANTIAGO,Guacaica,1087,7,2-Oct,9:09,9:19,Coragyps atratus,15,,Vuelo,NA +SANTIAGO,Guacaica,1087,7,2-Oct,9:09,9:19,Amazilia tzacatl,1,16.7,Visual,BNC +SANTIAGO,Guacaica,1087,8,2-Oct,9:34,9:44,Tiaris olivaceus,1,18,Visual,PO +SANTIAGO,Guacaica,1087,8,2-Oct,9:34,9:44,Tyrannus melancholicus,2,24.6,Visual,PO +SANTIAGO,Guacaica,1087,8,2-Oct,9:34,9:44,Sporophila luctuosa,1,19.4,Visual,OC +SANTIAGO,Guacaica,1087,8,2-Oct,9:34,9:44,Coragyps atratus,6,,Vuelo,NA +SANTIAGO,Guacaica,1087,8,2-Oct,9:34,9:44,Amazona mercenarius,3,38.1,Visual,BNC +SANTIAGO,Guacaica,1087,8,2-Oct,9:34,9:44,Tangara vassorii,1,16.4,Visual,BNC +SANTIAGO,Guacaica,1087,8,2-Oct,9:34,9:44,Troglodytes aedon,1,41.2,Visual,PO +SANTIAGO,Guacaica,1087,8,2-Oct,9:34,9:44,Sporathraupis cyanocephala,1,49.7,Visual,BNC +SANTIAGO,Guacaica,1087,8,2-Oct,9:34,9:44,Stilpnia heinei,1,50.2,Visual,BNC +SANTIAGO,Guacaica,1087,8,2-Oct,9:34,9:44,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,11,2-Oct,9:58,10:08,Myiozetetes cayanensis,1,26.2,Visual,AD +SANTIAGO,Guacaica,1087,11,2-Oct,9:58,10:08,Tyrannus melancholicus,2,18.4,Visual,AD +SANTIAGO,Guacaica,1087,11,2-Oct,9:58,10:08,Chlorophonia cyanocephala,1,36.8,Visual,AD +SANTIAGO,Guacaica,1087,11,2-Oct,9:58,10:08,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,11,2-Oct,9:58,10:08,Troglodytes aedon,1,9.5,Visual,PO +JUAN,Guacaica,1092,1,3-Oct,5:58,6:08,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guacaica,1092,1,3-Oct,5:58,6:08,Pionus chalcopterus,2,,vuelo,NA +JUAN,Guacaica,1092,1,3-Oct,5:58,6:08,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guacaica,1092,1,3-Oct,5:58,6:08,Stilpnia vitriolina,1,22.3,visual,BNC +JUAN,Guacaica,1092,1,3-Oct,5:58,6:08,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1092,1,3-Oct,5:58,6:08,Tangara arthus,1,22.5,visual,BNC +JUAN,Guacaica,1092,1,3-Oct,5:58,6:08,Thraupis episcopus,2,,Auditivo,NA +JUAN,Guacaica,1092,1,3-Oct,5:58,6:08,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1092,10,3-Oct,6:17,6:27,Crypturellus soui,1,,Auditivo,NA +JUAN,Guacaica,1092,10,3-Oct,6:17,6:27,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1092,10,3-Oct,6:17,6:27,Leptopogon superciliaris,1,,Auditivo,NA +JUAN,Guacaica,1092,10,3-Oct,6:17,6:27,Pachyramphus polychopterus,1,,Auditivo,NA +JUAN,Guacaica,1092,10,3-Oct,6:17,6:27,Pionus chalcopterus,2,,vuelo,NA +JUAN,Guacaica,1092,10,3-Oct,6:17,6:27,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guacaica,1092,10,3-Oct,6:17,6:27,Setophaga pitiayumi,1,,Auditivo,NA +JUAN,Guacaica,1092,10,3-Oct,6:17,6:27,Tangara gyrola,1,25.7,visual,BNC +JUAN,Guacaica,1092,10,3-Oct,6:17,6:27,Todirostrum cinereum,1,,Auditivo,NA +JUAN,Guacaica,1092,10,3-Oct,6:17,6:27,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1092,10,3-Oct,6:17,6:27,Tyrannus melancholicus,2,28.8,visual,BNC +JUAN,Guacaica,1092,10,3-Oct,6:17,6:27,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1092,11,3-Oct,6:31,6:41,Bubulcus ibis,2,,Auditivo,NA +JUAN,Guacaica,1092,11,3-Oct,6:31,6:41,Coragyps atratus,1,,Auditivo,NA +JUAN,Guacaica,1092,11,3-Oct,6:31,6:41,Coragyps atratus,1,,Auditivo,NA +JUAN,Guacaica,1092,11,3-Oct,6:31,6:41,Crotophaga ani,1,,Auditivo,NA +JUAN,Guacaica,1092,11,3-Oct,6:31,6:41,Sporophila nigricollis,1,3.9,visual,AR-3 +JUAN,Guacaica,1092,11,3-Oct,6:31,6:41,Stilpnia vitriolina,1,14.6,visual,BNC +JUAN,Guacaica,1092,11,3-Oct,6:31,6:41,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1092,11,3-Oct,6:31,6:41,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guacaica,1092,11,3-Oct,6:31,6:41,Zonotrichia capensis,1,9.3,visual,AR-3 +JUAN,Guacaica,1092,2,3-Oct,6:55,7:05,Cyanocorax affinis,2,,Auditivo,NA +JUAN,Guacaica,1092,2,3-Oct,6:55,7:05,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1092,2,3-Oct,6:55,7:05,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1092,2,3-Oct,6:55,7:05,Momotus aequatorialis,1,20.7,visual,BNC +JUAN,Guacaica,1092,2,3-Oct,6:55,7:05,Patagioenas cayennensis,1,,vuelo,NA +JUAN,Guacaica,1092,2,3-Oct,6:55,7:05,Setophaga fusca,1,22.4,visual,BNC +JUAN,Guacaica,1092,2,3-Oct,6:55,7:05,Stilpnia vitriolina,2,,Auditivo,NA +JUAN,Guacaica,1092,2,3-Oct,6:55,7:05,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1092,2,3-Oct,6:55,7:05,Zimmerius chrysops,1,11.7,visual,BNC +JUAN,Guacaica,1092,2,3-Oct,6:55,7:05,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1092,3,3-Oct,7:10,7:20,Arremon brunneinucha,1,12.6,visual,BNC +JUAN,Guacaica,1092,3,3-Oct,7:10,7:20,Basileuterus tristriatus,2,14.5,visual,BNC +JUAN,Guacaica,1092,3,3-Oct,7:10,7:20,Ortalis columbiana,3,,Auditivo,NA +JUAN,Guacaica,1092,3,3-Oct,7:10,7:20,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1092,3,3-Oct,7:10,7:20,Stilpnia vitriolina,1,,Auditivo,NA +JUAN,Guacaica,1092,3,3-Oct,7:10,7:20,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1092,4,3-Oct,7:26,7:37,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guacaica,1092,4,3-Oct,7:26,7:37,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1092,4,3-Oct,7:26,7:37,Piaya cayana,1,,vuelo,NA +JUAN,Guacaica,1092,4,3-Oct,7:26,7:37,Pionus chalcopterus,3,,vuelo,NA +JUAN,Guacaica,1092,4,3-Oct,7:26,7:37,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guacaica,1092,4,3-Oct,7:26,7:37,Thraupis palmarum,1,22.5,visual,BNC +JUAN,Guacaica,1092,4,3-Oct,7:26,7:37,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1092,4,3-Oct,7:26,7:37,Tyrannus melancholicus,1,39.5,visual,BNC +JUAN,Guacaica,1092,4,3-Oct,7:26,7:37,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1092,4,3-Oct,7:26,7:37,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guacaica,1092,5,3-Oct,8:02,8:12,Bubulcus ibis,5,,vuelo,NA +JUAN,Guacaica,1092,5,3-Oct,8:02,8:12,Columbina talpacoti,1,38.8,visual,PO +JUAN,Guacaica,1092,5,3-Oct,8:02,8:12,Icterus chrysater,1,57.3,visual,BNC +JUAN,Guacaica,1092,5,3-Oct,8:02,8:12,Myiozetetes cayanensis,1,34.5,visual,AD +JUAN,Guacaica,1092,5,3-Oct,8:02,8:12,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guacaica,1092,6,3-Oct,8:20,8:30,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1092,6,3-Oct,8:20,8:30,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1092,7,3-Oct,8:42,8:52,Cyanocorax affinis,2,36.4,visual,CA +JUAN,Guacaica,1092,7,3-Oct,8:42,8:52,Synallaxis albescens,1,,Auditivo,NA +JUAN,Guacaica,1092,7,3-Oct,8:42,8:52,Tangara gyrola,1,14.5,visual,CA +JUAN,Guacaica,1092,7,3-Oct,8:42,8:52,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1092,8,3-Oct,9:01,9:11,Contopus cooperi,1,50.3,visual,BNC +JUAN,Guacaica,1092,8,3-Oct,9:01,9:11,Coragyps atratus,2,,Auditivo,NA +JUAN,Guacaica,1092,8,3-Oct,9:01,9:11,Saltator atripennis,1,54.6,visual,BNC +JUAN,Guacaica,1092,8,3-Oct,9:01,9:11,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1092,9,3-Oct,9:19,9:29,Stilpnia vitriolina,2,,Auditivo,NA +JUAN,Guacaica,1092,9,3-Oct,9:19,9:29,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,9,3-Oct,6:12,6:22,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,9,3-Oct,6:12,6:22,Molothrus oryzivorus,1,28.4,Visual,CA +SANTIAGO,Guacaica,1092,9,3-Oct,6:12,6:22,Chamaepetes goudotii,2,39.1,Visual,BNC +SANTIAGO,Guacaica,1092,9,3-Oct,6:12,6:22,Synallaxis azarae,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,9,3-Oct,6:12,6:22,Atlapetes albinucha,1,12.9,Visual,BNC +SANTIAGO,Guacaica,1092,8,3-Oct,6:35,6:45,Aulacorhynchus haematopygus,2,39.5,Visual,BNC +SANTIAGO,Guacaica,1092,8,3-Oct,6:35,6:45,Dorifera ludoviceae,1,25.1,Visual,BNC +SANTIAGO,Guacaica,1092,8,3-Oct,6:35,6:45,Cyphorhinus thoracicus,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,8,3-Oct,6:35,6:45,Atlapetes albinucha,1,19.4,Visual,BNC +SANTIAGO,Guacaica,1092,8,3-Oct,6:35,6:45,Mionectes striaticollis,1,28,Visual,BNC +SANTIAGO,Guacaica,1092,7,3-Oct,7:02,7:12,Atlapetes albinucha,1,21.3,Visual,CA +SANTIAGO,Guacaica,1092,7,3-Oct,7:02,7:12,Icterus nigrogularis,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,6,3-Oct,7:26,7:36,Myiothlypis fulvicauda,1,16.2,Visual,BNC +SANTIAGO,Guacaica,1092,6,3-Oct,7:26,7:36,Phaethornis syrmatophorus,1,29.4,Visual,BNC +SANTIAGO,Guacaica,1092,5,3-Oct,7:47,7:57,Thamnophilus multistriatus,1,35.2,Visual,AD +SANTIAGO,Guacaica,1092,5,3-Oct,7:47,7:57,Ramphocelus dimidiatus,2,18.6,Visual,AD +SANTIAGO,Guacaica,1092,5,3-Oct,7:47,7:57,Thraupis episcopus,2,31.4,Visual,AD +SANTIAGO,Guacaica,1092,5,3-Oct,7:47,7:57,Zonotrichia capensis,1,16.7,Visual,PO +SANTIAGO,Guacaica,1092,5,3-Oct,7:47,7:57,Colaptes rubiginosus,1,64.1,Visual,AD +SANTIAGO,Guacaica,1092,5,3-Oct,7:47,7:57,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,5,3-Oct,7:47,7:57,Pionus menstruus,6,,Vuelo,NA +SANTIAGO,Guacaica,1092,4,3-Oct,8:06,8:16,Bubulcus ibis,2,14.3,Visual,PO +SANTIAGO,Guacaica,1092,4,3-Oct,8:06,8:16,Thamnophilus multistriatus,1,35.1,Visual,BNC +SANTIAGO,Guacaica,1092,4,3-Oct,8:06,8:16,Theristicus caudatus,2,18.7,Visual,PO +SANTIAGO,Guacaica,1092,4,3-Oct,8:06,8:16,Ramphocelus flammigerus,1,29.5,Visual,BNC +SANTIAGO,Guacaica,1092,4,3-Oct,8:06,8:16,Tangara arthus,1,34.1,Visual,BNC +SANTIAGO,Guacaica,1092,4,3-Oct,8:06,8:16,Contopus sordidulus,1,36,Visual,BNC +SANTIAGO,Guacaica,1092,4,3-Oct,8:06,8:16,Thraupis episcopus,2,25.2,Visual,BNC +SANTIAGO,Guacaica,1092,4,3-Oct,8:06,8:16,Setophaga fusca,1,27.5,Visual,BNC +SANTIAGO,Guacaica,1092,3,3-Oct,8:31,8:41,Malacoptila mystacalis,1,35.4,Visual,BNC +SANTIAGO,Guacaica,1092,3,3-Oct,8:31,8:41,Momotus aequatorialis,1,26.5,Visual,BNC +SANTIAGO,Guacaica,1092,3,3-Oct,8:31,8:41,Mniotilta varia,1,18.2,Visual,BNC +SANTIAGO,Guacaica,1092,3,3-Oct,8:31,8:41,Henicorhina leucophrys,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,3,3-Oct,8:31,8:41,Mionectes galbinus,1,21.9,Visual,BNC +SANTIAGO,Guacaica,1092,2,3-Oct,8:55,9:05,Myiodynastes hemichrysus,1,35.1,Visual,BNC +SANTIAGO,Guacaica,1092,2,3-Oct,8:55,9:05,Tyrannus melancholicus,1,29.4,Visual,BNC +SANTIAGO,Guacaica,1092,2,3-Oct,8:55,9:05,Basileuterus tristriatus,1,36.5,Visual,BNC +SANTIAGO,Guacaica,1092,2,3-Oct,8:55,9:05,Melanerpes formicivorus,2,16,Visual,BNC +SANTIAGO,Guacaica,1092,2,3-Oct,8:55,9:05,Mimus gilvus,1,14.8,Visual,BNC +SANTIAGO,Guacaica,1092,10,3-Oct,9:21,9:31,Scytalopus spillmanni,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,10,3-Oct,9:21,9:31,Poecilotriccus ruficeps,1,9.4,Visual,BNC +SANTIAGO,Guacaica,1092,10,3-Oct,9:21,9:31,Arremon brunneinucha,1,12.6,Visual,BNC +SANTIAGO,Guacaica,1092,10,3-Oct,9:21,9:31,Zentrygon frenata,2,15.1,Visual,BNC +SANTIAGO,Guacaica,1092,11,3-Oct,9:43,9:53,Ortalis columbiana,1,17.9,Visual,BNC +SANTIAGO,Guacaica,1092,11,3-Oct,9:43,9:53,Atlapetes albinucha,1,20.3,Visual,AR-3 +SANTIAGO,Guacaica,1092,1,3-Oct,10:09,10:19,Stilpnia heinei,1,16.5,Visual,BNC +SANTIAGO,Guacaica,1092,1,3-Oct,10:09,10:19,Momotus aequatorialis,2,,Auditivo,NA +SANTIAGO,Guacaica,1092,1,3-Oct,10:09,10:19,Rupornis magnirostris,1,21.2,Visual,BNC +SANTIAGO,Guacaica,1092,1,3-Oct,10:09,10:19,Sphenopsis melanotis,1,17.6,Visual,BNC +SANTIAGO,Guacaica,1092,1,3-Oct,10:09,10:19,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1060,4,4-Oct,6:05,6:15,Atlapetes albinucha,2,9.5,visual,PO +JUAN,Guacaica,1060,4,4-Oct,6:05,6:15,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1060,4,4-Oct,6:05,6:15,Leptopogon superciliaris,1,,Auditivo,NA +JUAN,Guacaica,1060,4,4-Oct,6:05,6:15,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guacaica,1060,4,4-Oct,6:05,6:15,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1060,4,4-Oct,6:05,6:15,Synallaxis azarae,1,3.1,visual,PO +JUAN,Guacaica,1060,4,4-Oct,6:05,6:15,Tyrannus melancholicus,3,,Auditivo,NA +JUAN,Guacaica,1060,12,4-Oct,6:22,6:32,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1060,12,4-Oct,6:22,6:32,Leptopogon superciliaris,1,,Auditivo,NA +JUAN,Guacaica,1060,12,4-Oct,6:22,6:32,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1060,12,4-Oct,6:22,6:32,Sayornis nigricans,1,32.2,visual,AD +JUAN,Guacaica,1060,12,4-Oct,6:22,6:32,Sayornis nigricans,1,15.9,visual,BC +JUAN,Guacaica,1060,12,4-Oct,6:22,6:32,Zimmerius chrysops,1,19.2,visual,BC +JUAN,Guacaica,1060,12,4-Oct,6:22,6:32,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1060,5,4-Oct,6:37,6:47,Bubulcus ibis,4,,vuelo,NA +JUAN,Guacaica,1060,5,4-Oct,6:37,6:47,Bubulcus ibis,5,,vuelo,NA +JUAN,Guacaica,1060,5,4-Oct,6:37,6:47,Bubulcus ibis,5,,vuelo,NA +JUAN,Guacaica,1060,5,4-Oct,6:37,6:47,Bubulcus ibis,18,,vuelo,NA +JUAN,Guacaica,1060,5,4-Oct,6:37,6:47,Coragyps atratus,2,25.5,visual,BNC +JUAN,Guacaica,1060,5,4-Oct,6:37,6:47,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guacaica,1060,5,4-Oct,6:37,6:47,Setophaga fusca,2,29.9,visual,BNC +JUAN,Guacaica,1060,5,4-Oct,6:37,6:47,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1060,6,4-Oct,6:59,7:09,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,1060,6,4-Oct,6:59,7:09,Contopus cooperi,1,14.5,visual,BNC +JUAN,Guacaica,1060,6,4-Oct,6:59,7:09,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guacaica,1060,6,4-Oct,6:59,7:09,Myiozetetes cayanensis,1,12.5,visual,BNC +JUAN,Guacaica,1060,6,4-Oct,6:59,7:09,Pionus menstruus,2,30.2,visual,AD +JUAN,Guacaica,1060,6,4-Oct,6:59,7:09,Rupornis magnirostris,1,93.3,visual,AD +JUAN,Guacaica,1060,6,4-Oct,6:59,7:09,Synallaxis albescens,1,,Auditivo,NA +JUAN,Guacaica,1060,6,4-Oct,6:59,7:09,Thraupis palmarum,2,19.4,visual,BNC +JUAN,Guacaica,1060,6,4-Oct,6:59,7:09,Thraupis palmarum,1,28,visual,AD +JUAN,Guacaica,1060,6,4-Oct,6:59,7:09,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1060,6,4-Oct,6:59,7:09,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1060,6,4-Oct,6:59,7:09,Troglodytes aedon,1,28.4,visual,AD +JUAN,Guacaica,1060,6,4-Oct,6:59,7:09,Tyrannus melancholicus,1,12,visual,BNC +JUAN,Guacaica,1060,6,4-Oct,6:59,7:09,Tyrannus melancholicus,1,28,visual,AD +JUAN,Guacaica,1060,6,4-Oct,6:59,7:09,Vanellus chilensis,2,,Auditivo,NA +JUAN,Guacaica,1060,6,4-Oct,6:59,7:09,Zenaida auriculata,1,29.2,visual,BNC +JUAN,Guacaica,1060,6,4-Oct,6:59,7:09,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1060,6,4-Oct,6:59,7:09,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1060,7,4-Oct,7:14,7:24,Bubulcus ibis,1,33.3,visual,BC +JUAN,Guacaica,1060,7,4-Oct,7:14,7:24,Bubulcus ibis,1,27.9,visual,BNC +JUAN,Guacaica,1060,7,4-Oct,7:14,7:24,Catharus ustulatus,1,20.7,visual,BC +JUAN,Guacaica,1060,7,4-Oct,7:14,7:24,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1060,7,4-Oct,7:14,7:24,Phimosus infuscatus,1,93.1,visual,AD +JUAN,Guacaica,1060,7,4-Oct,7:14,7:24,Pionus menstruus,1,59.2,visual,AD +JUAN,Guacaica,1060,7,4-Oct,7:14,7:24,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1060,7,4-Oct,7:14,7:24,Turdus ignobilis,1,38.2,visual,RE +JUAN,Guacaica,1060,7,4-Oct,7:14,7:24,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,1060,8,4-Oct,7:30,7:40,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,1060,8,4-Oct,7:30,7:40,Icterus chrysater,1,21.5,visual,BNC +JUAN,Guacaica,1060,8,4-Oct,7:30,7:40,Leptopogon superciliaris,1,,Auditivo,NA +JUAN,Guacaica,1060,8,4-Oct,7:30,7:40,Melanerpes formicivorus,1,40.6,visual,AD +JUAN,Guacaica,1060,8,4-Oct,7:30,7:40,Ortalis columbiana,5,17,visual,BNC +JUAN,Guacaica,1060,8,4-Oct,7:30,7:40,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1060,8,4-Oct,7:30,7:40,Thraupis palmarum,1,25.7,visual,BNC +JUAN,Guacaica,1060,8,4-Oct,7:30,7:40,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1060,8,4-Oct,7:30,7:40,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1060,8,4-Oct,7:30,7:40,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,1060,8,4-Oct,7:30,7:40,Zenaida auriculata,2,29.1,visual,BNC +JUAN,Guacaica,1060,8,4-Oct,7:46,7:56,Caracara plancus,1,,vuelo,NA +JUAN,Guacaica,1060,8,4-Oct,7:46,7:56,Pionus chalcopterus,4,,vuelo,NA +JUAN,Guacaica,1060,8,4-Oct,7:46,7:56,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guacaica,1060,8,4-Oct,7:46,7:56,Setophaga fusca,1,29.1,visual,BNC +JUAN,Guacaica,1060,8,4-Oct,7:46,7:56,Sporophila nigricollis,1,10.2,visual,PO +JUAN,Guacaica,1060,8,4-Oct,7:46,7:56,Sporophila schistacea,1,11,visual,PO +JUAN,Guacaica,1060,8,4-Oct,7:46,7:56,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,1060,8,4-Oct,7:46,7:56,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1060,8,4-Oct,7:46,7:56,Tyrannus melancholicus,2,15.4,visual,RE +JUAN,Guacaica,1060,8,4-Oct,7:46,7:56,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,1060,8,4-Oct,7:46,7:56,Zonotrichia capensis,1,7.4,visual,AD +JUAN,Guacaica,1060,10,4-Oct,8:15,8:25,Atlapetes albinucha,1,60.5,visual,BNC +JUAN,Guacaica,1060,10,4-Oct,8:15,8:25,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guacaica,1060,10,4-Oct,8:15,8:25,Daptrius chimachima,1,,Auditivo,NA +JUAN,Guacaica,1060,10,4-Oct,8:15,8:25,Tangara gyrola,1,11.9,visual,CV +JUAN,Guacaica,1060,10,4-Oct,8:15,8:25,Tiaris olivaceus,1,4.9,visual,CV +JUAN,Guacaica,1060,10,4-Oct,8:15,8:25,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1060,10,4-Oct,8:15,8:25,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1060,10,4-Oct,8:15,8:25,Zonotrichia capensis,1,5.6,visual,CV +JUAN,Guacaica,1060,10,4-Oct,8:15,8:25,Zonotrichia capensis,1,20.2,visual,PO +JUAN,Guacaica,1060,1,4-Oct,8:34,8:44,Bubulcus ibis,2,,vuelo,NA +JUAN,Guacaica,1060,1,4-Oct,8:34,8:44,Coragyps atratus,1,,vuelo,NA +JUAN,Guacaica,1060,1,4-Oct,8:34,8:44,Patagioenas fasciata,1,,vuelo,NA +JUAN,Guacaica,1060,1,4-Oct,8:34,8:44,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1060,1,4-Oct,8:34,8:44,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guacaica,1060,1,4-Oct,8:34,8:44,Setophaga fusca,2,32.8,visual,AD +JUAN,Guacaica,1060,1,4-Oct,8:34,8:44,Sporophila nigricollis,1,13.2,visual,AD +JUAN,Guacaica,1060,1,4-Oct,8:34,8:44,Stelgidopteryx ruficollis,4,,vuelo,NA +JUAN,Guacaica,1060,1,4-Oct,8:34,8:44,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1060,1,4-Oct,8:34,8:44,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guacaica,1060,1,4-Oct,8:34,8:44,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1060,1,4-Oct,8:34,8:44,Turdus ignobilis,1,33,visual,AD +JUAN,Guacaica,1060,1,4-Oct,8:34,8:44,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guacaica,1060,11,4-Oct,8:52,9:02,Coragyps atratus,4,,vuelo,NA +JUAN,Guacaica,1060,11,4-Oct,8:52,9:02,Ortalis columbiana,2,,Auditivo,NA +JUAN,Guacaica,1060,11,4-Oct,8:52,9:02,Piranga rubra,1,18.8,visual,BC +JUAN,Guacaica,1060,11,4-Oct,8:52,9:02,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guacaica,1060,11,4-Oct,8:52,9:02,Stelgidopteryx ruficollis,2,,vuelo,NA +JUAN,Guacaica,1060,11,4-Oct,8:52,9:02,Tangara nigroviridis,2,32.9,visual,BC +JUAN,Guacaica,1060,11,4-Oct,8:52,9:02,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1060,2,4-Oct,9:18,9:28,Basileuterus tristriatus,2,6.2,visual,BNC +JUAN,Guacaica,1060,2,4-Oct,9:18,9:28,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guacaica,1060,2,4-Oct,9:18,9:28,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1060,2,4-Oct,9:18,9:28,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guacaica,1060,2,4-Oct,9:18,9:28,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1060,2,4-Oct,9:18,9:28,Turdus fuscater,1,11.9,visual,BNC +JUAN,Guacaica,1060,2,4-Oct,9:18,9:28,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1060,2,4-Oct,9:18,9:28,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1060,3,4-Oct,9:35,9:45,Bubulcus ibis,4,,vuelo,NA +JUAN,Guacaica,1060,3,4-Oct,9:35,9:45,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1060,3,4-Oct,9:35,9:45,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guacaica,1060,3,4-Oct,9:35,9:45,Stilpnia vitriolina,1,13.3,visual,BNC +JUAN,Guacaica,1060,3,4-Oct,9:35,9:45,Synallaxis azarae,3,,Auditivo,NA +JUAN,Guacaica,1060,3,4-Oct,9:35,9:45,Vanellus chilensis,2,,Auditivo,NA +JUAN,Guacaica,1060,3,4-Oct,9:35,9:45,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,1,4-Oct,6:01,6:11,Piranga rubra,1,16.3,Visual,BNC +SANTIAGO,Guacaica,1060,1,4-Oct,6:01,6:11,Setophaga ruticilla,1,14.7,Visual,CV +SANTIAGO,Guacaica,1060,1,4-Oct,6:01,6:11,Thraupis episcopus,2,22.9,Visual,CV +SANTIAGO,Guacaica,1060,1,4-Oct,6:01,6:11,Pygochelidon cyanoleuca,8,,Vuelo,NA +SANTIAGO,Guacaica,1060,1,4-Oct,6:01,6:11,Synallaxis albescens,1,34.1,Visual,CV +SANTIAGO,Guacaica,1060,1,4-Oct,6:01,6:11,Tiaris olivaceus,1,9.8,Visual,PO +SANTIAGO,Guacaica,1060,2,4-Oct,6:26,6:36,Leptosittaca branickii,16,,Vuelo,NA +SANTIAGO,Guacaica,1060,2,4-Oct,6:26,6:36,Sporathraupis cyanocephala,1,17.4,Visual,BNC +SANTIAGO,Guacaica,1060,2,4-Oct,6:26,6:36,Xiphorhynchus triangularis,1,25.3,Visual,BNC +SANTIAGO,Guacaica,1060,2,4-Oct,6:26,6:36,Anthracothorax nigricollis,1,33.1,Visual,BNC +SANTIAGO,Guacaica,1060,2,4-Oct,6:26,6:36,Atlapetes albinucha,1,19.8,Visual,BNC +SANTIAGO,Guacaica,1060,2,4-Oct,6:26,6:36,Mionectes striaticollis,1,24.6,Visual,BNC +SANTIAGO,Guacaica,1060,2,4-Oct,6:26,6:36,Henicorhina leucophrys,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,2,4-Oct,6:26,6:36,Campephilus pollens,2,17.9,Visual,BNC +SANTIAGO,Guacaica,1060,2,4-Oct,6:26,6:36,Stilpnia heinei,1,21,Visual,BNC +SANTIAGO,Guacaica,1060,3,4-Oct,6:43,6:53,Atlapetes flaviceps,2,25.1,Visual,BNC +SANTIAGO,Guacaica,1060,3,4-Oct,6:43,6:53,Aulacorhynchus haematopygus,1,37.8,Visual,BNC +SANTIAGO,Guacaica,1060,3,4-Oct,6:43,6:53,Saltator striatipectus,1,112.4,Visual,BNC +SANTIAGO,Guacaica,1060,3,4-Oct,6:43,6:53,Setophaga fusca,2,29.7,Visual,BNC +SANTIAGO,Guacaica,1060,3,4-Oct,6:43,6:53,Tangara arthus,2,26.2,Visual,BNC +SANTIAGO,Guacaica,1060,3,4-Oct,6:43,6:53,Tangara vassorii,1,19.4,Visual,BNC +SANTIAGO,Guacaica,1060,3,4-Oct,6:43,6:53,Thraupis episcopus,1,17.2,Visual,BNC +SANTIAGO,Guacaica,1060,3,4-Oct,6:43,6:53,Icterus chrysater,1,84.7,Visual,BNC +SANTIAGO,Guacaica,1060,3,4-Oct,6:43,6:53,Vanellus chilensis,3,18.8,Visual,PO +SANTIAGO,Guacaica,1060,3,4-Oct,6:43,6:53,Pionus chalcopterus,9,49.5,Visual,BNC +SANTIAGO,Guacaica,1060,3,4-Oct,6:43,6:53,Daptrius chimachima,1,23,Visual,BNC +SANTIAGO,Guacaica,1060,3,4-Oct,6:43,6:53,Chamaepetes goudotii,2,124.1,Visual,BNC +SANTIAGO,Guacaica,1060,3,4-Oct,6:43,6:53,Pheugopedius mystacalis,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,3,4-Oct,6:43,6:53,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,11,4-Oct,7:02,7:12,Tyrannus melancholicus,2,26.8,Visual,BNC +SANTIAGO,Guacaica,1060,11,4-Oct,7:02,7:12,Vanellus chilensis,1,46.2,Visual,PO +SANTIAGO,Guacaica,1060,11,4-Oct,7:02,7:12,Bubulcus ibis,2,24,Visual,PO +SANTIAGO,Guacaica,1060,11,4-Oct,7:02,7:12,Zenaida auriculata,1,19.4,Visual,PO +SANTIAGO,Guacaica,1060,11,4-Oct,7:02,7:12,Amazilia tzacatl,1,32,Visual,BC +SANTIAGO,Guacaica,1060,10,4-Oct,7:34,7:44,Cardellina canadensis,2,27.4,Visual,CV +SANTIAGO,Guacaica,1060,10,4-Oct,7:34,7:44,Thraupis episcopus,1,26.8,Visual,BNC +SANTIAGO,Guacaica,1060,10,4-Oct,7:34,7:44,Myioborus miniatus,1,32,Visual,BNC +SANTIAGO,Guacaica,1060,10,4-Oct,7:34,7:44,Pogonotriccus ophthalmicus,1,14.6,Visual,BNC +SANTIAGO,Guacaica,1060,10,4-Oct,7:34,7:44,Daptrius chimachima,1,31.9,Visual,AD +SANTIAGO,Guacaica,1060,10,4-Oct,7:34,7:44,Henicorhina leucophrys,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,9,4-Oct,7:58,8:08,Tiaris olivaceus,2,24.1,Visual,PO +SANTIAGO,Guacaica,1060,9,4-Oct,7:58,8:08,Thamnophilus multistriatus,1,19.7,Visual,AD +SANTIAGO,Guacaica,1060,9,4-Oct,7:58,8:08,Buteo platypterus,1,31.4,Visual,AD +SANTIAGO,Guacaica,1060,9,4-Oct,7:58,8:08,Sporophila nigricollis,1,17.5,Visual,PO +SANTIAGO,Guacaica,1060,9,4-Oct,7:58,8:08,Zimmerius chrysops,1,35.9,Visual,AD +SANTIAGO,Guacaica,1060,9,4-Oct,7:58,8:08,Pionus menstruus,15,,Vuelo,NA +SANTIAGO,Guacaica,1060,8,4-Oct,8:19,8:29,Stilpnia cyanicollis,1,24.1,Visual,BNC +SANTIAGO,Guacaica,1060,8,4-Oct,8:19,8:29,Sporophila nigricollis,1,19.5,Visual,PO +SANTIAGO,Guacaica,1060,8,4-Oct,8:19,8:29,Tangara xanthocephala,1,36.1,Visual,BNC +SANTIAGO,Guacaica,1060,8,4-Oct,8:19,8:29,Melanerpes formicivorus,2,41.7,Visual,BNC +SANTIAGO,Guacaica,1060,8,4-Oct,8:19,8:29,Phimosus infuscatus,1,9.7,Visual,PO +SANTIAGO,Guacaica,1060,8,4-Oct,8:19,8:29,Contopus virens,1,17.4,Visual,BNC +SANTIAGO,Guacaica,1060,7,4-Oct,8:44,8:54,Sicalis flaveola,3,19.6,Visual,PO +SANTIAGO,Guacaica,1060,7,4-Oct,8:44,8:54,Momotus aequatorialis,1,31.4,Visual,BC +SANTIAGO,Guacaica,1060,7,4-Oct,8:44,8:54,Icterus chrysater,1,41.3,Visual,BC +SANTIAGO,Guacaica,1060,7,4-Oct,8:44,8:54,Daptrius chimachima,1,33.3,Visual,BC +SANTIAGO,Guacaica,1060,6,4-Oct,9:02,9:12,Sporophila luctuosa,1,27.4,Visual,OC +SANTIAGO,Guacaica,1060,6,4-Oct,9:02,9:12,Thraupis palmarum,1,16.6,Visual,OC +SANTIAGO,Guacaica,1060,12,4-Oct,9:25,9:35,Troglodytes aedon,1,14.2,Visual,PO +SANTIAGO,Guacaica,1060,12,4-Oct,9:25,9:35,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,12,4-Oct,9:25,9:35,Setophaga fusca,2,29.7,Visual,BC +SANTIAGO,Guacaica,1060,12,4-Oct,9:25,9:35,Icterus chrysater,1,34.2,Visual,BC +SANTIAGO,Guacaica,1060,12,4-Oct,9:25,9:35,Vanellus chilensis,3,,Vuelo,NA +SANTIAGO,Guacaica,1060,12,4-Oct,9:25,9:35,Uranomitra franciae,1,26.4,Visual,BNC +SANTIAGO,Guacaica,1060,12,4-Oct,9:25,9:35,Pheugopedius mystacalis,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,12,4-Oct,9:25,9:35,Zenaida auriculata,2,14.4,Visual,PO +SANTIAGO,Guacaica,1060,12,4-Oct,9:25,9:35,Tiaris olivaceus,1,18.2,Visual,PO +SANTIAGO,Guacaica,1060,4,4-Oct,9:49,9:59,Myiodynastes hemichrysus,2,27.1,Visual,BNC +SANTIAGO,Guacaica,1060,4,4-Oct,9:49,9:59,Momotus aequatorialis,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,4,4-Oct,9:49,9:59,Myioborus miniatus,2,19.2,Visual,BNC +SANTIAGO,Guacaica,1060,4,4-Oct,9:49,9:59,Piaya cayana,1,36.8,Visual,BNC +JUAN,Guacaica,837,9,5-Oct,6:25,6:35,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,837,9,5-Oct,6:25,6:35,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guacaica,837,9,5-Oct,6:25,6:35,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,837,9,5-Oct,6:25,6:35,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guacaica,837,9,5-Oct,6:25,6:35,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,837,9,5-Oct,6:25,6:35,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,837,9,5-Oct,6:25,6:35,Zenaida auriculata,1,,Auditivo,NA +JUAN,Guacaica,837,9,5-Oct,6:25,6:35,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,837,9,5-Oct,6:25,6:35,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,837,8,5-Oct,6:45,6:55,Daptrius chimachima,1,,vuelo,NA +JUAN,Guacaica,837,8,5-Oct,6:45,6:55,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,837,8,5-Oct,6:45,6:55,Leptopogon superciliaris,1,,Auditivo,NA +JUAN,Guacaica,837,8,5-Oct,6:45,6:55,Pionus chalcopterus,3,,vuelo,NA +JUAN,Guacaica,837,8,5-Oct,6:45,6:55,Setophaga pitiayumi,1,,Auditivo,NA +JUAN,Guacaica,837,8,5-Oct,6:45,6:55,Thamnophilus multistriatus,3,,Auditivo,NA +JUAN,Guacaica,837,8,5-Oct,6:45,6:55,Thraupis episcopus,1,,Auditivo,NA +JUAN,Guacaica,837,8,5-Oct,6:45,6:55,Tiaris olivaceus,2,,Auditivo,NA +JUAN,Guacaica,837,8,5-Oct,6:45,6:55,Todirostrum cinereum,1,19.3,visual,BNC +JUAN,Guacaica,837,8,5-Oct,6:45,6:55,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,837,8,5-Oct,6:45,6:55,Vanellus chilensis,2,,Auditivo,NA +JUAN,Guacaica,837,8,5-Oct,6:45,6:55,Zimmerius chrysops,1,23.8,visual,BNC +JUAN,Guacaica,837,6,5-Oct,7:01,7:11,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,837,6,5-Oct,7:01,7:11,Legatus leucophaius,1,,Auditivo,NA +JUAN,Guacaica,837,6,5-Oct,7:01,7:11,Patagioenas fasciata,1,76.1,visual,BC +JUAN,Guacaica,837,6,5-Oct,7:01,7:11,Pheugopedius mystacalis,2,,Auditivo,NA +JUAN,Guacaica,837,6,5-Oct,7:01,7:11,Ramphocelus flammigerus,1,44.3,visual,BC +JUAN,Guacaica,837,6,5-Oct,7:01,7:11,Ramphocelus flammigerus,1,53.7,visual,BC +JUAN,Guacaica,837,6,5-Oct,7:01,7:11,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,837,6,5-Oct,7:01,7:11,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guacaica,837,6,5-Oct,7:01,7:11,Turdus ignobilis,1,36.6,visual,PO +JUAN,Guacaica,837,6,5-Oct,7:01,7:11,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,837,6,5-Oct,7:01,7:11,Vanellus chilensis,1,36.6,visual,PO +JUAN,Guacaica,837,6,5-Oct,7:01,7:11,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,837,7,5-Oct,7:21,7:31,Aulacorhynchus albivitta,1,18.8,visual,BNC +JUAN,Guacaica,837,7,5-Oct,7:21,7:31,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,837,7,5-Oct,7:21,7:31,Myadestes ralloides,1,,Auditivo,NA +JUAN,Guacaica,837,7,5-Oct,7:21,7:31,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,837,5,5-Oct,7:51,8:01,Catharus ustulatus,3,17.2,visual,BNC +JUAN,Guacaica,837,5,5-Oct,7:51,8:01,Contopus virens,1,15.4,visual,PO +JUAN,Guacaica,837,5,5-Oct,7:51,8:01,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,837,5,5-Oct,7:51,8:01,Mniotilta varia,2,17.2,visual,BNC +JUAN,Guacaica,837,5,5-Oct,7:51,8:01,Myadestes ralloides,1,,Auditivo,NA +JUAN,Guacaica,837,5,5-Oct,7:51,8:01,Patagioenas fasciata,1,73.9,visual,BNC +JUAN,Guacaica,837,5,5-Oct,7:51,8:01,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,837,5,5-Oct,7:51,8:01,Pionus chalcopterus,1,,vuelo,NA +JUAN,Guacaica,837,5,5-Oct,7:51,8:01,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,837,5,5-Oct,7:51,8:01,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,837,4,5-Oct,8:07,8:17,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,837,4,5-Oct,8:07,8:17,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guacaica,837,4,5-Oct,8:07,8:17,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guacaica,837,4,5-Oct,8:07,8:17,Coragyps atratus,1,,vuelo,NA +JUAN,Guacaica,837,4,5-Oct,8:07,8:17,Myadestes ralloides,1,,Auditivo,NA +JUAN,Guacaica,837,4,5-Oct,8:07,8:17,Turdus ignobilis,2,,Auditivo,NA +JUAN,Guacaica,837,4,5-Oct,8:07,8:17,Vanellus chilensis,2,,Auditivo,NA +JUAN,Guacaica,837,4,5-Oct,8:07,8:17,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,837,3,5-Oct,8:26,8:36,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guacaica,837,3,5-Oct,8:26,8:36,Daptrius chimachima,1,,Auditivo,NA +JUAN,Guacaica,837,3,5-Oct,8:26,8:36,Grallaria ruficapilla,2,,Auditivo,NA +JUAN,Guacaica,837,3,5-Oct,8:26,8:36,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guacaica,837,3,5-Oct,8:26,8:36,Myadestes ralloides,1,,Auditivo,NA +JUAN,Guacaica,837,3,5-Oct,8:26,8:36,Tiaris olivaceus,2,,Auditivo,NA +JUAN,Guacaica,837,3,5-Oct,8:26,8:36,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,837,3,5-Oct,8:26,8:36,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,837,2,5-Oct,8:47,8:57,Contopus virens,1,28.2,visual,AD +JUAN,Guacaica,837,2,5-Oct,8:47,8:57,Pygochelidon cyanoleuca,2,,vuelo,NA +JUAN,Guacaica,837,2,5-Oct,8:47,8:57,Saltator atripennis,1,,vuelo,NA +JUAN,Guacaica,837,2,5-Oct,8:47,8:57,Spinus psaltria,1,41,visual,PO +JUAN,Guacaica,837,2,5-Oct,8:47,8:57,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,837,2,5-Oct,8:47,8:57,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,837,2,5-Oct,8:47,8:57,Tyrannus melancholicus,1,30.6,visual,PO +JUAN,Guacaica,837,2,5-Oct,8:47,8:57,Vanellus chilensis,2,,Auditivo,NA +JUAN,Guacaica,837,2,5-Oct,8:47,8:57,Zimmerius chrysops,1,25,visual,AD +JUAN,Guacaica,837,2,5-Oct,8:47,8:57,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,837,2,5-Oct,8:47,8:57,Zonotrichia capensis,2,15.4,visual,AD +JUAN,Guacaica,837,1,5-Oct,9:04,9:14,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guacaica,837,1,5-Oct,9:04,9:14,Coragyps atratus,8,,vuelo,NA +JUAN,Guacaica,837,1,5-Oct,9:04,9:14,Thraupis palmarum,1,47.8,visual,GU +JUAN,Guacaica,837,1,5-Oct,9:04,9:14,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,837,1,5-Oct,9:04,9:14,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,837,1,5-Oct,9:04,9:14,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,837,1,5-Oct,9:04,9:14,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guacaica,837,1,5-Oct,6:05,6:15,Tiaris olivaceus,1,26.3,Visual,PO +SANTIAGO,Guacaica,837,1,5-Oct,6:05,6:15,Troglodytes aedon,1,18.4,Visual,PO +SANTIAGO,Guacaica,837,1,5-Oct,6:05,6:15,Ortalis columbiana,6,49.7,Visual,BNC +SANTIAGO,Guacaica,837,1,5-Oct,6:05,6:15,Pheugopedius mystacalis,1,,Auditivo,NA +SANTIAGO,Guacaica,837,1,5-Oct,6:05,6:15,Vanellus chilensis,1,63.1,Visual,PO +SANTIAGO,Guacaica,837,2,5-Oct,6:27,6:37,Turdus fuscater,1,36.4,Visual,AD +SANTIAGO,Guacaica,837,2,5-Oct,6:27,6:37,Stilpnia heinei,2,29.7,Visual,BNC +SANTIAGO,Guacaica,837,2,5-Oct,6:27,6:37,Rupornis magnirostris,1,45.1,Visual,AD +SANTIAGO,Guacaica,837,2,5-Oct,6:27,6:37,Setophaga fusca,1,31.8,Visual,BNC +SANTIAGO,Guacaica,837,2,5-Oct,6:27,6:37,Zonotrichia capensis,2,33.3,Visual,PO +SANTIAGO,Guacaica,837,2,5-Oct,6:27,6:37,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,837,3,5-Oct,6:49,6:59,Tangara vassorii,2,26.9,Visual,BNC +SANTIAGO,Guacaica,837,3,5-Oct,6:49,6:59,Pipreola riefferii,1,35.4,Visual,BNC +SANTIAGO,Guacaica,837,3,5-Oct,6:49,6:59,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guacaica,837,3,5-Oct,6:49,6:59,Cypseloides lemosi,6,,Vuelo,NA +SANTIAGO,Guacaica,837,3,5-Oct,6:49,6:59,Xenops rutilans,1,37.5,Visual,BNC +SANTIAGO,Guacaica,837,3,5-Oct,6:49,6:59,Stilpnia heinei,2,29.1,Visual,BNC +SANTIAGO,Guacaica,837,4,5-Oct,7:12,7:22,Forpus conspicillatus,6,,Vuelo,NA +SANTIAGO,Guacaica,837,4,5-Oct,7:12,7:22,Daptrius chimachima,5,39.2,Visual,AD +SANTIAGO,Guacaica,837,4,5-Oct,7:12,7:22,Zonotrichia capensis,1,24.6,Visual,PO +SANTIAGO,Guacaica,837,4,5-Oct,7:12,7:22,Vanellus chilensis,2,29.8,Visual,PO +SANTIAGO,Guacaica,837,5,5-Oct,7:29,7:39,Myioborus ornatus,1,27.1,Visual,BNC +SANTIAGO,Guacaica,837,5,5-Oct,7:29,7:39,Synallaxis brachyura,1,15.2,Visual,BNC +SANTIAGO,Guacaica,837,5,5-Oct,7:29,7:39,Thamnophilus multistriatus,1,24.4,Visual,BNC +SANTIAGO,Guacaica,837,5,5-Oct,7:29,7:39,Thraupis episcopus,2,35.7,Visual,BNC +SANTIAGO,Guacaica,837,5,5-Oct,7:29,7:39,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,837,5,5-Oct,7:29,7:39,Rupornis magnirostris,1,,Vuelo,NA +SANTIAGO,Guacaica,837,5,5-Oct,7:29,7:39,Zonotrichia capensis,2,19.3,Visual,PO +SANTIAGO,Guacaica,837,9,5-Oct,7:55,8:05,Tangara gyrola,1,13.8,Visual,BNC +SANTIAGO,Guacaica,837,9,5-Oct,7:55,8:05,Leptosittaca branickii,14,,Vuelo,NA +SANTIAGO,Guacaica,837,9,5-Oct,7:55,8:05,Zimmerius chrysops,1,21,Visual,BNC +SANTIAGO,Guacaica,837,9,5-Oct,7:55,8:05,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,837,9,5-Oct,7:55,8:05,Legatus leucophaius,1,28.4,Visual,BNC +SANTIAGO,Guacaica,837,8,5-Oct,8:12,8:22,Zimmerius chrysops,1,16.1,Visual,BNC +SANTIAGO,Guacaica,837,8,5-Oct,8:12,8:22,Zonotrichia capensis,2,28.2,Visual,PO +SANTIAGO,Guacaica,837,8,5-Oct,8:12,8:22,Coragyps atratus,5,,Vuelo,NA +SANTIAGO,Guacaica,837,6,5-Oct,8:49,8:59,Thamnophilus multistriatus,1,39.4,Visual,BC +SANTIAGO,Guacaica,837,6,5-Oct,8:49,8:59,Rupornis magnirostris,2,26.5,Visual,BC +SANTIAGO,Guacaica,837,6,5-Oct,8:49,8:59,Zonotrichia capensis,1,16.4,Visual,PO +SANTIAGO,Guacaica,837,6,5-Oct,8:49,8:59,Saucerottia saucerottei,1,32.9,Visual,BNC +SANTIAGO,Guacaica,837,6,5-Oct,8:49,8:59,Vanellus chilensis,2,24,Visual,PO +SANTIAGO,Guacaica,837,6,5-Oct,8:49,8:59,Coragyps atratus,9,,Vuelo,NA +SANTIAGO,Guacaica,837,6,5-Oct,8:49,8:59,Synallaxis brachyura,1,38.4,Visual,BC +SANTIAGO,Guacaica,837,7,5-Oct,9:17,9:27,Lepidocolaptes lacrymiger,1,18.6,Visual,BNC +SANTIAGO,Guacaica,837,7,5-Oct,9:17,9:27,Atlapetes albinucha,1,22.1,Visual,BNC +SANTIAGO,Guacaica,837,7,5-Oct,9:17,9:27,Chamaepetes goudotii,1,14.7,Visual,BNC +JUAN,Guacaica,1063,1,6-Oct,6:01,6:11,Amazilia tzacatl,1,,vuelo,NA +JUAN,Guacaica,1063,1,6-Oct,6:01,6:11,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guacaica,1063,1,6-Oct,6:01,6:11,Icterus chrysater,1,38.7,visual,BC +JUAN,Guacaica,1063,1,6-Oct,6:01,6:11,Ortalis columbiana,2,,Auditivo,NA +JUAN,Guacaica,1063,1,6-Oct,6:01,6:11,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1063,1,6-Oct,6:01,6:11,Stilpnia vitriolina,1,18.2,visual,BC +JUAN,Guacaica,1063,1,6-Oct,6:01,6:11,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1063,1,6-Oct,6:01,6:11,Tangara gyrola,1,18.2,visual,BC +JUAN,Guacaica,1063,1,6-Oct,6:01,6:11,Zonotrichia capensis,1,33.6,visual,PO +JUAN,Guacaica,1063,1,6-Oct,6:01,6:11,Zonotrichia capensis,1,28.7,visual,PO +JUAN,Guacaica,1063,4,6-Oct,6:19,6:29,Bubulcus ibis,4,,vuelo,NA +JUAN,Guacaica,1063,4,6-Oct,6:19,6:29,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guacaica,1063,4,6-Oct,6:19,6:29,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guacaica,1063,4,6-Oct,6:19,6:29,Dryocopus lineatus,1,,vuelo,NA +JUAN,Guacaica,1063,4,6-Oct,6:19,6:29,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guacaica,1063,4,6-Oct,6:19,6:29,Sporophila nigricollis,1,13.3,visual,PO +JUAN,Guacaica,1063,4,6-Oct,6:19,6:29,Stelgidopteryx ruficollis,3,,vuelo,NA +JUAN,Guacaica,1063,4,6-Oct,6:19,6:29,Thraupis episcopus,1,22.9,visual,BNC +JUAN,Guacaica,1063,4,6-Oct,6:19,6:29,Thraupis episcopus,1,,vuelo,NA +JUAN,Guacaica,1063,4,6-Oct,6:19,6:29,Troglodytes aedon,1,15.2,visual,PO +JUAN,Guacaica,1063,4,6-Oct,6:19,6:29,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,1063,4,6-Oct,6:19,6:29,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1063,4,6-Oct,6:19,6:29,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1063,5,6-Oct,6:35,6:45,Bubulcus ibis,2,,vuelo,NA +JUAN,Guacaica,1063,5,6-Oct,6:35,6:45,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,1063,5,6-Oct,6:35,6:45,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guacaica,1063,5,6-Oct,6:35,6:45,Melanerpes formicivorus,2,48.4,visual,AD +JUAN,Guacaica,1063,5,6-Oct,6:35,6:45,Patagioenas fasciata,1,30.3,visual,BNC +JUAN,Guacaica,1063,5,6-Oct,6:35,6:45,Sicalis flaveola,2,11.3,visual,PO +JUAN,Guacaica,1063,5,6-Oct,6:35,6:45,Stilpnia vitriolina,2,23.8,visual,AD +JUAN,Guacaica,1063,5,6-Oct,6:35,6:45,Synallaxis albescens,1,,Auditivo,NA +JUAN,Guacaica,1063,5,6-Oct,6:35,6:45,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1063,5,6-Oct,6:35,6:45,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1063,5,6-Oct,6:35,6:45,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1063,5,6-Oct,6:35,6:45,Zimmerius chrysops,1,27.5,visual,BNC +JUAN,Guacaica,1063,5,6-Oct,6:35,6:45,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1063,2,6-Oct,6:59,7:09,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guacaica,1063,2,6-Oct,6:59,7:09,Contopus virens,1,18.4,visual,AD +JUAN,Guacaica,1063,2,6-Oct,6:59,7:09,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1063,2,6-Oct,6:59,7:09,Melanerpes formicivorus,1,10.8,visual,AD +JUAN,Guacaica,1063,2,6-Oct,6:59,7:09,Pionus chalcopterus,5,,vuelo,NA +JUAN,Guacaica,1063,2,6-Oct,6:59,7:09,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guacaica,1063,2,6-Oct,6:59,7:09,Saucerottia saucerottei,1,13.1,visual,AD +JUAN,Guacaica,1063,2,6-Oct,6:59,7:09,Setophaga petechia,1,13,visual,AD +JUAN,Guacaica,1063,2,6-Oct,6:59,7:09,Stelgidopteryx ruficollis,2,,Auditivo,NA +JUAN,Guacaica,1063,2,6-Oct,6:59,7:09,Synallaxis azarae,2,,Auditivo,NA +JUAN,Guacaica,1063,2,6-Oct,6:59,7:09,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1063,2,6-Oct,6:59,7:09,Troglodytes aedon,2,,Auditivo,NA +JUAN,Guacaica,1063,2,6-Oct,6:59,7:09,Tyrannus melancholicus,1,24.9,visual,AD +JUAN,Guacaica,1063,2,6-Oct,6:59,7:09,Vanellus chilensis,2,,vuelo,NA +JUAN,Guacaica,1063,2,6-Oct,6:59,7:09,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1063,3,6-Oct,7:15,7:25,Bubulcus ibis,1,,Auditivo,NA +JUAN,Guacaica,1063,3,6-Oct,7:15,7:25,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1063,3,6-Oct,7:15,7:25,Pionus chalcopterus,2,,vuelo,NA +JUAN,Guacaica,1063,3,6-Oct,7:15,7:25,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1063,3,6-Oct,7:15,7:25,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1063,3,6-Oct,7:15,7:25,Tyrannus melancholicus,1,43.8,visual,PO +JUAN,Guacaica,1063,3,6-Oct,7:15,7:25,Tyrannus melancholicus,1,86.7,visual,AD +JUAN,Guacaica,1063,3,6-Oct,7:15,7:25,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1063,7,6-Oct,7:43,7:53,Coragyps atratus,2,,vuelo,NA +JUAN,Guacaica,1063,7,6-Oct,7:43,7:53,Sayornis nigricans,1,20.2,visual,CAG +JUAN,Guacaica,1063,7,6-Oct,7:43,7:53,Serpophaga cinerea,2,12.3,visual,CAG +JUAN,Guacaica,1063,7,6-Oct,7:43,7:53,Tyrannus melancholicus,1,29.5,visual,BC +JUAN,Guacaica,1063,8,6-Oct,8:04,8:14,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1063,8,6-Oct,8:04,8:14,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1063,9,6-Oct,8:40,8:50,Bubulcus ibis,4,,vuelo,NA +JUAN,Guacaica,1063,9,6-Oct,8:40,8:50,Coragyps atratus,2,,vuelo,NA +JUAN,Guacaica,1063,9,6-Oct,8:40,8:50,Crotophaga ani,2,,vuelo,NA +JUAN,Guacaica,1063,9,6-Oct,8:40,8:50,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guacaica,1063,9,6-Oct,8:40,8:50,Synallaxis albescens,1,,Auditivo,NA +JUAN,Guacaica,1063,9,6-Oct,8:40,8:50,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1063,9,6-Oct,8:40,8:50,Troglodytes aedon,1,10.7,visual,AD +JUAN,Guacaica,1063,9,6-Oct,8:40,8:50,Tyrannus melancholicus,1,22.5,visual,AD +JUAN,Guacaica,1063,10,6-Oct,9:00,9:10,Amazilia tzacatl,1,7.4,visual,AD +JUAN,Guacaica,1063,10,6-Oct,9:00,9:10,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guacaica,1063,10,6-Oct,9:00,9:10,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1063,10,6-Oct,9:00,9:10,Phimosus infuscatus,1,,vuelo,NA +JUAN,Guacaica,1063,10,6-Oct,9:00,9:10,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guacaica,1063,10,6-Oct,9:00,9:10,Sporophila sp,1,18.2,visual,PO +JUAN,Guacaica,1063,10,6-Oct,9:00,9:10,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1063,11,6-Oct,9:14,9:24,Leptopogon superciliaris,1,,Auditivo,NA +JUAN,Guacaica,1063,11,6-Oct,9:14,9:24,Momotus aequatorialis,1,25.6,visual,AD +JUAN,Guacaica,1063,11,6-Oct,9:14,9:24,Myiodynastes hemichrysus,1,,Auditivo,NA +JUAN,Guacaica,1063,11,6-Oct,9:14,9:24,Turdus ignobilis,1,,vuelo,NA +JUAN,Guacaica,1063,11,6-Oct,9:14,9:24,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1063,6,6-Oct,9:45,9:55,Bubulcus ibis,2,,vuelo,NA +JUAN,Guacaica,1063,6,6-Oct,9:45,9:55,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guacaica,1063,6,6-Oct,9:45,9:55,Chlorophanes spiza,1,28.7,visual,BC +JUAN,Guacaica,1063,6,6-Oct,9:45,9:55,Leptopogon superciliaris,1,,Auditivo,NA +JUAN,Guacaica,1063,6,6-Oct,9:45,9:55,Piranga rubra,1,14.5,visual,BC +JUAN,Guacaica,1063,6,6-Oct,9:45,9:55,Ramphocelus flammigerus,1,31.7,visual,BC +JUAN,Guacaica,1063,6,6-Oct,9:45,9:55,Sporophila intermedia,1,17.6,visual,PO +JUAN,Guacaica,1063,6,6-Oct,9:45,9:55,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guacaica,1063,6,6-Oct,9:45,9:55,Stilpnia vitriolina,2,16.5,visual,BC +JUAN,Guacaica,1063,6,6-Oct,9:45,9:55,Tangara arthus,1,14.6,visual,BC +JUAN,Guacaica,1063,6,6-Oct,9:45,9:55,Thraupis episcopus,1,,vuelo,NA +JUAN,Guacaica,1063,6,6-Oct,9:45,9:55,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1063,6,6-Oct,9:45,9:55,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1063,6,6-Oct,9:45,9:55,Volatinia jacarina,1,20.9,visual,PO +SANTIAGO,Guacaica,1063,6,6-Oct,6:04,6:14,Tyrannus melancholicus,1,26.3,Visual,AD +SANTIAGO,Guacaica,1063,6,6-Oct,6:04,6:14,Momotus aequatorialis,1,19.2,Visual,BC +SANTIAGO,Guacaica,1063,6,6-Oct,6:04,6:14,Forpus conspicillatus,2,55.5,Visual,AD +SANTIAGO,Guacaica,1063,6,6-Oct,6:04,6:14,Synallaxis azarae,1,27.1,Visual,BC +SANTIAGO,Guacaica,1063,6,6-Oct,6:04,6:14,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,6,6-Oct,6:04,6:14,Myiopagis viridicata,1,46.2,Visual,AD +SANTIAGO,Guacaica,1063,7,6-Oct,6:25,6:35,Serpophaga cinerea,3,26.8,Visual,CAG +SANTIAGO,Guacaica,1063,7,6-Oct,6:25,6:35,Parkesia noveboracensis,1,16.2,Visual,BC +SANTIAGO,Guacaica,1063,7,6-Oct,6:25,6:35,Myiozetetes cayanensis,1,18,Visual,BC +SANTIAGO,Guacaica,1063,7,6-Oct,6:25,6:35,Arremon brunneinucha,1,37.1,Visual,BC +SANTIAGO,Guacaica,1063,8,6-Oct,6:42,6:52,Serpophaga cinerea,1,22.6,Visual,CAG +SANTIAGO,Guacaica,1063,9,6-Oct,7:09,7:19,Stilpnia vitriolina,2,16.8,Visual,AD +SANTIAGO,Guacaica,1063,9,6-Oct,7:09,7:19,Thraupis episcopus,1,19.1,Visual,AD +SANTIAGO,Guacaica,1063,9,6-Oct,7:09,7:19,Tyrannus melancholicus,1,24.3,Visual,AD +SANTIAGO,Guacaica,1063,9,6-Oct,7:09,7:19,Contopus virens,1,32.1,Visual,AD +SANTIAGO,Guacaica,1063,9,6-Oct,7:09,7:19,Anthracothorax nigricollis,1,12,Visual,AD +SANTIAGO,Guacaica,1063,9,6-Oct,7:09,7:19,Turdus ignobilis,1,26.6,Visual,AR-3 +SANTIAGO,Guacaica,1063,9,6-Oct,7:09,7:19,Cathartes aura,17,,Vuelo,NA +SANTIAGO,Guacaica,1063,10,6-Oct,7:33,7:43,Catharus ustulatus,1,18.2,Visual,BNC +SANTIAGO,Guacaica,1063,10,6-Oct,7:33,7:43,Columbina talpacoti,2,26.7,Visual,AD +SANTIAGO,Guacaica,1063,10,6-Oct,7:33,7:43,Tyrannus melancholicus,1,19.2,Visual,AD +SANTIAGO,Guacaica,1063,10,6-Oct,7:33,7:43,Piranga rubra,1,11.4,Visual,BNC +SANTIAGO,Guacaica,1063,11,6-Oct,8:01,8:11,Atlapetes albinucha,1,9.5,Visual,BNC +SANTIAGO,Guacaica,1063,11,6-Oct,8:01,8:11,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,11,6-Oct,8:01,8:11,Crotophaga ani,3,15.2,Visual,AD +SANTIAGO,Guacaica,1063,11,6-Oct,8:01,8:11,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,11,6-Oct,8:01,8:11,Turdus ignobilis,1,26.3,Visual,AD +SANTIAGO,Guacaica,1063,11,6-Oct,8:01,8:11,Troglodytes aedon,2,19.9,Visual,AD +SANTIAGO,Guacaica,1063,11,6-Oct,8:01,8:11,Chamaepetes goudotii,3,24.2,Visual,BNC +SANTIAGO,Guacaica,1063,11,6-Oct,8:01,8:11,Setophaga fusca,1,16.1,Visual,BNC +SANTIAGO,Guacaica,1063,11,6-Oct,8:01,8:11,Pionus chalcopterus,5,,Vuelo,NA +SANTIAGO,Guacaica,1063,11,6-Oct,8:01,8:11,Basileuterus tristriatus,1,16,Visual,BNC +SANTIAGO,Guacaica,1063,11,6-Oct,8:01,8:11,Pachyramphus versicolor,1,18.4,Visual,BNC +SANTIAGO,Guacaica,1063,11,6-Oct,8:01,8:11,Amazilia tzacatl,1,25.6,Visual,BNC +SANTIAGO,Guacaica,1063,3,6-Oct,8:29,8:39,Zonotrichia capensis,1,26.2,Visual,CV +SANTIAGO,Guacaica,1063,3,6-Oct,8:29,8:39,Synallaxis azarae,1,8.1,Visual,OC +SANTIAGO,Guacaica,1063,2,6-Oct,8:57,9:07,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,2,6-Oct,8:57,9:07,Tiaris olivaceus,1,19.5,Visual,PO +SANTIAGO,Guacaica,1063,2,6-Oct,8:57,9:07,Daptrius chimachima,1,,Vuelo,NA +SANTIAGO,Guacaica,1063,2,6-Oct,8:57,9:07,Vanellus chilensis,2,45.2,Visual,PO +SANTIAGO,Guacaica,1063,2,6-Oct,8:57,9:07,Setophaga fusca,1,18.9,Visual,AD +SANTIAGO,Guacaica,1063,2,6-Oct,8:57,9:07,Tyrannus melancholicus,1,42.6,Visual,AD +SANTIAGO,Guacaica,1063,2,6-Oct,8:57,9:07,Thraupis episcopus,2,14.6,Visual,AD +SANTIAGO,Guacaica,1063,1,6-Oct,9:22,9:32,Ramphocelus flammigerus,1,16.3,Visual,AD +SANTIAGO,Guacaica,1063,1,6-Oct,9:22,9:32,Icterus chrysater,1,24.1,Visual,NA +SANTIAGO,Guacaica,1063,1,6-Oct,9:22,9:32,Pionus chalcopterus,11,,Vuelo,NA +SANTIAGO,Guacaica,1063,1,6-Oct,9:22,9:32,Thraupis episcopus,1,15,Visual,BC +SANTIAGO,Guacaica,1063,4,6-Oct,9:43,9:53,Buteo platypterus,2,67.3,Visual,AD +SANTIAGO,Guacaica,1063,4,6-Oct,9:43,9:53,Myiodynastes hemichrysus,1,19.4,Visual,AD +SANTIAGO,Guacaica,1063,4,6-Oct,9:43,9:53,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,4,6-Oct,9:43,9:53,Myiozetetes cayanensis,1,46.2,Visual,BNC +SANTIAGO,Guacaica,1063,4,6-Oct,9:43,9:53,Pachyramphus polychopterus,1,18.1,Visual,BNC +SANTIAGO,Guacaica,1063,5,6-Oct,10:06,10:16,Cinnycerthia olivascens,1,36.2,Visual,BNC +SANTIAGO,Guacaica,1063,5,6-Oct,10:06,10:16,Trogon personatus,1,26.3,Visual,BNC +SANTIAGO,Guacaica,1063,5,6-Oct,10:06,10:16,Pionus chalcopterus,8,,Vuelo,NA +SANTIAGO,Guacaica,1063,5,6-Oct,10:06,10:16,Pheugopedius mystacalis,1,8.2,Visual,BNC +SANTIAGO,Guacaica,1063,5,6-Oct,10:06,10:16,Grallaria ruficapilla,1,,Auditivo,NA +JUAN,Guabas,205,9,14-Oct,5:58,6:08,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guabas,205,9,14-Oct,5:58,6:08,Myiozetetes cayanensis,1,12.3,visual,RE +JUAN,Guabas,205,9,14-Oct,5:58,6:08,Rupornis magnirostris,1,,vuelo,NA +JUAN,Guabas,205,9,14-Oct,5:58,6:08,Synallaxis albescens,1,,Auditivo,NA +JUAN,Guabas,205,9,14-Oct,5:58,6:08,Tachyphonus rufus,1,31.8,visual,AD +JUAN,Guabas,205,9,14-Oct,5:58,6:08,Theristicus caudatus,2,,Auditivo,NA +JUAN,Guabas,205,9,14-Oct,5:58,6:08,Tiaris olivaceus,1,8.6,visual,PO +JUAN,Guabas,205,9,14-Oct,5:58,6:08,Todirostrum cinereum,1,7.5,visual,AD +JUAN,Guabas,205,9,14-Oct,5:58,6:08,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,205,9,14-Oct,5:58,6:08,Tyrannus melancholicus,1,18.3,visual,AD +JUAN,Guabas,205,9,14-Oct,5:58,6:08,Tyrannus melancholicus,1,14.7,visual,RE +JUAN,Guabas,205,6,14-Oct,6:14,6:24,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guabas,205,6,14-Oct,6:14,6:24,Setophaga fusca,1,14.2,visual,AD +JUAN,Guabas,205,6,14-Oct,6:14,6:24,Sporophila intermedia,1,22.3,visual,PO +JUAN,Guabas,205,6,14-Oct,6:14,6:24,Stelgidopteryx ruficollis,2,,vuelo,NA +JUAN,Guabas,205,6,14-Oct,6:14,6:24,Thraupis episcopus,1,6.5,visual,AD +JUAN,Guabas,205,6,14-Oct,6:14,6:24,Thraupis episcopus,1,,vuelo,NA +JUAN,Guabas,205,6,14-Oct,6:14,6:24,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guabas,205,6,14-Oct,6:14,6:24,Troglodytes aedon,1,3.6,visual,AD +JUAN,Guabas,205,6,14-Oct,6:14,6:24,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guabas,205,6,14-Oct,6:14,6:24,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,205,7,14-Oct,6:31,6:41,Piranga rubra,1,10.8,visual,BNC +JUAN,Guabas,205,7,14-Oct,6:31,6:41,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guabas,205,7,14-Oct,6:31,6:41,Setophaga fusca,1,10.8,visual,BNC +JUAN,Guabas,205,7,14-Oct,6:31,6:41,Synallaxis albescens,1,,Auditivo,NA +JUAN,Guabas,205,7,14-Oct,6:31,6:41,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,205,7,14-Oct,6:31,6:41,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,205,7,14-Oct,6:31,6:41,Vireo olivaceus,1,,Auditivo,NA +JUAN,Guabas,205,7,14-Oct,6:31,6:41,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,205,8,14-Oct,6:48,6:58,Bubulcus ibis,2,,vuelo,NA +JUAN,Guabas,205,8,14-Oct,6:48,6:58,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guabas,205,8,14-Oct,6:48,6:58,Tapera naevia,1,,Auditivo,NA +JUAN,Guabas,205,8,14-Oct,6:48,6:58,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,205,8,14-Oct,6:48,6:58,Volatinia jacarina,2,9.9,visual,OC +JUAN,Guabas,205,8,14-Oct,6:48,6:58,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,205,10,14-Oct,7:15,7:25,Contopus virens,1,24,visual,AD +JUAN,Guabas,205,10,14-Oct,7:15,7:25,Molothrus bonariensis,1,41.1,visual,BNC +JUAN,Guabas,205,10,14-Oct,7:15,7:25,Picumnus granadensis,1,23.8,visual,AD +JUAN,Guabas,205,10,14-Oct,7:15,7:25,sporophila minuta,2,14.4,visual,PO +JUAN,Guabas,205,10,14-Oct,7:15,7:25,Stilpnia vitriolina,1,35.2,visual,BNC +JUAN,Guabas,205,10,14-Oct,7:15,7:25,Tachyphonus rufus,1,20.2,visual,BNC +JUAN,Guabas,205,10,14-Oct,7:15,7:25,Tangara gyrola,1,38.2,visual,BNC +JUAN,Guabas,205,10,14-Oct,7:15,7:25,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,205,10,14-Oct,7:15,7:25,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,205,5,14-Oct,7:40,7:50,Cathartes aura,1,,vuelo,NA +JUAN,Guabas,205,5,14-Oct,7:40,7:50,Catharus ustulatus,1,14.6,visual,BNC +JUAN,Guabas,205,5,14-Oct,7:40,7:50,Coragyps atratus,2,,vuelo,NA +JUAN,Guabas,205,5,14-Oct,7:40,7:50,Rupornis magnirostris,1,,vuelo,NA +JUAN,Guabas,205,5,14-Oct,7:40,7:50,Sporophila nigricollis,1,18.9,visual,OC +JUAN,Guabas,205,5,14-Oct,7:40,7:50,Sporophila nigricollis,1,6.9,visual,PO +JUAN,Guabas,205,5,14-Oct,7:40,7:50,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,205,3,14-Oct,8:15,8:25,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guabas,205,3,14-Oct,8:15,8:25,Forpus conspicillatus,7,24.5,visual,OC +JUAN,Guabas,205,3,14-Oct,8:15,8:25,Myiozetetes cayanensis,2,13.2,visual,RE +JUAN,Guabas,205,3,14-Oct,8:15,8:25,Turdus ignobilis,1,,Auditivo,NA +JUAN,Guabas,205,3,14-Oct,8:15,8:25,Tyrannus melancholicus,1,24.8,visual,OC +JUAN,Guabas,205,3,14-Oct,8:15,8:25,Tyrannus melancholicus,1,48.3,visual,AD +JUAN,Guabas,205,3,14-Oct,8:15,8:25,Vanellus chilensis,1,,vuelo,NA +JUAN,Guabas,205,3,14-Oct,8:15,8:25,Volatinia jacarina,1,21.1,visual,OC +JUAN,Guabas,205,4,14-Oct,8:31,8:41,Saucerottia saucerottei,1,12.6,visual,AD +JUAN,Guabas,205,4,14-Oct,8:31,8:41,Spinus psaltria,1,,Auditivo,NA +JUAN,Guabas,205,4,14-Oct,8:31,8:41,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guabas,205,4,14-Oct,8:31,8:41,Sporophila nigricollis,1,5.5,visual,OC +JUAN,Guabas,205,4,14-Oct,8:31,8:41,Stilpnia vitriolina,2,,vuelo,NA +JUAN,Guabas,205,4,14-Oct,8:31,8:41,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,205,2,14-Oct,8:53,9:03,Bubulcus ibis,2,,vuelo,NA +JUAN,Guabas,205,2,14-Oct,8:53,9:03,Rupornis magnirostris,1,,vuelo,NA +JUAN,Guabas,205,2,14-Oct,8:53,9:03,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guabas,205,2,14-Oct,8:53,9:03,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,205,2,14-Oct,8:53,9:03,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,205,2,14-Oct,8:53,9:03,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,205,1,14-Oct,9:08,9:18,Crotophaga ani,2,,Auditivo,NA +JUAN,Guabas,205,1,14-Oct,9:08,9:18,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guabas,205,1,14-Oct,9:08,9:18,Phimosus infuscatus,1,,vuelo,NA +JUAN,Guabas,205,1,14-Oct,9:08,9:18,Pionus chalcopterus,3,,vuelo,NA +JUAN,Guabas,205,1,14-Oct,9:08,9:18,Thamnophilus multistriatus,2,,Auditivo,NA +JUAN,Guabas,205,11,14-Oct,9:25,9:35,Spinus psaltria,1,14.2,visual,PO +JUAN,Guabas,205,11,14-Oct,9:25,9:35,Stilpnia cyanicollis,1,28.6,visual,BC +JUAN,Guabas,205,11,14-Oct,9:25,9:35,Tiaris olivaceus,2,,Auditivo,NA +JUAN,Guabas,205,11,14-Oct,9:25,9:35,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guabas,205,9,14-Oct,6:12,6:22,Turdus ignobilis,1,26.3,Visual,AD +SANTIAGO,Guabas,205,9,14-Oct,6:12,6:22,Icterus nigrogularis,1,18.2,Visual,AD +SANTIAGO,Guabas,205,9,14-Oct,6:12,6:22,Tiaris olivaceus,1,34.6,Visual,PO +SANTIAGO,Guabas,205,9,14-Oct,6:12,6:22,Sporophila schistacea,2,16.7,Visual,PO +SANTIAGO,Guabas,205,9,14-Oct,6:12,6:22,Troglodytes aedon,1,21,Visual,PO +SANTIAGO,Guabas,205,9,14-Oct,6:12,6:22,Rupornis magnirostris,1,,Vuelo,NA +SANTIAGO,Guabas,205,9,14-Oct,6:12,6:22,Myiozetetes cayanensis,2,46.1,Visual,AD +SANTIAGO,Guabas,205,9,14-Oct,6:12,6:22,Phimosus infuscatus,1,29.4,Visual,PO +SANTIAGO,Guabas,205,4,14-Oct,6:36,6:46,Coragyps atratus,7,,Vuelo,NA +SANTIAGO,Guabas,205,4,14-Oct,6:36,6:46,Icterus nigrogularis,1,,Auditivo,NA +SANTIAGO,Guabas,205,5,14-Oct,7:02,7:12,Tiaris olivaceus,1,12,Visual,OC +SANTIAGO,Guabas,205,5,14-Oct,7:02,7:12,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guabas,205,5,14-Oct,7:02,7:12,Stilpnia vitriolina,1,11.7,Visual,BNC +SANTIAGO,Guabas,205,5,14-Oct,7:02,7:12,Zenaida auriculata,2,20,Visual,OC +SANTIAGO,Guabas,205,5,14-Oct,7:02,7:12,Forpus conspicillatus,1,,Vuelo,NA +SANTIAGO,Guabas,205,6,14-Oct,7:21,7:31,Sporophila minuta,2,15.4,Visual,PO +SANTIAGO,Guabas,205,6,14-Oct,7:21,7:31,Pitangus sulphuratus,1,29.5,Visual,AD +SANTIAGO,Guabas,205,6,14-Oct,7:21,7:31,Setophaga pitiayumi,1,16.1,Visual,AD +SANTIAGO,Guabas,205,6,14-Oct,7:21,7:31,Crotophaga ani,3,30.7,Visual,AD +SANTIAGO,Guabas,205,6,14-Oct,7:21,7:31,Molothrus bonariensis,1,19,Visual,PO +SANTIAGO,Guabas,205,6,14-Oct,7:21,7:31,Thraupis episcopus,1,28.3,Visual,AD +SANTIAGO,Guabas,205,7,14-Oct,7:42,7:52,Phimosus infuscatus,1,31.1,Visual,PO +SANTIAGO,Guabas,205,7,14-Oct,7:42,7:52,Thraupis episcopus,1,19.4,Visual,AD +SANTIAGO,Guabas,205,7,14-Oct,7:42,7:52,Synallaxis azarae,1,22.8,Visual,BNC +SANTIAGO,Guabas,205,7,14-Oct,7:42,7:52,Amazona mercenarius,14,,Vuelo,NA +SANTIAGO,Guabas,205,7,14-Oct,7:42,7:52,Icterus nigrogularis,1,,Auditivo,NA +SANTIAGO,Guabas,205,8,14-Oct,8:06,8:16,Zimmerius chrysops,1,26.3,Visual,NA +SANTIAGO,Guabas,205,8,14-Oct,8:06,8:16,Spinus psaltria,1,18.4,Visual,OC +SANTIAGO,Guabas,205,8,14-Oct,8:06,8:16,Sporophila nigricollis,2,26.7,Visual,OC +SANTIAGO,Guabas,205,8,14-Oct,8:06,8:16,Daptrius chimachima,1,,Auditivo,NA +SANTIAGO,Guabas,205,8,14-Oct,8:06,8:16,Streptoprocne zonaris,6,,Vuelo,NA +SANTIAGO,Guabas,205,10,14-Oct,8:31,8:41,Crotophaga ani,5,22.7,Visual,BNC +SANTIAGO,Guabas,205,10,14-Oct,8:31,8:41,Turdus ignobilis,1,12.3,Visual,AD +SANTIAGO,Guabas,205,10,14-Oct,8:31,8:41,Sporophila nigricollis,1,18.7,Visual,PO +SANTIAGO,Guabas,205,10,14-Oct,8:31,8:41,Myiopagis viridicata,1,20,Visual,AD +SANTIAGO,Guabas,205,10,14-Oct,8:31,8:41,Zimmerius chrysops,1,17.4,Visual,AD +SANTIAGO,Guabas,205,10,14-Oct,8:31,8:41,Phimosus infuscatus,2,21.6,Visual,PO +SANTIAGO,Guabas,205,10,14-Oct,8:31,8:41,Thraupis episcopus,1,15.5,Visual,AD +SANTIAGO,Guabas,205,10,14-Oct,8:31,8:41,Tyrannus melancholicus,1,9,Visual,AD +SANTIAGO,Guabas,205,3,14-Oct,8:57,9:07,Ramphocelus flammigerus,1,19.7,Visual,AD +SANTIAGO,Guabas,205,3,14-Oct,8:57,9:07,Icterus nigrogularis,1,42.3,Visual,AD +SANTIAGO,Guabas,205,3,14-Oct,8:57,9:07,Tolmomyias sulphurescens,1,18.4,Visual,OC +SANTIAGO,Guabas,205,3,14-Oct,8:57,9:07,Ara severus,5,,Vuelo,NA +SANTIAGO,Guabas,205,3,14-Oct,8:57,9:07,Turdus ignobilis,1,22.8,Visual,OC +SANTIAGO,Guabas,205,2,14-Oct,9:36,9:46,Basileuterus culicivorus,1,9.5,Visual,OC +SANTIAGO,Guabas,205,2,14-Oct,9:36,9:46,Tiaris olivaceus,2,12.3,Visual,OC +SANTIAGO,Guabas,205,2,14-Oct,9:36,9:46,Thraupis episcopus,1,16.2,Visual,AD +SANTIAGO,Guabas,205,2,14-Oct,9:36,9:46,Ara severus,6,,Vuelo,NA +SANTIAGO,Guabas,205,2,14-Oct,9:36,9:46,Spinus psaltria,1,25.1,Visual,OC +SANTIAGO,Guabas,205,2,14-Oct,9:36,9:46,Ortalis columbiana,2,16.7,Visual,AD +SANTIAGO,Guabas,205,2,14-Oct,9:36,9:46,Tyrannus melancholicus,1,35.4,Visual,AD +SANTIAGO,Guabas,205,2,14-Oct,9:36,9:46,Sicalis flaveola,1,29.4,Visual,OC +SANTIAGO,Guabas,205,1,14-Oct,9:58,10:08,Sayornis nigricans,1,12.1,Visual,CA +SANTIAGO,Guabas,205,1,14-Oct,9:58,10:08,Aulacorhynchus haematopygus,1,24.4,Visual,BNC +SANTIAGO,Guabas,205,1,14-Oct,9:58,10:08,Setophaga fusca,1,16.8,Visual,BNC +SANTIAGO,Guabas,205,1,14-Oct,9:58,10:08,Myiothlypis fulvicauda,1,9.2,Visual,CAG +SANTIAGO,Guabas,205,1,14-Oct,9:58,10:08,Phaethornis guy,1,14.5,Visual,BNC +SANTIAGO,Guabas,205,11,14-Oct,10:28,10:38,Ramphocelus dimidiatus,1,22.3,Visual,AD +SANTIAGO,Guabas,205,11,14-Oct,10:28,10:38,Tyrannus melancholicus,2,16.8,Visual,BC +SANTIAGO,Guabas,205,11,14-Oct,10:28,10:38,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,356,1,15-Oct,6:00,6:10,Basileuterus tristriatus,1,,Auditivo,NA +JUAN,Guabas,356,1,15-Oct,6:00,6:10,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guabas,356,1,15-Oct,6:00,6:10,Momotus aequatorialis,1,12.4,visual,BNC +JUAN,Guabas,356,1,15-Oct,6:00,6:10,Momotus aequatorialis,2,,Auditivo,NA +JUAN,Guabas,356,1,15-Oct,6:00,6:10,Myiothlypis coronata,1,,Auditivo,NA +JUAN,Guabas,356,1,15-Oct,6:00,6:10,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guabas,356,1,15-Oct,6:00,6:10,Pionus chalcopterus,5,,vuelo,NA +JUAN,Guabas,356,1,15-Oct,6:00,6:10,Synallaxis azarae,2,,Auditivo,NA +JUAN,Guabas,356,1,15-Oct,6:00,6:10,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,356,2,15-Oct,6:17,6:27,Atlapetes latinuchus,1,2,visual,AR-3 +JUAN,Guabas,356,2,15-Oct,6:17,6:27,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guabas,356,2,15-Oct,6:17,6:27,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guabas,356,2,15-Oct,6:17,6:27,Myadestes ralloides,1,,Auditivo,NA +JUAN,Guabas,356,2,15-Oct,6:17,6:27,Stilpnia vitriolina,1,,Auditivo,NA +JUAN,Guabas,356,2,15-Oct,6:17,6:27,Tangara arthus,1,10,visual,AD +JUAN,Guabas,356,2,15-Oct,6:17,6:27,Vireo chivi,1,,Auditivo,NA +JUAN,Guabas,356,2,15-Oct,6:17,6:27,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,356,3,15-Oct,6:35,6:45,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guabas,356,3,15-Oct,6:35,6:45,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,356,3,15-Oct,6:35,6:45,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guabas,356,4,15-Oct,6:51,7:01,Cyanocorax yncas,1,38.7,visual,BNC +JUAN,Guabas,356,4,15-Oct,6:51,7:01,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guabas,356,4,15-Oct,6:51,7:01,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guabas,356,4,15-Oct,6:51,7:01,Pionus chalcopterus,2,,vuelo,NA +JUAN,Guabas,356,4,15-Oct,6:51,7:01,Turdus fuscater,1,23.8,visual,PO +JUAN,Guabas,356,4,15-Oct,6:51,7:01,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,356,4,15-Oct,6:51,7:01,Zonotrichia capensis,2,4.5,visual,PO +JUAN,Guabas,356,5,15-Oct,7:08,7:18,Elaenia flavogaster,2,,Auditivo,NA +JUAN,Guabas,356,5,15-Oct,7:08,7:18,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guabas,356,5,15-Oct,7:08,7:18,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guabas,356,5,15-Oct,7:08,7:18,Psittacara wagleri,8,,vuelo,NA +JUAN,Guabas,356,5,15-Oct,7:08,7:18,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guabas,356,12,15-Oct,7:47,7:57,Grallaria ruficapilla,1,,Auditivo,NA +JUAN,Guabas,356,12,15-Oct,7:47,7:57,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guabas,356,12,15-Oct,7:47,7:57,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,356,11,15-Oct,8:04,8:14,Cyanocorax yncas,1,,Auditivo,NA +JUAN,Guabas,356,11,15-Oct,8:04,8:14,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guabas,356,11,15-Oct,8:04,8:14,Mniotilta varia,1,10,visual,AD +JUAN,Guabas,356,11,15-Oct,8:04,8:14,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guabas,356,11,15-Oct,8:04,8:14,Setophaga fusca,1,10,visual,AD +JUAN,Guabas,356,11,15-Oct,8:04,8:14,Stilpnia vitriolina,1,,Auditivo,NA +JUAN,Guabas,356,11,15-Oct,8:04,8:14,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,356,11,15-Oct,8:04,8:14,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guabas,356,13,15-Oct,8:19,8:29,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,356,10,15-Oct,8:44,8:54,Basileuterus tristriatus,1,,Auditivo,NA +JUAN,Guabas,356,10,15-Oct,8:44,8:54,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guabas,356,10,15-Oct,8:44,8:54,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,356,9,15-Oct,9:00,9:10,Patagioenas fasciata,1,,vuelo,NA +JUAN,Guabas,356,9,15-Oct,9:00,9:10,Pionus chalcopterus,4,,vuelo,NA +JUAN,Guabas,356,9,15-Oct,9:00,9:10,Setophaga fusca,1,20.2,visual,AR-3 +JUAN,Guabas,356,9,15-Oct,9:00,9:10,Synallaxis albescens,1,,Auditivo,NA +JUAN,Guabas,356,9,15-Oct,9:00,9:10,Synallaxis brachyura,1,,Auditivo,NA +JUAN,Guabas,356,9,15-Oct,9:00,9:10,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,356,9,15-Oct,9:00,9:10,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guabas,356,8,15-Oct,9:15,9:25,Odontophorus hyperythrus,1,,Auditivo,NA +JUAN,Guabas,356,8,15-Oct,9:15,9:25,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guabas,356,8,15-Oct,9:15,9:25,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guabas,356,8,15-Oct,9:15,9:25,Synallaxis brachyura,1,,Auditivo,NA +JUAN,Guabas,356,8,15-Oct,9:15,9:25,Thraupis episcopus,1,,Auditivo,NA +JUAN,Guabas,356,8,15-Oct,9:15,9:25,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,356,8,15-Oct,9:15,9:25,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,356,7,15-Oct,9:38,9:48,Euphonia xanthogaster,1,19,visual,CV +JUAN,Guabas,356,7,15-Oct,9:38,9:48,Patagioenas fasciata,2,,vuelo,NA +JUAN,Guabas,356,7,15-Oct,9:38,9:48,Sporophila luctuosa,1,11.8,visual,PO +JUAN,Guabas,356,7,15-Oct,9:38,9:48,Stilpnia heinei,1,14.3,visual,AD +JUAN,Guabas,356,7,15-Oct,9:38,9:48,Stilpnia vitriolina,1,14.4,visual,AD +JUAN,Guabas,356,7,15-Oct,9:38,9:48,Turdus ignobilis,1,15.7,visual,AD +JUAN,Guabas,356,7,15-Oct,9:38,9:48,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guabas,356,6,15-Oct,10:05,10:15,Euphonia xanthogaster,1,,Auditivo,NA +JUAN,Guabas,356,6,15-Oct,10:05,10:15,Icterus chrysater,1,,Auditivo,NA +JUAN,Guabas,356,6,15-Oct,10:05,10:15,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guabas,356,6,15-Oct,10:05,10:15,Ortalis columbiana,1,,Auditivo,NA +JUAN,Guabas,356,6,15-Oct,10:05,10:15,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,356,6,15-Oct,10:05,10:15,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,356,6,15-Oct,10:05,10:15,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,356,6,15-Oct,10:05,10:15,Zimmerius chrysops,1,15.1,visual,AD +JUAN,Guabas,356,6,15-Oct,10:05,10:15,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guabas,356,1,15-Oct,6:08,6:18,Myiothlypis coronata,1,19.4,Visual,BNC +SANTIAGO,Guabas,356,1,15-Oct,6:08,6:18,Cardellina canadensis,1,22.4,Visual,BNC +SANTIAGO,Guabas,356,1,15-Oct,6:08,6:18,Sporathraupis cyanocephala,1,16.6,Visual,BNC +SANTIAGO,Guabas,356,1,15-Oct,6:08,6:18,Geranoetus albicaudatus,1,,Vuelo,NA +SANTIAGO,Guabas,356,1,15-Oct,6:08,6:18,Dryobates fumigatus,1,25.7,Visual,BNC +SANTIAGO,Guabas,356,1,15-Oct,6:08,6:18,Tangara vassorii,3,27,Visual,BNC +SANTIAGO,Guabas,356,1,15-Oct,6:08,6:18,Atlapetes schistaceus,1,14.2,Visual,BNC +SANTIAGO,Guabas,356,1,15-Oct,6:08,6:18,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guabas,356,2,15-Oct,6:31,6:41,Anisognathus somptuosus,1,18.5,Visual,AR-3 +SANTIAGO,Guabas,356,2,15-Oct,6:31,6:41,Pygochelidon cyanoleuca,7,,Vuelo,NA +SANTIAGO,Guabas,356,2,15-Oct,6:31,6:41,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guabas,356,2,15-Oct,6:31,6:41,Cinnycerthia olivascens,1,18.1,Visual,AR-3 +SANTIAGO,Guabas,356,2,15-Oct,6:31,6:41,Ortalis columbiana,2,42.7,Visual,AR-3 +SANTIAGO,Guabas,356,3,15-Oct,6:59,7:09,Synallaxis albescens,1,,Auditivo,NA +SANTIAGO,Guabas,356,4,15-Oct,7:26,7:36,Basileuterus tristriatus,2,18.4,Visual,BNC +SANTIAGO,Guabas,356,4,15-Oct,7:26,7:36,Stilpnia cyanicollis,1,22.3,Visual,BNC +SANTIAGO,Guabas,356,4,15-Oct,7:26,7:36,Henicorhina leucophrys,1,18.7,Visual,BNC +SANTIAGO,Guabas,356,4,15-Oct,7:26,7:36,Stelgidopteryx ruficollis,7,,Vuelo,NA +SANTIAGO,Guabas,356,4,15-Oct,7:26,7:36,Tyrannus melancholicus,1,37.9,Visual,PO +SANTIAGO,Guabas,356,5,15-Oct,8:07,8:17,Sporophila nigricollis,2,27.4,Visual,PO +SANTIAGO,Guabas,356,5,15-Oct,8:07,8:17,Setophaga ruticilla,1,35.9,Visual,BC +SANTIAGO,Guabas,356,5,15-Oct,8:07,8:17,Tiaris olivaceus,1,45.1,Visual,PO +SANTIAGO,Guabas,356,5,15-Oct,8:07,8:17,Zimmerius chrysops,1,39.8,Visual,BC +SANTIAGO,Guabas,356,12,15-Oct,8:32,8:42,Tyrannus melancholicus,2,42.3,Visual,AD +SANTIAGO,Guabas,356,12,15-Oct,8:32,8:42,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guabas,356,12,15-Oct,8:32,8:42,Rupornis magnirostris,1,27.4,Visual,AD +SANTIAGO,Guabas,356,12,15-Oct,8:32,8:42,Coragyps atratus,5,,Vuelo,NA +SANTIAGO,Guabas,356,12,15-Oct,8:32,8:42,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guabas,356,12,15-Oct,8:32,8:42,Zonotrichia capensis,1,29.7,Visual,PO +SANTIAGO,Guabas,356,12,15-Oct,8:32,8:42,Tangara labradorides,2,16.7,Visual,BNC +SANTIAGO,Guabas,356,13,15-Oct,8:59,9:09,Phaethornis syrmatophorus,1,22.4,Visual,BC +SANTIAGO,Guabas,356,13,15-Oct,8:59,9:09,Dryobates fumigatus,1,29.8,Visual,BC +SANTIAGO,Guabas,356,13,15-Oct,8:59,9:09,Dendrocincla fuliginosa,1,17.6,Visual,BC +SANTIAGO,Guabas,356,13,15-Oct,8:59,9:09,Myioborus miniatus,2,30.9,Visual,BC +SANTIAGO,Guabas,356,11,15-Oct,9:18,9:28,Setophaga fusca,2,28.5,Visual,BC +SANTIAGO,Guabas,356,11,15-Oct,9:18,9:28,Tyrannus melancholicus,1,17.4,Visual,AD +SANTIAGO,Guabas,356,11,15-Oct,9:18,9:28,Tiaris olivaceus,1,26,Visual,PO +SANTIAGO,Guabas,356,10,15-Oct,9:41,9:51,Zentrygon frenata,1,18.6,Visual,BC +SANTIAGO,Guabas,356,10,15-Oct,9:41,9:51,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guabas,356,10,15-Oct,9:41,9:51,Dendrocincla fuliginosa,1,35.7,Visual,BC +SANTIAGO,Guabas,356,9,15-Oct,10:00,10:10,Myiodynastes hemichrysus,1,26.8,Visual,AR-3 +SANTIAGO,Guabas,356,9,15-Oct,10:00,10:10,Ortalis columbiana,1,,Vuelo,NA +SANTIAGO,Guabas,356,9,15-Oct,10:00,10:10,Pionus chalcopterus,8,,Vuelo,NA +SANTIAGO,Guabas,356,8,15-Oct,10:22,10:32,Stilpnia vitriolina,2,19.7,Visual,AD +SANTIAGO,Guabas,356,8,15-Oct,10:22,10:32,Piranga rubra,1,26.5,Visual,BNC +SANTIAGO,Guabas,356,8,15-Oct,10:22,10:32,Spinus psaltria,1,12.7,Visual,AD +SANTIAGO,Guabas,356,8,15-Oct,10:22,10:32,Coragyps atratus,8,,Vuelo,NA +SANTIAGO,Guabas,356,8,15-Oct,10:22,10:32,Synallaxis brachyura,1,19.8,Visual,CA +SANTIAGO,Guabas,356,7,15-Oct,10:45,10:55,Sporophila nigricollis,1,12.6,Visual,AR-3 +SANTIAGO,Guabas,356,7,15-Oct,10:45,10:55,Rupornis magnirostris,1,43.7,Visual,AD +SANTIAGO,Guabas,356,6,15-Oct,11:09,11:19,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,356,6,15-Oct,11:09,11:19,Tyrannus melancholicus,1,,Auditivo,NA +SANTIAGO,Guabas,356,6,15-Oct,11:09,11:19,Coragyps atratus,4,,vuelo,NA +JUAN,Guabas,318,3,16-Oct,6:04,6:14,Bubulcus ibis,14,,vuelo,NA +JUAN,Guabas,318,3,16-Oct,6:04,6:14,Daptrius chimachima,1,,Auditivo,NA +JUAN,Guabas,318,3,16-Oct,6:04,6:14,Egretta thula,5,,vuelo,NA +JUAN,Guabas,318,3,16-Oct,6:04,6:14,Icterus chrysater,1,,Auditivo,NA +JUAN,Guabas,318,3,16-Oct,6:04,6:14,Myiodynastes hemichrysus,1,16.1,visual,RE +JUAN,Guabas,318,3,16-Oct,6:04,6:14,Myiothlypis fulvicauda,3,,Auditivo,NA +JUAN,Guabas,318,3,16-Oct,6:04,6:14,Myiozetetes cayanensis,1,48.7,visual,RE +JUAN,Guabas,318,3,16-Oct,6:04,6:14,Ortalis columbiana,1,15.9,visual,BNC +JUAN,Guabas,318,3,16-Oct,6:04,6:14,Rupornis magnirostris,1,,vuelo,NA +JUAN,Guabas,318,3,16-Oct,6:04,6:14,Saucerottia saucerottei,1,,vuelo,NA +JUAN,Guabas,318,3,16-Oct,6:04,6:14,Tangara gyrola,1,17.5,visual,CA +JUAN,Guabas,318,3,16-Oct,6:04,6:14,Turdus ignobilis,1,,vuelo,NA +JUAN,Guabas,318,3,16-Oct,6:04,6:14,Turdus ignobilis,1,16.6,visual,CA +JUAN,Guabas,318,3,16-Oct,6:04,6:14,Vireo chivi,1,,Auditivo,NA +JUAN,Guabas,318,4,16-Oct,6:19,6:29,Bubulcus ibis,14,,vuelo,NA +JUAN,Guabas,318,4,16-Oct,6:19,6:29,Dysithamnus mentalis,1,,Auditivo,NA +JUAN,Guabas,318,4,16-Oct,6:19,6:29,Leptopogon superciliaris,1,,Auditivo,NA +JUAN,Guabas,318,4,16-Oct,6:19,6:29,Leptopogon superciliaris,1,16,visual,BC +JUAN,Guabas,318,4,16-Oct,6:19,6:29,Myiodynastes hemichrysus,1,,Auditivo,NA +JUAN,Guabas,318,4,16-Oct,6:19,6:29,Ortalis columbiana,1,,vuelo,NA +JUAN,Guabas,318,4,16-Oct,6:19,6:29,Phaethornis guy,1,,Auditivo,NA +JUAN,Guabas,318,4,16-Oct,6:19,6:29,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guabas,318,4,16-Oct,6:19,6:29,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,318,4,16-Oct,6:19,6:29,Zimmerius chrysops,1,22.8,visual,BNC +JUAN,Guabas,318,4,16-Oct,6:19,6:29,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,318,5,16-Oct,6:34,6:44,Bubulcus ibis,5,,vuelo,NA +JUAN,Guabas,318,5,16-Oct,6:34,6:44,Egretta thula,3,,vuelo,NA +JUAN,Guabas,318,5,16-Oct,6:34,6:44,Leptopogon superciliaris,1,,Auditivo,NA +JUAN,Guabas,318,5,16-Oct,6:34,6:44,Mionectes oleagineus,1,20.4,visual,BNC +JUAN,Guabas,318,5,16-Oct,6:34,6:44,Todirostrum cinereum,1,,Auditivo,NA +JUAN,Guabas,318,5,16-Oct,6:34,6:44,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guabas,318,5,16-Oct,6:34,6:44,Vireo chivi,1,,Auditivo,NA +JUAN,Guabas,318,5,16-Oct,6:34,6:44,Zimmerius chrysops,1,17.1,visual,BNC +JUAN,Guabas,318,2,16-Oct,6:58,7:08,Basileuterus culicivorus,2,19.1,visual,PO +JUAN,Guabas,318,2,16-Oct,6:58,7:08,Bubulcus ibis,1,,Auditivo,NA +JUAN,Guabas,318,2,16-Oct,6:58,7:08,Contopus cooperi,1,41.1,visual,AD +JUAN,Guabas,318,2,16-Oct,6:58,7:08,Coragyps atratus,1,,Auditivo,NA +JUAN,Guabas,318,2,16-Oct,6:58,7:08,Dysithamnus mentalis,1,,Auditivo,NA +JUAN,Guabas,318,2,16-Oct,6:58,7:08,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guabas,318,2,16-Oct,6:58,7:08,Microcerculus marginatus,1,,Auditivo,NA +JUAN,Guabas,318,2,16-Oct,6:58,7:08,Setophaga fusca,1,11.8,visual,AD +JUAN,Guabas,318,2,16-Oct,6:58,7:08,Sporophila nigricollis,2,,Auditivo,NA +JUAN,Guabas,318,2,16-Oct,6:58,7:08,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,318,2,16-Oct,6:58,7:08,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,318,2,16-Oct,6:58,7:08,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,318,6,16-Oct,7:22,7:32,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guabas,318,6,16-Oct,7:22,7:32,Leptopogon superciliaris,1,,Auditivo,NA +JUAN,Guabas,318,6,16-Oct,7:22,7:32,Microcerculus marginatus,1,,Auditivo,NA +JUAN,Guabas,318,6,16-Oct,7:22,7:32,Myiodynastes hemichrysus,1,,Auditivo,NA +JUAN,Guabas,318,6,16-Oct,7:22,7:32,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guabas,318,6,16-Oct,7:22,7:32,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guabas,318,12,16-Oct,7:57,8:07,Chlorophanes spiza,1,30.5,visual,BNC +JUAN,Guabas,318,12,16-Oct,7:57,8:07,Chlorostilbon melanorhynchus,1,23.1,visual,AD +JUAN,Guabas,318,12,16-Oct,7:57,8:07,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guabas,318,12,16-Oct,7:57,8:07,Myiopagis viridicata,1,19.1,visual,BNC +JUAN,Guabas,318,12,16-Oct,7:57,8:07,Ortalis columbiana,1,23.8,visual,BNC +JUAN,Guabas,318,12,16-Oct,7:57,8:07,Pachyramphus polychopterus,1,,Auditivo,NA +JUAN,Guabas,318,12,16-Oct,7:57,8:07,Patagioenas fasciata,1,23.8,visual,BNC +JUAN,Guabas,318,12,16-Oct,7:57,8:07,Picumnus granadensis,3,30.5,visual,BNC +JUAN,Guabas,318,12,16-Oct,7:57,8:07,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guabas,318,12,16-Oct,7:57,8:07,Setophaga fusca,1,19.7,visual,BNC +JUAN,Guabas,318,12,16-Oct,7:57,8:07,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,318,12,16-Oct,7:57,8:07,Theristicus caudatus,2,,Auditivo,NA +JUAN,Guabas,318,12,16-Oct,7:57,8:07,Troglodytes aedon,1,20.8,visual,BNC +JUAN,Guabas,318,12,16-Oct,7:57,8:07,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,318,12,16-Oct,7:57,8:07,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,318,12,16-Oct,7:57,8:07,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,318,1,16-Oct,8:30,8:40,Contopus cooperi,1,49.9,visual,BNC +JUAN,Guabas,318,1,16-Oct,8:30,8:40,Daptrius chimachima,1,,Auditivo,NA +JUAN,Guabas,318,1,16-Oct,8:30,8:40,Dysithamnus mentalis,1,,Auditivo,NA +JUAN,Guabas,318,1,16-Oct,8:30,8:40,Forpus conspicillatus,3,20.4,visual,AD +JUAN,Guabas,318,1,16-Oct,8:30,8:40,Icterus chrysater,1,,Auditivo,NA +JUAN,Guabas,318,1,16-Oct,8:30,8:40,Myadestes ralloides,1,,Auditivo,NA +JUAN,Guabas,318,1,16-Oct,8:30,8:40,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guabas,318,1,16-Oct,8:30,8:40,Ramphocaenus melanurus,1,,Auditivo,NA +JUAN,Guabas,318,1,16-Oct,8:30,8:40,Sporophila nigricollis,1,14.3,visual,AD +JUAN,Guabas,318,1,16-Oct,8:30,8:40,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,318,1,16-Oct,8:30,8:40,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guabas,318,1,16-Oct,8:30,8:40,Vireo chivi,1,,Auditivo,NA +JUAN,Guabas,318,1,16-Oct,8:30,8:40,Volatinia jacarina,1,26.5,visual,AD +JUAN,Guabas,318,1,16-Oct,8:30,8:40,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,318,7,16-Oct,8:55,9:05,Icterus chrysater,1,,Auditivo,NA +JUAN,Guabas,318,7,16-Oct,8:55,9:05,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,318,7,16-Oct,8:55,9:05,Rupornis magnirostris,1,28.5,visual,AD +JUAN,Guabas,318,7,16-Oct,8:55,9:05,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guabas,318,7,16-Oct,8:55,9:05,Setophaga fusca,1,,vuelo,NA +JUAN,Guabas,318,7,16-Oct,8:55,9:05,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guabas,318,7,16-Oct,8:55,9:05,Stelgidopteryx ruficollis,2,,vuelo,NA +JUAN,Guabas,318,7,16-Oct,8:55,9:05,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,318,7,16-Oct,8:55,9:05,Tiaris olivaceus,1,33.6,visual,PO +JUAN,Guabas,318,7,16-Oct,8:55,9:05,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,318,7,16-Oct,8:55,9:05,Turdus ignobilis,1,,vuelo,NA +JUAN,Guabas,318,7,16-Oct,8:55,9:05,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,318,7,16-Oct,8:55,9:05,Zonotrichia capensis,2,28.4,visual,PO +JUAN,Guabas,318,9,16-Oct,9:20,9:30,Contopus cooperi,1,11.1,visual,AD +JUAN,Guabas,318,9,16-Oct,9:20,9:30,Coragyps atratus,2,,vuelo,NA +JUAN,Guabas,318,9,16-Oct,9:20,9:30,Forpus conspicillatus,1,,vuelo,NA +JUAN,Guabas,318,9,16-Oct,9:20,9:30,Icterus chrysater,1,,Auditivo,NA +JUAN,Guabas,318,9,16-Oct,9:20,9:30,Myiopagis viridicata,1,17.9,visual,AD +JUAN,Guabas,318,9,16-Oct,9:20,9:30,Myiozetetes cayanensis,1,28.4,visual,AD +JUAN,Guabas,318,9,16-Oct,9:20,9:30,Pheucticus ludovicianus,1,27.6,visual,AD +JUAN,Guabas,318,9,16-Oct,9:20,9:30,Piranga rubra,1,15,visual,AD +JUAN,Guabas,318,9,16-Oct,9:20,9:30,Saltator striatipectus,1,32.8,visual,PO +JUAN,Guabas,318,9,16-Oct,9:20,9:30,Setophaga fusca,1,11.6,visual,AD +JUAN,Guabas,318,9,16-Oct,9:20,9:30,Spinus psaltria,1,15.3,visual,AD +JUAN,Guabas,318,9,16-Oct,9:20,9:30,Sporophila nigricollis,1,25.6,visual,PO +JUAN,Guabas,318,9,16-Oct,9:20,9:30,Sporophila sp,1,22.3,visual,PO +JUAN,Guabas,318,9,16-Oct,9:20,9:30,Stelgidopteryx ruficollis,2,,Auditivo,NA +JUAN,Guabas,318,9,16-Oct,9:20,9:30,Stilpnia vitriolina,1,31.6,visual,AD +JUAN,Guabas,318,9,16-Oct,9:20,9:30,Tangara gyrola,1,38.4,visual,AD +JUAN,Guabas,318,9,16-Oct,9:20,9:30,Tapera naevia,1,,Auditivo,NA +JUAN,Guabas,318,9,16-Oct,9:20,9:30,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,318,9,16-Oct,9:20,9:30,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,318,9,16-Oct,9:20,9:30,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guabas,318,9,16-Oct,9:20,9:30,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,318,9,16-Oct,9:20,9:30,Zimmerius chrysops,1,6.7,visual,AD +JUAN,Guabas,318,8,16-Oct,9:39,9:49,Coragyps atratus,7,,vuelo,NA +JUAN,Guabas,318,8,16-Oct,9:39,9:49,Crotophaga ani,1,,Auditivo,NA +JUAN,Guabas,318,8,16-Oct,9:39,9:49,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guabas,318,8,16-Oct,9:39,9:49,Lophotriccus pileatus,1,,Auditivo,NA +JUAN,Guabas,318,8,16-Oct,9:39,9:49,Phaethornis guy,1,,Auditivo,NA +JUAN,Guabas,318,8,16-Oct,9:39,9:49,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,318,8,16-Oct,9:39,9:49,Zimmerius chrysops,3,,Auditivo,NA +JUAN,Guabas,318,8,16-Oct,9:39,9:49,Zimmerius chrysops,1,19.5,visual,BNC +JUAN,Guabas,318,10,16-Oct,10:07,10:17,Crypturellus soui,1,,Auditivo,NA +JUAN,Guabas,318,10,16-Oct,10:07,10:17,Dysithamnus mentalis,1,,Auditivo,NA +JUAN,Guabas,318,10,16-Oct,10:07,10:17,Leptopogon superciliaris,1,,Auditivo,NA +JUAN,Guabas,318,10,16-Oct,10:07,10:17,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guabas,318,10,16-Oct,10:07,10:17,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guabas,318,10,16-Oct,10:07,10:17,Thamnophilus multistriatus,2,,Auditivo,NA +JUAN,Guabas,318,10,16-Oct,10:07,10:17,Turdus ignobilis,1,,vuelo,NA +JUAN,Guabas,318,10,16-Oct,10:07,10:17,Zimmerius chrysops,1,36.9,visual,AD +JUAN,Guabas,318,11,16-Oct,10:31,10:41,Amazilia tzacatl,1,30.5,visual,AD +JUAN,Guabas,318,11,16-Oct,10:31,10:41,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guabas,318,11,16-Oct,10:31,10:41,Coragyps atratus,1,,Auditivo,NA +JUAN,Guabas,318,11,16-Oct,10:31,10:41,Crotophaga ani,1,,Auditivo,NA +JUAN,Guabas,318,11,16-Oct,10:31,10:41,Elaenia flavogaster,1,,Auditivo,NA +JUAN,Guabas,318,11,16-Oct,10:31,10:41,Leptopogon superciliaris,1,,Auditivo,NA +JUAN,Guabas,318,11,16-Oct,10:31,10:41,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,318,11,16-Oct,10:31,10:41,Saucerottia saucerottei,1,33.4,visual,AD +JUAN,Guabas,318,11,16-Oct,10:31,10:41,Stilpnia vitriolina,1,,Auditivo,NA +JUAN,Guabas,318,11,16-Oct,10:31,10:41,Tangara gyrola,1,4.4,visual,AD +JUAN,Guabas,318,11,16-Oct,10:31,10:41,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,318,11,16-Oct,10:31,10:41,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guabas,318,11,16-Oct,10:31,10:41,Zimmerius chrysops,2,29.3,visual,PO +SANTIAGO,Guabas,318,8,16-Oct,6:08,6:18,Cercomacroides parkeri,1,26.7,Visual,BC +SANTIAGO,Guabas,318,8,16-Oct,6:08,6:18,Basileuterus culicivorus,1,15.9,Visual,BC +SANTIAGO,Guabas,318,8,16-Oct,6:08,6:18,Synallaxis azarae,1,,Auditivo,NA +SANTIAGO,Guabas,318,8,16-Oct,6:08,6:18,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,318,8,16-Oct,6:08,6:18,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guabas,318,8,16-Oct,6:08,6:18,Aulacorhynchus haematopygus,1,14.7,Visual,BC +SANTIAGO,Guabas,318,9,16-Oct,6:25,6:35,Saltator striatipectus,1,29.7,Visual,AD +SANTIAGO,Guabas,318,9,16-Oct,6:25,6:35,Ramphocelus dimidiatus,2,19.2,Visual,AD +SANTIAGO,Guabas,318,9,16-Oct,6:25,6:35,Coragyps atratus,6,,Vuelo,NA +SANTIAGO,Guabas,318,9,16-Oct,6:25,6:35,Bubulcus ibis,1,,Vuelo,NA +SANTIAGO,Guabas,318,9,16-Oct,6:25,6:35,Zenaida auriculata,2,26.9,Visual,OC +SANTIAGO,Guabas,318,9,16-Oct,6:25,6:35,Thraupis episcopus,1,33.5,Visual,AD +SANTIAGO,Guabas,318,9,16-Oct,6:25,6:35,Tyrannus melancholicus,1,21.8,Visual,AD +SANTIAGO,Guabas,318,9,16-Oct,6:25,6:35,Myiopagis viridicata,1,18.4,Visual,AD +SANTIAGO,Guabas,318,9,16-Oct,6:25,6:35,Ortalis columbiana,3,22.3,Visual,AD +SANTIAGO,Guabas,318,9,16-Oct,6:25,6:35,Synallaxis azarae,1,,Auditivo,NA +SANTIAGO,Guabas,318,9,16-Oct,6:25,6:35,Troglodytes aedon,1,14.9,Visual,PO +SANTIAGO,Guabas,318,7,16-Oct,6:47,6:57,Tyrannus melancholicus,2,25.5,Visual,AD +SANTIAGO,Guabas,318,7,16-Oct,6:47,6:57,Ortalis columbiana,1,19,Visual,BNC +SANTIAGO,Guabas,318,7,16-Oct,6:47,6:57,Sporophila nigricollis,1,12.7,Visual,OC +SANTIAGO,Guabas,318,7,16-Oct,6:47,6:57,Zenaida auriculata,1,9.8,Visual,OC +SANTIAGO,Guabas,318,12,16-Oct,7:09,7:19,Myiopagis viridicata,1,16.8,Visual,BNC +SANTIAGO,Guabas,318,12,16-Oct,7:09,7:19,Zenaida auriculata,1,23.7,Visual,AD +SANTIAGO,Guabas,318,12,16-Oct,7:09,7:19,Tyrannus melancholicus,2,18.4,Visual,AD +SANTIAGO,Guabas,318,12,16-Oct,7:09,7:19,Melanerpes rubricapillus,1,36.1,Visual,BNC +SANTIAGO,Guabas,318,12,16-Oct,7:09,7:19,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guabas,318,12,16-Oct,7:09,7:19,Synallaxis azarae,1,,Auditivo,NA +SANTIAGO,Guabas,318,12,16-Oct,7:09,7:19,Thraupis episcopus,2,20,Visual,AD +SANTIAGO,Guabas,318,12,16-Oct,7:09,7:19,Mimus gilvus,1,,Auditivo,NA +SANTIAGO,Guabas,318,12,16-Oct,7:09,7:19,Thamnophilus multistriatus,1,19.8,Visual,BNC +SANTIAGO,Guabas,318,1,16-Oct,7:32,7:42,Myiozetetes cayanensis,2,25.4,Visual,AD +SANTIAGO,Guabas,318,1,16-Oct,7:32,7:42,Pachyramphus rufus,2,18,Visual,BNC +SANTIAGO,Guabas,318,1,16-Oct,7:32,7:42,Setophaga fusca,1,21.7,Visual,BNC +SANTIAGO,Guabas,318,1,16-Oct,7:32,7:42,Sporophila nigricollis,1,7.3,Visual,AD +SANTIAGO,Guabas,318,6,16-Oct,8:00,8:10,Habia cristata,2,21.7,Visual,BNC +SANTIAGO,Guabas,318,6,16-Oct,8:00,8:10,Aulacorhynchus haematopygus,1,18.2,Visual,BNC +SANTIAGO,Guabas,318,6,16-Oct,8:00,8:10,Thamnophilus multistriatus,1,26.3,Visual,BNC +SANTIAGO,Guabas,318,6,16-Oct,8:00,8:10,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guabas,318,6,16-Oct,8:00,8:10,Xiphorhynchus susurrans,1,17.4,Visual,BNC +SANTIAGO,Guabas,318,6,16-Oct,8:00,8:10,Myiothlypis fulvicauda,1,9.6,Visual,BNC +SANTIAGO,Guabas,318,3,16-Oct,8:24,8:34,Thraupis episcopus,2,16.7,Visual,CA +SANTIAGO,Guabas,318,3,16-Oct,8:24,8:34,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,318,3,16-Oct,8:24,8:34,Tiaris olivaceus,1,12.9,Visual,CA +SANTIAGO,Guabas,318,4,16-Oct,8:42,8:52,Habia cristata,3,18.4,Visual,BNC +SANTIAGO,Guabas,318,4,16-Oct,8:42,8:52,Aulacorhynchus haematopygus,1,22.7,Visual,BC +SANTIAGO,Guabas,318,4,16-Oct,8:42,8:52,Icterus nigrogularis,1,16.1,Visual,BC +SANTIAGO,Guabas,318,4,16-Oct,8:42,8:52,Ara severus,9,,Vuelo,NA +SANTIAGO,Guabas,318,5,16-Oct,9:06,9:16,Sayornis nigricans,1,14.2,Visual,AD +SANTIAGO,Guabas,318,5,16-Oct,9:06,9:16,Thamnophilus multistriatus,1,19.5,Visual,AD +SANTIAGO,Guabas,318,5,16-Oct,9:06,9:16,Stilpnia vitriolina,1,27.4,Visual,BNC +SANTIAGO,Guabas,318,5,16-Oct,9:06,9:16,Sicalis flaveola,2,16.9,Visual,BNC +SANTIAGO,Guabas,318,5,16-Oct,9:06,9:16,Coragyps atratus,3,,Vuelo,NA +SANTIAGO,Guabas,318,5,16-Oct,9:06,9:16,Icterus nigrogularis,1,,Auditivo,NA +SANTIAGO,Guabas,318,5,16-Oct,9:06,9:16,Rupicola peruviana,1,18.4,Visual,BNC +SANTIAGO,Guabas,318,5,16-Oct,9:06,9:16,Thraupis episcopus,1,26.5,Visual,AD +SANTIAGO,Guabas,318,2,16-Oct, 9:30,9:40,Icterus nigrogularis,1,18.4,Visual,AD +SANTIAGO,Guabas,318,2,16-Oct, 9:30,9:40,Saltator atripennis,1,26.1,Visual,AD +SANTIAGO,Guabas,318,2,16-Oct, 9:30,9:40,Forpus conspicillatus,3,,Vuelo,NA +SANTIAGO,Guabas,318,2,16-Oct, 9:30,9:40,Bubulcus ibis,1,,Vuelo,NA +SANTIAGO,Guabas,318,2,16-Oct, 9:30,9:40,Sporophila schistacea,1,30.8,Visual,PO +SANTIAGO,Guabas,318,2,16-Oct, 9:30,9:40,Thraupis palmarum,1,15.2,Visual,AD +SANTIAGO,Guabas,318,10,16-Oct,9:55,10:05,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,318,10,16-Oct,9:55,10:05,Synallaxis azarae,1,,Auditivo,NA +SANTIAGO,Guabas,318,11,16-Oct,10:12,10:22,Stilpnia vitriolina,1,18.5,Visual,AD +SANTIAGO,Guabas,318,11,16-Oct,10:12,10:22,Piranga rubra,1,17.2,Visual,AD +SANTIAGO,Guabas,318,11,16-Oct,10:12,10:22,Pheucticus ludovicianus,1,25.3,Visual,AD +SANTIAGO,Guabas,318,11,16-Oct,10:12,10:22,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guabas,318,11,16-Oct,10:12,10:22,Amazilia tzacatl,1,18.9,Visual,AD +JUAN,Guabas,205,11,2-Nov,6:05,6:15,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guabas,205,11,2-Nov,6:05,6:15,Cranioleuca erythrops,1,,Auditivo,NA +JUAN,Guabas,205,11,2-Nov,6:05,6:15,Momotus aequatorialis,2,,Auditivo,NA +JUAN,Guabas,205,11,2-Nov,6:05,6:15,Ortalis columbiana,3,,Auditivo,NA +JUAN,Guabas,205,11,2-Nov,6:05,6:15,Setophaga pitiayumi,1,29.3,visual,AD +JUAN,Guabas,205,11,2-Nov,6:05,6:15,Sicalis flaveola,2,19.1,visual,PO +JUAN,Guabas,205,11,2-Nov,6:05,6:15,Stelgidopteryx ruficollis,1,,Auditivo,NA +JUAN,Guabas,205,11,2-Nov,6:05,6:15,Stilpnia vitriolina,1,22.1,visual,BC +JUAN,Guabas,205,11,2-Nov,6:05,6:15,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guabas,205,11,2-Nov,6:05,6:15,Tapera naevia,1,,Auditivo,NA +JUAN,Guabas,205,1,2-Nov,6:19,6:29,Crypturellus soui,1,,Auditivo,NA +JUAN,Guabas,205,1,2-Nov,6:19,6:29,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guabas,205,1,2-Nov,6:19,6:29,Pionus chalcopterus,3,,vuelo,NA +JUAN,Guabas,205,1,2-Nov,6:19,6:29,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guabas,205,1,2-Nov,6:19,6:29,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,205,1,2-Nov,6:19,6:29,Thraupis episcopus,2,,Auditivo,NA +JUAN,Guabas,205,1,2-Nov,6:19,6:29,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guabas,205,1,2-Nov,6:19,6:29,Tyrannus melancholicus,1,37.1,visual,BNC +JUAN,Guabas,205,1,2-Nov,6:19,6:29,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,205,2,2-Nov,6:37,6:47,Legatus leucophaius,1,,Auditivo,NA +JUAN,Guabas,205,2,2-Nov,6:37,6:47,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,205,2,2-Nov,6:37,6:47,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guabas,205,2,2-Nov,6:37,6:47,Setophaga fusca,1,18.2,visual,AD +JUAN,Guabas,205,2,2-Nov,6:37,6:47,Stelgidopteryx ruficollis,3,,vuelo,NA +JUAN,Guabas,205,2,2-Nov,6:37,6:47,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guabas,205,2,2-Nov,6:37,6:47,Volatinia jacarina,1,14.3,visual,OC +JUAN,Guabas,205,2,2-Nov,6:37,6:47,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,205,3,2-Nov,6:56,7:06,Myiarchus tuberculifer,1,29.6,visual,AD +JUAN,Guabas,205,3,2-Nov,6:56,7:06,Patagioenas fasciata,1,,vuelo,NA +JUAN,Guabas,205,3,2-Nov,6:56,7:06,Pitangus sulphuratus,1,11.3,visual,RE +JUAN,Guabas,205,3,2-Nov,6:56,7:06,Pyrocephalus rubinus,1,12.3,visual,OC +JUAN,Guabas,205,3,2-Nov,6:56,7:06,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,205,3,2-Nov,6:56,7:06,Turdus ignobilis,1,36.5,visual,AD +JUAN,Guabas,205,3,2-Nov,6:56,7:06,Zenaida auriculata,2,14.2,visual,RE +JUAN,Guabas,205,4,2-Nov,7:19,7:29,Amazilia tzacatl,1,12,visual,AD +JUAN,Guabas,205,4,2-Nov,7:19,7:29,Arremon brunneinucha,1,9.8,visual,OC +JUAN,Guabas,205,4,2-Nov,7:19,7:29,Coereba flaveola,1,14.5,visual,AD +JUAN,Guabas,205,4,2-Nov,7:19,7:29,Pitangus sulphuratus,1,,Auditivo,NA +JUAN,Guabas,205,4,2-Nov,7:19,7:29,Thraupis episcopus,2,,vuelo,NA +JUAN,Guabas,205,4,2-Nov,7:19,7:29,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guabas,205,4,2-Nov,7:19,7:29,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,205,4,2-Nov,7:19,7:29,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,205,4,2-Nov,7:19,7:29,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,205,5,2-Nov,7:40,7:50,Ara severus,2,,vuelo,NA +JUAN,Guabas,205,5,2-Nov,7:40,7:50,Coragyps atratus,3,,vuelo,NA +JUAN,Guabas,205,5,2-Nov,7:40,7:50,Pheucticus ludovicianus,1,23.7,visual,AD +JUAN,Guabas,205,5,2-Nov,7:40,7:50,Pionus chalcopterus,1,,vuelo,NA +JUAN,Guabas,205,5,2-Nov,7:40,7:50,Piranga rubra,1,12.2,visual,AD +JUAN,Guabas,205,5,2-Nov,7:40,7:50,Stelgidopteryx ruficollis,2,,vuelo,NA +JUAN,Guabas,205,5,2-Nov,7:40,7:50,Theristicus caudatus,2,,Auditivo,NA +JUAN,Guabas,205,5,2-Nov,7:40,7:50,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guabas,205,5,2-Nov,7:40,7:50,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,205,10,2-Nov,8:03,8:13,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guabas,205,10,2-Nov,8:03,8:13,Ramphocelus dimidiatus,1,59.7,visual,AD +JUAN,Guabas,205,10,2-Nov,8:03,8:13,Sporophila intermedia,1,10.7,visual,PO +JUAN,Guabas,205,10,2-Nov,8:03,8:13,Stilpnia vitriolina,1,20.1,visual,BNC +JUAN,Guabas,205,10,2-Nov,8:03,8:13,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,205,10,2-Nov,8:03,8:13,Thraupis episcopus,2,,vuelo,NA +JUAN,Guabas,205,10,2-Nov,8:03,8:13,Thraupis palmarum,2,18.4,visual,BNC +JUAN,Guabas,205,6,2-Nov,8:27,8:38,Pionus chalcopterus,3,,vuelo,NA +JUAN,Guabas,205,6,2-Nov,8:27,8:38,Pyrocephalus rubinus,1,61.2,visual,OC +JUAN,Guabas,205,6,2-Nov,8:27,8:38,Tiaris olivaceus,1,17.7,visual,PO +JUAN,Guabas,205,6,2-Nov,8:27,8:38,Tyrannulus elatus,1,,Auditivo,NA +JUAN,Guabas,205,6,2-Nov,8:27,8:38,Tyrannus melancholicus,1,38.7,visual,AD +JUAN,Guabas,205,8,2-Nov,8:51,9:01,Columbina talpacoti,2,18.2,visual,OC +JUAN,Guabas,205,8,2-Nov,8:51,9:01,Molothrus bonariensis,1,36.2,visual,AD +JUAN,Guabas,205,8,2-Nov,8:51,9:01,Ramphocelus flammigerus,2,36.4,visual,AD +JUAN,Guabas,205,8,2-Nov,8:51,9:01,Spinus xanthogastrus,1,20.7,visual,OC +JUAN,Guabas,205,8,2-Nov,8:51,9:01,Thamnophilus multistriatus,3,,Auditivo,NA +JUAN,Guabas,205,8,2-Nov,8:51,9:01,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,205,7,2-Nov,9:09,9:19,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guabas,205,7,2-Nov,9:09,9:19,Forpus conspicillatus,5,13.2,visual,BNC +JUAN,Guabas,205,7,2-Nov,9:09,9:19,Pionus menstruus,2,,vuelo,NA +JUAN,Guabas,205,7,2-Nov,9:09,9:19,Setophaga fusca,1,16.8,visual,BNC +JUAN,Guabas,205,7,2-Nov,9:09,9:19,Synallaxis albescens,1,,Auditivo,NA +JUAN,Guabas,205,7,2-Nov,9:09,9:19,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,205,7,2-Nov,9:09,9:19,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guabas,205,7,2-Nov,9:09,9:19,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guabas,205,7,2-Nov,9:09,9:19,Vanellus chilensis,2,,Auditivo,NA +JUAN,Guabas,205,7,2-Nov,9:09,9:19,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,205,7,2-Nov,9:09,9:19,Volatinia jacarina,1,37.7,visual,PO +JUAN,Guabas,205,9,2-Nov,9:31,9:41,Contopus virens,1,25.8,visual,AD +JUAN,Guabas,205,9,2-Nov,9:31,9:41,Coragyps atratus,5,,vuelo,NA +JUAN,Guabas,205,9,2-Nov,9:31,9:41,Crotophaga ani,2,,vuelo,NA +JUAN,Guabas,205,9,2-Nov,9:31,9:41,Piaya cayana,1,33.6,visual,BNC +JUAN,Guabas,205,9,2-Nov,9:31,9:41,Pygochelidon cyanoleuca,2,,vuelo,NA +JUAN,Guabas,205,9,2-Nov,9:31,9:41,Pyrocephalus rubinus,1,28.5,visual,AD +JUAN,Guabas,205,9,2-Nov,9:31,9:41,Saucerottia saucerottei,1,14.2,visual,AD +JUAN,Guabas,205,9,2-Nov,9:31,9:41,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guabas,205,9,2-Nov,9:31,9:41,Stelgidopteryx ruficollis,6,,vuelo,NA +JUAN,Guabas,205,9,2-Nov,9:31,9:41,Troglodytes aedon,2,,Auditivo,NA +JUAN,Guabas,205,9,2-Nov,9:31,9:41,Volatinia jacarina,1,,Auditivo,NA +JUAN,Guabas,205,9,2-Nov,9:31,9:41,Volatinia jacarina,1,38.6,visual,PO +JUAN,Guabas,205,9,2-Nov,9:31,9:41,Zenaida auriculata,1,45.3,visual,PO +SANTIAGO,Guabas,205,11,2-Nov,6:03,6:13,Icterus nigrogularis,1,,Auditivo,NA +SANTIAGO,Guabas,205,11,2-Nov,6:03,6:13,Turdus ignobilis,1,16.3,Visual,AD +SANTIAGO,Guabas,205,11,2-Nov,6:03,6:13,Pyrocephalus rubinus,2,24.5,Visual,AD +SANTIAGO,Guabas,205,11,2-Nov,6:03,6:13,Setophaga fusca,1,27.1,Visual,BC +SANTIAGO,Guabas,205,11,2-Nov,6:03,6:13,Tyrannus melancholicus,1,19,Visual,AD +SANTIAGO,Guabas,205,1,2-Nov,6:25,6:35,Myiothlypis fulvicauda,2,18.6,Visual,CAG +SANTIAGO,Guabas,205,1,2-Nov,6:25,6:35,Xiphorhynchus susurrans,1,22.5,Visual,BNC +SANTIAGO,Guabas,205,1,2-Nov,6:25,6:35,Aulacorhynchus albivitta,1,14.2,Visual,BNC +SANTIAGO,Guabas,205,1,2-Nov,6:25,6:35,Stilpnia vitriolina,1,17,Visual,BNC +SANTIAGO,Guabas,205,1,2-Nov,6:25,6:35,Basileuterus culicivorus,1,20.3,Visual,BNC +SANTIAGO,Guabas,205,1,2-Nov,6:25,6:35,Polioptila plumbea,1,19.7,Visual,BNC +SANTIAGO,Guabas,205,1,2-Nov,6:25,6:35,Icterus nigrogularis,1,,Auditivo,NA +SANTIAGO,Guabas,205,1,2-Nov,6:25,6:35,Piranga rubra,1,23.3,Visual,BNC +SANTIAGO,Guabas,205,2,2-Nov,6:47,6:57,Buteo brachyurus,1,,Vuelo,NA +SANTIAGO,Guabas,205,2,2-Nov,6:47,6:57,Icterus nigrogularis,1,,Auditivo,NA +SANTIAGO,Guabas,205,2,2-Nov,6:47,6:57,Spinus psaltria,1,15.3,Visual,OC +SANTIAGO,Guabas,205,2,2-Nov,6:47,6:57,Amazona mercenarius,1,,Vuelo,NA +SANTIAGO,Guabas,205,3,2-Nov,7:09,7:19,Tiaris olivaceus,1,17.9,Visual,OC +SANTIAGO,Guabas,205,3,2-Nov,7:09,7:19,Zimmerius chrysops,1,24.5,Visual,OC +SANTIAGO,Guabas,205,10,2-Nov,7:36,7:46,Crotophaga ani,4,25.7,Visual,BNC +SANTIAGO,Guabas,205,10,2-Nov,7:36,7:46,Phimosus infuscatus,2,18.3,Visual,PO +SANTIAGO,Guabas,205,10,2-Nov,7:36,7:46,Pyrocephalus rubinus,1,14.1,Visual,AD +SANTIAGO,Guabas,205,10,2-Nov,7:36,7:46,Legatus leucophaius,1,,Auditivo,NA +SANTIAGO,Guabas,205,10,2-Nov,7:36,7:46,Stilpnia vitriolina,1,20.8,Visual,AD +SANTIAGO,Guabas,205,10,2-Nov,7:36,7:46,Synallaxis albescens,1,16.6,Visual,BNC +SANTIAGO,Guabas,205,10,2-Nov,7:36,7:46,Tyrannus melancholicus,2,18.1,Visual,AD +SANTIAGO,Guabas,205,8,2-Nov,7:58,8:08,Sporophila nigricollis,2,24.9,Visual,OC +SANTIAGO,Guabas,205,8,2-Nov,7:58,8:08,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,205,8,2-Nov,7:58,8:08,Coragyps atratus,4,,Vuelo,NA +SANTIAGO,Guabas,205,8,2-Nov,7:58,8:08,Pionus chalcopterus,7,,Vuelo,NA +SANTIAGO,Guabas,205,7,2-Nov,8:24,8:34,Theristicus caudatus,1,19.2,Visual,PO +SANTIAGO,Guabas,205,7,2-Nov,8:24,8:34,Atlapetes albinucha,1,13.5,Visual,BNC +SANTIAGO,Guabas,205,7,2-Nov,8:24,8:34,Forpus conspicillatus,5,,Vuelo,NA +SANTIAGO,Guabas,205,7,2-Nov,8:24,8:34,Ramphocelus dimidiatus,2,21.9,Visual,BNC +SANTIAGO,Guabas,205,7,2-Nov,8:24,8:34,Thamnophilus multistriatus,1,25.4,Visual,BNC +SANTIAGO,Guabas,205,6,2-Nov,8:47,8:57,Daptrius chimachima,1,33.6,Visual,AD +SANTIAGO,Guabas,205,6,2-Nov,8:47,8:57,Tiaris olivaceus,2,24.6,Visual,PO +SANTIAGO,Guabas,205,6,2-Nov,8:47,8:57,Myiopagis viridicata,1,21.2,Visual,AD +SANTIAGO,Guabas,205,6,2-Nov,8:47,8:57,Stilpnia vitriolina,3,17.7,Visual,AD +SANTIAGO,Guabas,205,9,2-Nov,9:13,9:23,Vanellus chilensis,2,28.5,Visual,PO +SANTIAGO,Guabas,205,9,2-Nov,9:13,9:23,Sporophila minuta,2,19.1,Visual,PO +SANTIAGO,Guabas,205,9,2-Nov,9:13,9:23,Tiaris olivaceus,1,9.3,Visual,PO +SANTIAGO,Guabas,205,9,2-Nov,9:13,9:23,Tyrannus melancholicus,1,17.4,Visual,AD +SANTIAGO,Guabas,205,9,2-Nov,9:13,9:23,Zenaida auriculata,3,54.1,Visual,RE +SANTIAGO,Guabas,205,9,2-Nov,9:13,9:23,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,205,9,2-Nov,9:13,9:23,Sporophila nigricollis,1,15.9,Visual,PO +SANTIAGO,Guabas,205,9,2-Nov,9:13,9:23,Sicalis flaveola,2,24,Visual,PO +SANTIAGO,Guabas,205,5,2-Nov,9:31,9:41,Coccyzus melacoryphus,1,36.7,Visual,BNC +SANTIAGO,Guabas,205,5,2-Nov,9:31,9:41,Sporophila nigricollis,2,19.3,Visual,PO +SANTIAGO,Guabas,205,5,2-Nov,9:31,9:41,Turdus ignobilis,1,32.4,Visual,AD +SANTIAGO,Guabas,205,5,2-Nov,9:31,9:41,Rupornis magnirostris,1,,Vuelo,NA +SANTIAGO,Guabas,205,5,2-Nov,9:31,9:41,Picumnus granadensis,1,14.3,Visual,BNC +SANTIAGO,Guabas,205,4,2-Nov,10:03,10:13,Thraupis palmarum,1,36.1,Visual,AD +SANTIAGO,Guabas,205,4,2-Nov,10:03,10:13,Ramphocelus flammigerus,2,42.7,Visual,BC +SANTIAGO,Guabas,205,4,2-Nov,10:03,10:13,Zenaida auriculata,1,,vuelo,NA +SANTIAGO,Guabas,205,4,2-Nov,10:03,10:13,Coragyps atratus,4,,vuelo,NA +SANTIAGO,Guabas,205,4,2-Nov,10:03,10:13,Icterus nigrogularis,2,,Auditivo,NA +SANTIAGO,Guabas,205,4,2-Nov,10:03,10:13,Bubulcus ibis,1,,vuelo,NA +JUAN,Guabas,318,8,3-Nov,6:16,6:26,Crypturellus soui,1,,Auditivo,NA +JUAN,Guabas,318,8,3-Nov,6:16,6:26,Dysithamnus mentalis,1,,Auditivo,NA +JUAN,Guabas,318,8,3-Nov,6:16,6:26,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guabas,318,8,3-Nov,6:16,6:26,Pachyramphus polychopterus,1,,Auditivo,NA +JUAN,Guabas,318,8,3-Nov,6:16,6:26,Phaethornis guy,2,,Auditivo,NA +JUAN,Guabas,318,8,3-Nov,6:16,6:26,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guabas,318,8,3-Nov,6:16,6:26,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guabas,318,8,3-Nov,6:16,6:26,Saucerottia saucerottei,1,,vuelo,NA +JUAN,Guabas,318,8,3-Nov,6:16,6:26,Setophaga fusca,1,29.6,visual,AD +JUAN,Guabas,318,8,3-Nov,6:16,6:26,Setophaga fusca,1,15.5,visual,BC +JUAN,Guabas,318,8,3-Nov,6:16,6:26,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,318,8,3-Nov,6:16,6:26,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,318,8,3-Nov,6:16,6:26,Zimmerius chrysops,1,11.5,visual,BC +JUAN,Guabas,318,9,3-Nov,6:35,6:45,Columbina talpacoti,1,22.2,visual,PO +JUAN,Guabas,318,9,3-Nov,6:35,6:45,Daptrius chimachima,1,,vuelo,NA +JUAN,Guabas,318,9,3-Nov,6:35,6:45,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guabas,318,9,3-Nov,6:35,6:45,Molothrus bonariensis,1,47.1,visual,AD +JUAN,Guabas,318,9,3-Nov,6:35,6:45,Myiozetetes cayanensis,2,22.7,visual,AD +JUAN,Guabas,318,9,3-Nov,6:35,6:45,Ortalis columbiana,3,9.2,visual,AD +JUAN,Guabas,318,9,3-Nov,6:35,6:45,Patagioenas fasciata,1,75.5,visual,BNC +JUAN,Guabas,318,9,3-Nov,6:35,6:45,Pionus chalcopterus,3,,vuelo,NA +JUAN,Guabas,318,9,3-Nov,6:35,6:45,Setophaga fusca,1,46.7,visual,AD +JUAN,Guabas,318,9,3-Nov,6:35,6:45,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,318,9,3-Nov,6:35,6:45,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,318,7,3-Nov,6:55,7:05,Bubulcus ibis,1,,Auditivo,NA +JUAN,Guabas,318,7,3-Nov,6:55,7:05,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guabas,318,7,3-Nov,6:55,7:05,Forpus conspicillatus,2,,vuelo,NA +JUAN,Guabas,318,7,3-Nov,6:55,7:05,Icterus chrysater,1,,Auditivo,NA +JUAN,Guabas,318,7,3-Nov,6:55,7:05,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guabas,318,7,3-Nov,6:55,7:05,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,318,7,3-Nov,6:55,7:05,Myiozetetes cayanensis,1,16.7,visual,AD +JUAN,Guabas,318,7,3-Nov,6:55,7:05,Ortalis columbiana,2,,Auditivo,NA +JUAN,Guabas,318,7,3-Nov,6:55,7:05,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guabas,318,7,3-Nov,6:55,7:05,Tangara gyrola,1,30.4,visual,AD +JUAN,Guabas,318,7,3-Nov,6:55,7:05,Tapera naevia,1,,Auditivo,NA +JUAN,Guabas,318,7,3-Nov,6:55,7:05,Theristicus caudatus,2,,Auditivo,NA +JUAN,Guabas,318,7,3-Nov,6:55,7:05,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guabas,318,7,3-Nov,6:55,7:05,Troglodytes aedon,1,28.9,visual,AD +JUAN,Guabas,318,7,3-Nov,6:55,7:05,Vireo chivi,1,,Auditivo,NA +JUAN,Guabas,318,7,3-Nov,6:55,7:05,Volatinia jacarina,1,22.4,visual,AD +JUAN,Guabas,318,10,3-Nov,7:18,7:28,Dryocopus lineatus,1,88.7,visual,BNC +JUAN,Guabas,318,10,3-Nov,7:18,7:28,Icterus chrysater,1,78.5,visual,BNC +JUAN,Guabas,318,10,3-Nov,7:18,7:28,Myiozetetes cayanensis,2,,Auditivo,NA +JUAN,Guabas,318,10,3-Nov,7:18,7:28,Pachyramphus polychopterus,1,,Auditivo,NA +JUAN,Guabas,318,10,3-Nov,7:18,7:28,Pionus chalcopterus,6,,vuelo,NA +JUAN,Guabas,318,10,3-Nov,7:18,7:28,Pionus chalcopterus,3,,vuelo,NA +JUAN,Guabas,318,10,3-Nov,7:18,7:28,Saltator striatipectus,1,15.6,visual,AD +JUAN,Guabas,318,10,3-Nov,7:18,7:28,Thamnophilus multistriatus,2,,Auditivo,NA +JUAN,Guabas,318,10,3-Nov,7:18,7:28,Todirostrum cinereum,1,12,visual,AD +JUAN,Guabas,318,10,3-Nov,7:18,7:28,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,318,12,3-Nov,7:43,7:53,Amazilia tzacatl,1,6.2,visual,AD +JUAN,Guabas,318,12,3-Nov,7:43,7:53,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guabas,318,12,3-Nov,7:43,7:53,Icterus chrysater,1,12.7,visual,BNC +JUAN,Guabas,318,12,3-Nov,7:43,7:53,Myiopagis viridicata,1,13.9,visual,AD +JUAN,Guabas,318,12,3-Nov,7:43,7:53,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,318,12,3-Nov,7:43,7:53,Setophaga fusca,1,17.6,visual,BNC +JUAN,Guabas,318,12,3-Nov,7:43,7:53,Tapera naevia,1,37.4,visual,BNC +JUAN,Guabas,318,12,3-Nov,7:43,7:53,Tapera naevia,1,,Auditivo,NA +JUAN,Guabas,318,12,3-Nov,7:43,7:53,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,318,12,3-Nov,7:43,7:53,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guabas,318,12,3-Nov,7:43,7:53,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,318,12,3-Nov,7:43,7:53,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guabas,318,12,3-Nov,7:43,7:53,Tyrannus melancholicus,1,48.2,visual,BNC +JUAN,Guabas,318,12,3-Nov,7:43,7:53,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,318,12,3-Nov,7:43,7:53,Zimmerius chrysops,1,18.6,visual,AD +JUAN,Guabas,318,12,3-Nov,7:43,7:53,Zimmerius chrysops,1,28.8,visual,BNC +JUAN,Guabas,318,1,3-Nov,8:08,8:18,Chlorostilbon melanorhynchus,1,10.8,visual,AD +JUAN,Guabas,318,1,3-Nov,8:08,8:18,Crotophaga ani,2,,Auditivo,NA +JUAN,Guabas,318,1,3-Nov,8:08,8:18,Crypturellus soui,1,,Auditivo,NA +JUAN,Guabas,318,1,3-Nov,8:08,8:18,Daptrius chimachima,1,,Auditivo,NA +JUAN,Guabas,318,1,3-Nov,8:08,8:18,Elaenia flavogaster,1,25.3,visual,AD +JUAN,Guabas,318,1,3-Nov,8:08,8:18,Forpus conspicillatus,2,10.2,visual,AD +JUAN,Guabas,318,1,3-Nov,8:08,8:18,Icterus chrysater,1,,Auditivo,NA +JUAN,Guabas,318,1,3-Nov,8:08,8:18,Pandion haliaetus,1,,vuelo,NA +JUAN,Guabas,318,1,3-Nov,8:08,8:18,Pionus chalcopterus,3,,vuelo,NA +JUAN,Guabas,318,1,3-Nov,8:08,8:18,Stilpnia vitriolina,1,19.1,visual,AD +JUAN,Guabas,318,1,3-Nov,8:08,8:18,Thamnophilus multistriatus,2,,Auditivo,NA +JUAN,Guabas,318,1,3-Nov,8:08,8:18,Tiaris olivaceus,1,9.1,visual,PO +JUAN,Guabas,318,1,3-Nov,8:08,8:18,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,318,1,3-Nov,8:08,8:18,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,318,6,3-Nov,8:30,8:40,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guabas,318,6,3-Nov,8:30,8:40,Mionectes oleagineus,1,,Auditivo,NA +JUAN,Guabas,318,6,3-Nov,8:30,8:40,Piaya cayana,2,21.2,visual,BNC +JUAN,Guabas,318,6,3-Nov,8:30,8:40,Pitangus sulphuratus,1,,Auditivo,NA +JUAN,Guabas,318,6,3-Nov,8:30,8:40,Saucerottia saucerottei,1,8.9,visual,BNC +JUAN,Guabas,318,6,3-Nov,8:30,8:40,Stilpnia vitriolina,1,,Auditivo,NA +JUAN,Guabas,318,6,3-Nov,8:30,8:40,Vireo leucophrys,2,,Auditivo,NA +JUAN,Guabas,318,6,3-Nov,8:30,8:40,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,318,11,3-Nov,8:55,9:05,Chlorophanes spiza,1,8.1,visual,AD +JUAN,Guabas,318,11,3-Nov,8:55,9:05,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guabas,318,11,3-Nov,8:55,9:05,Pionus menstruus,2,,vuelo,NA +JUAN,Guabas,318,11,3-Nov,8:55,9:05,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guabas,318,11,3-Nov,8:55,9:05,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,318,11,3-Nov,8:55,9:05,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guabas,318,11,3-Nov,8:55,9:05,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,318,2,3-Nov,9:15,9:25,Amazilia tzacatl,1,,vuelo,NA +JUAN,Guabas,318,2,3-Nov,9:15,9:25,Bubulcus ibis,2,,vuelo,NA +JUAN,Guabas,318,2,3-Nov,9:15,9:25,Chlorophanes spiza,1,15,visual,AD +JUAN,Guabas,318,2,3-Nov,9:15,9:25,Chrysuronia grayi,1,15.2,visual,AD +JUAN,Guabas,318,2,3-Nov,9:15,9:25,Thraupis episcopus,1,12.7,visual,AD +JUAN,Guabas,318,2,3-Nov,9:15,9:25,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guabas,318,2,3-Nov,9:15,9:25,Vireo leucophrys,2,,Auditivo,NA +JUAN,Guabas,318,2,3-Nov,9:15,9:25,Vireo olivaceus,1,,Auditivo,NA +JUAN,Guabas,318,3,3-Nov,9:31,9:41,Bubulcus ibis,2,,vuelo,NA +JUAN,Guabas,318,3,3-Nov,9:31,9:41,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guabas,318,3,3-Nov,9:31,9:41,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guabas,318,3,3-Nov,9:31,9:41,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,318,4,3-Nov,9:45,9:55,Habia cristata,2,,Auditivo,NA +JUAN,Guabas,318,4,3-Nov,9:45,9:55,Myiothlypis fulvicauda,1,18.2,visual,BNC +JUAN,Guabas,318,4,3-Nov,9:45,9:55,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guabas,318,5,3-Nov,9:58,10:08,Bubulcus ibis,3,,vuelo,NA +JUAN,Guabas,318,5,3-Nov,9:58,10:08,Momotus aequatorialis,1,7.8,visual,BNC +JUAN,Guabas,318,5,3-Nov,9:58,10:08,Stilpnia vitriolina,1,,Auditivo,NA +JUAN,Guabas,318,5,3-Nov,9:58,10:08,Tangara arthus,1,14.2,visual,BNC +SANTIAGO,Guabas,318,12,3-Nov,6:00,6:10,Pheucticus ludovicianus,1,28.5,Visual,BNC +SANTIAGO,Guabas,318,12,3-Nov,6:00,6:10,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guabas,318,12,3-Nov,6:00,6:10,Tangara gyrola,2,16.2,Visual,AD +SANTIAGO,Guabas,318,12,3-Nov,6:00,6:10,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guabas,318,12,3-Nov,6:00,6:10,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guabas,318,12,3-Nov,6:00,6:10,Phaethornis guy,1,16.7,Visual,BNC +SANTIAGO,Guabas,318,12,3-Nov,6:00,6:10,Setophaga striata,1,35.1,Visual,BNC +SANTIAGO,Guabas,318,12,3-Nov,6:00,6:10,Stilpnia cyanicollis,2,29.7,Visual,AD +SANTIAGO,Guabas,318,12,3-Nov,6:00,6:10,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,318,12,3-Nov,6:00,6:10,Stelgidopteryx ruficollis,7,,Vuelo,NA +SANTIAGO,Guabas,318,12,3-Nov,6:00,6:10,Saltator striatipectus,1,16.9,Visual,BNC +SANTIAGO,Guabas,318,12,3-Nov,6:00,6:10,Turdus ignobilis,1,20.3,Visual,AD +SANTIAGO,Guabas,318,12,3-Nov,6:00,6:10,Camptostoma obsoletum,1,,Auditivo,NA +SANTIAGO,Guabas,318,12,3-Nov,6:00,6:10,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,318,12,3-Nov,6:00,6:10,Tapera naevia,1,,Auditivo,NA +SANTIAGO,Guabas,318,12,3-Nov,6:00,6:10,Tyrannus melancholicus,2,26.4,Visual,AD +SANTIAGO,Guabas,318,12,3-Nov,6:00,6:10,Stilpnia vitriolina,1,19.2,Visual,AD +SANTIAGO,Guabas,318,12,3-Nov,6:00,6:10,Thraupis episcopus,2,37.1,Visual,BNC +SANTIAGO,Guabas,318,12,3-Nov,6:00,6:10,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guabas,318,6,3-Nov,6:21,6:31,Basileuterus tristriatus,2,16.4,Visual,BNC +SANTIAGO,Guabas,318,6,3-Nov,6:21,6:31,Momotus aequatorialis,1,,Auditivo,NA +SANTIAGO,Guabas,318,6,3-Nov,6:21,6:31,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,318,6,3-Nov,6:21,6:31,Catharus ustulatus,1,15,Visual,BNC +SANTIAGO,Guabas,318,6,3-Nov,6:21,6:31,Pitangus sulphuratus,1,,Auditivo,NA +SANTIAGO,Guabas,318,6,3-Nov,6:21,6:31,Amazilia tzacatl,1,28.6,Visual,BNC +SANTIAGO,Guabas,318,6,3-Nov,6:21,6:31,Vireo leucophrys,1,,Auditivo,NA +SANTIAGO,Guabas,318,6,3-Nov,6:21,6:31,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,318,2,3-Nov,6:44,6:54,Thraupis palmarum,1,42.5,Visual,AD +SANTIAGO,Guabas,318,2,3-Nov,6:44,6:54,Tyrannus melancholicus,1,19.7,Visual,AD +SANTIAGO,Guabas,318,2,3-Nov,6:44,6:54,Setophaga fusca,1,26.4,Visual,AD +SANTIAGO,Guabas,318,2,3-Nov,6:44,6:54,Chrysuronia grayi,1,16.3,Visual,AD +SANTIAGO,Guabas,318,2,3-Nov,6:44,6:54,Egretta thula,3,,vuelo,NA +SANTIAGO,Guabas,318,2,3-Nov,6:44,6:54,Tyrannus melancholicus,2,46.2,Visual,AD +SANTIAGO,Guabas,318,2,3-Nov,6:44,6:54,Icterus nigrogularis,1,,Auditivo,NA +SANTIAGO,Guabas,318,2,3-Nov,6:44,6:54,Stilpnia cyanicollis,2,29.7,Visual,AD +SANTIAGO,Guabas,318,2,3-Nov,6:44,6:54,Colaptes punctigula,1,,Auditivo,NA +SANTIAGO,Guabas,318,2,3-Nov,6:44,6:54,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guabas,318,2,3-Nov,6:44,6:54,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guabas,318,3,3-Nov,7:06,7:16,Tiaris olivaceus,1,16.2,Visual,CA +SANTIAGO,Guabas,318,3,3-Nov,7:06,7:16,Sporophila nigricollis,2,23.1,Visual,CA +SANTIAGO,Guabas,318,3,3-Nov,7:06,7:16,Icterus nigrogularis,1,43.6,Visual,BNC +SANTIAGO,Guabas,318,3,3-Nov,7:06,7:16,Tachyphonus rufus,1,18,Visual,CA +SANTIAGO,Guabas,318,3,3-Nov,7:06,7:16,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guabas,318,3,3-Nov,7:06,7:16,Catharus ustulatus,1,31.3,Visual,BNC +SANTIAGO,Guabas,318,3,3-Nov,7:06,7:16,Euphonia laniirostris,2,14.2,Visual,BNC +SANTIAGO,Guabas,318,3,3-Nov,7:06,7:16,Setophaga fusca,1,38.2,Visual,BNC +SANTIAGO,Guabas,318,3,3-Nov,7:06,7:16,Bubulcus ibis,5,,Vuelo,NA +SANTIAGO,Guabas,318,3,3-Nov,7:06,7:16,Spinus psaltria,1,,Auditivo,NA +SANTIAGO,Guabas,318,3,3-Nov,7:06,7:16,Tyrannus melancholicus,2,36.3,Visual,BNC +SANTIAGO,Guabas,318,3,3-Nov,7:06,7:16,Florisuga mellivora,1,14.9,Visual,BNC +SANTIAGO,Guabas,318,3,3-Nov,7:06,7:16,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,318,3,3-Nov,7:06,7:16,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guabas,318,3,3-Nov,7:06,7:16,Henicorhina leucosticta,1,,Auditivo,NA +SANTIAGO,Guabas,318,4,3-Nov,7:25,7:35,Thamnophilus multistriatus,1,26.8,Visual,BNC +SANTIAGO,Guabas,318,4,3-Nov,7:25,7:35,Setophaga pitiayumi,1,17.2,Visual,BC +SANTIAGO,Guabas,318,4,3-Nov,7:25,7:35,Pitangus sulphuratus,1,27.4,Visual,BC +SANTIAGO,Guabas,318,4,3-Nov,7:25,7:35,Mionectes striaticollis,1,31.9,Visual,BNC +SANTIAGO,Guabas,318,4,3-Nov,7:25,7:35,Habia cristata,4,25.3,Visual,BNC +SANTIAGO,Guabas,318,4,3-Nov,7:25,7:35,Tachyphonus rufus,1,19.7,Visual,BNC +SANTIAGO,Guabas,318,5,3-Nov,7:44,7:54,Serpophaga cinerea,1,14.6,Visual,CAG +SANTIAGO,Guabas,318,5,3-Nov,7:44,7:54,Ortalis columbiana,2,34.9,Visual,BNC +SANTIAGO,Guabas,318,5,3-Nov,7:44,7:54,Forpus conspicillatus,1,12.1,Visual,BNC +SANTIAGO,Guabas,318,1,3-Nov,8:19,8:29,Myiopagis viridicata,1,17.3,Visual,AD +SANTIAGO,Guabas,318,1,3-Nov,8:19,8:29,Turdus ignobilis,1,22,Visual,AD +SANTIAGO,Guabas,318,1,3-Nov,8:19,8:29,Setophaga fusca,1,19.9,Visual,BNC +SANTIAGO,Guabas,318,1,3-Nov,8:19,8:29,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guabas,318,1,3-Nov,8:19,8:29,Elanoides forficatus,3,,Vuelo,NA +SANTIAGO,Guabas,318,1,3-Nov,8:19,8:29,Contopus cooperi,1,42.3,Visual,AD +SANTIAGO,Guabas,318,1,3-Nov,8:19,8:29,Stilpnia vitriolina,2,31.2,Visual,AD +SANTIAGO,Guabas,318,1,3-Nov,8:19,8:29,Tapera naevia,1,,Auditivo,NA +SANTIAGO,Guabas,318,1,3-Nov,8:19,8:29,Pionus chalcopterus,12,,Vuelo,NA +SANTIAGO,Guabas,318,1,3-Nov,8:19,8:29,Camptostoma obsoletum,1,,Auditivo,NA +SANTIAGO,Guabas,318,1,3-Nov,8:19,8:29,Myiopagis viridicata,2,8.9,Visual,AD +SANTIAGO,Guabas,318,1,3-Nov,8:19,8:29,Tiaris olivaceus,1,19.7,Visual,PO +SANTIAGO,Guabas,318,1,3-Nov,8:19,8:29,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,318,1,3-Nov,8:19,8:29,Elanoides forficatus,3,,vuelo,NA +SANTIAGO,Guabas,318,1,3-Nov,8:19,8:29,Forpus conspicillatus,1,,vuelo,NA +SANTIAGO,Guabas,318,1,3-Nov,8:19,8:29,Stilpnia vitriolina,1,26.1,Visual,AD +SANTIAGO,Guabas,318,1,3-Nov,8:19,8:29,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guabas,318,7,3-Nov,8:37,8:47,Stilpnia vitriolina,2,26.3,Visual,OC +SANTIAGO,Guabas,318,7,3-Nov,8:37,8:47,Tyrannus melancholicus,1,18.4,Visual,AD +SANTIAGO,Guabas,318,7,3-Nov,8:37,8:47,Daptrius chimachima,1,22.1,Visual,AD +SANTIAGO,Guabas,318,7,3-Nov,8:37,8:47,Saltator striatipectus,1,16.7,Visual,CV +SANTIAGO,Guabas,318,7,3-Nov,8:37,8:47,Tapera naevia,1,,Auditivo,NA +SANTIAGO,Guabas,318,7,3-Nov,8:37,8:47,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guabas,318,7,3-Nov,8:37,8:47,Phimosus infuscatus,3,,vuelo,NA +SANTIAGO,Guabas,318,7,3-Nov,8:37,8:47,Setophaga fusca,1,38.1,Visual,AD +SANTIAGO,Guabas,318,7,3-Nov,8:37,8:47,Myiozetetes cayanensis,2,,Auditivo,NA +SANTIAGO,Guabas,318,7,3-Nov,8:37,8:47,Vireo chivi,1,,Auditivo,NA +SANTIAGO,Guabas,318,7,3-Nov,8:37,8:47,Tyrannus melancholicus,1,26.2,Visual,AD +SANTIAGO,Guabas,318,11,3-Nov,9:09,9:19,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,318,11,3-Nov,9:09,9:19,Synallaxis azarae,1,,Auditivo,NA +SANTIAGO,Guabas,318,11,3-Nov,9:09,9:19,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guabas,318,11,3-Nov,9:09,9:19,Pionus chalcopterus,8,,vuelo,NA +SANTIAGO,Guabas,318,11,3-Nov,9:09,9:19,Sporophila nigricollis,1,19.6,Visual,AD +SANTIAGO,Guabas,318,11,3-Nov,9:09,9:19,Pandion haliaetus,1,,vuelo,NA +SANTIAGO,Guabas,318,10,3-Nov,9:34,9:44,Coereba flaveola,2,12.6,Visual,AD +SANTIAGO,Guabas,318,10,3-Nov,9:34,9:44,Tachyphonus rufus,1,18.4,Visual,AD +SANTIAGO,Guabas,318,10,3-Nov,9:34,9:44,Anthracothorax nigricollis,1,19.9,Visual,BNC +SANTIAGO,Guabas,318,10,3-Nov,9:34,9:44,Rupornis magnirostris,1,29.7,Visual,AD +SANTIAGO,Guabas,318,10,3-Nov,9:34,9:44,Colaptes punctigula,1,,Auditivo,NA +SANTIAGO,Guabas,318,10,3-Nov,9:34,9:44,Forpus conspicillatus,6,,Vuelo,NA +SANTIAGO,Guabas,318,10,3-Nov,9:34,9:44,Thraupis palmarum,2,11.1,Visual,AD +SANTIAGO,Guabas,318,10,3-Nov,9:34,9:44,Stilpnia cyanicollis,2,24.7,Visual,AD +SANTIAGO,Guabas,318,10,3-Nov,9:34,9:44,Turdus ignobilis,1,19.6,Visual,AD +SANTIAGO,Guabas,318,10,3-Nov,9:34,9:44,Saltator striatipectus,1,,Auditivo,NA +SANTIAGO,Guabas,318,10,3-Nov,9:34,9:44,Coereba flaveola,2,15.8,Visual,BNC +SANTIAGO,Guabas,318,10,3-Nov,9:34,9:44,Tyrannus melancholicus,2,49.5,Visual,AD +SANTIAGO,Guabas,318,10,3-Nov,9:34,9:44,Myiozetetes cayanensis,1,18.2,Visual,AD +SANTIAGO,Guabas,318,10,3-Nov,9:34,9:44,Todirostrum cinereum,1,29.6,Visual,AD +SANTIAGO,Guabas,318,10,3-Nov,9:34,9:44,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guabas,318,9,3-Nov,9:52,9:52,Setophaga fusca,2,26.4,Visual,AD +SANTIAGO,Guabas,318,9,3-Nov,9:52,9:52,Empidonax virescens,1,18.7,Visual,AD +SANTIAGO,Guabas,318,9,3-Nov,9:52,9:52,Ardea alba,4,,Vuelo,NA +SANTIAGO,Guabas,318,9,3-Nov,9:52,9:52,Turdus ignobilis,1,14.2,Visual,PO +SANTIAGO,Guabas,318,9,3-Nov,9:52,9:52,Momotus aequatorialis,2,26.7,Visual,BNC +SANTIAGO,Guabas,318,9,3-Nov,9:52,9:52,Patagioenas fasciata,2,,vuelo,NA +SANTIAGO,Guabas,318,9,3-Nov,9:52,9:52,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guabas,318,9,3-Nov,9:52,9:52,Dysithamnus mentalis,1,,Auditivo,NA +SANTIAGO,Guabas,318,9,3-Nov,9:52,9:52,Setophaga fusca,1,19.5,Visual,AD +SANTIAGO,Guabas,318,9,3-Nov,9:52,9:52,Tangara gyrola,1,22.2,Visual,AD +SANTIAGO,Guabas,318,8,3-Nov,10:07,10:17,Stilpnia vitriolina,1,15.2,Visual,AD +SANTIAGO,Guabas,318,8,3-Nov,10:07,10:17,Amazona mercenarius,4,49.7,Visual,BC +SANTIAGO,Guabas,318,8,3-Nov,10:07,10:17,Synallaxis azarae,1,,Auditivo,NA +SANTIAGO,Guabas,318,8,3-Nov,10:07,10:17,Setophaga fusca,2,23.9,Visual,BC +SANTIAGO,Guabas,318,8,3-Nov,10:07,10:17,Thraupis palmarum,1,18.7,Visual,BC +SANTIAGO,Guabas,318,8,3-Nov,10:07,10:17,Tyrannus melancholicus,1,22.3,Visual,AD +SANTIAGO,Guabas,318,8,3-Nov,10:07,10:17,Daptrius chimachima,1,46.9,Visual,BC +JUAN,Guabas,356,7,4-Nov,5:55,6:05,Icterus chrysater,1,,Auditivo,NA +JUAN,Guabas,356,7,4-Nov,5:55,6:05,Pionus chalcopterus,11,,vuelo,NA +JUAN,Guabas,356,7,4-Nov,5:55,6:05,Tangara arthus,1,18.7,visual,AD +JUAN,Guabas,356,7,4-Nov,5:55,6:05,Tangara labradorides,1,20.1,visual,AD +JUAN,Guabas,356,7,4-Nov,5:55,6:05,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,356,7,4-Nov,5:55,6:05,Tyrannus melancholicus,1,28.7,visual,AD +JUAN,Guabas,356,7,4-Nov,5:55,6:05,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,356,7,4-Nov,5:55,6:05,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,356,7,4-Nov,5:55,6:05,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guabas,356,7,4-Nov,5:55,6:05,Zonotrichia capensis,1,12.2,visual,PO +JUAN,Guabas,356,8,4-Nov,6:15,6:25,Daptrius chimachima,1,67.2,visual,AD +JUAN,Guabas,356,8,4-Nov,6:15,6:25,Myiozetetes cayanensis,1,,vuelo,NA +JUAN,Guabas,356,8,4-Nov,6:15,6:25,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guabas,356,8,4-Nov,6:15,6:25,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guabas,356,8,4-Nov,6:15,6:25,Sporophila nigricollis,1,4.5,visual,CA +JUAN,Guabas,356,8,4-Nov,6:15,6:25,Stilpnia vitriolina,1,28.3,visual,AD +JUAN,Guabas,356,8,4-Nov,6:15,6:25,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guabas,356,8,4-Nov,6:15,6:25,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guabas,356,8,4-Nov,6:15,6:25,Zonotrichia capensis,1,9.6,visual,CA +JUAN,Guabas,356,9,4-Nov,6:31,6:41,Daptrius chimachima,1,,vuelo,NA +JUAN,Guabas,356,9,4-Nov,6:31,6:41,Patagioenas fasciata,1,,vuelo,NA +JUAN,Guabas,356,9,4-Nov,6:31,6:41,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guabas,356,9,4-Nov,6:31,6:41,Psittacara wagleri,5,,vuelo,NA +JUAN,Guabas,356,9,4-Nov,6:31,6:41,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guabas,356,9,4-Nov,6:31,6:41,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guabas,356,9,4-Nov,6:31,6:41,Synallaxis brachyura,1,,Auditivo,NA +JUAN,Guabas,356,9,4-Nov,6:31,6:41,Tangara gyrola,2,85.2,visual,BC +JUAN,Guabas,356,9,4-Nov,6:31,6:41,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guabas,356,9,4-Nov,6:31,6:41,Thraupis episcopus,1,23.3,visual,AR-3 +JUAN,Guabas,356,9,4-Nov,6:31,6:41,Thraupis palmarum,1,48.2,visual,AR-3 +JUAN,Guabas,356,9,4-Nov,6:31,6:41,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,356,9,4-Nov,6:31,6:41,Turdus ignobilis,1,,Auditivo,NA +JUAN,Guabas,356,9,4-Nov,6:31,6:41,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guabas,356,10,4-Nov,6:52,7:02,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guabas,356,10,4-Nov,6:52,7:02,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guabas,356,10,4-Nov,6:52,7:02,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,356,10,4-Nov,6:52,7:02,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,356,11,4-Nov,7:19,7:29,Bubulcus ibis,2,,vuelo,NA +JUAN,Guabas,356,11,4-Nov,7:19,7:29,Cyanocorax yncas,1,60.6,visual,BC +JUAN,Guabas,356,11,4-Nov,7:19,7:29,Momotus aequatorialis,1,55.3,visual,BC +JUAN,Guabas,356,11,4-Nov,7:19,7:29,Setophaga fusca,2,20.8,visual,AD +JUAN,Guabas,356,11,4-Nov,7:19,7:29,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guabas,356,11,4-Nov,7:19,7:29,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guabas,356,12,4-Nov,7:37,7:47,Basileuterus tristriatus,1,,Auditivo,NA +JUAN,Guabas,356,12,4-Nov,7:37,7:47,Chlorophonia cyanocephala,1,28.7,visual,AD +JUAN,Guabas,356,12,4-Nov,7:37,7:47,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guabas,356,12,4-Nov,7:37,7:47,Icterus chrysater,1,,Auditivo,NA +JUAN,Guabas,356,12,4-Nov,7:37,7:47,Pionus chalcopterus,3,,vuelo,NA +JUAN,Guabas,356,12,4-Nov,7:37,7:47,Sporathraupis cyanocephala,1,35.6,visual,AD +JUAN,Guabas,356,12,4-Nov,7:37,7:47,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guabas,356,12,4-Nov,7:37,7:47,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,356,12,4-Nov,7:37,7:47,Zimmerius chrysops,3,,Auditivo,NA +JUAN,Guabas,356,12,4-Nov,7:37,7:47,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guabas,356,1,4-Nov,7:56,8:06,Atlapetes albinucha,1,,Auditivo,NA +JUAN,Guabas,356,1,4-Nov,7:56,8:06,Myadestes ralloides,1,,Auditivo,NA +JUAN,Guabas,356,1,4-Nov,7:56,8:06,Saltator atripennis,1,,Auditivo,NA +JUAN,Guabas,356,1,4-Nov,7:56,8:06,Stilpnia heinei,1,13.6,visual,BNC +JUAN,Guabas,356,1,4-Nov,7:56,8:06,Tangara arthus,1,28.5,visual,BNC +JUAN,Guabas,356,1,4-Nov,7:56,8:06,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guabas,356,2,4-Nov,8:17,8:27,Aulacorhynchus albivitta,1,38.8,visual,AD +JUAN,Guabas,356,2,4-Nov,8:17,8:27,Leptotila verreauxi,2,64.3,visual,AD +JUAN,Guabas,356,2,4-Nov,8:17,8:27,Ramphocaenus melanurus,1,,Auditivo,NA +JUAN,Guabas,356,2,4-Nov,8:17,8:27,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guabas,356,3,4-Nov,8:45,8:55,Atlapetes albinucha,1,14.3,visual,CA +JUAN,Guabas,356,3,4-Nov,8:45,8:55,Basileuterus tristriatus,1,,Auditivo,NA +JUAN,Guabas,356,3,4-Nov,8:45,8:55,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,356,3,4-Nov,8:45,8:55,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guabas,356,4,4-Nov,9:04,9:14,Elaenia flavogaster,2,,Auditivo,NA +JUAN,Guabas,356,4,4-Nov,9:04,9:14,Trogon personatus,1,38.2,visual,BNC +JUAN,Guabas,356,4,4-Nov,9:04,9:14,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guabas,356,4,4-Nov,9:04,9:14,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guabas,356,5,4-Nov,9:20,9:30,Contopus cooperi,1,30.9,visual,AD +JUAN,Guabas,356,5,4-Nov,9:20,9:30,Turdus fuscater,1,,Auditivo,NA +JUAN,Guabas,356,5,4-Nov,9:20,9:30,Tyrannus melancholicus,1,21.5,visual,AD +JUAN,Guabas,356,5,4-Nov,9:20,9:30,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guabas,356,13,4-Nov,9:54,10:04,Henicorhina leucophrys,1,13.7,visual,BC +JUAN,Guabas,356,13,4-Nov,9:54,10:04,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guabas,356,13,4-Nov,9:54,10:04,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guabas,356,6,4-Nov,10:15,10:25,Aulacorhynchus albivitta,1,45.6,visual,BNC +JUAN,Guabas,356,6,4-Nov,10:15,10:25,Ortalis columbiana,2,,Auditivo,NA +JUAN,Guabas,356,6,4-Nov,10:15,10:25,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guabas,356,6,4-Nov,10:15,10:25,Tiaris olivaceus,2,,Auditivo,NA +JUAN,Guabas,356,6,4-Nov,10:15,10:25,Tyrannus melancholicus,1,38,visual,AD +JUAN,Guabas,356,6,4-Nov,10:15,10:25,Zonotrichia capensis,2,,Auditivo,NA +SANTIAGO,Guabas,356,6,4-Nov,6:05,6:15,Icterus chrysater,2,37.5,Visual,AD +SANTIAGO,Guabas,356,6,4-Nov,6:05,6:15,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guabas,356,6,4-Nov,6:05,6:15,Zonotrichia capensis,1,29.5,Visual,PO +SANTIAGO,Guabas,356,6,4-Nov,6:05,6:15,Pionus chalcopterus,6,,Vuelo,NA +SANTIAGO,Guabas,356,6,4-Nov,6:05,6:15,Stilpnia cyanicollis,1,19.1,Visual,AD +SANTIAGO,Guabas,356,6,4-Nov,6:05,6:15,Tiaris olivaceus,1,22.3,Visual,PO +SANTIAGO,Guabas,356,7,4-Nov,6:24,6:34,Sporathraupis cyanocephala,2,44.9,Visual,BNC +SANTIAGO,Guabas,356,7,4-Nov,6:24,6:34,Anisognathus somptuosus,1,27.1,Visual,AD +SANTIAGO,Guabas,356,7,4-Nov,6:24,6:34,Myiodynastes hemichrysus,1,32.6,Visual,AD +SANTIAGO,Guabas,356,7,4-Nov,6:24,6:34,Atlapetes albinucha,1,19.8,Visual,AR-3 +SANTIAGO,Guabas,356,7,4-Nov,6:24,6:34,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guabas,356,7,4-Nov,6:24,6:34,Thamnophilus unicolor,1,,Auditivo,NA +SANTIAGO,Guabas,356,7,4-Nov,6:24,6:34,Tangara vassorii,1,21.4,Visual,BNC +SANTIAGO,Guabas,356,7,4-Nov,6:24,6:34,Mionectes striaticollis,1,20,Visual,BNC +SANTIAGO,Guabas,356,7,4-Nov,6:24,6:34,Daptrius chimachima,2,,Vuelo,NA +SANTIAGO,Guabas,356,7,4-Nov,6:24,6:34,Stelgidopteryx ruficollis,9,,Vuelo,NA +SANTIAGO,Guabas,356,8,4-Nov,6:49,6:59,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guabas,356,8,4-Nov,6:49,6:59,Sporophila nigricollis,1,8.4,Visual,CA +SANTIAGO,Guabas,356,8,4-Nov,6:49,6:59,Zimmerius chrysops,1,17.8,Visual,CA +SANTIAGO,Guabas,356,8,4-Nov,6:49,6:59,Saltator striatipectus,1,26.3,Visual,CA +SANTIAGO,Guabas,356,10,4-Nov,7:13,7:23,Synallaxis albescens,1,29.7,Visual,AR-3 +SANTIAGO,Guabas,356,10,4-Nov,7:13,7:23,Grallaria ruficapilla,2,,Auditivo,NA +SANTIAGO,Guabas,356,10,4-Nov,7:13,7:23,Setophaga ruticilla,1,17.6,Visual,BC +SANTIAGO,Guabas,356,10,4-Nov,7:13,7:23,Diglossa albilatera,1,22.2,Visual,BC +SANTIAGO,Guabas,356,11,4-Nov,7:36,7:46,Tyrannus melancholicus,2,28.8,Visual,AD +SANTIAGO,Guabas,356,11,4-Nov,7:36,7:46,Daptrius chimachima,4,,Vuelo,NA +SANTIAGO,Guabas,356,11,4-Nov,7:36,7:46,Catharus ustulatus,1,19.4,Visual,BC +SANTIAGO,Guabas,356,11,4-Nov,7:36,7:46,Zonotrichia capensis,2,25.1,Visual,PO +SANTIAGO,Guabas,356,11,4-Nov,7:36,7:46,Tiaris olivaceus,1,,Auditivo,NA +SANTIAGO,Guabas,356,13,4-Nov,8:01,8:11,Xenops rutilans,2,18.7,Visual,BC +SANTIAGO,Guabas,356,13,4-Nov,8:01,8:11,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guabas,356,13,4-Nov,8:01,8:11,Cinnycerthia olivascens,1,23.3,Visual,BC +SANTIAGO,Guabas,356,12,4-Nov,8:34,8:44,Stilpnia vitriolina,2,55.8,Visual,BNC +SANTIAGO,Guabas,356,12,4-Nov,8:34,8:44,Troglodytes aedon,1,26.1,Visual,PO +SANTIAGO,Guabas,356,12,4-Nov,8:34,8:44,Icterus nigrogularis,1,,Auditivo,NA +SANTIAGO,Guabas,356,12,4-Nov,8:34,8:44,Tiaris olivaceus,1,26.3,Visual,PO +SANTIAGO,Guabas,356,12,4-Nov,8:34,8:44,Sporophila nigricollis,2,17.4,Visual,PO +SANTIAGO,Guabas,356,12,4-Nov,8:34,8:44,Pygochelidon cyanoleuca,7,,Vuelo,NA +SANTIAGO,Guabas,356,12,4-Nov,8:34,8:44,Zonotrichia capensis,1,21.1,Visual,PO +SANTIAGO,Guabas,356,5,4-Nov,9:03,9:13,Henicorhina leucophrys,1,26.9,Visual,BC +SANTIAGO,Guabas,356,5,4-Nov,9:03,9:13,Colaptes rubiginosus,2,27.4,Visual,BC +SANTIAGO,Guabas,356,5,4-Nov,9:03,9:13,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guabas,356,5,4-Nov,9:03,9:13,Setophaga fusca,1,32.6,Visual,BC +SANTIAGO,Guabas,356,4,4-Nov,9:47,9:57,Basileuterus tristriatus,1,13.3,Visual,BNC +SANTIAGO,Guabas,356,4,4-Nov,9:47,9:57,Icterus chrysater,2,,Auditivo,NA +SANTIAGO,Guabas,356,3,4-Nov,10:09,10:19,Henicorhina leucophrys,1,,Auditivo,NA +SANTIAGO,Guabas,356,2,4-Nov,10:26,10:36,Anisognathus somptuosus,1,26.7,Visual,AD +SANTIAGO,Guabas,356,2,4-Nov,10:26,10:36,Icterus chrysater,2,,Auditivo,NA +SANTIAGO,Guabas,356,2,4-Nov,10:26,10:36,Tyrannus melancholicus,1,31.4,Visual,AD +SANTIAGO,Guabas,356,1,4-Nov,10:52,11:02,Piaya cayana,1,22.6,Visual,BNC +SANTIAGO,Guabas,356,1,4-Nov,10:52,11:02,Dysithamnus mentalis,1,19.4,Visual,BNC +SANTIAGO,Guabas,356,1,4-Nov,10:52,11:02,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guabas,356,1,4-Nov,10:52,11:02,Phaethornis syrmatophorus,1,14.2,Visual,BNC +SANTIAGO,Guabas,356,1,4-Nov,10:52,11:02,Tangara labradorides,2,26.9,Visual,BNC +SANTIAGO,Guabas,356,1,4-Nov,10:52,11:02,Tangara nigroviridis,2,25.7,Visual,BNC +SANTIAGO,Guabas,356,1,4-Nov,10:52,11:02,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1087,3,14-Nov,6:09,6:19,Bubulcus ibis,3,,vuelo,NA +JUAN,Guacaica,1087,3,14-Nov,6:09,6:19,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,3,14-Nov,6:09,6:19,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guacaica,1087,3,14-Nov,6:09,6:19,Setophaga fusca,1,9,visual,GU +JUAN,Guacaica,1087,3,14-Nov,6:09,6:19,Spinus psaltria,1,11.9,visual,PO +JUAN,Guacaica,1087,3,14-Nov,6:09,6:19,Spinus psaltria,1,12.5,visual,PO +JUAN,Guacaica,1087,3,14-Nov,6:09,6:19,Sporophila nigricollis,2,13.2,visual,PO +JUAN,Guacaica,1087,3,14-Nov,6:09,6:19,Thraupis palmarum,1,16.2,visual,GU +JUAN,Guacaica,1087,3,14-Nov,6:09,6:19,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1087,3,14-Nov,6:09,6:19,Tyrannus melancholicus,1,53.8,visual,BC +JUAN,Guacaica,1087,3,14-Nov,6:09,6:19,Tyrannus melancholicus,1,,vuelo,NA +JUAN,Guacaica,1087,3,14-Nov,6:09,6:19,Vanellus chilensis,2,,Auditivo,NA +JUAN,Guacaica,1087,3,14-Nov,6:09,6:19,Vireo leucophrys,2,,Auditivo,NA +JUAN,Guacaica,1087,3,14-Nov,6:09,6:19,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1087,3,14-Nov,6:09,6:19,Zonotrichia capensis,2,,Auditivo,NA +JUAN,Guacaica,1087,4,14-Nov,6:27,6:37,Amazilia tzacatl,1,,vuelo,NA +JUAN,Guacaica,1087,4,14-Nov,6:27,6:37,Caracara plancus,2,,vuelo,NA +JUAN,Guacaica,1087,4,14-Nov,6:27,6:37,Crotophaga ani,1,,Auditivo,NA +JUAN,Guacaica,1087,4,14-Nov,6:27,6:37,Cyanocorax yncas,1,,Auditivo,NA +JUAN,Guacaica,1087,4,14-Nov,6:27,6:37,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,4,14-Nov,6:27,6:37,Myiozetetes cayanensis,2,,Auditivo,NA +JUAN,Guacaica,1087,4,14-Nov,6:27,6:37,Parkesia noveboracensis,1,19.7,visual,AD +JUAN,Guacaica,1087,4,14-Nov,6:27,6:37,Patagioenas fasciata,3,,vuelo,NA +JUAN,Guacaica,1087,4,14-Nov,6:27,6:37,Rupornis magnirostris,1,,vuelo,NA +JUAN,Guacaica,1087,4,14-Nov,6:27,6:37,Setophaga fusca,1,8.5,visual,AD +JUAN,Guacaica,1087,4,14-Nov,6:27,6:37,Sporophila nigricollis,1,15.2,visual,CV +JUAN,Guacaica,1087,4,14-Nov,6:27,6:37,Stilpnia vitriolina,2,31.2,visual,AD +JUAN,Guacaica,1087,4,14-Nov,6:27,6:37,Thraupis palmarum,1,5.3,visual,AD +JUAN,Guacaica,1087,4,14-Nov,6:27,6:37,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1087,4,14-Nov,6:27,6:37,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,1087,4,14-Nov,6:27,6:37,Vanellus chilensis,2,,vuelo,NA +JUAN,Guacaica,1087,4,14-Nov,6:27,6:37,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1087,4,14-Nov,6:27,6:37,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1087,4,14-Nov,6:27,6:37,Zonotrichia capensis,1,4.6,visual,AD +JUAN,Guacaica,1087,5,14-Nov,6:44,6:54,Patagioenas cayennensis,1,,vuelo,NA +JUAN,Guacaica,1087,5,14-Nov,6:44,6:54,Pheugopedius mystacalis,2,,Auditivo,NA +JUAN,Guacaica,1087,5,14-Nov,6:44,6:54,Phimosus infuscatus,1,,vuelo,NA +JUAN,Guacaica,1087,5,14-Nov,6:44,6:54,Tiaris olivaceus,1,45.7,visual,PO +JUAN,Guacaica,1087,5,14-Nov,6:44,6:54,Turdus ignobilis,2,,vuelo,NA +JUAN,Guacaica,1087,5,14-Nov,6:44,6:54,Tyrannus melancholicus,1,,vuelo,NA +JUAN,Guacaica,1087,5,14-Nov,6:44,6:54,Zenaida auriculata,2,82.3,visual,RE +JUAN,Guacaica,1087,5,14-Nov,6:44,6:54,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1087,5,14-Nov,6:44,6:54,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1087,5,14-Nov,6:44,6:54,Zonotrichia capensis,1,19.9,visual,OC +JUAN,Guacaica,1087,10,14-Nov,7:00,7:10,Cyanocorax yncas,1,16.3,visual,BNC +JUAN,Guacaica,1087,10,14-Nov,7:00,7:10,Elaenia flavogaster,2,,Auditivo,NA +JUAN,Guacaica,1087,10,14-Nov,7:00,7:10,Sporophila nigricollis,2,34,visual,PO +JUAN,Guacaica,1087,10,14-Nov,7:00,7:10,Thraupis episcopus,2,,vuelo,NA +JUAN,Guacaica,1087,10,14-Nov,7:00,7:10,Thraupis episcopus,1,50.1,visual,RE +JUAN,Guacaica,1087,10,14-Nov,7:00,7:10,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1087,10,14-Nov,7:00,7:10,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1087,10,14-Nov,7:00,7:10,Zenaida auriculata,1,42.5,visual,RE +JUAN,Guacaica,1087,10,14-Nov,7:00,7:10,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1087,10,14-Nov,7:00,7:10,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1087,2,14-Nov,7:14,7:24,Contopus sordidulus,1,15.6,visual,RE +JUAN,Guacaica,1087,2,14-Nov,7:14,7:24,Contopus virens,1,15.1,visual,AD +JUAN,Guacaica,1087,2,14-Nov,7:14,7:24,Daptrius chimachima,1,,vuelo,NA +JUAN,Guacaica,1087,2,14-Nov,7:14,7:24,Elaenia flavogaster,2,,Auditivo,NA +JUAN,Guacaica,1087,2,14-Nov,7:14,7:24,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,2,14-Nov,7:14,7:24,Melanerpes formicivorus,1,19.6,visual,BNC +JUAN,Guacaica,1087,2,14-Nov,7:14,7:24,Piranga rubra,1,36.6,visual,BNC +JUAN,Guacaica,1087,2,14-Nov,7:14,7:24,Saucerottia saucerottei,1,,vuelo,NA +JUAN,Guacaica,1087,2,14-Nov,7:14,7:24,Stelgidopteryx ruficollis,1,17.1,visual,RE +JUAN,Guacaica,1087,2,14-Nov,7:14,7:24,Tiaris olivaceus,2,,Auditivo,NA +JUAN,Guacaica,1087,2,14-Nov,7:14,7:24,Vanellus chilensis,3,,vuelo,NA +JUAN,Guacaica,1087,2,14-Nov,7:14,7:24,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1087,1,14-Nov,7:34,7:44,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,1087,1,14-Nov,7:34,7:44,Dryobates fumigatus,1,,Auditivo,NA +JUAN,Guacaica,1087,1,14-Nov,7:34,7:44,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,1,14-Nov,7:34,7:44,Molothrus bonariensis,1,,vuelo,NA +JUAN,Guacaica,1087,1,14-Nov,7:34,7:44,Myiozetetes cayanensis,2,18.5,visual,AD +JUAN,Guacaica,1087,1,14-Nov,7:34,7:44,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guacaica,1087,1,14-Nov,7:34,7:44,Sicalis flaveola,1,64.3,visual,AD +JUAN,Guacaica,1087,1,14-Nov,7:34,7:44,Spinus psaltria,1,5.5,visual,CV +JUAN,Guacaica,1087,1,14-Nov,7:34,7:44,Stelgidopteryx ruficollis,3,33.2,visual,RE +JUAN,Guacaica,1087,1,14-Nov,7:34,7:44,Thraupis palmarum,1,20.9,visual,AD +JUAN,Guacaica,1087,1,14-Nov,7:34,7:44,Tiaris olivaceus,1,4.3,visual,PO +JUAN,Guacaica,1087,1,14-Nov,7:34,7:44,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1087,1,14-Nov,7:34,7:44,Tyrannus melancholicus,1,33.5,visual,RE +JUAN,Guacaica,1087,6,14-Nov,7:59,8:09,Bubulcus ibis,4,24.7,visual,PO +JUAN,Guacaica,1087,6,14-Nov,7:59,8:09,Crotophaga ani,1,25.1,visual,SF +JUAN,Guacaica,1087,6,14-Nov,7:59,8:09,Crotophaga ani,1,42.2,visual,PO +JUAN,Guacaica,1087,6,14-Nov,7:59,8:09,Crotophaga ani,1,62.2,visual,PO +JUAN,Guacaica,1087,6,14-Nov,7:59,8:09,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1087,6,14-Nov,7:59,8:09,Phimosus infuscatus,1,78.8,visual,PO +JUAN,Guacaica,1087,6,14-Nov,7:59,8:09,Phimosus infuscatus,3,68.2,visual,PO +JUAN,Guacaica,1087,6,14-Nov,7:59,8:09,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guacaica,1087,6,14-Nov,7:59,8:09,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guacaica,1087,6,14-Nov,7:59,8:09,Tiaris olivaceus,1,27.4,visual,SF +JUAN,Guacaica,1087,6,14-Nov,7:59,8:09,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1087,6,14-Nov,7:59,8:09,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1087,6,14-Nov,7:59,8:09,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1087,6,14-Nov,7:59,8:09,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1087,7,14-Nov,8:27,8:37,Amazilia tzacatl,1,9,visual,AD +JUAN,Guacaica,1087,7,14-Nov,8:27,8:37,Cardellina canadensis,1,12.7,visual,AD +JUAN,Guacaica,1087,7,14-Nov,8:27,8:37,Coragyps atratus,21,,vuelo,NA +JUAN,Guacaica,1087,7,14-Nov,8:27,8:37,Falco sparverius,1,,vuelo,NA +JUAN,Guacaica,1087,7,14-Nov,8:27,8:37,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1087,7,14-Nov,8:27,8:37,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guacaica,1087,7,14-Nov,8:27,8:37,Turdus ignobilis,2,31.9,visual,AD +JUAN,Guacaica,1087,7,14-Nov,8:27,8:37,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1087,8,14-Nov,8:43,8:53,Stilpnia cyanicollis,1,35,visual,AD +JUAN,Guacaica,1087,8,14-Nov,8:43,8:53,Tiaris olivaceus,2,,Auditivo,NA +JUAN,Guacaica,1087,8,14-Nov,8:43,8:53,Tyrannus melancholicus,1,66.6,visual,AD +JUAN,Guacaica,1087,8,14-Nov,8:43,8:53,Xiphocolaptes promeropirhynchus,1,,Auditivo,NA +JUAN,Guacaica,1087,8,14-Nov,8:43,8:53,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1087,8,14-Nov,8:43,8:53,Zonotrichia capensis,3,15.7,visual,PO +JUAN,Guacaica,1087,11,14-Nov,9:04,9:14,Cathartes aura,1,,vuelo,NA +JUAN,Guacaica,1087,11,14-Nov,9:04,9:14,Coragyps atratus,1,,vuelo,NA +JUAN,Guacaica,1087,11,14-Nov,9:04,9:14,Crotophaga ani,2,,vuelo,NA +JUAN,Guacaica,1087,11,14-Nov,9:04,9:14,Daptrius chimachima,1,,vuelo,NA +JUAN,Guacaica,1087,11,14-Nov,9:04,9:14,Dryocopus lineatus,1,34.8,visual,AD +JUAN,Guacaica,1087,11,14-Nov,9:04,9:14,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1087,11,14-Nov,9:04,9:14,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,1087,11,14-Nov,9:04,9:14,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1087,11,14-Nov,9:04,9:14,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1087,11,14-Nov,9:04,9:14,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1087,9,14-Nov,9:27,9:37,Bubulcus ibis,12,30.6,visual,BC +JUAN,Guacaica,1087,9,14-Nov,9:27,9:37,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guacaica,1087,9,14-Nov,9:27,9:37,Coragyps atratus,2,,vuelo,NA +JUAN,Guacaica,1087,9,14-Nov,9:27,9:37,Crotophaga ani,1,,Auditivo,NA +JUAN,Guacaica,1087,9,14-Nov,9:27,9:37,Legatus leucophaius,1,33.7,visual,BC +JUAN,Guacaica,1087,9,14-Nov,9:27,9:37,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guacaica,1087,9,14-Nov,9:27,9:37,Patagioenas cayennensis,4,,vuelo,NA +JUAN,Guacaica,1087,9,14-Nov,9:27,9:37,Phimosus infuscatus,1,22.7,visual,PO +JUAN,Guacaica,1087,9,14-Nov,9:27,9:37,Piranga rubra,1,27.9,visual,BC +JUAN,Guacaica,1087,9,14-Nov,9:27,9:37,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guacaica,1087,9,14-Nov,9:27,9:37,Setophaga fusca,1,27.9,visual,BC +JUAN,Guacaica,1087,9,14-Nov,9:27,9:37,Stilpnia heinei,1,18,visual,AD +JUAN,Guacaica,1087,9,14-Nov,9:27,9:37,Thraupis episcopus,1,36.6,visual,BC +JUAN,Guacaica,1087,9,14-Nov,9:27,9:37,Thraupis episcopus,1,33,visual,BC +JUAN,Guacaica,1087,9,14-Nov,9:27,9:37,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1087,9,14-Nov,9:27,9:37,Turdus ignobilis,1,,vuelo,NA +JUAN,Guacaica,1087,9,14-Nov,9:27,9:37,Turdus ignobilis,1,19.4,visual,AD +JUAN,Guacaica,1087,9,14-Nov,9:27,9:37,Tyrannus melancholicus,2,36.5,visual,BC +JUAN,Guacaica,1087,9,14-Nov,9:27,9:37,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1087,9,14-Nov,9:27,9:37,Zimmerius chrysops,1,22.8,visual,BC +SANTIAGO,Guacaica,1087,1,14-Nov,6:05,6:15,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,1,14-Nov,6:05,6:15,Icterus chrysater,1,35.8,Visual,AD +SANTIAGO,Guacaica,1087,1,14-Nov,6:05,6:15,Setophaga fusca,2,35.6,Visual,AD +SANTIAGO,Guacaica,1087,1,14-Nov,6:05,6:15,Tiaris olivaceus,1,14.5,Visual,PO +SANTIAGO,Guacaica,1087,1,14-Nov,6:05,6:15,Pionus chalcopterus,5,,Vuelo,NA +SANTIAGO,Guacaica,1087,1,14-Nov,6:05,6:15,Vanellus chilensis,2,,Vuelo,NA +SANTIAGO,Guacaica,1087,1,14-Nov,6:05,6:15,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,1,14-Nov,6:05,6:15,Pygochelidon cyanoleuca,2,,vuelo,NA +SANTIAGO,Guacaica,1087,1,14-Nov,6:05,6:15,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,1,14-Nov,6:05,6:15,Tyrannus melancholicus,1,17.4,visual,AD +SANTIAGO,Guacaica,1087,9,14-Nov,6:22,6:32,Contopus cooperi,1,28.4,Visual,BC +SANTIAGO,Guacaica,1087,9,14-Nov,6:22,6:32,Synallaxis albescens,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,9,14-Nov,6:22,6:32,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,9,14-Nov,6:22,6:32,Amazilia tzacatl,1,26.5,Visual,SF +SANTIAGO,Guacaica,1087,9,14-Nov,6:22,6:32,Thraupis episcopus,2,19.7,Visual,BC +SANTIAGO,Guacaica,1087,9,14-Nov,6:22,6:32,Setophaga fusca,1,43.2,Visual,BC +SANTIAGO,Guacaica,1087,9,14-Nov,6:22,6:32,Turdus ignobilis,2,28.7,Visual,AD +SANTIAGO,Guacaica,1087,9,14-Nov,6:22,6:32,Stilpnia vitriolina,1,31,Visual,BNC +SANTIAGO,Guacaica,1087,9,14-Nov,6:22,6:32,Legatus leucophaius,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,9,14-Nov,6:22,6:32,Piranga rubra,1,26.8,Visual,BNC +SANTIAGO,Guacaica,1087,9,14-Nov,6:22,6:32,Tyrannus melancholicus,1,42.1,Visual,AD +SANTIAGO,Guacaica,1087,9,14-Nov,6:22,6:32,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,9,14-Nov,6:22,6:32,Tyrannus melancholicus,1,32.5,Visual,AD +SANTIAGO,Guacaica,1087,9,14-Nov,6:22,6:32,Bubulcus ibis,3,35.6,Visual,PO +SANTIAGO,Guacaica,1087,9,14-Nov,6:22,6:32,Daptrius chimachima,1,,Vuelo,NA +SANTIAGO,Guacaica,1087,9,14-Nov,6:22,6:32,Dryobates fumigatus,1,21.1,Visual,BC +SANTIAGO,Guacaica,1087,6,14-Nov,6:39,6:49,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,6,14-Nov,6:39,6:49,Saltator striatipectus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,6,14-Nov,6:39,6:49,Tiaris olivaceus,2,28.1,Visual,PO +SANTIAGO,Guacaica,1087,6,14-Nov,6:39,6:49,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,6,14-Nov,6:39,6:49,Contopus cooperi,1,19.5,Visual,AD +SANTIAGO,Guacaica,1087,6,14-Nov,6:39,6:49,Crotophaga ani,5,34.9,Visual,AD +SANTIAGO,Guacaica,1087,6,14-Nov,6:39,6:49,Synallaxis albescens,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,6,14-Nov,6:39,6:49,Zenaida auriculata,1,,Vuelo,NA +SANTIAGO,Guacaica,1087,6,14-Nov,6:39,6:49,Tyrannus melancholicus,1,19,Visual,AD +SANTIAGO,Guacaica,1087,6,14-Nov,6:39,6:49,Thraupis episcopus,3,14.7,Visual,AD +SANTIAGO,Guacaica,1087,6,14-Nov,6:39,6:49,Bubulcus ibis,1,36.3,Visual,PO +SANTIAGO,Guacaica,1087,6,14-Nov,6:39,6:49,Crotophaga ani,3,11,Visual,PO +SANTIAGO,Guacaica,1087,6,14-Nov,6:39,6:49,Molothrus bonariensis,1,25.4,Visual,AD +SANTIAGO,Guacaica,1087,6,14-Nov,6:39,6:49,Zonotrichia capensis,1,25.4,Visual,AD +SANTIAGO,Guacaica,1087,8,14-Nov,7:05,7:15,Tangara gyrola,1,18.4,Visual,BNC +SANTIAGO,Guacaica,1087,8,14-Nov,7:05,7:15,Cardellina canadensis,2,18.4,Visual,BNC +SANTIAGO,Guacaica,1087,8,14-Nov,7:05,7:15,Chlorostilbon melanorhynchus,1,9.2,Visual,AD +SANTIAGO,Guacaica,1087,8,14-Nov,7:05,7:15,Thraupis episcopus,1,29.7,Visual,AD +SANTIAGO,Guacaica,1087,8,14-Nov,7:05,7:15,Stilpnia heinei,1,19.4,Visual,AD +SANTIAGO,Guacaica,1087,8,14-Nov,7:05,7:15,Tyrannus melancholicus,2,42.3,Visual,AD +SANTIAGO,Guacaica,1087,8,14-Nov,7:05,7:15,Colaptes rubiginosus,2,,Auditivo,NA +SANTIAGO,Guacaica,1087,8,14-Nov,7:05,7:15,Piranga rubra,1,36,Visual,AD +SANTIAGO,Guacaica,1087,8,14-Nov,7:05,7:15,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,8,14-Nov,7:05,7:15,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,8,14-Nov,7:05,7:15,Rupornis magnirostris,1,,Vuelo,NA +SANTIAGO,Guacaica,1087,8,14-Nov,7:05,7:15,Tyrannus melancholicus,1,,Vuelo,NA +SANTIAGO,Guacaica,1087,7,14-Nov,7:23,7:33,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,7,14-Nov,7:23,7:33,Saltator striatipectus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,7,14-Nov,7:23,7:33,Catharus ustulatus,1,29.7,Visual,BNC +SANTIAGO,Guacaica,1087,7,14-Nov,7:23,7:33,Thamnophilus multistriatus,1,26.7,Visual,AD +SANTIAGO,Guacaica,1087,7,14-Nov,7:23,7:33,Cardellina canadensis,1,19.4,Visual,BNC +SANTIAGO,Guacaica,1087,7,14-Nov,7:23,7:33,Tolmomyias sulphurescens,1,8.4,Visual,BNC +SANTIAGO,Guacaica,1087,7,14-Nov,7:23,7:33,Zonotrichia capensis,2,13.7,Visual,PO +SANTIAGO,Guacaica,1087,7,14-Nov,7:23,7:33,Tiaris olivaceus,1,22.4,Visual,PO +SANTIAGO,Guacaica,1087,11,14-Nov,7:48,7:58,Myiozetetes cayanensis,2,17.6,Visual,AD +SANTIAGO,Guacaica,1087,11,14-Nov,7:48,7:58,Zonotrichia capensis,1,14.8,Visual,PO +SANTIAGO,Guacaica,1087,11,14-Nov,7:48,7:58,Tiaris olivaceus,2,22,Visual,PO +SANTIAGO,Guacaica,1087,11,14-Nov,7:48,7:58,Sporophila nigricollis,1,10.1,Visual,PO +SANTIAGO,Guacaica,1087,11,14-Nov,7:48,7:58,Tyrannus melancholicus,2,39.9,Visual,AD +SANTIAGO,Guacaica,1087,11,14-Nov,7:48,7:58,Turdus ignobilis,1,22.7,Visual,PO +SANTIAGO,Guacaica,1087,11,14-Nov,7:48,7:58,Stelgidopteryx ruficollis,5,,Vuelo,NA +SANTIAGO,Guacaica,1087,11,14-Nov,7:48,7:58,Coragyps atratus,12,,Vuelo,NA +SANTIAGO,Guacaica,1087,11,14-Nov,7:48,7:58,Cathartes aura,2,,Vuelo,NA +SANTIAGO,Guacaica,1087,11,14-Nov,7:48,7:58,Daptrius chimachima,1,26.7,Visual,AD +SANTIAGO,Guacaica,1087,11,14-Nov,7:48,7:58,Pionus chalcopterus,4,,Vuelo,NA +SANTIAGO,Guacaica,1087,2,14-Nov,8:30,8:40,Sporophila nigricollis,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,2,14-Nov,8:30,8:40,Vanellus chilensis,1,,Vuelo,NA +SANTIAGO,Guacaica,1087,2,14-Nov,8:30,8:40,Daptrius chimachima,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,2,14-Nov,8:30,8:40,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,2,14-Nov,8:30,8:40,Contopus sordidulus,1,36.4,Visual,AD +SANTIAGO,Guacaica,1087,2,14-Nov,8:30,8:40,Tyrannus melancholicus,1,29.8,Visual,AD +SANTIAGO,Guacaica,1087,2,14-Nov,8:30,8:40,Zenaida auriculata,2,,Vuelo,NA +SANTIAGO,Guacaica,1087,2,14-Nov,8:30,8:40,Tiaris olivaceus,1,12.3,Visual,PO +SANTIAGO,Guacaica,1087,2,14-Nov,8:30,8:40,Tyrannus melancholicus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,10,14-Nov,8:52,9:02,Setophaga fusca,2,22.7,Visual,BNC +SANTIAGO,Guacaica,1087,10,14-Nov,8:52,9:02,Colaptes rubiginosus,1,36.4,Visual,BNC +SANTIAGO,Guacaica,1087,10,14-Nov,8:52,9:02,Ardea alba,2,,Vuelo,NA +SANTIAGO,Guacaica,1087,10,14-Nov,8:52,9:02,Phimosus infuscatus,3,,Vuelo,NA +SANTIAGO,Guacaica,1087,10,14-Nov,8:52,9:02,Tiaris olivaceus,1,21.4,Visual,PO +SANTIAGO,Guacaica,1087,10,14-Nov,8:52,9:02,Daptrius chimachima,1,,Vuelo,NA +SANTIAGO,Guacaica,1087,10,14-Nov,8:52,9:02,Vanellus chilensis,3,33.1,Visual,PO +SANTIAGO,Guacaica,1087,5,14-Nov,9:11,9:21,Spinus psaltria,1,17.5,Visual,OC +SANTIAGO,Guacaica,1087,5,14-Nov,9:11,9:21,Zenaida auriculata,2,39.2,Visual,RE +SANTIAGO,Guacaica,1087,5,14-Nov,9:11,9:21,Thraupis episcopus,1,22.3,Visual,AD +SANTIAGO,Guacaica,1087,5,14-Nov,9:11,9:21,Tiaris olivaceus,1,11,Visual,PO +SANTIAGO,Guacaica,1087,5,14-Nov,9:11,9:21,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,5,14-Nov,9:11,9:21,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,4,14-Nov,9:35,9:45,Stilpnia heinei,1,20.1,Visual,AD +SANTIAGO,Guacaica,1087,4,14-Nov,9:35,9:45,Turdus ignobilis,1,20.5,Visual,AD +SANTIAGO,Guacaica,1087,4,14-Nov,9:35,9:45,Crotophaga ani,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,4,14-Nov,9:35,9:45,Synallaxis azarae,1,,Auditivo,NA +SANTIAGO,Guacaica,1087,3,14-Nov,10:02,10:12,Leptosittaca branickii,6,49.6,Visual,AD +SANTIAGO,Guacaica,1087,3,14-Nov,10:02,10:12,Stilpnia cyanicollis,1,18.6,Visual,BC +SANTIAGO,Guacaica,1087,3,14-Nov,10:02,10:12,Thraupis episcopus,3,22.8,Visual,AD +SANTIAGO,Guacaica,1087,3,14-Nov,10:02,10:12,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guacaica,1092,9,15-Nov,6:03,6:13,Basileuterus tristriatus,2,,Auditivo,NA +JUAN,Guacaica,1092,9,15-Nov,6:03,6:13,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1092,9,15-Nov,6:03,6:13,Myioborus miniatus,1,21.5,visual,BNC +JUAN,Guacaica,1092,9,15-Nov,6:03,6:13,Ortalis columbiana,3,,Auditivo,NA +JUAN,Guacaica,1092,9,15-Nov,6:03,6:13,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1092,8,15-Nov,6:19,6:29,Atlapetes albinucha,1,48.3,visual,BNC +JUAN,Guacaica,1092,8,15-Nov,6:19,6:29,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1092,8,15-Nov,6:19,6:29,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guacaica,1092,8,15-Nov,6:19,6:29,Stilpnia heinei,1,31.6,visual,BNC +JUAN,Guacaica,1092,8,15-Nov,6:19,6:29,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1092,8,15-Nov,6:19,6:29,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1092,7,15-Nov,6:37,6:47,Myadestes ralloides,1,,Auditivo,NA +JUAN,Guacaica,1092,7,15-Nov,6:37,6:47,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1092,7,15-Nov,6:37,6:47,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1092,6,15-Nov,6:58,7:08,Cyanocorax affinis,2,,Auditivo,NA +JUAN,Guacaica,1092,6,15-Nov,6:58,7:08,Cyclarhis gujanensis,1,,Auditivo,NA +JUAN,Guacaica,1092,6,15-Nov,6:58,7:08,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,1092,5,15-Nov,7:14,7:24,Bubulcus ibis,6,28.7,visual,AD +JUAN,Guacaica,1092,5,15-Nov,7:14,7:24,Columbina talpacoti,1,36.1,visual,PO +JUAN,Guacaica,1092,5,15-Nov,7:14,7:24,Contopus virens,1,25.8,visual,AD +JUAN,Guacaica,1092,5,15-Nov,7:14,7:24,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1092,5,15-Nov,7:14,7:24,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,1092,5,15-Nov,7:14,7:24,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1092,5,15-Nov,7:14,7:24,Tyrannus melancholicus,1,57.4,visual,BNC +JUAN,Guacaica,1092,5,15-Nov,7:14,7:24,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1092,5,15-Nov,7:14,7:24,Zenaida auriculata,2,,vuelo,NA +JUAN,Guacaica,1092,5,15-Nov,7:14,7:24,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1092,5,15-Nov,7:14,7:24,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1092,4,15-Nov,7:49,7:59,Bubulcus ibis,3,,vuelo,NA +JUAN,Guacaica,1092,4,15-Nov,7:49,7:59,Contopus virens,1,30.2,visual,BNC +JUAN,Guacaica,1092,4,15-Nov,7:49,7:59,Coragyps atratus,2,,vuelo,NA +JUAN,Guacaica,1092,4,15-Nov,7:49,7:59,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1092,4,15-Nov,7:49,7:59,Pionus menstruus,4,,vuelo,NA +JUAN,Guacaica,1092,4,15-Nov,7:49,7:59,Setophaga fusca,1,32.4,visual,BNC +JUAN,Guacaica,1092,4,15-Nov,7:49,7:59,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1092,4,15-Nov,7:49,7:59,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1092,4,15-Nov,7:49,7:59,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1092,4,15-Nov,7:49,7:59,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1092,4,15-Nov,7:49,7:59,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1092,3,15-Nov,8:25,8:35,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guacaica,1092,3,15-Nov,8:25,8:35,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1092,3,15-Nov,8:25,8:35,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1092,2,15-Nov,8:40,8:50,Empidonax virescens,1,15.3,visual,BNC +JUAN,Guacaica,1092,2,15-Nov,8:40,8:50,Leptopogon superciliaris,1,,Auditivo,NA +JUAN,Guacaica,1092,2,15-Nov,8:40,8:50,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1092,2,15-Nov,8:40,8:50,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1092,10,15-Nov,9:05,9:15,Cyclarhis gujanensis,1,,Auditivo,NA +JUAN,Guacaica,1092,10,15-Nov,9:05,9:15,Myioborus miniatus,1,,Auditivo,NA +JUAN,Guacaica,1092,10,15-Nov,9:05,9:15,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guacaica,1092,10,15-Nov,9:05,9:15,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1092,10,15-Nov,9:05,9:15,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1092,11,15-Nov,9:21,9:31,Coragyps atratus,2,,vuelo,NA +JUAN,Guacaica,1092,11,15-Nov,9:21,9:31,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1092,11,15-Nov,9:21,9:31,Myiodynastes hemichrysus,1,,Auditivo,NA +JUAN,Guacaica,1092,11,15-Nov,9:21,9:31,Pionus chalcopterus,3,,vuelo,NA +JUAN,Guacaica,1092,11,15-Nov,9:21,9:31,Synallaxis azarae,1,9.6,visual,AR-3 +JUAN,Guacaica,1092,11,15-Nov,9:21,9:31,Thraupis palmarum,1,28.5,visual,CA +JUAN,Guacaica,1092,11,15-Nov,9:21,9:31,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1092,1,15-Nov,9:50,10:00,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guacaica,1092,1,15-Nov,9:50,10:00,Patagioenas fasciata,1,,vuelo,NA +JUAN,Guacaica,1092,1,15-Nov,9:50,10:00,Tangara nigroviridis,1,17.8,visual,BNC +JUAN,Guacaica,1092,1,15-Nov,9:50,10:00,Vireo leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1092,1,15-Nov,9:50,10:00,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,1,15-Nov,6:00,6:10,Diglossa cyanea,1,26.4,Visual,BNC +SANTIAGO,Guacaica,1092,1,15-Nov,6:00,6:10,Myiotriccus ornatus,1,18.8,Visual,BNC +SANTIAGO,Guacaica,1092,1,15-Nov,6:00,6:10,Aulacorhynchus albivitta,1,29.6,Visual,BNC +SANTIAGO,Guacaica,1092,1,15-Nov,6:00,6:10,Dendrocincla tyrannina,1,32.1,Visual,BNC +SANTIAGO,Guacaica,1092,1,15-Nov,6:00,6:10,Setophaga fusca,2,22.7,Visual,BNC +SANTIAGO,Guacaica,1092,1,15-Nov,6:00,6:10,Uranomitra franciae,1,19.4,Visual,BNC +SANTIAGO,Guacaica,1092,10,15-Nov,6:23,6:43,Scytalopus spillmanni,1,12.2,Visual,BNC +SANTIAGO,Guacaica,1092,10,15-Nov,6:23,6:43,Lophotriccus pileatus,1,11.9,Visual,BNC +SANTIAGO,Guacaica,1092,10,15-Nov,6:23,6:43,Momotus aequatorialis,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,10,15-Nov,6:23,6:43,Crypturellus soui,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,11,15-Nov,6:58,7:08,Ortalis columbiana,5,29.6,Visual,BNC +SANTIAGO,Guacaica,1092,11,15-Nov,6:58,7:08,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,11,15-Nov,6:58,7:08,Zonotrichia capensis,1,19.2,Visual,AR-3 +SANTIAGO,Guacaica,1092,2,15-Nov,7:32,7:42,Mionectes striaticollis,1,17.3,Visual,BNC +SANTIAGO,Guacaica,1092,2,15-Nov,7:32,7:42,Icterus nigrogularis,1,21.8,Visual,BNC +SANTIAGO,Guacaica,1092,2,15-Nov,7:32,7:42,Pygochelidon cyanoleuca,9,,Vuelo,NA +SANTIAGO,Guacaica,1092,2,15-Nov,7:32,7:42,Cardellina canadensis,1,16.9,Visual,BNC +SANTIAGO,Guacaica,1092,2,15-Nov,7:32,7:42,Myiothlypis coronata,1,24.1,Visual,BNC +SANTIAGO,Guacaica,1092,2,15-Nov,7:32,7:42,Myiodynastes hemichrysus,1,27.5,Visual,BNC +SANTIAGO,Guacaica,1092,2,15-Nov,7:32,7:42,Stilpnia heinei,1,11.1,Visual,BNC +SANTIAGO,Guacaica,1092,2,15-Nov,7:32,7:42,Streptoprocne zonaris,19,,Vuelo,NA +SANTIAGO,Guacaica,1092,2,15-Nov,7:32,7:42,Streptoprocne rutila,4,,Vuelo,NA +SANTIAGO,Guacaica,1092,3,15-Nov,7:56,8:06,Crypturellus soui,2,,Auditivo,NA +SANTIAGO,Guacaica,1092,3,15-Nov,7:56,8:06,Sphenopsis frontalis,2,24.1,Visual,BNC +SANTIAGO,Guacaica,1092,3,15-Nov,7:56,8:06,Aulacorhynchus haematopygus,1,39.7,Visual,BNC +SANTIAGO,Guacaica,1092,4,15-Nov,8:23,8:33,Piranga rubra,1,24.1,Visual,BNC +SANTIAGO,Guacaica,1092,4,15-Nov,8:23,8:33,Daptrius chimachima,1,29.8,Visual,BNC +SANTIAGO,Guacaica,1092,4,15-Nov,8:23,8:33,Stilpnia cyanicollis,2,22.3,Visual,BNC +SANTIAGO,Guacaica,1092,4,15-Nov,8:23,8:33,Thamnophilus multistriatus,1,17.6,Visual,BNC +SANTIAGO,Guacaica,1092,5,15-Nov,8:48,8:58,Tyrannus melancholicus,2,18.4,Visual,AD +SANTIAGO,Guacaica,1092,5,15-Nov,8:48,8:58,Pyrrhomyias cinnamomeus,1,29.6,Visual,AD +SANTIAGO,Guacaica,1092,5,15-Nov,8:48,8:58,Thraupis episcopus,1,17.2,Visual,AD +SANTIAGO,Guacaica,1092,5,15-Nov,8:48,8:58,Zonotrichia capensis,2,11.6,Visual,PO +SANTIAGO,Guacaica,1092,6,15-Nov,9:16,9:26,Myiothlypis fulvicauda,1,19.8,Visual,BNC +SANTIAGO,Guacaica,1092,6,15-Nov,9:16,9:26,Dendrocincla tyrannina,1,26.7,Visual,BNC +SANTIAGO,Guacaica,1092,6,15-Nov,9:16,9:26,Xenops rutilans,1,18.1,Visual,BNC +SANTIAGO,Guacaica,1092,7,15-Nov,9:39,9:49,Molothrus oryzivorus,1,26.4,Visual,CA +SANTIAGO,Guacaica,1092,7,15-Nov,9:39,9:49,Icterus chrysater,1,19.7,Visual,CA +SANTIAGO,Guacaica,1092,7,15-Nov,9:39,9:49,Synallaxis azarae,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,7,15-Nov,9:39,9:49,Daptrius chimachima,1,45.9,Visual,AD +SANTIAGO,Guacaica,1092,8,15-Nov,10:02,10:12,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1092,8,15-Nov,10:02,10:12,Zonotrichia capensis,1,29.3,Visual,CA +SANTIAGO,Guacaica,1092,9,15-Nov,10:25,10:35,Stilpnia heinei,1,17.6,Visual,BNC +SANTIAGO,Guacaica,1092,9,15-Nov,10:25,10:35,Synallaxis azarae,2,24.1,Visual,BNC +SANTIAGO,Guacaica,1092,9,15-Nov,10:25,10:35,Basileuterus tristriatus,1,22,Visual,BNC +JUAN,Guacaica,1060,3,16-Nov,6:05,6:15,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guacaica,1060,3,16-Nov,6:05,6:15,Icterus chrysater,2,,Auditivo,NA +JUAN,Guacaica,1060,3,16-Nov,6:05,6:15,Myadestes ralloides,1,,Auditivo,NA +JUAN,Guacaica,1060,3,16-Nov,6:05,6:15,Myioborus miniatus,2,42.3,visual,BNC +JUAN,Guacaica,1060,3,16-Nov,6:05,6:15,Pheugopedius mystacalis,2,,Auditivo,NA +JUAN,Guacaica,1060,3,16-Nov,6:05,6:15,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guacaica,1060,3,16-Nov,6:05,6:15,Setophaga fusca,1,23.2,visual,BNC +JUAN,Guacaica,1060,3,16-Nov,6:05,6:15,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1060,3,16-Nov,6:05,6:15,Synallaxis azarae,1,7.1,visual,BNC +JUAN,Guacaica,1060,3,16-Nov,6:05,6:15,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guacaica,1060,3,16-Nov,6:05,6:15,Todirostrum cinereum,1,18,visual,BNC +JUAN,Guacaica,1060,3,16-Nov,6:05,6:15,Zimmerius chrysops,1,22.9,visual,BNC +JUAN,Guacaica,1060,3,16-Nov,6:05,6:15,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1060,2,16-Nov,6:22,6:32,Atlapetes flaviceps,4,17.5,visual,BNC +JUAN,Guacaica,1060,2,16-Nov,6:22,6:32,Basileuterus tristriatus,1,7.8,visual,BNC +JUAN,Guacaica,1060,2,16-Nov,6:22,6:32,Dysithamnus mentalis,1,,Auditivo,NA +JUAN,Guacaica,1060,2,16-Nov,6:22,6:32,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,1060,2,16-Nov,6:22,6:32,Patagioenas cayennensis,1,,vuelo,NA +JUAN,Guacaica,1060,2,16-Nov,6:22,6:32,Pheucticus ludovicianus,1,17.6,visual,BNC +JUAN,Guacaica,1060,2,16-Nov,6:22,6:32,Pheugopedius mystacalis,2,,Auditivo,NA +JUAN,Guacaica,1060,2,16-Nov,6:22,6:32,Setophaga fusca,1,15,visual,BNC +JUAN,Guacaica,1060,2,16-Nov,6:22,6:32,Turdus fuscater,3,14,visual,BNC +JUAN,Guacaica,1060,2,16-Nov,6:22,6:32,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1060,2,16-Nov,6:22,6:32,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1060,1,16-Nov,6:40,6:50,Camptostoma obsoletum,1,11,visual,BNC +JUAN,Guacaica,1060,1,16-Nov,6:40,6:50,Cranioleuca erythrops,1,,Auditivo,NA +JUAN,Guacaica,1060,1,16-Nov,6:40,6:50,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1060,1,16-Nov,6:40,6:50,Myioborus miniatus,1,8.6,visual,BNC +JUAN,Guacaica,1060,1,16-Nov,6:40,6:50,Myiodynastes hemichrysus,1,8.6,visual,BNC +JUAN,Guacaica,1060,1,16-Nov,6:40,6:50,Ortalis columbiana,1,,Auditivo,NA +JUAN,Guacaica,1060,1,16-Nov,6:40,6:50,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1060,1,16-Nov,6:40,6:50,Ramphocelus flammigerus,2,19.9,visual,AD +JUAN,Guacaica,1060,1,16-Nov,6:40,6:50,Tangara nigroviridis,1,25.4,visual,BNC +JUAN,Guacaica,1060,1,16-Nov,6:40,6:50,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1060,1,16-Nov,6:40,6:50,Tiaris olivaceus,1,6.8,visual,CV +JUAN,Guacaica,1060,1,16-Nov,6:40,6:50,Turdus fuscater,1,,vuelo,NA +JUAN,Guacaica,1060,1,16-Nov,6:40,6:50,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1060,1,16-Nov,6:40,6:50,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1060,1,16-Nov,6:40,6:50,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1060,11,16-Nov,6:58,7:08,Crotophaga ani,1,,Auditivo,NA +JUAN,Guacaica,1060,11,16-Nov,6:58,7:08,Daptrius chimachima,1,,Auditivo,NA +JUAN,Guacaica,1060,11,16-Nov,6:58,7:08,Dysithamnus mentalis,1,,Auditivo,NA +JUAN,Guacaica,1060,11,16-Nov,6:58,7:08,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1060,11,16-Nov,6:58,7:08,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1060,11,16-Nov,6:58,7:08,Pionus chalcopterus,6,45.1,visual,AD +JUAN,Guacaica,1060,11,16-Nov,6:58,7:08,Pionus chalcopterus,2,,vuelo,NA +JUAN,Guacaica,1060,11,16-Nov,6:58,7:08,Piranga flava,1,35.6,visual,BC +JUAN,Guacaica,1060,11,16-Nov,6:58,7:08,Setophaga fusca,1,48.4,visual,BNC +JUAN,Guacaica,1060,11,16-Nov,6:58,7:08,Spinus xanthogastrus,1,47.7,visual,BNC +JUAN,Guacaica,1060,11,16-Nov,6:58,7:08,Troglodytes aedon,1,22.7,visual,PO +JUAN,Guacaica,1060,11,16-Nov,6:58,7:08,Turdus ignobilis,1,36.4,visual,AD +JUAN,Guacaica,1060,11,16-Nov,6:58,7:08,Turdus ignobilis,1,30,visual,BC +JUAN,Guacaica,1060,11,16-Nov,6:58,7:08,Tyrannus melancholicus,1,41.8,visual,BNC +JUAN,Guacaica,1060,11,16-Nov,6:58,7:08,Tyrannus melancholicus,1,89.5,visual,BNC +JUAN,Guacaica,1060,11,16-Nov,6:58,7:08,Zimmerius chrysops,3,,Auditivo,NA +JUAN,Guacaica,1060,11,16-Nov,6:58,7:08,Zimmerius chrysops,1,23.8,visual,BC +JUAN,Guacaica,1060,11,16-Nov,6:58,7:08,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1060,10,16-Nov,7:26,7:36,Phaethornis syrmatophorus,1,42.7,visual,CV +JUAN,Guacaica,1060,10,16-Nov,7:26,7:36,Setophaga fusca,1,37.6,visual,BNC +JUAN,Guacaica,1060,10,16-Nov,7:26,7:36,Stilpnia heinei,1,24.7,visual,CV +JUAN,Guacaica,1060,10,16-Nov,7:26,7:36,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1060,10,16-Nov,7:26,7:36,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1060,10,16-Nov,7:26,7:36,Zimmerius chrysops,1,11.3,visual,CV +JUAN,Guacaica,1060,9,16-Nov,8:10,8:20,Chlorostilbon melanorhynchus,2,25.3,visual,AD +JUAN,Guacaica,1060,9,16-Nov,8:10,8:20,Coragyps atratus,1,,vuelo,NA +JUAN,Guacaica,1060,9,16-Nov,8:10,8:20,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,1060,9,16-Nov,8:10,8:20,Stilpnia vitriolina,1,,Auditivo,NA +JUAN,Guacaica,1060,9,16-Nov,8:10,8:20,Tyrannus melancholicus,1,,vuelo,NA +JUAN,Guacaica,1060,9,16-Nov,8:10,8:20,Tyrannus melancholicus,3,16.4,visual,RE +JUAN,Guacaica,1060,9,16-Nov,8:10,8:20,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,1060,9,16-Nov,8:10,8:20,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1060,9,16-Nov,8:10,8:20,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1060,8,16-Nov,8:24,8:34,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,1060,8,16-Nov,8:24,8:34,Melanerpes formicivorus,1,44.6,visual,AD +JUAN,Guacaica,1060,8,16-Nov,8:24,8:34,Phimosus infuscatus,2,,vuelo,NA +JUAN,Guacaica,1060,8,16-Nov,8:24,8:34,Turdus ignobilis,1,70.4,visual,AD +JUAN,Guacaica,1060,8,16-Nov,8:24,8:34,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1060,8,16-Nov,8:24,8:34,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,1060,8,16-Nov,8:24,8:34,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1060,7,16-Nov,8:39,8:49,Amazilia tzacatl,1,,vuelo,NA +JUAN,Guacaica,1060,7,16-Nov,8:39,8:49,Bubulcus ibis,7,32.5,visual,GU +JUAN,Guacaica,1060,7,16-Nov,8:39,8:49,Bubulcus ibis,3,37,visual,BC +JUAN,Guacaica,1060,7,16-Nov,8:39,8:49,Caracara plancus,1,,vuelo,NA +JUAN,Guacaica,1060,7,16-Nov,8:39,8:49,Dysithamnus mentalis,1,,Auditivo,NA +JUAN,Guacaica,1060,7,16-Nov,8:39,8:49,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guacaica,1060,7,16-Nov,8:39,8:49,Myiarchus tuberculifer,1,40.6,visual,AD +JUAN,Guacaica,1060,7,16-Nov,8:39,8:49,Ramphocelus flammigerus,2,38.7,visual,AD +JUAN,Guacaica,1060,7,16-Nov,8:39,8:49,Rupornis magnirostris,2,,Auditivo,NA +JUAN,Guacaica,1060,7,16-Nov,8:39,8:49,Thraupis episcopus,2,38.6,visual,AD +JUAN,Guacaica,1060,7,16-Nov,8:39,8:49,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1060,7,16-Nov,8:39,8:49,Tyrannus melancholicus,1,38.7,visual,AD +JUAN,Guacaica,1060,7,16-Nov,8:39,8:49,Vanellus chilensis,1,,Auditivo,NA +JUAN,Guacaica,1060,7,16-Nov,8:39,8:49,Vanellus chilensis,1,53.7,visual,PO +JUAN,Guacaica,1060,7,16-Nov,8:39,8:49,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1060,6,16-Nov,8:54,9:04,Coragyps atratus,2,,vuelo,NA +JUAN,Guacaica,1060,6,16-Nov,8:54,9:04,Cyanocorax yncas,1,,Auditivo,NA +JUAN,Guacaica,1060,6,16-Nov,8:54,9:04,Daptrius chimachima,1,,vuelo,NA +JUAN,Guacaica,1060,6,16-Nov,8:54,9:04,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1060,6,16-Nov,8:54,9:04,Stelgidopteryx ruficollis,1,,vuelo,NA +JUAN,Guacaica,1060,6,16-Nov,8:54,9:04,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1060,6,16-Nov,8:54,9:04,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1060,6,16-Nov,8:54,9:04,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1060,5,16-Nov,9:14,9:24,Coragyps atratus,1,,vuelo,NA +JUAN,Guacaica,1060,5,16-Nov,9:14,9:24,Coragyps atratus,1,30.8,visual,GU +JUAN,Guacaica,1060,5,16-Nov,9:14,9:24,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1060,5,16-Nov,9:14,9:24,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1060,5,16-Nov,9:14,9:24,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1060,5,16-Nov,9:14,9:24,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1060,5,16-Nov,9:14,9:24,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1060,12,16-Nov,9:27,9:37,Camptostoma obsoletum,1,16.3,visual,BNC +JUAN,Guacaica,1060,12,16-Nov,9:27,9:37,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guacaica,1060,12,16-Nov,9:27,9:37,Coragyps atratus,3,,vuelo,NA +JUAN,Guacaica,1060,12,16-Nov,9:27,9:37,Dysithamnus mentalis,1,,Auditivo,NA +JUAN,Guacaica,1060,12,16-Nov,9:27,9:37,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1060,12,16-Nov,9:27,9:37,Setophaga fusca,1,12.1,visual,BNC +JUAN,Guacaica,1060,12,16-Nov,9:27,9:37,Setophaga fusca,1,13.4,visual,BNC +JUAN,Guacaica,1060,12,16-Nov,9:27,9:37,Stilpnia vitriolina,1,19.2,visual,BNC +JUAN,Guacaica,1060,12,16-Nov,9:27,9:37,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1060,12,16-Nov,9:27,9:37,Tangara arthus,1,16.8,visual,BNC +JUAN,Guacaica,1060,12,16-Nov,9:27,9:37,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1060,12,16-Nov,9:27,9:37,Zimmerius chrysops,2,,Auditivo,NA +JUAN,Guacaica,1060,4,16-Nov,9:41,9:51,Crotophaga ani,1,,Auditivo,NA +JUAN,Guacaica,1060,4,16-Nov,9:41,9:51,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1060,4,16-Nov,9:41,9:51,Tyrannus melancholicus,1,,Auditivo,NA +JUAN,Guacaica,1060,4,16-Nov,9:41,9:51,Zimmerius chrysops,2,,Auditivo,NA +SANTIAGO,Guacaica,1060,4,16-Nov,6:00,6:10,Zonotrichia capensis,1,15.2,Visual,PO +SANTIAGO,Guacaica,1060,4,16-Nov,6:00,6:10,Troglodytes aedon,1,11,Visual,PO +SANTIAGO,Guacaica,1060,4,16-Nov,6:00,6:10,Tyrannus melancholicus,1,26.3,Visual,PO +SANTIAGO,Guacaica,1060,4,16-Nov,6:00,6:10,Buteo platypterus,1,29.7,Visual,BNC +SANTIAGO,Guacaica,1060,4,16-Nov,6:00,6:10,Sporophila nigricollis,2,10.1,Visual,PO +SANTIAGO,Guacaica,1060,4,16-Nov,6:00,6:10,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,4,16-Nov,6:00,6:10,Stilpnia heinei,2,18.4,Visual,BNC +SANTIAGO,Guacaica,1060,4,16-Nov,6:00,6:10,Setophaga fusca,1,16.2,Visual,BNC +SANTIAGO,Guacaica,1060,12,16-Nov,6:25,6:35,Uranomitra franciae,1,19.6,Visual,BNC +SANTIAGO,Guacaica,1060,12,16-Nov,6:25,6:35,Momotus aequatorialis,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,12,16-Nov,6:25,6:35,Mniotilta varia,1,22.7,Visual,BNC +SANTIAGO,Guacaica,1060,12,16-Nov,6:25,6:35,Eubucco bourcierii,1,14.1,Visual,BNC +SANTIAGO,Guacaica,1060,12,16-Nov,6:25,6:35,Taraba major,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,12,16-Nov,6:25,6:35,Tyrannus melancholicus,1,22.7,Visual,PO +SANTIAGO,Guacaica,1060,12,16-Nov,6:25,6:35,Sporophila nigricollis,1,17.6,Visual,PO +SANTIAGO,Guacaica,1060,12,16-Nov,6:25,6:35,Thraupis episcopus,2,36.9,Visual,AD +SANTIAGO,Guacaica,1060,5,16-Nov,6:41,6:51,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,5,16-Nov,6:41,6:51,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,5,16-Nov,6:41,6:51,Melanerpes rubricapillus,2,18.5,Visual,BNC +SANTIAGO,Guacaica,1060,5,16-Nov,6:41,6:51,Cyanocorax affinis,4,36.4,Visual,AD +SANTIAGO,Guacaica,1060,5,16-Nov,6:41,6:51,Synallaxis azarae,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,5,16-Nov,6:41,6:51,Cranioleuca erythrops,1,12.3,Visual,BNC +SANTIAGO,Guacaica,1060,6,16-Nov,7:06,7:16,Thraupis palmarum,1,36.39,Visual,AD +SANTIAGO,Guacaica,1060,6,16-Nov,7:06,7:16,Synallaxis azarae,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,6,16-Nov,7:06,7:16,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,6,16-Nov,7:06,7:16,Stilpnia cyanicollis,2,16.8,Visual,BNC +SANTIAGO,Guacaica,1060,6,16-Nov,7:06,7:16,Stilpnia heinei,1,17.4,Visual,BNC +SANTIAGO,Guacaica,1060,6,16-Nov,7:06,7:16,Amazilia tzacatl,1,22.6,Visual,BNC +SANTIAGO,Guacaica,1060,6,16-Nov,7:06,7:16,Cercomacroides parkeri,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,7,16-Nov,7:31,7:41,Sicalis flaveola,6,18.9,Visual,PO +SANTIAGO,Guacaica,1060,7,16-Nov,7:31,7:41,Momotus aequatorialis,3,22.7,Visual,BC +SANTIAGO,Guacaica,1060,7,16-Nov,7:31,7:41,Dryobates fumigatus,1,18.4,Visual,BC +SANTIAGO,Guacaica,1060,7,16-Nov,7:31,7:41,Zenaida auriculata,2,9.4,Visual,BC +SANTIAGO,Guacaica,1060,7,16-Nov,7:31,7:41,Sporophila luctuosa,1,17,Visual,PO +SANTIAGO,Guacaica,1060,8,16-Nov,7:56,8:06,Volatinia jacarina,1,16.8,Visual,PO +SANTIAGO,Guacaica,1060,8,16-Nov,7:56,8:06,Zonotrichia capensis,1,11.6,Visual,PO +SANTIAGO,Guacaica,1060,8,16-Nov,7:56,8:06,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,8,16-Nov,7:56,8:06,Theristicus caudatus,3,,Vuelo,NA +SANTIAGO,Guacaica,1060,8,16-Nov,7:56,8:06,Thamnophilus multistriatus,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,8,16-Nov,7:56,8:06,Pionus chalcopterus,6,,Vuelo,NA +SANTIAGO,Guacaica,1060,9,16-Nov,8:22,8:32,Daptrius chimachima,1,36.5,Visual,AD +SANTIAGO,Guacaica,1060,9,16-Nov,8:22,8:32,Tyrannus melancholicus,2,18.9,Visual,AD +SANTIAGO,Guacaica,1060,9,16-Nov,8:22,8:32,Tiaris olivaceus,2,14.3,Visual,PO +SANTIAGO,Guacaica,1060,9,16-Nov,8:22,8:32,Zonotrichia capensis,1,22.7,Visual,PO +SANTIAGO,Guacaica,1060,9,16-Nov,8:22,8:32,Stilpnia vitriolina,2,36.7,Visual,AD +SANTIAGO,Guacaica,1060,9,16-Nov,8:22,8:32,Buteo platypterus,1,,Vuelo,NA +SANTIAGO,Guacaica,1060,9,16-Nov,8:22,8:32,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,10,16-Nov,8:41,8:51,Amazona mercenarius,5,,Vuelo,NA +SANTIAGO,Guacaica,1060,10,16-Nov,8:41,8:51,Leptopogon superciliaris,1,16.4,Visual,BNC +SANTIAGO,Guacaica,1060,10,16-Nov,8:41,8:51,Pyrrhomyias cinnamomeus,1,24.5,Visual,CV +SANTIAGO,Guacaica,1060,10,16-Nov,8:41,8:51,Stelgidopteryx ruficollis,3,,Vuelo,NA +SANTIAGO,Guacaica,1060,1,16-Nov,9:05,9:15,Synallaxis azarae,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,1,16-Nov,9:05,9:15,Rupornis magnirostris,1,36.8,Visual,CV +SANTIAGO,Guacaica,1060,1,16-Nov,9:05,9:15,Amazilia tzacatl,1,16.3,Visual,BNC +SANTIAGO,Guacaica,1060,1,16-Nov,9:05,9:15,Piranga rubra,1,22.1,Visual,BNC +SANTIAGO,Guacaica,1060,1,16-Nov,9:05,9:15,Tyrannus melancholicus,2,45.7,Visual,AD +SANTIAGO,Guacaica,1060,1,16-Nov,9:05,9:15,Thraupis palmarum,1,16.5,Visual,CV +SANTIAGO,Guacaica,1060,1,16-Nov,9:05,9:15,Empidonax virescens,1,25.7,Visual,CV +SANTIAGO,Guacaica,1060,11,16-Nov,9:28,9:38,Contopus cooperi,1,35.6,Visual,AD +SANTIAGO,Guacaica,1060,11,16-Nov,9:28,9:38,Myiozetetes cayanensis,1,44.1,Visual,AD +SANTIAGO,Guacaica,1060,11,16-Nov,9:28,9:38,Phimosus infuscatus,2,35.9,Visual,PO +SANTIAGO,Guacaica,1060,11,16-Nov,9:28,9:38,Streptoprocne rutila,12,,Vuelo,NA +SANTIAGO,Guacaica,1060,11,16-Nov,9:28,9:38,Amazona mercenarius,7,,Vuelo,NA +SANTIAGO,Guacaica,1060,2,16-Nov,9:52,10:02,Atlapetes flaviceps,1,25.4,Visual,BNC +SANTIAGO,Guacaica,1060,2,16-Nov,9:52,10:02,Xenops rutilans,2,28.2,Visual,BNC +SANTIAGO,Guacaica,1060,2,16-Nov,9:52,10:02,Sphenopsis frontalis,1,17,Visual,BNC +SANTIAGO,Guacaica,1060,2,16-Nov,9:52,10:02,Coragyps atratus,6,,Vuelo,NA +SANTIAGO,Guacaica,1060,2,16-Nov,9:52,10:02,Chamaepetes goudotii,2,32.5,Visual,BNC +SANTIAGO,Guacaica,1060,2,16-Nov,9:52,10:02,Myiothlypis nigrocristata,2,10.1,Visual,BNC +SANTIAGO,Guacaica,1060,2,16-Nov,9:52,10:02,Pheugopedius mystacalis,1,,Auditivo,NA +SANTIAGO,Guacaica,1060,3,16-Nov,10:15,10:25,Pachysylvia semibrunnea,1,18.4,Visual,BNC +SANTIAGO,Guacaica,1060,3,16-Nov,10:15,10:25,Elaenia frantzii,1,26.3,Visual,BNC +SANTIAGO,Guacaica,1060,3,16-Nov,10:15,10:25,Thamnophilus multistriatus,1,25.8,Visual,BNC +SANTIAGO,Guacaica,1060,3,16-Nov,10:15,10:25,Crypturellus soui,1,,Auditivo,NA +JUAN,Guacaica,1063,6,17-Nov,6:01,6:11,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guacaica,1063,6,17-Nov,6:01,6:11,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,1063,6,17-Nov,6:01,6:11,Piaya cayana,1,,vuelo,NA +JUAN,Guacaica,1063,6,17-Nov,6:01,6:11,Pionus menstruus,2,,vuelo,NA +JUAN,Guacaica,1063,6,17-Nov,6:01,6:11,Rupornis magnirostris,1,,vuelo,NA +JUAN,Guacaica,1063,6,17-Nov,6:01,6:11,Saltator striatipectus,1,,Auditivo,NA +JUAN,Guacaica,1063,6,17-Nov,6:01,6:11,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guacaica,1063,6,17-Nov,6:01,6:11,Stilpnia vitriolina,2,37.4,visual,BC +JUAN,Guacaica,1063,6,17-Nov,6:01,6:11,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1063,6,17-Nov,6:01,6:11,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1063,6,17-Nov,6:01,6:11,Tapera naevia,1,,Auditivo,NA +JUAN,Guacaica,1063,6,17-Nov,6:01,6:11,Tyrannulus elatus,1,,Auditivo,NA +JUAN,Guacaica,1063,6,17-Nov,6:01,6:11,Tyrannus melancholicus,1,22.7,visual,BC +JUAN,Guacaica,1063,6,17-Nov,6:01,6:11,Zenaida auriculata,1,,vuelo,NA +JUAN,Guacaica,1063,6,17-Nov,6:01,6:11,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1063,7,17-Nov,6:15,6:25,Sayornis nigricans,1,19.4,visual,CAG +JUAN,Guacaica,1063,7,17-Nov,6:15,6:25,Sayornis nigricans,1,40.7,visual,CAG +JUAN,Guacaica,1063,7,17-Nov,6:15,6:25,Serpophaga cinerea,1,20.2,visual,CAG +JUAN,Guacaica,1063,7,17-Nov,6:15,6:25,Thraupis episcopus,1,31,visual,BC +JUAN,Guacaica,1063,8,17-Nov,6:39,6:49,Leptopogon superciliaris,1,33.5,visual,BNC +JUAN,Guacaica,1063,8,17-Nov,6:39,6:49,Thraupis episcopus,2,,Auditivo,NA +JUAN,Guacaica,1063,9,17-Nov,7:03,7:23,Bubulcus ibis,3,,vuelo,NA +JUAN,Guacaica,1063,9,17-Nov,7:03,7:23,Columbina talpacoti,1,,vuelo,NA +JUAN,Guacaica,1063,9,17-Nov,7:03,7:23,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guacaica,1063,9,17-Nov,7:03,7:23,Patagioenas fasciata,1,76.8,visual,AD +JUAN,Guacaica,1063,9,17-Nov,7:03,7:23,Pionus chalcopterus,1,,vuelo,NA +JUAN,Guacaica,1063,9,17-Nov,7:03,7:23,Sicalis flaveola,1,,vuelo,NA +JUAN,Guacaica,1063,9,17-Nov,7:03,7:23,Stilpnia vitriolina,1,12,visual,AD +JUAN,Guacaica,1063,9,17-Nov,7:03,7:23,Synallaxis albescens,1,,Auditivo,NA +JUAN,Guacaica,1063,9,17-Nov,7:03,7:23,Thraupis episcopus,1,12.7,visual,AD +JUAN,Guacaica,1063,9,17-Nov,7:03,7:23,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1063,9,17-Nov,7:03,7:23,Troglodytes aedon,2,,Auditivo,NA +JUAN,Guacaica,1063,9,17-Nov,7:03,7:23,Turdus ignobilis,1,,Auditivo,NA +JUAN,Guacaica,1063,9,17-Nov,7:03,7:23,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1063,9,17-Nov,7:03,7:23,Zimmerius chrysops,1,12.5,visual,AD +JUAN,Guacaica,1063,10,17-Nov,7:31,7:41,Bubulcus ibis,2,,vuelo,NA +JUAN,Guacaica,1063,10,17-Nov,7:31,7:41,Icterus chrysater,1,,Auditivo,NA +JUAN,Guacaica,1063,10,17-Nov,7:31,7:41,Sporophila nigricollis,1,,Auditivo,NA +JUAN,Guacaica,1063,10,17-Nov,7:31,7:41,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,1063,10,17-Nov,7:31,7:41,Turdus ignobilis,1,54.6,visual,AD +JUAN,Guacaica,1063,10,17-Nov,7:31,7:41,Vanellus chilensis,1,36.3,visual,PO +JUAN,Guacaica,1063,10,17-Nov,7:31,7:41,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1063,11,17-Nov,7:46,7:56,Tangara arthus,1,46.3,visual,BNC +JUAN,Guacaica,1063,11,17-Nov,7:46,7:56,Thraupis palmarum,1,23.6,visual,AD +JUAN,Guacaica,1063,3,17-Nov,8:32,8:42,Chlorostilbon melanorhynchus,1,6.5,visual,CV +JUAN,Guacaica,1063,3,17-Nov,8:32,8:42,Icterus chrysater,2,,Auditivo,NA +JUAN,Guacaica,1063,3,17-Nov,8:32,8:42,Patagioenas cayennensis,1,,vuelo,NA +JUAN,Guacaica,1063,3,17-Nov,8:32,8:42,Spinus psaltria,1,11.3,visual,PO +JUAN,Guacaica,1063,3,17-Nov,8:32,8:42,Stilpnia cyanicollis,1,13.7,visual,CV +JUAN,Guacaica,1063,3,17-Nov,8:32,8:42,Thamnophilus multistriatus,1,,Auditivo,NA +JUAN,Guacaica,1063,3,17-Nov,8:32,8:42,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1063,3,17-Nov,8:32,8:42,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1063,2,17-Nov,8:51,9:01,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,1063,2,17-Nov,8:51,9:01,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guacaica,1063,2,17-Nov,8:51,9:01,Contopus virens,1,26.2,visual,AD +JUAN,Guacaica,1063,2,17-Nov,8:51,9:01,Myiozetetes cayanensis,1,,Auditivo,NA +JUAN,Guacaica,1063,2,17-Nov,8:51,9:01,Sporophila intermedia,1,14.6,visual,PO +JUAN,Guacaica,1063,2,17-Nov,8:51,9:01,Stelgidopteryx ruficollis,2,,vuelo,NA +JUAN,Guacaica,1063,2,17-Nov,8:51,9:01,Synallaxis albescens,1,,Auditivo,NA +JUAN,Guacaica,1063,2,17-Nov,8:51,9:01,Tyrannus melancholicus,2,34.1,visual,AD +JUAN,Guacaica,1063,2,17-Nov,8:51,9:01,Zenaida auriculata,1,,vuelo,NA +JUAN,Guacaica,1063,2,17-Nov,8:51,9:01,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1063,1,17-Nov,9:08,9:18,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guacaica,1063,1,17-Nov,9:08,9:18,Zimmerius chrysops,1,,Auditivo,NA +JUAN,Guacaica,1063,1,17-Nov,9:08,9:18,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,1063,4,17-Nov,9:28,9:38,Chlorophanes spiza,1,38.2,visual,BNC +JUAN,Guacaica,1063,4,17-Nov,9:28,9:38,Egretta thula,1,,vuelo,NA +JUAN,Guacaica,1063,4,17-Nov,9:28,9:38,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,1063,4,17-Nov,9:28,9:38,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1063,5,17-Nov,9:49,9:59,Bubulcus ibis,2,,vuelo,NA +JUAN,Guacaica,1063,5,17-Nov,9:49,9:59,Melanerpes formicivorus,2,56.9,visual,AD +JUAN,Guacaica,1063,5,17-Nov,9:49,9:59,Setophaga fusca,2,28.2,visual,BNC +JUAN,Guacaica,1063,5,17-Nov,9:49,9:59,Sporophila nigricollis,1,9.3,visual,PO +JUAN,Guacaica,1063,5,17-Nov,9:49,9:59,Stelgidopteryx ruficollis,2,,vuelo,NA +JUAN,Guacaica,1063,5,17-Nov,9:49,9:59,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,1063,5,17-Nov,9:49,9:59,Zonotrichia capensis,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,1,17-Nov,6:02,6:03,Ramphocelus flammigerus,2,27.1,Visual,PO +SANTIAGO,Guacaica,1063,1,17-Nov,6:02,6:03,Zonotrichia capensis,1,18.2,Visual,OC +SANTIAGO,Guacaica,1063,1,17-Nov,6:02,6:03,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,1,17-Nov,6:02,6:03,Volatinia jacarina,1,42.3,Visual,OC +SANTIAGO,Guacaica,1063,1,17-Nov,6:02,6:03,Pyrrhomyias cinnamomeus,1,15.6,Visual,BC +SANTIAGO,Guacaica,1063,2,17-Nov,6:17,6:27,Tiaris olivaceus,2,25.7,Visual,PO +SANTIAGO,Guacaica,1063,2,17-Nov,6:17,6:27,Stilpnia vitriolina,2,15.2,Visual,AD +SANTIAGO,Guacaica,1063,2,17-Nov,6:17,6:27,Tyrannus melancholicus,1,23.4,Visual,AD +SANTIAGO,Guacaica,1063,2,17-Nov,6:17,6:27,Zenaida auriculata,3,,Vuelo,NA +SANTIAGO,Guacaica,1063,2,17-Nov,6:17,6:27,Pionus chalcopterus,1,,Vuelo,NA +SANTIAGO,Guacaica,1063,2,17-Nov,6:17,6:27,Bubulcus ibis,2,49.1,Visual,PO +SANTIAGO,Guacaica,1063,2,17-Nov,6:17,6:27,Pheugopedius mystacalis,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,2,17-Nov,6:17,6:27,Turdus ignobilis,1,31.2,Visual,PO +SANTIAGO,Guacaica,1063,5,17-Nov,6:41,6:51,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,5,17-Nov,6:41,6:51,Vireo leucophrys,1,24.5,Visual,BNC +SANTIAGO,Guacaica,1063,5,17-Nov,6:41,6:51,Synallaxis albescens,1,19.8,Visual,BNC +SANTIAGO,Guacaica,1063,5,17-Nov,6:41,6:51,Setophaga fusca,2,26.4,Visual,BNC +SANTIAGO,Guacaica,1063,4,17-Nov,7:05,7:15,Malacoptila mystacalis,2,13.4,Visual,BNC +SANTIAGO,Guacaica,1063,4,17-Nov,7:05,7:15,Stilpnia cyanicollis,1,28.7,Visual,BNC +SANTIAGO,Guacaica,1063,4,17-Nov,7:05,7:15,Stilpnia heinei,2,31,Visual,BNC +SANTIAGO,Guacaica,1063,4,17-Nov,7:05,7:15,Contopus sordidulus,1,40.9,Visual,BNC +SANTIAGO,Guacaica,1063,4,17-Nov,7:05,7:15,Coragyps atratus,5,,Vuelo,NA +SANTIAGO,Guacaica,1063,4,17-Nov,7:05,7:15,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,4,17-Nov,7:05,7:15,Phimosus infuscatus,1,31.2,Visual,PO +SANTIAGO,Guacaica,1063,3,17-Nov,7:29,7:39,Tiaris olivaceus,2,19.7,Visual,OC +SANTIAGO,Guacaica,1063,3,17-Nov,7:29,7:39,Tyrannus melancholicus,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,3,17-Nov,7:29,7:39,Molothrus bonariensis,1,26.3,Visual,OC +SANTIAGO,Guacaica,1063,6,17-Nov,7:52,8:02,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,6,17-Nov,7:52,8:02,Cathartes aura,2,,Vuelo,NA +SANTIAGO,Guacaica,1063,6,17-Nov,7:52,8:02,Melanerpes formicivorus,3,62.1,Visual,BC +SANTIAGO,Guacaica,1063,6,17-Nov,7:52,8:02,Piranga rubra,1,22.7,Visual,BC +SANTIAGO,Guacaica,1063,6,17-Nov,7:52,8:02,Sporophila luctuosa,2,19.8,Visual,PO +SANTIAGO,Guacaica,1063,6,17-Nov,7:52,8:02,Egretta thula,4,,Vuelo,NA +SANTIAGO,Guacaica,1063,6,17-Nov,7:52,8:02,Volatinia jacarina,1,31.6,Visual,PO +SANTIAGO,Guacaica,1063,7,17-Nov,8:11,8:21,Serpophaga cinerea,3,21.3,Visual,CAG +SANTIAGO,Guacaica,1063,7,17-Nov,8:11,8:21,Arremon brunneinucha,1,23.6,Visual,BC +SANTIAGO,Guacaica,1063,7,17-Nov,8:11,8:21,Colibri coruscans,1,34.9,Visual,BC +SANTIAGO,Guacaica,1063,7,17-Nov,8:11,8:21,Myiozetetes cayanensis,1,22.1,Visual,BC +SANTIAGO,Guacaica,1063,7,17-Nov,8:11,8:21,Leiothlypis peregrina,1,28,Visual,BC +SANTIAGO,Guacaica,1063,8,17-Nov,8:35,8:45,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,8,17-Nov,8:35,8:45,Leptopogon superciliaris,1,24.2,Visual,BNC +SANTIAGO,Guacaica,1063,8,17-Nov,8:35,8:45,Atlapetes albinucha,1,31.7,Visual,BNC +SANTIAGO,Guacaica,1063,9,17-Nov,8:56,9:06,Columbina talpacoti,2,26.6,Visual,PO +SANTIAGO,Guacaica,1063,9,17-Nov,8:56,9:06,Stilpnia vitriolina,1,16.8,Visual,AR-3 +SANTIAGO,Guacaica,1063,9,17-Nov,8:56,9:06,Pionus chalcopterus,8,,Vuelo,NA +SANTIAGO,Guacaica,1063,9,17-Nov,8:56,9:06,Phimosus infuscatus,2,,Vuelo,NA +SANTIAGO,Guacaica,1063,9,17-Nov,8:56,9:06,Turdus ignobilis,1,25.4,Visual,AD +SANTIAGO,Guacaica,1063,9,17-Nov,8:56,9:06,Tiaris olivaceus,1,9.1,Visual,PO +SANTIAGO,Guacaica,1063,10,17-Nov,9:25,9:35,Synallaxis azarae,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,10,17-Nov,9:25,9:35,Thraupis palmarum,2,22.1,Visual,AD +SANTIAGO,Guacaica,1063,10,17-Nov,9:25,9:35,Ramphocelus flammigerus,2,29.5,Visual,AD +SANTIAGO,Guacaica,1063,10,17-Nov,9:25,9:35,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,10,17-Nov,9:25,9:35,Zonotrichia capensis,1,19.1,Visual,PO +SANTIAGO,Guacaica,1063,10,17-Nov,9:25,9:35,Vanellus chilensis,2,,Vuelo,NA +SANTIAGO,Guacaica,1063,10,17-Nov,9:25,9:35,Turdus ignobilis,1,42.3,Visual,PO +SANTIAGO,Guacaica,1063,11,17-Nov,9:51,10:01,Tangara arthus,2,37.3,Visual,BNC +SANTIAGO,Guacaica,1063,11,17-Nov,9:51,10:01,Pheugopedius mystacalis,1,,Auditivo,NA +SANTIAGO,Guacaica,1063,11,17-Nov,9:51,10:01,Momotus aequatorialis,1,,Auditivo,NA +JUAN,Guacaica,837,1,18-Nov,5:57,6:07,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,837,1,18-Nov,5:57,6:07,Coereba flaveola,1,18.6,visual,PO +JUAN,Guacaica,837,1,18-Nov,5:57,6:07,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,837,1,18-Nov,5:57,6:07,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,837,1,18-Nov,5:57,6:07,Tyrannus melancholicus,1,56.1,visual,BNC +JUAN,Guacaica,837,1,18-Nov,5:57,6:07,Vanellus chilensis,2,,Auditivo,NA +JUAN,Guacaica,837,2,18-Nov,6:14,6:24,Rupornis magnirostris,1,,Auditivo,NA +JUAN,Guacaica,837,2,18-Nov,6:14,6:24,Sporophila intermedia,2,30,visual,PO +JUAN,Guacaica,837,2,18-Nov,6:14,6:24,Stilpnia vitriolina,2,,vuelo,NA +JUAN,Guacaica,837,2,18-Nov,6:14,6:24,Synallaxis azarae,1,,Auditivo,NA +JUAN,Guacaica,837,2,18-Nov,6:14,6:24,Tangara nigroviridis,1,26.4,visual,AD +JUAN,Guacaica,837,2,18-Nov,6:14,6:24,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,837,2,18-Nov,6:14,6:24,Troglodytes aedon,1,,Auditivo,NA +JUAN,Guacaica,837,2,18-Nov,6:14,6:24,Tyrannus melancholicus,1,93.1,visual,AD +JUAN,Guacaica,837,2,18-Nov,6:14,6:24,Zenaida auriculata,1,,vuelo,NA +JUAN,Guacaica,837,2,18-Nov,6:14,6:24,Zonotrichia capensis,1,21.7,visual,PO +JUAN,Guacaica,837,2,18-Nov,6:14,6:24,Zonotrichia capensis,1,12.4,visual,PO +JUAN,Guacaica,837,3,18-Nov,6:33,6:43,Chlorophanes spiza,1,38.6,visual,BNC +JUAN,Guacaica,837,3,18-Nov,6:33,6:43,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guacaica,837,3,18-Nov,6:33,6:43,Grallaria ruficapilla,2,,Auditivo,NA +JUAN,Guacaica,837,3,18-Nov,6:33,6:43,Tapera naevia,1,,Auditivo,NA +JUAN,Guacaica,837,3,18-Nov,6:33,6:43,Tiaris olivaceus,2,,Auditivo,NA +JUAN,Guacaica,837,3,18-Nov,6:33,6:43,Turdus fuscater,2,,Auditivo,NA +JUAN,Guacaica,837,3,18-Nov,6:33,6:43,Xiphocolaptes promeropirhynchus,1,,Auditivo,NA +JUAN,Guacaica,837,3,18-Nov,6:33,6:43,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,837,4,18-Nov,6:53,7:03,Amazona mercenarius,2,,vuelo,NA +JUAN,Guacaica,837,4,18-Nov,6:53,7:03,Coragyps atratus,1,,vuelo,NA +JUAN,Guacaica,837,4,18-Nov,6:53,7:03,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,837,4,18-Nov,6:53,7:03,Turdus ignobilis,1,,vuelo,NA +JUAN,Guacaica,837,4,18-Nov,6:53,7:03,Tyrannus melancholicus,1,77.3,visual,AD +JUAN,Guacaica,837,4,18-Nov,6:53,7:03,Vanellus chilensis,2,33.6,visual,PO +JUAN,Guacaica,837,4,18-Nov,6:53,7:03,Zonotrichia capensis,1,15.2,visual,PO +JUAN,Guacaica,837,4,18-Nov,6:53,7:03,Zonotrichia capensis,1,28.4,visual,PO +JUAN,Guacaica,837,5,18-Nov,7:35,7:45,Chlorophonia cyanocephala,1,56.3,visual,BNC +JUAN,Guacaica,837,5,18-Nov,7:35,7:45,Cyanocorax affinis,3,45.2,visual,BNC +JUAN,Guacaica,837,5,18-Nov,7:35,7:45,Dryocopus lineatus,1,,Auditivo,NA +JUAN,Guacaica,837,5,18-Nov,7:35,7:45,Pheugopedius mystacalis,2,,Auditivo,NA +JUAN,Guacaica,837,5,18-Nov,7:35,7:45,Pionus chalcopterus,2,,vuelo,NA +JUAN,Guacaica,837,5,18-Nov,7:35,7:45,Thraupis episcopus,1,,vuelo,NA +JUAN,Guacaica,837,5,18-Nov,7:35,7:45,Troglodytes aedon,1,16.8,visual,PO +JUAN,Guacaica,837,5,18-Nov,7:35,7:45,Tyrannus melancholicus,1,30.7,visual,BNC +JUAN,Guacaica,837,6,18-Nov,8:03,8:13,Bubulcus ibis,4,38.2,visual,PO +JUAN,Guacaica,837,6,18-Nov,8:03,8:13,Contopus sordidulus,1,31.2,visual,BC +JUAN,Guacaica,837,6,18-Nov,8:03,8:13,Tiaris olivaceus,1,,Auditivo,NA +JUAN,Guacaica,837,6,18-Nov,8:03,8:13,Turdus fuscater,1,,Auditivo,NA +JUAN,Guacaica,837,6,18-Nov,8:03,8:13,Turdus ignobilis,1,50.6,visual,BC +JUAN,Guacaica,837,6,18-Nov,8:03,8:13,Tyrannus melancholicus,1,44.1,visual,RE +JUAN,Guacaica,837,6,18-Nov,8:03,8:13,Zonotrichia capensis,2,21.8,visual,PO +JUAN,Guacaica,837,7,18-Nov,8:30,8:40,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,837,7,18-Nov,8:30,8:40,Myadestes ralloides,1,,Auditivo,NA +JUAN,Guacaica,837,8,18-Nov,8:56,9:06,Bubulcus ibis,1,,vuelo,NA +JUAN,Guacaica,837,8,18-Nov,8:56,9:06,Camptostoma obsoletum,1,,Auditivo,NA +JUAN,Guacaica,837,8,18-Nov,8:56,9:06,Pheugopedius mystacalis,1,,Auditivo,NA +JUAN,Guacaica,837,8,18-Nov,8:56,9:06,Pionus chalcopterus,3,,vuelo,NA +JUAN,Guacaica,837,8,18-Nov,8:56,9:06,Piranga rubra,1,,vuelo,NA +JUAN,Guacaica,837,8,18-Nov,8:56,9:06,Stelgidopteryx ruficollis,9,,vuelo,NA +JUAN,Guacaica,837,8,18-Nov,8:56,9:06,Zonotrichia capensis,1,,Auditivo,NA +JUAN,Guacaica,837,9,18-Nov,9:20,9:30,Colaptes rubiginosus,1,,Auditivo,NA +JUAN,Guacaica,837,9,18-Nov,9:20,9:30,Coragyps atratus,4,,vuelo,NA +JUAN,Guacaica,837,9,18-Nov,9:20,9:30,Henicorhina leucophrys,1,,Auditivo,NA +JUAN,Guacaica,837,9,18-Nov,9:20,9:30,Leptotila verreauxi,1,,vuelo,NA +JUAN,Guacaica,837,9,18-Nov,9:20,9:30,Rupornis magnirostris,2,,Auditivo,NA +JUAN,Guacaica,837,9,18-Nov,9:20,9:30,Zimmerius chrysops,1,,Auditivo,NA +SANTIAGO,Guacaica,837,9,18-Nov,6:00,6:10,Colaptes rubiginosus,1,,Auditivo,NA +SANTIAGO,Guacaica,837,9,18-Nov,6:00,6:10,Stelgidopteryx ruficollis,4,,Vuelo,NA +SANTIAGO,Guacaica,837,9,18-Nov,6:00,6:10,Turdus fuscater,1,19.2,Visual,PO +SANTIAGO,Guacaica,837,9,18-Nov,6:00,6:10,Cardellina canadensis,1,41,Visual,BNC +SANTIAGO,Guacaica,837,9,18-Nov,6:00,6:10,Coragyps atratus,2,,Vuelo,NA +SANTIAGO,Guacaica,837,9,18-Nov,6:00,6:10,Zonotrichia capensis,1,26.3,Visual,PO +SANTIAGO,Guacaica,837,8,18-Nov,6:18,6:28,Stilpnia heinei,2,19.7,Visual,BNC +SANTIAGO,Guacaica,837,8,18-Nov,6:18,6:28,Synallaxis albescens,1,,Auditivo,NA +SANTIAGO,Guacaica,837,8,18-Nov,6:18,6:28,Contopus sordidulus,1,42.3,Visual,BNC +SANTIAGO,Guacaica,837,8,18-Nov,6:18,6:28,Daptrius chimachima,1,29.8,Visual,BNC +SANTIAGO,Guacaica,837,8,18-Nov,6:18,6:28,Streptoprocne zonaris,13,,Vuelo,NA +SANTIAGO,Guacaica,837,8,18-Nov,6:18,6:28,Icterus chrysater,1,,Auditivo,NA +SANTIAGO,Guacaica,837,8,18-Nov,6:18,6:28,Zonotrichia capensis,1,16.4,Visual,PO +SANTIAGO,Guacaica,837,6,18-Nov,6:43,6:53,Tyrannus melancholicus,2,46.2,Visual,AD +SANTIAGO,Guacaica,837,6,18-Nov,6:43,6:53,Dryobates kirkii,1,34.1,Visual,BNC +SANTIAGO,Guacaica,837,6,18-Nov,6:43,6:53,Sporophila nigricollis,1,19,Visual,PO +SANTIAGO,Guacaica,837,6,18-Nov,6:43,6:53,Pheugopedius mystacalis,1,,Auditivo,NA +SANTIAGO,Guacaica,837,6,18-Nov,6:43,6:53,Coragyps atratus,4,,Vuelo,NA +SANTIAGO,Guacaica,837,7,18-Nov,7:18,7:28,Chamaepetes goudotii,1,26.9,Visual,BNC +SANTIAGO,Guacaica,837,7,18-Nov,7:18,7:28,Diglossa cyanea,1,11.1,Visual,BNC +SANTIAGO,Guacaica,837,7,18-Nov,7:18,7:28,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guacaica,837,5,18-Nov,7:41,7:51,Stilpnia heinei,2,31.8,Visual,BNC +SANTIAGO,Guacaica,837,5,18-Nov,7:41,7:51,Setophaga fusca,1,41.3,Visual,BNC +SANTIAGO,Guacaica,837,5,18-Nov,7:41,7:51,Turdus fuscater,2,26.9,Visual,PO +SANTIAGO,Guacaica,837,5,18-Nov,7:41,7:51,Cyanocorax affinis,6,36.4,Visual,BNC +SANTIAGO,Guacaica,837,5,18-Nov,7:41,7:51,Troglodytes aedon,1,,Auditivo,NA +SANTIAGO,Guacaica,837,5,18-Nov,7:41,7:51,Tyrannus melancholicus,1,12.1,Visual,BNC +SANTIAGO,Guacaica,837,5,18-Nov,7:41,7:51,Pionus chalcopterus,14,,Vuelo,NA +SANTIAGO,Guacaica,837,5,18-Nov,7:41,7:51,Tolmomyias sulphurescens,1,25.5,Visual,BNC +SANTIAGO,Guacaica,837,4,18-Nov,8:06,8:16,Vanellus chilensis,2,29.8,Visual,PO +SANTIAGO,Guacaica,837,4,18-Nov,8:06,8:16,Sporophila luctuosa,1,36.1,Visual,PO +SANTIAGO,Guacaica,837,4,18-Nov,8:06,8:16,Rupornis magnirostris,1,68.7,Visual,AD +SANTIAGO,Guacaica,837,4,18-Nov,8:06,8:16,Pygochelidon cyanoleuca,9,,Vuelo,NA +SANTIAGO,Guacaica,837,4,18-Nov,8:06,8:16,Tiaris olivaceus,1,29.6,Visual,PO +SANTIAGO,Guacaica,837,3,18-Nov,8:24,8:34,Tangara vassorii,2,36.7,Visual,BNC +SANTIAGO,Guacaica,837,3,18-Nov,8:24,8:34,Tangara arthus,1,35.1,Visual,BNC +SANTIAGO,Guacaica,837,3,18-Nov,8:24,8:34,Stilpnia cyanicollis,2,36.9,Visual,BNC +SANTIAGO,Guacaica,837,3,18-Nov,8:24,8:34,Coragyps atratus,5,,Vuelo,NA +SANTIAGO,Guacaica,837,3,18-Nov,8:24,8:34,Grallaria ruficapilla,1,,Auditivo,NA +SANTIAGO,Guacaica,837,3,18-Nov,8:24,8:34,Piaya cayana,1,39.5,Visual,BNC +SANTIAGO,Guacaica,837,3,18-Nov,8:24,8:34,Chlorophanes spiza,1,41.2,Visual,BNC +SANTIAGO,Guacaica,837,3,18-Nov,8:24,8:34,Pheugopedius mystacalis,2,,Auditivo,NA +SANTIAGO,Guacaica,837,3,18-Nov,8:24,8:34,Pygochelidon cyanoleuca,7,,Vuelo,NA +SANTIAGO,Guacaica,837,3,18-Nov,8:24,8:34,Piranga rubra,1,74.1,Visual,BNC +SANTIAGO,Guacaica,837,2,18-Nov,8:45,8:55,Vanellus chilensis,2,29.7,Visual,PO +SANTIAGO,Guacaica,837,2,18-Nov,8:45,8:55,Zonotrichia capensis,1,46.5,Visual,PO +SANTIAGO,Guacaica,837,2,18-Nov,8:45,8:55,Turdus fuscater,1,32.1,Visual,PO +SANTIAGO,Guacaica,837,1,18-Nov,9:22,9:32,Stilpnia vitriolina,2,41.6,Visual,BNC +SANTIAGO,Guacaica,837,1,18-Nov,9:22,9:32,Sicalis flaveola,1,16.2,Visual,PO +SANTIAGO,Guacaica,837,1,18-Nov,9:22,9:32,Tiaris olivaceus,1,22.1,Visual,PO +SANTIAGO,Guacaica,837,1,18-Nov,9:22,9:32,Zonotrichia capensis,2,18.7,Visual,PO +SANTIAGO,Guacaica,837,1,18-Nov,9:22,9:32,Coereba flaveola,1,23.3,Visual,PO diff --git a/R/BFI/cv_watersheds_v3.R b/R/BFI/cv_watersheds_v3.R new file mode 100644 index 0000000..6c1b8f3 --- /dev/null +++ b/R/BFI/cv_watersheds_v3.R @@ -0,0 +1,315 @@ +# set up ----------------------------------------------------------------------- +library(vegan) +library(unmarked) +library(mgcv) +library(mgcViz) +library(tidyverse) +library(lubridate) +library(stringr) + +setwd("C:/Users/tmeehan/Box/Cauca Valley monitoring/r_work") +dir() +# ------------------------------------------------------------------------------ + + +# get raw count data ----------------------------------------------------------- +d0 <- read.csv("BASE DE DATOS FINAL AUDUBON.csv") %>% + rename_all(tolower) %>% + rename_all(~ gsub(".", "_", ., fixed=T)) %>% + filter(tipo_de_registro %in% c("Visual","Auditivo","visual","auditivo")) %>% + mutate(distance=as.numeric(stringr::str_trim(distancia))) %>% + mutate(date=dmy(paste0(str_trim(fecha), "-2023"))) %>% + mutate(hora_inicio=hm(hora_inicio), + hora_final=hm(hora_final)) %>% + mutate(start_time=hour(hora_inicio)+(minute(hora_inicio)/60), + end_time=hour(hora_final)+(minute(hora_final)/60), + month=month(date)) %>% + mutate(count=as.numeric(str_trim(individuos)), + observador=str_trim(observador), + cuenca=str_trim(cuenca), + celda=str_trim(celda), + punto=str_trim(punto)) %>% + filter(!is.na(count)) %>% + select(watershed=cuenca, site=celda, point=punto, date, month, + observer_id=observador, start_time, end_time, species=especie, + distance, count) %>% + uncount(count) %>% + mutate(month=ifelse(month==9, 8, month)) +head(d0) + +# check some sampling properties +d0 %>% mutate(site=as.numeric(site)) %>% distinct(site) %>% + arrange(site) # up to 8 sites +d0 %>% mutate(point=as.numeric(point)) %>% distinct(point) %>% + arrange(point) # up to 13 points per site +d0 %>% distinct(date) %>% arrange(date) # 40 dates +d0 %>% distinct(date, month) %>% arrange(month, date) %>% + group_by(month) %>% count() # 3 to 8 dates per month +d0 %>% distinct(site, month) %>% arrange(month, site) %>% + group_by(month) %>% count() # 3 to 8 sites per month +d0 %>% distinct(site, point, date, observer_id) %>% + mutate(point=as.numeric(point)) %>% + arrange(date, site, point, observer_id) %>% + group_by(date, site, point) %>% count() %>% + View() # almost always two observers per count + +# just landbird species with trait data +spp1 <- read.csv("species_detect_diet_acad_forage_trait_data_022024.csv") %>% + filter(guild=="landbird") +d1 <- d0 %>% filter(species %in% spp1$species) +# ------------------------------------------------------------------------------ + + + +# distance analysis ------------------------------------------------------------ +# filter out no distance data and distance over 100 +max_d <- 80 +d2 <- d1 %>% + filter(!is.na(distance), + distance<=max_d) + +# just species with large sample more than 20 +thresh_ss <- 20 +d2 <- d2 %>% group_by(species) %>% mutate(n_counted=n()) %>% + ungroup() %>% + filter(n_counted>=thresh_ss) %>% + arrange(species) +d2 %>% group_by(species) %>% count() %>% ungroup() %>% arrange(desc(n)) %>% + View() + +# info +n_species <- length(unique(d2$species)) +spp_nams <- unique(d2$species) + +# make counts per bin +d3 <- d2 %>% + mutate(distance_bin=ifelse(distance=max_d/4 & distance=max_d/2 & distance% + group_by(site, point, month, species, distance_bin) %>% + count() + +# zero fill +all_combos <- expand_grid(site=unique(d3$site), + point=unique(d3$point), + month=unique(d3$month), + species=unique(d3$species), + distance_bin=unique(d3$distance_bin)) +d4 <- all_combos %>% left_join(d3) %>% mutate(n=ifelse(is.na(n), 0, n)) %>% + arrange(distance_bin, species, n) + +# loop through species +dist_out <- c() +for(i in 1:length(spp_nams)){ + # data + d_i <- d4 %>% filter(species==spp_nams[i]) %>% + pivot_wider(values_from=n, names_from=distance_bin) + # umf + umf_i <- unmarkedFrameDS(y=as.matrix(d_i[,5:8]), + #siteCovs=data.frame(), + dist.breaks=c(0,max_d/4,max_d/2,max_d*3/4, max_d), + unitsIn="m", survey="point") + # model + dm_i <- distsamp(~1 ~1, umf_i) + # effective area + sig <- exp(coef(dm_i, type="det")) + ea <- 2*pi * integrate(grhn, 0, max_d, sigma=sig)$value + # detection probability + dp_i <- ea / (pi*max_d^2) + df_i <- data.frame(species=spp_nams[i], dist_det_p=dp_i) + dist_out <- rbind(dist_out, df_i) +} +# ------------------------------------------------------------------------------ + + + +# occupancy analysis ---------------------------------------------------------- +# just species with large sample more than 20 +d2 <- d1 %>% group_by(species) %>% mutate(n_counted=n()) %>% + ungroup() %>% + filter(n_counted>=thresh_ss) %>% + arrange(species) +d2 %>% group_by(species) %>% count() %>% ungroup() %>% arrange(desc(n)) %>% + View() + +# info +n_species <- length(unique(d2$species)) +spp_nams <- unique(d2$species) + +# make counts +d3 <- d2 %>% + mutate(observer_id=str_trim(observer_id)) %>% + group_by(site, point, month, species, observer_id) %>% + count() + +# zero fill +all_combos <- expand_grid(site=unique(d3$site), + point=unique(d3$point), + month=unique(d3$month), + species=unique(d3$species), + observer_id=unique(d3$observer_id)) +d4 <- all_combos %>% left_join(d3) %>% + mutate(n=ifelse(is.na(n), 0, n)) %>% + arrange(site, point, month, species) %>% + pivot_wider(values_from = n, names_from=observer_id) %>% + rename(y1=SANTIAGO, y2=JUAN) %>% + arrange(species, site, point, month) %>% + mutate(y2=ifelse(y2>0, 1, 0), + y1=ifelse(y1>0, 1, 0)) + +# loop through species +occ_out <- c() +for(i in 1:length(spp_nams)){ + d_i <- d4 %>% filter(species==spp_nams[i]) %>% select(y1, y2) %>% as.matrix() + umf_i <- unmarkedFrameOccu(y=d_i) + om_i <- occu(~1 ~1, umf_i) + p_i <- as.numeric(plogis(coef(om_i)[2])) + df_i <- data.frame(species=spp_nams[i], + occ_det_p=p_i) + occ_out <- rbind(occ_out, df_i) +} +# ------------------------------------------------------------------------------ + + + +# combine detection probabilities -------------------------------------------------------- +detect_scores <- spp1 %>% select(species, com_name=Clements_2023_com_name, + detect_score=detectability_score) %>% + left_join(dist_out) %>% left_join(occ_out) +(dist_mean_coefs <- coef(lm(dist_det_p~-1+factor(detect_score), + data=detect_scores))) +(occ_mean_coefs <- coef(lm(occ_det_p~-1+factor(detect_score), + data=detect_scores))) +detect_scores <- detect_scores %>% + mutate(dist_det_p=ifelse(is.na(dist_det_p) & detect_score==1, + dist_mean_coefs[1], + ifelse(is.na(dist_det_p) & detect_score==2, + dist_mean_coefs[2], + ifelse(is.na(dist_det_p) & + detect_score==3, + dist_mean_coefs[3], dist_det_p)))) %>% + mutate(occ_det_p=ifelse(is.na(occ_det_p) & detect_score==1, + occ_mean_coefs[1], + ifelse(is.na(occ_det_p) & detect_score==2, + occ_mean_coefs[2], + ifelse(is.na(occ_det_p) & + detect_score==3, + occ_mean_coefs[3], occ_det_p)))) +#------------------------------------------------------------------------------- + + + +# define functional species ---------------------------------------------------- +library(cluster) +library(NbClust) +head(spp1) + +# functional data for clustering +t1 <- spp1 %>% filter(guild=="landbird") %>% + rename_with(~tolower(gsub(".", "_", .x, fixed=T))) %>% + select(-(2:7)) + +# make a distance matrix +d_gower <- daisy(t1[,-1], metric="gower", stand=TRUE, + weights=c(rep(3/9/10, 10), + rep(3/9/8, 8), + rep(3/9/1, 1))) +# create clusters +clust <- NbClust(diss=d_gower, distance=NULL, method="ward.D", + index="silhouette") + +# best clusters +func_out <- spp1 %>% filter(guild=="landbird") %>% + select(species, com_name=Clements_2023_com_name) %>% + mutate(func_spec=clust$Best.partition) %>% + arrange(func_spec) +# write.csv(inddf, "functional species v1.csv") +# ------------------------------------------------------------------------------ + + + + + +# get conservation scores ------------------------------------------------------ +cscore_out <- spp1 %>% filter(guild=="landbird") %>% + rename_with(~tolower(gsub(".", "_", .x, fixed=T))) %>% + select(species, ccs_b) +# ------------------------------------------------------------------------------ + + + + +# combine all species level info ----------------------------------------------- +final_spp_tab <- detect_scores %>% + left_join(func_out %>% select(-2)) %>% + left_join(cscore_out) +write_csv(final_spp_tab, "final_species_table_030824.csv") +# ------------------------------------------------------------------------------ + + + +# combine counts and species level data ---------------------------------------- +head(d1) +unique(d1$species) +d5 <- d1 %>% group_by(watershed, site, point, month, observer_id, species) %>% + count() %>% + ungroup %>% + group_by(watershed, site, point, month, species) %>% + summarise(mean_count=mean(n)) %>% + ungroup() %>% + left_join(final_spp_tab) %>% + mutate(occ_correct_mean_count=mean_count*(1/occ_det_p)) %>% + mutate(detect_correct_mean_density=(mean_count* + (1/dist_det_p))*(pi*max_d*max_d/(100*100))) %>% + mutate(score_weighted_dens=detect_correct_mean_density*ccs_b) +# ------------------------------------------------------------------------------ + + + + +# point level bfi and other metrics -------------------------------------------- +point_bfi <- d5 %>% group_by(watershed, site, point, month) %>% + summarize(spp_rich=n(), + func_rich=length(unique(func_spec)), + func_shannon=diversity(detect_correct_mean_density), + sum_cw_abund=sum(score_weighted_dens)) %>% + ungroup() %>% + mutate(bfi_unscaled=func_shannon*sum_cw_abund, + bfi_scaled=plogis(as.numeric(scale(bfi_unscaled)))) +# ------------------------------------------------------------------------------ + + + +# join bfi with habitat -------------------------------------------------------- +h1 <- read_csv("Caracterización_puntos_de_muestreo.csv") %>% + mutate(site_point=str_trim(site_point), + site=str_split(site_point, pattern="-", simplify = T)[,1], + point=str_split(site_point, pattern="-", simplify = T)[,2]) %>% + select(-site_point) %>% + select(watershed, site, point, x, y, starts_with("perc")) %>% + arrange(site, point) +point_bfi_habitat <- point_bfi %>% left_join(h1) %>% + mutate(watershed=factor(watershed), + site=factor(site), + point=factor(point)) +# ------------------------------------------------------------------------------ + + + + + +# quick model ------------------------------------------------------------------ +names(point_bfi_habitat) +mod1 <- gam(bfi_scaled ~ 1 + site + + s(perc_forest_no_fence, k=3) + + s(perc_savanna, k=3) + + s(perc_pasture, k=3) + + s(perc_water, k=3) + + s(month, k=3), + data=point_bfi_habitat) +summary(mod1) +b <- getViz(mod1) +print(plot(b, allTerms = T), pages = 1) +# ------------------------------------------------------------------------------ + + diff --git a/R/BFI/distance_data_v1.csv b/R/BFI/distance_data_v1.csv new file mode 100644 index 0000000..5f924ab --- /dev/null +++ b/R/BFI/distance_data_v1.csv @@ -0,0 +1,4084 @@ +watershed,site,point,date,month,observer_id,start_time,end_time,species,distance +Guabas,205,9,6/5/2023,6,JUAN,6,6.166666667,Pyrocephalus rubinus,18 +Guabas,205,9,6/5/2023,6,JUAN,6,6.166666667,Pyrocephalus rubinus,18 +Guabas,205,9,6/5/2023,6,JUAN,6,6.166666667,Stilpnia vitriolina,5.9 +Guabas,205,9,6/5/2023,6,JUAN,6,6.166666667,Thraupis episcopus,19.5 +Guabas,205,9,6/5/2023,6,JUAN,6,6.166666667,Thraupis episcopus,19.5 +Guabas,205,9,6/5/2023,6,JUAN,6,6.166666667,Turdus ignobilis,16.5 +Guabas,205,9,6/5/2023,6,JUAN,6,6.166666667,Turdus ignobilis,23.3 +Guabas,205,9,6/5/2023,6,JUAN,6,6.166666667,Tyrannus melancholicus,29.5 +Guabas,205,9,6/5/2023,6,JUAN,6,6.166666667,Tyrannus melancholicus,57.1 +Guabas,205,6,6/5/2023,6,JUAN,6.25,6.416666667,Colaptes rubiginosus,67.6 +Guabas,205,6,6/5/2023,6,JUAN,6.25,6.416666667,Elaenia flavogaster,17.7 +Guabas,205,6,6/5/2023,6,JUAN,6.25,6.416666667,Forpus conspicillatus,28 +Guabas,205,6,6/5/2023,6,JUAN,6.25,6.416666667,Forpus conspicillatus,28 +Guabas,205,6,6/5/2023,6,JUAN,6.25,6.416666667,Forpus conspicillatus,13.9 +Guabas,205,6,6/5/2023,6,JUAN,6.25,6.416666667,Forpus conspicillatus,13.9 +Guabas,205,6,6/5/2023,6,JUAN,6.25,6.416666667,Forpus conspicillatus,13.9 +Guabas,205,6,6/5/2023,6,JUAN,6.25,6.416666667,Forpus conspicillatus,13.9 +Guabas,205,6,6/5/2023,6,JUAN,6.25,6.416666667,Molothrus bonariensis,80 +Guabas,205,6,6/5/2023,6,JUAN,6.25,6.416666667,Sicalis flaveola,7.7 +Guabas,205,6,6/5/2023,6,JUAN,6.25,6.416666667,Troglodytes aedon,13.7 +Guabas,205,6,6/5/2023,6,JUAN,6.25,6.416666667,Tyrannus melancholicus,33.8 +Guabas,205,7,6/5/2023,6,JUAN,6.6,6.766666667,Bubulcus ibis,181.3 +Guabas,205,7,6/5/2023,6,JUAN,6.6,6.766666667,Chlorophanes spiza,20.8 +Guabas,205,7,6/5/2023,6,JUAN,6.6,6.766666667,Chlorophanes spiza,20.8 +Guabas,205,7,6/5/2023,6,JUAN,6.6,6.766666667,Chlorophanes spiza,14.2 +Guabas,205,7,6/5/2023,6,JUAN,6.6,6.766666667,Forpus conspicillatus,12.2 +Guabas,205,7,6/5/2023,6,JUAN,6.6,6.766666667,Forpus conspicillatus,13.1 +Guabas,205,7,6/5/2023,6,JUAN,6.6,6.766666667,Rupornis magnirostris,54.3 +Guabas,205,7,6/5/2023,6,JUAN,6.6,6.766666667,Sporophila nigricollis,8.3 +Guabas,205,7,6/5/2023,6,JUAN,6.6,6.766666667,Stilpnia cyanicollis,17.3 +Guabas,205,7,6/5/2023,6,JUAN,6.6,6.766666667,Stilpnia cyanicollis,17.3 +Guabas,205,7,6/5/2023,6,JUAN,6.6,6.766666667,Todirostrum cinereum,6 +Guabas,205,7,6/5/2023,6,JUAN,6.6,6.766666667,Todirostrum cinereum,6 +Guabas,205,7,6/5/2023,6,JUAN,6.6,6.766666667,Vanellus chilensis,259 +Guabas,205,7,6/5/2023,6,JUAN,6.6,6.766666667,Vanellus chilensis,259 +Guabas,205,8,6/5/2023,6,JUAN,7,7.166666667,Coereba flaveola,7.5 +Guabas,205,8,6/5/2023,6,JUAN,7,7.166666667,Coereba flaveola,42.1 +Guabas,205,8,6/5/2023,6,JUAN,7,7.166666667,Elaenia flavogaster,20.3 +Guabas,205,8,6/5/2023,6,JUAN,7,7.166666667,Pionus chalcopterus,107.9 +Guabas,205,8,6/5/2023,6,JUAN,7,7.166666667,Ramphocelus dimidiatus,30.7 +Guabas,205,8,6/5/2023,6,JUAN,7,7.166666667,Ramphocelus dimidiatus,30.7 +Guabas,205,8,6/5/2023,6,JUAN,7,7.166666667,Saucerottia saucerottei,33.4 +Guabas,205,8,6/5/2023,6,JUAN,7,7.166666667,Spinus psaltria,13.5 +Guabas,205,8,6/5/2023,6,JUAN,7,7.166666667,Volatinia jacarina,8 +Guabas,205,8,6/5/2023,6,JUAN,7,7.166666667,Volatinia jacarina,8 +Guabas,205,8,6/5/2023,6,JUAN,7,7.166666667,Volatinia jacarina,8 +Guabas,205,8,6/5/2023,6,JUAN,7,7.166666667,Volatinia jacarina,12.6 +Guabas,205,10,6/5/2023,6,JUAN,7.55,7.716666667,Arremon brunneinucha,2 +Guabas,205,10,6/5/2023,6,JUAN,7.55,7.716666667,Arremon brunneinucha,2 +Guabas,205,10,6/5/2023,6,JUAN,7.55,7.716666667,Columbina talpacoti,18.4 +Guabas,205,10,6/5/2023,6,JUAN,7.55,7.716666667,Forpus conspicillatus,18.9 +Guabas,205,10,6/5/2023,6,JUAN,7.55,7.716666667,Forpus conspicillatus,18.9 +Guabas,205,10,6/5/2023,6,JUAN,7.55,7.716666667,Myiozetetes cayanensis,16.5 +Guabas,205,10,6/5/2023,6,JUAN,7.55,7.716666667,Myiozetetes cayanensis,92.9 +Guabas,205,10,6/5/2023,6,JUAN,7.55,7.716666667,Picumnus granadensis,13.5 +Guabas,205,10,6/5/2023,6,JUAN,7.55,7.716666667,Spinus psaltria,13.3 +Guabas,205,10,6/5/2023,6,JUAN,7.55,7.716666667,Turdus ignobilis,10.3 +Guabas,205,10,6/5/2023,6,JUAN,7.55,7.716666667,Turdus ignobilis,10.3 +Guabas,205,5,6/5/2023,6,JUAN,7.833333333,8,Columbina talpacoti,38.8 +Guabas,205,5,6/5/2023,6,JUAN,7.833333333,8,Columbina talpacoti,38.8 +Guabas,205,5,6/5/2023,6,JUAN,7.833333333,8,Tangara gyrola,14.3 +Guabas,205,5,6/5/2023,6,JUAN,7.833333333,8,Tangara gyrola,14.3 +Guabas,205,5,6/5/2023,6,JUAN,7.833333333,8,Volatinia jacarina,8.2 +Guabas,205,3,6/5/2023,6,JUAN,8.1,8.266666667,Pyrocephalus rubinus,15.4 +Guabas,205,3,6/5/2023,6,JUAN,8.1,8.266666667,Pyrocephalus rubinus,17.4 +Guabas,205,3,6/5/2023,6,JUAN,8.1,8.266666667,Turdus ignobilis,38.3 +Guabas,205,3,6/5/2023,6,JUAN,8.1,8.266666667,Tyrannus melancholicus,29.6 +Guabas,205,3,6/5/2023,6,JUAN,8.1,8.266666667,Volatinia jacarina,7.1 +Guabas,205,3,6/5/2023,6,JUAN,8.1,8.266666667,Volatinia jacarina,7.1 +Guabas,205,4,6/5/2023,6,JUAN,8.383333333,8.55,Spinus psaltria,6.5 +Guabas,205,4,6/5/2023,6,JUAN,8.383333333,8.55,Sporophila nigricollis,11.8 +Guabas,205,2,6/5/2023,6,JUAN,8.916666667,9.083333333,Arremon brunneinucha,7.7 +Guabas,205,2,6/5/2023,6,JUAN,8.916666667,9.083333333,Arremon brunneinucha,7.7 +Guabas,205,2,6/5/2023,6,JUAN,8.916666667,9.083333333,Ramphocelus flammigerus,14.2 +Guabas,205,2,6/5/2023,6,JUAN,8.916666667,9.083333333,Ramphocelus flammigerus,14.2 +Guabas,205,2,6/5/2023,6,JUAN,8.916666667,9.083333333,Ramphocelus flammigerus,14.2 +Guabas,205,2,6/5/2023,6,JUAN,8.916666667,9.083333333,Volatinia jacarina,16.3 +Guabas,205,11,6/5/2023,6,JUAN,9.583333333,9.75,Molothrus bonariensis,43.2 +Guabas,205,11,6/5/2023,6,JUAN,9.583333333,9.75,Sporophila nigricollis,15.2 +Guabas,205,11,6/5/2023,6,JUAN,9.583333333,9.75,Stilpnia vitriolina,20.3 +Guabas,205,11,6/5/2023,6,JUAN,9.583333333,9.75,Stilpnia vitriolina,20.3 +Guabas,205,11,6/5/2023,6,JUAN,9.583333333,9.75,Tangara gyrola,20.5 +Guabas,205,11,6/5/2023,6,SANTIAGO,6.083333333,6.25,Myiozetetes cayanensis,22.8 +Guabas,205,11,6/5/2023,6,SANTIAGO,6.083333333,6.25,Myiozetetes cayanensis,22.8 +Guabas,205,11,6/5/2023,6,SANTIAGO,6.083333333,6.25,Thraupis palmarum,38.7 +Guabas,205,11,6/5/2023,6,SANTIAGO,6.083333333,6.25,Setophaga pitiayumi,15.4 +Guabas,205,11,6/5/2023,6,SANTIAGO,6.083333333,6.25,Tiaris olivaceus,14.8 +Guabas,205,11,6/5/2023,6,SANTIAGO,6.083333333,6.25,Tiaris olivaceus,14.8 +Guabas,205,11,6/5/2023,6,SANTIAGO,6.083333333,6.25,Sicalis flaveola,35.4 +Guabas,205,1,6/5/2023,6,SANTIAGO,6.366666667,6.533333333,Synallaxis albescens,11.1 +Guabas,205,1,6/5/2023,6,SANTIAGO,6.366666667,6.533333333,Tangara gyrola,14.7 +Guabas,205,1,6/5/2023,6,SANTIAGO,6.366666667,6.533333333,Stilpnia vitriolina,21.7 +Guabas,205,1,6/5/2023,6,SANTIAGO,6.366666667,6.533333333,Myiothlypis fulvicauda,18.7 +Guabas,205,1,6/5/2023,6,SANTIAGO,6.366666667,6.533333333,Tiaris olivaceus,28.7 +Guabas,205,1,6/5/2023,6,SANTIAGO,6.366666667,6.533333333,Sporophila nigricollis,29.1 +Guabas,205,1,6/5/2023,6,SANTIAGO,6.366666667,6.533333333,Sporophila nigricollis,29.1 +Guabas,205,2,6/5/2023,6,SANTIAGO,6.75,6.916666667,Tyrannus melancholicus,45.7 +Guabas,205,2,6/5/2023,6,SANTIAGO,6.75,6.916666667,Thamnophilus multistriatus,29.2 +Guabas,205,2,6/5/2023,6,SANTIAGO,6.75,6.916666667,Spinus psaltria,9.4 +Guabas,205,2,6/5/2023,6,SANTIAGO,6.75,6.916666667,Spinus psaltria,9.4 +Guabas,205,2,6/5/2023,6,SANTIAGO,6.75,6.916666667,Stilpnia vitriolina,27.4 +Guabas,205,3,6/5/2023,6,SANTIAGO,7.2,7.366666667,Turdus ignobilis,37.9 +Guabas,205,3,6/5/2023,6,SANTIAGO,7.2,7.366666667,Turdus ignobilis,37.9 +Guabas,205,3,6/5/2023,6,SANTIAGO,7.2,7.366666667,Stilpnia vitriolina,15.7 +Guabas,205,3,6/5/2023,6,SANTIAGO,7.2,7.366666667,Myiozetetes cayanensis,37.6 +Guabas,205,3,6/5/2023,6,SANTIAGO,7.2,7.366666667,Pyrocephalus rubinus,20.1 +Guabas,205,3,6/5/2023,6,SANTIAGO,7.2,7.366666667,Pyrocephalus rubinus,20.1 +Guabas,205,4,6/5/2023,6,SANTIAGO,7.583333333,7.75,Tangara gyrola,29.7 +Guabas,205,4,6/5/2023,6,SANTIAGO,7.583333333,7.75,Tangara gyrola,29.7 +Guabas,205,4,6/5/2023,6,SANTIAGO,7.583333333,7.75,Sporophila intermedia,14.7 +Guabas,205,4,6/5/2023,6,SANTIAGO,7.583333333,7.75,Ortalis columbiana,35.8 +Guabas,205,4,6/5/2023,6,SANTIAGO,7.583333333,7.75,Ortalis columbiana,35.8 +Guabas,205,4,6/5/2023,6,SANTIAGO,7.583333333,7.75,Ortalis columbiana,35.8 +Guabas,205,5,6/5/2023,6,SANTIAGO,8.033333333,8.2,Stilpnia cyanicollis,29.4 +Guabas,205,5,6/5/2023,6,SANTIAGO,8.033333333,8.2,Stilpnia cyanicollis,29.4 +Guabas,205,5,6/5/2023,6,SANTIAGO,8.033333333,8.2,Columbina talpacoti,40 +Guabas,205,5,6/5/2023,6,SANTIAGO,8.033333333,8.2,Columbina talpacoti,40 +Guabas,205,10,6/5/2023,6,SANTIAGO,8.5,8.666666667,Anthracothorax nigricollis,13.7 +Guabas,205,10,6/5/2023,6,SANTIAGO,8.5,8.666666667,Volatinia jacarina,9.4 +Guabas,205,10,6/5/2023,6,SANTIAGO,8.5,8.666666667,Thraupis episcopus,22.8 +Guabas,205,10,6/5/2023,6,SANTIAGO,8.5,8.666666667,Sporophila nigricollis,17.4 +Guabas,205,10,6/5/2023,6,SANTIAGO,8.5,8.666666667,Sporophila nigricollis,17.4 +Guabas,205,10,6/5/2023,6,SANTIAGO,8.5,8.666666667,Vireo sp,22.4 +Guabas,205,8,6/5/2023,6,SANTIAGO,8.933333333,9.1,Ramphocelus flammigerus,8.4 +Guabas,205,8,6/5/2023,6,SANTIAGO,8.933333333,9.1,Thraupis episcopus,12.7 +Guabas,205,8,6/5/2023,6,SANTIAGO,8.933333333,9.1,Thraupis episcopus,12.7 +Guabas,205,8,6/5/2023,6,SANTIAGO,8.933333333,9.1,Sporophila nigricollis,8.7 +Guabas,205,8,6/5/2023,6,SANTIAGO,8.933333333,9.1,Amazilia tzacatl,14.1 +Guabas,205,8,6/5/2023,6,SANTIAGO,8.933333333,9.1,Florisuga mellivora,11.7 +Guabas,205,9,6/5/2023,6,SANTIAGO,9.3,9.466666667,Tiaris olivaceus,28.9 +Guabas,205,9,6/5/2023,6,SANTIAGO,9.3,9.466666667,Tiaris olivaceus,28.9 +Guabas,205,9,6/5/2023,6,SANTIAGO,9.3,9.466666667,Sporophila intermedia,27.4 +Guabas,205,9,6/5/2023,6,SANTIAGO,9.3,9.466666667,Amazilia tzacatl,17.4 +Guabas,205,7,6/5/2023,6,SANTIAGO,9.683333333,9.85,Tyrannus melancholicus,107.5 +Guabas,205,7,6/5/2023,6,SANTIAGO,9.683333333,9.85,Tyrannus melancholicus,107.5 +Guabas,205,7,6/5/2023,6,SANTIAGO,9.683333333,9.85,Pyrocephalus rubinus,22.7 +Guabas,205,7,6/5/2023,6,SANTIAGO,9.683333333,9.85,Amazilia tzacatl,37.4 +Guabas,205,6,6/5/2023,6,SANTIAGO,10.15,10.31666667,Theristicus caudatus,48.7 +Guabas,205,6,6/5/2023,6,SANTIAGO,10.15,10.31666667,Theristicus caudatus,48.7 +Guabas,205,6,6/5/2023,6,SANTIAGO,10.15,10.31666667,Phimosus infuscatus,75.1 +Guabas,205,6,6/5/2023,6,SANTIAGO,10.15,10.31666667,Thraupis episcopus,7.4 +Guabas,205,6,6/5/2023,6,SANTIAGO,10.15,10.31666667,Thraupis episcopus,7.4 +Guabas,205,6,6/5/2023,6,SANTIAGO,10.15,10.31666667,Stilpnia vitriolina,11.4 +Guabas,318,3,6/6/2023,6,JUAN,6.066666667,6.233333333,Myiozetetes cayanensis,23 +Guabas,318,3,6/6/2023,6,JUAN,6.066666667,6.233333333,Ortalis columbiana,23.6 +Guabas,318,3,6/6/2023,6,JUAN,6.066666667,6.233333333,Stilpnia cyanicollis,11.8 +Guabas,318,3,6/6/2023,6,JUAN,6.066666667,6.233333333,Tangara arthus,11.7 +Guabas,318,3,6/6/2023,6,JUAN,6.066666667,6.233333333,Tangara labradorides,15.4 +Guabas,318,3,6/6/2023,6,JUAN,6.066666667,6.233333333,Thraupis episcopus,16.2 +Guabas,318,3,6/6/2023,6,JUAN,6.066666667,6.233333333,Thraupis palmarum,24.8 +Guabas,318,4,6/6/2023,6,JUAN,6.383333333,6.55,Aulacorhynchus haematopygus,24.9 +Guabas,318,4,6/6/2023,6,JUAN,6.383333333,6.55,Aulacorhynchus haematopygus,32 +Guabas,318,4,6/6/2023,6,JUAN,6.383333333,6.55,Chlorophanes spiza,19.8 +Guabas,318,4,6/6/2023,6,JUAN,6.383333333,6.55,Chlorophanes spiza,19.8 +Guabas,318,4,6/6/2023,6,JUAN,6.383333333,6.55,Habia cristata,21.8 +Guabas,318,4,6/6/2023,6,JUAN,6.383333333,6.55,Momotus aequatorialis,27.8 +Guabas,318,4,6/6/2023,6,JUAN,6.383333333,6.55,Ortalis columbiana,20.5 +Guabas,318,4,6/6/2023,6,JUAN,6.383333333,6.55,Ortalis columbiana,20.5 +Guabas,318,4,6/6/2023,6,JUAN,6.383333333,6.55,Tangara arthus,19.6 +Guabas,318,4,6/6/2023,6,JUAN,6.383333333,6.55,Tangara arthus,12 +Guabas,318,4,6/6/2023,6,JUAN,6.383333333,6.55,Turdus ignobilis,20.4 +Guabas,318,5,6/6/2023,6,JUAN,6.733333333,6.9,Momotus aequatorialis,16.6 +Guabas,318,5,6/6/2023,6,JUAN,6.733333333,6.9,Myiothlypis fulvicauda,39 +Guabas,318,5,6/6/2023,6,JUAN,6.733333333,6.9,Myiothlypis fulvicauda,39 +Guabas,318,2,6/6/2023,6,JUAN,7.116666667,7.283333333,Chlorostilbon melanorhynchus,22.1 +Guabas,318,2,6/6/2023,6,JUAN,7.116666667,7.283333333,Momotus aequatorialis,47.1 +Guabas,318,2,6/6/2023,6,JUAN,7.116666667,7.283333333,Saltator striatipectus,42.9 +Guabas,318,2,6/6/2023,6,JUAN,7.116666667,7.283333333,Saltator striatipectus,8.5 +Guabas,318,2,6/6/2023,6,JUAN,7.116666667,7.283333333,Stilpnia cyanicollis,42.9 +Guabas,318,2,6/6/2023,6,JUAN,7.116666667,7.283333333,Stilpnia cyanicollis,42.9 +Guabas,318,2,6/6/2023,6,JUAN,7.116666667,7.283333333,Stilpnia cyanicollis,42.9 +Guabas,318,2,6/6/2023,6,JUAN,7.116666667,7.283333333,Stilpnia vitriolina,41.4 +Guabas,318,2,6/6/2023,6,JUAN,7.116666667,7.283333333,Tyrannus melancholicus,62.1 +Guabas,318,2,6/6/2023,6,JUAN,7.116666667,7.283333333,Vireo olivaceus,44.2 +Guabas,318,12,6/6/2023,6,JUAN,8.183333333,8.35,Chlorophonia cyanocephala,21.6 +Guabas,318,12,6/6/2023,6,JUAN,8.183333333,8.35,Colibri coruscans,18.8 +Guabas,318,12,6/6/2023,6,JUAN,8.183333333,8.35,Euphonia laniirostris,14.4 +Guabas,318,12,6/6/2023,6,JUAN,8.183333333,8.35,Myiozetetes cayanensis,12.8 +Guabas,318,12,6/6/2023,6,JUAN,8.183333333,8.35,Pionus chalcopterus,84.4 +Guabas,318,12,6/6/2023,6,JUAN,8.183333333,8.35,Pionus chalcopterus,84.4 +Guabas,318,12,6/6/2023,6,JUAN,8.183333333,8.35,Pionus chalcopterus,84.4 +Guabas,318,12,6/6/2023,6,JUAN,8.183333333,8.35,Saucerottia saucerottei,20.2 +Guabas,318,12,6/6/2023,6,JUAN,8.183333333,8.35,Thraupis palmarum,12.8 +Guabas,318,12,6/6/2023,6,JUAN,8.183333333,8.35,Troglodytes aedon,6.8 +Guabas,318,1,6/6/2023,6,JUAN,8.516666667,8.683333333,Euphonia laniirostris,38.3 +Guabas,318,1,6/6/2023,6,JUAN,8.516666667,8.683333333,Hemithraupis guira,7.8 +Guabas,318,1,6/6/2023,6,JUAN,8.516666667,8.683333333,Picumnus granadensis,9.2 +Guabas,318,1,6/6/2023,6,JUAN,8.516666667,8.683333333,Sporophila nigricollis,6.5 +Guabas,318,1,6/6/2023,6,JUAN,8.516666667,8.683333333,Tangara gyrola,11.6 +Guabas,318,1,6/6/2023,6,JUAN,8.516666667,8.683333333,Turdus ignobilis,27.3 +Guabas,318,1,6/6/2023,6,JUAN,8.533333333,8.7,Myiopagis viridicata,34.9 +Guabas,318,1,6/6/2023,6,JUAN,8.533333333,8.7,Myiopagis viridicata,34.9 +Guabas,318,7,6/6/2023,6,JUAN,8.833333333,9,Chlorostilbon melanorhynchus,10.4 +Guabas,318,7,6/6/2023,6,JUAN,8.833333333,9,Ortalis columbiana,49.4 +Guabas,318,7,6/6/2023,6,JUAN,8.833333333,9,Ortalis columbiana,49.4 +Guabas,318,7,6/6/2023,6,JUAN,8.833333333,9,Saltator striatipectus,20.5 +Guabas,318,7,6/6/2023,6,JUAN,8.833333333,9,Spinus psaltria,8.2 +Guabas,318,7,6/6/2023,6,JUAN,8.833333333,9,Sporophila nigricollis,4.3 +Guabas,318,7,6/6/2023,6,JUAN,8.833333333,9,Turdus ignobilis,24.7 +Guabas,318,7,6/6/2023,6,JUAN,8.833333333,9,Zenaida auriculata,44.7 +Guabas,318,7,6/6/2023,6,JUAN,8.833333333,9,Zenaida auriculata,44.7 +Guabas,318,9,6/6/2023,6,JUAN,9.183333333,9.35,Saltator striatipectus,24.7 +Guabas,318,9,6/6/2023,6,JUAN,9.183333333,9.35,Spinus xanthogastrus,18.9 +Guabas,318,9,6/6/2023,6,JUAN,9.183333333,9.35,Turdus ignobilis,32.3 +Guabas,318,9,6/6/2023,6,JUAN,9.183333333,9.35,Turdus ignobilis,32.3 +Guabas,318,8,6/6/2023,6,JUAN,9.466666667,9.633333333,Atlapetes albinucha,16.6 +Guabas,318,8,6/6/2023,6,JUAN,9.466666667,9.633333333,Columbina talpacoti,54.6 +Guabas,318,8,6/6/2023,6,JUAN,9.466666667,9.633333333,Columbina talpacoti,54.6 +Guabas,318,8,6/6/2023,6,JUAN,9.466666667,9.633333333,Stilpnia vitriolina,31.2 +Guabas,318,8,6/6/2023,6,JUAN,9.466666667,9.633333333,Stilpnia vitriolina,31.2 +Guabas,318,8,6/6/2023,6,JUAN,9.466666667,9.633333333,Todirostrum cinereum,12.2 +Guabas,318,8,6/6/2023,6,JUAN,9.466666667,9.633333333,Todirostrum cinereum,12.2 +Guabas,318,11,6/6/2023,6,JUAN,10.25,10.41666667,Zimmerius chrysops,13.8 +Guabas,318,8,6/6/2023,6,SANTIAGO,6,6.166666667,Myiopagis viridicata,22.5 +Guabas,318,8,6/6/2023,6,SANTIAGO,6,6.166666667,Myiopagis viridicata,22.5 +Guabas,318,8,6/6/2023,6,SANTIAGO,6,6.166666667,Basileuterus tristriatus,12.2 +Guabas,318,8,6/6/2023,6,SANTIAGO,6,6.166666667,Patagioenas fasciata,19.7 +Guabas,318,8,6/6/2023,6,SANTIAGO,6,6.166666667,Patagioenas fasciata,19.7 +Guabas,318,8,6/6/2023,6,SANTIAGO,6,6.166666667,Vireo olivaceus,15.8 +Guabas,318,8,6/6/2023,6,SANTIAGO,6,6.166666667,Henicorhina leucosticta,12.2 +Guabas,318,8,6/6/2023,6,SANTIAGO,6,6.166666667,Thraupis episcopus,8.8 +Guabas,318,8,6/6/2023,6,SANTIAGO,6,6.166666667,Thraupis episcopus,8.8 +Guabas,318,8,6/6/2023,6,SANTIAGO,6,6.166666667,Basileuterus tristriatus,11.2 +Guabas,318,8,6/6/2023,6,SANTIAGO,6,6.166666667,Basileuterus tristriatus,11.2 +Guabas,318,8,6/6/2023,6,SANTIAGO,6,6.166666667,Myiopagis viridicata,33.6 +Guabas,318,9,6/6/2023,6,SANTIAGO,6.35,6.516666667,Myiozetetes cayanensis,21.2 +Guabas,318,9,6/6/2023,6,SANTIAGO,6.35,6.516666667,Tyrannus melancholicus,21.2 +Guabas,318,9,6/6/2023,6,SANTIAGO,6.35,6.516666667,Saltator striatipectus,34.4 +Guabas,318,9,6/6/2023,6,SANTIAGO,6.35,6.516666667,Zimmerius chrysops,48.2 +Guabas,318,9,6/6/2023,6,SANTIAGO,6.35,6.516666667,Patagioenas fasciata,122.9 +Guabas,318,9,6/6/2023,6,SANTIAGO,6.35,6.516666667,Volatinia jacarina,45.6 +Guabas,318,9,6/6/2023,6,SANTIAGO,6.35,6.516666667,Sporophila nigricollis,21.1 +Guabas,318,9,6/6/2023,6,SANTIAGO,6.35,6.516666667,Ramphocelus flammigerus,45.7 +Guabas,318,7,6/6/2023,6,SANTIAGO,6.833333333,7,Picumnus granadensis,15.9 +Guabas,318,7,6/6/2023,6,SANTIAGO,6.833333333,7,Psittacara wagleri,56.9 +Guabas,318,7,6/6/2023,6,SANTIAGO,6.833333333,7,Psittacara wagleri,56.9 +Guabas,318,7,6/6/2023,6,SANTIAGO,6.833333333,7,Psittacara wagleri,56.9 +Guabas,318,7,6/6/2023,6,SANTIAGO,6.833333333,7,Psittacara wagleri,56.9 +Guabas,318,7,6/6/2023,6,SANTIAGO,6.833333333,7,Camptostoma obsoletum,18.3 +Guabas,318,7,6/6/2023,6,SANTIAGO,6.833333333,7,Amazona mercenarius,57 +Guabas,318,7,6/6/2023,6,SANTIAGO,6.833333333,7,Stilpnia vitriolina,36.2 +Guabas,318,1,6/6/2023,6,SANTIAGO,7.466666667,7.633333333,Stilpnia vitriolina,44.1 +Guabas,318,1,6/6/2023,6,SANTIAGO,7.466666667,7.633333333,Pachyramphus polychopterus,15.3 +Guabas,318,1,6/6/2023,6,SANTIAGO,7.466666667,7.633333333,Pachyramphus polychopterus,15.3 +Guabas,318,1,6/6/2023,6,SANTIAGO,7.466666667,7.633333333,Camptostoma obsoletum,18.2 +Guabas,318,1,6/6/2023,6,SANTIAGO,7.466666667,7.633333333,Ramphocelus flammigerus,21.8 +Guabas,318,1,6/6/2023,6,SANTIAGO,7.466666667,7.633333333,Chlorophanes spiza,10.2 +Guabas,318,1,6/6/2023,6,SANTIAGO,7.466666667,7.633333333,Chlorophanes spiza,10.2 +Guabas,318,10,6/6/2023,6,SANTIAGO,8.166666667,8.333333333,Zimmerius chrysops,11.1 +Guabas,318,10,6/6/2023,6,SANTIAGO,8.166666667,8.333333333,Xenops rutilans,88.2 +Guabas,318,10,6/6/2023,6,SANTIAGO,8.166666667,8.333333333,Troglodytes aedon,22.3 +Guabas,318,10,6/6/2023,6,SANTIAGO,8.166666667,8.333333333,Saucerottia saucerottei,18.6 +Guabas,318,11,6/6/2023,6,SANTIAGO,8.5,8.666666667,Stilpnia vitriolina,14.1 +Guabas,318,11,6/6/2023,6,SANTIAGO,8.5,8.666666667,Basileuterus culicivorus,8.1 +Guabas,318,11,6/6/2023,6,SANTIAGO,8.5,8.666666667,Spinus xanthogastrus,8.4 +Guabas,318,11,6/6/2023,6,SANTIAGO,8.5,8.666666667,Spinus xanthogastrus,8.4 +Guabas,318,11,6/6/2023,6,SANTIAGO,8.5,8.666666667,Sporophila nigricollis,21.4 +Guabas,318,11,6/6/2023,6,SANTIAGO,8.5,8.666666667,Pionus chalcopterus,130.7 +Guabas,318,11,6/6/2023,6,SANTIAGO,8.5,8.666666667,Spinus psaltria,18.2 +Guabas,318,12,6/6/2023,6,SANTIAGO,8.75,8.916666667,Stilpnia vitriolina,15.9 +Guabas,318,12,6/6/2023,6,SANTIAGO,8.75,8.916666667,Stilpnia vitriolina,15.9 +Guabas,318,12,6/6/2023,6,SANTIAGO,8.75,8.916666667,Thraupis episcopus,15.2 +Guabas,318,12,6/6/2023,6,SANTIAGO,8.75,8.916666667,Tangara gyrola,15.4 +Guabas,318,12,6/6/2023,6,SANTIAGO,8.75,8.916666667,Spinus psaltria,45.1 +Guabas,318,12,6/6/2023,6,SANTIAGO,8.75,8.916666667,Spinus psaltria,45.1 +Guabas,318,12,6/6/2023,6,SANTIAGO,8.75,8.916666667,Turdus ignobilis,25.8 +Guabas,318,12,6/6/2023,6,SANTIAGO,8.75,8.916666667,Basileuterus culicivorus,38.4 +Guabas,318,12,6/6/2023,6,SANTIAGO,8.75,8.916666667,Dacnis hartlaubi,40.2 +Guabas,318,6,6/6/2023,6,SANTIAGO,9.05,9.216666667,Habia cristata,9.5 +Guabas,318,6,6/6/2023,6,SANTIAGO,9.05,9.216666667,Habia cristata,9.5 +Guabas,318,6,6/6/2023,6,SANTIAGO,9.05,9.216666667,Henicorhina leucosticta,11.5 +Guabas,318,6,6/6/2023,6,SANTIAGO,9.05,9.216666667,Phaethornis guy,14.2 +Guabas,318,6,6/6/2023,6,SANTIAGO,9.05,9.216666667,Momotus aequatorialis,8.2 +Guabas,318,6,6/6/2023,6,SANTIAGO,9.05,9.216666667,Xiphocolaptes promeropirhynchus,15.2 +Guabas,318,6,6/6/2023,6,SANTIAGO,9.05,9.216666667,Synallaxis albescens,8.5 +Guabas,318,6,6/6/2023,6,SANTIAGO,9.05,9.216666667,Myiothlypis fulvicauda,11.5 +Guabas,318,6,6/6/2023,6,SANTIAGO,9.05,9.216666667,Crypturellus soui,12.4 +Guabas,318,6,6/6/2023,6,SANTIAGO,9.05,9.216666667,Glyphorynchus spirurus,19.3 +Guabas,318,6,6/6/2023,6,SANTIAGO,9.05,9.216666667,Basileuterus tristriatus,29.4 +Guabas,318,6,6/6/2023,6,SANTIAGO,9.05,9.216666667,Basileuterus tristriatus,29.4 +Guabas,318,6,6/6/2023,6,SANTIAGO,9.05,9.216666667,Aulacorhynchus haematopygus,33.7 +Guabas,318,6,6/6/2023,6,SANTIAGO,9.05,9.216666667,Aulacorhynchus haematopygus,33.7 +Guabas,318,2,6/6/2023,6,SANTIAGO,9.583333333,9.583333333,Troglodytes aedon,24.1 +Guabas,318,2,6/6/2023,6,SANTIAGO,9.583333333,9.583333333,Stilpnia vitriolina,59.2 +Guabas,318,2,6/6/2023,6,SANTIAGO,9.583333333,9.583333333,Forpus conspicillatus,59.7 +Guabas,318,2,6/6/2023,6,SANTIAGO,9.583333333,9.583333333,Forpus conspicillatus,59.7 +Guabas,318,2,6/6/2023,6,SANTIAGO,9.583333333,9.583333333,Forpus conspicillatus,59.7 +Guabas,318,2,6/6/2023,6,SANTIAGO,9.583333333,9.583333333,Sporophila nigricollis,29.5 +Guabas,318,2,6/6/2023,6,SANTIAGO,9.583333333,9.583333333,Sporophila schistacea,30.4 +Guabas,318,2,6/6/2023,6,SANTIAGO,9.583333333,9.583333333,Sporophila schistacea,30.4 +Guabas,318,2,6/6/2023,6,SANTIAGO,9.583333333,9.583333333,Ramphocelus dimidiatus,60.1 +Guabas,318,2,6/6/2023,6,SANTIAGO,9.583333333,9.583333333,Ramphocelus dimidiatus,60.1 +Guabas,318,4,6/6/2023,6,SANTIAGO,9.7,9.866666667,Aulacorhynchus haematopygus,38.4 +Guabas,318,4,6/6/2023,6,SANTIAGO,9.7,9.866666667,Aulacorhynchus haematopygus,38.4 +Guabas,318,4,6/6/2023,6,SANTIAGO,9.7,9.866666667,Serpophaga cinerea,12.5 +Guabas,318,4,6/6/2023,6,SANTIAGO,9.7,9.866666667,Thraupis episcopus,36.1 +Guabas,318,4,6/6/2023,6,SANTIAGO,9.7,9.866666667,Thraupis episcopus,36.1 +Guabas,318,4,6/6/2023,6,SANTIAGO,9.7,9.866666667,Thraupis episcopus,36.1 +Guabas,318,4,6/6/2023,6,SANTIAGO,9.7,9.866666667,Thraupis palmarum,35.7 +Guabas,318,4,6/6/2023,6,SANTIAGO,9.7,9.866666667,Tangara gyrola,34.1 +Guabas,318,4,6/6/2023,6,SANTIAGO,9.7,9.866666667,Zenaida auriculata,18.7 +Guabas,318,4,6/6/2023,6,SANTIAGO,9.7,9.866666667,Zenaida auriculata,18.7 +Guabas,318,4,6/6/2023,6,SANTIAGO,9.7,9.866666667,Rupicola peruviana,25.2 +Guabas,318,4,6/6/2023,6,SANTIAGO,9.7,9.866666667,Sicalis flaveola,9.4 +Guabas,318,4,6/6/2023,6,SANTIAGO,9.7,9.866666667,Sicalis flaveola,9.4 +Guabas,318,4,6/6/2023,6,SANTIAGO,9.7,9.866666667,Cyclarhis gujanensis,15.2 +Guabas,318,3,6/6/2023,6,SANTIAGO,10.15,10.31666667,Volatinia jacarina,13.5 +Guabas,318,3,6/6/2023,6,SANTIAGO,10.15,10.31666667,Volatinia jacarina,13.5 +Guabas,318,3,6/6/2023,6,SANTIAGO,10.15,10.31666667,Tiaris olivaceus,11.1 +Guabas,318,3,6/6/2023,6,SANTIAGO,10.15,10.31666667,Thraupis episcopus,17.8 +Guabas,318,3,6/6/2023,6,SANTIAGO,10.15,10.31666667,Thraupis episcopus,17.8 +Guabas,318,3,6/6/2023,6,SANTIAGO,10.15,10.31666667,Zenaida auriculata,22.1 +Guabas,318,5,6/6/2023,6,SANTIAGO,10.5,10.66666667,Atlapetes albinucha,29.1 +Guabas,318,5,6/6/2023,6,SANTIAGO,10.5,10.66666667,Columbina talpacoti,14.5 +Guabas,318,5,6/6/2023,6,SANTIAGO,10.5,10.66666667,Sicalis flaveola,9.2 +Guabas,318,5,6/6/2023,6,SANTIAGO,10.5,10.66666667,Sicalis flaveola,9.2 +Guabas,318,5,6/6/2023,6,SANTIAGO,10.5,10.66666667,Sporophila sp,25.3 +Guabas,356,7,6/7/2023,6,JUAN,6.416666667,6.583333333,Chlorophanes spiza,26 +Guabas,356,7,6/7/2023,6,JUAN,6.416666667,6.583333333,Saucerottia saucerottei,10.9 +Guabas,356,7,6/7/2023,6,JUAN,6.416666667,6.583333333,Saucerottia saucerottei,7.9 +Guabas,356,7,6/7/2023,6,JUAN,6.416666667,6.583333333,Sporophila nigricollis,29 +Guabas,356,7,6/7/2023,6,JUAN,6.416666667,6.583333333,Sporophila nigricollis,29 +Guabas,356,7,6/7/2023,6,JUAN,6.416666667,6.583333333,Tangara arthus,26 +Guabas,356,7,6/7/2023,6,JUAN,6.416666667,6.583333333,Tangara arthus,27.5 +Guabas,356,7,6/7/2023,6,JUAN,6.416666667,6.583333333,Tangara gyrola,23.3 +Guabas,356,7,6/7/2023,6,JUAN,6.416666667,6.583333333,Tangara labradorides,24.9 +Guabas,356,7,6/7/2023,6,JUAN,6.416666667,6.583333333,Turdus ignobilis,25.5 +Guabas,356,7,6/7/2023,6,JUAN,6.416666667,6.583333333,Turdus ignobilis,22.3 +Guabas,356,7,6/7/2023,6,JUAN,6.416666667,6.583333333,Turdus ignobilis,22.3 +Guabas,356,8,6/7/2023,6,JUAN,6.683333333,6.85,Sporophila schistacea,8.4 +Guabas,356,11,6/7/2023,6,JUAN,7.65,7.816666667,Euphonia xanthogaster,14.1 +Guabas,356,11,6/7/2023,6,JUAN,7.65,7.816666667,Patagioenas fasciata,38.1 +Guabas,356,11,6/7/2023,6,JUAN,7.65,7.816666667,Volatinia jacarina,5.6 +Guabas,356,11,6/7/2023,6,JUAN,7.65,7.816666667,Zonotrichia capensis,32.5 +Guabas,356,11,6/7/2023,6,JUAN,7.65,7.816666667,Zonotrichia capensis,33.7 +Guabas,356,12,6/7/2023,6,JUAN,8.366666667,8.533333333,Patagioenas fasciata,30.3 +Guabas,356,1,6/7/2023,6,JUAN,8.8,8.966666667,Cyanocorax yncas,29.8 +Guabas,356,1,6/7/2023,6,JUAN,8.8,8.966666667,Cyanocorax yncas,29.8 +Guabas,356,1,6/7/2023,6,JUAN,8.8,8.966666667,Elaenia frantzii,23.4 +Guabas,356,1,6/7/2023,6,JUAN,8.8,8.966666667,Stilpnia heinei,19.3 +Guabas,356,1,6/7/2023,6,JUAN,8.8,8.966666667,Tangara labradorides,19 +Guabas,356,1,6/7/2023,6,JUAN,8.8,8.966666667,Tangara labradorides,19 +Guabas,356,1,6/7/2023,6,JUAN,8.8,8.966666667,Turdus fuscater,27.3 +Guabas,356,2,6/7/2023,6,JUAN,9.15,9.316666667,Chamaepetes goudotii,44.8 +Guabas,356,2,6/7/2023,6,JUAN,9.15,9.316666667,Euphonia xanthogaster,23.2 +Guabas,356,2,6/7/2023,6,JUAN,9.15,9.316666667,Sporathraupis cyanocephala,17.2 +Guabas,356,2,6/7/2023,6,JUAN,9.15,9.316666667,Turdus fuscater,48.3 +Guabas,356,2,6/7/2023,6,JUAN,9.15,9.316666667,Turdus fuscater,19.3 +Guabas,356,4,6/7/2023,6,JUAN,9.716666667,9.883333333,Elaenia frantzii,17.9 +Guabas,356,4,6/7/2023,6,JUAN,9.716666667,9.883333333,Stilpnia heinei,22.6 +Guabas,356,5,6/7/2023,6,JUAN,10.03333333,10.2,Turdus fuscater,20 +Guabas,356,5,6/7/2023,6,JUAN,10.03333333,10.2,Tyrannus melancholicus,25.8 +Guabas,356,6,6/7/2023,6,JUAN,10.63333333,10.8,Patagioenas fasciata,26.7 +Guabas,356,6,6/7/2023,6,JUAN,10.63333333,10.8,Turdus ignobilis,16.1 +Guabas,356,6,6/7/2023,6,SANTIAGO,6.583333333,6.75,Thraupis episcopus,30 +Guabas,356,6,6/7/2023,6,SANTIAGO,6.583333333,6.75,Thraupis episcopus,30 +Guabas,356,6,6/7/2023,6,SANTIAGO,6.583333333,6.75,Anisognathus somptuosus,35 +Guabas,356,6,6/7/2023,6,SANTIAGO,6.583333333,6.75,Anisognathus somptuosus,35 +Guabas,356,6,6/7/2023,6,SANTIAGO,6.583333333,6.75,Ortalis columbiana,40 +Guabas,356,6,6/7/2023,6,SANTIAGO,6.583333333,6.75,Ortalis columbiana,40 +Guabas,356,6,6/7/2023,6,SANTIAGO,6.583333333,6.75,Ortalis columbiana,40 +Guabas,356,6,6/7/2023,6,SANTIAGO,6.583333333,6.75,Ortalis columbiana,40 +Guabas,356,6,6/7/2023,6,SANTIAGO,6.583333333,6.75,Ortalis columbiana,40 +Guabas,356,13,6/7/2023,6,SANTIAGO,6.916666667,7.083333333,Entomodestes coracinus,25 +Guabas,356,13,6/7/2023,6,SANTIAGO,6.916666667,7.083333333,Syndactila subalaris,10 +Guabas,356,13,6/7/2023,6,SANTIAGO,6.916666667,7.083333333,Mionectes striaticollis,15 +Guabas,356,7,6/7/2023,6,SANTIAGO,7.166666667,7.333333333,Zonotrichia capensis,20 +Guabas,356,7,6/7/2023,6,SANTIAGO,7.166666667,7.333333333,Tangara arthus,30 +Guabas,356,7,6/7/2023,6,SANTIAGO,7.166666667,7.333333333,Tangara arthus,30 +Guabas,356,7,6/7/2023,6,SANTIAGO,7.166666667,7.333333333,Amazilia tzacatl,10 +Guabas,356,7,6/7/2023,6,SANTIAGO,7.166666667,7.333333333,Turdus fuscater,30 +Guabas,356,7,6/7/2023,6,SANTIAGO,7.166666667,7.333333333,Turdus fuscater,30 +Guabas,356,1,6/7/2023,6,SANTIAGO,7.5,7.666666667,Momotus aequatorialis,23.3 +Guabas,356,1,6/7/2023,6,SANTIAGO,7.5,7.666666667,Pipreola riefferii,45.3 +Guabas,356,1,6/7/2023,6,SANTIAGO,7.5,7.666666667,Thraupis episcopus,18.1 +Guabas,356,1,6/7/2023,6,SANTIAGO,7.5,7.666666667,Thraupis episcopus,18.1 +Guabas,356,1,6/7/2023,6,SANTIAGO,7.5,7.666666667,Stilpnia vitriolina,11.6 +Guabas,356,1,6/7/2023,6,SANTIAGO,7.5,7.666666667,Tangara nigroviridis,13.8 +Guabas,356,1,6/7/2023,6,SANTIAGO,7.5,7.666666667,Vireo leucophrys,13.3 +Guabas,356,1,6/7/2023,6,SANTIAGO,7.5,7.666666667,Zonotrichia capensis,6.3 +Guabas,356,2,6/7/2023,6,SANTIAGO,7.95,8.116666667,Colibri coruscans,28.3 +Guabas,356,2,6/7/2023,6,SANTIAGO,7.95,8.116666667,Colibri coruscans,28.3 +Guabas,356,2,6/7/2023,6,SANTIAGO,7.95,8.116666667,Myioborus miniatus,21.3 +Guabas,356,2,6/7/2023,6,SANTIAGO,7.95,8.116666667,Arremon brunneinucha,36.2 +Guabas,356,2,6/7/2023,6,SANTIAGO,7.95,8.116666667,Phaethornis syrmatophorus,41.3 +Guabas,356,2,6/7/2023,6,SANTIAGO,7.95,8.116666667,Troglodytes aedon,25.1 +Guabas,356,2,6/7/2023,6,SANTIAGO,7.95,8.116666667,Chlorophonia phyrrophrys,39.1 +Guabas,356,2,6/7/2023,6,SANTIAGO,7.95,8.116666667,Patagioenas fasciata,60 +Guabas,356,2,6/7/2023,6,SANTIAGO,7.95,8.116666667,Synallaxis azarae,12 +Guabas,356,3,6/7/2023,6,SANTIAGO,8.25,8.416666667,Chlorospingus canigularis,15 +Guabas,356,3,6/7/2023,6,SANTIAGO,8.25,8.416666667,Colaptes rubiginosus,20 +Guabas,356,3,6/7/2023,6,SANTIAGO,8.25,8.416666667,Thraupis episcopus,5 +Guabas,356,3,6/7/2023,6,SANTIAGO,8.25,8.416666667,Cinnycerthia olivascens,25 +Guabas,356,3,6/7/2023,6,SANTIAGO,8.25,8.416666667,Cyanocorax yncas,100 +Guabas,356,3,6/7/2023,6,SANTIAGO,8.25,8.416666667,Cyanocorax yncas,100 +Guabas,356,3,6/7/2023,6,SANTIAGO,8.25,8.416666667,Cyanocorax yncas,100 +Guabas,356,3,6/7/2023,6,SANTIAGO,8.25,8.416666667,Turdus ignobilis,5 +Guabas,356,3,6/7/2023,6,SANTIAGO,8.25,8.416666667,Myiophobus flavicans,8 +Guabas,356,3,6/7/2023,6,SANTIAGO,8.25,8.416666667,Myioborus miniatus,12 +Guabas,356,3,6/7/2023,6,SANTIAGO,8.25,8.416666667,Myioborus miniatus,12 +Guabas,356,4,6/7/2023,6,SANTIAGO,8.816666667,8.983333333,Anisognathus somptuosus,28.3 +Guabas,356,4,6/7/2023,6,SANTIAGO,8.816666667,8.983333333,Thraupis palmarum,35.1 +Guabas,356,4,6/7/2023,6,SANTIAGO,8.816666667,8.983333333,Thraupis palmarum,35.1 +Guabas,356,4,6/7/2023,6,SANTIAGO,8.816666667,8.983333333,Turdus fuscater,43.1 +Guabas,356,4,6/7/2023,6,SANTIAGO,8.816666667,8.983333333,Zonotrichia capensis,18.9 +Guabas,356,5,6/7/2023,6,SANTIAGO,9.15,9.316666667,Pachyramphus rufus,13.4 +Guabas,356,5,6/7/2023,6,SANTIAGO,9.15,9.316666667,Pachyramphus rufus,13.4 +Guabas,356,5,6/7/2023,6,SANTIAGO,9.15,9.316666667,Stilpnia cyanicollis,12.5 +Guabas,356,5,6/7/2023,6,SANTIAGO,9.15,9.316666667,Stilpnia vitriolina,15.4 +Guabas,356,5,6/7/2023,6,SANTIAGO,9.15,9.316666667,Todirostrum cinereum,24.2 +Guabas,356,5,6/7/2023,6,SANTIAGO,9.15,9.316666667,Todirostrum cinereum,24.2 +Guabas,356,5,6/7/2023,6,SANTIAGO,9.15,9.316666667,Zimmerius chrysops,8.5 +Guabas,356,5,6/7/2023,6,SANTIAGO,9.15,9.316666667,Colaptes punctigula,39.3 +Guabas,356,5,6/7/2023,6,SANTIAGO,9.15,9.316666667,Spinus psaltria,19.2 +Guabas,356,12,6/7/2023,6,SANTIAGO,9.5,9.666666667,Tyrannus melancholicus,23.5 +Guabas,356,12,6/7/2023,6,SANTIAGO,9.5,9.666666667,Pitangus sulphuratus,29.4 +Guabas,356,12,6/7/2023,6,SANTIAGO,9.5,9.666666667,Pitangus sulphuratus,29.4 +Guabas,356,12,6/7/2023,6,SANTIAGO,9.5,9.666666667,Ramphocelus flammigerus,14.2 +Guabas,356,12,6/7/2023,6,SANTIAGO,9.5,9.666666667,Ramphocelus flammigerus,14.2 +Guabas,356,12,6/7/2023,6,SANTIAGO,9.5,9.666666667,Ramphocelus flammigerus,14.2 +Guabas,356,12,6/7/2023,6,SANTIAGO,9.5,9.666666667,Ramphocelus flammigerus,14.2 +Guabas,356,12,6/7/2023,6,SANTIAGO,9.5,9.666666667,Ramphocelus flammigerus,14.2 +Guabas,356,12,6/7/2023,6,SANTIAGO,9.5,9.666666667,Troglodytes aedon,9.4 +Guabas,356,12,6/7/2023,6,SANTIAGO,9.5,9.666666667,Piaya cayana,51.3 +Guabas,356,12,6/7/2023,6,SANTIAGO,9.5,9.666666667,Sporophila nigricollis,25.2 +Guabas,356,12,6/7/2023,6,SANTIAGO,9.5,9.666666667,Stilpnia vitriolina,18 +Guabas,356,12,6/7/2023,6,SANTIAGO,9.5,9.666666667,Stilpnia vitriolina,18 +Guabas,356,12,6/7/2023,6,SANTIAGO,9.5,9.666666667,Tiaris olivaceus,22.7 +Guabas,356,12,6/7/2023,6,SANTIAGO,9.5,9.666666667,Tiaris olivaceus,22.7 +Guabas,356,12,6/7/2023,6,SANTIAGO,9.5,9.666666667,Myiopagis viridicata,17.1 +Guabas,356,12,6/7/2023,6,SANTIAGO,9.5,9.666666667,Turdus ignobilis,25.4 +Guabas,356,12,6/7/2023,6,SANTIAGO,9.5,9.666666667,Turdus ignobilis,25.4 +Guabas,356,12,6/7/2023,6,SANTIAGO,9.5,9.666666667,Tyrannus melancholicus,11.4 +Guabas,356,8,6/7/2023,6,SANTIAGO,9.966666667,10.13333333,Sporophila nigricollis,22.8 +Guabas,356,8,6/7/2023,6,SANTIAGO,9.966666667,10.13333333,Synallaxis azarae,12.5 +Guabas,356,9,6/7/2023,6,SANTIAGO,10.36666667,10.53333333,Pyrocephalus rubinus,8.8 +Guabas,356,9,6/7/2023,6,SANTIAGO,10.36666667,10.53333333,Tangara arthus,15.2 +Guabas,356,9,6/7/2023,6,SANTIAGO,10.36666667,10.53333333,Tangara arthus,15.2 +Guabas,356,9,6/7/2023,6,SANTIAGO,10.36666667,10.53333333,Tyrannus melancholicus,18.4 +Guabas,356,9,6/7/2023,6,SANTIAGO,10.36666667,10.53333333,Tangara vassorii,30.1 +Guabas,356,10,6/7/2023,6,SANTIAGO,10.65,10.81666667,Premnoplex brunnescens,11.7 +Guabas,356,10,6/7/2023,6,SANTIAGO,10.65,10.81666667,Diglossa cyanea,22 +Guabas,356,10,6/7/2023,6,SANTIAGO,10.65,10.81666667,Geotrygon montana,14.2 +Guabas,356,11,6/7/2023,6,SANTIAGO,11,11.16666667,Volatinia jacarina,45.6 +Guabas,356,11,6/7/2023,6,SANTIAGO,11,11.16666667,Momotus aequatorialis,60.9 +Guabas,356,11,6/7/2023,6,SANTIAGO,11,11.16666667,Zonotrichia capensis,9.7 +Guabas,356,11,6/7/2023,6,SANTIAGO,11,11.16666667,Volatinia jacarina,66.2 +Guabas,356,11,6/7/2023,6,SANTIAGO,11,11.16666667,Volatinia jacarina,66.2 +Guacaica,1087,3,6/14/2023,6,JUAN,6,6.166666667,Rupornis magnirostris,38.2 +Guacaica,1087,3,6/14/2023,6,JUAN,6,6.166666667,Zenaida auriculata,14.4 +Guacaica,1087,3,6/14/2023,6,JUAN,6,6.166666667,Zenaida auriculata,14.4 +Guacaica,1087,4,6/14/2023,6,JUAN,6.3,6.466666667,Sicalis flaveola,11.2 +Guacaica,1087,4,6/14/2023,6,JUAN,6.3,6.466666667,Sicalis flaveola,11.2 +Guacaica,1087,4,6/14/2023,6,JUAN,6.3,6.466666667,Tangara arthus,8.3 +Guacaica,1087,4,6/14/2023,6,JUAN,6.3,6.466666667,Turdus ignobilis,11.5 +Guacaica,1087,4,6/14/2023,6,JUAN,6.3,6.466666667,Tyrannus melancholicus,29.7 +Guacaica,1087,5,6/14/2023,6,JUAN,6.583333333,6.75,Bubulcus ibis,68.5 +Guacaica,1087,5,6/14/2023,6,JUAN,6.583333333,6.75,Bubulcus ibis,68.5 +Guacaica,1087,5,6/14/2023,6,JUAN,6.583333333,6.75,Bubulcus ibis,68.5 +Guacaica,1087,5,6/14/2023,6,JUAN,6.583333333,6.75,Bubulcus ibis,68.5 +Guacaica,1087,5,6/14/2023,6,JUAN,6.583333333,6.75,Bubulcus ibis,68.5 +Guacaica,1087,5,6/14/2023,6,JUAN,6.583333333,6.75,Ramphocelus flammigerus,48.2 +Guacaica,1087,5,6/14/2023,6,JUAN,6.583333333,6.75,Spinus psaltria,17.3 +Guacaica,1087,5,6/14/2023,6,JUAN,6.583333333,6.75,Stilpnia heinei,9.8 +Guacaica,1087,5,6/14/2023,6,JUAN,6.583333333,6.75,Stilpnia vitriolina,9 +Guacaica,1087,5,6/14/2023,6,JUAN,6.583333333,6.75,Stilpnia vitriolina,9 +Guacaica,1087,5,6/14/2023,6,JUAN,6.583333333,6.75,Tyrannus melancholicus,29.6 +Guacaica,1087,5,6/14/2023,6,JUAN,6.583333333,6.75,Tyrannus melancholicus,16.2 +Guacaica,1087,10,6/14/2023,6,JUAN,6.983333333,7.15,Bubulcus ibis,26.1 +Guacaica,1087,10,6/14/2023,6,JUAN,6.983333333,7.15,Bubulcus ibis,26.1 +Guacaica,1087,10,6/14/2023,6,JUAN,6.983333333,7.15,Bubulcus ibis,26.1 +Guacaica,1087,10,6/14/2023,6,JUAN,6.983333333,7.15,Melanerpes formicivorus,49.9 +Guacaica,1087,10,6/14/2023,6,JUAN,6.983333333,7.15,Melanerpes formicivorus,49.9 +Guacaica,1087,10,6/14/2023,6,JUAN,6.983333333,7.15,Melanerpes formicivorus,49.9 +Guacaica,1087,10,6/14/2023,6,JUAN,6.983333333,7.15,Rupornis magnirostris,36.6 +Guacaica,1087,10,6/14/2023,6,JUAN,6.983333333,7.15,Sporophila nigricollis,20 +Guacaica,1087,2,6/14/2023,6,JUAN,7.333333333,7.5,Ramphocelus dimidiatus,19.7 +Guacaica,1087,2,6/14/2023,6,JUAN,7.333333333,7.5,Sporophila nigricollis,6.9 +Guacaica,1087,2,6/14/2023,6,JUAN,7.333333333,7.5,Stilpnia vitriolina,10.1 +Guacaica,1087,1,6/14/2023,6,JUAN,7.6,7.766666667,Thraupis episcopus,9.9 +Guacaica,1087,1,6/14/2023,6,JUAN,7.6,7.766666667,Thraupis episcopus,9.9 +Guacaica,1087,1,6/14/2023,6,JUAN,7.6,7.766666667,Turdus ignobilis,5.3 +Guacaica,1087,1,6/14/2023,6,JUAN,7.6,7.766666667,Zimmerius chrysops,6 +Guacaica,1087,6,6/14/2023,6,JUAN,8.033333333,8.2,Cyanocorax yncas,29 +Guacaica,1087,6,6/14/2023,6,JUAN,8.033333333,8.2,Cyanocorax yncas,29 +Guacaica,1087,6,6/14/2023,6,JUAN,8.033333333,8.2,Stilpnia cyanicollis,16.7 +Guacaica,1087,6,6/14/2023,6,JUAN,8.033333333,8.2,Stilpnia cyanicollis,16.7 +Guacaica,1087,6,6/14/2023,6,JUAN,8.033333333,8.2,Stilpnia heinei,16 +Guacaica,1087,6,6/14/2023,6,JUAN,8.033333333,8.2,Tangara gyrola,16.7 +Guacaica,1087,6,6/14/2023,6,JUAN,8.033333333,8.2,Tangara gyrola,16.7 +Guacaica,1087,7,6/14/2023,6,JUAN,8.416666667,8.583333333,Chlorophonia cyanocephala,18.5 +Guacaica,1087,7,6/14/2023,6,JUAN,8.416666667,8.583333333,Tangara gyrola,20.2 +Guacaica,1087,7,6/14/2023,6,JUAN,8.416666667,8.583333333,Tangara gyrola,20.2 +Guacaica,1087,8,6/14/2023,6,JUAN,8.716666667,8.883333333,Patagioenas fasciata,42.4 +Guacaica,1087,8,6/14/2023,6,JUAN,8.716666667,8.883333333,Volatinia jacarina,9.1 +Guacaica,1087,8,6/14/2023,6,JUAN,8.716666667,8.883333333,Zenaida auriculata,13.2 +Guacaica,1087,8,6/14/2023,6,JUAN,8.716666667,8.883333333,Zenaida auriculata,13.2 +Guacaica,1087,11,6/14/2023,6,JUAN,9.35,9.516666667,Columbina talpacoti,15.8 +Guacaica,1087,11,6/14/2023,6,JUAN,9.35,9.516666667,Columbina talpacoti,15.8 +Guacaica,1087,11,6/14/2023,6,JUAN,9.35,9.516666667,Dryocopus lineatus,30.8 +Guacaica,1087,11,6/14/2023,6,JUAN,9.35,9.516666667,Sicalis flaveola,16 +Guacaica,1087,11,6/14/2023,6,JUAN,9.35,9.516666667,Sicalis flaveola,16 +Guacaica,1087,11,6/14/2023,6,JUAN,9.35,9.516666667,Sicalis flaveola,16 +Guacaica,1087,11,6/14/2023,6,JUAN,9.35,9.516666667,Turdus ignobilis,10.5 +Guacaica,1087,11,6/14/2023,6,JUAN,9.35,9.516666667,Tyrannus melancholicus,19.9 +Guacaica,1087,11,6/14/2023,6,JUAN,9.35,9.516666667,Zenaida auriculata,14.2 +Guacaica,1087,11,6/14/2023,6,JUAN,9.35,9.516666667,Zenaida auriculata,14.2 +Guacaica,1087,9,6/14/2023,6,JUAN,9.833333333,10,Sporophila nigricollis,3.4 +Guacaica,1087,9,6/14/2023,6,JUAN,9.833333333,10,Tiaris olivaceus,7.2 +Guacaica,1087,9,6/14/2023,6,JUAN,9.833333333,10,Volatinia jacarina,8.9 +Guacaica,1087,1,6/14/2023,6,SANTIAGO,6.433333333,6.6,Tangara arthus,78.4 +Guacaica,1087,1,6/14/2023,6,SANTIAGO,6.433333333,6.6,Amazilia tzacatl,15.2 +Guacaica,1087,1,6/14/2023,6,SANTIAGO,6.433333333,6.6,Tyrannus melancholicus,46.5 +Guacaica,1087,1,6/14/2023,6,SANTIAGO,6.433333333,6.6,Elaenia flavogaster,84.1 +Guacaica,1087,1,6/14/2023,6,SANTIAGO,6.433333333,6.6,Pitangus sulphuratus,35.4 +Guacaica,1087,1,6/14/2023,6,SANTIAGO,6.433333333,6.6,Atlapetes albinucha,25.6 +Guacaica,1087,1,6/14/2023,6,SANTIAGO,6.433333333,6.6,Sporophila nigricollis,12.7 +Guacaica,1087,1,6/14/2023,6,SANTIAGO,6.433333333,6.6,Troglodytes aedon,37.8 +Guacaica,1087,1,6/14/2023,6,SANTIAGO,6.433333333,6.6,Cyanocorax yncas,122.5 +Guacaica,1087,1,6/14/2023,6,SANTIAGO,6.433333333,6.6,Cyanocorax yncas,122.5 +Guacaica,1087,1,6/14/2023,6,SANTIAGO,6.433333333,6.6,Tangara gyrola,82.5 +Guacaica,1087,1,6/14/2023,6,SANTIAGO,6.433333333,6.6,Sicalis flaveola,82.5 +Guacaica,1087,1,6/14/2023,6,SANTIAGO,6.433333333,6.6,Sicalis flaveola,82.5 +Guacaica,1087,1,6/14/2023,6,SANTIAGO,6.433333333,6.6,Tyrannus melancholicus,21 +Guacaica,1087,9,6/14/2023,6,SANTIAGO,6.733333333,6.9,Chlorophonia cyanocephala,29.2 +Guacaica,1087,9,6/14/2023,6,SANTIAGO,6.733333333,6.9,Zimmerius chrysops,30.9 +Guacaica,1087,9,6/14/2023,6,SANTIAGO,6.733333333,6.9,Tyrannus melancholicus,39.6 +Guacaica,1087,9,6/14/2023,6,SANTIAGO,6.733333333,6.9,Saucerottia saucerottei,23 +Guacaica,1087,6,6/14/2023,6,SANTIAGO,7.233333333,7.4,Stilpnia vitriolina,11.5 +Guacaica,1087,6,6/14/2023,6,SANTIAGO,7.233333333,7.4,Tyrannus melancholicus,111.6 +Guacaica,1087,6,6/14/2023,6,SANTIAGO,7.233333333,7.4,Patagioenas fasciata,55.7 +Guacaica,1087,6,6/14/2023,6,SANTIAGO,7.233333333,7.4,Volatinia jacarina,11.2 +Guacaica,1087,6,6/14/2023,6,SANTIAGO,7.233333333,7.4,Chlorophanes spiza,41 +Guacaica,1087,6,6/14/2023,6,SANTIAGO,7.233333333,7.4,Stilpnia heinei,65 +Guacaica,1087,6,6/14/2023,6,SANTIAGO,7.233333333,7.4,Stilpnia heinei,65 +Guacaica,1087,11,6/14/2023,6,SANTIAGO,7.95,8.116666667,Todirostrum cinereum,11.3 +Guacaica,1087,11,6/14/2023,6,SANTIAGO,7.95,8.116666667,Myioborus ornatus,23.1 +Guacaica,1087,11,6/14/2023,6,SANTIAGO,7.95,8.116666667,Myioborus ornatus,23.1 +Guacaica,1087,11,6/14/2023,6,SANTIAGO,7.95,8.116666667,Thraupis episcopus,23.2 +Guacaica,1087,11,6/14/2023,6,SANTIAGO,7.95,8.116666667,Aulacorhynchus albivitta,35.8 +Guacaica,1087,11,6/14/2023,6,SANTIAGO,7.95,8.116666667,Xenops rutilans,66.2 +Guacaica,1087,7,6/14/2023,6,SANTIAGO,8.25,8.416666667,Volatinia jacarina,15 +Guacaica,1087,7,6/14/2023,6,SANTIAGO,8.25,8.416666667,Tolmomyias sulphurescens,12 +Guacaica,1087,7,6/14/2023,6,SANTIAGO,8.25,8.416666667,Sporophila nigricollis,22 +Guacaica,1087,7,6/14/2023,6,SANTIAGO,8.25,8.416666667,Falco sparverius,50 +Guacaica,1087,7,6/14/2023,6,SANTIAGO,8.25,8.416666667,Hemitriccus granadensis,11 +Guacaica,1087,7,6/14/2023,6,SANTIAGO,8.25,8.416666667,Sporophila nigricollis,20 +Guacaica,1087,7,6/14/2023,6,SANTIAGO,8.25,8.416666667,Sporophila nigricollis,20 +Guacaica,1087,7,6/14/2023,6,SANTIAGO,8.25,8.416666667,Sporophila nigricollis,20 +Guacaica,1087,7,6/14/2023,6,SANTIAGO,8.25,8.416666667,Sporophila nigricollis,20 +Guacaica,1087,7,6/14/2023,6,SANTIAGO,8.25,8.416666667,Sporophila nigricollis,20 +Guacaica,1087,7,6/14/2023,6,SANTIAGO,8.25,8.416666667,Sporophila nigricollis,20 +Guacaica,1087,7,6/14/2023,6,SANTIAGO,8.25,8.416666667,Sporophila nigricollis,20 +Guacaica,1087,7,6/14/2023,6,SANTIAGO,8.25,8.416666667,Sporophila nigricollis,20 +Guacaica,1087,7,6/14/2023,6,SANTIAGO,8.25,8.416666667,Sporophila nigricollis,20 +Guacaica,1087,7,6/14/2023,6,SANTIAGO,8.25,8.416666667,Sporophila nigricollis,20 +Guacaica,1087,7,6/14/2023,6,SANTIAGO,8.25,8.416666667,Myioborus miniatus,18 +Guacaica,1087,8,6/14/2023,6,SANTIAGO,8.5,8.666666667,Zenaida auriculata,15.2 +Guacaica,1087,8,6/14/2023,6,SANTIAGO,8.5,8.666666667,Zenaida auriculata,15.2 +Guacaica,1087,8,6/14/2023,6,SANTIAGO,8.5,8.666666667,Myioborus ornatus,26.8 +Guacaica,1087,8,6/14/2023,6,SANTIAGO,8.5,8.666666667,Myioborus ornatus,26.8 +Guacaica,1087,8,6/14/2023,6,SANTIAGO,8.5,8.666666667,Sicalis flaveola,11.3 +Guacaica,1087,2,6/14/2023,6,SANTIAGO,9,9.166666667,Sporophila intermedia,11.8 +Guacaica,1087,2,6/14/2023,6,SANTIAGO,9,9.166666667,Sporophila nigricollis,15.3 +Guacaica,1087,2,6/14/2023,6,SANTIAGO,9,9.166666667,Thraupis palmarum,18.9 +Guacaica,1087,2,6/14/2023,6,SANTIAGO,9,9.166666667,Myioborus miniatus,27.1 +Guacaica,1087,2,6/14/2023,6,SANTIAGO,9,9.166666667,Thraupis episcopus,17.4 +Guacaica,1087,2,6/14/2023,6,SANTIAGO,9,9.166666667,Thraupis episcopus,17.4 +Guacaica,1087,2,6/14/2023,6,SANTIAGO,9,9.166666667,Stelgidopteryx ruficollis,44.8 +Guacaica,1087,10,6/14/2023,6,SANTIAGO,9.45,9.616666667,Vanellus chilensis,30.3 +Guacaica,1087,10,6/14/2023,6,SANTIAGO,9.45,9.616666667,Vanellus chilensis,30.3 +Guacaica,1087,10,6/14/2023,6,SANTIAGO,9.45,9.616666667,Momotus aequatorialis,83 +Guacaica,1087,10,6/14/2023,6,SANTIAGO,9.45,9.616666667,Melanerpes formicivorus,53 +Guacaica,1087,10,6/14/2023,6,SANTIAGO,9.45,9.616666667,Melanerpes formicivorus,53 +Guacaica,1087,10,6/14/2023,6,SANTIAGO,9.45,9.616666667,Daptrius chimachima,28.1 +Guacaica,1087,10,6/14/2023,6,SANTIAGO,9.45,9.616666667,Columbina talpacoti,56.1 +Guacaica,1087,10,6/14/2023,6,SANTIAGO,9.45,9.616666667,Rupornis magnirostris,71 +Guacaica,1087,5,6/14/2023,6,SANTIAGO,9.8,9.966666667,Zonotrichia capensis,23.6 +Guacaica,1087,5,6/14/2023,6,SANTIAGO,9.8,9.966666667,Stilpnia cyanicollis,57.7 +Guacaica,1087,5,6/14/2023,6,SANTIAGO,9.8,9.966666667,Turdus fuscater,48.8 +Guacaica,1087,5,6/14/2023,6,SANTIAGO,9.8,9.966666667,Thraupis episcopus,15.1 +Guacaica,1087,5,6/14/2023,6,SANTIAGO,9.8,9.966666667,Zonotrichia capensis,53.1 +Guacaica,1087,5,6/14/2023,6,SANTIAGO,9.8,9.966666667,Sporophila nigricollis,13.2 +Guacaica,1087,5,6/14/2023,6,SANTIAGO,9.8,9.966666667,Sporophila nigricollis,13.2 +Guacaica,1087,3,6/14/2023,6,SANTIAGO,10.25,10.41666667,Ortalis columbiana,132.5 +Guacaica,1087,3,6/14/2023,6,SANTIAGO,10.25,10.41666667,Stilpnia heinei,8.8 +Guacaica,1087,3,6/14/2023,6,SANTIAGO,10.25,10.41666667,Thraupis episcopus,18.4 +Guacaica,1087,3,6/14/2023,6,SANTIAGO,10.25,10.41666667,Zimmerius chrysops,14.2 +Guacaica,1087,3,6/14/2023,6,SANTIAGO,10.25,10.41666667,Zimmerius chrysops,14.2 +Guacaica,1087,4,6/14/2023,6,SANTIAGO,10.58333333,10.75,Vireo leucophrys,45.2 +Guacaica,1087,4,6/14/2023,6,SANTIAGO,10.58333333,10.75,Ramphocelus flammigerus,25.3 +Guacaica,1060,3,6/17/2023,6,JUAN,6.033333333,6.2,Atlapetes flaviceps,13.4 +Guacaica,1060,3,6/17/2023,6,JUAN,6.033333333,6.2,Myioborus miniatus,17.2 +Guacaica,1060,3,6/17/2023,6,JUAN,6.033333333,6.2,Patagioenas fasciata,28.3 +Guacaica,1060,2,6/17/2023,6,JUAN,6.283333333,6.45,Arremon brunneinucha,10.7 +Guacaica,1060,1,6/17/2023,6,JUAN,6.6,6.766666667,Thraupis palmarum,20.4 +Guacaica,1060,1,6/17/2023,6,JUAN,6.6,6.766666667,Tiaris olivaceus,11.3 +Guacaica,1060,11,6/17/2023,6,JUAN,6.966666667,7.133333333,Sporophila nigricollis,4.3 +Guacaica,1060,11,6/17/2023,6,JUAN,6.966666667,7.133333333,Vanellus chilensis,78.2 +Guacaica,1060,10,6/17/2023,6,JUAN,7.5,7.666666667,Stilpnia vitriolina,12.9 +Guacaica,1060,10,6/17/2023,6,JUAN,7.5,7.666666667,Stilpnia vitriolina,12.9 +Guacaica,1060,10,6/17/2023,6,JUAN,7.5,7.666666667,Tangara gyrola,14.3 +Guacaica,1060,9,6/17/2023,6,JUAN,7.816666667,7.983333333,Crotophaga ani,28.7 +Guacaica,1060,9,6/17/2023,6,JUAN,7.816666667,7.983333333,Crotophaga ani,28.7 +Guacaica,1060,9,6/17/2023,6,JUAN,7.816666667,7.983333333,Sporophila nigricollis,23.3 +Guacaica,1060,9,6/17/2023,6,JUAN,7.816666667,7.983333333,Tiaris olivaceus,12.1 +Guacaica,1060,7,6/17/2023,6,JUAN,8.433333333,8.6,Bubulcus ibis,48.3 +Guacaica,1060,7,6/17/2023,6,JUAN,8.433333333,8.6,Bubulcus ibis,48.3 +Guacaica,1060,7,6/17/2023,6,JUAN,8.433333333,8.6,Columbina talpacoti,14.8 +Guacaica,1060,7,6/17/2023,6,JUAN,8.433333333,8.6,Columbina talpacoti,14.8 +Guacaica,1060,7,6/17/2023,6,JUAN,8.433333333,8.6,Columbina talpacoti,14.8 +Guacaica,1060,7,6/17/2023,6,JUAN,8.433333333,8.6,Columbina talpacoti,14.8 +Guacaica,1060,7,6/17/2023,6,JUAN,8.433333333,8.6,Molothrus bonariensis,24.3 +Guacaica,1060,7,6/17/2023,6,JUAN,8.433333333,8.6,Tangara gyrola,20.7 +Guacaica,1060,7,6/17/2023,6,JUAN,8.433333333,8.6,Thraupis episcopus,21.4 +Guacaica,1060,7,6/17/2023,6,JUAN,8.433333333,8.6,Thraupis episcopus,21.4 +Guacaica,1060,6,6/17/2023,6,JUAN,8.75,8.916666667,Spinus psaltria,8.6 +Guacaica,1060,6,6/17/2023,6,JUAN,8.75,8.916666667,Stilpnia heinei,12.1 +Guacaica,1060,6,6/17/2023,6,JUAN,8.75,8.916666667,Stilpnia heinei,12.1 +Guacaica,1060,6,6/17/2023,6,JUAN,8.75,8.916666667,Tyrannus melancholicus,13.5 +Guacaica,1060,6,6/17/2023,6,JUAN,8.75,8.916666667,Volatinia jacarina,7.2 +Guacaica,1060,12,6/17/2023,6,JUAN,9.383333333,9.55,Melanerpes formicivorus,18 +Guacaica,1060,12,6/17/2023,6,JUAN,9.383333333,9.55,Melanerpes formicivorus,18 +Guacaica,1060,12,6/17/2023,6,JUAN,9.383333333,9.55,Sayornis nigricans,22.8 +Guacaica,1060,12,6/17/2023,6,JUAN,9.383333333,9.55,Tyrannus melancholicus,32.4 +Guacaica,1060,4,6/17/2023,6,JUAN,9.633333333,9.8,Momotus aequatorialis,13.3 +Guacaica,1060,4,6/17/2023,6,JUAN,9.633333333,9.8,Stilpnia heinei,12 +Guacaica,1060,4,6/17/2023,6,JUAN,9.633333333,9.8,Tyrannus melancholicus,38.2 +Guacaica,1060,4,6/17/2023,6,SANTIAGO,6.166666667,6.333333333,Setophaga pitiayumi,25.8 +Guacaica,1060,4,6/17/2023,6,SANTIAGO,6.166666667,6.333333333,Ortalis columbiana,29.6 +Guacaica,1060,4,6/17/2023,6,SANTIAGO,6.166666667,6.333333333,Ortalis columbiana,29.6 +Guacaica,1060,4,6/17/2023,6,SANTIAGO,6.166666667,6.333333333,Turdus ignobilis,85.3 +Guacaica,1060,4,6/17/2023,6,SANTIAGO,6.166666667,6.333333333,Amazilia tzacatl,8.9 +Guacaica,1060,4,6/17/2023,6,SANTIAGO,6.166666667,6.333333333,Stilpnia vitriolina,4.9 +Guacaica,1060,12,6/17/2023,6,SANTIAGO,6.533333333,6.7,Melanerpes formicivorus,45.2 +Guacaica,1060,12,6/17/2023,6,SANTIAGO,6.533333333,6.7,Melanerpes formicivorus,45.2 +Guacaica,1060,12,6/17/2023,6,SANTIAGO,6.533333333,6.7,Sayornis nigricans,24.1 +Guacaica,1060,12,6/17/2023,6,SANTIAGO,6.533333333,6.7,Momotus aequatorialis,18.4 +Guacaica,1060,12,6/17/2023,6,SANTIAGO,6.533333333,6.7,Cyanocorax affinis,35.4 +Guacaica,1060,12,6/17/2023,6,SANTIAGO,6.533333333,6.7,Cyanocorax affinis,35.4 +Guacaica,1060,12,6/17/2023,6,SANTIAGO,6.533333333,6.7,Cyanocorax affinis,35.4 +Guacaica,1060,12,6/17/2023,6,SANTIAGO,6.533333333,6.7,Cyanocorax affinis,35.4 +Guacaica,1060,12,6/17/2023,6,SANTIAGO,6.533333333,6.7,Cyanocorax affinis,35.4 +Guacaica,1060,5,6/17/2023,6,SANTIAGO,6.966666667,7.133333333,Tyrannus melancholicus,83.7 +Guacaica,1060,5,6/17/2023,6,SANTIAGO,6.966666667,7.133333333,Tyrannus melancholicus,83.7 +Guacaica,1060,5,6/17/2023,6,SANTIAGO,6.966666667,7.133333333,Coragyps atratus,199.7 +Guacaica,1060,5,6/17/2023,6,SANTIAGO,6.966666667,7.133333333,Coragyps atratus,199.7 +Guacaica,1060,5,6/17/2023,6,SANTIAGO,6.966666667,7.133333333,Thraupis episcopus,26.3 +Guacaica,1060,5,6/17/2023,6,SANTIAGO,6.966666667,7.133333333,Thraupis episcopus,26.3 +Guacaica,1060,6,6/17/2023,6,SANTIAGO,7.316666667,7.483333333,Thraupis episcopus,47.6 +Guacaica,1060,6,6/17/2023,6,SANTIAGO,7.316666667,7.483333333,Ortalis columbiana,39.8 +Guacaica,1060,6,6/17/2023,6,SANTIAGO,7.316666667,7.483333333,Ortalis columbiana,39.8 +Guacaica,1060,6,6/17/2023,6,SANTIAGO,7.316666667,7.483333333,Saltator atripennis,41 +Guacaica,1060,6,6/17/2023,6,SANTIAGO,7.316666667,7.483333333,Molothrus bonariensis,16.1 +Guacaica,1060,6,6/17/2023,6,SANTIAGO,7.316666667,7.483333333,Dubusia taeniata,16.3 +Guacaica,1060,6,6/17/2023,6,SANTIAGO,7.316666667,7.483333333,Myiodynastes hemichrysus,28.8 +Guacaica,1060,7,6/17/2023,6,SANTIAGO,7.75,7.916666667,Thraupis episcopus,40 +Guacaica,1060,7,6/17/2023,6,SANTIAGO,7.75,7.916666667,Columbina talpacoti,40 +Guacaica,1060,7,6/17/2023,6,SANTIAGO,7.75,7.916666667,Columbina talpacoti,40 +Guacaica,1060,7,6/17/2023,6,SANTIAGO,7.75,7.916666667,Synallaxis azarae,20.8 +Guacaica,1060,7,6/17/2023,6,SANTIAGO,7.75,7.916666667,Turdus ignobilis,26.4 +Guacaica,1060,7,6/17/2023,6,SANTIAGO,7.75,7.916666667,Cyanocorax affinis,68.5 +Guacaica,1060,7,6/17/2023,6,SANTIAGO,7.75,7.916666667,Cyanocorax affinis,68.5 +Guacaica,1060,8,6/17/2023,6,SANTIAGO,8.3,8.466666667,Picumnus granadensis,35.1 +Guacaica,1060,8,6/17/2023,6,SANTIAGO,8.3,8.466666667,Lepidocolaptes lacrymiger,21 +Guacaica,1060,8,6/17/2023,6,SANTIAGO,8.3,8.466666667,Tangara vassorii,35 +Guacaica,1060,8,6/17/2023,6,SANTIAGO,8.3,8.466666667,Tangara vassorii,35 +Guacaica,1060,9,6/17/2023,6,SANTIAGO,8.65,8.816666667,Vireo leucophrys,16.5 +Guacaica,1060,9,6/17/2023,6,SANTIAGO,8.65,8.816666667,Tangara gyrola,35 +Guacaica,1060,9,6/17/2023,6,SANTIAGO,8.65,8.816666667,Stilpnia vitriolina,11.8 +Guacaica,1060,9,6/17/2023,6,SANTIAGO,8.65,8.816666667,Stilpnia vitriolina,11.8 +Guacaica,1060,9,6/17/2023,6,SANTIAGO,8.65,8.816666667,Tiaris olivaceus,9.4 +Guacaica,1060,9,6/17/2023,6,SANTIAGO,8.65,8.816666667,Tiaris olivaceus,9.4 +Guacaica,1060,9,6/17/2023,6,SANTIAGO,8.65,8.816666667,Hemitriccus granadensis,11.5 +Guacaica,1060,9,6/17/2023,6,SANTIAGO,8.65,8.816666667,Turdus ignobilis,45.5 +Guacaica,1060,9,6/17/2023,6,SANTIAGO,8.65,8.816666667,Tyrannus melancholicus,93.3 +Guacaica,1060,9,6/17/2023,6,SANTIAGO,8.65,8.816666667,Tyrannus melancholicus,93.3 +Guacaica,1060,9,6/17/2023,6,SANTIAGO,8.65,8.816666667,Sporophila intermedia,24.7 +Guacaica,1060,9,6/17/2023,6,SANTIAGO,8.65,8.816666667,Stilpnia cyanicollis,78 +Guacaica,1060,10,6/17/2023,6,SANTIAGO,9.033333333,9.2,Bubulcus ibis,70.9 +Guacaica,1060,10,6/17/2023,6,SANTIAGO,9.033333333,9.2,Pogonotriccus poecilotis,53.5 +Guacaica,1060,10,6/17/2023,6,SANTIAGO,9.033333333,9.2,Zonotrichia capensis,45.9 +Guacaica,1060,1,6/17/2023,6,SANTIAGO,9.416666667,9.583333333,Piranga flava,8.3 +Guacaica,1060,1,6/17/2023,6,SANTIAGO,9.416666667,9.583333333,Piranga flava,8.3 +Guacaica,1060,1,6/17/2023,6,SANTIAGO,9.416666667,9.583333333,Dubusia taeniata,63.4 +Guacaica,1060,1,6/17/2023,6,SANTIAGO,9.416666667,9.583333333,Synallaxis azarae,22.3 +Guacaica,1060,2,6/17/2023,6,SANTIAGO,9.816666667,9.983333333,Catharus aurantiirostris,12.2 +Guacaica,1060,2,6/17/2023,6,SANTIAGO,9.816666667,9.983333333,Myiothlypis coronata,18.6 +Guacaica,1060,2,6/17/2023,6,SANTIAGO,9.816666667,9.983333333,Aulacorhynchus albivitta,65.7 +Guacaica,1060,2,6/17/2023,6,SANTIAGO,9.816666667,9.983333333,Phaethornis guy,7.5 +Guacaica,1060,2,6/17/2023,6,SANTIAGO,9.816666667,9.983333333,Tangara arthus,15.8 +Guacaica,1060,2,6/17/2023,6,SANTIAGO,9.816666667,9.983333333,Zimmerius chrysops,23.1 +Guacaica,1060,2,6/17/2023,6,SANTIAGO,9.816666667,9.983333333,Xenops rutilans,15.4 +Guacaica,1060,11,6/17/2023,6,SANTIAGO,10.18333333,10.35,Tyrannus melancholicus,45.5 +Guacaica,1060,11,6/17/2023,6,SANTIAGO,10.18333333,10.35,Thraupis episcopus,35.1 +Guacaica,1060,11,6/17/2023,6,SANTIAGO,10.18333333,10.35,Turdus ignobilis,35.2 +Guacaica,1060,11,6/17/2023,6,SANTIAGO,10.18333333,10.35,Synallaxis azarae,42.2 +Guacaica,1060,3,6/17/2023,6,SANTIAGO,10.6,10.76666667,Cinnycerthia olivascens,12.1 +Guacaica,1060,3,6/17/2023,6,SANTIAGO,10.6,10.76666667,Atlapetes albinucha,13 +Guacaica,1060,3,6/17/2023,6,SANTIAGO,10.6,10.76666667,Momotus aequatorialis,22.8 +Guacaica,1092,5,6/22/2023,6,JUAN,7.433333333,7.6,Bubulcus ibis,54.3 +Guacaica,1092,5,6/22/2023,6,JUAN,7.433333333,7.6,Bubulcus ibis,54.3 +Guacaica,1092,5,6/22/2023,6,JUAN,7.433333333,7.6,Bubulcus ibis,54.3 +Guacaica,1092,5,6/22/2023,6,JUAN,7.433333333,7.6,Bubulcus ibis,54.3 +Guacaica,1092,5,6/22/2023,6,JUAN,7.433333333,7.6,Bubulcus ibis,54.3 +Guacaica,1092,5,6/22/2023,6,JUAN,7.433333333,7.6,Colaptes rubiginosus,38.2 +Guacaica,1092,5,6/22/2023,6,JUAN,7.433333333,7.6,Columbina talpacoti,26.1 +Guacaica,1092,5,6/22/2023,6,JUAN,7.433333333,7.6,Columbina talpacoti,38 +Guacaica,1092,5,6/22/2023,6,JUAN,7.433333333,7.6,Columbina talpacoti,38 +Guacaica,1092,5,6/22/2023,6,JUAN,7.433333333,7.6,Tyrannus melancholicus,21.8 +Guacaica,1092,4,6/22/2023,6,JUAN,7.916666667,8.083333333,Bubulcus ibis,82.7 +Guacaica,1092,4,6/22/2023,6,JUAN,7.916666667,8.083333333,Bubulcus ibis,82.7 +Guacaica,1092,4,6/22/2023,6,JUAN,7.916666667,8.083333333,Bubulcus ibis,82.7 +Guacaica,1092,4,6/22/2023,6,JUAN,7.916666667,8.083333333,Tyrannus melancholicus,13.2 +Guacaica,1092,3,6/22/2023,6,JUAN,8.233333333,8.4,Arremon brunneinucha,9.1 +Guacaica,1092,3,6/22/2023,6,JUAN,8.233333333,8.4,Malacoptila mystacalis,6.5 +Guacaica,1092,3,6/22/2023,6,JUAN,8.233333333,8.4,Tangara gyrola,16.5 +Guacaica,1092,2,6/22/2023,6,JUAN,8.516666667,8.683333333,Euphonia xanthogaster,25.3 +Guacaica,1092,2,6/22/2023,6,JUAN,8.516666667,8.683333333,Stilpnia vitriolina,22.5 +Guacaica,1092,2,6/22/2023,6,JUAN,8.516666667,8.683333333,Tangara arthus,14.5 +Guacaica,1092,2,6/22/2023,6,JUAN,8.516666667,8.683333333,Tangara arthus,14.5 +Guacaica,1092,2,6/22/2023,6,JUAN,8.516666667,8.683333333,Thraupis palmarum,22.9 +Guacaica,1092,2,6/22/2023,6,JUAN,8.516666667,8.683333333,Zimmerius chrysops,19.3 +Guacaica,1092,11,6/22/2023,6,JUAN,9.183333333,9.35,Arremon brunneinucha,9.2 +Guacaica,1092,11,6/22/2023,6,JUAN,9.183333333,9.35,Aulacorhynchus albivitta,31.7 +Guacaica,1092,11,6/22/2023,6,JUAN,9.183333333,9.35,Aulacorhynchus albivitta,31.7 +Guacaica,1092,11,6/22/2023,6,JUAN,9.183333333,9.35,Molothrus oryzivorus,19.8 +Guacaica,1092,11,6/22/2023,6,JUAN,9.183333333,9.35,Tangara arthus,14.2 +Guacaica,1092,11,6/22/2023,6,JUAN,9.183333333,9.35,Tyrannus melancholicus,15.4 +Guacaica,1092,1,6/22/2023,6,SANTIAGO,6.033333333,6.2,Zonotrichia capensis,15.9 +Guacaica,1092,1,6/22/2023,6,SANTIAGO,6.033333333,6.2,Phaethornis syrmatophorus,15.6 +Guacaica,1092,1,6/22/2023,6,SANTIAGO,6.033333333,6.2,Anisognathus somptuosus,18.7 +Guacaica,1092,1,6/22/2023,6,SANTIAGO,6.033333333,6.2,Chamaepetes goudotii,30.4 +Guacaica,1092,1,6/22/2023,6,SANTIAGO,6.033333333,6.2,Aulacorhynchus albivitta,9.6 +Guacaica,1092,10,6/22/2023,6,SANTIAGO,6.416666667,6.583333333,Mionectes striaticollis,8.4 +Guacaica,1092,10,6/22/2023,6,SANTIAGO,6.416666667,6.583333333,Pionus tumultuosus,63.8 +Guacaica,1092,10,6/22/2023,6,SANTIAGO,6.416666667,6.583333333,Formicarius rufipectus,15.1 +Guacaica,1092,10,6/22/2023,6,SANTIAGO,6.416666667,6.583333333,Aulacorhynchus albivitta,16.9 +Guacaica,1092,11,6/22/2023,6,SANTIAGO,6.7,6.866666667,Mionectes galbinus,22.1 +Guacaica,1092,2,6/22/2023,6,SANTIAGO,7,7.166666667,Tangara arthus,18.2 +Guacaica,1092,2,6/22/2023,6,SANTIAGO,7,7.166666667,Synallaxis albescens,8.3 +Guacaica,1092,2,6/22/2023,6,SANTIAGO,7,7.166666667,Myioborus miniatus,35.7 +Guacaica,1092,3,6/22/2023,6,SANTIAGO,7.316666667,7.483333333,Cyanocorax affinis,44.7 +Guacaica,1092,3,6/22/2023,6,SANTIAGO,7.316666667,7.483333333,Cyanocorax affinis,44.7 +Guacaica,1092,3,6/22/2023,6,SANTIAGO,7.316666667,7.483333333,Cyanocorax affinis,44.7 +Guacaica,1092,3,6/22/2023,6,SANTIAGO,7.316666667,7.483333333,Atlapetes albinucha,8.1 +Guacaica,1092,4,6/22/2023,6,SANTIAGO,8.083333333,8.25,Bubulcus ibis,50.8 +Guacaica,1092,4,6/22/2023,6,SANTIAGO,8.083333333,8.25,Bubulcus ibis,50.8 +Guacaica,1092,4,6/22/2023,6,SANTIAGO,8.083333333,8.25,Zimmerius chrysops,56.9 +Guacaica,1092,4,6/22/2023,6,SANTIAGO,8.083333333,8.25,Turdus ignobilis,12.5 +Guacaica,1092,4,6/22/2023,6,SANTIAGO,8.083333333,8.25,Sporophila nigricollis,43.8 +Guacaica,1092,4,6/22/2023,6,SANTIAGO,8.083333333,8.25,Sporophila nigricollis,43.8 +Guacaica,1092,4,6/22/2023,6,SANTIAGO,8.083333333,8.25,Sporophila nigricollis,43.8 +Guacaica,1092,4,6/22/2023,6,SANTIAGO,8.083333333,8.25,Thraupis episcopus,34.6 +Guacaica,1092,4,6/22/2023,6,SANTIAGO,8.083333333,8.25,Thraupis episcopus,34.6 +Guacaica,1092,4,6/22/2023,6,SANTIAGO,8.083333333,8.25,Stilpnia cyanicollis,11 +Guacaica,1092,5,6/22/2023,6,SANTIAGO,8.366666667,8.533333333,Tiaris olivaceus,19.7 +Guacaica,1092,5,6/22/2023,6,SANTIAGO,8.366666667,8.533333333,Tiaris olivaceus,19.7 +Guacaica,1092,5,6/22/2023,6,SANTIAGO,8.366666667,8.533333333,Sporophila nigricollis,8.5 +Guacaica,1092,5,6/22/2023,6,SANTIAGO,8.366666667,8.533333333,Sporophila nigricollis,8.5 +Guacaica,1092,5,6/22/2023,6,SANTIAGO,8.366666667,8.533333333,Ramphocelus flammigerus,105.9 +Guacaica,1092,6,6/22/2023,6,SANTIAGO,8.666666667,8.833333333,Mionectes striaticollis,48.5 +Guacaica,1092,6,6/22/2023,6,SANTIAGO,8.666666667,8.833333333,Mionectes striaticollis,48.5 +Guacaica,1092,7,6/22/2023,6,SANTIAGO,9.133333333,9.3,Todirostrum cinereum,28.7 +Guacaica,1092,8,6/22/2023,6,SANTIAGO,9.566666667,9.733333333,Myioborus miniatus,78.4 +Guacaica,1092,8,6/22/2023,6,SANTIAGO,9.566666667,9.733333333,Myioborus miniatus,78.4 +Guacaica,1092,9,6/22/2023,6,SANTIAGO,9.866666667,10.03333333,Psarocolius angustifrons,85 +Guacaica,1092,9,6/22/2023,6,SANTIAGO,9.866666667,10.03333333,Psarocolius angustifrons,85 +Guacaica,1092,9,6/22/2023,6,SANTIAGO,9.866666667,10.03333333,Psarocolius angustifrons,85 +Guacaica,1092,9,6/22/2023,6,SANTIAGO,9.866666667,10.03333333,Psarocolius angustifrons,85 +Guacaica,1092,9,6/22/2023,6,SANTIAGO,9.866666667,10.03333333,Psarocolius angustifrons,85 +Guacaica,1092,9,6/22/2023,6,SANTIAGO,9.866666667,10.03333333,Molothrus oryzivorus,47.5 +Guacaica,1092,9,6/22/2023,6,SANTIAGO,9.866666667,10.03333333,Molothrus oryzivorus,47.5 +Guacaica,1092,9,6/22/2023,6,SANTIAGO,9.866666667,10.03333333,Molothrus oryzivorus,47.5 +Guacaica,1092,9,6/22/2023,6,SANTIAGO,9.866666667,10.03333333,Rupornis magnirostris,36.7 +Guacaica,837,1,6/25/2023,6,JUAN,6,6.166666667,Columbina talpacoti,13.2 +Guacaica,837,1,6/25/2023,6,JUAN,6,6.166666667,Columbina talpacoti,13.2 +Guacaica,837,1,6/25/2023,6,JUAN,6,6.166666667,Stilpnia vitriolina,14.7 +Guacaica,837,1,6/25/2023,6,JUAN,6,6.166666667,Stilpnia vitriolina,14.7 +Guacaica,837,1,6/25/2023,6,JUAN,6,6.166666667,Tangara arthus,14.7 +Guacaica,837,2,6/25/2023,6,JUAN,6.3,6.466666667,Saltator atripennis,19.2 +Guacaica,837,2,6/25/2023,6,JUAN,6.3,6.466666667,Saltator atripennis,19.2 +Guacaica,837,2,6/25/2023,6,JUAN,6.3,6.466666667,Saltator atripennis,19.2 +Guacaica,837,2,6/25/2023,6,JUAN,6.3,6.466666667,Saltator atripennis,19.2 +Guacaica,837,2,6/25/2023,6,JUAN,6.3,6.466666667,Saltator atripennis,19.2 +Guacaica,837,2,6/25/2023,6,JUAN,6.3,6.466666667,Stilpnia cyanicollis,18.8 +Guacaica,837,2,6/25/2023,6,JUAN,6.3,6.466666667,Stilpnia cyanicollis,18.8 +Guacaica,837,2,6/25/2023,6,JUAN,6.3,6.466666667,Tangara nigroviridis,19 +Guacaica,837,2,6/25/2023,6,JUAN,6.3,6.466666667,Tyrannus melancholicus,15.4 +Guacaica,837,2,6/25/2023,6,JUAN,6.3,6.466666667,Tyrannus melancholicus,39.6 +Guacaica,837,3,6/25/2023,6,JUAN,6.716666667,6.883333333,Molothrus bonariensis,50.1 +Guacaica,837,3,6/25/2023,6,JUAN,6.716666667,6.883333333,Stilpnia cyanicollis,46.3 +Guacaica,837,3,6/25/2023,6,JUAN,6.716666667,6.883333333,Tangara nigroviridis,12.2 +Guacaica,837,3,6/25/2023,6,JUAN,6.716666667,6.883333333,Turdus fuscater,43.7 +Guacaica,837,4,6/25/2023,6,JUAN,7.083333333,7.25,Turdus fuscater,29 +Guacaica,837,4,6/25/2023,6,JUAN,7.083333333,7.25,Tyrannus melancholicus,26.2 +Guacaica,837,9,6/25/2023,6,JUAN,7.666666667,7.833333333,Stilpnia vitriolina,10.2 +Guacaica,837,8,6/25/2023,6,JUAN,8.083333333,8.25,Molothrus bonariensis,59.7 +Guacaica,837,8,6/25/2023,6,JUAN,8.083333333,8.25,Molothrus bonariensis,59.7 +Guacaica,837,8,6/25/2023,6,JUAN,8.083333333,8.25,Stilpnia vitriolina,47 +Guacaica,837,8,6/25/2023,6,JUAN,8.083333333,8.25,Zonotrichia capensis,21.4 +Guacaica,837,6,6/25/2023,6,JUAN,8.35,8.516666667,Bubulcus ibis,64.9 +Guacaica,837,6,6/25/2023,6,JUAN,8.35,8.516666667,Bubulcus ibis,64.9 +Guacaica,837,6,6/25/2023,6,JUAN,8.35,8.516666667,Bubulcus ibis,64.9 +Guacaica,837,6,6/25/2023,6,JUAN,8.35,8.516666667,Bubulcus ibis,64.9 +Guacaica,837,6,6/25/2023,6,JUAN,8.35,8.516666667,Bubulcus ibis,60.6 +Guacaica,837,6,6/25/2023,6,JUAN,8.35,8.516666667,Turdus fuscater,53.9 +Guacaica,837,6,6/25/2023,6,JUAN,8.35,8.516666667,Turdus ignobilis,41.4 +Guacaica,837,6,6/25/2023,6,JUAN,8.35,8.516666667,Tyrannus melancholicus,41.4 +Guacaica,837,7,6/25/2023,6,JUAN,8.75,8.916666667,Momotus aequatorialis,18 +Guacaica,837,5,6/25/2023,6,JUAN,9.216666667,9.383333333,Bubulcus ibis,100.3 +Guacaica,837,5,6/25/2023,6,JUAN,9.216666667,9.383333333,Myioborus miniatus,46.4 +Guacaica,837,5,6/25/2023,6,JUAN,9.216666667,9.383333333,Myioborus miniatus,64.6 +Guacaica,837,5,6/25/2023,6,JUAN,9.216666667,9.383333333,Rupornis magnirostris,80.6 +Guacaica,837,7,6/25/2023,6,SANTIAGO,6,6.166666667,Tangara vassorii,25.1 +Guacaica,837,7,6/25/2023,6,SANTIAGO,6,6.166666667,Tangara vassorii,25.1 +Guacaica,837,7,6/25/2023,6,SANTIAGO,6,6.166666667,Premnoplex brunnescens,11.5 +Guacaica,837,8,6/25/2023,6,SANTIAGO,6.433333333,6.6,Zimmerius chrysops,20 +Guacaica,837,8,6/25/2023,6,SANTIAGO,6.433333333,6.6,Momotus aequatorialis,30 +Guacaica,837,8,6/25/2023,6,SANTIAGO,6.433333333,6.6,Aulacorhynchus albivitta,45 +Guacaica,837,8,6/25/2023,6,SANTIAGO,6.433333333,6.6,Tyrannus melancholicus,100 +Guacaica,837,8,6/25/2023,6,SANTIAGO,6.433333333,6.6,Tangara nigroviridis,43.5 +Guacaica,837,8,6/25/2023,6,SANTIAGO,6.433333333,6.6,Tangara nigroviridis,43.5 +Guacaica,837,8,6/25/2023,6,SANTIAGO,6.433333333,6.6,Piaya cayana,38.2 +Guacaica,837,8,6/25/2023,6,SANTIAGO,6.433333333,6.6,Thripadectes holostictus,35.1 +Guacaica,837,6,6/25/2023,6,SANTIAGO,6.7,6.866666667,Sporathraupis cyanocephala,25 +Guacaica,837,6,6/25/2023,6,SANTIAGO,6.7,6.866666667,Myioborus miniatus,12 +Guacaica,837,6,6/25/2023,6,SANTIAGO,6.7,6.866666667,Thraupis palmarum,20 +Guacaica,837,6,6/25/2023,6,SANTIAGO,6.7,6.866666667,Thraupis palmarum,20 +Guacaica,837,6,6/25/2023,6,SANTIAGO,6.7,6.866666667,Nyctibius griseus,50 +Guacaica,837,6,6/25/2023,6,SANTIAGO,6.7,6.866666667,Tiaris olivaceus,26.5 +Guacaica,837,6,6/25/2023,6,SANTIAGO,6.7,6.866666667,Vanellus chilensis,40 +Guacaica,837,6,6/25/2023,6,SANTIAGO,6.7,6.866666667,Tyrannus melancholicus,75 +Guacaica,837,9,6/25/2023,6,SANTIAGO,7.983333333,8.166666667,Rupornis magnirostris,100 +Guacaica,837,9,6/25/2023,6,SANTIAGO,7.983333333,8.166666667,Streptoprocne rutila,22 +Guacaica,837,9,6/25/2023,6,SANTIAGO,7.983333333,8.166666667,Tyrannus savana,86.2 +Guacaica,837,9,6/25/2023,6,SANTIAGO,7.983333333,8.166666667,Turdus fuscater,65.1 +Guacaica,837,5,6/25/2023,6,SANTIAGO,8.3,8.466666667,Elaenia flavogaster,43 +Guacaica,837,5,6/25/2023,6,SANTIAGO,8.3,8.466666667,Pitangus sulphuratus,25.2 +Guacaica,837,5,6/25/2023,6,SANTIAGO,8.3,8.466666667,Rupornis magnirostris,95.2 +Guacaica,837,5,6/25/2023,6,SANTIAGO,8.3,8.466666667,Zonotrichia capensis,12 +Guacaica,837,3,6/25/2023,6,SANTIAGO,8.916666667,9.083333333,Stilpnia cyanicollis,28.3 +Guacaica,837,3,6/25/2023,6,SANTIAGO,8.916666667,9.083333333,Stilpnia cyanicollis,28.3 +Guacaica,837,3,6/25/2023,6,SANTIAGO,8.916666667,9.083333333,Tangara vassorii,28.3 +Guacaica,837,3,6/25/2023,6,SANTIAGO,8.916666667,9.083333333,Tangara vassorii,28.3 +Guacaica,837,3,6/25/2023,6,SANTIAGO,8.916666667,9.083333333,Chlorornis riefferii,28.3 +Guacaica,837,3,6/25/2023,6,SANTIAGO,8.916666667,9.083333333,Chlorornis riefferii,28.3 +Guacaica,837,3,6/25/2023,6,SANTIAGO,8.916666667,9.083333333,Stilpnia vitriolina,8 +Guacaica,837,3,6/25/2023,6,SANTIAGO,8.916666667,9.083333333,Tolmomyias sulphurescens,18.8 +Guacaica,837,3,6/25/2023,6,SANTIAGO,8.916666667,9.083333333,Stilpnia heinei,10.6 +Guacaica,837,3,6/25/2023,6,SANTIAGO,8.916666667,9.083333333,Stilpnia heinei,10.6 +Guacaica,837,1,6/25/2023,6,SANTIAGO,9.316666667,9.483333333,Synallaxis azarae,56.5 +Guacaica,837,1,6/25/2023,6,SANTIAGO,9.316666667,9.483333333,Cyanocorax affinis,79.4 +Guacaica,837,1,6/25/2023,6,SANTIAGO,9.316666667,9.483333333,Cyanocorax affinis,79.4 +Guacaica,837,1,6/25/2023,6,SANTIAGO,9.316666667,9.483333333,Tyrannus melancholicus,86.3 +Guacaica,837,2,6/25/2023,6,SANTIAGO,9.633333333,9.8,Zonotrichia capensis,33.4 +Guacaica,837,2,6/25/2023,6,SANTIAGO,9.633333333,9.8,Momotus aequatorialis,95 +Guacaica,837,2,6/25/2023,6,SANTIAGO,9.633333333,9.8,Phimosus infuscatus,117.2 +Guacaica,837,2,6/25/2023,6,SANTIAGO,9.633333333,9.8,Zimmerius chrysops,26.6 +Guacaica,837,2,6/25/2023,6,SANTIAGO,9.633333333,9.8,Tiaris olivaceus,25.3 +Guacaica,837,2,6/25/2023,6,SANTIAGO,9.633333333,9.8,Chlorophonia cyanea,50.3 +Guacaica,837,4,6/25/2023,6,SANTIAGO,10.25,10.41666667,Zimmerius chrysops,23 +Guacaica,837,4,6/25/2023,6,SANTIAGO,10.25,10.41666667,Zimmerius chrysops,23 +Guacaica,837,4,6/25/2023,6,SANTIAGO,10.25,10.41666667,Rupornis magnirostris,87.9 +Guacaica,837,4,6/25/2023,6,SANTIAGO,10.25,10.41666667,Tiaris olivaceus,8.3 +Guacaica,837,4,6/25/2023,6,SANTIAGO,10.25,10.41666667,Tiaris olivaceus,8.3 +Guacaica,1063,7,6/26/2023,6,JUAN,6.6,6.766666667,Aulacorhynchus albivitta,13.1 +Guacaica,1063,7,6/26/2023,6,JUAN,6.6,6.766666667,Sayornis nigricans,36.5 +Guacaica,1063,7,6/26/2023,6,JUAN,6.6,6.766666667,Turdus ignobilis,13.1 +Guacaica,1063,8,6/26/2023,6,JUAN,7.066666667,7.233333333,Patagioenas fasciata,60.4 +Guacaica,1063,8,6/26/2023,6,JUAN,7.066666667,7.233333333,Patagioenas fasciata,60.4 +Guacaica,1063,8,6/26/2023,6,JUAN,7.066666667,7.233333333,Patagioenas fasciata,60.4 +Guacaica,1063,9,6/26/2023,6,JUAN,7.916666667,8.083333333,Ramphocelus flammigerus,22.6 +Guacaica,1063,9,6/26/2023,6,JUAN,7.916666667,8.083333333,Saucerottia saucerottei,3 +Guacaica,1063,9,6/26/2023,6,JUAN,7.916666667,8.083333333,Sporophila nigricollis,5.8 +Guacaica,1063,9,6/26/2023,6,JUAN,7.916666667,8.083333333,Tiaris olivaceus,1.8 +Guacaica,1063,9,6/26/2023,6,JUAN,7.916666667,8.083333333,Zimmerius chrysops,14.8 +Guacaica,1063,9,6/26/2023,6,JUAN,7.916666667,8.083333333,Zonotrichia capensis,6.3 +Guacaica,1063,9,6/26/2023,6,JUAN,7.916666667,8.083333333,Zonotrichia capensis,2 +Guacaica,1063,10,6/26/2023,6,JUAN,8.333333333,8.5,Troglodytes aedon,18.6 +Guacaica,1063,10,6/26/2023,6,JUAN,8.333333333,8.5,Troglodytes aedon,18.6 +Guacaica,1063,10,6/26/2023,6,JUAN,8.333333333,8.5,Turdus fuscater,60 +Guacaica,1063,10,6/26/2023,6,JUAN,8.333333333,8.5,Turdus fuscater,60 +Guacaica,1063,11,6/26/2023,6,JUAN,8.583333333,8.75,Chlorostilbon melanorhynchus,11.1 +Guacaica,1063,11,6/26/2023,6,JUAN,8.583333333,8.75,Momotus aequatorialis,13.9 +Guacaica,1063,11,6/26/2023,6,JUAN,8.583333333,8.75,Stilpnia heinei,18.8 +Guacaica,1063,11,6/26/2023,6,JUAN,8.583333333,8.75,Turdus fuscater,13.5 +Guacaica,1063,3,6/26/2023,6,JUAN,9.1,9.266666667,Contopus fumigatus,19.4 +Guacaica,1063,3,6/26/2023,6,JUAN,9.1,9.266666667,Stilpnia cyanicollis,11.7 +Guacaica,1063,3,6/26/2023,6,JUAN,9.1,9.266666667,Stilpnia cyanicollis,11.7 +Guacaica,1063,3,6/26/2023,6,JUAN,9.1,9.266666667,Tyrannus melancholicus,51.1 +Guacaica,1063,2,6/26/2023,6,JUAN,9.4,9.566666667,Volatinia jacarina,21.5 +Guacaica,1063,2,6/26/2023,6,JUAN,9.4,9.566666667,Zonotrichia capensis,16 +Guacaica,1063,2,6/26/2023,6,JUAN,9.4,9.566666667,Zonotrichia capensis,16 +Guacaica,1063,2,6/26/2023,6,JUAN,9.4,9.566666667,Sporophila nigricollis,17.2 +Guacaica,1063,1,6/26/2023,6,JUAN,9.8,9.966666667,Aulacorhynchus albivitta,14.1 +Guacaica,1063,1,6/26/2023,6,JUAN,9.8,9.966666667,Ramphocelus flammigerus,18.4 +Guacaica,1063,1,6/26/2023,6,JUAN,9.8,9.966666667,Ramphocelus flammigerus,18.4 +Guacaica,1063,5,6/26/2023,6,JUAN,10.6,10.76666667,Crotophaga ani,35.4 +Guacaica,1063,3,6/26/2023,6,SANTIAGO,6.05,6.216666667,Momotus aequatorialis,65.2 +Guacaica,1063,3,6/26/2023,6,SANTIAGO,6.05,6.216666667,Ortalis columbiana,47.8 +Guacaica,1063,3,6/26/2023,6,SANTIAGO,6.05,6.216666667,Ortalis columbiana,47.8 +Guacaica,1063,3,6/26/2023,6,SANTIAGO,6.05,6.216666667,Contopus fumigatus,93.8 +Guacaica,1063,3,6/26/2023,6,SANTIAGO,6.05,6.216666667,Tyrannus melancholicus,45.3 +Guacaica,1063,2,6/26/2023,6,SANTIAGO,6.35,6.516666667,Sayornis nigricans,15 +Guacaica,1063,2,6/26/2023,6,SANTIAGO,6.35,6.516666667,Volatinia jacarina,8.4 +Guacaica,1063,2,6/26/2023,6,SANTIAGO,6.35,6.516666667,Euphonia laniirostris,40 +Guacaica,1063,2,6/26/2023,6,SANTIAGO,6.35,6.516666667,Zenaida auriculata,80 +Guacaica,1063,2,6/26/2023,6,SANTIAGO,6.35,6.516666667,Saucerottia saucerottei,6 +Guacaica,1063,2,6/26/2023,6,SANTIAGO,6.35,6.516666667,Zonotrichia capensis,5 +Guacaica,1063,2,6/26/2023,6,SANTIAGO,6.35,6.516666667,Coereba flaveola,4.2 +Guacaica,1063,1,6/26/2023,6,SANTIAGO,7,7.166666667,Ramphocelus flammigerus,8 +Guacaica,1063,1,6/26/2023,6,SANTIAGO,7,7.166666667,Ramphocelus flammigerus,8 +Guacaica,1063,1,6/26/2023,6,SANTIAGO,7,7.166666667,Ramphocelus flammigerus,8 +Guacaica,1063,1,6/26/2023,6,SANTIAGO,7,7.166666667,Thraupis episcopus,8 +Guacaica,1063,1,6/26/2023,6,SANTIAGO,7,7.166666667,Bubulcus ibis,85.2 +Guacaica,1063,1,6/26/2023,6,SANTIAGO,7,7.166666667,Bubulcus ibis,85.2 +Guacaica,1063,1,6/26/2023,6,SANTIAGO,7,7.166666667,Malacoptila mystacalis,15 +Guacaica,1063,4,6/26/2023,6,SANTIAGO,7.266666667,7.433333333,Thraupis episcopus,14.6 +Guacaica,1063,4,6/26/2023,6,SANTIAGO,7.266666667,7.433333333,Thraupis episcopus,14.6 +Guacaica,1063,5,6/26/2023,6,SANTIAGO,7.833333333,8,Crotophaga ani,26.5 +Guacaica,1063,5,6/26/2023,6,SANTIAGO,7.833333333,8,Crotophaga ani,26.5 +Guacaica,1063,5,6/26/2023,6,SANTIAGO,7.833333333,8,Thraupis palmarum,33.5 +Guacaica,1063,6,6/26/2023,6,SANTIAGO,8.333333333,8.5,Zonotrichia capensis,3.9 +Guacaica,1063,6,6/26/2023,6,SANTIAGO,8.333333333,8.5,Piaya cayana,10.1 +Guacaica,1063,6,6/26/2023,6,SANTIAGO,8.333333333,8.5,Hemithraupis guira,11 +Guacaica,1063,6,6/26/2023,6,SANTIAGO,8.333333333,8.5,Hemithraupis guira,11 +Guacaica,1063,6,6/26/2023,6,SANTIAGO,8.333333333,8.5,Ramphocelus flammigerus,13.5 +Guacaica,1063,6,6/26/2023,6,SANTIAGO,8.333333333,8.5,Rupornis magnirostris,63 +Guacaica,1063,6,6/26/2023,6,SANTIAGO,8.333333333,8.5,Leptopogon superciliaris,11.3 +Guacaica,1063,7,6/26/2023,6,SANTIAGO,8.783333333,8.95,Sayornis nigricans,18.6 +Guacaica,1063,7,6/26/2023,6,SANTIAGO,8.783333333,8.95,Sayornis nigricans,21.4 +Guacaica,1063,8,6/26/2023,6,SANTIAGO,9.1,10.1,Thraupis palmarum,26.2 +Guacaica,1063,9,6/26/2023,6,SANTIAGO,10.41666667,10.58333333,Crotophaga ani,39.2 +Guacaica,1063,9,6/26/2023,6,SANTIAGO,10.41666667,10.58333333,Crotophaga ani,39.2 +Guacaica,1063,9,6/26/2023,6,SANTIAGO,10.41666667,10.58333333,Stilpnia vitriolina,14.4 +Guacaica,1063,9,6/26/2023,6,SANTIAGO,10.41666667,10.58333333,Volatinia jacarina,12.8 +Guacaica,1063,9,6/26/2023,6,SANTIAGO,10.41666667,10.58333333,Colaptes rubiginosus,27.9 +Guacaica,1063,9,6/26/2023,6,SANTIAGO,10.41666667,10.58333333,Sicalis flaveola,38.2 +Guacaica,1063,9,6/26/2023,6,SANTIAGO,10.41666667,10.58333333,Sicalis flaveola,38.2 +Guacaica,1063,10,6/26/2023,6,SANTIAGO,10.75,10.83333333,Myioborus miniatus,4.1 +Guacaica,1063,11,6/26/2023,6,SANTIAGO,11,11.16666667,Crotophaga ani,38.8 +Guacaica,1063,11,6/26/2023,6,SANTIAGO,11,11.16666667,Crotophaga ani,38.8 +Guacaica,1063,11,6/26/2023,6,SANTIAGO,11,11.16666667,Crotophaga ani,38.8 +Guacaica,1063,11,6/26/2023,6,SANTIAGO,11,11.16666667,Zonotrichia capensis,16.9 +Guacaica,1063,11,6/26/2023,6,SANTIAGO,11,11.16666667,Icterus chrysater,28 +Guacaica,1063,11,6/26/2023,6,SANTIAGO,11,11.16666667,Sporophila nigricollis,28 +Guabas,205,9,7/11/2023,7,JUAN,6.15,6.316666667,Columbina talpacoti,34 +Guabas,205,9,7/11/2023,7,JUAN,6.15,6.316666667,Columbina talpacoti,34 +Guabas,205,9,7/11/2023,7,JUAN,6.15,6.316666667,Sporophila nigricollis,23.2 +Guabas,205,9,7/11/2023,7,JUAN,6.15,6.316666667,Stilpnia vitriolina,38.2 +Guabas,205,9,7/11/2023,7,JUAN,6.15,6.316666667,Thraupis episcopus,30.1 +Guabas,205,9,7/11/2023,7,JUAN,6.15,6.316666667,Thraupis episcopus,19 +Guabas,205,9,7/11/2023,7,JUAN,6.15,6.316666667,Turdus ignobilis,15.4 +Guabas,205,9,7/11/2023,7,JUAN,6.15,6.316666667,Turdus ignobilis,13.3 +Guabas,205,9,7/11/2023,7,JUAN,6.15,6.316666667,Tyrannus melancholicus,59.8 +Guabas,205,9,7/11/2023,7,JUAN,6.15,6.316666667,Tyrannus melancholicus,63.3 +Guabas,205,6,7/11/2023,7,JUAN,6.433333333,6.6,Columbina talpacoti,24.7 +Guabas,205,6,7/11/2023,7,JUAN,6.433333333,6.6,Nesotriccus incomta,6.3 +Guabas,205,6,7/11/2023,7,JUAN,6.433333333,6.6,Sicalis flaveola,26 +Guabas,205,6,7/11/2023,7,JUAN,6.433333333,6.6,Sicalis flaveola,26 +Guabas,205,6,7/11/2023,7,JUAN,6.433333333,6.6,Sicalis flaveola,34.3 +Guabas,205,6,7/11/2023,7,JUAN,6.433333333,6.6,Theristicus caudatus,88.4 +Guabas,205,6,7/11/2023,7,JUAN,6.433333333,6.6,Theristicus caudatus,88.4 +Guabas,205,6,7/11/2023,7,JUAN,6.433333333,6.6,Theristicus caudatus,88.4 +Guabas,205,6,7/11/2023,7,JUAN,6.433333333,6.6,Todirostrum cinereum,4.8 +Guabas,205,6,7/11/2023,7,JUAN,6.433333333,6.6,Todirostrum cinereum,4.8 +Guabas,205,6,7/11/2023,7,JUAN,6.433333333,6.6,Turdus ignobilis,10.8 +Guabas,205,6,7/11/2023,7,JUAN,6.433333333,6.6,Volatinia jacarina,15.8 +Guabas,205,7,7/11/2023,7,JUAN,6.75,6.916666667,Forpus conspicillatus,21.3 +Guabas,205,7,7/11/2023,7,JUAN,6.75,6.916666667,Forpus conspicillatus,21.3 +Guabas,205,7,7/11/2023,7,JUAN,6.75,6.916666667,Forpus conspicillatus,21.3 +Guabas,205,7,7/11/2023,7,JUAN,6.75,6.916666667,Forpus conspicillatus,21.3 +Guabas,205,7,7/11/2023,7,JUAN,6.75,6.916666667,Saltator striatipectus,15.9 +Guabas,205,7,7/11/2023,7,JUAN,6.75,6.916666667,Saltator striatipectus,20 +Guabas,205,7,7/11/2023,7,JUAN,6.75,6.916666667,Stelgidopteryx ruficollis,29.5 +Guabas,205,7,7/11/2023,7,JUAN,6.75,6.916666667,Stelgidopteryx ruficollis,29.5 +Guabas,205,7,7/11/2023,7,JUAN,6.75,6.916666667,Stilpnia cyanicollis,23.2 +Guabas,205,7,7/11/2023,7,JUAN,6.75,6.916666667,Stilpnia vitriolina,4.3 +Guabas,205,7,7/11/2023,7,JUAN,6.75,6.916666667,Stilpnia vitriolina,22.3 +Guabas,205,7,7/11/2023,7,JUAN,6.75,6.916666667,Tangara gyrola,14.9 +Guabas,205,7,7/11/2023,7,JUAN,6.75,6.916666667,Thamnophilus multistriatus,7.4 +Guabas,205,8,7/11/2023,7,JUAN,7.083333333,7.25,Tachyphonus rufus,21.8 +Guabas,205,8,7/11/2023,7,JUAN,7.083333333,7.25,Tachyphonus rufus,21.8 +Guabas,205,8,7/11/2023,7,JUAN,7.083333333,7.25,Zimmerius chrysops,19.1 +Guabas,205,10,7/11/2023,7,JUAN,7.516666667,7.683333333,Patagioenas fasciata,112.5 +Guabas,205,10,7/11/2023,7,JUAN,7.516666667,7.683333333,Rupornis magnirostris,28.5 +Guabas,205,10,7/11/2023,7,JUAN,7.516666667,7.683333333,Zimmerius chrysops,13.1 +Guabas,205,3,7/11/2023,7,JUAN,7.85,8.016666667,Molothrus bonariensis,54.8 +Guabas,205,3,7/11/2023,7,JUAN,7.85,8.016666667,Myiozetetes cayanensis,50.7 +Guabas,205,3,7/11/2023,7,JUAN,7.85,8.016666667,Ramphocelus dimidiatus,42.7 +Guabas,205,3,7/11/2023,7,JUAN,7.85,8.016666667,Sicalis flaveola,23.4 +Guabas,205,3,7/11/2023,7,JUAN,7.85,8.016666667,Turdus ignobilis,67.7 +Guabas,205,5,7/11/2023,7,JUAN,8.05,8.216666667,Elaenia flavogaster,22.4 +Guabas,205,5,7/11/2023,7,JUAN,8.05,8.216666667,Saltator striatipectus,19.4 +Guabas,205,4,7/11/2023,7,JUAN,8.366666667,8.533333333,Amazilia tzacatl,11.8 +Guabas,205,4,7/11/2023,7,JUAN,8.366666667,8.533333333,Crotophaga ani,52.3 +Guabas,205,4,7/11/2023,7,JUAN,8.366666667,8.533333333,Crotophaga ani,52.3 +Guabas,205,2,7/11/2023,7,JUAN,8.683333333,8.85,Daptrius chimachima,4.9 +Guabas,205,2,7/11/2023,7,JUAN,8.683333333,8.85,Turdus ignobilis,14.5 +Guabas,205,11,7/11/2023,7,JUAN,9.233333333,9.433333333,Sicalis flaveola,12.5 +Guabas,205,11,7/11/2023,7,JUAN,9.233333333,9.433333333,Tangara gyrola,15.1 +Guabas,205,11,7/11/2023,7,JUAN,9.233333333,9.433333333,Volatinia jacarina,6.2 +Guabas,205,11,7/11/2023,7,JUAN,9.233333333,9.433333333,Volatinia jacarina,8.9 +Guabas,205,1,7/11/2023,7,SANTIAGO,6.316666667,6.483333333,Myioborus miniatus,21.9 +Guabas,205,1,7/11/2023,7,SANTIAGO,6.316666667,6.483333333,Basileuterus culicivorus,13.3 +Guabas,205,1,7/11/2023,7,SANTIAGO,6.316666667,6.483333333,Basileuterus tristriatus,25.7 +Guabas,205,1,7/11/2023,7,SANTIAGO,6.316666667,6.483333333,Myiothlypis fulvicauda,25.2 +Guabas,205,1,7/11/2023,7,SANTIAGO,6.316666667,6.483333333,Myiothlypis fulvicauda,25.2 +Guabas,205,11,7/11/2023,7,SANTIAGO,6.583333333,6.75,Volatinia jacarina,28.3 +Guabas,205,11,7/11/2023,7,SANTIAGO,6.583333333,6.75,Dryocopus lineatus,61.7 +Guabas,205,11,7/11/2023,7,SANTIAGO,6.583333333,6.75,Sicalis flaveola,25.2 +Guabas,205,11,7/11/2023,7,SANTIAGO,6.583333333,6.75,Spinus psaltria,24.7 +Guabas,205,11,7/11/2023,7,SANTIAGO,6.583333333,6.75,Volatinia jacarina,24.7 +Guabas,205,11,7/11/2023,7,SANTIAGO,6.583333333,6.75,Volatinia jacarina,24.7 +Guabas,205,11,7/11/2023,7,SANTIAGO,6.583333333,6.75,Sporophila nigricollis,6.7 +Guabas,205,11,7/11/2023,7,SANTIAGO,6.583333333,6.75,Sporophila nigricollis,6.7 +Guabas,205,11,7/11/2023,7,SANTIAGO,6.583333333,6.75,Sporophila nigricollis,6.7 +Guabas,205,11,7/11/2023,7,SANTIAGO,6.583333333,6.75,Turdus ignobilis,9.6 +Guabas,205,11,7/11/2023,7,SANTIAGO,6.583333333,6.75,Sicalis flaveola,26 +Guabas,205,11,7/11/2023,7,SANTIAGO,6.583333333,6.75,Stilpnia vitriolina,22.6 +Guabas,205,11,7/11/2023,7,SANTIAGO,6.583333333,6.75,Saltator striatipectus,13.4 +Guabas,205,11,7/11/2023,7,SANTIAGO,6.583333333,6.75,Saltator striatipectus,13.4 +Guabas,205,11,7/11/2023,7,SANTIAGO,6.583333333,6.75,Tiaris olivaceus,17.5 +Guabas,205,2,7/11/2023,7,SANTIAGO,6.95,7.116666667,Thraupis episcopus,21.2 +Guabas,205,2,7/11/2023,7,SANTIAGO,6.95,7.116666667,Turdus ignobilis,21.8 +Guabas,205,2,7/11/2023,7,SANTIAGO,6.95,7.116666667,Amazilia tzacatl,8.6 +Guabas,205,2,7/11/2023,7,SANTIAGO,6.95,7.116666667,Coereba flaveola,38.2 +Guabas,205,2,7/11/2023,7,SANTIAGO,6.95,7.116666667,Aulacorhynchus haematopygus,16.7 +Guabas,205,2,7/11/2023,7,SANTIAGO,6.95,7.116666667,Aulacorhynchus haematopygus,16.7 +Guabas,205,2,7/11/2023,7,SANTIAGO,6.95,7.116666667,Camptostoma obsoletum,14.1 +Guabas,205,4,7/11/2023,7,SANTIAGO,7.4,7.566666667,Anthracothorax nigricollis,35.7 +Guabas,205,4,7/11/2023,7,SANTIAGO,7.4,7.566666667,Anthracothorax nigricollis,35.7 +Guabas,205,4,7/11/2023,7,SANTIAGO,7.4,7.566666667,Synallaxis azarae,25.8 +Guabas,205,4,7/11/2023,7,SANTIAGO,7.4,7.566666667,Tyrannus melancholicus,35.8 +Guabas,205,4,7/11/2023,7,SANTIAGO,7.4,7.566666667,Tyrannus melancholicus,35.8 +Guabas,205,4,7/11/2023,7,SANTIAGO,7.4,7.566666667,Volatinia jacarina,28 +Guabas,205,4,7/11/2023,7,SANTIAGO,7.4,7.566666667,Tyrannus melancholicus,38.4 +Guabas,205,4,7/11/2023,7,SANTIAGO,7.4,7.566666667,Tyrannus melancholicus,38.4 +Guabas,205,4,7/11/2023,7,SANTIAGO,7.4,7.566666667,Thraupis episcopus,15.4 +Guabas,205,3,7/11/2023,7,SANTIAGO,7.7,7.866666667,Thamnophilus multistriatus,22.4 +Guabas,205,3,7/11/2023,7,SANTIAGO,7.7,7.866666667,Zimmerius chrysops,5.1 +Guabas,205,3,7/11/2023,7,SANTIAGO,7.7,7.866666667,Zimmerius chrysops,5.1 +Guabas,205,10,7/11/2023,7,SANTIAGO,8.033333333,8.2,Zonotrichia capensis,11.2 +Guabas,205,5,7/11/2023,7,SANTIAGO,8.416666667,8.583333333,Stilpnia vitriolina,15.4 +Guabas,205,5,7/11/2023,7,SANTIAGO,8.416666667,8.583333333,Stilpnia vitriolina,15.4 +Guabas,205,5,7/11/2023,7,SANTIAGO,8.416666667,8.583333333,Icterus chrysater,21.2 +Guabas,205,5,7/11/2023,7,SANTIAGO,8.416666667,8.583333333,Pitangus sulphuratus,15.4 +Guabas,205,5,7/11/2023,7,SANTIAGO,8.416666667,8.583333333,Stilpnia vitriolina,8.6 +Guabas,205,11,7/11/2023,7,SANTIAGO,8.816666667,8.983333333,Tyrannus melancholicus,25.8 +Guabas,205,11,7/11/2023,7,SANTIAGO,8.816666667,8.983333333,Thraupis episcopus,12.6 +Guabas,205,11,7/11/2023,7,SANTIAGO,8.816666667,8.983333333,Pitangus sulphuratus,72.1 +Guabas,205,11,7/11/2023,7,SANTIAGO,8.816666667,8.983333333,Coereba flaveola,31.8 +Guabas,205,11,7/11/2023,7,SANTIAGO,8.816666667,8.983333333,Coereba flaveola,31.8 +Guabas,205,11,7/11/2023,7,SANTIAGO,8.816666667,8.983333333,Coereba flaveola,31.8 +Guabas,205,6,7/11/2023,7,SANTIAGO,9.183333333,9.35,Troglodytes aedon,8.6 +Guabas,205,6,7/11/2023,7,SANTIAGO,9.183333333,9.35,Tangara gyrola,8.6 +Guabas,205,6,7/11/2023,7,SANTIAGO,9.183333333,9.35,Anthracothorax nigricollis,15.2 +Guabas,205,7,7/11/2023,7,SANTIAGO,9.5,9.666666667,Vanellus chilensis,26.8 +Guabas,205,7,7/11/2023,7,SANTIAGO,9.5,9.666666667,Tyrannus melancholicus,8.3 +Guabas,205,7,7/11/2023,7,SANTIAGO,9.5,9.666666667,Tyrannus melancholicus,8.3 +Guabas,205,7,7/11/2023,7,SANTIAGO,9.5,9.666666667,Tyrannus melancholicus,8.3 +Guabas,205,7,7/11/2023,7,SANTIAGO,9.5,9.666666667,Stilpnia vitriolina,46.8 +Guabas,205,7,7/11/2023,7,SANTIAGO,9.5,9.666666667,Thraupis episcopus,14.2 +Guabas,205,7,7/11/2023,7,SANTIAGO,9.5,9.666666667,Thraupis episcopus,14.2 +Guabas,205,8,7/11/2023,7,SANTIAGO,9.866666667,10.03333333,Rupornis magnirostris,81.7 +Guabas,205,8,7/11/2023,7,SANTIAGO,9.866666667,10.03333333,Lepidocolaptes souleyetii,12.6 +Guabas,205,8,7/11/2023,7,SANTIAGO,9.866666667,10.03333333,Myioborus miniatus,43.8 +Guabas,205,8,7/11/2023,7,SANTIAGO,9.866666667,10.03333333,Myiarchus cephalotes,6.3 +Guabas,205,9,7/11/2023,7,SANTIAGO,10.25,10.41666667,Troglodytes aedon,28.7 +Guabas,205,9,7/11/2023,7,SANTIAGO,10.25,10.41666667,Tyrannus melancholicus,15.7 +Guabas,205,9,7/11/2023,7,SANTIAGO,10.25,10.41666667,Tyrannus melancholicus,15.7 +Guabas,318,8,7/13/2023,7,JUAN,5.983333333,6.15,Zimmerius chrysops,10.7 +Guabas,318,9,7/13/2023,7,JUAN,6.233333333,6.4,Patagioenas fasciata,15.7 +Guabas,318,9,7/13/2023,7,JUAN,6.233333333,6.4,Pionus chalcopterus,58.7 +Guabas,318,9,7/13/2023,7,JUAN,6.233333333,6.4,Pionus chalcopterus,58.7 +Guabas,318,9,7/13/2023,7,JUAN,6.233333333,6.4,Saltator striatipectus,30 +Guabas,318,9,7/13/2023,7,JUAN,6.233333333,6.4,Tachyphonus rufus,32.5 +Guabas,318,9,7/13/2023,7,JUAN,6.233333333,6.4,Tyrannus melancholicus,15.4 +Guabas,318,7,7/13/2023,7,JUAN,6.533333333,6.7,Sicalis flaveola,34.2 +Guabas,318,7,7/13/2023,7,JUAN,6.533333333,6.7,Spinus xanthogastrus,16.5 +Guabas,318,7,7/13/2023,7,JUAN,6.533333333,6.7,Tiaris olivaceus,22.3 +Guabas,318,7,7/13/2023,7,JUAN,6.533333333,6.7,Zonotrichia capensis,34.2 +Guabas,318,10,7/13/2023,7,JUAN,6.9,7.066666667,Ramphocelus flammigerus,43 +Guabas,318,10,7/13/2023,7,JUAN,6.9,7.066666667,Stilpnia vitriolina,36.6 +Guabas,318,10,7/13/2023,7,JUAN,6.9,7.066666667,Volatinia jacarina,6.7 +Guabas,318,11,7/13/2023,7,JUAN,7.25,7.416666667,Schistes albogularis,5.9 +Guabas,318,11,7/13/2023,7,JUAN,7.25,7.416666667,Todirostrum cinereum,5 +Guabas,318,11,7/13/2023,7,JUAN,7.25,7.416666667,Troglodytes aedon,5.9 +Guabas,318,11,7/13/2023,7,JUAN,7.25,7.416666667,Troglodytes aedon,5.9 +Guabas,318,11,7/13/2023,7,JUAN,7.25,7.416666667,Troglodytes aedon,5.9 +Guabas,318,12,7/13/2023,7,JUAN,7.833333333,8,Elaenia flavogaster,20.4 +Guabas,318,12,7/13/2023,7,JUAN,7.833333333,8,Euphonia laniirostris,8.2 +Guabas,318,12,7/13/2023,7,JUAN,7.833333333,8,Ortalis columbiana,26.5 +Guabas,318,12,7/13/2023,7,JUAN,7.833333333,8,Sporophila nigricollis,8 +Guabas,318,12,7/13/2023,7,JUAN,7.833333333,8,Troglodytes aedon,8.1 +Guabas,318,12,7/13/2023,7,JUAN,7.833333333,8,Tyrannus melancholicus,31.1 +Guabas,318,1,7/13/2023,7,JUAN,8.216666667,8.383333333,Ramphocelus dimidiatus,22.9 +Guabas,318,1,7/13/2023,7,JUAN,8.216666667,8.383333333,Saucerottia saucerottei,16 +Guabas,318,1,7/13/2023,7,JUAN,8.216666667,8.383333333,Stilpnia vitriolina,17.6 +Guabas,318,1,7/13/2023,7,JUAN,8.216666667,8.383333333,Stilpnia vitriolina,17.6 +Guabas,318,1,7/13/2023,7,JUAN,8.216666667,8.383333333,Tangara gyrola,7.7 +Guabas,318,6,7/13/2023,7,JUAN,8.683333333,8.85,Chrysuronia grayi,19.7 +Guabas,318,6,7/13/2023,7,JUAN,8.683333333,8.85,Tangara gyrola,25.9 +Guabas,318,6,7/13/2023,7,JUAN,8.683333333,8.85,Tangara gyrola,25.9 +Guabas,318,3,7/13/2023,7,JUAN,9.266666667,9.433333333,Stilpnia vitriolina,23.1 +Guabas,318,3,7/13/2023,7,JUAN,9.266666667,9.433333333,Tangara arthus,22.8 +Guabas,318,3,7/13/2023,7,JUAN,9.266666667,9.433333333,Thraupis episcopus,21.1 +Guabas,318,4,7/13/2023,7,JUAN,9.5,9.666666667,Leptopogon superciliaris,7.6 +Guabas,318,4,7/13/2023,7,JUAN,9.5,9.666666667,Loriotus luctuosus,6.3 +Guabas,318,4,7/13/2023,7,JUAN,9.5,9.666666667,Tangara arthus,9.3 +Guabas,318,5,7/13/2023,7,JUAN,9.75,9.916666667,Momotus aequatorialis,8.5 +Guabas,318,5,7/13/2023,7,SANTIAGO,6.166666667,6.333333333,Merganetta armata,30.1 +Guabas,318,5,7/13/2023,7,SANTIAGO,6.166666667,6.333333333,Merganetta armata,30.1 +Guabas,318,5,7/13/2023,7,SANTIAGO,6.166666667,6.333333333,Merganetta armata,30.1 +Guabas,318,5,7/13/2023,7,SANTIAGO,6.166666667,6.333333333,Stilpnia vitriolina,28.7 +Guabas,318,5,7/13/2023,7,SANTIAGO,6.166666667,6.333333333,Stilpnia vitriolina,28.7 +Guabas,318,5,7/13/2023,7,SANTIAGO,6.166666667,6.333333333,Stilpnia vitriolina,28.7 +Guabas,318,5,7/13/2023,7,SANTIAGO,6.166666667,6.333333333,Tolmomyias sulphurescens,15.7 +Guabas,318,5,7/13/2023,7,SANTIAGO,6.166666667,6.333333333,Habia cristata,45.2 +Guabas,318,5,7/13/2023,7,SANTIAGO,6.166666667,6.333333333,Habia cristata,45.2 +Guabas,318,5,7/13/2023,7,SANTIAGO,6.166666667,6.333333333,Habia cristata,45.2 +Guabas,318,5,7/13/2023,7,SANTIAGO,6.166666667,6.333333333,Xiphorhynchus triangularis,12.4 +Guabas,318,5,7/13/2023,7,SANTIAGO,6.166666667,6.333333333,Serpophaga cinerea,30.1 +Guabas,318,4,7/13/2023,7,SANTIAGO,6.5,6.666666667,Myiodynastes hemichrysus,17.8 +Guabas,318,4,7/13/2023,7,SANTIAGO,6.5,6.666666667,Turdus ignobilis,11.8 +Guabas,318,4,7/13/2023,7,SANTIAGO,6.5,6.666666667,Turdus ignobilis,11.8 +Guabas,318,4,7/13/2023,7,SANTIAGO,6.5,6.666666667,Ortalis columbiana,26.9 +Guabas,318,4,7/13/2023,7,SANTIAGO,6.5,6.666666667,Ortalis columbiana,26.9 +Guabas,318,4,7/13/2023,7,SANTIAGO,6.5,6.666666667,Ortalis columbiana,26.9 +Guabas,318,4,7/13/2023,7,SANTIAGO,6.5,6.666666667,Ortalis columbiana,26.9 +Guabas,318,4,7/13/2023,7,SANTIAGO,6.5,6.666666667,Ortalis columbiana,26.9 +Guabas,318,4,7/13/2023,7,SANTIAGO,6.5,6.666666667,Thraupis episcopus,8.7 +Guabas,318,4,7/13/2023,7,SANTIAGO,6.5,6.666666667,Thraupis episcopus,8.7 +Guabas,318,3,7/13/2023,7,SANTIAGO,6.833333333,7,Myiodynastes hemichrysus,56.3 +Guabas,318,3,7/13/2023,7,SANTIAGO,6.833333333,7,Amazilia tzacatl,23.3 +Guabas,318,3,7/13/2023,7,SANTIAGO,6.833333333,7,Turdus ignobilis,63.8 +Guabas,318,3,7/13/2023,7,SANTIAGO,6.833333333,7,Coereba flaveola,11.9 +Guabas,318,3,7/13/2023,7,SANTIAGO,6.833333333,7,Coereba flaveola,11.9 +Guabas,318,2,7/13/2023,7,SANTIAGO,7.2,7.366666667,Stilpnia cyanicollis,14.3 +Guabas,318,2,7/13/2023,7,SANTIAGO,7.2,7.366666667,Stilpnia cyanicollis,14.3 +Guabas,318,2,7/13/2023,7,SANTIAGO,7.2,7.366666667,Thraupis episcopus,18.3 +Guabas,318,2,7/13/2023,7,SANTIAGO,7.2,7.366666667,Sporophila nigricollis,22.3 +Guabas,318,6,7/13/2023,7,SANTIAGO,7.5,7.666666667,Chrysuronia grayi,20.2 +Guabas,318,6,7/13/2023,7,SANTIAGO,7.5,7.666666667,Anthracothorax nigricollis,8.4 +Guabas,318,6,7/13/2023,7,SANTIAGO,7.5,7.666666667,Anthracothorax nigricollis,8.4 +Guabas,318,6,7/13/2023,7,SANTIAGO,7.5,7.666666667,Arremon brunneinucha,15.3 +Guabas,318,6,7/13/2023,7,SANTIAGO,7.5,7.666666667,Ortalis columbiana,166.3 +Guabas,318,6,7/13/2023,7,SANTIAGO,7.5,7.666666667,Icterus nigrogularis,45.8 +Guabas,318,6,7/13/2023,7,SANTIAGO,7.5,7.666666667,Elaenia flavogaster,15.8 +Guabas,318,6,7/13/2023,7,SANTIAGO,7.5,7.666666667,Elaenia flavogaster,15.8 +Guabas,318,6,7/13/2023,7,SANTIAGO,7.5,7.666666667,Amazilia tzacatl,5.2 +Guabas,318,12,7/13/2023,7,SANTIAGO,8.3,8.466666667,Ramphocelus flammigerus,16.4 +Guabas,318,12,7/13/2023,7,SANTIAGO,8.3,8.466666667,Myiozetetes cayanensis,25 +Guabas,318,12,7/13/2023,7,SANTIAGO,8.3,8.466666667,Columbina talpacoti,17.4 +Guabas,318,12,7/13/2023,7,SANTIAGO,8.3,8.466666667,Columbina talpacoti,17.4 +Guabas,318,12,7/13/2023,7,SANTIAGO,8.3,8.466666667,Zenaida auriculata,17.5 +Guabas,318,12,7/13/2023,7,SANTIAGO,8.3,8.466666667,Saucerottia saucerottei,19.5 +Guabas,318,12,7/13/2023,7,SANTIAGO,8.3,8.466666667,Tyrannus melancholicus,27.6 +Guabas,318,12,7/13/2023,7,SANTIAGO,8.3,8.466666667,Tyrannus melancholicus,27.6 +Guabas,318,12,7/13/2023,7,SANTIAGO,8.3,8.466666667,Pionus chalcopterus,61.4 +Guabas,318,12,7/13/2023,7,SANTIAGO,8.3,8.466666667,Camptostoma obsoletum,13.4 +Guabas,318,12,7/13/2023,7,SANTIAGO,8.3,8.466666667,Sporophila nigricollis,12.3 +Guabas,318,1,7/13/2023,7,SANTIAGO,8.666666667,8.833333333,Zimmerius chrysops,13.2 +Guabas,318,1,7/13/2023,7,SANTIAGO,8.666666667,8.833333333,Zimmerius chrysops,13.2 +Guabas,318,1,7/13/2023,7,SANTIAGO,8.666666667,8.833333333,Tangara gyrola,5.2 +Guabas,318,1,7/13/2023,7,SANTIAGO,8.666666667,8.833333333,Tyrannus melancholicus,35.8 +Guabas,318,1,7/13/2023,7,SANTIAGO,8.666666667,8.833333333,Todirostrum cinereum,15.3 +Guabas,318,1,7/13/2023,7,SANTIAGO,8.666666667,8.833333333,Pachyramphus rufus,18.7 +Guabas,318,1,7/13/2023,7,SANTIAGO,8.666666667,8.833333333,Pachyramphus rufus,18.7 +Guabas,318,1,7/13/2023,7,SANTIAGO,8.666666667,8.833333333,Tiaris olivaceus,5.4 +Guabas,318,10,7/13/2023,7,SANTIAGO,9.166666667,9.333333333,Picumnus granadensis,30 +Guabas,318,10,7/13/2023,7,SANTIAGO,9.166666667,9.333333333,Tyrannus melancholicus,33.6 +Guabas,318,10,7/13/2023,7,SANTIAGO,9.166666667,9.333333333,Uranomitra franciae,11.4 +Guabas,318,10,7/13/2023,7,SANTIAGO,9.166666667,9.333333333,Patagioenas fasciata,29.2 +Guabas,318,10,7/13/2023,7,SANTIAGO,9.166666667,9.333333333,Coereba flaveola,10.9 +Guabas,318,10,7/13/2023,7,SANTIAGO,9.166666667,9.333333333,Saucerottia saucerottei,22.5 +Guabas,318,11,7/13/2023,7,SANTIAGO,9.416666667,9.583333333,Dryocopus lineatus,35.4 +Guabas,318,11,7/13/2023,7,SANTIAGO,9.416666667,9.583333333,Dryocopus lineatus,35.4 +Guabas,318,11,7/13/2023,7,SANTIAGO,9.416666667,9.583333333,Troglodytes aedon,14.7 +Guabas,318,11,7/13/2023,7,SANTIAGO,9.416666667,9.583333333,Stilpnia vitriolina,22.5 +Guabas,318,8,7/13/2023,7,SANTIAGO,9.85,10.01666667,Zimmerius chrysops,11.7 +Guabas,318,8,7/13/2023,7,SANTIAGO,9.85,10.01666667,Zimmerius chrysops,11.7 +Guabas,318,9,7/13/2023,7,SANTIAGO,10.2,10.36666667,Legatus leucophaius,22.5 +Guabas,318,9,7/13/2023,7,SANTIAGO,10.2,10.36666667,Pitangus sulphuratus,35.6 +Guabas,318,9,7/13/2023,7,SANTIAGO,10.2,10.36666667,Pitangus sulphuratus,35.6 +Guabas,318,9,7/13/2023,7,SANTIAGO,10.2,10.36666667,Turdus ignobilis,22.8 +Guabas,318,7,7/13/2023,7,SANTIAGO,10.56666667,10.73333333,Columbina talpacoti,39.9 +Guabas,318,7,7/13/2023,7,SANTIAGO,10.56666667,10.73333333,Columbina talpacoti,39.9 +Guabas,318,7,7/13/2023,7,SANTIAGO,10.56666667,10.73333333,Columbina talpacoti,39.9 +Guabas,356,1,7/14/2023,7,JUAN,5.883333333,6.05,Atlapetes albinucha,9 +Guabas,356,4,7/14/2023,7,JUAN,6.933333333,7.1,Turdus fuscater,20.1 +Guabas,356,12,7/14/2023,7,JUAN,7.983333333,8.15,Stilpnia heinei,20.5 +Guabas,356,12,7/14/2023,7,JUAN,7.983333333,8.15,Stilpnia heinei,20.5 +Guabas,356,11,7/14/2023,7,JUAN,8.283333333,8.45,Bubulcus ibis,25.4 +Guabas,356,13,7/14/2023,7,JUAN,8.616666667,8.783333333,Atlapetes albinucha,13.2 +Guabas,356,13,7/14/2023,7,JUAN,8.616666667,8.783333333,Atlapetes albinucha,13.2 +Guabas,356,13,7/14/2023,7,JUAN,8.616666667,8.783333333,Atlapetes albinucha,13.2 +Guabas,356,13,7/14/2023,7,JUAN,8.616666667,8.783333333,Henicorhina leucophrys,5.4 +Guabas,356,13,7/14/2023,7,JUAN,8.616666667,8.783333333,Psittacara wagleri,10 +Guabas,356,9,7/14/2023,7,JUAN,8.883333333,9.05,Atlapetes albinucha,32.7 +Guabas,356,9,7/14/2023,7,JUAN,8.883333333,9.05,Atlapetes albinucha,32.7 +Guabas,356,7,7/14/2023,7,JUAN,9.816666667,9.983333333,Sporathraupis cyanocephala,50.2 +Guabas,356,7,7/14/2023,7,JUAN,9.816666667,9.983333333,Zimmerius chrysops,26.9 +Guabas,356,7,7/14/2023,7,JUAN,9.816666667,9.983333333,Zonotrichia capensis,32.6 +Guabas,356,6,7/14/2023,7,JUAN,10.11666667,10.28333333,Euphonia xanthogaster,18.8 +Guabas,356,6,7/14/2023,7,JUAN,10.11666667,10.28333333,Euphonia xanthogaster,18.8 +Guabas,356,6,7/14/2023,7,JUAN,10.11666667,10.28333333,Zimmerius chrysops,21.1 +Guabas,356,7,7/14/2023,7,SANTIAGO,6,6.166666667,Atlapetes albinucha,34.5 +Guabas,356,7,7/14/2023,7,SANTIAGO,6,6.166666667,Amazona mercenarius,31 +Guabas,356,7,7/14/2023,7,SANTIAGO,6,6.166666667,Amazona mercenarius,31 +Guabas,356,7,7/14/2023,7,SANTIAGO,6,6.166666667,Zonotrichia capensis,8.7 +Guabas,356,7,7/14/2023,7,SANTIAGO,6,6.166666667,Myioborus miniatus,12.6 +Guabas,356,7,7/14/2023,7,SANTIAGO,6,6.166666667,Stilpnia vitriolina,26.3 +Guabas,356,7,7/14/2023,7,SANTIAGO,6,6.166666667,Stilpnia cyanicollis,9.4 +Guabas,356,7,7/14/2023,7,SANTIAGO,6,6.166666667,Elaenia frantzii,22.3 +Guabas,356,7,7/14/2023,7,SANTIAGO,6,6.166666667,Troglodytes aedon,35.1 +Guabas,356,8,7/14/2023,7,SANTIAGO,6.383333333,6.55,Henicorhina leucosticta,28.9 +Guabas,356,8,7/14/2023,7,SANTIAGO,6.383333333,6.55,Phaethornis guy,16.2 +Guabas,356,8,7/14/2023,7,SANTIAGO,6.383333333,6.55,Synallaxis brachyura,9.1 +Guabas,356,8,7/14/2023,7,SANTIAGO,6.383333333,6.55,Synallaxis brachyura,9.1 +Guabas,356,8,7/14/2023,7,SANTIAGO,6.383333333,6.55,Turdus ignobilis,74.6 +Guabas,356,8,7/14/2023,7,SANTIAGO,6.383333333,6.55,Aulacorhynchus albivitta,18.3 +Guabas,356,8,7/14/2023,7,SANTIAGO,6.383333333,6.55,Pygochelidon cyanoleuca,84.7 +Guabas,356,9,7/14/2023,7,SANTIAGO,6.9,7.066666667,Pipreola riefferii,128.4 +Guabas,356,9,7/14/2023,7,SANTIAGO,6.9,7.066666667,Atlapetes albinucha,23 +Guabas,356,9,7/14/2023,7,SANTIAGO,6.9,7.066666667,Atlapetes albinucha,23 +Guabas,356,9,7/14/2023,7,SANTIAGO,6.9,7.066666667,Myiodynastes hemichrysus,35.8 +Guabas,356,9,7/14/2023,7,SANTIAGO,6.9,7.066666667,Zimmerius chrysops,23.8 +Guabas,356,9,7/14/2023,7,SANTIAGO,6.9,7.066666667,Schistes albogularis,63.3 +Guabas,356,10,7/14/2023,7,SANTIAGO,7.3,7.466666667,Aulacorhynchus albivitta,48.7 +Guabas,356,10,7/14/2023,7,SANTIAGO,7.3,7.466666667,Adelomyia melanogenys,21.2 +Guabas,356,10,7/14/2023,7,SANTIAGO,7.3,7.466666667,Myiothlypis coronata,14.9 +Guabas,356,10,7/14/2023,7,SANTIAGO,7.3,7.466666667,Premnornis guttuliger,32.8 +Guabas,356,11,7/14/2023,7,SANTIAGO,7.616666667,7.783333333,Turdus fuscater,19.6 +Guabas,356,11,7/14/2023,7,SANTIAGO,7.616666667,7.783333333,Stilpnia vitriolina,6.8 +Guabas,356,11,7/14/2023,7,SANTIAGO,7.616666667,7.783333333,Tyrannus melancholicus,42.2 +Guabas,356,13,7/14/2023,7,SANTIAGO,8.433333333,8.6,Rupornis magnirostris,31.7 +Guabas,356,13,7/14/2023,7,SANTIAGO,8.433333333,8.6,Zonotrichia capensis,15.3 +Guabas,356,13,7/14/2023,7,SANTIAGO,8.433333333,8.6,Stilpnia vitriolina,27.1 +Guabas,356,1,7/14/2023,7,SANTIAGO,8.883333333,9.05,Atlapetes albinucha,40.4 +Guabas,356,1,7/14/2023,7,SANTIAGO,8.883333333,9.05,Atlapetes schistaceus,48.5 +Guabas,356,1,7/14/2023,7,SANTIAGO,8.883333333,9.05,Atlapetes schistaceus,48.5 +Guabas,356,1,7/14/2023,7,SANTIAGO,8.883333333,9.05,Mionectes striaticollis,24.6 +Guabas,356,1,7/14/2023,7,SANTIAGO,8.883333333,9.05,Hemitriccus granadensis,21.1 +Guabas,356,1,7/14/2023,7,SANTIAGO,8.883333333,9.05,Dendrocolaptes picumnus,18.7 +Guabas,356,2,7/14/2023,7,SANTIAGO,9.233333333,9.4,Ortalis columbiana,50.8 +Guabas,356,3,7/14/2023,7,SANTIAGO,9.65,9.816666667,Synallaxis brachyura,8.2 +Guabas,356,3,7/14/2023,7,SANTIAGO,9.65,9.816666667,Anisognathus somptuosus,48.5 +Guabas,356,3,7/14/2023,7,SANTIAGO,9.65,9.816666667,Anisognathus somptuosus,48.5 +Guabas,356,3,7/14/2023,7,SANTIAGO,9.65,9.816666667,Anisognathus somptuosus,48.5 +Guabas,356,3,7/14/2023,7,SANTIAGO,9.65,9.816666667,Tangara nigroviridis,48.6 +Guabas,356,3,7/14/2023,7,SANTIAGO,9.65,9.816666667,Tangara xanthocephala,50 +Guabas,356,3,7/14/2023,7,SANTIAGO,9.65,9.816666667,Tangara xanthocephala,50 +Guabas,356,4,7/14/2023,7,SANTIAGO,10.03333333,10.2,Zonotrichia capensis,20.9 +Guabas,356,4,7/14/2023,7,SANTIAGO,10.03333333,10.2,Turdus fuscater,18.7 +Guabas,356,4,7/14/2023,7,SANTIAGO,10.03333333,10.2,Turdus fuscater,18.7 +Guabas,356,5,7/14/2023,7,SANTIAGO,10.33333333,10.5,Myiozetetes cayanensis,47.5 +Guabas,356,5,7/14/2023,7,SANTIAGO,10.33333333,10.5,Elaenia flavogaster,18.8 +Guabas,356,6,7/14/2023,7,SANTIAGO,10.65,10.81666667,Tyrannus melancholicus,24.7 +Guabas,356,6,7/14/2023,7,SANTIAGO,10.65,10.81666667,Myioborus miniatus,12.7 +Guacaica,1087,2,7/27/2023,7,JUAN,6.083333333,6.25,Sporophila nigricollis,9 +Guacaica,1087,2,7/27/2023,7,JUAN,6.083333333,6.25,Tyrannus melancholicus,26.2 +Guacaica,1087,2,7/27/2023,7,JUAN,6.083333333,6.25,Tyrannus melancholicus,26.2 +Guacaica,1087,1,7/27/2023,7,JUAN,6.35,6.516666667,Molothrus bonariensis,94.1 +Guacaica,1087,1,7/27/2023,7,JUAN,6.35,6.516666667,Sporophila nigricollis,10.6 +Guacaica,1087,1,7/27/2023,7,JUAN,6.35,6.516666667,Sporophila nigricollis,10.6 +Guacaica,1087,1,7/27/2023,7,JUAN,6.35,6.516666667,Stilpnia cyanicollis,94.1 +Guacaica,1087,1,7/27/2023,7,JUAN,6.35,6.516666667,Tiaris olivaceus,15.9 +Guacaica,1087,1,7/27/2023,7,JUAN,6.35,6.516666667,Tiaris olivaceus,15.9 +Guacaica,1087,1,7/27/2023,7,JUAN,6.35,6.516666667,Tyrannus melancholicus,15.7 +Guacaica,1087,9,7/27/2023,7,JUAN,6.7,6.866666667,Stilpnia vitriolina,55.1 +Guacaica,1087,9,7/27/2023,7,JUAN,6.7,6.866666667,Stilpnia vitriolina,55.1 +Guacaica,1087,6,7/27/2023,7,JUAN,6.983333333,7.15,Bubulcus ibis,79.6 +Guacaica,1087,6,7/27/2023,7,JUAN,6.983333333,7.15,Bubulcus ibis,79.6 +Guacaica,1087,6,7/27/2023,7,JUAN,6.983333333,7.15,Bubulcus ibis,79.6 +Guacaica,1087,6,7/27/2023,7,JUAN,6.983333333,7.15,Tiaris olivaceus,17.1 +Guacaica,1087,6,7/27/2023,7,JUAN,6.983333333,7.15,Zimmerius chrysops,21.1 +Guacaica,1087,6,7/27/2023,7,JUAN,6.983333333,7.15,Zimmerius chrysops,23.5 +Guacaica,1087,6,7/27/2023,7,JUAN,6.983333333,7.15,Zonotrichia capensis,22.9 +Guacaica,1087,8,7/27/2023,7,JUAN,7.566666667,7.733333333,Bubulcus ibis,59.1 +Guacaica,1087,8,7/27/2023,7,JUAN,7.566666667,7.733333333,Pionus menstruus,70 +Guacaica,1087,8,7/27/2023,7,JUAN,7.566666667,7.733333333,Turdus ignobilis,25.5 +Guacaica,1087,11,7/27/2023,7,JUAN,7.933333333,8.1,Columbina talpacoti,43.1 +Guacaica,1087,11,7/27/2023,7,JUAN,7.933333333,8.1,Columbina talpacoti,43.9 +Guacaica,1087,11,7/27/2023,7,JUAN,7.933333333,8.1,Columbina talpacoti,50.9 +Guacaica,1087,11,7/27/2023,7,JUAN,7.933333333,8.1,Sporophila nigricollis,12.4 +Guacaica,1087,11,7/27/2023,7,JUAN,7.933333333,8.1,Sporophila nigricollis,12.9 +Guacaica,1087,11,7/27/2023,7,JUAN,7.933333333,8.1,Stelgidopteryx ruficollis,60.8 +Guacaica,1087,11,7/27/2023,7,JUAN,7.933333333,8.1,Stelgidopteryx ruficollis,60.8 +Guacaica,1087,11,7/27/2023,7,JUAN,7.933333333,8.1,Turdus ignobilis,10.4 +Guacaica,1087,11,7/27/2023,7,JUAN,7.933333333,8.1,Zenaida auriculata,13.1 +Guacaica,1087,11,7/27/2023,7,JUAN,7.933333333,8.1,Zenaida auriculata,30.5 +Guacaica,1087,11,7/27/2023,7,JUAN,7.933333333,8.1,Zonotrichia capensis,12.9 +Guacaica,1087,10,7/27/2023,7,JUAN,8.616666667,8.783333333,Daptrius chimachima,91.8 +Guacaica,1087,10,7/27/2023,7,JUAN,8.616666667,8.783333333,Daptrius chimachima,91.8 +Guacaica,1087,10,7/27/2023,7,JUAN,8.616666667,8.783333333,Molothrus bonariensis,100.7 +Guacaica,1087,10,7/27/2023,7,JUAN,8.616666667,8.783333333,Pionus menstruus,80.2 +Guacaica,1087,10,7/27/2023,7,JUAN,8.616666667,8.783333333,Sicalis flaveola,12.1 +Guacaica,1087,10,7/27/2023,7,JUAN,8.616666667,8.783333333,Sicalis flaveola,12.1 +Guacaica,1087,10,7/27/2023,7,JUAN,8.616666667,8.783333333,Sporophila nigricollis,25.1 +Guacaica,1087,10,7/27/2023,7,JUAN,8.616666667,8.783333333,Tyrannus melancholicus,60.7 +Guacaica,1087,10,7/27/2023,7,JUAN,8.616666667,8.783333333,Zenaida auriculata,95 +Guacaica,1087,5,7/27/2023,7,JUAN,8.916666667,9.083333333,Stelgidopteryx ruficollis,39.5 +Guacaica,1087,5,7/27/2023,7,JUAN,8.916666667,9.083333333,Tiaris olivaceus,14.1 +Guacaica,1087,5,7/27/2023,7,JUAN,8.916666667,9.083333333,Tiaris olivaceus,14.1 +Guacaica,1087,5,7/27/2023,7,JUAN,8.916666667,9.083333333,Tyrannus melancholicus,39.5 +Guacaica,1087,5,7/27/2023,7,JUAN,8.916666667,9.083333333,Tyrannus melancholicus,39.5 +Guacaica,1087,4,7/27/2023,7,JUAN,9.233333333,9.4,Amazilia tzacatl,6.2 +Guacaica,1087,3,7/27/2023,7,JUAN,9.5,9.666666667,Amazona mercenarius,44.7 +Guacaica,1087,3,7/27/2023,7,JUAN,9.5,9.666666667,Amazona mercenarius,44.7 +Guacaica,1087,3,7/27/2023,7,JUAN,9.5,9.666666667,Thraupis episcopus,42.2 +Guacaica,1087,3,7/27/2023,7,SANTIAGO,6,6.166666667,Campephilus melanoleucos,35.8 +Guacaica,1087,3,7/27/2023,7,SANTIAGO,6,6.166666667,Stilpnia heinei,45.8 +Guacaica,1087,3,7/27/2023,7,SANTIAGO,6,6.166666667,Pyrrhomyias cinnamomeus,18.3 +Guacaica,1087,3,7/27/2023,7,SANTIAGO,6,6.166666667,Pyrrhomyias cinnamomeus,18.3 +Guacaica,1087,5,7/27/2023,7,SANTIAGO,6.333333333,6.5,Ortalis columbiana,189.9 +Guacaica,1087,5,7/27/2023,7,SANTIAGO,6.333333333,6.5,Ortalis columbiana,189.9 +Guacaica,1087,5,7/27/2023,7,SANTIAGO,6.333333333,6.5,Columbina talpacoti,49.3 +Guacaica,1087,5,7/27/2023,7,SANTIAGO,6.333333333,6.5,Columbina talpacoti,49.3 +Guacaica,1087,5,7/27/2023,7,SANTIAGO,6.333333333,6.5,Zenaida auriculata,36.3 +Guacaica,1087,5,7/27/2023,7,SANTIAGO,6.333333333,6.5,Zenaida auriculata,36.3 +Guacaica,1087,5,7/27/2023,7,SANTIAGO,6.333333333,6.5,Zenaida auriculata,36.3 +Guacaica,1087,5,7/27/2023,7,SANTIAGO,6.333333333,6.5,Zenaida auriculata,36.3 +Guacaica,1087,5,7/27/2023,7,SANTIAGO,6.333333333,6.5,Thraupis episcopus,58.3 +Guacaica,1087,5,7/27/2023,7,SANTIAGO,6.333333333,6.5,Sporophila nigricollis,20.8 +Guacaica,1087,5,7/27/2023,7,SANTIAGO,6.333333333,6.5,Sporophila nigricollis,20.8 +Guacaica,1087,10,7/27/2023,7,SANTIAGO,6.633333333,6.8,Vanellus chilensis,45.8 +Guacaica,1087,10,7/27/2023,7,SANTIAGO,6.633333333,6.8,Vanellus chilensis,45.8 +Guacaica,1087,10,7/27/2023,7,SANTIAGO,6.633333333,6.8,Zenaida auriculata,76 +Guacaica,1087,10,7/27/2023,7,SANTIAGO,6.633333333,6.8,Tyrannus melancholicus,68.4 +Guacaica,1087,10,7/27/2023,7,SANTIAGO,6.633333333,6.8,Tyrannus melancholicus,68.4 +Guacaica,1087,10,7/27/2023,7,SANTIAGO,6.633333333,6.8,Sporophila nigricollis,21.4 +Guacaica,1087,10,7/27/2023,7,SANTIAGO,6.633333333,6.8,Sporophila nigricollis,21.4 +Guacaica,1087,1,7/27/2023,7,SANTIAGO,7,7.166666667,Bubulcus ibis,15.8 +Guacaica,1087,1,7/27/2023,7,SANTIAGO,7,7.166666667,Tiaris olivaceus,28.3 +Guacaica,1087,1,7/27/2023,7,SANTIAGO,7,7.166666667,Tiaris olivaceus,28.3 +Guacaica,1087,9,7/27/2023,7,SANTIAGO,7.466666667,7.633333333,Chlorophonia cyanocephala,39 +Guacaica,1087,9,7/27/2023,7,SANTIAGO,7.466666667,7.633333333,Dryobates dignus,55.1 +Guacaica,1087,6,7/27/2023,7,SANTIAGO,7.766666667,7.933333333,Stilpnia cyanicollis,38.8 +Guacaica,1087,7,7/27/2023,7,SANTIAGO,8.166666667,8.333333333,Diglossa albilatera,10.9 +Guacaica,1087,11,7/27/2023,7,SANTIAGO,8.516666667,8.683333333,Myiozetetes cayanensis,14.8 +Guacaica,1087,11,7/27/2023,7,SANTIAGO,8.516666667,8.683333333,Columbina talpacoti,14.8 +Guacaica,1087,11,7/27/2023,7,SANTIAGO,8.516666667,8.683333333,Tyrannus melancholicus,56.2 +Guacaica,1087,11,7/27/2023,7,SANTIAGO,8.516666667,8.683333333,Daptrius chimachima,102.5 +Guacaica,1087,11,7/27/2023,7,SANTIAGO,8.516666667,8.683333333,Turdus ignobilis,13.2 +Guacaica,1087,11,7/27/2023,7,SANTIAGO,8.516666667,8.683333333,Myiozetetes cayanensis,35 +Guacaica,1087,11,7/27/2023,7,SANTIAGO,8.516666667,8.683333333,Myiozetetes cayanensis,35 +Guacaica,1087,11,7/27/2023,7,SANTIAGO,8.516666667,8.683333333,Myiozetetes cayanensis,35 +Guacaica,1087,11,7/27/2023,7,SANTIAGO,8.516666667,8.683333333,Pitangus sulphuratus,34.8 +Guacaica,1087,8,7/27/2023,7, SANTIAGO,8.866666667,9.033333333,Sporophila nigricollis,7.5 +Guacaica,1087,8,7/27/2023,7, SANTIAGO,8.866666667,9.033333333,Stilpnia heinei,8.8 +Guacaica,1087,8,7/27/2023,7, SANTIAGO,8.866666667,9.033333333,Atlapetes albinucha,15 +Guacaica,1087,2,7/27/2023,7, SANTIAGO,9.4,9.566666667,Synallaxis azarae,25.6 +Guacaica,1087,4,7/27/2023,7, SANTIAGO,10.01666667,10.18333333,Thamnophilus multistriatus,45.8 +Guacaica,1087,4,7/27/2023,7, SANTIAGO,10.01666667,10.18333333,Stilpnia heinei,22.7 +Guacaica,1087,4,7/27/2023,7, SANTIAGO,10.01666667,10.18333333,Stilpnia heinei,22.7 +Guacaica,1060,4,7/28/2023,7,JUAN,5.966666667,6.133333333,Myiozetetes cayanensis,9.1 +Guacaica,1060,4,7/28/2023,7,JUAN,5.966666667,6.133333333,Myiozetetes cayanensis,9.1 +Guacaica,1060,4,7/28/2023,7,JUAN,5.966666667,6.133333333,Sayornis nigricans,8.4 +Guacaica,1060,4,7/28/2023,7,JUAN,5.966666667,6.133333333,Tyrannus melancholicus,12.4 +Guacaica,1060,12,7/28/2023,7,JUAN,6.35,6.516666667,Adelomyia melanogenys,8.7 +Guacaica,1060,12,7/28/2023,7,JUAN,6.35,6.516666667,Ortalis columbiana,36.4 +Guacaica,1060,12,7/28/2023,7,JUAN,6.35,6.516666667,Ortalis columbiana,36.4 +Guacaica,1060,12,7/28/2023,7,JUAN,6.35,6.516666667,Tyrannus melancholicus,15.2 +Guacaica,1060,6,7/28/2023,7,JUAN,6.933333333,7.1,Ramphocelus flammigerus,69.7 +Guacaica,1060,6,7/28/2023,7,JUAN,6.933333333,7.1,Ramphocelus flammigerus,69.7 +Guacaica,1060,6,7/28/2023,7,JUAN,6.933333333,7.1,Sporophila nigricollis,13.4 +Guacaica,1060,6,7/28/2023,7,JUAN,6.933333333,7.1,Zenaida auriculata,44.7 +Guacaica,1060,7,7/28/2023,7,JUAN,7.166666667,7.333333333,Columbina talpacoti,54.5 +Guacaica,1060,7,7/28/2023,7,JUAN,7.166666667,7.333333333,Sicalis flaveola,26.5 +Guacaica,1060,7,7/28/2023,7,JUAN,7.166666667,7.333333333,Spinus psaltria,35.8 +Guacaica,1060,7,7/28/2023,7,JUAN,7.166666667,7.333333333,Spinus psaltria,35.8 +Guacaica,1060,7,7/28/2023,7,JUAN,7.166666667,7.333333333,Thraupis episcopus,60.7 +Guacaica,1060,7,7/28/2023,7,JUAN,7.166666667,7.333333333,Zonotrichia capensis,22.2 +Guacaica,1060,7,7/28/2023,7,JUAN,7.166666667,7.333333333,Zonotrichia capensis,22.2 +Guacaica,1060,8,7/28/2023,7,JUAN,7.416666667,7.583333333,Ortalis columbiana,16.4 +Guacaica,1060,8,7/28/2023,7,JUAN,7.416666667,7.583333333,Ortalis columbiana,24.2 +Guacaica,1060,8,7/28/2023,7,JUAN,7.416666667,7.583333333,Ortalis columbiana,24.2 +Guacaica,1060,8,7/28/2023,7,JUAN,7.416666667,7.583333333,Ramphocelus flammigerus,48.5 +Guacaica,1060,8,7/28/2023,7,JUAN,7.416666667,7.583333333,Ramphocelus flammigerus,48.5 +Guacaica,1060,8,7/28/2023,7,JUAN,7.416666667,7.583333333,Ramphocelus flammigerus,48.5 +Guacaica,1060,8,7/28/2023,7,JUAN,7.416666667,7.583333333,Vanellus chilensis,36.5 +Guacaica,1060,8,7/28/2023,7,JUAN,7.416666667,7.583333333,Zenaida auriculata,25 +Guacaica,1060,9,7/28/2023,7,JUAN,7.666666667,7.833333333,Coragyps atratus,83.8 +Guacaica,1060,9,7/28/2023,7,JUAN,7.666666667,7.833333333,Sporophila schistacea,26.1 +Guacaica,1060,9,7/28/2023,7,JUAN,7.666666667,7.833333333,Stelgidopteryx ruficollis,20 +Guacaica,1060,9,7/28/2023,7,JUAN,7.666666667,7.833333333,Stilpnia vitriolina,61 +Guacaica,1060,9,7/28/2023,7,JUAN,7.666666667,7.833333333,Stilpnia vitriolina,61 +Guacaica,1060,9,7/28/2023,7,JUAN,7.666666667,7.833333333,Tyrannus melancholicus,98.5 +Guacaica,1060,9,7/28/2023,7,JUAN,7.666666667,7.833333333,Tyrannus melancholicus,23.3 +Guacaica,1060,9,7/28/2023,7,JUAN,7.666666667,7.833333333,Zenaida auriculata,63.2 +Guacaica,1060,9,7/28/2023,7,JUAN,7.666666667,7.833333333,Zonotrichia capensis,15.3 +Guacaica,1060,10,7/28/2023,7,JUAN,8.15,8.316666667,Momotus aequatorialis,23.6 +Guacaica,1060,10,7/28/2023,7,JUAN,8.15,8.316666667,Myioborus miniatus,60.6 +Guacaica,1060,10,7/28/2023,7,JUAN,8.15,8.316666667,Spinus xanthogastrus,4.7 +Guacaica,1060,10,7/28/2023,7,JUAN,8.15,8.316666667,Stilpnia heinei,67.1 +Guacaica,1060,10,7/28/2023,7,JUAN,8.15,8.316666667,Stilpnia vitriolina,62.7 +Guacaica,1060,10,7/28/2023,7,JUAN,8.15,8.316666667,Stilpnia vitriolina,62.7 +Guacaica,1060,10,7/28/2023,7,JUAN,8.15,8.316666667,Tyrannus melancholicus,35.1 +Guacaica,1060,10,7/28/2023,7,JUAN,8.15,8.316666667,Zimmerius chrysops,4.8 +Guacaica,1060,10,7/28/2023,7,JUAN,8.15,8.316666667,Zonotrichia capensis,25.4 +Guacaica,1060,10,7/28/2023,7,JUAN,8.15,8.316666667,Zonotrichia capensis,25.4 +Guacaica,1060,11,7/28/2023,7,JUAN,8.7,8.866666667,Pygochelidon cyanoleuca,62 +Guacaica,1060,11,7/28/2023,7,JUAN,8.7,8.866666667,Pygochelidon cyanoleuca,62 +Guacaica,1060,11,7/28/2023,7,JUAN,8.7,8.866666667,Pygochelidon cyanoleuca,62 +Guacaica,1060,11,7/28/2023,7,JUAN,8.7,8.866666667,Pygochelidon cyanoleuca,62 +Guacaica,1060,11,7/28/2023,7,JUAN,8.7,8.866666667,Pygochelidon cyanoleuca,62 +Guacaica,1060,11,7/28/2023,7,JUAN,8.7,8.866666667,Pygochelidon cyanoleuca,62 +Guacaica,1060,11,7/28/2023,7,JUAN,8.7,8.866666667,Rupornis magnirostris,25.3 +Guacaica,1060,11,7/28/2023,7,JUAN,8.7,8.866666667,Sporophila nigricollis,36 +Guacaica,1060,11,7/28/2023,7,JUAN,8.7,8.866666667,Stelgidopteryx ruficollis,62 +Guacaica,1060,11,7/28/2023,7,JUAN,8.7,8.866666667,Stelgidopteryx ruficollis,62 +Guacaica,1060,11,7/28/2023,7,JUAN,8.7,8.866666667,Stelgidopteryx ruficollis,62 +Guacaica,1060,11,7/28/2023,7,JUAN,8.7,8.866666667,Stelgidopteryx ruficollis,62 +Guacaica,1060,11,7/28/2023,7,JUAN,8.7,8.866666667,Stelgidopteryx ruficollis,62 +Guacaica,1060,11,7/28/2023,7,JUAN,8.7,8.866666667,Stelgidopteryx ruficollis,62 +Guacaica,1060,11,7/28/2023,7,JUAN,8.7,8.866666667,Stelgidopteryx ruficollis,62 +Guacaica,1060,11,7/28/2023,7,JUAN,8.7,8.866666667,Stelgidopteryx ruficollis,62 +Guacaica,1060,11,7/28/2023,7,JUAN,8.7,8.866666667,Stelgidopteryx ruficollis,62 +Guacaica,1060,11,7/28/2023,7,JUAN,8.7,8.866666667,Stelgidopteryx ruficollis,62 +Guacaica,1060,11,7/28/2023,7,JUAN,8.7,8.866666667,Stelgidopteryx ruficollis,62 +Guacaica,1060,11,7/28/2023,7,JUAN,8.7,8.866666667,Stelgidopteryx ruficollis,62 +Guacaica,1060,11,7/28/2023,7,JUAN,8.7,8.866666667,Stilpnia vitriolina,44.3 +Guacaica,1060,11,7/28/2023,7,JUAN,8.7,8.866666667,Thraupis episcopus,36 +Guacaica,1060,11,7/28/2023,7,JUAN,8.7,8.866666667,Zimmerius chrysops,13.9 +Guacaica,1060,11,7/28/2023,7,JUAN,8.7,8.866666667,Zonotrichia capensis,13.9 +Guacaica,1060,2,7/28/2023,7,JUAN,9.25,9.416666667,Atlapetes albinucha,9.2 +Guacaica,1060,2,7/28/2023,7,JUAN,9.25,9.416666667,Basileuterus tristriatus,11.8 +Guacaica,1060,2,7/28/2023,7,JUAN,9.25,9.416666667,Basileuterus tristriatus,11.8 +Guacaica,1060,2,7/28/2023,7,JUAN,9.25,9.416666667,Basileuterus tristriatus,11.8 +Guacaica,1060,3,7/28/2023,7,JUAN,9.5,9.666666667,Myioborus miniatus,32.5 +Guacaica,1060,3,7/28/2023,7,JUAN,9.5,9.666666667,Saltator striatipectus,80.5 +Guacaica,1060,3,7/28/2023,7,JUAN,9.5,9.666666667,Tangara gyrola,51.8 +Guacaica,1060,2,7/28/2023,7, SANTIAGO,6.116666667,6.283333333,Arremon brunneinucha,38.9 +Guacaica,1060,3,7/28/2023,7, SANTIAGO,6.433333333,6.6,Boissonneaua flavescens,36.8 +Guacaica,1060,3,7/28/2023,7, SANTIAGO,6.433333333,6.6,Saltator atripennis,27.9 +Guacaica,1060,3,7/28/2023,7, SANTIAGO,6.433333333,6.6,Tangara gyrola,64.8 +Guacaica,1060,3,7/28/2023,7, SANTIAGO,6.433333333,6.6,Tangara gyrola,64.8 +Guacaica,1060,3,7/28/2023,7, SANTIAGO,6.433333333,6.6,Ortalis columbiana,121.2 +Guacaica,1060,3,7/28/2023,7, SANTIAGO,6.433333333,6.6,Pseudocolaptes boissonneautii,60 +Guacaica,1060,3,7/28/2023,7, SANTIAGO,6.433333333,6.6,Pseudocolaptes boissonneautii,60 +Guacaica,1060,1,7/28/2023,7, SANTIAGO,6.8,6.966666667,Zonotrichia capensis,8.4 +Guacaica,1060,1,7/28/2023,7, SANTIAGO,6.8,6.966666667,Zonotrichia capensis,8.4 +Guacaica,1060,1,7/28/2023,7, SANTIAGO,6.8,6.966666667,Myiotriccus ornatus,9.9 +Guacaica,1060,1,7/28/2023,7, SANTIAGO,6.8,6.966666667,Tyrannus melancholicus,58.2 +Guacaica,1060,11,7/28/2023,7, SANTIAGO,7.1,7.266666667,Myiozetetes cayanensis,8.5 +Guacaica,1060,11,7/28/2023,7, SANTIAGO,7.1,7.266666667,Daptrius chimachima,38.1 +Guacaica,1060,10,7/28/2023,7, SANTIAGO,7.416666667,7.583333333,Thraupis episcopus,48 +Guacaica,1060,10,7/28/2023,7, SANTIAGO,7.416666667,7.583333333,Spinus psaltria,24.1 +Guacaica,1060,10,7/28/2023,7, SANTIAGO,7.416666667,7.583333333,Colaptes rubiginosus,39 +Guacaica,1060,10,7/28/2023,7, SANTIAGO,7.416666667,7.583333333,Sphenopsis frontalis,63.1 +Guacaica,1060,10,7/28/2023,7, SANTIAGO,7.416666667,7.583333333,Sphenopsis frontalis,63.1 +Guacaica,1060,9,7/28/2023,7, SANTIAGO,7.983333333,8.15,Tyrannus melancholicus,51 +Guacaica,1060,9,7/28/2023,7, SANTIAGO,7.983333333,8.15,Tangara gyrola,9.1 +Guacaica,1060,9,7/28/2023,7, SANTIAGO,7.983333333,8.15,Cyanocorax affinis,176.3 +Guacaica,1060,9,7/28/2023,7, SANTIAGO,7.983333333,8.15,Cyanocorax affinis,176.3 +Guacaica,1060,8,7/28/2023,7, SANTIAGO,8.333333333,8.5,Thraupis episcopus,45.8 +Guacaica,1060,8,7/28/2023,7, SANTIAGO,8.333333333,8.5,Thraupis episcopus,45.8 +Guacaica,1060,8,7/28/2023,7, SANTIAGO,8.333333333,8.5,Sporophila nigricollis,29.8 +Guacaica,1060,8,7/28/2023,7, SANTIAGO,8.333333333,8.5,Vanellus chilensis,38.4 +Guacaica,1060,8,7/28/2023,7, SANTIAGO,8.333333333,8.5,Vanellus chilensis,38.4 +Guacaica,1060,8,7/28/2023,7, SANTIAGO,8.333333333,8.5,Tangara arthus,18.6 +Guacaica,1060,8,7/28/2023,7, SANTIAGO,8.333333333,8.5,Tangara arthus,18.6 +Guacaica,1060,7,7/28/2023,7, SANTIAGO,8.683333333,8.85,Momotus aequatorialis,14.4 +Guacaica,1060,7,7/28/2023,7, SANTIAGO,8.683333333,8.85,Momotus aequatorialis,14.4 +Guacaica,1060,7,7/28/2023,7, SANTIAGO,8.683333333,8.85,Sicalis flaveola,8.7 +Guacaica,1060,7,7/28/2023,7, SANTIAGO,8.683333333,8.85,Sicalis flaveola,8.7 +Guacaica,1060,7,7/28/2023,7, SANTIAGO,8.683333333,8.85,Sicalis flaveola,8.7 +Guacaica,1060,7,7/28/2023,7, SANTIAGO,8.683333333,8.85,Sicalis flaveola,8.7 +Guacaica,1060,7,7/28/2023,7, SANTIAGO,8.683333333,8.85,Sicalis flaveola,8.7 +Guacaica,1060,7,7/28/2023,7, SANTIAGO,8.683333333,8.85,Sicalis flaveola,8.7 +Guacaica,1060,7,7/28/2023,7, SANTIAGO,8.683333333,8.85,Tangara gyrola,25.2 +Guacaica,1060,7,7/28/2023,7, SANTIAGO,8.683333333,8.85,Spinus psaltria,13.3 +Guacaica,1060,6,7/28/2023,7, SANTIAGO,9,9.166666667,Tyrannus melancholicus,35.8 +Guacaica,1060,6,7/28/2023,7, SANTIAGO,9,9.166666667,Uranomitra franciae,8.9 +Guacaica,1060,6,7/28/2023,7, SANTIAGO,9,9.166666667,Stilpnia vitriolina,25.8 +Guacaica,1060,6,7/28/2023,7, SANTIAGO,9,9.166666667,Stilpnia vitriolina,25.8 +Guacaica,1060,6,7/28/2023,7, SANTIAGO,9,9.166666667,Thraupis episcopus,35.1 +Guacaica,1060,6,7/28/2023,7, SANTIAGO,9,9.166666667,Thraupis episcopus,35.1 +Guacaica,1060,6,7/28/2023,7, SANTIAGO,9,9.166666667,Molothrus bonariensis,56.7 +Guacaica,1060,6,7/28/2023,7, SANTIAGO,9,9.166666667,Chamaepetes goudotii,20.3 +Guacaica,1060,5,7/28/2023,7, SANTIAGO,9.366666667,9.533333333,Myiozetetes cayanensis,22.5 +Guacaica,1060,5,7/28/2023,7, SANTIAGO,9.366666667,9.533333333,Myiozetetes cayanensis,22.5 +Guacaica,1060,12,7/28/2023,7, SANTIAGO,10.3,10.46666667,Thraupis episcopus,23.2 +Guacaica,1060,12,7/28/2023,7, SANTIAGO,10.3,10.46666667,Thraupis episcopus,23.2 +Guacaica,1060,12,7/28/2023,7, SANTIAGO,10.3,10.46666667,Zenaida auriculata,49.6 +Guacaica,1092,1,7/29/2023,7,JUAN,6.083333333,6.25,Stilpnia heinei,23.2 +Guacaica,1092,11,7/29/2023,7,JUAN,6.733333333,6.9,Chlorostilbon melanorhynchus,15.3 +Guacaica,1092,11,7/29/2023,7,JUAN,6.733333333,6.9,Cyanocorax affinis,16 +Guacaica,1092,7,7/29/2023,7,JUAN,8.7,8.866666667,Cyanocorax affinis,23.4 +Guacaica,1092,7,7/29/2023,7,JUAN,8.7,8.866666667,Cyanocorax affinis,23.4 +Guacaica,1092,7,7/29/2023,7,JUAN,8.7,8.866666667,Cyanocorax affinis,23.4 +Guacaica,1092,7,7/29/2023,7,JUAN,8.7,8.866666667,Cyanocorax affinis,23.4 +Guacaica,1092,7,7/29/2023,7,JUAN,8.7,8.866666667,Myiarchus apicalis,28.8 +Guacaica,1092,6,7/29/2023,7,JUAN,9.083333333,9.25,Zimmerius chrysops,10 +Guacaica,1092,9,7/29/2023,7,SANTIAGO,6.066666667,6.233333333,Myiodynastes hemichrysus,37.2 +Guacaica,1092,8,7/29/2023,7,SANTIAGO,6.5,6.666666667,Atlapetes albinucha,9.8 +Guacaica,1092,7,7/29/2023,7,SANTIAGO,7,7.166666667,Thraupis episcopus,12 +Guacaica,1092,6,7/29/2023,7,SANTIAGO,7.316666667,7.483333333,Ortalis columbiana,19.8 +Guacaica,1092,6,7/29/2023,7,SANTIAGO,7.316666667,7.483333333,Premnoplex brunnescens,9.1 +Guacaica,1092,6,7/29/2023,7,SANTIAGO,7.316666667,7.483333333,Aulacorhynchus haematopygus,22.9 +Guacaica,1092,5,7/29/2023,7,SANTIAGO,7.633333333,7.8,Tyrannus melancholicus,39.3 +Guacaica,1092,5,7/29/2023,7,SANTIAGO,7.633333333,7.8,Tiaris olivaceus,44.7 +Guacaica,1092,5,7/29/2023,7,SANTIAGO,7.633333333,7.8,Chlorophonia cyanocephala,55.8 +Guacaica,1092,5,7/29/2023,7,SANTIAGO,7.633333333,7.8,Columbina talpacoti,81.4 +Guacaica,1092,5,7/29/2023,7,SANTIAGO,7.633333333,7.8,Zenaida auriculata,81.4 +Guacaica,1092,4,7/29/2023,7, SANTIAGO,7.983333333,8.15,Ramphocelus flammigerus,57.8 +Guacaica,1092,4,7/29/2023,7, SANTIAGO,7.983333333,8.15,Piaya cayana,179.8 +Guacaica,1092,3,7/29/2023,7, SANTIAGO,8.2,8.366666667,Xenops rutilans,48.8 +Guacaica,1092,3,7/29/2023,7, SANTIAGO,8.2,8.366666667,Aulacorhynchus albivitta,48.8 +Guacaica,1092,2,7/29/2023,7, SANTIAGO,8.733333333,8.9,Mionectes striaticollis,8.6 +Guacaica,1092,2,7/29/2023,7, SANTIAGO,8.733333333,8.9,Mionectes striaticollis,8.6 +Guacaica,1092,2,7/29/2023,7, SANTIAGO,8.733333333,8.9,Mionectes striaticollis,8.6 +Guacaica,1092,2,7/29/2023,7, SANTIAGO,8.733333333,8.9,Myiodynastes hemichrysus,26.5 +Guacaica,1092,10,7/29/2023,7,SANTIAGO,9.333333333,9.5,Zentrygon frenata,18.6 +Guacaica,1092,10,7/29/2023,7,SANTIAGO,9.333333333,9.5,Dorifera ludoviceae,12.2 +Guacaica,1092,11,7/29/2023,7,SANTIAGO,9.8,9.966666667,Myioborus miniatus,18.9 +Guacaica,1063,4,7/30/2023,7,JUAN,6.316666667,6.483333333,Coragyps atratus,50.7 +Guacaica,1063,4,7/30/2023,7,JUAN,6.316666667,6.483333333,Dryocopus lineatus,25.3 +Guacaica,1063,4,7/30/2023,7,JUAN,6.316666667,6.483333333,Dryocopus lineatus,25.3 +Guacaica,1063,4,7/30/2023,7,JUAN,6.316666667,6.483333333,Ortalis columbiana,19.6 +Guacaica,1063,4,7/30/2023,7,JUAN,6.316666667,6.483333333,Ortalis columbiana,19.6 +Guacaica,1063,4,7/30/2023,7,JUAN,6.316666667,6.483333333,Zimmerius chrysops,11.7 +Guacaica,1063,5,7/30/2023,7,JUAN,6.583333333,6.75,Melanerpes formicivorus,64.6 +Guacaica,1063,5,7/30/2023,7,JUAN,6.583333333,6.75,Melanerpes formicivorus,64.6 +Guacaica,1063,5,7/30/2023,7,JUAN,6.583333333,6.75,Saltator atripennis,47.6 +Guacaica,1063,5,7/30/2023,7,JUAN,6.583333333,6.75,Sayornis nigricans,32.4 +Guacaica,1063,5,7/30/2023,7,JUAN,6.583333333,6.75,Turdus ignobilis,60 +Guacaica,1063,2,7/30/2023,7,JUAN,6.95,7.116666667,Chlorophanes spiza,22.6 +Guacaica,1063,2,7/30/2023,7,JUAN,6.95,7.116666667,Crotophaga ani,54.3 +Guacaica,1063,2,7/30/2023,7,JUAN,6.95,7.116666667,Crotophaga ani,54.3 +Guacaica,1063,2,7/30/2023,7,JUAN,6.95,7.116666667,Crotophaga ani,54.3 +Guacaica,1063,2,7/30/2023,7,JUAN,6.95,7.116666667,Ramphocelus flammigerus,59.5 +Guacaica,1063,2,7/30/2023,7,JUAN,6.95,7.116666667,Ramphocelus flammigerus,59.5 +Guacaica,1063,2,7/30/2023,7,JUAN,6.95,7.116666667,Ramphocelus flammigerus,59.5 +Guacaica,1063,2,7/30/2023,7,JUAN,6.95,7.116666667,Tangara gyrola,38.6 +Guacaica,1063,2,7/30/2023,7,JUAN,6.95,7.116666667,Thraupis palmarum,7 +Guacaica,1063,2,7/30/2023,7,JUAN,6.95,7.116666667,Zimmerius chrysops,23.2 +Guacaica,1063,2,7/30/2023,7,JUAN,6.95,7.116666667,Zimmerius chrysops,18.2 +Guacaica,1063,3,7/30/2023,7,JUAN,7.233333333,7.4,Molothrus bonariensis,42.3 +Guacaica,1063,3,7/30/2023,7,JUAN,7.233333333,7.4,Tachyphonus rufus,42.3 +Guacaica,1063,7,7/30/2023,7,JUAN,7.55,7.716666667,Cinclus leucocephalus,18.1 +Guacaica,1063,7,7/30/2023,7,JUAN,7.55,7.716666667,Sayornis nigricans,13 +Guacaica,1063,7,7/30/2023,7,JUAN,7.55,7.716666667,Sayornis nigricans,23.6 +Guacaica,1063,7,7/30/2023,7,JUAN,7.55,7.716666667,Serpophaga cinerea,10.9 +Guacaica,1063,7,7/30/2023,7,JUAN,7.55,7.716666667,Serpophaga cinerea,10.9 +Guacaica,1063,8,7/30/2023,7,JUAN,7.866666667,8.033333333,Stilpnia vitriolina,38.6 +Guacaica,1063,9,7/30/2023,7,JUAN,8.25,8.416666667,Tiaris olivaceus,15.4 +Guacaica,1063,10,7/30/2023,7,JUAN,8.533333333,8.7,Bubulcus ibis,59.2 +Guacaica,1063,10,7/30/2023,7,JUAN,8.533333333,8.7,Bubulcus ibis,59.2 +Guacaica,1063,11,7/30/2023,7,JUAN,8.766666667,8.933333333,Bubulcus ibis,32.1 +Guacaica,1063,6,7/30/2023,7,JUAN,9.216666667,9.383333333,Ramphocelus flammigerus,5.7 +Guacaica,1063,6,7/30/2023,7,JUAN,9.216666667,9.383333333,Sporophila intermedia,10.5 +Guacaica,1063,6,7/30/2023,7,JUAN,9.216666667,9.383333333,Sporophila nigricollis,10.5 +Guacaica,1063,6,7/30/2023,7,JUAN,9.216666667,9.383333333,Stilpnia vitriolina,8.1 +Guacaica,1063,6,7/30/2023,7,JUAN,9.216666667,9.383333333,Synallaxis azarae,5 +Guacaica,1063,6,7/30/2023,7,JUAN,9.216666667,9.383333333,Vireo leucophrys,5 +Guacaica,1063,6,7/30/2023,7, SANTIAGO,6.05,6.216666667,Ortalis columbiana,37.4 +Guacaica,1063,6,7/30/2023,7, SANTIAGO,6.05,6.216666667,Ortalis columbiana,37.4 +Guacaica,1063,6,7/30/2023,7, SANTIAGO,6.05,6.216666667,Thraupis palmarum,42.7 +Guacaica,1063,6,7/30/2023,7, SANTIAGO,6.05,6.216666667,Thraupis palmarum,42.7 +Guacaica,1063,10,7/30/2023,7, SANTIAGO,6.75,6.916666667,Patagioenas cayennensis,17.3 +Guacaica,1063,10,7/30/2023,7, SANTIAGO,6.75,6.916666667,Zimmerius chrysops,35.8 +Guacaica,1063,10,7/30/2023,7, SANTIAGO,6.75,6.916666667,Troglodytes aedon,32 +Guacaica,1063,10,7/30/2023,7, SANTIAGO,6.75,6.916666667,Sporophila nigricollis,15.8 +Guacaica,1063,9,7/30/2023,7, SANTIAGO,7.033333333,7.2,Zonotrichia capensis,12.8 +Guacaica,1063,9,7/30/2023,7, SANTIAGO,7.033333333,7.2,Thraupis episcopus,22.6 +Guacaica,1063,9,7/30/2023,7, SANTIAGO,7.033333333,7.2,Amazilia tzacatl,48.3 +Guacaica,1063,8,7/30/2023,7, SANTIAGO,7.466666667,7.633333333,Stilpnia cyanicollis,36.5 +Guacaica,1063,8,7/30/2023,7, SANTIAGO,7.466666667,7.633333333,Stilpnia cyanicollis,36.5 +Guacaica,1063,8,7/30/2023,7, SANTIAGO,7.466666667,7.633333333,Euphonia laniirostris,18.7 +Guacaica,1063,7,7/30/2023,7, SANTIAGO,8,8.166666667,Serpophaga cinerea,13.7 +Guacaica,1063,7,7/30/2023,7, SANTIAGO,8,8.166666667,Serpophaga cinerea,13.7 +Guacaica,1063,7,7/30/2023,7, SANTIAGO,8,8.166666667,Aulacorhynchus albivitta,35.9 +Guacaica,1063,7,7/30/2023,7, SANTIAGO,8,8.166666667,Xenops rutilans,56.4 +Guacaica,1063,7,7/30/2023,7, SANTIAGO,8,8.166666667,Stilpnia heinei,34.2 +Guacaica,1063,7,7/30/2023,7, SANTIAGO,8,8.166666667,Stilpnia heinei,34.2 +Guacaica,1063,7,7/30/2023,7, SANTIAGO,8,8.166666667,Tangara vassorii,32 +Guacaica,1063,3,7/30/2023,7, SANTIAGO,8.383333333,8.55,Atlapetes albinucha,14.2 +Guacaica,1063,2,7/30/2023,7, SANTIAGO,8.683333333,8.85,Tangara nigroviridis,38.6 +Guacaica,1063,2,7/30/2023,7, SANTIAGO,8.683333333,8.85,Tangara nigroviridis,38.6 +Guacaica,1063,2,7/30/2023,7, SANTIAGO,8.683333333,8.85,Stilpnia heinei,39.4 +Guacaica,1063,2,7/30/2023,7, SANTIAGO,8.683333333,8.85,Patagioenas fasciata,28.7 +Guacaica,1063,2,7/30/2023,7, SANTIAGO,8.683333333,8.85,Tiaris olivaceus,15.4 +Guacaica,1063,5,7/30/2023,7, SANTIAGO,9.233333333,9.4,Thraupis palmarum,38.4 +Guacaica,1063,5,7/30/2023,7, SANTIAGO,9.233333333,9.4,Sicalis flaveola,22.3 +Guacaica,1063,5,7/30/2023,7, SANTIAGO,9.233333333,9.4,Turdus ignobilis,22 +Guacaica,1063,5,7/30/2023,7, SANTIAGO,9.233333333,9.4,Sporophila nigricollis,31.7 +Guacaica,1063,5,7/30/2023,7, SANTIAGO,9.233333333,9.4,Amazilia tzacatl,9 +Guacaica,1063,4,7/30/2023,7, SANTIAGO,9.516666667,9.683333333,Xenops rutilans,48.5 +Guacaica,1063,4,7/30/2023,7, SANTIAGO,9.516666667,9.683333333,Pitangus sulphuratus,45.2 +Guacaica,1063,4,7/30/2023,7, SANTIAGO,9.516666667,9.683333333,Pitangus sulphuratus,45.2 +Guacaica,1063,4,7/30/2023,7, SANTIAGO,9.516666667,9.683333333,Vireo leucophrys,31.1 +Guacaica,1063,4,7/30/2023,7, SANTIAGO,9.516666667,9.683333333,Anthracothorax nigricollis,22.4 +Guacaica,1063,4,7/30/2023,7, SANTIAGO,9.516666667,9.683333333,Synallaxis azarae,29.4 +Guacaica,1063,4,7/30/2023,7, SANTIAGO,9.516666667,9.683333333,TIARIS olivaceus,16.2 +Guacaica,1063,4,7/30/2023,7, SANTIAGO,9.516666667,9.683333333,TIARIS olivaceus,16.2 +Guacaica,837,8,7/31/2023,7,JUAN,6.5,6.666666667,Colaptes rubiginosus,58.5 +Guacaica,837,6,7/31/2023,7,JUAN,6.75,6.916666667,Stilpnia heinei,24.6 +Guacaica,837,6,7/31/2023,7,JUAN,6.75,6.916666667,Stilpnia heinei,24.6 +Guacaica,837,6,7/31/2023,7,JUAN,6.75,6.916666667,Thraupis episcopus,34 +Guacaica,837,6,7/31/2023,7,JUAN,6.75,6.916666667,Turdus fuscater,74.2 +Guacaica,837,6,7/31/2023,7,JUAN,6.75,6.916666667,Turdus fuscater,74.2 +Guacaica,837,6,7/31/2023,7,JUAN,6.75,6.916666667,Turdus fuscater,74.2 +Guacaica,837,6,7/31/2023,7,JUAN,6.75,6.916666667,Tyrannus melancholicus,34 +Guacaica,837,6,7/31/2023,7,JUAN,6.75,6.916666667,Tyrannus melancholicus,34 +Guacaica,837,7,7/31/2023,7,JUAN,7.083333333,7.25,Henicorhina leucophrys,5.4 +Guacaica,837,5,7/31/2023,7,JUAN,7.566666667,7.733333333,Amazona mercenarius,55.2 +Guacaica,837,4,7/31/2023,7,JUAN,7.866666667,8.033333333,Vanellus chilensis,72.4 +Guacaica,837,3,7/31/2023,7,JUAN,8.216666667,8.383333333,Tangara nigroviridis,57.8 +Guacaica,837,3,7/31/2023,7,JUAN,8.216666667,8.383333333,Tangara nigroviridis,57.8 +Guacaica,837,3,7/31/2023,7,JUAN,8.216666667,8.383333333,Tangara nigroviridis,57.8 +Guacaica,837,3,7/31/2023,7,JUAN,8.216666667,8.383333333,Turdus fuscater,4.9 +Guacaica,837,3,7/31/2023,7,JUAN,8.216666667,8.383333333,Zimmerius chrysops,34.3 +Guacaica,837,3,7/31/2023,7,JUAN,8.216666667,8.383333333,Zonotrichia capensis,39.3 +Guacaica,837,2,7/31/2023,7,JUAN,8.583333333,8.75,Bubulcus ibis,67.4 +Guacaica,837,2,7/31/2023,7,JUAN,8.583333333,8.75,Patagioenas fasciata,27.8 +Guacaica,837,2,7/31/2023,7,JUAN,8.583333333,8.75,Stilpnia vitriolina,27.2 +Guacaica,837,2,7/31/2023,7,JUAN,8.583333333,8.75,Tyrannus melancholicus,90.3 +Guacaica,837,2,7/31/2023,7,JUAN,8.583333333,8.75,Zonotrichia capensis,27.7 +Guacaica,837,2,7/31/2023,7,JUAN,8.583333333,8.75,Zonotrichia capensis,27.7 +Guacaica,837,1,7/31/2023,7,JUAN,8.866666667,9.033333333,Aulacorhynchus albivitta,49.8 +Guacaica,837,1,7/31/2023,7,JUAN,8.866666667,9.033333333,Troglodytes aedon,24.4 +Guacaica,837,1,7/31/2023,7,JUAN,8.866666667,9.033333333,Zonotrichia capensis,23.9 +Guacaica,837,1,7/31/2023,7,JUAN,8.866666667,9.033333333,Zonotrichia capensis,23.9 +Guacaica,837,1,7/31/2023,7, SANTIAGO,6.1,6.266666667,Tyrannus melancholicus,48 +Guacaica,837,1,7/31/2023,7, SANTIAGO,6.1,6.266666667,Momotus aequatorialis,82.2 +Guacaica,837,2,7/31/2023,7, SANTIAGO,6.333333333,6.5,Vanellus chilensis,28.2 +Guacaica,837,2,7/31/2023,7, SANTIAGO,6.333333333,6.5,Vanellus chilensis,28.2 +Guacaica,837,2,7/31/2023,7, SANTIAGO,6.333333333,6.5,Forpus conspicillatus,104.4 +Guacaica,837,2,7/31/2023,7, SANTIAGO,6.333333333,6.5,Forpus conspicillatus,104.4 +Guacaica,837,2,7/31/2023,7, SANTIAGO,6.333333333,6.5,Forpus conspicillatus,104.4 +Guacaica,837,2,7/31/2023,7, SANTIAGO,6.333333333,6.5,Forpus conspicillatus,104.4 +Guacaica,837,2,7/31/2023,7, SANTIAGO,6.333333333,6.5,Forpus conspicillatus,104.4 +Guacaica,837,2,7/31/2023,7, SANTIAGO,6.333333333,6.5,Forpus conspicillatus,104.4 +Guacaica,837,2,7/31/2023,7, SANTIAGO,6.333333333,6.5,Forpus conspicillatus,104.4 +Guacaica,837,2,7/31/2023,7, SANTIAGO,6.333333333,6.5,Forpus conspicillatus,104.4 +Guacaica,837,2,7/31/2023,7, SANTIAGO,6.333333333,6.5,Tiaris olivaceus,21.2 +Guacaica,837,2,7/31/2023,7, SANTIAGO,6.333333333,6.5,Tangara nigroviridis,101.5 +Guacaica,837,2,7/31/2023,7, SANTIAGO,6.333333333,6.5,Myiozetetes cayanensis,119 +Guacaica,837,2,7/31/2023,7, SANTIAGO,6.333333333,6.5,Sicalis flaveola,25.9 +Guacaica,837,2,7/31/2023,7, SANTIAGO,6.333333333,6.5,Cyanocorax yncas,100.7 +Guacaica,837,2,7/31/2023,7, SANTIAGO,6.333333333,6.5,Tyrannus melancholicus,35.5 +Guacaica,837,3,7/31/2023,7, SANTIAGO,6.75,6.916666667,Pachyramphus polychopterus,45.6 +Guacaica,837,3,7/31/2023,7, SANTIAGO,6.75,6.916666667,Pachyramphus polychopterus,45.6 +Guacaica,837,3,7/31/2023,7, SANTIAGO,6.75,6.916666667,Dryobates fumigatus,16.4 +Guacaica,837,3,7/31/2023,7, SANTIAGO,6.75,6.916666667,Myioborus miniatus,8.7 +Guacaica,837,3,7/31/2023,7, SANTIAGO,6.75,6.916666667,Myioborus miniatus,8.7 +Guacaica,837,3,7/31/2023,7, SANTIAGO,6.75,6.916666667,Zimmerius chrysops,25.6 +Guacaica,837,3,7/31/2023,7, SANTIAGO,6.75,6.916666667,Piranga rubra,58.9 +Guacaica,837,9,7/31/2023,7, SANTIAGO,7.5,7.666666667,Coragyps atratus,130.4 +Guacaica,837,9,7/31/2023,7, SANTIAGO,7.5,7.666666667,Coragyps atratus,130.4 +Guacaica,837,9,7/31/2023,7, SANTIAGO,7.5,7.666666667,Tyrannus melancholicus,99.4 +Guacaica,837,9,7/31/2023,7, SANTIAGO,7.5,7.666666667,Leptotila verreauxi,97.3 +Guacaica,837,9,7/31/2023,7, SANTIAGO,7.5,7.666666667,Tangara vassorii,46.8 +Guacaica,837,9,7/31/2023,7, SANTIAGO,7.5,7.666666667,Vanellus chilensis,108.8 +Guacaica,837,9,7/31/2023,7, SANTIAGO,7.5,7.666666667,Vanellus chilensis,108.8 +Guacaica,837,7,7/31/2023,7, SANTIAGO,8.416666667,8.583333333,Myadestes ralloides,6.9 +Guacaica,837,6,7/31/2023,7, SANTIAGO,7.966666667,8.133333333,Colaptes rubiginosus,25.2 +Guacaica,837,6,7/31/2023,7, SANTIAGO,7.966666667,8.133333333,Ramphocelus flammigerus,62.1 +Guacaica,837,6,7/31/2023,7, SANTIAGO,7.966666667,8.133333333,Dryobates fumigatus,87.6 +Guacaica,837,6,7/31/2023,7, SANTIAGO,7.966666667,8.133333333,Synallaxis albescens,59.2 +Guacaica,837,6,7/31/2023,7, SANTIAGO,7.966666667,8.133333333,Ramphocelus flammigerus,48.5 +Guacaica,837,6,7/31/2023,7, SANTIAGO,7.966666667,8.133333333,Patagioenas fasciata,203.1 +Guacaica,837,6,7/31/2023,7, SANTIAGO,7.966666667,8.133333333,Patagioenas fasciata,203.1 +Guacaica,837,6,7/31/2023,7, SANTIAGO,7.966666667,8.133333333,Tangara nigroviridis,5.7 +Guacaica,837,5,7/31/2023,7, SANTIAGO,8.75,8.916666667,Stilpnia vitriolina,25.2 +Guacaica,837,5,7/31/2023,7, SANTIAGO,8.75,8.916666667,Stilpnia vitriolina,25.2 +Guacaica,837,5,7/31/2023,7, SANTIAGO,8.75,8.916666667,Turdus fuscater,26.8 +Guacaica,837,5,7/31/2023,7, SANTIAGO,8.75,8.916666667,Myioborus miniatus,22.6 +Guacaica,837,4,7/31/2023,7, SANTIAGO,7.116666667,7.283333333,Leptopogon superciliaris,98.1 +Guacaica,837,4,7/31/2023,7, SANTIAGO,7.116666667,7.283333333,Zimmerius chrysops,18 +Guacaica,837,4,7/31/2023,7, SANTIAGO,7.116666667,7.283333333,Synallaxis azarae,48 +Guacaica,1087,3,8/23/2023,8,JUAN,6.033333333,6.2,Tyrannus melancholicus,64.3 +Guacaica,1087,3,8/23/2023,8,JUAN,6.033333333,6.2,Tyrannus melancholicus,29.2 +Guacaica,1087,4,8/23/2023,8,JUAN,6.316666667,6.483333333,Amazilia tzacatl,5.2 +Guacaica,1087,4,8/23/2023,8,JUAN,6.316666667,6.483333333,Myioborus miniatus,5.3 +Guacaica,1087,4,8/23/2023,8,JUAN,6.316666667,6.483333333,Troglodytes aedon,18.8 +Guacaica,1087,4,8/23/2023,8,JUAN,6.316666667,6.483333333,Troglodytes aedon,18.8 +Guacaica,1087,4,8/23/2023,8,JUAN,6.316666667,6.483333333,Zenaida auriculata,16 +Guacaica,1087,4,8/23/2023,8,JUAN,6.316666667,6.483333333,Zonotrichia capensis,15.6 +Guacaica,1087,4,8/23/2023,8,JUAN,6.316666667,6.483333333,Zonotrichia capensis,29.4 +Guacaica,1087,5,8/23/2023,8,JUAN,6.566666667,6.733333333,Aulacorhynchus albivitta,82.3 +Guacaica,1087,5,8/23/2023,8,JUAN,6.566666667,6.733333333,Aulacorhynchus albivitta,82.3 +Guacaica,1087,5,8/23/2023,8,JUAN,6.566666667,6.733333333,Molothrus oryzivorus,61.4 +Guacaica,1087,5,8/23/2023,8,JUAN,6.566666667,6.733333333,Molothrus oryzivorus,53.1 +Guacaica,1087,5,8/23/2023,8,JUAN,6.566666667,6.733333333,Molothrus oryzivorus,53.1 +Guacaica,1087,5,8/23/2023,8,JUAN,6.566666667,6.733333333,Turdus fuscater,70.1 +Guacaica,1087,5,8/23/2023,8,JUAN,6.566666667,6.733333333,Turdus fuscater,38.6 +Guacaica,1087,5,8/23/2023,8,JUAN,6.566666667,6.733333333,Tyrannus melancholicus,97.4 +Guacaica,1087,5,8/23/2023,8,JUAN,6.566666667,6.733333333,Zenaida auriculata,42.6 +Guacaica,1087,5,8/23/2023,8,JUAN,6.566666667,6.733333333,Zenaida auriculata,42.6 +Guacaica,1087,5,8/23/2023,8,JUAN,6.566666667,6.733333333,Zenaida auriculata,49.4 +Guacaica,1087,10,8/23/2023,8,JUAN,6.866666667,7.033333333,Melanerpes formicivorus,60.6 +Guacaica,1087,10,8/23/2023,8,JUAN,6.866666667,7.033333333,Melanerpes formicivorus,60.6 +Guacaica,1087,10,8/23/2023,8,JUAN,6.866666667,7.033333333,Melanerpes formicivorus,60.6 +Guacaica,1087,10,8/23/2023,8,JUAN,6.866666667,7.033333333,Rupornis magnirostris,90.2 +Guacaica,1087,10,8/23/2023,8,JUAN,6.866666667,7.033333333,Zenaida auriculata,67.8 +Guacaica,1087,2,8/23/2023,8,JUAN,7.166666667,7.333333333,Rupornis magnirostris,15.9 +Guacaica,1087,2,8/23/2023,8,JUAN,7.166666667,7.333333333,Sporophila nigricollis,15.8 +Guacaica,1087,2,8/23/2023,8,JUAN,7.166666667,7.333333333,Sporophila nigricollis,15.8 +Guacaica,1087,2,8/23/2023,8,JUAN,7.166666667,7.333333333,Stelgidopteryx ruficollis,30.1 +Guacaica,1087,2,8/23/2023,8,JUAN,7.166666667,7.333333333,Troglodytes aedon,21 +Guacaica,1087,2,8/23/2023,8,JUAN,7.166666667,7.333333333,Troglodytes aedon,21 +Guacaica,1087,2,8/23/2023,8,JUAN,7.166666667,7.333333333,Tyrannus melancholicus,15.9 +Guacaica,1087,2,8/23/2023,8,JUAN,7.166666667,7.333333333,Tyrannus melancholicus,15.9 +Guacaica,1087,2,8/23/2023,8,JUAN,7.166666667,7.333333333,Zonotrichia capensis,7.3 +Guacaica,1087,2,8/23/2023,8,JUAN,7.166666667,7.333333333,Zonotrichia capensis,5.6 +Guacaica,1087,1,8/23/2023,8,JUAN,7.433333333,7.6,Spinus psaltria,10.1 +Guacaica,1087,1,8/23/2023,8,JUAN,7.433333333,7.6,Spinus psaltria,21.4 +Guacaica,1087,1,8/23/2023,8,JUAN,7.433333333,7.6,Spinus psaltria,21.4 +Guacaica,1087,1,8/23/2023,8,JUAN,7.433333333,7.6,Sporophila intermedia,15.6 +Guacaica,1087,1,8/23/2023,8,JUAN,7.433333333,7.6,Sporophila nigricollis,11.4 +Guacaica,1087,1,8/23/2023,8,JUAN,7.433333333,7.6,Tyrannus melancholicus,41.2 +Guacaica,1087,1,8/23/2023,8,JUAN,7.433333333,7.6,Volatinia jacarina,15.6 +Guacaica,1087,1,8/23/2023,8,JUAN,7.433333333,7.6,Zonotrichia capensis,21.6 +Guacaica,1087,1,8/23/2023,8,JUAN,7.433333333,7.6,Zonotrichia capensis,15.1 +Guacaica,1087,6,8/23/2023,8,JUAN,8.05,8.216666667,Chlorophonia cyanocephala,19.8 +Guacaica,1087,6,8/23/2023,8,JUAN,8.05,8.216666667,Piaya cayana,50.6 +Guacaica,1087,6,8/23/2023,8,JUAN,8.05,8.216666667,Sporophila nigricollis,12.2 +Guacaica,1087,6,8/23/2023,8,JUAN,8.05,8.216666667,Sporophila nigricollis,12.2 +Guacaica,1087,6,8/23/2023,8,JUAN,8.05,8.216666667,Stilpnia heinei,19.8 +Guacaica,1087,6,8/23/2023,8,JUAN,8.05,8.216666667,Zimmerius chrysops,21.4 +Guacaica,1087,7,8/23/2023,8,JUAN,8.8,8.966666667,Saucerottia saucerottei,13.7 +Guacaica,1087,7,8/23/2023,8,JUAN,8.8,8.966666667,Tangara arthus,23.2 +Guacaica,1087,7,8/23/2023,8,JUAN,8.8,8.966666667,Tangara arthus,23.2 +Guacaica,1087,11,8/23/2023,8,JUAN,9.083333333,9.25,Columbina talpacoti,20.2 +Guacaica,1087,11,8/23/2023,8,JUAN,9.083333333,9.25,Columbina talpacoti,84 +Guacaica,1087,11,8/23/2023,8,JUAN,9.083333333,9.25,Columbina talpacoti,84 +Guacaica,1087,11,8/23/2023,8,JUAN,9.083333333,9.25,Phimosus infuscatus,83.3 +Guacaica,1087,11,8/23/2023,8,JUAN,9.083333333,9.25,Pitangus sulphuratus,49.3 +Guacaica,1087,11,8/23/2023,8,JUAN,9.083333333,9.25,Sicalis flaveola,20.9 +Guacaica,1087,11,8/23/2023,8,JUAN,9.083333333,9.25,Stilpnia vitriolina,59.6 +Guacaica,1087,11,8/23/2023,8,JUAN,9.083333333,9.25,Tyrannus melancholicus,84 +Guacaica,1087,11,8/23/2023,8,JUAN,9.083333333,9.25,Vanellus chilensis,83.3 +Guacaica,1087,11,8/23/2023,8,JUAN,9.083333333,9.25,Vanellus chilensis,83.3 +Guacaica,1087,11,8/23/2023,8,JUAN,9.083333333,9.25,Vanellus chilensis,83.3 +Guacaica,1087,9,8/23/2023,8,JUAN,9.6,9.766666667,Bubulcus ibis,74.3 +Guacaica,1087,9,8/23/2023,8,JUAN,9.6,9.766666667,Bubulcus ibis,74.3 +Guacaica,1087,9,8/23/2023,8,JUAN,9.6,9.766666667,Bubulcus ibis,74.3 +Guacaica,1087,9,8/23/2023,8,JUAN,9.6,9.766666667,Bubulcus ibis,74.3 +Guacaica,1087,9,8/23/2023,8,JUAN,9.6,9.766666667,Bubulcus ibis,74.3 +Guacaica,1087,1,8/23/2023,8,SANTIAGO,6.3,6.466666667,Troglodytes aedon,46.4 +Guacaica,1087,1,8/23/2023,8,SANTIAGO,6.3,6.466666667,Troglodytes aedon,46.4 +Guacaica,1087,1,8/23/2023,8,SANTIAGO,6.3,6.466666667,Sporophila nigricollis,8.7 +Guacaica,1087,1,8/23/2023,8,SANTIAGO,6.3,6.466666667,Zonotrichia capensis,7.3 +Guacaica,1087,9,8/23/2023,8,SANTIAGO,6.65,6.816666667,Contopus virens,10.8 +Guacaica,1087,9,8/23/2023,8,SANTIAGO,6.65,6.816666667,Thraupis episcopus,28.5 +Guacaica,1087,9,8/23/2023,8,SANTIAGO,6.65,6.816666667,Tyrannus melancholicus,34.4 +Guacaica,1087,6,8/23/2023,8,SANTIAGO,6.916666667,7.083333333,Tiaris olivaceus,19.3 +Guacaica,1087,6,8/23/2023,8,SANTIAGO,6.916666667,7.083333333,Tiaris olivaceus,19.3 +Guacaica,1087,6,8/23/2023,8,SANTIAGO,6.916666667,7.083333333,Tyrannus melancholicus,29.4 +Guacaica,1087,6,8/23/2023,8,SANTIAGO,6.916666667,7.083333333,Volatinia jacarina,21.9 +Guacaica,1087,6,8/23/2023,8,SANTIAGO,6.916666667,7.083333333,Cyanocorax yncas,17.3 +Guacaica,1087,6,8/23/2023,8,SANTIAGO,6.916666667,7.083333333,Sporophila nigricollis,17.6 +Guacaica,1087,7,8/23/2023,8,SANTIAGO,7.35,7.516666667,Leptopogon superciliaris,24.8 +Guacaica,1087,11,8/23/2023,8,SANTIAGO,7.7,7.866666667,Zenaida auriculata,12 +Guacaica,1087,11,8/23/2023,8,SANTIAGO,7.7,7.866666667,Sporophila nigricollis,24.6 +Guacaica,1087,11,8/23/2023,8,SANTIAGO,7.7,7.866666667,Dryocopus lineatus,28.8 +Guacaica,1087,11,8/23/2023,8,SANTIAGO,7.7,7.866666667,Colaptes rubiginosus,38.9 +Guacaica,1087,11,8/23/2023,8,SANTIAGO,7.7,7.866666667,Myiozetetes cayanensis,17.8 +Guacaica,1087,8,8/23/2023,8,SANTIAGO,8.05,8.216666667,Thraupis episcopus,47.4 +Guacaica,1087,8,8/23/2023,8,SANTIAGO,8.05,8.216666667,Atlapetes albinucha,39 +Guacaica,1087,2,8/23/2023,8,SANTIAGO,8.6,8.766666667,Synallaxis azarae,13.9 +Guacaica,1087,10,8/23/2023,8,SANTIAGO,8.916666667,9.083333333,Vanellus chilensis,48.3 +Guacaica,1087,10,8/23/2023,8,SANTIAGO,8.916666667,9.083333333,Sporophila nigricollis,30.9 +Guacaica,1087,10,8/23/2023,8,SANTIAGO,8.916666667,9.083333333,Sporophila nigricollis,30.9 +Guacaica,1087,5,8/23/2023,8,SANTIAGO,9.183333333,9.35,Volatinia jacarina,6.6 +Guacaica,1087,5,8/23/2023,8,SANTIAGO,9.183333333,9.35,Icterus chrysater,116.6 +Guacaica,1087,5,8/23/2023,8,SANTIAGO,9.183333333,9.35,Columbina talpacoti,43.2 +Guacaica,1087,5,8/23/2023,8,SANTIAGO,9.183333333,9.35,Columbina talpacoti,43.2 +Guacaica,1060,3,8/24/2023,8,JUAN,5.95,6.116666667,Atlapetes albinucha,9.9 +Guacaica,1060,3,8/24/2023,8,JUAN,5.95,6.116666667,Chlorostilbon melanorhynchus,7.2 +Guacaica,1060,3,8/24/2023,8,JUAN,5.95,6.116666667,Myioborus miniatus,29.1 +Guacaica,1060,3,8/24/2023,8,JUAN,5.95,6.116666667,Ortalis columbiana,42.2 +Guacaica,1060,3,8/24/2023,8,JUAN,5.95,6.116666667,Ortalis columbiana,42.2 +Guacaica,1060,3,8/24/2023,8,JUAN,5.95,6.116666667,Ortalis columbiana,42.2 +Guacaica,1060,3,8/24/2023,8,JUAN,5.95,6.116666667,Patagioenas fasciata,62.8 +Guacaica,1060,3,8/24/2023,8,JUAN,5.95,6.116666667,Phaethornis syrmatophorus,8.2 +Guacaica,1060,3,8/24/2023,8,JUAN,5.95,6.116666667,Stilpnia vitriolina,8.3 +Guacaica,1060,3,8/24/2023,8,JUAN,5.95,6.116666667,Synallaxis azarae,6.2 +Guacaica,1060,3,8/24/2023,8,JUAN,5.95,6.116666667,Tangara gyrola,13 +Guacaica,1060,2,8/24/2023,8,JUAN,6.266666667,6.433333333,Colaptes rubiginosus,21.3 +Guacaica,1060,2,8/24/2023,8,JUAN,6.266666667,6.433333333,Colaptes rubiginosus,21.3 +Guacaica,1060,2,8/24/2023,8,JUAN,6.266666667,6.433333333,Momotus aequatorialis,12.7 +Guacaica,1060,2,8/24/2023,8,JUAN,6.266666667,6.433333333,Myioborus miniatus,15.2 +Guacaica,1060,2,8/24/2023,8,JUAN,6.266666667,6.433333333,Picumnus granadensis,20.1 +Guacaica,1060,1,8/24/2023,8,JUAN,6.6,6.766666667,Saltator atripennis,49.9 +Guacaica,1060,1,8/24/2023,8,JUAN,6.6,6.766666667,Turdus ignobilis,53.7 +Guacaica,1060,1,8/24/2023,8,JUAN,6.6,6.766666667,Turdus ignobilis,53.7 +Guacaica,1060,1,8/24/2023,8,JUAN,6.6,6.766666667,Volatinia jacarina,23.8 +Guacaica,1060,1,8/24/2023,8,JUAN,6.6,6.766666667,Volatinia jacarina,11.3 +Guacaica,1060,1,8/24/2023,8,JUAN,6.6,6.766666667,Zimmerius chrysops,4.8 +Guacaica,1060,11,8/24/2023,8,JUAN,6.833333333,7,Dryobates fumigatus,13.1 +Guacaica,1060,11,8/24/2023,8,JUAN,6.833333333,7,Spinus psaltria,15.3 +Guacaica,1060,11,8/24/2023,8,JUAN,6.833333333,7,Sporophila luctuosa,14.7 +Guacaica,1060,11,8/24/2023,8,JUAN,6.833333333,7,Stilpnia vitriolina,13.1 +Guacaica,1060,11,8/24/2023,8,JUAN,6.833333333,7,Troglodytes aedon,20.5 +Guacaica,1060,11,8/24/2023,8,JUAN,6.833333333,7,Turdus ignobilis,32.6 +Guacaica,1060,11,8/24/2023,8,JUAN,6.833333333,7,Zimmerius chrysops,15.1 +Guacaica,1060,10,8/24/2023,8,JUAN,7.233333333,7.4,Heliomaster longirostris,38.4 +Guacaica,1060,10,8/24/2023,8,JUAN,7.233333333,7.4,Saltator atripennis,37.3 +Guacaica,1060,10,8/24/2023,8,JUAN,7.233333333,7.4,Saltator atripennis,37.3 +Guacaica,1060,10,8/24/2023,8,JUAN,7.233333333,7.4,Spinus psaltria,33.9 +Guacaica,1060,10,8/24/2023,8,JUAN,7.233333333,7.4,Zimmerius chrysops,31.3 +Guacaica,1060,9,8/24/2023,8,JUAN,7.566666667,7.733333333,Tyrannus melancholicus,51.7 +Guacaica,1060,9,8/24/2023,8,JUAN,7.566666667,7.733333333,Tyrannus melancholicus,58.6 +Guacaica,1060,8,8/24/2023,8,JUAN,7.916666667,8.083333333,Melanerpes formicivorus,40.5 +Guacaica,1060,8,8/24/2023,8,JUAN,7.916666667,8.083333333,Patagioenas fasciata,39.1 +Guacaica,1060,8,8/24/2023,8,JUAN,7.916666667,8.083333333,Ramphocelus flammigerus,21.5 +Guacaica,1060,8,8/24/2023,8,JUAN,7.916666667,8.083333333,Tyrannus melancholicus,44.2 +Guacaica,1060,8,8/24/2023,8,JUAN,7.916666667,8.083333333,Zonotrichia capensis,26.5 +Guacaica,1060,7,8/24/2023,8,JUAN,8.15,8.316666667,Bubulcus ibis,37.2 +Guacaica,1060,7,8/24/2023,8,JUAN,8.15,8.316666667,Bubulcus ibis,37.2 +Guacaica,1060,7,8/24/2023,8,JUAN,8.15,8.316666667,Bubulcus ibis,37.2 +Guacaica,1060,7,8/24/2023,8,JUAN,8.15,8.316666667,Bubulcus ibis,37.2 +Guacaica,1060,7,8/24/2023,8,JUAN,8.15,8.316666667,Myioborus miniatus,12.9 +Guacaica,1060,7,8/24/2023,8,JUAN,8.15,8.316666667,Patagioenas fasciata,36.3 +Guacaica,1060,7,8/24/2023,8,JUAN,8.15,8.316666667,Sporophila nigricollis,64.1 +Guacaica,1060,7,8/24/2023,8,JUAN,8.15,8.316666667,Stilpnia heinei,23.7 +Guacaica,1060,6,8/24/2023,8,JUAN,8.416666667,8.583333333,Elaenia flavogaster,10.6 +Guacaica,1060,6,8/24/2023,8,JUAN,8.416666667,8.583333333,Setophaga pitiayumi,13 +Guacaica,1060,6,8/24/2023,8,JUAN,8.416666667,8.583333333,Stilpnia cyanicollis,15.7 +Guacaica,1060,6,8/24/2023,8,JUAN,8.416666667,8.583333333,Thraupis episcopus,17.1 +Guacaica,1060,6,8/24/2023,8,JUAN,8.416666667,8.583333333,Turdus ignobilis,25.8 +Guacaica,1060,6,8/24/2023,8,JUAN,8.416666667,8.583333333,Zimmerius chrysops,10.2 +Guacaica,1060,5,8/24/2023,8,JUAN,8.783333333,8.95,Chlorophanes spiza,14.4 +Guacaica,1060,5,8/24/2023,8,JUAN,8.783333333,8.95,Stelgidopteryx ruficollis,20.2 +Guacaica,1060,5,8/24/2023,8,JUAN,8.783333333,8.95,Stilpnia vitriolina,36.2 +Guacaica,1060,5,8/24/2023,8,JUAN,8.783333333,8.95,Thraupis palmarum,14.4 +Guacaica,1060,12,8/24/2023,8,JUAN,9,9.166666667,Chlorophanes spiza,20.5 +Guacaica,1060,12,8/24/2023,8,JUAN,9,9.166666667,Piranga flava,22.8 +Guacaica,1060,12,8/24/2023,8,JUAN,9,9.166666667,Spinus psaltria,22.2 +Guacaica,1060,12,8/24/2023,8,JUAN,9,9.166666667,Spinus psaltria,22.2 +Guacaica,1060,12,8/24/2023,8,JUAN,9,9.166666667,Stilpnia heinei,21.1 +Guacaica,1060,12,8/24/2023,8,JUAN,9,9.166666667,Tangara arthus,21.7 +Guacaica,1060,12,8/24/2023,8,JUAN,9,9.166666667,Zimmerius chrysops,22 +Guacaica,1060,4,8/24/2023,8,SANTIAGO,6,6.166666667,Myiodynastes hemichrysus,7.6 +Guacaica,1060,4,8/24/2023,8,SANTIAGO,6,6.166666667,Ortalis columbiana,23.4 +Guacaica,1060,4,8/24/2023,8,SANTIAGO,6,6.166666667,Ortalis columbiana,23.4 +Guacaica,1060,4,8/24/2023,8,SANTIAGO,6,6.166666667,Ortalis columbiana,54.2 +Guacaica,1060,4,8/24/2023,8,SANTIAGO,6,6.166666667,Thraupis episcopus,7.4 +Guacaica,1060,12,8/24/2023,8,SANTIAGO,6.366666667,6.533333333,Troglodytes aedon,15.2 +Guacaica,1060,12,8/24/2023,8,SANTIAGO,6.366666667,6.533333333,Tangara gyrola,31.5 +Guacaica,1060,12,8/24/2023,8,SANTIAGO,6.366666667,6.533333333,Camptostoma obsoletum,24.1 +Guacaica,1060,5,8/24/2023,8,SANTIAGO,6.65,6.816666667,Eucometis penicillata,58.9 +Guacaica,1060,5,8/24/2023,8,SANTIAGO,6.65,6.816666667,Stilpnia vitriolina,58.7 +Guacaica,1060,5,8/24/2023,8,SANTIAGO,6.65,6.816666667,Stilpnia vitriolina,58.7 +Guacaica,1060,5,8/24/2023,8,SANTIAGO,6.65,6.816666667,Thraupis palmarum,58 +Guacaica,1060,5,8/24/2023,8,SANTIAGO,6.65,6.816666667,Thraupis palmarum,58 +Guacaica,1060,5,8/24/2023,8,SANTIAGO,6.65,6.816666667,Thraupis episcopus,31.9 +Guacaica,1060,5,8/24/2023,8,SANTIAGO,6.65,6.816666667,Tangara vassorii,65.7 +Guacaica,1060,5,8/24/2023,8,SANTIAGO,6.65,6.816666667,Amazilia tzacatl,22.5 +Guacaica,1060,6,8/24/2023,8,SANTIAGO,7,7.166666667,Sporophila luctuosa,20.7 +Guacaica,1060,6,8/24/2023,8,SANTIAGO,7,7.166666667,Stilpnia cyanicollis,13 +Guacaica,1060,6,8/24/2023,8,SANTIAGO,7,7.166666667,Stilpnia cyanicollis,13 +Guacaica,1060,6,8/24/2023,8,SANTIAGO,7,7.166666667,Elaenia flavogaster,13.2 +Guacaica,1060,6,8/24/2023,8,SANTIAGO,7,7.166666667,Thraupis palmarum,17.8 +Guacaica,1060,6,8/24/2023,8,SANTIAGO,7,7.166666667,Turdus ignobilis,38.3 +Guacaica,1060,6,8/24/2023,8,SANTIAGO,7,7.166666667,Turdus ignobilis,38.3 +Guacaica,1060,6,8/24/2023,8,SANTIAGO,7,7.166666667,Euphonia laniirostris,30.8 +Guacaica,1060,6,8/24/2023,8,SANTIAGO,7,7.166666667,Euphonia laniirostris,30.8 +Guacaica,1060,6,8/24/2023,8,SANTIAGO,7,7.166666667,Euphonia laniirostris,30.8 +Guacaica,1060,6,8/24/2023,8,SANTIAGO,7,7.166666667,Chlorophonia cyanocephala,29.7 +Guacaica,1060,7,8/24/2023,8,SANTIAGO,7.316666667,7.483333333,Colaptes rubiginosus,39.6 +Guacaica,1060,7,8/24/2023,8,SANTIAGO,7.316666667,7.483333333,Bubulcus ibis,51.6 +Guacaica,1060,7,8/24/2023,8,SANTIAGO,7.316666667,7.483333333,Bubulcus ibis,51.6 +Guacaica,1060,7,8/24/2023,8,SANTIAGO,7.316666667,7.483333333,Bubulcus ibis,51.6 +Guacaica,1060,7,8/24/2023,8,SANTIAGO,7.316666667,7.483333333,Bubulcus ibis,51.6 +Guacaica,1060,7,8/24/2023,8,SANTIAGO,7.316666667,7.483333333,Thraupis episcopus,63.6 +Guacaica,1060,7,8/24/2023,8,SANTIAGO,7.316666667,7.483333333,Thraupis episcopus,63.6 +Guacaica,1060,7,8/24/2023,8,SANTIAGO,7.316666667,7.483333333,Spinus psaltria,37.8 +Guacaica,1060,8,8/24/2023,8,SANTIAGO,7.683333333,7.85,Melanerpes formicivorus,51.6 +Guacaica,1060,8,8/24/2023,8,SANTIAGO,7.683333333,7.85,Melanerpes formicivorus,51.6 +Guacaica,1060,8,8/24/2023,8,SANTIAGO,7.683333333,7.85,Tangara arthus,48.5 +Guacaica,1060,8,8/24/2023,8,SANTIAGO,7.683333333,7.85,Chalcothraupis ruficervix,47.6 +Guacaica,1060,8,8/24/2023,8,SANTIAGO,7.683333333,7.85,Chalcothraupis ruficervix,47.6 +Guacaica,1060,9,8/24/2023,8,SANTIAGO,8,8.166666667,Atlapetes albinucha,35.2 +Guacaica,1060,9,8/24/2023,8,SANTIAGO,8,8.166666667,Piranga rubra,102.1 +Guacaica,1060,9,8/24/2023,8,SANTIAGO,8,8.166666667,Ramphocelus flammigerus,100 +Guacaica,1060,9,8/24/2023,8,SANTIAGO,8,8.166666667,Ramphocelus flammigerus,100 +Guacaica,1060,10,8/24/2023,8,SANTIAGO,8.466666667,8.633333333,Zonotrichia capensis,15.7 +Guacaica,1060,10,8/24/2023,8,SANTIAGO,8.466666667,8.633333333,Thraupis episcopus,13.8 +Guacaica,1060,10,8/24/2023,8,SANTIAGO,8.466666667,8.633333333,Pyrocephalus rubinus,22.8 +Guacaica,1060,10,8/24/2023,8,SANTIAGO,8.466666667,8.633333333,Aulacorhynchus haematopygus,71.5 +Guacaica,1060,10,8/24/2023,8,SANTIAGO,8.466666667,8.633333333,Setophaga pitiayumi,64 +Guacaica,1060,10,8/24/2023,8,SANTIAGO,8.466666667,8.633333333,Zonotrichia capensis,16 +Guacaica,1060,10,8/24/2023,8,SANTIAGO,8.466666667,8.633333333,Zonotrichia capensis,16 +Guacaica,1060,1,8/24/2023,8,SANTIAGO,8.916666667,9.083333333,Tiaris olivaceus,8.3 +Guacaica,1060,1,8/24/2023,8,SANTIAGO,8.916666667,9.083333333,Tiaris olivaceus,8.3 +Guacaica,1060,1,8/24/2023,8,SANTIAGO,8.916666667,9.083333333,Spinus psaltria,9.3 +Guacaica,1060,1,8/24/2023,8,SANTIAGO,8.916666667,9.083333333,Spinus psaltria,9.3 +Guacaica,1060,2,8/24/2023,8,SANTIAGO,9.183333333,9.35,Piranga rubra,25.8 +Guacaica,1060,3,8/24/2023,8,SANTIAGO,9.5,9.666666667,Adelomyia melanogenys,22.8 +Guacaica,1060,4,8/24/2023,8,SANTIAGO,9.916666667,9.916666667,Tyrannus melancholicus,88.3 +Guacaica,1092,5,8/25/2023,8,JUAN,7.466666667,7.633333333,Tiaris olivaceus,25.8 +Guacaica,1092,4,8/25/2023,8,JUAN,7.716666667,7.883333333,Contopus cooperi,19.6 +Guacaica,1092,4,8/25/2023,8,JUAN,7.716666667,7.883333333,Icterus chrysater,64.8 +Guacaica,1092,4,8/25/2023,8,JUAN,7.716666667,7.883333333,Saltator atripennis,52 +Guacaica,1092,4,8/25/2023,8,JUAN,7.716666667,7.883333333,Stilpnia cyanicollis,25 +Guacaica,1092,4,8/25/2023,8,JUAN,7.716666667,7.883333333,Stilpnia heinei,18.9 +Guacaica,1092,4,8/25/2023,8,JUAN,7.716666667,7.883333333,Stilpnia heinei,25 +Guacaica,1092,4,8/25/2023,8,JUAN,7.716666667,7.883333333,Stilpnia heinei,10.9 +Guacaica,1092,4,8/25/2023,8,JUAN,7.716666667,7.883333333,Tangara arthus,12.5 +Guacaica,1092,4,8/25/2023,8,JUAN,7.716666667,7.883333333,Tangara arthus,10.9 +Guacaica,1092,4,8/25/2023,8,JUAN,7.716666667,7.883333333,Tyrannus melancholicus,41.8 +Guacaica,1092,4,8/25/2023,8,JUAN,7.716666667,7.883333333,Tyrannus melancholicus,41.8 +Guacaica,1092,4,8/25/2023,8,JUAN,7.716666667,7.883333333,Zonotrichia capensis,9.9 +Guacaica,1092,3,8/25/2023,8,JUAN,8.116666667,8.283333333,Atlapetes albinucha,18.6 +Guacaica,1092,3,8/25/2023,8,JUAN,8.116666667,8.283333333,Atlapetes albinucha,18.6 +Guacaica,1092,2,8/25/2023,8,JUAN,8.366666667,8.533333333,Chlorostilbon melanorhynchus,23.4 +Guacaica,1092,2,8/25/2023,8,JUAN,8.366666667,8.533333333,Thraupis palmarum,39.2 +Guacaica,1092,2,8/25/2023,8,JUAN,8.366666667,8.533333333,Thraupis palmarum,39.2 +Guacaica,1092,10,8/25/2023,8,JUAN,8.733333333,8.9,Icterus chrysater,19.3 +Guacaica,1092,11,8/25/2023,8,JUAN,9.016666667,9.183333333,Tyrannus melancholicus,46.5 +Guacaica,1092,1,8/25/2023,8,JUAN,9.433333333,9.6,Momotus aequatorialis,23.1 +Guacaica,1092,1,8/25/2023,8,SANTIAGO,6,6.166666667,Basileuterus tristriatus,22.5 +Guacaica,1092,1,8/25/2023,8,SANTIAGO,6,6.166666667,Melanerpes formicivorus,24.9 +Guacaica,1092,1,8/25/2023,8,SANTIAGO,6,6.166666667,Melanerpes formicivorus,24.9 +Guacaica,1092,1,8/25/2023,8,SANTIAGO,6,6.166666667,Taraba major,26.7 +Guacaica,1092,1,8/25/2023,8,SANTIAGO,6,6.166666667,Cranioleuca erythrops,35.3 +Guacaica,1092,1,8/25/2023,8,SANTIAGO,6,6.166666667,Philodice mitchellii,9.6 +Guacaica,1092,10,8/25/2023,8,SANTIAGO,6.433333333,6.6,Loriotus luctuosus,13.5 +Guacaica,1092,10,8/25/2023,8,SANTIAGO,6.433333333,6.6,Scytalopus spillmanni,5.8 +Guacaica,1092,10,8/25/2023,8,SANTIAGO,6.433333333,6.6,Pachyramphus polychopterus,17.5 +Guacaica,1092,10,8/25/2023,8,SANTIAGO,6.433333333,6.6,Ortalis columbiana,38.4 +Guacaica,1092,10,8/25/2023,8,SANTIAGO,6.433333333,6.6,Ortalis columbiana,38.4 +Guacaica,1092,10,8/25/2023,8,SANTIAGO,6.433333333,6.6,Momotus aequatorialis,24.7 +Guacaica,1092,10,8/25/2023,8,SANTIAGO,6.433333333,6.6,Pipraeidea melanonota,36.8 +Guacaica,1092,10,8/25/2023,8,SANTIAGO,6.433333333,6.6,Pipraeidea melanonota,36.8 +Guacaica,1092,10,8/25/2023,8,SANTIAGO,6.433333333,6.6,Trogon collaris,22.3 +Guacaica,1092,11,8/25/2023,8,SANTIAGO,6.7,6.866666667,Momotus aequatorialis,14.7 +Guacaica,1092,11,8/25/2023,8,SANTIAGO,6.7,6.866666667,Zenaida auriculata,11.8 +Guacaica,1092,11,8/25/2023,8,SANTIAGO,6.7,6.866666667,Zenaida auriculata,11.8 +Guacaica,1092,11,8/25/2023,8,SANTIAGO,6.7,6.866666667,Atlapetes albinucha,23.3 +Guacaica,1092,2,8/25/2023,8,SANTIAGO,7.1,7.266666667,Mionectes striaticollis,8.3 +Guacaica,1092,2,8/25/2023,8,SANTIAGO,7.1,7.266666667,Myiodynastes hemichrysus,5.6 +Guacaica,1092,2,8/25/2023,8,SANTIAGO,7.1,7.266666667,Thraupis palmarum,10.6 +Guacaica,1092,3,8/25/2023,8,SANTIAGO,7.4,7.566666667,Dorifera ludoviceae,23.9 +Guacaica,1092,3,8/25/2023,8,SANTIAGO,7.4,7.566666667,Aulacorhynchus albivitta,29.2 +Guacaica,1092,3,8/25/2023,8,SANTIAGO,7.4,7.566666667,Chlorospingus flavopectus,32.4 +Guacaica,1092,3,8/25/2023,8,SANTIAGO,7.4,7.566666667,Chlorospingus flavopectus,32.4 +Guacaica,1092,4,8/25/2023,8,SANTIAGO,8.016666667,8.183333333,Piranga flava,53.7 +Guacaica,1092,4,8/25/2023,8,SANTIAGO,8.016666667,8.183333333,Stilpnia cyanicollis,32.4 +Guacaica,1092,4,8/25/2023,8,SANTIAGO,8.016666667,8.183333333,Stilpnia cyanicollis,32.4 +Guacaica,1092,4,8/25/2023,8,SANTIAGO,8.016666667,8.183333333,Ortalis columbiana,108.3 +Guacaica,1092,4,8/25/2023,8,SANTIAGO,8.016666667,8.183333333,Ortalis columbiana,108.3 +Guacaica,1092,4,8/25/2023,8,SANTIAGO,8.016666667,8.183333333,Colibri coruscans,37.9 +Guacaica,1092,4,8/25/2023,8,SANTIAGO,8.016666667,8.183333333,Zonotrichia capensis,14.2 +Guacaica,1092,4,8/25/2023,8,SANTIAGO,8.016666667,8.183333333,Tangara gyrola,35.4 +Guacaica,1092,4,8/25/2023,8,SANTIAGO,8.016666667,8.183333333,Tangara gyrola,35.4 +Guacaica,1092,4,8/25/2023,8,SANTIAGO,8.016666667,8.183333333,Thraupis palmarum,22.4 +Guacaica,1092,4,8/25/2023,8,SANTIAGO,8.016666667,8.183333333,Turdus ignobilis,36.3 +Guacaica,1092,4,8/25/2023,8,SANTIAGO,8.016666667,8.183333333,Crotophaga ani,31 +Guacaica,1092,4,8/25/2023,8,SANTIAGO,8.016666667,8.183333333,Crotophaga ani,31 +Guacaica,1092,5,8/25/2023,8,SANTIAGO,8.316666667,8.483333333,Ramphocelus flammigerus,38.5 +Guacaica,1092,5,8/25/2023,8,SANTIAGO,8.316666667,8.483333333,Troglodytes aedon,31.5 +Guacaica,1092,6,8/25/2023,8,SANTIAGO,8.666666667,8.833333333,Myiothlypis fulvicauda,4.8 +Guacaica,1092,7,8/25/2023,8,SANTIAGO,9.033333333,9.2,Cyanocorax yncas,36.4 +Guacaica,1092,7,8/25/2023,8,SANTIAGO,9.033333333,9.2,Cyanocorax yncas,36.4 +Guacaica,1092,7,8/25/2023,8,SANTIAGO,9.033333333,9.2,Cyanocorax yncas,36.4 +Guacaica,1092,7,8/25/2023,8,SANTIAGO,9.033333333,9.2,Malacoptila mystacalis,15.2 +Guacaica,1092,7,8/25/2023,8,SANTIAGO,9.033333333,9.2,Glyphorynchus spirurus,9.7 +Guacaica,1092,8,8/25/2023,8,SANTIAGO,9.416666667,9.583333333,Molothrus oryzivorus,36.8 +Guacaica,1092,8,8/25/2023,8,SANTIAGO,9.416666667,9.583333333,Molothrus oryzivorus,36.8 +Guacaica,1063,6,8/26/2023,8,JUAN,5.9,6.066666667,Saltator atripennis,19.5 +Guacaica,1063,6,8/26/2023,8,JUAN,5.9,6.066666667,Stilpnia vitriolina,20.7 +Guacaica,1063,6,8/26/2023,8,JUAN,5.9,6.066666667,Tangara arthus,21.9 +Guacaica,1063,6,8/26/2023,8,JUAN,5.9,6.066666667,Tangara gyrola,21.1 +Guacaica,1063,6,8/26/2023,8,JUAN,5.9,6.066666667,Thraupis palmarum,21.4 +Guacaica,1063,7,8/26/2023,8,JUAN,6.25,6.416666667,Sayornis nigricans,16.8 +Guacaica,1063,7,8/26/2023,8,JUAN,6.25,6.416666667,Sayornis nigricans,16.8 +Guacaica,1063,7,8/26/2023,8,JUAN,6.25,6.416666667,Serpophaga cinerea,8.8 +Guacaica,1063,7,8/26/2023,8,JUAN,6.25,6.416666667,Serpophaga cinerea,8.8 +Guacaica,1063,10,8/26/2023,8,JUAN,7.3,7.466666667,Troglodytes aedon,13 +Guacaica,1063,11,8/26/2023,8,JUAN,7.533333333,7.7,Icterus chrysater,95.4 +Guacaica,1063,11,8/26/2023,8,JUAN,7.533333333,7.7,Saucerottia saucerottei,24.6 +Guacaica,1063,3,8/26/2023,8,JUAN,8.1,8.266666667,Chlorophanes spiza,85.5 +Guacaica,1063,3,8/26/2023,8,JUAN,8.1,8.266666667,Patagioenas fasciata,67.4 +Guacaica,1063,3,8/26/2023,8,JUAN,8.1,8.266666667,Tachyphonus rufus,33.9 +Guacaica,1063,3,8/26/2023,8,JUAN,8.1,8.266666667,Thraupis episcopus,33.9 +Guacaica,1063,3,8/26/2023,8,JUAN,8.1,8.266666667,Thraupis palmarum,33.9 +Guacaica,1063,3,8/26/2023,8,JUAN,8.1,8.266666667,Thraupis palmarum,33.9 +Guacaica,1063,3,8/26/2023,8,JUAN,8.1,8.266666667,Tyrannus melancholicus,74.1 +Guacaica,1063,2,8/26/2023,8,JUAN,8.366666667,8.533333333,Amazilia tzacatl,12.4 +Guacaica,1063,2,8/26/2023,8,JUAN,8.366666667,8.533333333,Spinus xanthogastrus,21.2 +Guacaica,1063,2,8/26/2023,8,JUAN,8.366666667,8.533333333,Stilpnia vitriolina,10.3 +Guacaica,1063,2,8/26/2023,8,JUAN,8.366666667,8.533333333,Zimmerius chrysops,25.7 +Guacaica,1063,2,8/26/2023,8,JUAN,8.366666667,8.533333333,Zimmerius chrysops,25.7 +Guacaica,1063,2,8/26/2023,8,JUAN,8.366666667,8.533333333,Zonotrichia capensis,14.7 +Guacaica,1063,1,8/26/2023,8,JUAN,8.7,8.866666667,Saucerottia saucerottei,17.8 +Guacaica,1063,1,8/26/2023,8,JUAN,8.7,8.866666667,Zimmerius chrysops,15.1 +Guacaica,1063,4,8/26/2023,8,JUAN,9.016666667,9.183333333,Diglossa sittoides,26.9 +Guacaica,1063,4,8/26/2023,8,JUAN,9.016666667,9.183333333,Melanerpes formicivorus,29.9 +Guacaica,1063,4,8/26/2023,8,JUAN,9.016666667,9.183333333,Stilpnia cyanicollis,7.6 +Guacaica,1063,4,8/26/2023,8,JUAN,9.016666667,9.183333333,Stilpnia vitriolina,41.3 +Guacaica,1063,4,8/26/2023,8,JUAN,9.016666667,9.183333333,Zonotrichia capensis,22.9 +Guacaica,1063,4,8/26/2023,8,JUAN,9.016666667,9.183333333,Zonotrichia capensis,22.9 +Guacaica,1063,5,8/26/2023,8,JUAN,9.25,9.416666667,Melanerpes formicivorus,59.3 +Guacaica,1063,5,8/26/2023,8,JUAN,9.25,9.416666667,Sayornis nigricans,22.6 +Guacaica,1063,5,8/26/2023,8,JUAN,9.25,9.416666667,Troglodytes aedon,22.7 +Guacaica,1063,5,8/26/2023,8,JUAN,9.25,9.416666667,Troglodytes aedon,22.7 +Guacaica,1063,4,8/26/2023,8,SANTIAGO,6,6.166666667,Thraupis episcopus,22.9 +Guacaica,1063,4,8/26/2023,8,SANTIAGO,6,6.166666667,Thraupis episcopus,22.9 +Guacaica,1063,4,8/26/2023,8,SANTIAGO,6,6.166666667,Troglodytes aedon,15.9 +Guacaica,1063,4,8/26/2023,8,SANTIAGO,6,6.166666667,Spinus psaltria,45.2 +Guacaica,1063,4,8/26/2023,8,SANTIAGO,6,6.166666667,Stilpnia heinei,26.7 +Guacaica,1063,4,8/26/2023,8,SANTIAGO,6,6.166666667,Anthracothorax nigricollis,37.2 +Guacaica,1063,4,8/26/2023,8,SANTIAGO,6,6.166666667,Tyrannus melancholicus,82.1 +Guacaica,1063,4,8/26/2023,8,SANTIAGO,6,6.166666667,Dryobates fumigatus,61.3 +Guacaica,1063,4,8/26/2023,8,SANTIAGO,6,6.166666667,Dryobates fumigatus,61.3 +Guacaica,1063,5,8/26/2023,8,SANTIAGO,6.4,6.566666667,Troglodytes aedon,12.9 +Guacaica,1063,5,8/26/2023,8,SANTIAGO,6.4,6.566666667,Ramphocelus flammigerus,35.4 +Guacaica,1063,5,8/26/2023,8,SANTIAGO,6.4,6.566666667,Myioborus miniatus,10.4 +Guacaica,1063,5,8/26/2023,8,SANTIAGO,6.4,6.566666667,Myioborus miniatus,10.4 +Guacaica,1063,5,8/26/2023,8,SANTIAGO,6.4,6.566666667,Chlorophanes spiza,10.7 +Guacaica,1063,5,8/26/2023,8,SANTIAGO,6.4,6.566666667,Troglodytes aedon,21.4 +Guacaica,1063,2,8/26/2023,8,SANTIAGO,6.783333333,6.95,Synallaxis azarae,7.1 +Guacaica,1063,2,8/26/2023,8,SANTIAGO,6.783333333,6.95,Volatinia jacarina,42.8 +Guacaica,1063,2,8/26/2023,8,SANTIAGO,6.783333333,6.95,Zonotrichia capensis,59.5 +Guacaica,1063,1,8/26/2023,8,SANTIAGO,7.1,7.266666667,Momotus aequatorialis,32.1 +Guacaica,1063,1,8/26/2023,8,SANTIAGO,7.1,7.266666667,Momotus aequatorialis,32.1 +Guacaica,1063,1,8/26/2023,8,SANTIAGO,7.1,7.266666667,Thraupis episcopus,26.8 +Guacaica,1063,1,8/26/2023,8,SANTIAGO,7.1,7.266666667,Tiaris olivaceus,16.8 +Guacaica,1063,3,8/26/2023,8,SANTIAGO,7.45,7.616666667,Icterus chrysater,45.7 +Guacaica,1063,3,8/26/2023,8,SANTIAGO,7.45,7.616666667,Zenaida auriculata,22.7 +Guacaica,1063,3,8/26/2023,8,SANTIAGO,7.45,7.616666667,Zenaida auriculata,22.7 +Guacaica,1063,3,8/26/2023,8,SANTIAGO,7.45,7.616666667,Zenaida auriculata,22.7 +Guacaica,1063,6,8/26/2023,8,SANTIAGO,7.75,7.916666667,Sporophila luctuosa,10.4 +Guacaica,1063,6,8/26/2023,8,SANTIAGO,7.75,7.916666667,Sporophila luctuosa,10.4 +Guacaica,1063,6,8/26/2023,8,SANTIAGO,7.75,7.916666667,Xenops rutilans,38.9 +Guacaica,1063,6,8/26/2023,8,SANTIAGO,7.75,7.916666667,Tyrannus melancholicus,36.4 +Guacaica,1063,6,8/26/2023,8,SANTIAGO,7.75,7.916666667,Atlapetes albinucha,8.3 +Guacaica,1063,6,8/26/2023,8,SANTIAGO,7.75,7.916666667,Pheugopedius mystacalis,4.6 +Guacaica,1063,7,8/26/2023,8,SANTIAGO,8.25,8.416666667,Serpophaga cinerea,27.6 +Guacaica,1063,7,8/26/2023,8,SANTIAGO,8.25,8.416666667,Serpophaga cinerea,27.6 +Guacaica,1063,7,8/26/2023,8,SANTIAGO,8.25,8.416666667,Serpophaga cinerea,27.6 +Guacaica,1063,8,8/26/2023,8,SANTIAGO,8.633333333,8.8,Sayornis nigricans,16.3 +Guacaica,1063,8,8/26/2023,8,SANTIAGO,8.633333333,8.8,Pheugopedius mystacalis,26.8 +Guacaica,1063,8,8/26/2023,8,SANTIAGO,8.633333333,8.8,Trogon collaris,30.9 +Guacaica,1063,9,8/26/2023,8,SANTIAGO,9.033333333,9.2,Crotophaga ani,29.5 +Guacaica,1063,9,8/26/2023,8,SANTIAGO,9.033333333,9.2,Crotophaga ani,29.5 +Guacaica,1063,9,8/26/2023,8,SANTIAGO,9.033333333,9.2,Crotophaga ani,29.5 +Guacaica,1063,9,8/26/2023,8,SANTIAGO,9.033333333,9.2,Sporophila schistacea,14.6 +Guacaica,1063,9,8/26/2023,8,SANTIAGO,9.033333333,9.2,Sporophila schistacea,14.6 +Guacaica,1063,10,8/26/2023,8,SANTIAGO,9.433333333,9.6,Ramphocelus flammigerus,26.4 +Guacaica,1063,10,8/26/2023,8,SANTIAGO,9.433333333,9.6,Ramphocelus flammigerus,26.4 +Guacaica,1063,10,8/26/2023,8,SANTIAGO,9.433333333,9.6,Sicalis flaveola,12.5 +Guacaica,1063,10,8/26/2023,8,SANTIAGO,9.433333333,9.6,Todirostrum cinereum,36.4 +Guacaica,1063,10,8/26/2023,8,SANTIAGO,9.433333333,9.6,Florisuga mellivora,29 +Guacaica,1063,11,8/26/2023,8,SANTIAGO,9.85,10.01666667,Spinus psaltria,34.2 +Guacaica,1063,11,8/26/2023,8,SANTIAGO,9.85,10.01666667,Thraupis episcopus,16.1 +Guacaica,1063,11,8/26/2023,8,SANTIAGO,9.85,10.01666667,Thraupis episcopus,16.1 +Guacaica,1063,11,8/26/2023,8,SANTIAGO,9.85,10.01666667,Saltator striatipectus,41.8 +Guacaica,1063,11,8/26/2023,8,SANTIAGO,9.85,10.01666667,Columbina talpacoti,17 +Guacaica,1063,11,8/26/2023,8,SANTIAGO,9.85,10.01666667,Columbina talpacoti,17 +Guacaica,837,1,8/27/2023,8,JUAN,6.033333333,6.2,Momotus aequatorialis,53.2 +Guacaica,837,2,8/27/2023,8,JUAN,6.3,6.466666667,Saltator atripennis,79.8 +Guacaica,837,2,8/27/2023,8,JUAN,6.3,6.466666667,Tiaris olivaceus,27.1 +Guacaica,837,2,8/27/2023,8,JUAN,6.3,6.466666667,Tyrannus melancholicus,93.2 +Guacaica,837,2,8/27/2023,8,JUAN,6.3,6.466666667,Vanellus chilensis,52 +Guacaica,837,2,8/27/2023,8,JUAN,6.3,6.466666667,Zonotrichia capensis,6.9 +Guacaica,837,2,8/27/2023,8,JUAN,6.3,6.466666667,Zonotrichia capensis,6.9 +Guacaica,837,3,8/27/2023,8,JUAN,6.666666667,6.833333333,Contopus virens,53.6 +Guacaica,837,3,8/27/2023,8,JUAN,6.666666667,6.833333333,Tangara gyrola,31.5 +Guacaica,837,3,8/27/2023,8,JUAN,6.666666667,6.833333333,Tangara labradorides,27.3 +Guacaica,837,3,8/27/2023,8,JUAN,6.666666667,6.833333333,Tangara labradorides,33.4 +Guacaica,837,4,8/27/2023,8,JUAN,7.066666667,7.233333333,Tangara nigroviridis,90.8 +Guacaica,837,4,8/27/2023,8,JUAN,7.066666667,7.233333333,Tangara nigroviridis,90.8 +Guacaica,837,4,8/27/2023,8,JUAN,7.066666667,7.233333333,Turdus fuscater,87.4 +Guacaica,837,4,8/27/2023,8,JUAN,7.066666667,7.233333333,Tyrannus melancholicus,95.1 +Guacaica,837,6,8/27/2023,8,JUAN,7.65,7.816666667,Tiaris olivaceus,49.5 +Guacaica,837,8,8/27/2023,8,JUAN,8.416666667,8.583333333,Chlorophonia cyanocephala,44.8 +Guacaica,837,8,8/27/2023,8,JUAN,8.416666667,8.583333333,Contopus cooperi,39.8 +Guacaica,837,8,8/27/2023,8,JUAN,8.416666667,8.583333333,Troglodytes aedon,41.9 +Guacaica,837,8,8/27/2023,8,JUAN,8.416666667,8.583333333,Tyrannus melancholicus,40.4 +Guacaica,837,8,8/27/2023,8,JUAN,8.416666667,8.583333333,Zimmerius chrysops,31.8 +Guacaica,837,9,8/27/2023,8,SANTIAGO,6.166666667,6.333333333,Contopus virens,15.4 +Guacaica,837,9,8/27/2023,8,SANTIAGO,6.166666667,6.333333333,Vanellus chilensis,20.2 +Guacaica,837,9,8/27/2023,8,SANTIAGO,6.166666667,6.333333333,Vanellus chilensis,20.2 +Guacaica,837,9,8/27/2023,8,SANTIAGO,6.166666667,6.333333333,Crotophaga ani,16.7 +Guacaica,837,9,8/27/2023,8,SANTIAGO,6.166666667,6.333333333,Crotophaga ani,16.7 +Guacaica,837,9,8/27/2023,8,SANTIAGO,6.166666667,6.333333333,Crotophaga ani,16.7 +Guacaica,837,8,8/27/2023,8,SANTIAGO,6.533333333,6.7,Atlapetes albinucha,29.4 +Guacaica,837,8,8/27/2023,8,SANTIAGO,6.533333333,6.7,Colibri coruscans,14.2 +Guacaica,837,8,8/27/2023,8,SANTIAGO,6.533333333,6.7,Tyrannus melancholicus,58.4 +Guacaica,837,8,8/27/2023,8,SANTIAGO,6.533333333,6.7,Tangara gyrola,54 +Guacaica,837,8,8/27/2023,8,SANTIAGO,6.533333333,6.7,Tangara gyrola,54 +Guacaica,837,8,8/27/2023,8,SANTIAGO,6.533333333,6.7,Philodice mitchellii,21.1 +Guacaica,837,8,8/27/2023,8,SANTIAGO,6.533333333,6.7,Chalybura buffonii,12.9 +Guacaica,837,6,8/27/2023,8,SANTIAGO,6.816666667,6.983333333,Colaptes punctigula,23.7 +Guacaica,837,6,8/27/2023,8,SANTIAGO,6.816666667,6.983333333,Colaptes punctigula,23.7 +Guacaica,837,6,8/27/2023,8,SANTIAGO,6.816666667,6.983333333,Thraupis episcopus,48.2 +Guacaica,837,6,8/27/2023,8,SANTIAGO,6.816666667,6.983333333,Momotus aequatorialis,35.4 +Guacaica,837,6,8/27/2023,8,SANTIAGO,6.816666667,6.983333333,Xiphorhynchus susurrans,34.2 +Guacaica,837,6,8/27/2023,8,SANTIAGO,6.816666667,6.983333333,Xiphorhynchus susurrans,34.2 +Guacaica,837,7,8/27/2023,8,SANTIAGO,7.116666667,7.283333333,Ortalis columbiana,22.8 +Guacaica,837,7,8/27/2023,8,SANTIAGO,7.116666667,7.283333333,Ortalis columbiana,22.8 +Guacaica,837,7,8/27/2023,8,SANTIAGO,7.116666667,7.283333333,Ortalis columbiana,22.8 +Guacaica,837,7,8/27/2023,8,SANTIAGO,7.116666667,7.283333333,Thripadectes virgaticeps,7.4 +Guacaica,837,7,8/27/2023,8,SANTIAGO,7.116666667,7.283333333,Pachysylvia semibrunnea,17.3 +Guacaica,837,5,8/27/2023,8,SANTIAGO,7.466666667,7.633333333,Vanellus chilensis,48.2 +Guacaica,837,5,8/27/2023,8,SANTIAGO,7.466666667,7.633333333,Vanellus chilensis,48.2 +Guacaica,837,5,8/27/2023,8,SANTIAGO,7.466666667,7.633333333,Vanellus chilensis,48.2 +Guacaica,837,5,8/27/2023,8,SANTIAGO,7.466666667,7.633333333,Tangara nigroviridis,38.7 +Guacaica,837,5,8/27/2023,8,SANTIAGO,7.466666667,7.633333333,Myioborus miniatus,43.2 +Guacaica,837,5,8/27/2023,8,SANTIAGO,7.466666667,7.633333333,Dryobates fumigatus,75.8 +Guacaica,837,5,8/27/2023,8,SANTIAGO,7.466666667,7.633333333,Anabacerthia striaticollis,46.2 +Guacaica,837,4,8/27/2023,8,SANTIAGO,8.033333333,8.2,Tyrannus melancholicus,26.7 +Guacaica,837,4,8/27/2023,8,SANTIAGO,8.033333333,8.2,Tyrannus melancholicus,26.7 +Guacaica,837,4,8/27/2023,8,SANTIAGO,8.033333333,8.2,Vanellus chilensis,34.7 +Guacaica,837,4,8/27/2023,8,SANTIAGO,8.033333333,8.2,Sporophila luctuosa,26.2 +Guacaica,837,3,8/27/2023,8,SANTIAGO,8.45,8.616666667,Schistes albogularis,19 +Guacaica,837,3,8/27/2023,8,SANTIAGO,8.45,8.616666667,Piaya cayana,47.6 +Guacaica,837,3,8/27/2023,8,SANTIAGO,8.45,8.616666667,Zonotrichia capensis,34.1 +Guacaica,837,3,8/27/2023,8,SANTIAGO,8.45,8.616666667,Tangara labradorides,37.6 +Guacaica,837,3,8/27/2023,8,SANTIAGO,8.45,8.616666667,Tangara labradorides,37.6 +Guacaica,837,3,8/27/2023,8,SANTIAGO,8.45,8.616666667,Tangara vassorii,38.2 +Guacaica,837,3,8/27/2023,8,SANTIAGO,8.45,8.616666667,Tangara arthus,40.1 +Guacaica,837,2,8/27/2023,8,SANTIAGO,8.883333333,9.05,Vanellus chilensis,45.1 +Guacaica,837,2,8/27/2023,8,SANTIAGO,8.883333333,9.05,Phimosus infuscatus,34 +Guacaica,837,2,8/27/2023,8,SANTIAGO,8.883333333,9.05,Zonotrichia capensis,17.4 +Guacaica,837,2,8/27/2023,8,SANTIAGO,8.883333333,9.05,Zonotrichia capensis,17.4 +Guacaica,837,2,8/27/2023,8,SANTIAGO,8.883333333,9.05,Zonotrichia capensis,17.4 +Guacaica,837,2,8/27/2023,8,SANTIAGO,8.883333333,9.05,Daptrius chimachima,35.9 +Guacaica,837,2,8/27/2023,8,SANTIAGO,8.883333333,9.05,Daptrius chimachima,35.9 +Guacaica,837,2,8/27/2023,8,SANTIAGO,8.883333333,9.05,Daptrius chimachima,35.9 +Guacaica,837,2,8/27/2023,8,SANTIAGO,8.883333333,9.05,Daptrius chimachima,35.9 +Guacaica,837,2,8/27/2023,8,SANTIAGO,8.883333333,9.05,Saltator striatipectus,29.4 +Guacaica,837,2,8/27/2023,8,SANTIAGO,8.883333333,9.05,Atlapetes albinucha,27.3 +Guacaica,837,1,8/27/2023,8,SANTIAGO,9.433333333,9.6,Cyanocorax affinis,46.1 +Guacaica,837,1,8/27/2023,8,SANTIAGO,9.433333333,9.6,Cyanocorax affinis,46.1 +Guacaica,837,1,8/27/2023,8,SANTIAGO,9.433333333,9.6,Cyanocorax affinis,46.1 +Guacaica,837,1,8/27/2023,8,SANTIAGO,9.433333333,9.6,Cyanocorax affinis,46.1 +Guacaica,837,1,8/27/2023,8,SANTIAGO,9.433333333,9.6,Cyanocorax affinis,46.1 +Guacaica,837,1,8/27/2023,8,SANTIAGO,9.433333333,9.6,Zonotrichia capensis,23.7 +Guacaica,837,1,8/27/2023,8,SANTIAGO,9.433333333,9.6,Ortalis columbiana,42.1 +Guacaica,837,1,8/27/2023,8,SANTIAGO,9.433333333,9.6,Ortalis columbiana,42.1 +Guacaica,837,1,8/27/2023,8,SANTIAGO,9.433333333,9.6,Ortalis columbiana,42.1 +Guacaica,837,1,8/27/2023,8,SANTIAGO,9.433333333,9.6,Tiaris olivaceus,17.4 +Guacaica,837,1,8/27/2023,8,SANTIAGO,9.433333333,9.6,Tiaris olivaceus,17.4 +Guacaica,837,1,8/27/2023,8,SANTIAGO,9.433333333,9.6,Stilpnia vitriolina,32.1 +Guacaica,837,1,8/27/2023,8,SANTIAGO,9.433333333,9.6,Thraupis episcopus,37.1 +Guacaica,837,1,8/27/2023,8,SANTIAGO,9.433333333,9.6,Thraupis episcopus,37.1 +Guabas,205,11,9/6/2023,9,JUAN,6.016666667,6.183333333,Columbina talpacoti,27.9 +Guabas,205,11,9/6/2023,9,JUAN,6.016666667,6.183333333,Columbina talpacoti,27.9 +Guabas,205,11,9/6/2023,9,JUAN,6.016666667,6.183333333,Columbina talpacoti,27.9 +Guabas,205,11,9/6/2023,9,JUAN,6.016666667,6.183333333,Thraupis palmarum,14.2 +Guabas,205,11,9/6/2023,9,JUAN,6.016666667,6.183333333,Troglodytes aedon,5.6 +Guabas,205,2,9/6/2023,9,JUAN,6.583333333,6.75,Melanerpes rubricapillus,23.4 +Guabas,205,2,9/6/2023,9,JUAN,6.583333333,6.75,Molothrus bonariensis,45.3 +Guabas,205,3,9/6/2023,9,JUAN,6.9,7.066666667,Anthracothorax nigricollis,10.8 +Guabas,205,3,9/6/2023,9,JUAN,6.9,7.066666667,Forpus conspicillatus,14.8 +Guabas,205,3,9/6/2023,9,JUAN,6.9,7.066666667,Forpus conspicillatus,14.8 +Guabas,205,3,9/6/2023,9,JUAN,6.9,7.066666667,Pitangus sulphuratus,10.5 +Guabas,205,3,9/6/2023,9,JUAN,6.9,7.066666667,Pyrocephalus rubinus,35.1 +Guabas,205,3,9/6/2023,9,JUAN,6.9,7.066666667,Pyrocephalus rubinus,20.7 +Guabas,205,4,9/6/2023,9,JUAN,7.166666667,7.333333333,Amazilia tzacatl,8.6 +Guabas,205,4,9/6/2023,9,JUAN,7.166666667,7.333333333,Tiaris olivaceus,7.9 +Guabas,205,5,9/6/2023,9,JUAN,7.683333333,7.85,Elaenia flavogaster,20.1 +Guabas,205,5,9/6/2023,9,JUAN,7.683333333,7.85,Sporophila nigricollis,12.8 +Guabas,205,5,9/6/2023,9,JUAN,7.683333333,7.85,Thraupis episcopus,28.5 +Guabas,205,5,9/6/2023,9,JUAN,7.683333333,7.85,Volatinia jacarina,13.2 +Guabas,205,10,9/6/2023,9,JUAN,8.083333333,8.25,Ramphocelus flammigerus,20.7 +Guabas,205,10,9/6/2023,9,JUAN,8.083333333,8.25,Stilpnia vitriolina,20.7 +Guabas,205,10,9/6/2023,9,JUAN,8.083333333,8.25,Tangara gyrola,18.6 +Guabas,205,6,9/6/2023,9,JUAN,8.433333333,8.6,Colaptes rubiginosus,36.9 +Guabas,205,6,9/6/2023,9,JUAN,8.433333333,8.6,Molothrus bonariensis,38.6 +Guabas,205,6,9/6/2023,9,JUAN,8.433333333,8.6,Pyrocephalus rubinus,49 +Guabas,205,6,9/6/2023,9,JUAN,8.433333333,8.6,Sicalis flaveola,20.6 +Guabas,205,6,9/6/2023,9,JUAN,8.433333333,8.6,Sicalis flaveola,20.6 +Guabas,205,6,9/6/2023,9,JUAN,8.433333333,8.6,Volatinia jacarina,16.4 +Guabas,205,7,9/6/2023,9,JUAN,9.133333333,9.3,Forpus conspicillatus,15.8 +Guabas,205,7,9/6/2023,9,JUAN,9.133333333,9.3,Forpus conspicillatus,15.8 +Guabas,205,7,9/6/2023,9,JUAN,9.133333333,9.3,Forpus conspicillatus,15.8 +Guabas,205,7,9/6/2023,9,JUAN,9.133333333,9.3,Stilpnia vitriolina,13.2 +Guabas,205,7,9/6/2023,9,JUAN,9.133333333,9.3,Tangara nigroviridis,13.1 +Guabas,205,7,9/6/2023,9,JUAN,9.133333333,9.3,Thamnophilus multistriatus,13.6 +Guabas,205,7,9/6/2023,9,JUAN,9.133333333,9.3,Thraupis episcopus,14.2 +Guabas,205,9,9/6/2023,9,JUAN,9.566666667,8.733333333,Myiozetetes cayanensis,17.8 +Guabas,205,9,9/6/2023,9,JUAN,9.566666667,8.733333333,Sporophila nigricollis,18.3 +Guabas,205,9,9/6/2023,9,JUAN,9.566666667,8.733333333,Stilpnia vitriolina,26.8 +Guabas,205,9,9/6/2023,9,JUAN,9.566666667,8.733333333,Theristicus caudatus,33.8 +Guabas,205,9,9/6/2023,9,JUAN,9.566666667,8.733333333,Theristicus caudatus,33.8 +Guabas,205,9,9/6/2023,9,JUAN,9.566666667,8.733333333,Tyrannus melancholicus,21 +Guabas,205,9,9/6/2023,9,JUAN,9.566666667,8.733333333,Volatinia jacarina,20.6 +Guabas,205,11,9/6/2023,9,SANTIAGO,6.1,6.266666667,Stilpnia vitriolina,18.3 +Guabas,205,11,9/6/2023,9,SANTIAGO,6.1,6.266666667,Tangara gyrola,27.8 +Guabas,205,11,9/6/2023,9,SANTIAGO,6.1,6.266666667,Pachyramphus rufus,17.4 +Guabas,205,11,9/6/2023,9,SANTIAGO,6.1,6.266666667,Tyrannus melancholicus,25.2 +Guabas,205,11,9/6/2023,9,SANTIAGO,6.1,6.266666667,Amazilia tzacatl,9.2 +Guabas,205,11,9/6/2023,9,SANTIAGO,6.1,6.266666667,Tiaris olivaceus,14 +Guabas,205,11,9/6/2023,9,SANTIAGO,6.1,6.266666667,Tiaris olivaceus,14 +Guabas,205,1,9/6/2023,9,SANTIAGO,6.516666667,6.683333333,Xenops rutilans,11.1 +Guabas,205,1,9/6/2023,9,SANTIAGO,6.516666667,6.683333333,Sayornis nigricans,9.3 +Guabas,205,1,9/6/2023,9,SANTIAGO,6.516666667,6.683333333,Myiothlypis fulvicauda,10.6 +Guabas,205,1,9/6/2023,9,SANTIAGO,6.516666667,6.683333333,Tangara gyrola,16.8 +Guabas,205,1,9/6/2023,9,SANTIAGO,6.516666667,6.683333333,Tangara gyrola,16.8 +Guabas,205,1,9/6/2023,9,SANTIAGO,6.516666667,6.683333333,Aulacorhynchus haematopygus,26.1 +Guabas,205,2,9/6/2023,9,SANTIAGO,6.9,7.066666667,Spinus psaltria,18.4 +Guabas,205,2,9/6/2023,9,SANTIAGO,6.9,7.066666667,Synallaxis albescens,11.7 +Guabas,205,2,9/6/2023,9,SANTIAGO,6.9,7.066666667,Thamnophilus multistriatus,35.2 +Guabas,205,2,9/6/2023,9,SANTIAGO,6.9,7.066666667,Sicalis flaveola,27.4 +Guabas,205,2,9/6/2023,9,SANTIAGO,6.9,7.066666667,Sicalis flaveola,27.4 +Guabas,205,3,9/6/2023,9,SANTIAGO,7.366666667,7.533333333,Sporophila nigricollis,14.2 +Guabas,205,3,9/6/2023,9,SANTIAGO,7.366666667,7.533333333,Tiaris olivaceus,17.4 +Guabas,205,3,9/6/2023,9,SANTIAGO,7.366666667,7.533333333,Ramphocelus flammigerus,9.7 +Guabas,205,3,9/6/2023,9,SANTIAGO,7.366666667,7.533333333,Rupornis magnirostris,36.1 +Guabas,205,4,9/6/2023,9,SANTIAGO,7.8,7.966666667,Momotus aequatorialis,24.5 +Guabas,205,4,9/6/2023,9,SANTIAGO,7.8,7.966666667,Icterus nigrogularis,15.2 +Guabas,205,4,9/6/2023,9,SANTIAGO,7.8,7.966666667,Icterus nigrogularis,15.2 +Guabas,205,4,9/6/2023,9,SANTIAGO,7.8,7.966666667,Tiaris olivaceus,8.4 +Guabas,205,4,9/6/2023,9,SANTIAGO,7.8,7.966666667,Thamnophilus multistriatus,16.3 +Guabas,205,4,9/6/2023,9,SANTIAGO,7.8,7.966666667,Tyrannus melancholicus,28.1 +Guabas,205,4,9/6/2023,9,SANTIAGO,7.8,7.966666667,Tyrannus melancholicus,28.1 +Guabas,205,4,9/6/2023,9,SANTIAGO,7.8,7.966666667,Sporophila nigricollis,10.7 +Guabas,205,5,9/6/2023,9,SANTIAGO,8.183333333,8.35,Turdus ignobilis,28.4 +Guabas,205,5,9/6/2023,9,SANTIAGO,8.183333333,8.35,Stilpnia cyanicollis,22.1 +Guabas,205,5,9/6/2023,9,SANTIAGO,8.183333333,8.35,Stilpnia cyanicollis,22.1 +Guabas,205,5,9/6/2023,9,SANTIAGO,8.183333333,8.35,Phimosus infuscatus,34.1 +Guabas,205,5,9/6/2023,9,SANTIAGO,8.183333333,8.35,Phimosus infuscatus,34.1 +Guabas,205,5,9/6/2023,9,SANTIAGO,8.183333333,8.35,Phimosus infuscatus,34.1 +Guabas,205,5,9/6/2023,9,SANTIAGO,8.183333333,8.35,Pyrocephalus rubinus,11.7 +Guabas,205,5,9/6/2023,9,SANTIAGO,8.183333333,8.35,Tyrannus melancholicus,18.7 +Guabas,205,5,9/6/2023,9,SANTIAGO,8.183333333,8.35,Spinus psaltria,26 +Guabas,205,5,9/6/2023,9,SANTIAGO,8.183333333,8.35,Ramphocelus dimidiatus,18.2 +Guabas,205,10,9/6/2023,9,SANTIAGO,8.633333333,8.8,Crotophaga ani,38.1 +Guabas,205,10,9/6/2023,9,SANTIAGO,8.633333333,8.8,Crotophaga ani,38.1 +Guabas,205,10,9/6/2023,9,SANTIAGO,8.633333333,8.8,Crotophaga ani,38.1 +Guabas,205,10,9/6/2023,9,SANTIAGO,8.633333333,8.8,Cercomacroides parkeri,17.4 +Guabas,205,10,9/6/2023,9,SANTIAGO,8.633333333,8.8,Tyrannus melancholicus,25.9 +Guabas,205,10,9/6/2023,9,SANTIAGO,8.633333333,8.8,Myiozetetes cayanensis,15.2 +Guabas,205,10,9/6/2023,9,SANTIAGO,8.633333333,8.8,Vanellus chilensis,21.1 +Guabas,205,10,9/6/2023,9,SANTIAGO,8.633333333,8.8,Stilpnia vitriolina,14.2 +Guabas,205,10,9/6/2023,9,SANTIAGO,8.633333333,8.8,Sicalis flaveola,11 +Guabas,205,10,9/6/2023,9,SANTIAGO,8.633333333,8.8,Sicalis flaveola,11 +Guabas,205,10,9/6/2023,9,SANTIAGO,8.633333333,8.8,Ortalis columbiana,35.7 +Guabas,205,10,9/6/2023,9,SANTIAGO,8.633333333,8.8,Ortalis columbiana,35.7 +Guabas,205,10,9/6/2023,9,SANTIAGO,8.633333333,8.8,Ortalis columbiana,35.7 +Guabas,205,8,9/6/2023,9,SANTIAGO,9.05,9.216666667,Volatinia jacarina,18.4 +Guabas,205,8,9/6/2023,9,SANTIAGO,9.05,9.216666667,Daptrius chimachima,26.7 +Guabas,205,8,9/6/2023,9,SANTIAGO,9.05,9.216666667,Amazilia tzacatl,22 +Guabas,205,8,9/6/2023,9,SANTIAGO,9.05,9.216666667,Thraupis palmarum,14.2 +Guabas,205,8,9/6/2023,9,SANTIAGO,9.05,9.216666667,Thraupis palmarum,14.2 +Guabas,205,8,9/6/2023,9,SANTIAGO,9.05,9.216666667,Pitangus sulphuratus,39.4 +Guabas,205,8,9/6/2023,9,SANTIAGO,9.05,9.216666667,Pachyramphus rufus,44.4 +Guabas,205,7,9/6/2023,9,SANTIAGO,9.533333333,9.7,Volatinia jacarina,22.1 +Guabas,205,7,9/6/2023,9,SANTIAGO,9.533333333,9.7,Sicalis flaveola,19.5 +Guabas,205,7,9/6/2023,9,SANTIAGO,9.533333333,9.7,Sicalis flaveola,19.5 +Guabas,205,7,9/6/2023,9,SANTIAGO,9.533333333,9.7,Theristicus caudatus,23.3 +Guabas,205,7,9/6/2023,9,SANTIAGO,9.533333333,9.7,Troglodytes aedon,14 +Guabas,205,7,9/6/2023,9,SANTIAGO,9.533333333,9.7,Sporophila nigricollis,9.7 +Guabas,205,7,9/6/2023,9,SANTIAGO,9.533333333,9.7,Sporophila nigricollis,9.7 +Guabas,205,7,9/6/2023,9,SANTIAGO,9.533333333,9.7,Sporophila nigricollis,9.7 +Guabas,205,7,9/6/2023,9,SANTIAGO,9.533333333,9.7,Tyrannus melancholicus,45.6 +Guabas,205,7,9/6/2023,9,SANTIAGO,9.533333333,9.7,Tangara gyrola,38.9 +Guabas,205,7,9/6/2023,9,SANTIAGO,9.533333333,9.7,Tangara gyrola,38.9 +Guabas,205,6,9/6/2023,9,SANTIAGO,9.9,10.06666667,Ramphocelus flammigerus,26.7 +Guabas,205,6,9/6/2023,9,SANTIAGO,9.9,10.06666667,Stilpnia vitriolina,11.8 +Guabas,205,6,9/6/2023,9,SANTIAGO,9.9,10.06666667,Stilpnia vitriolina,11.8 +Guabas,205,6,9/6/2023,9,SANTIAGO,9.9,10.06666667,Tyrannus melancholicus,36 +Guabas,205,6,9/6/2023,9,SANTIAGO,9.9,10.06666667,Theristicus caudatus,25.5 +Guabas,205,6,9/6/2023,9,SANTIAGO,9.9,10.06666667,Rupornis magnirostris,21.8 +Guabas,205,9,9/6/2023,9,SANTIAGO,10.26666667,10.43333333,Pitangus sulphuratus,28.7 +Guabas,205,9,9/6/2023,9,SANTIAGO,10.26666667,10.43333333,Stilpnia cyanicollis,11.6 +Guabas,205,9,9/6/2023,9,SANTIAGO,10.26666667,10.43333333,Tiaris olivaceus,24.1 +Guabas,356,7,9/7/2023,9,JUAN,5.95,6.116666667,Myiozetetes cayanensis,56.2 +Guabas,356,7,9/7/2023,9,JUAN,5.95,6.116666667,Ramphocelus flammigerus,14.4 +Guabas,356,7,9/7/2023,9,JUAN,5.95,6.116666667,Zonotrichia capensis,22.9 +Guabas,356,7,9/7/2023,9,JUAN,5.95,6.116666667,Zonotrichia capensis,13.9 +Guabas,356,8,9/7/2023,9,JUAN,6.316666667,6.483333333,Sporophila luctuosa,8.2 +Guabas,356,8,9/7/2023,9,JUAN,6.316666667,6.483333333,Stilpnia vitriolina,6.9 +Guabas,356,9,9/7/2023,9,JUAN,6.75,6.916666667,Myioborus miniatus,21.1 +Guabas,356,9,9/7/2023,9,JUAN,6.75,6.916666667,Myioborus miniatus,21.1 +Guabas,356,9,9/7/2023,9,JUAN,6.75,6.916666667,Myioborus miniatus,21.1 +Guabas,356,9,9/7/2023,9,JUAN,6.75,6.916666667,Sporathraupis cyanocephala,50.8 +Guabas,356,9,9/7/2023,9,JUAN,6.75,6.916666667,Stilpnia heinei,25.6 +Guabas,356,11,9/7/2023,9,JUAN,7.716666667,7.883333333,Zonotrichia capensis,6.4 +Guabas,356,12,9/7/2023,9,JUAN,8.3,8.466666667,Anisognathus somptuosus,28.7 +Guabas,356,12,9/7/2023,9,JUAN,8.3,8.466666667,Anisognathus somptuosus,28.7 +Guabas,356,12,9/7/2023,9,JUAN,8.3,8.466666667,Anisognathus somptuosus,28.7 +Guabas,356,12,9/7/2023,9,JUAN,8.3,8.466666667,Contopus virens,48.8 +Guabas,356,12,9/7/2023,9,JUAN,8.3,8.466666667,Picumnus granadensis,5.8 +Guabas,356,12,9/7/2023,9,JUAN,8.3,8.466666667,Setophaga ruticilla,27.2 +Guabas,356,12,9/7/2023,9,JUAN,8.3,8.466666667,Stilpnia vitriolina,26.1 +Guabas,356,12,9/7/2023,9,JUAN,8.3,8.466666667,Tangara labradorides,11.8 +Guabas,356,1,9/7/2023,9,JUAN,8.783333333,8.95,Myioborus miniatus,26.5 +Guabas,356,1,9/7/2023,9,JUAN,8.783333333,8.95,Patagioenas fasciata,27.6 +Guabas,356,1,9/7/2023,9,JUAN,8.783333333,8.95,Tangara labradorides,14.8 +Guabas,356,4,9/7/2023,9,JUAN,9.683333333,9.85,Atlapetes albinucha,5.8 +Guabas,356,5,9/7/2023,9,JUAN,9.916666667,10.08333333,Tangara arthus,17.4 +Guabas,356,5,9/7/2023,9,JUAN,9.916666667,10.08333333,Zonotrichia capensis,12.4 +Guabas,356,6,9/7/2023,9,JUAN,10.41666667,10.58333333,Sporathraupis cyanocephala,11 +Guabas,356,6,9/7/2023,9,JUAN,10.41666667,10.58333333,Stilpnia vitriolina,16.7 +Guabas,356,6,9/7/2023,9,JUAN,10.41666667,10.58333333,Stilpnia vitriolina,16.7 +Guabas,356,6,9/7/2023,9,JUAN,10.41666667,10.58333333,Zonotrichia capensis,10.2 +Guabas,356,6,9/7/2023,9,SANTIAGO,6.083333333,6.25,Icterus chrysater,32.4 +Guabas,356,6,9/7/2023,9,SANTIAGO,6.083333333,6.25,Turdus fuscater,21.7 +Guabas,356,5,9/7/2023,9,SANTIAGO,6.533333333,6.7,Tyrannus melancholicus,23.5 +Guabas,356,5,9/7/2023,9,SANTIAGO,6.533333333,6.7,Tyrannus melancholicus,23.5 +Guabas,356,4,9/7/2023,9,SANTIAGO,6.95,7.116666667,Stilpnia heinei,18.4 +Guabas,356,4,9/7/2023,9,SANTIAGO,6.95,7.116666667,Ortalis columbiana,36.4 +Guabas,356,4,9/7/2023,9,SANTIAGO,6.95,7.116666667,Ortalis columbiana,36.4 +Guabas,356,4,9/7/2023,9,SANTIAGO,6.95,7.116666667,Ortalis columbiana,36.4 +Guabas,356,4,9/7/2023,9,SANTIAGO,6.95,7.116666667,Turdus fuscater,17.4 +Guabas,356,4,9/7/2023,9,SANTIAGO,6.95,7.116666667,Zonotrichia capensis,12.3 +Guabas,356,4,9/7/2023,9,SANTIAGO,6.95,7.116666667,Sporophila nigricollis,11.4 +Guabas,356,3,9/7/2023,9,SANTIAGO,7.366666667,7.533333333,Xiphorhynchus triangularis,28.7 +Guabas,356,2,9/7/2023,9,SANTIAGO,7.85,8.016666667,Sporathraupis cyanocephala,18.4 +Guabas,356,2,9/7/2023,9,SANTIAGO,7.85,8.016666667,Euphonia xanthogaster,32.4 +Guabas,356,2,9/7/2023,9,SANTIAGO,7.85,8.016666667,Euphonia xanthogaster,32.4 +Guabas,356,2,9/7/2023,9,SANTIAGO,7.85,8.016666667,Sporophila nigricollis,22 +Guabas,356,2,9/7/2023,9,SANTIAGO,7.85,8.016666667,Zonotrichia capensis,14.7 +Guabas,356,2,9/7/2023,9,SANTIAGO,7.85,8.016666667,Zonotrichia capensis,14.7 +Guabas,356,1,9/7/2023,9,SANTIAGO,8.233333333,8.4,Tangara labradorides,22.5 +Guabas,356,1,9/7/2023,9,SANTIAGO,8.233333333,8.4,Sphenopsis frontalis,14.7 +Guabas,356,1,9/7/2023,9,SANTIAGO,8.233333333,8.4,Xenops rutilans,32.4 +Guabas,356,1,9/7/2023,9,SANTIAGO,8.233333333,8.4,Colaptes rubiginosus,30.8 +Guabas,356,12,9/7/2023,9,SANTIAGO,8.533333333,8.7,Tyrannus melancholicus,29.3 +Guabas,356,12,9/7/2023,9,SANTIAGO,8.533333333,8.7,Zonotrichia capensis,14.2 +Guabas,356,13,9/7/2023,9,SANTIAGO,9.016666667,9.183333333,Phaethornis syrmatophorus,22.7 +Guabas,356,13,9/7/2023,9,SANTIAGO,9.016666667,9.183333333,Tangara labradorides,36.4 +Guabas,356,13,9/7/2023,9,SANTIAGO,9.016666667,9.183333333,Xiphocolaptes promeropirhynchus,25.1 +Guabas,356,11,9/7/2023,9,SANTIAGO,9.416666667,9.583333333,Zonotrichia capensis,32.5 +Guabas,356,9,9/7/2023,9,SANTIAGO,10.11666667,10.28333333,Tangara arthus,16.7 +Guabas,356,8,9/7/2023,9,SANTIAGO,10.48333333,10.65,Sporophila schistacea,18.2 +Guabas,356,8,9/7/2023,9,SANTIAGO,10.48333333,10.65,Sporophila schistacea,18.2 +Guabas,356,8,9/7/2023,9,SANTIAGO,10.48333333,10.65,Zonotrichia capensis,11.7 +Guabas,356,8,9/7/2023,9,SANTIAGO,10.48333333,10.65,Tiaris olivaceus,9.5 +Guabas,356,8,9/7/2023,9,SANTIAGO,10.48333333,10.65,Spinus psaltria,15.4 +Guabas,356,8,9/7/2023,9,SANTIAGO,10.48333333,10.65,Spinus psaltria,15.4 +Guabas,356,8,9/7/2023,9,SANTIAGO,10.48333333,10.65,Rupornis magnirostris,26.3 +Guabas,356,8,9/7/2023,9,SANTIAGO,10.48333333,10.65,Synallaxis albescens,29.9 +Guabas,356,7,9/7/2023,9,SANTIAGO,10.86666667,11.03333333,Chlorophanes spiza,18.7 +Guabas,356,7,9/7/2023,9,SANTIAGO,10.86666667,11.03333333,Anthracothorax nigricollis,22.5 +Guabas,356,7,9/7/2023,9,SANTIAGO,10.86666667,11.03333333,Zonotrichia capensis,18.1 +Guabas,318,8,9/8/2023,9,JUAN,6.116666667,6.283333333,Aulacorhynchus haematopygus,27.6 +Guabas,318,8,9/8/2023,9,JUAN,6.116666667,6.283333333,Aulacorhynchus haematopygus,27.6 +Guabas,318,8,9/8/2023,9,JUAN,6.116666667,6.283333333,Patagioenas fasciata,17.1 +Guabas,318,9,9/8/2023,9,JUAN,6.416666667,6.583333333,Pionus chalcopterus,50.2 +Guabas,318,7,9/8/2023,9,JUAN,6.916666667,7.083333333,Myiozetetes cayanensis,38.2 +Guabas,318,7,9/8/2023,9,JUAN,6.916666667,7.083333333,Myiozetetes cayanensis,38.2 +Guabas,318,7,9/8/2023,9,JUAN,6.916666667,7.083333333,Saucerottia saucerottei,17.8 +Guabas,318,7,9/8/2023,9,JUAN,6.916666667,7.083333333,Spinus psaltria,15.4 +Guabas,318,7,9/8/2023,9,JUAN,6.916666667,7.083333333,Sporophila schistacea,33.8 +Guabas,318,7,9/8/2023,9,JUAN,6.916666667,7.083333333,Thraupis episcopus,44.4 +Guabas,318,7,9/8/2023,9,JUAN,6.916666667,7.083333333,Thraupis episcopus,44.4 +Guabas,318,7,9/8/2023,9,JUAN,6.916666667,7.083333333,Turdus fuscater,21 +Guabas,318,10,9/8/2023,9,JUAN,7.25,7.416666667,Coereba flaveola,35.7 +Guabas,318,10,9/8/2023,9,JUAN,7.25,7.416666667,Contopus virens,37.8 +Guabas,318,10,9/8/2023,9,JUAN,7.25,7.416666667,Dryocopus lineatus,33.9 +Guabas,318,10,9/8/2023,9,JUAN,7.25,7.416666667,Turdus ignobilis,26.7 +Guabas,318,12,9/8/2023,9,JUAN,7.616666667,7.783333333,Pionus chalcopterus,14.9 +Guabas,318,12,9/8/2023,9,JUAN,7.616666667,7.783333333,Pionus chalcopterus,14.9 +Guabas,318,12,9/8/2023,9,JUAN,7.616666667,7.783333333,Pionus chalcopterus,14.9 +Guabas,318,12,9/8/2023,9,JUAN,7.616666667,7.783333333,Pionus chalcopterus,14.9 +Guabas,318,12,9/8/2023,9,JUAN,7.616666667,7.783333333,Pionus chalcopterus,14.9 +Guabas,318,12,9/8/2023,9,JUAN,7.616666667,7.783333333,Pionus chalcopterus,57.6 +Guabas,318,12,9/8/2023,9,JUAN,7.616666667,7.783333333,Pionus chalcopterus,57.6 +Guabas,318,12,9/8/2023,9,JUAN,7.616666667,7.783333333,Pionus chalcopterus,57.6 +Guabas,318,12,9/8/2023,9,JUAN,7.616666667,7.783333333,Sporophila schistacea,13.2 +Guabas,318,12,9/8/2023,9,JUAN,7.616666667,7.783333333,Tachyphonus rufus,57.6 +Guabas,318,1,9/8/2023,9,JUAN,7.95,8.116666667,Zimmerius chrysops,6.9 +Guabas,318,11,9/8/2023,9,JUAN,8.966666667,9.133333333,Elaenia flavogaster,31.8 +Guabas,318,11,9/8/2023,9,JUAN,8.966666667,9.133333333,Saucerottia saucerottei,6.6 +Guabas,318,2,9/8/2023,9,JUAN,9.333333333,9.5,Contopus virens,54.2 +Guabas,318,3,9/8/2023,9,JUAN,9.666666667,9.833333333,Vireo leucophrys,29.6 +Guabas,318,5,9/8/2023,9,JUAN,10.21666667,10.38333333,Leptopogon superciliaris,12.3 +Guabas,318,5,9/8/2023,9,JUAN,10.21666667,10.38333333,Leptopogon superciliaris,12.3 +Guabas,318,5,9/8/2023,9,JUAN,10.21666667,10.38333333,Tangara arthus,9.2 +Guabas,318,8,9/8/2023,9,SANTIAGO,6.033333333,6.2,Stilpnia vitriolina,26.4 +Guabas,318,8,9/8/2023,9,SANTIAGO,6.033333333,6.2,Stilpnia vitriolina,26.4 +Guabas,318,8,9/8/2023,9,SANTIAGO,6.033333333,6.2,Aulacorhynchus haematopygus,16.9 +Guabas,318,8,9/8/2023,9,SANTIAGO,6.033333333,6.2,Tiaris olivaceus,22.2 +Guabas,318,8,9/8/2023,9,SANTIAGO,6.033333333,6.2,Troglodytes aedon,14.3 +Guabas,318,9,9/8/2023,9,SANTIAGO,6.416666667,6.583333333,Pyrocephalus rubinus,26.1 +Guabas,318,9,9/8/2023,9,SANTIAGO,6.416666667,6.583333333,Saltator striatipectus,18.5 +Guabas,318,9,9/8/2023,9,SANTIAGO,6.416666667,6.583333333,Saltator striatipectus,18.5 +Guabas,318,9,9/8/2023,9,SANTIAGO,6.416666667,6.583333333,Amazona mercenarius,34.6 +Guabas,318,9,9/8/2023,9,SANTIAGO,6.416666667,6.583333333,Amazona mercenarius,34.6 +Guabas,318,9,9/8/2023,9,SANTIAGO,6.416666667,6.583333333,Amazona mercenarius,34.6 +Guabas,318,9,9/8/2023,9,SANTIAGO,6.416666667,6.583333333,Amazona mercenarius,34.6 +Guabas,318,9,9/8/2023,9,SANTIAGO,6.416666667,6.583333333,Amazona mercenarius,34.6 +Guabas,318,9,9/8/2023,9,SANTIAGO,6.416666667,6.583333333,Amazona mercenarius,34.6 +Guabas,318,9,9/8/2023,9,SANTIAGO,6.416666667,6.583333333,Tiaris olivaceus,22.7 +Guabas,318,9,9/8/2023,9,SANTIAGO,6.416666667,6.583333333,Tiaris olivaceus,22.7 +Guabas,318,7,9/8/2023,9,SANTIAGO,6.8,6.966666667,Sporophila nigricollis,20.5 +Guabas,318,7,9/8/2023,9,SANTIAGO,6.8,6.966666667,Spinus psaltria,14.3 +Guabas,318,1,9/8/2023,9,SANTIAGO,7.416666667,7.583333333,Pachyramphus rufus,26.9 +Guabas,318,1,9/8/2023,9,SANTIAGO,7.416666667,7.583333333,Tangara gyrola,11 +Guabas,318,1,9/8/2023,9,SANTIAGO,7.416666667,7.583333333,Tangara gyrola,11 +Guabas,318,1,9/8/2023,9,SANTIAGO,7.416666667,7.583333333,Legatus leucophaius,16.2 +Guabas,318,1,9/8/2023,9,SANTIAGO,7.416666667,7.583333333,Tyrannus melancholicus,32.4 +Guabas,318,1,9/8/2023,9,SANTIAGO,7.416666667,7.583333333,Tyrannus melancholicus,32.4 +Guabas,318,12,9/8/2023,9,SANTIAGO,7.866666667,8.033333333,Zenaida auriculata,26.7 +Guabas,318,12,9/8/2023,9,SANTIAGO,7.866666667,8.033333333,Daptrius chimachima,36.2 +Guabas,318,12,9/8/2023,9,SANTIAGO,7.866666667,8.033333333,Stilpnia cyanicollis,16 +Guabas,318,12,9/8/2023,9,SANTIAGO,7.866666667,8.033333333,Phaethornis guy,18.2 +Guabas,318,12,9/8/2023,9,SANTIAGO,7.866666667,8.033333333,Piaya cayana,38.5 +Guabas,318,6,9/8/2023,9,SANTIAGO,8.25,8.416666667,Myiothlypis fulvicauda,14.3 +Guabas,318,6,9/8/2023,9,SANTIAGO,8.25,8.416666667,Basileuterus culicivorus,22.9 +Guabas,318,6,9/8/2023,9,SANTIAGO,8.25,8.416666667,Basileuterus culicivorus,22.9 +Guabas,318,2,9/8/2023,9,SANTIAGO,8.65,8.816666667,Troglodytes aedon,16.7 +Guabas,318,2,9/8/2023,9,SANTIAGO,8.65,8.816666667,Stilpnia vitriolina,11.3 +Guabas,318,3,9/8/2023,9,SANTIAGO,9.066666667,9.233333333,Sicalis flaveola,9.1 +Guabas,318,3,9/8/2023,9,SANTIAGO,9.066666667,9.233333333,Sicalis flaveola,9.1 +Guabas,318,3,9/8/2023,9,SANTIAGO,9.066666667,9.233333333,Spinus psaltria,12.6 +Guabas,318,3,9/8/2023,9,SANTIAGO,9.066666667,9.233333333,Habia cristata,35.1 +Guabas,318,3,9/8/2023,9,SANTIAGO,9.066666667,9.233333333,Habia cristata,35.1 +Guabas,318,3,9/8/2023,9,SANTIAGO,9.066666667,9.233333333,Thraupis episcopus,22.7 +Guabas,318,4,9/8/2023,9,SANTIAGO,9.316666667,9.483333333,Ortalis columbiana,38.2 +Guabas,318,4,9/8/2023,9,SANTIAGO,9.316666667,9.483333333,Ortalis columbiana,38.2 +Guabas,318,4,9/8/2023,9,SANTIAGO,9.316666667,9.483333333,Ortalis columbiana,38.2 +Guabas,318,5,9/8/2023,9,SANTIAGO,9.6,9.766666667,Sayornis nigricans,22 +Guabas,318,11,9/8/2023,9,SANTIAGO,11.01666667,11.18333333,Saltator striatipectus,24.7 +Guabas,318,11,9/8/2023,9,SANTIAGO,11.01666667,11.18333333,Thraupis episcopus,22.3 +Guabas,318,11,9/8/2023,9,SANTIAGO,11.01666667,11.18333333,Thraupis episcopus,22.3 +Guacaica,1087,2,10/2/2023,10,JUAN,6.166666667,6.333333333,Zenaida auriculata,46.7 +Guacaica,1087,1,10/2/2023,10,JUAN,6.466666667,6.633333333,Amazilia tzacatl,13.7 +Guacaica,1087,1,10/2/2023,10,JUAN,6.466666667,6.633333333,Contopus virens,59.9 +Guacaica,1087,1,10/2/2023,10,JUAN,6.466666667,6.633333333,Sayornis nigricans,31.6 +Guacaica,1087,1,10/2/2023,10,JUAN,6.466666667,6.633333333,Setophaga fusca,14.2 +Guacaica,1087,1,10/2/2023,10,JUAN,6.466666667,6.633333333,Spinus psaltria,9.1 +Guacaica,1087,1,10/2/2023,10,JUAN,6.466666667,6.633333333,Tangara gyrola,16.6 +Guacaica,1087,1,10/2/2023,10,JUAN,6.466666667,6.633333333,Tyrannus melancholicus,40.8 +Guacaica,1087,1,10/2/2023,10,JUAN,6.466666667,6.633333333,Tyrannus melancholicus,40.8 +Guacaica,1087,1,10/2/2023,10,JUAN,6.466666667,6.633333333,Tyrannus melancholicus,14.8 +Guacaica,1087,6,10/2/2023,10,JUAN,6.816666667,6.983333333,Bubulcus ibis,65.6 +Guacaica,1087,7,10/2/2023,10,JUAN,7.116666667,7.283333333,Momotus aequatorialis,23.6 +Guacaica,1087,7,10/2/2023,10,JUAN,7.116666667,7.283333333,Stilpnia vitriolina,20.6 +Guacaica,1087,7,10/2/2023,10,JUAN,7.116666667,7.283333333,Stilpnia vitriolina,20.6 +Guacaica,1087,7,10/2/2023,10,JUAN,7.116666667,7.283333333,Tangara gyrola,23.4 +Guacaica,1087,8,10/2/2023,10,JUAN,7.383333333,7.55,Contopus cooperi,28.7 +Guacaica,1087,8,10/2/2023,10,JUAN,7.383333333,7.55,Ortalis columbiana,45.1 +Guacaica,1087,8,10/2/2023,10,JUAN,7.383333333,7.55,Ortalis columbiana,45.1 +Guacaica,1087,8,10/2/2023,10,JUAN,7.383333333,7.55,Tyrannus melancholicus,33.6 +Guacaica,1087,8,10/2/2023,10,JUAN,7.383333333,7.55,Tyrannus melancholicus,56.9 +Guacaica,1087,11,10/2/2023,10,JUAN,7.7,7.866666667,Myiozetetes cayanensis,65.7 +Guacaica,1087,11,10/2/2023,10,JUAN,7.7,7.866666667,Ramphocelus flammigerus,75.1 +Guacaica,1087,11,10/2/2023,10,JUAN,7.7,7.866666667,Stilpnia vitriolina,38.7 +Guacaica,1087,11,10/2/2023,10,JUAN,7.7,7.866666667,Thraupis episcopus,75.1 +Guacaica,1087,9,10/2/2023,10,JUAN,8.316666667,8.483333333,Turdus ignobilis,41 +Guacaica,1087,9,10/2/2023,10,JUAN,8.316666667,8.483333333,Tyrannus melancholicus,38.9 +Guacaica,1087,10,10/2/2023,10,JUAN,8.65,8.816666667,Zenaida auriculata,39.5 +Guacaica,1087,10,10/2/2023,10,JUAN,8.65,8.816666667,Zenaida auriculata,78.6 +Guacaica,1087,5,10/2/2023,10,JUAN,8.866666667,9.033333333,Cyanocorax yncas,73.1 +Guacaica,1087,5,10/2/2023,10,JUAN,8.866666667,9.033333333,Vanellus chilensis,53.1 +Guacaica,1087,5,10/2/2023,10,JUAN,8.866666667,9.033333333,Vanellus chilensis,53.1 +Guacaica,1087,5,10/2/2023,10,JUAN,8.866666667,9.033333333,Zenaida auriculata,73.1 +Guacaica,1087,5,10/2/2023,10,JUAN,8.866666667,9.033333333,Zonotrichia capensis,18.6 +Guacaica,1087,5,10/2/2023,10,JUAN,8.866666667,9.033333333,Zonotrichia capensis,18.6 +Guacaica,1087,5,10/2/2023,10,JUAN,8.866666667,9.033333333,Zonotrichia capensis,25.2 +Guacaica,1087,5,10/2/2023,10,JUAN,8.866666667,9.033333333,Zonotrichia capensis,25.2 +Guacaica,1087,4,10/2/2023,10,JUAN,9.1,9.266666667,Atlapetes albinucha,7.9 +Guacaica,1087,4,10/2/2023,10,JUAN,9.1,9.266666667,Zonotrichia capensis,11.2 +Guacaica,1087,3,10/2/2023,10,JUAN,9.4,9.566666667,Rupornis magnirostris,36.4 +Guacaica,1087,3,10/2/2023,10,SANTIAGO,6.233333333,6.4,Stilpnia heinei,7.1 +Guacaica,1087,3,10/2/2023,10,SANTIAGO,6.233333333,6.4,Stilpnia heinei,7.1 +Guacaica,1087,3,10/2/2023,10,SANTIAGO,6.233333333,6.4,Atlapetes albinucha,8.4 +Guacaica,1087,3,10/2/2023,10,SANTIAGO,6.233333333,6.4,Myiodynastes hemichrysus,24.9 +Guacaica,1087,3,10/2/2023,10,SANTIAGO,6.233333333,6.4,Zonotrichia capensis,97.6 +Guacaica,1087,4,10/2/2023,10,SANTIAGO,6.516666667,6.683333333,Atlapetes albinucha,14.7 +Guacaica,1087,4,10/2/2023,10,SANTIAGO,6.516666667,6.683333333,Zonotrichia capensis,9.5 +Guacaica,1087,4,10/2/2023,10,SANTIAGO,6.516666667,6.683333333,Spinus psaltria,13.2 +Guacaica,1087,5,10/2/2023,10,SANTIAGO,6.9,7.066666667,Diglossa sittoides,20.8 +Guacaica,1087,5,10/2/2023,10,SANTIAGO,6.9,7.066666667,Spinus xanthogastrus,40.4 +Guacaica,1087,5,10/2/2023,10,SANTIAGO,6.9,7.066666667,Tyrannus melancholicus,39.6 +Guacaica,1087,5,10/2/2023,10,SANTIAGO,6.9,7.066666667,Zenaida auriculata,114.4 +Guacaica,1087,5,10/2/2023,10,SANTIAGO,6.9,7.066666667,Tangara gyrola,41.1 +Guacaica,1087,5,10/2/2023,10,SANTIAGO,6.9,7.066666667,Turdus fuscater,44.3 +Guacaica,1087,5,10/2/2023,10,SANTIAGO,6.9,7.066666667,Sporophila nigricollis,32.8 +Guacaica,1087,5,10/2/2023,10,SANTIAGO,6.9,7.066666667,Sporophila nigricollis,32.8 +Guacaica,1087,5,10/2/2023,10,SANTIAGO,6.9,7.066666667,Zonotrichia capensis,9.6 +Guacaica,1087,5,10/2/2023,10,SANTIAGO,6.9,7.066666667,Tiaris olivaceus,24.3 +Guacaica,1087,2,10/2/2023,10,SANTIAGO,7.583333333,7.75,Tiaris olivaceus,12.7 +Guacaica,1087,2,10/2/2023,10,SANTIAGO,7.583333333,7.75,Tiaris olivaceus,12.7 +Guacaica,1087,2,10/2/2023,10,SANTIAGO,7.583333333,7.75,Zonotrichia capensis,11.2 +Guacaica,1087,2,10/2/2023,10,SANTIAGO,7.583333333,7.75,Rupornis magnirostris,22.6 +Guacaica,1087,2,10/2/2023,10,SANTIAGO,7.583333333,7.75,Sporophila luctuosa,9.4 +Guacaica,1087,2,10/2/2023,10,SANTIAGO,7.583333333,7.75,Vanellus chilensis,13 +Guacaica,1087,2,10/2/2023,10,SANTIAGO,7.583333333,7.75,Vanellus chilensis,13 +Guacaica,1087,2,10/2/2023,10,SANTIAGO,7.583333333,7.75,Vanellus chilensis,13 +Guacaica,1087,1,10/2/2023,10,SANTIAGO,8.016666667,8.183333333,Chlorophonia cyanocephala,36.7 +Guacaica,1087,1,10/2/2023,10,SANTIAGO,8.016666667,8.183333333,Stilpnia cyanicollis,14.8 +Guacaica,1087,1,10/2/2023,10,SANTIAGO,8.016666667,8.183333333,Synallaxis albescens,11.2 +Guacaica,1087,1,10/2/2023,10,SANTIAGO,8.016666667,8.183333333,Sicalis flaveola,16.6 +Guacaica,1087,1,10/2/2023,10,SANTIAGO,8.016666667,8.183333333,Sicalis flaveola,16.6 +Guacaica,1087,1,10/2/2023,10,SANTIAGO,8.016666667,8.183333333,Sporophila nigricollis,25.1 +Guacaica,1087,9,10/2/2023,10,SANTIAGO,8.4,8.566666667,Dryobates kirkii,34.2 +Guacaica,1087,9,10/2/2023,10,SANTIAGO,8.4,8.566666667,Myiothlypis coronata,22.3 +Guacaica,1087,9,10/2/2023,10,SANTIAGO,8.4,8.566666667,Empidonax virescens,18.7 +Guacaica,1087,9,10/2/2023,10,SANTIAGO,8.4,8.566666667,Myioborus miniatus,25.1 +Guacaica,1087,9,10/2/2023,10,SANTIAGO,8.4,8.566666667,Anthracothorax nigricollis,19.3 +Guacaica,1087,9,10/2/2023,10,SANTIAGO,8.4,8.566666667,Thamnophilus multistriatus,11.8 +Guacaica,1087,9,10/2/2023,10,SANTIAGO,8.4,8.566666667,Thraupis episcopus,35.1 +Guacaica,1087,9,10/2/2023,10,SANTIAGO,8.4,8.566666667,Thraupis episcopus,35.1 +Guacaica,1087,9,10/2/2023,10,SANTIAGO,8.4,8.566666667,Thraupis palmarum,33.6 +Guacaica,1087,9,10/2/2023,10,SANTIAGO,8.4,8.566666667,Thraupis palmarum,33.6 +Guacaica,1087,9,10/2/2023,10,SANTIAGO,8.4,8.566666667,Tiaris olivaceus,24.1 +Guacaica,1087,9,10/2/2023,10,SANTIAGO,8.4,8.566666667,Contopus cooperi,22.9 +Guacaica,1087,6,10/2/2023,10,SANTIAGO,8.683333333,8.85,Rupornis magnirostris,39.7 +Guacaica,1087,6,10/2/2023,10,SANTIAGO,8.683333333,8.85,Tyrannus melancholicus,21.4 +Guacaica,1087,6,10/2/2023,10,SANTIAGO,8.683333333,8.85,Sporophila luctuosa,32.1 +Guacaica,1087,6,10/2/2023,10,SANTIAGO,8.683333333,8.85,Sporophila luctuosa,32.1 +Guacaica,1087,6,10/2/2023,10,SANTIAGO,8.683333333,8.85,Theristicus caudatus,21.6 +Guacaica,1087,6,10/2/2023,10,SANTIAGO,8.683333333,8.85,Vanellus chilensis,34.8 +Guacaica,1087,7,10/2/2023,10,SANTIAGO,9.15,9.316666667,Tangara vassorii,18.4 +Guacaica,1087,7,10/2/2023,10,SANTIAGO,9.15,9.316666667,Diglossa cyanea,11.2 +Guacaica,1087,7,10/2/2023,10,SANTIAGO,9.15,9.316666667,Amazilia tzacatl,16.7 +Guacaica,1087,8,10/2/2023,10,SANTIAGO,9.566666667,9.733333333,Tiaris olivaceus,18 +Guacaica,1087,8,10/2/2023,10,SANTIAGO,9.566666667,9.733333333,Tyrannus melancholicus,24.6 +Guacaica,1087,8,10/2/2023,10,SANTIAGO,9.566666667,9.733333333,Tyrannus melancholicus,24.6 +Guacaica,1087,8,10/2/2023,10,SANTIAGO,9.566666667,9.733333333,Sporophila luctuosa,19.4 +Guacaica,1087,8,10/2/2023,10,SANTIAGO,9.566666667,9.733333333,Amazona mercenarius,38.1 +Guacaica,1087,8,10/2/2023,10,SANTIAGO,9.566666667,9.733333333,Amazona mercenarius,38.1 +Guacaica,1087,8,10/2/2023,10,SANTIAGO,9.566666667,9.733333333,Amazona mercenarius,38.1 +Guacaica,1087,8,10/2/2023,10,SANTIAGO,9.566666667,9.733333333,Tangara vassorii,16.4 +Guacaica,1087,8,10/2/2023,10,SANTIAGO,9.566666667,9.733333333,Troglodytes aedon,41.2 +Guacaica,1087,8,10/2/2023,10,SANTIAGO,9.566666667,9.733333333,Sporathraupis cyanocephala,49.7 +Guacaica,1087,8,10/2/2023,10,SANTIAGO,9.566666667,9.733333333,Stilpnia heinei,50.2 +Guacaica,1087,11,10/2/2023,10,SANTIAGO,9.966666667,10.13333333,Myiozetetes cayanensis,26.2 +Guacaica,1087,11,10/2/2023,10,SANTIAGO,9.966666667,10.13333333,Tyrannus melancholicus,18.4 +Guacaica,1087,11,10/2/2023,10,SANTIAGO,9.966666667,10.13333333,Tyrannus melancholicus,18.4 +Guacaica,1087,11,10/2/2023,10,SANTIAGO,9.966666667,10.13333333,Chlorophonia cyanocephala,36.8 +Guacaica,1087,11,10/2/2023,10,SANTIAGO,9.966666667,10.13333333,Troglodytes aedon,9.5 +Guacaica,1092,1,10/3/2023,10,JUAN,5.966666667,6.133333333,Stilpnia vitriolina,22.3 +Guacaica,1092,1,10/3/2023,10,JUAN,5.966666667,6.133333333,Tangara arthus,22.5 +Guacaica,1092,10,10/3/2023,10,JUAN,6.283333333,6.45,Tangara gyrola,25.7 +Guacaica,1092,10,10/3/2023,10,JUAN,6.283333333,6.45,Tyrannus melancholicus,28.8 +Guacaica,1092,10,10/3/2023,10,JUAN,6.283333333,6.45,Tyrannus melancholicus,28.8 +Guacaica,1092,11,10/3/2023,10,JUAN,6.516666667,6.683333333,Sporophila nigricollis,3.9 +Guacaica,1092,11,10/3/2023,10,JUAN,6.516666667,6.683333333,Stilpnia vitriolina,14.6 +Guacaica,1092,11,10/3/2023,10,JUAN,6.516666667,6.683333333,Zonotrichia capensis,9.3 +Guacaica,1092,2,10/3/2023,10,JUAN,6.916666667,7.083333333,Momotus aequatorialis,20.7 +Guacaica,1092,2,10/3/2023,10,JUAN,6.916666667,7.083333333,Setophaga fusca,22.4 +Guacaica,1092,2,10/3/2023,10,JUAN,6.916666667,7.083333333,Zimmerius chrysops,11.7 +Guacaica,1092,3,10/3/2023,10,JUAN,7.166666667,7.333333333,Arremon brunneinucha,12.6 +Guacaica,1092,3,10/3/2023,10,JUAN,7.166666667,7.333333333,Basileuterus tristriatus,14.5 +Guacaica,1092,3,10/3/2023,10,JUAN,7.166666667,7.333333333,Basileuterus tristriatus,14.5 +Guacaica,1092,4,10/3/2023,10,JUAN,7.433333333,7.616666667,Thraupis palmarum,22.5 +Guacaica,1092,4,10/3/2023,10,JUAN,7.433333333,7.616666667,Tyrannus melancholicus,39.5 +Guacaica,1092,5,10/3/2023,10,JUAN,8.033333333,8.2,Columbina talpacoti,38.8 +Guacaica,1092,5,10/3/2023,10,JUAN,8.033333333,8.2,Icterus chrysater,57.3 +Guacaica,1092,5,10/3/2023,10,JUAN,8.033333333,8.2,Myiozetetes cayanensis,34.5 +Guacaica,1092,7,10/3/2023,10,JUAN,8.7,8.866666667,Cyanocorax affinis,36.4 +Guacaica,1092,7,10/3/2023,10,JUAN,8.7,8.866666667,Cyanocorax affinis,36.4 +Guacaica,1092,7,10/3/2023,10,JUAN,8.7,8.866666667,Tangara gyrola,14.5 +Guacaica,1092,8,10/3/2023,10,JUAN,9.016666667,9.183333333,Contopus cooperi,50.3 +Guacaica,1092,8,10/3/2023,10,JUAN,9.016666667,9.183333333,Saltator atripennis,54.6 +Guacaica,1092,9,10/3/2023,10,SANTIAGO,6.2,6.366666667,Molothrus oryzivorus,28.4 +Guacaica,1092,9,10/3/2023,10,SANTIAGO,6.2,6.366666667,Chamaepetes goudotii,39.1 +Guacaica,1092,9,10/3/2023,10,SANTIAGO,6.2,6.366666667,Chamaepetes goudotii,39.1 +Guacaica,1092,9,10/3/2023,10,SANTIAGO,6.2,6.366666667,Atlapetes albinucha,12.9 +Guacaica,1092,8,10/3/2023,10,SANTIAGO,6.583333333,6.75,Aulacorhynchus haematopygus,39.5 +Guacaica,1092,8,10/3/2023,10,SANTIAGO,6.583333333,6.75,Aulacorhynchus haematopygus,39.5 +Guacaica,1092,8,10/3/2023,10,SANTIAGO,6.583333333,6.75,Dorifera ludoviceae,25.1 +Guacaica,1092,8,10/3/2023,10,SANTIAGO,6.583333333,6.75,Atlapetes albinucha,19.4 +Guacaica,1092,8,10/3/2023,10,SANTIAGO,6.583333333,6.75,Mionectes striaticollis,28 +Guacaica,1092,7,10/3/2023,10,SANTIAGO,7.033333333,7.2,Atlapetes albinucha,21.3 +Guacaica,1092,6,10/3/2023,10,SANTIAGO,7.433333333,7.6,Myiothlypis fulvicauda,16.2 +Guacaica,1092,6,10/3/2023,10,SANTIAGO,7.433333333,7.6,Phaethornis syrmatophorus,29.4 +Guacaica,1092,5,10/3/2023,10,SANTIAGO,7.783333333,7.95,Thamnophilus multistriatus,35.2 +Guacaica,1092,5,10/3/2023,10,SANTIAGO,7.783333333,7.95,Ramphocelus dimidiatus,18.6 +Guacaica,1092,5,10/3/2023,10,SANTIAGO,7.783333333,7.95,Ramphocelus dimidiatus,18.6 +Guacaica,1092,5,10/3/2023,10,SANTIAGO,7.783333333,7.95,Thraupis episcopus,31.4 +Guacaica,1092,5,10/3/2023,10,SANTIAGO,7.783333333,7.95,Thraupis episcopus,31.4 +Guacaica,1092,5,10/3/2023,10,SANTIAGO,7.783333333,7.95,Zonotrichia capensis,16.7 +Guacaica,1092,5,10/3/2023,10,SANTIAGO,7.783333333,7.95,Colaptes rubiginosus,64.1 +Guacaica,1092,4,10/3/2023,10,SANTIAGO,8.1,8.266666667,Bubulcus ibis,14.3 +Guacaica,1092,4,10/3/2023,10,SANTIAGO,8.1,8.266666667,Bubulcus ibis,14.3 +Guacaica,1092,4,10/3/2023,10,SANTIAGO,8.1,8.266666667,Thamnophilus multistriatus,35.1 +Guacaica,1092,4,10/3/2023,10,SANTIAGO,8.1,8.266666667,Theristicus caudatus,18.7 +Guacaica,1092,4,10/3/2023,10,SANTIAGO,8.1,8.266666667,Theristicus caudatus,18.7 +Guacaica,1092,4,10/3/2023,10,SANTIAGO,8.1,8.266666667,Ramphocelus flammigerus,29.5 +Guacaica,1092,4,10/3/2023,10,SANTIAGO,8.1,8.266666667,Tangara arthus,34.1 +Guacaica,1092,4,10/3/2023,10,SANTIAGO,8.1,8.266666667,Contopus sordidulus,36 +Guacaica,1092,4,10/3/2023,10,SANTIAGO,8.1,8.266666667,Thraupis episcopus,25.2 +Guacaica,1092,4,10/3/2023,10,SANTIAGO,8.1,8.266666667,Thraupis episcopus,25.2 +Guacaica,1092,4,10/3/2023,10,SANTIAGO,8.1,8.266666667,Setophaga fusca,27.5 +Guacaica,1092,3,10/3/2023,10,SANTIAGO,8.516666667,8.683333333,Malacoptila mystacalis,35.4 +Guacaica,1092,3,10/3/2023,10,SANTIAGO,8.516666667,8.683333333,Momotus aequatorialis,26.5 +Guacaica,1092,3,10/3/2023,10,SANTIAGO,8.516666667,8.683333333,Mniotilta varia,18.2 +Guacaica,1092,3,10/3/2023,10,SANTIAGO,8.516666667,8.683333333,Mionectes galbinus,21.9 +Guacaica,1092,2,10/3/2023,10,SANTIAGO,8.916666667,9.083333333,Myiodynastes hemichrysus,35.1 +Guacaica,1092,2,10/3/2023,10,SANTIAGO,8.916666667,9.083333333,Tyrannus melancholicus,29.4 +Guacaica,1092,2,10/3/2023,10,SANTIAGO,8.916666667,9.083333333,Basileuterus tristriatus,36.5 +Guacaica,1092,2,10/3/2023,10,SANTIAGO,8.916666667,9.083333333,Melanerpes formicivorus,16 +Guacaica,1092,2,10/3/2023,10,SANTIAGO,8.916666667,9.083333333,Melanerpes formicivorus,16 +Guacaica,1092,2,10/3/2023,10,SANTIAGO,8.916666667,9.083333333,Mimus gilvus,14.8 +Guacaica,1092,10,10/3/2023,10,SANTIAGO,9.35,9.516666667,Poecilotriccus ruficeps,9.4 +Guacaica,1092,10,10/3/2023,10,SANTIAGO,9.35,9.516666667,Arremon brunneinucha,12.6 +Guacaica,1092,10,10/3/2023,10,SANTIAGO,9.35,9.516666667,Zentrygon frenata,15.1 +Guacaica,1092,10,10/3/2023,10,SANTIAGO,9.35,9.516666667,Zentrygon frenata,15.1 +Guacaica,1092,11,10/3/2023,10,SANTIAGO,9.716666667,9.883333333,Ortalis columbiana,17.9 +Guacaica,1092,11,10/3/2023,10,SANTIAGO,9.716666667,9.883333333,Atlapetes albinucha,20.3 +Guacaica,1092,1,10/3/2023,10,SANTIAGO,10.15,10.31666667,Stilpnia heinei,16.5 +Guacaica,1092,1,10/3/2023,10,SANTIAGO,10.15,10.31666667,Rupornis magnirostris,21.2 +Guacaica,1092,1,10/3/2023,10,SANTIAGO,10.15,10.31666667,Sphenopsis melanotis,17.6 +Guacaica,1060,4,10/4/2023,10,JUAN,6.083333333,6.25,Atlapetes albinucha,9.5 +Guacaica,1060,4,10/4/2023,10,JUAN,6.083333333,6.25,Atlapetes albinucha,9.5 +Guacaica,1060,4,10/4/2023,10,JUAN,6.083333333,6.25,Synallaxis azarae,3.1 +Guacaica,1060,12,10/4/2023,10,JUAN,6.366666667,6.533333333,Sayornis nigricans,32.2 +Guacaica,1060,12,10/4/2023,10,JUAN,6.366666667,6.533333333,Sayornis nigricans,15.9 +Guacaica,1060,12,10/4/2023,10,JUAN,6.366666667,6.533333333,Zimmerius chrysops,19.2 +Guacaica,1060,5,10/4/2023,10,JUAN,6.616666667,6.783333333,Coragyps atratus,25.5 +Guacaica,1060,5,10/4/2023,10,JUAN,6.616666667,6.783333333,Coragyps atratus,25.5 +Guacaica,1060,5,10/4/2023,10,JUAN,6.616666667,6.783333333,Setophaga fusca,29.9 +Guacaica,1060,5,10/4/2023,10,JUAN,6.616666667,6.783333333,Setophaga fusca,29.9 +Guacaica,1060,6,10/4/2023,10,JUAN,6.983333333,7.15,Contopus cooperi,14.5 +Guacaica,1060,6,10/4/2023,10,JUAN,6.983333333,7.15,Myiozetetes cayanensis,12.5 +Guacaica,1060,6,10/4/2023,10,JUAN,6.983333333,7.15,Pionus menstruus,30.2 +Guacaica,1060,6,10/4/2023,10,JUAN,6.983333333,7.15,Pionus menstruus,30.2 +Guacaica,1060,6,10/4/2023,10,JUAN,6.983333333,7.15,Rupornis magnirostris,93.3 +Guacaica,1060,6,10/4/2023,10,JUAN,6.983333333,7.15,Thraupis palmarum,19.4 +Guacaica,1060,6,10/4/2023,10,JUAN,6.983333333,7.15,Thraupis palmarum,19.4 +Guacaica,1060,6,10/4/2023,10,JUAN,6.983333333,7.15,Thraupis palmarum,28 +Guacaica,1060,6,10/4/2023,10,JUAN,6.983333333,7.15,Troglodytes aedon,28.4 +Guacaica,1060,6,10/4/2023,10,JUAN,6.983333333,7.15,Tyrannus melancholicus,12 +Guacaica,1060,6,10/4/2023,10,JUAN,6.983333333,7.15,Tyrannus melancholicus,28 +Guacaica,1060,6,10/4/2023,10,JUAN,6.983333333,7.15,Zenaida auriculata,29.2 +Guacaica,1060,7,10/4/2023,10,JUAN,7.233333333,7.4,Bubulcus ibis,33.3 +Guacaica,1060,7,10/4/2023,10,JUAN,7.233333333,7.4,Bubulcus ibis,27.9 +Guacaica,1060,7,10/4/2023,10,JUAN,7.233333333,7.4,Catharus ustulatus,20.7 +Guacaica,1060,7,10/4/2023,10,JUAN,7.233333333,7.4,Phimosus infuscatus,93.1 +Guacaica,1060,7,10/4/2023,10,JUAN,7.233333333,7.4,Pionus menstruus,59.2 +Guacaica,1060,7,10/4/2023,10,JUAN,7.233333333,7.4,Turdus ignobilis,38.2 +Guacaica,1060,8,10/4/2023,10,JUAN,7.5,7.666666667,Icterus chrysater,21.5 +Guacaica,1060,8,10/4/2023,10,JUAN,7.5,7.666666667,Melanerpes formicivorus,40.6 +Guacaica,1060,8,10/4/2023,10,JUAN,7.5,7.666666667,Ortalis columbiana,17 +Guacaica,1060,8,10/4/2023,10,JUAN,7.5,7.666666667,Ortalis columbiana,17 +Guacaica,1060,8,10/4/2023,10,JUAN,7.5,7.666666667,Ortalis columbiana,17 +Guacaica,1060,8,10/4/2023,10,JUAN,7.5,7.666666667,Ortalis columbiana,17 +Guacaica,1060,8,10/4/2023,10,JUAN,7.5,7.666666667,Ortalis columbiana,17 +Guacaica,1060,8,10/4/2023,10,JUAN,7.5,7.666666667,Thraupis palmarum,25.7 +Guacaica,1060,8,10/4/2023,10,JUAN,7.5,7.666666667,Zenaida auriculata,29.1 +Guacaica,1060,8,10/4/2023,10,JUAN,7.5,7.666666667,Zenaida auriculata,29.1 +Guacaica,1060,8,10/4/2023,10,JUAN,7.766666667,7.933333333,Setophaga fusca,29.1 +Guacaica,1060,8,10/4/2023,10,JUAN,7.766666667,7.933333333,Sporophila nigricollis,10.2 +Guacaica,1060,8,10/4/2023,10,JUAN,7.766666667,7.933333333,Sporophila schistacea,11 +Guacaica,1060,8,10/4/2023,10,JUAN,7.766666667,7.933333333,Tyrannus melancholicus,15.4 +Guacaica,1060,8,10/4/2023,10,JUAN,7.766666667,7.933333333,Tyrannus melancholicus,15.4 +Guacaica,1060,8,10/4/2023,10,JUAN,7.766666667,7.933333333,Zonotrichia capensis,7.4 +Guacaica,1060,10,10/4/2023,10,JUAN,8.25,8.416666667,Atlapetes albinucha,60.5 +Guacaica,1060,10,10/4/2023,10,JUAN,8.25,8.416666667,Tangara gyrola,11.9 +Guacaica,1060,10,10/4/2023,10,JUAN,8.25,8.416666667,Tiaris olivaceus,4.9 +Guacaica,1060,10,10/4/2023,10,JUAN,8.25,8.416666667,Zonotrichia capensis,5.6 +Guacaica,1060,10,10/4/2023,10,JUAN,8.25,8.416666667,Zonotrichia capensis,20.2 +Guacaica,1060,1,10/4/2023,10,JUAN,8.566666667,8.733333333,Setophaga fusca,32.8 +Guacaica,1060,1,10/4/2023,10,JUAN,8.566666667,8.733333333,Setophaga fusca,32.8 +Guacaica,1060,1,10/4/2023,10,JUAN,8.566666667,8.733333333,Sporophila nigricollis,13.2 +Guacaica,1060,1,10/4/2023,10,JUAN,8.566666667,8.733333333,Turdus ignobilis,33 +Guacaica,1060,11,10/4/2023,10,JUAN,8.866666667,9.033333333,Piranga rubra,18.8 +Guacaica,1060,11,10/4/2023,10,JUAN,8.866666667,9.033333333,Tangara nigroviridis,32.9 +Guacaica,1060,11,10/4/2023,10,JUAN,8.866666667,9.033333333,Tangara nigroviridis,32.9 +Guacaica,1060,2,10/4/2023,10,JUAN,9.3,9.466666667,Basileuterus tristriatus,6.2 +Guacaica,1060,2,10/4/2023,10,JUAN,9.3,9.466666667,Basileuterus tristriatus,6.2 +Guacaica,1060,2,10/4/2023,10,JUAN,9.3,9.466666667,Turdus fuscater,11.9 +Guacaica,1060,3,10/4/2023,10,JUAN,9.583333333,9.75,Stilpnia vitriolina,13.3 +Guacaica,1060,1,10/4/2023,10,SANTIAGO,6.016666667,6.183333333,Piranga rubra,16.3 +Guacaica,1060,1,10/4/2023,10,SANTIAGO,6.016666667,6.183333333,Setophaga ruticilla,14.7 +Guacaica,1060,1,10/4/2023,10,SANTIAGO,6.016666667,6.183333333,Thraupis episcopus,22.9 +Guacaica,1060,1,10/4/2023,10,SANTIAGO,6.016666667,6.183333333,Thraupis episcopus,22.9 +Guacaica,1060,1,10/4/2023,10,SANTIAGO,6.016666667,6.183333333,Synallaxis albescens,34.1 +Guacaica,1060,1,10/4/2023,10,SANTIAGO,6.016666667,6.183333333,Tiaris olivaceus,9.8 +Guacaica,1060,2,10/4/2023,10,SANTIAGO,6.433333333,6.6,Sporathraupis cyanocephala,17.4 +Guacaica,1060,2,10/4/2023,10,SANTIAGO,6.433333333,6.6,Xiphorhynchus triangularis,25.3 +Guacaica,1060,2,10/4/2023,10,SANTIAGO,6.433333333,6.6,Anthracothorax nigricollis,33.1 +Guacaica,1060,2,10/4/2023,10,SANTIAGO,6.433333333,6.6,Atlapetes albinucha,19.8 +Guacaica,1060,2,10/4/2023,10,SANTIAGO,6.433333333,6.6,Mionectes striaticollis,24.6 +Guacaica,1060,2,10/4/2023,10,SANTIAGO,6.433333333,6.6,Campephilus pollens,17.9 +Guacaica,1060,2,10/4/2023,10,SANTIAGO,6.433333333,6.6,Campephilus pollens,17.9 +Guacaica,1060,2,10/4/2023,10,SANTIAGO,6.433333333,6.6,Stilpnia heinei,21 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Atlapetes flaviceps,25.1 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Atlapetes flaviceps,25.1 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Aulacorhynchus haematopygus,37.8 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Saltator striatipectus,112.4 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Setophaga fusca,29.7 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Setophaga fusca,29.7 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Tangara arthus,26.2 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Tangara arthus,26.2 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Tangara vassorii,19.4 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Thraupis episcopus,17.2 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Icterus chrysater,84.7 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Vanellus chilensis,18.8 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Vanellus chilensis,18.8 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Vanellus chilensis,18.8 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Pionus chalcopterus,49.5 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Pionus chalcopterus,49.5 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Pionus chalcopterus,49.5 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Pionus chalcopterus,49.5 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Pionus chalcopterus,49.5 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Pionus chalcopterus,49.5 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Pionus chalcopterus,49.5 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Pionus chalcopterus,49.5 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Pionus chalcopterus,49.5 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Daptrius chimachima,23 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Chamaepetes goudotii,124.1 +Guacaica,1060,3,10/4/2023,10,SANTIAGO,6.716666667,6.883333333,Chamaepetes goudotii,124.1 +Guacaica,1060,11,10/4/2023,10,SANTIAGO,7.033333333,7.2,Tyrannus melancholicus,26.8 +Guacaica,1060,11,10/4/2023,10,SANTIAGO,7.033333333,7.2,Tyrannus melancholicus,26.8 +Guacaica,1060,11,10/4/2023,10,SANTIAGO,7.033333333,7.2,Vanellus chilensis,46.2 +Guacaica,1060,11,10/4/2023,10,SANTIAGO,7.033333333,7.2,Bubulcus ibis,24 +Guacaica,1060,11,10/4/2023,10,SANTIAGO,7.033333333,7.2,Bubulcus ibis,24 +Guacaica,1060,11,10/4/2023,10,SANTIAGO,7.033333333,7.2,Zenaida auriculata,19.4 +Guacaica,1060,11,10/4/2023,10,SANTIAGO,7.033333333,7.2,Amazilia tzacatl,32 +Guacaica,1060,10,10/4/2023,10,SANTIAGO,7.566666667,7.733333333,Cardellina canadensis,27.4 +Guacaica,1060,10,10/4/2023,10,SANTIAGO,7.566666667,7.733333333,Cardellina canadensis,27.4 +Guacaica,1060,10,10/4/2023,10,SANTIAGO,7.566666667,7.733333333,Thraupis episcopus,26.8 +Guacaica,1060,10,10/4/2023,10,SANTIAGO,7.566666667,7.733333333,Myioborus miniatus,32 +Guacaica,1060,10,10/4/2023,10,SANTIAGO,7.566666667,7.733333333,Pogonotriccus ophthalmicus,14.6 +Guacaica,1060,10,10/4/2023,10,SANTIAGO,7.566666667,7.733333333,Daptrius chimachima,31.9 +Guacaica,1060,9,10/4/2023,10,SANTIAGO,7.966666667,8.133333333,Tiaris olivaceus,24.1 +Guacaica,1060,9,10/4/2023,10,SANTIAGO,7.966666667,8.133333333,Tiaris olivaceus,24.1 +Guacaica,1060,9,10/4/2023,10,SANTIAGO,7.966666667,8.133333333,Thamnophilus multistriatus,19.7 +Guacaica,1060,9,10/4/2023,10,SANTIAGO,7.966666667,8.133333333,Buteo platypterus,31.4 +Guacaica,1060,9,10/4/2023,10,SANTIAGO,7.966666667,8.133333333,Sporophila nigricollis,17.5 +Guacaica,1060,9,10/4/2023,10,SANTIAGO,7.966666667,8.133333333,Zimmerius chrysops,35.9 +Guacaica,1060,8,10/4/2023,10,SANTIAGO,8.316666667,8.483333333,Stilpnia cyanicollis,24.1 +Guacaica,1060,8,10/4/2023,10,SANTIAGO,8.316666667,8.483333333,Sporophila nigricollis,19.5 +Guacaica,1060,8,10/4/2023,10,SANTIAGO,8.316666667,8.483333333,Tangara xanthocephala,36.1 +Guacaica,1060,8,10/4/2023,10,SANTIAGO,8.316666667,8.483333333,Melanerpes formicivorus,41.7 +Guacaica,1060,8,10/4/2023,10,SANTIAGO,8.316666667,8.483333333,Melanerpes formicivorus,41.7 +Guacaica,1060,8,10/4/2023,10,SANTIAGO,8.316666667,8.483333333,Phimosus infuscatus,9.7 +Guacaica,1060,8,10/4/2023,10,SANTIAGO,8.316666667,8.483333333,Contopus virens,17.4 +Guacaica,1060,7,10/4/2023,10,SANTIAGO,8.733333333,8.9,Sicalis flaveola,19.6 +Guacaica,1060,7,10/4/2023,10,SANTIAGO,8.733333333,8.9,Sicalis flaveola,19.6 +Guacaica,1060,7,10/4/2023,10,SANTIAGO,8.733333333,8.9,Sicalis flaveola,19.6 +Guacaica,1060,7,10/4/2023,10,SANTIAGO,8.733333333,8.9,Momotus aequatorialis,31.4 +Guacaica,1060,7,10/4/2023,10,SANTIAGO,8.733333333,8.9,Icterus chrysater,41.3 +Guacaica,1060,7,10/4/2023,10,SANTIAGO,8.733333333,8.9,Daptrius chimachima,33.3 +Guacaica,1060,6,10/4/2023,10,SANTIAGO,9.033333333,9.2,Sporophila luctuosa,27.4 +Guacaica,1060,6,10/4/2023,10,SANTIAGO,9.033333333,9.2,Thraupis palmarum,16.6 +Guacaica,1060,12,10/4/2023,10,SANTIAGO,9.416666667,9.583333333,Troglodytes aedon,14.2 +Guacaica,1060,12,10/4/2023,10,SANTIAGO,9.416666667,9.583333333,Setophaga fusca,29.7 +Guacaica,1060,12,10/4/2023,10,SANTIAGO,9.416666667,9.583333333,Setophaga fusca,29.7 +Guacaica,1060,12,10/4/2023,10,SANTIAGO,9.416666667,9.583333333,Icterus chrysater,34.2 +Guacaica,1060,12,10/4/2023,10,SANTIAGO,9.416666667,9.583333333,Uranomitra franciae,26.4 +Guacaica,1060,12,10/4/2023,10,SANTIAGO,9.416666667,9.583333333,Zenaida auriculata,14.4 +Guacaica,1060,12,10/4/2023,10,SANTIAGO,9.416666667,9.583333333,Zenaida auriculata,14.4 +Guacaica,1060,12,10/4/2023,10,SANTIAGO,9.416666667,9.583333333,Tiaris olivaceus,18.2 +Guacaica,1060,4,10/4/2023,10,SANTIAGO,9.816666667,9.983333333,Myiodynastes hemichrysus,27.1 +Guacaica,1060,4,10/4/2023,10,SANTIAGO,9.816666667,9.983333333,Myiodynastes hemichrysus,27.1 +Guacaica,1060,4,10/4/2023,10,SANTIAGO,9.816666667,9.983333333,Myioborus miniatus,19.2 +Guacaica,1060,4,10/4/2023,10,SANTIAGO,9.816666667,9.983333333,Myioborus miniatus,19.2 +Guacaica,1060,4,10/4/2023,10,SANTIAGO,9.816666667,9.983333333,Piaya cayana,36.8 +Guacaica,837,8,10/5/2023,10,JUAN,6.75,6.916666667,Todirostrum cinereum,19.3 +Guacaica,837,8,10/5/2023,10,JUAN,6.75,6.916666667,Zimmerius chrysops,23.8 +Guacaica,837,6,10/5/2023,10,JUAN,7.016666667,7.183333333,Patagioenas fasciata,76.1 +Guacaica,837,6,10/5/2023,10,JUAN,7.016666667,7.183333333,Ramphocelus flammigerus,44.3 +Guacaica,837,6,10/5/2023,10,JUAN,7.016666667,7.183333333,Ramphocelus flammigerus,53.7 +Guacaica,837,6,10/5/2023,10,JUAN,7.016666667,7.183333333,Turdus ignobilis,36.6 +Guacaica,837,6,10/5/2023,10,JUAN,7.016666667,7.183333333,Vanellus chilensis,36.6 +Guacaica,837,7,10/5/2023,10,JUAN,7.35,7.516666667,Aulacorhynchus albivitta,18.8 +Guacaica,837,5,10/5/2023,10,JUAN,7.85,8.016666667,Catharus ustulatus,17.2 +Guacaica,837,5,10/5/2023,10,JUAN,7.85,8.016666667,Catharus ustulatus,17.2 +Guacaica,837,5,10/5/2023,10,JUAN,7.85,8.016666667,Catharus ustulatus,17.2 +Guacaica,837,5,10/5/2023,10,JUAN,7.85,8.016666667,Contopus virens,15.4 +Guacaica,837,5,10/5/2023,10,JUAN,7.85,8.016666667,Mniotilta varia,17.2 +Guacaica,837,5,10/5/2023,10,JUAN,7.85,8.016666667,Mniotilta varia,17.2 +Guacaica,837,5,10/5/2023,10,JUAN,7.85,8.016666667,Patagioenas fasciata,73.9 +Guacaica,837,2,10/5/2023,10,JUAN,8.783333333,8.95,Contopus virens,28.2 +Guacaica,837,2,10/5/2023,10,JUAN,8.783333333,8.95,Spinus psaltria,41 +Guacaica,837,2,10/5/2023,10,JUAN,8.783333333,8.95,Tyrannus melancholicus,30.6 +Guacaica,837,2,10/5/2023,10,JUAN,8.783333333,8.95,Zimmerius chrysops,25 +Guacaica,837,2,10/5/2023,10,JUAN,8.783333333,8.95,Zonotrichia capensis,15.4 +Guacaica,837,2,10/5/2023,10,JUAN,8.783333333,8.95,Zonotrichia capensis,15.4 +Guacaica,837,1,10/5/2023,10,JUAN,9.066666667,9.233333333,Thraupis palmarum,47.8 +Guacaica,837,1,10/5/2023,10,SANTIAGO,6.083333333,6.25,Tiaris olivaceus,26.3 +Guacaica,837,1,10/5/2023,10,SANTIAGO,6.083333333,6.25,Troglodytes aedon,18.4 +Guacaica,837,1,10/5/2023,10,SANTIAGO,6.083333333,6.25,Ortalis columbiana,49.7 +Guacaica,837,1,10/5/2023,10,SANTIAGO,6.083333333,6.25,Ortalis columbiana,49.7 +Guacaica,837,1,10/5/2023,10,SANTIAGO,6.083333333,6.25,Ortalis columbiana,49.7 +Guacaica,837,1,10/5/2023,10,SANTIAGO,6.083333333,6.25,Ortalis columbiana,49.7 +Guacaica,837,1,10/5/2023,10,SANTIAGO,6.083333333,6.25,Ortalis columbiana,49.7 +Guacaica,837,1,10/5/2023,10,SANTIAGO,6.083333333,6.25,Ortalis columbiana,49.7 +Guacaica,837,1,10/5/2023,10,SANTIAGO,6.083333333,6.25,Vanellus chilensis,63.1 +Guacaica,837,2,10/5/2023,10,SANTIAGO,6.45,6.616666667,Turdus fuscater,36.4 +Guacaica,837,2,10/5/2023,10,SANTIAGO,6.45,6.616666667,Stilpnia heinei,29.7 +Guacaica,837,2,10/5/2023,10,SANTIAGO,6.45,6.616666667,Stilpnia heinei,29.7 +Guacaica,837,2,10/5/2023,10,SANTIAGO,6.45,6.616666667,Rupornis magnirostris,45.1 +Guacaica,837,2,10/5/2023,10,SANTIAGO,6.45,6.616666667,Setophaga fusca,31.8 +Guacaica,837,2,10/5/2023,10,SANTIAGO,6.45,6.616666667,Zonotrichia capensis,33.3 +Guacaica,837,2,10/5/2023,10,SANTIAGO,6.45,6.616666667,Zonotrichia capensis,33.3 +Guacaica,837,3,10/5/2023,10,SANTIAGO,6.816666667,6.983333333,Tangara vassorii,26.9 +Guacaica,837,3,10/5/2023,10,SANTIAGO,6.816666667,6.983333333,Tangara vassorii,26.9 +Guacaica,837,3,10/5/2023,10,SANTIAGO,6.816666667,6.983333333,Pipreola riefferii,35.4 +Guacaica,837,3,10/5/2023,10,SANTIAGO,6.816666667,6.983333333,Xenops rutilans,37.5 +Guacaica,837,3,10/5/2023,10,SANTIAGO,6.816666667,6.983333333,Stilpnia heinei,29.1 +Guacaica,837,3,10/5/2023,10,SANTIAGO,6.816666667,6.983333333,Stilpnia heinei,29.1 +Guacaica,837,4,10/5/2023,10,SANTIAGO,7.2,7.366666667,Daptrius chimachima,39.2 +Guacaica,837,4,10/5/2023,10,SANTIAGO,7.2,7.366666667,Daptrius chimachima,39.2 +Guacaica,837,4,10/5/2023,10,SANTIAGO,7.2,7.366666667,Daptrius chimachima,39.2 +Guacaica,837,4,10/5/2023,10,SANTIAGO,7.2,7.366666667,Daptrius chimachima,39.2 +Guacaica,837,4,10/5/2023,10,SANTIAGO,7.2,7.366666667,Daptrius chimachima,39.2 +Guacaica,837,4,10/5/2023,10,SANTIAGO,7.2,7.366666667,Zonotrichia capensis,24.6 +Guacaica,837,4,10/5/2023,10,SANTIAGO,7.2,7.366666667,Vanellus chilensis,29.8 +Guacaica,837,4,10/5/2023,10,SANTIAGO,7.2,7.366666667,Vanellus chilensis,29.8 +Guacaica,837,5,10/5/2023,10,SANTIAGO,7.483333333,7.65,Myioborus ornatus,27.1 +Guacaica,837,5,10/5/2023,10,SANTIAGO,7.483333333,7.65,Synallaxis brachyura,15.2 +Guacaica,837,5,10/5/2023,10,SANTIAGO,7.483333333,7.65,Thamnophilus multistriatus,24.4 +Guacaica,837,5,10/5/2023,10,SANTIAGO,7.483333333,7.65,Thraupis episcopus,35.7 +Guacaica,837,5,10/5/2023,10,SANTIAGO,7.483333333,7.65,Thraupis episcopus,35.7 +Guacaica,837,5,10/5/2023,10,SANTIAGO,7.483333333,7.65,Zonotrichia capensis,19.3 +Guacaica,837,5,10/5/2023,10,SANTIAGO,7.483333333,7.65,Zonotrichia capensis,19.3 +Guacaica,837,9,10/5/2023,10,SANTIAGO,7.916666667,8.083333333,Tangara gyrola,13.8 +Guacaica,837,9,10/5/2023,10,SANTIAGO,7.916666667,8.083333333,Zimmerius chrysops,21 +Guacaica,837,9,10/5/2023,10,SANTIAGO,7.916666667,8.083333333,Legatus leucophaius,28.4 +Guacaica,837,8,10/5/2023,10,SANTIAGO,8.2,8.366666667,Zimmerius chrysops,16.1 +Guacaica,837,8,10/5/2023,10,SANTIAGO,8.2,8.366666667,Zonotrichia capensis,28.2 +Guacaica,837,8,10/5/2023,10,SANTIAGO,8.2,8.366666667,Zonotrichia capensis,28.2 +Guacaica,837,6,10/5/2023,10,SANTIAGO,8.816666667,8.983333333,Thamnophilus multistriatus,39.4 +Guacaica,837,6,10/5/2023,10,SANTIAGO,8.816666667,8.983333333,Rupornis magnirostris,26.5 +Guacaica,837,6,10/5/2023,10,SANTIAGO,8.816666667,8.983333333,Rupornis magnirostris,26.5 +Guacaica,837,6,10/5/2023,10,SANTIAGO,8.816666667,8.983333333,Zonotrichia capensis,16.4 +Guacaica,837,6,10/5/2023,10,SANTIAGO,8.816666667,8.983333333,Saucerottia saucerottei,32.9 +Guacaica,837,6,10/5/2023,10,SANTIAGO,8.816666667,8.983333333,Vanellus chilensis,24 +Guacaica,837,6,10/5/2023,10,SANTIAGO,8.816666667,8.983333333,Vanellus chilensis,24 +Guacaica,837,6,10/5/2023,10,SANTIAGO,8.816666667,8.983333333,Synallaxis brachyura,38.4 +Guacaica,837,7,10/5/2023,10,SANTIAGO,9.283333333,9.45,Lepidocolaptes lacrymiger,18.6 +Guacaica,837,7,10/5/2023,10,SANTIAGO,9.283333333,9.45,Atlapetes albinucha,22.1 +Guacaica,837,7,10/5/2023,10,SANTIAGO,9.283333333,9.45,Chamaepetes goudotii,14.7 +Guacaica,1063,1,10/6/2023,10,JUAN,6.016666667,6.183333333,Icterus chrysater,38.7 +Guacaica,1063,1,10/6/2023,10,JUAN,6.016666667,6.183333333,Stilpnia vitriolina,18.2 +Guacaica,1063,1,10/6/2023,10,JUAN,6.016666667,6.183333333,Tangara gyrola,18.2 +Guacaica,1063,1,10/6/2023,10,JUAN,6.016666667,6.183333333,Zonotrichia capensis,33.6 +Guacaica,1063,1,10/6/2023,10,JUAN,6.016666667,6.183333333,Zonotrichia capensis,28.7 +Guacaica,1063,4,10/6/2023,10,JUAN,6.316666667,6.483333333,Sporophila nigricollis,13.3 +Guacaica,1063,4,10/6/2023,10,JUAN,6.316666667,6.483333333,Thraupis episcopus,22.9 +Guacaica,1063,4,10/6/2023,10,JUAN,6.316666667,6.483333333,Troglodytes aedon,15.2 +Guacaica,1063,5,10/6/2023,10,JUAN,6.583333333,6.75,Melanerpes formicivorus,48.4 +Guacaica,1063,5,10/6/2023,10,JUAN,6.583333333,6.75,Melanerpes formicivorus,48.4 +Guacaica,1063,5,10/6/2023,10,JUAN,6.583333333,6.75,Patagioenas fasciata,30.3 +Guacaica,1063,5,10/6/2023,10,JUAN,6.583333333,6.75,Sicalis flaveola,11.3 +Guacaica,1063,5,10/6/2023,10,JUAN,6.583333333,6.75,Sicalis flaveola,11.3 +Guacaica,1063,5,10/6/2023,10,JUAN,6.583333333,6.75,Stilpnia vitriolina,23.8 +Guacaica,1063,5,10/6/2023,10,JUAN,6.583333333,6.75,Stilpnia vitriolina,23.8 +Guacaica,1063,5,10/6/2023,10,JUAN,6.583333333,6.75,Zimmerius chrysops,27.5 +Guacaica,1063,2,10/6/2023,10,JUAN,6.983333333,7.15,Contopus virens,18.4 +Guacaica,1063,2,10/6/2023,10,JUAN,6.983333333,7.15,Melanerpes formicivorus,10.8 +Guacaica,1063,2,10/6/2023,10,JUAN,6.983333333,7.15,Saucerottia saucerottei,13.1 +Guacaica,1063,2,10/6/2023,10,JUAN,6.983333333,7.15,Setophaga petechia,13 +Guacaica,1063,2,10/6/2023,10,JUAN,6.983333333,7.15,Tyrannus melancholicus,24.9 +Guacaica,1063,3,10/6/2023,10,JUAN,7.25,7.416666667,Tyrannus melancholicus,43.8 +Guacaica,1063,3,10/6/2023,10,JUAN,7.25,7.416666667,Tyrannus melancholicus,86.7 +Guacaica,1063,7,10/6/2023,10,JUAN,7.716666667,7.883333333,Sayornis nigricans,20.2 +Guacaica,1063,7,10/6/2023,10,JUAN,7.716666667,7.883333333,Serpophaga cinerea,12.3 +Guacaica,1063,7,10/6/2023,10,JUAN,7.716666667,7.883333333,Serpophaga cinerea,12.3 +Guacaica,1063,7,10/6/2023,10,JUAN,7.716666667,7.883333333,Tyrannus melancholicus,29.5 +Guacaica,1063,9,10/6/2023,10,JUAN,8.666666667,8.833333333,Troglodytes aedon,10.7 +Guacaica,1063,9,10/6/2023,10,JUAN,8.666666667,8.833333333,Tyrannus melancholicus,22.5 +Guacaica,1063,10,10/6/2023,10,JUAN,9,9.166666667,Amazilia tzacatl,7.4 +Guacaica,1063,10,10/6/2023,10,JUAN,9,9.166666667,Sporophila sp,18.2 +Guacaica,1063,11,10/6/2023,10,JUAN,9.233333333,9.4,Momotus aequatorialis,25.6 +Guacaica,1063,6,10/6/2023,10,JUAN,9.75,9.916666667,Chlorophanes spiza,28.7 +Guacaica,1063,6,10/6/2023,10,JUAN,9.75,9.916666667,Piranga rubra,14.5 +Guacaica,1063,6,10/6/2023,10,JUAN,9.75,9.916666667,Ramphocelus flammigerus,31.7 +Guacaica,1063,6,10/6/2023,10,JUAN,9.75,9.916666667,Sporophila intermedia,17.6 +Guacaica,1063,6,10/6/2023,10,JUAN,9.75,9.916666667,Stilpnia vitriolina,16.5 +Guacaica,1063,6,10/6/2023,10,JUAN,9.75,9.916666667,Stilpnia vitriolina,16.5 +Guacaica,1063,6,10/6/2023,10,JUAN,9.75,9.916666667,Tangara arthus,14.6 +Guacaica,1063,6,10/6/2023,10,JUAN,9.75,9.916666667,Volatinia jacarina,20.9 +Guacaica,1063,6,10/6/2023,10,SANTIAGO,6.066666667,6.233333333,Tyrannus melancholicus,26.3 +Guacaica,1063,6,10/6/2023,10,SANTIAGO,6.066666667,6.233333333,Momotus aequatorialis,19.2 +Guacaica,1063,6,10/6/2023,10,SANTIAGO,6.066666667,6.233333333,Forpus conspicillatus,55.5 +Guacaica,1063,6,10/6/2023,10,SANTIAGO,6.066666667,6.233333333,Forpus conspicillatus,55.5 +Guacaica,1063,6,10/6/2023,10,SANTIAGO,6.066666667,6.233333333,Synallaxis azarae,27.1 +Guacaica,1063,6,10/6/2023,10,SANTIAGO,6.066666667,6.233333333,Myiopagis viridicata,46.2 +Guacaica,1063,7,10/6/2023,10,SANTIAGO,6.416666667,6.583333333,Serpophaga cinerea,26.8 +Guacaica,1063,7,10/6/2023,10,SANTIAGO,6.416666667,6.583333333,Serpophaga cinerea,26.8 +Guacaica,1063,7,10/6/2023,10,SANTIAGO,6.416666667,6.583333333,Serpophaga cinerea,26.8 +Guacaica,1063,7,10/6/2023,10,SANTIAGO,6.416666667,6.583333333,Parkesia noveboracensis,16.2 +Guacaica,1063,7,10/6/2023,10,SANTIAGO,6.416666667,6.583333333,Myiozetetes cayanensis,18 +Guacaica,1063,7,10/6/2023,10,SANTIAGO,6.416666667,6.583333333,Arremon brunneinucha,37.1 +Guacaica,1063,8,10/6/2023,10,SANTIAGO,6.7,6.866666667,Serpophaga cinerea,22.6 +Guacaica,1063,9,10/6/2023,10,SANTIAGO,7.15,7.316666667,Stilpnia vitriolina,16.8 +Guacaica,1063,9,10/6/2023,10,SANTIAGO,7.15,7.316666667,Stilpnia vitriolina,16.8 +Guacaica,1063,9,10/6/2023,10,SANTIAGO,7.15,7.316666667,Thraupis episcopus,19.1 +Guacaica,1063,9,10/6/2023,10,SANTIAGO,7.15,7.316666667,Tyrannus melancholicus,24.3 +Guacaica,1063,9,10/6/2023,10,SANTIAGO,7.15,7.316666667,Contopus virens,32.1 +Guacaica,1063,9,10/6/2023,10,SANTIAGO,7.15,7.316666667,Anthracothorax nigricollis,12 +Guacaica,1063,9,10/6/2023,10,SANTIAGO,7.15,7.316666667,Turdus ignobilis,26.6 +Guacaica,1063,10,10/6/2023,10,SANTIAGO,7.55,7.716666667,Catharus ustulatus,18.2 +Guacaica,1063,10,10/6/2023,10,SANTIAGO,7.55,7.716666667,Columbina talpacoti,26.7 +Guacaica,1063,10,10/6/2023,10,SANTIAGO,7.55,7.716666667,Columbina talpacoti,26.7 +Guacaica,1063,10,10/6/2023,10,SANTIAGO,7.55,7.716666667,Tyrannus melancholicus,19.2 +Guacaica,1063,10,10/6/2023,10,SANTIAGO,7.55,7.716666667,Piranga rubra,11.4 +Guacaica,1063,11,10/6/2023,10,SANTIAGO,8.016666667,8.183333333,Atlapetes albinucha,9.5 +Guacaica,1063,11,10/6/2023,10,SANTIAGO,8.016666667,8.183333333,Crotophaga ani,15.2 +Guacaica,1063,11,10/6/2023,10,SANTIAGO,8.016666667,8.183333333,Crotophaga ani,15.2 +Guacaica,1063,11,10/6/2023,10,SANTIAGO,8.016666667,8.183333333,Crotophaga ani,15.2 +Guacaica,1063,11,10/6/2023,10,SANTIAGO,8.016666667,8.183333333,Turdus ignobilis,26.3 +Guacaica,1063,11,10/6/2023,10,SANTIAGO,8.016666667,8.183333333,Troglodytes aedon,19.9 +Guacaica,1063,11,10/6/2023,10,SANTIAGO,8.016666667,8.183333333,Troglodytes aedon,19.9 +Guacaica,1063,11,10/6/2023,10,SANTIAGO,8.016666667,8.183333333,Chamaepetes goudotii,24.2 +Guacaica,1063,11,10/6/2023,10,SANTIAGO,8.016666667,8.183333333,Chamaepetes goudotii,24.2 +Guacaica,1063,11,10/6/2023,10,SANTIAGO,8.016666667,8.183333333,Chamaepetes goudotii,24.2 +Guacaica,1063,11,10/6/2023,10,SANTIAGO,8.016666667,8.183333333,Setophaga fusca,16.1 +Guacaica,1063,11,10/6/2023,10,SANTIAGO,8.016666667,8.183333333,Basileuterus tristriatus,16 +Guacaica,1063,11,10/6/2023,10,SANTIAGO,8.016666667,8.183333333,Pachyramphus versicolor,18.4 +Guacaica,1063,11,10/6/2023,10,SANTIAGO,8.016666667,8.183333333,Amazilia tzacatl,25.6 +Guacaica,1063,3,10/6/2023,10,SANTIAGO,8.483333333,8.65,Zonotrichia capensis,26.2 +Guacaica,1063,3,10/6/2023,10,SANTIAGO,8.483333333,8.65,Synallaxis azarae,8.1 +Guacaica,1063,2,10/6/2023,10,SANTIAGO,8.95,9.116666667,Tiaris olivaceus,19.5 +Guacaica,1063,2,10/6/2023,10,SANTIAGO,8.95,9.116666667,Vanellus chilensis,45.2 +Guacaica,1063,2,10/6/2023,10,SANTIAGO,8.95,9.116666667,Vanellus chilensis,45.2 +Guacaica,1063,2,10/6/2023,10,SANTIAGO,8.95,9.116666667,Setophaga fusca,18.9 +Guacaica,1063,2,10/6/2023,10,SANTIAGO,8.95,9.116666667,Tyrannus melancholicus,42.6 +Guacaica,1063,2,10/6/2023,10,SANTIAGO,8.95,9.116666667,Thraupis episcopus,14.6 +Guacaica,1063,2,10/6/2023,10,SANTIAGO,8.95,9.116666667,Thraupis episcopus,14.6 +Guacaica,1063,1,10/6/2023,10,SANTIAGO,9.366666667,9.533333333,Ramphocelus flammigerus,16.3 +Guacaica,1063,1,10/6/2023,10,SANTIAGO,9.366666667,9.533333333,Icterus chrysater,24.1 +Guacaica,1063,1,10/6/2023,10,SANTIAGO,9.366666667,9.533333333,Thraupis episcopus,15 +Guacaica,1063,4,10/6/2023,10,SANTIAGO,9.716666667,9.883333333,Buteo platypterus,67.3 +Guacaica,1063,4,10/6/2023,10,SANTIAGO,9.716666667,9.883333333,Buteo platypterus,67.3 +Guacaica,1063,4,10/6/2023,10,SANTIAGO,9.716666667,9.883333333,Myiodynastes hemichrysus,19.4 +Guacaica,1063,4,10/6/2023,10,SANTIAGO,9.716666667,9.883333333,Myiozetetes cayanensis,46.2 +Guacaica,1063,4,10/6/2023,10,SANTIAGO,9.716666667,9.883333333,Pachyramphus polychopterus,18.1 +Guacaica,1063,5,10/6/2023,10,SANTIAGO,10.1,10.26666667,Cinnycerthia olivascens,36.2 +Guacaica,1063,5,10/6/2023,10,SANTIAGO,10.1,10.26666667,Trogon personatus,26.3 +Guacaica,1063,5,10/6/2023,10,SANTIAGO,10.1,10.26666667,Pheugopedius mystacalis,8.2 +Guabas,205,9,10/14/2023,10,JUAN,5.966666667,6.133333333,Myiozetetes cayanensis,12.3 +Guabas,205,9,10/14/2023,10,JUAN,5.966666667,6.133333333,Tachyphonus rufus,31.8 +Guabas,205,9,10/14/2023,10,JUAN,5.966666667,6.133333333,Tiaris olivaceus,8.6 +Guabas,205,9,10/14/2023,10,JUAN,5.966666667,6.133333333,Todirostrum cinereum,7.5 +Guabas,205,9,10/14/2023,10,JUAN,5.966666667,6.133333333,Tyrannus melancholicus,18.3 +Guabas,205,9,10/14/2023,10,JUAN,5.966666667,6.133333333,Tyrannus melancholicus,14.7 +Guabas,205,6,10/14/2023,10,JUAN,6.233333333,6.4,Setophaga fusca,14.2 +Guabas,205,6,10/14/2023,10,JUAN,6.233333333,6.4,Sporophila intermedia,22.3 +Guabas,205,6,10/14/2023,10,JUAN,6.233333333,6.4,Thraupis episcopus,6.5 +Guabas,205,6,10/14/2023,10,JUAN,6.233333333,6.4,Troglodytes aedon,3.6 +Guabas,205,7,10/14/2023,10,JUAN,6.516666667,6.683333333,Piranga rubra,10.8 +Guabas,205,7,10/14/2023,10,JUAN,6.516666667,6.683333333,Setophaga fusca,10.8 +Guabas,205,8,10/14/2023,10,JUAN,6.8,6.966666667,Volatinia jacarina,9.9 +Guabas,205,8,10/14/2023,10,JUAN,6.8,6.966666667,Volatinia jacarina,9.9 +Guabas,205,10,10/14/2023,10,JUAN,7.25,7.416666667,Contopus virens,24 +Guabas,205,10,10/14/2023,10,JUAN,7.25,7.416666667,Molothrus bonariensis,41.1 +Guabas,205,10,10/14/2023,10,JUAN,7.25,7.416666667,Picumnus granadensis,23.8 +Guabas,205,10,10/14/2023,10,JUAN,7.25,7.416666667,sporophila minuta,14.4 +Guabas,205,10,10/14/2023,10,JUAN,7.25,7.416666667,sporophila minuta,14.4 +Guabas,205,10,10/14/2023,10,JUAN,7.25,7.416666667,Stilpnia vitriolina,35.2 +Guabas,205,10,10/14/2023,10,JUAN,7.25,7.416666667,Tachyphonus rufus,20.2 +Guabas,205,10,10/14/2023,10,JUAN,7.25,7.416666667,Tangara gyrola,38.2 +Guabas,205,5,10/14/2023,10,JUAN,7.666666667,7.833333333,Catharus ustulatus,14.6 +Guabas,205,5,10/14/2023,10,JUAN,7.666666667,7.833333333,Sporophila nigricollis,18.9 +Guabas,205,5,10/14/2023,10,JUAN,7.666666667,7.833333333,Sporophila nigricollis,6.9 +Guabas,205,3,10/14/2023,10,JUAN,8.25,8.416666667,Forpus conspicillatus,24.5 +Guabas,205,3,10/14/2023,10,JUAN,8.25,8.416666667,Forpus conspicillatus,24.5 +Guabas,205,3,10/14/2023,10,JUAN,8.25,8.416666667,Forpus conspicillatus,24.5 +Guabas,205,3,10/14/2023,10,JUAN,8.25,8.416666667,Forpus conspicillatus,24.5 +Guabas,205,3,10/14/2023,10,JUAN,8.25,8.416666667,Forpus conspicillatus,24.5 +Guabas,205,3,10/14/2023,10,JUAN,8.25,8.416666667,Forpus conspicillatus,24.5 +Guabas,205,3,10/14/2023,10,JUAN,8.25,8.416666667,Forpus conspicillatus,24.5 +Guabas,205,3,10/14/2023,10,JUAN,8.25,8.416666667,Myiozetetes cayanensis,13.2 +Guabas,205,3,10/14/2023,10,JUAN,8.25,8.416666667,Myiozetetes cayanensis,13.2 +Guabas,205,3,10/14/2023,10,JUAN,8.25,8.416666667,Tyrannus melancholicus,24.8 +Guabas,205,3,10/14/2023,10,JUAN,8.25,8.416666667,Tyrannus melancholicus,48.3 +Guabas,205,3,10/14/2023,10,JUAN,8.25,8.416666667,Volatinia jacarina,21.1 +Guabas,205,4,10/14/2023,10,JUAN,8.516666667,8.683333333,Saucerottia saucerottei,12.6 +Guabas,205,4,10/14/2023,10,JUAN,8.516666667,8.683333333,Sporophila nigricollis,5.5 +Guabas,205,11,10/14/2023,10,JUAN,9.416666667,9.583333333,Spinus psaltria,14.2 +Guabas,205,11,10/14/2023,10,JUAN,9.416666667,9.583333333,Stilpnia cyanicollis,28.6 +Guabas,205,9,10/14/2023,10,SANTIAGO,6.2,6.366666667,Turdus ignobilis,26.3 +Guabas,205,9,10/14/2023,10,SANTIAGO,6.2,6.366666667,Icterus nigrogularis,18.2 +Guabas,205,9,10/14/2023,10,SANTIAGO,6.2,6.366666667,Tiaris olivaceus,34.6 +Guabas,205,9,10/14/2023,10,SANTIAGO,6.2,6.366666667,Sporophila schistacea,16.7 +Guabas,205,9,10/14/2023,10,SANTIAGO,6.2,6.366666667,Sporophila schistacea,16.7 +Guabas,205,9,10/14/2023,10,SANTIAGO,6.2,6.366666667,Troglodytes aedon,21 +Guabas,205,9,10/14/2023,10,SANTIAGO,6.2,6.366666667,Myiozetetes cayanensis,46.1 +Guabas,205,9,10/14/2023,10,SANTIAGO,6.2,6.366666667,Myiozetetes cayanensis,46.1 +Guabas,205,9,10/14/2023,10,SANTIAGO,6.2,6.366666667,Phimosus infuscatus,29.4 +Guabas,205,5,10/14/2023,10,SANTIAGO,7.033333333,7.2,Tiaris olivaceus,12 +Guabas,205,5,10/14/2023,10,SANTIAGO,7.033333333,7.2,Stilpnia vitriolina,11.7 +Guabas,205,5,10/14/2023,10,SANTIAGO,7.033333333,7.2,Zenaida auriculata,20 +Guabas,205,5,10/14/2023,10,SANTIAGO,7.033333333,7.2,Zenaida auriculata,20 +Guabas,205,6,10/14/2023,10,SANTIAGO,7.35,7.516666667,Sporophila minuta,15.4 +Guabas,205,6,10/14/2023,10,SANTIAGO,7.35,7.516666667,Sporophila minuta,15.4 +Guabas,205,6,10/14/2023,10,SANTIAGO,7.35,7.516666667,Pitangus sulphuratus,29.5 +Guabas,205,6,10/14/2023,10,SANTIAGO,7.35,7.516666667,Setophaga pitiayumi,16.1 +Guabas,205,6,10/14/2023,10,SANTIAGO,7.35,7.516666667,Crotophaga ani,30.7 +Guabas,205,6,10/14/2023,10,SANTIAGO,7.35,7.516666667,Crotophaga ani,30.7 +Guabas,205,6,10/14/2023,10,SANTIAGO,7.35,7.516666667,Crotophaga ani,30.7 +Guabas,205,6,10/14/2023,10,SANTIAGO,7.35,7.516666667,Molothrus bonariensis,19 +Guabas,205,6,10/14/2023,10,SANTIAGO,7.35,7.516666667,Thraupis episcopus,28.3 +Guabas,205,7,10/14/2023,10,SANTIAGO,7.7,7.866666667,Phimosus infuscatus,31.1 +Guabas,205,7,10/14/2023,10,SANTIAGO,7.7,7.866666667,Thraupis episcopus,19.4 +Guabas,205,7,10/14/2023,10,SANTIAGO,7.7,7.866666667,Synallaxis azarae,22.8 +Guabas,205,8,10/14/2023,10,SANTIAGO,8.1,8.266666667,Zimmerius chrysops,26.3 +Guabas,205,8,10/14/2023,10,SANTIAGO,8.1,8.266666667,Spinus psaltria,18.4 +Guabas,205,8,10/14/2023,10,SANTIAGO,8.1,8.266666667,Sporophila nigricollis,26.7 +Guabas,205,8,10/14/2023,10,SANTIAGO,8.1,8.266666667,Sporophila nigricollis,26.7 +Guabas,205,10,10/14/2023,10,SANTIAGO,8.516666667,8.683333333,Crotophaga ani,22.7 +Guabas,205,10,10/14/2023,10,SANTIAGO,8.516666667,8.683333333,Crotophaga ani,22.7 +Guabas,205,10,10/14/2023,10,SANTIAGO,8.516666667,8.683333333,Crotophaga ani,22.7 +Guabas,205,10,10/14/2023,10,SANTIAGO,8.516666667,8.683333333,Crotophaga ani,22.7 +Guabas,205,10,10/14/2023,10,SANTIAGO,8.516666667,8.683333333,Crotophaga ani,22.7 +Guabas,205,10,10/14/2023,10,SANTIAGO,8.516666667,8.683333333,Turdus ignobilis,12.3 +Guabas,205,10,10/14/2023,10,SANTIAGO,8.516666667,8.683333333,Sporophila nigricollis,18.7 +Guabas,205,10,10/14/2023,10,SANTIAGO,8.516666667,8.683333333,Myiopagis viridicata,20 +Guabas,205,10,10/14/2023,10,SANTIAGO,8.516666667,8.683333333,Zimmerius chrysops,17.4 +Guabas,205,10,10/14/2023,10,SANTIAGO,8.516666667,8.683333333,Phimosus infuscatus,21.6 +Guabas,205,10,10/14/2023,10,SANTIAGO,8.516666667,8.683333333,Phimosus infuscatus,21.6 +Guabas,205,10,10/14/2023,10,SANTIAGO,8.516666667,8.683333333,Thraupis episcopus,15.5 +Guabas,205,10,10/14/2023,10,SANTIAGO,8.516666667,8.683333333,Tyrannus melancholicus,9 +Guabas,205,3,10/14/2023,10,SANTIAGO,8.95,9.116666667,Ramphocelus flammigerus,19.7 +Guabas,205,3,10/14/2023,10,SANTIAGO,8.95,9.116666667,Icterus nigrogularis,42.3 +Guabas,205,3,10/14/2023,10,SANTIAGO,8.95,9.116666667,Tolmomyias sulphurescens,18.4 +Guabas,205,3,10/14/2023,10,SANTIAGO,8.95,9.116666667,Turdus ignobilis,22.8 +Guabas,205,2,10/14/2023,10,SANTIAGO,9.6,9.766666667,Basileuterus culicivorus,9.5 +Guabas,205,2,10/14/2023,10,SANTIAGO,9.6,9.766666667,Tiaris olivaceus,12.3 +Guabas,205,2,10/14/2023,10,SANTIAGO,9.6,9.766666667,Tiaris olivaceus,12.3 +Guabas,205,2,10/14/2023,10,SANTIAGO,9.6,9.766666667,Thraupis episcopus,16.2 +Guabas,205,2,10/14/2023,10,SANTIAGO,9.6,9.766666667,Spinus psaltria,25.1 +Guabas,205,2,10/14/2023,10,SANTIAGO,9.6,9.766666667,Ortalis columbiana,16.7 +Guabas,205,2,10/14/2023,10,SANTIAGO,9.6,9.766666667,Ortalis columbiana,16.7 +Guabas,205,2,10/14/2023,10,SANTIAGO,9.6,9.766666667,Tyrannus melancholicus,35.4 +Guabas,205,2,10/14/2023,10,SANTIAGO,9.6,9.766666667,Sicalis flaveola,29.4 +Guabas,205,1,10/14/2023,10,SANTIAGO,9.966666667,10.13333333,Sayornis nigricans,12.1 +Guabas,205,1,10/14/2023,10,SANTIAGO,9.966666667,10.13333333,Aulacorhynchus haematopygus,24.4 +Guabas,205,1,10/14/2023,10,SANTIAGO,9.966666667,10.13333333,Setophaga fusca,16.8 +Guabas,205,1,10/14/2023,10,SANTIAGO,9.966666667,10.13333333,Myiothlypis fulvicauda,9.2 +Guabas,205,1,10/14/2023,10,SANTIAGO,9.966666667,10.13333333,Phaethornis guy,14.5 +Guabas,205,11,10/14/2023,10,SANTIAGO,10.46666667,10.63333333,Ramphocelus dimidiatus,22.3 +Guabas,205,11,10/14/2023,10,SANTIAGO,10.46666667,10.63333333,Tyrannus melancholicus,16.8 +Guabas,205,11,10/14/2023,10,SANTIAGO,10.46666667,10.63333333,Tyrannus melancholicus,16.8 +Guabas,356,1,10/15/2023,10,JUAN,6,6.166666667,Momotus aequatorialis,12.4 +Guabas,356,2,10/15/2023,10,JUAN,6.283333333,6.45,Atlapetes latinuchus,2 +Guabas,356,2,10/15/2023,10,JUAN,6.283333333,6.45,Tangara arthus,10 +Guabas,356,4,10/15/2023,10,JUAN,6.85,7.016666667,Cyanocorax yncas,38.7 +Guabas,356,4,10/15/2023,10,JUAN,6.85,7.016666667,Turdus fuscater,23.8 +Guabas,356,4,10/15/2023,10,JUAN,6.85,7.016666667,Zonotrichia capensis,4.5 +Guabas,356,4,10/15/2023,10,JUAN,6.85,7.016666667,Zonotrichia capensis,4.5 +Guabas,356,11,10/15/2023,10,JUAN,8.066666667,8.233333333,Mniotilta varia,10 +Guabas,356,11,10/15/2023,10,JUAN,8.066666667,8.233333333,Setophaga fusca,10 +Guabas,356,9,10/15/2023,10,JUAN,9,9.166666667,Setophaga fusca,20.2 +Guabas,356,7,10/15/2023,10,JUAN,9.633333333,9.8,Euphonia xanthogaster,19 +Guabas,356,7,10/15/2023,10,JUAN,9.633333333,9.8,Sporophila luctuosa,11.8 +Guabas,356,7,10/15/2023,10,JUAN,9.633333333,9.8,Stilpnia heinei,14.3 +Guabas,356,7,10/15/2023,10,JUAN,9.633333333,9.8,Stilpnia vitriolina,14.4 +Guabas,356,7,10/15/2023,10,JUAN,9.633333333,9.8,Turdus ignobilis,15.7 +Guabas,356,6,10/15/2023,10,JUAN,10.08333333,10.25,Zimmerius chrysops,15.1 +Guabas,356,1,10/15/2023,10,SANTIAGO,6.133333333,6.3,Myiothlypis coronata,19.4 +Guabas,356,1,10/15/2023,10,SANTIAGO,6.133333333,6.3,Cardellina canadensis,22.4 +Guabas,356,1,10/15/2023,10,SANTIAGO,6.133333333,6.3,Sporathraupis cyanocephala,16.6 +Guabas,356,1,10/15/2023,10,SANTIAGO,6.133333333,6.3,Dryobates fumigatus,25.7 +Guabas,356,1,10/15/2023,10,SANTIAGO,6.133333333,6.3,Tangara vassorii,27 +Guabas,356,1,10/15/2023,10,SANTIAGO,6.133333333,6.3,Tangara vassorii,27 +Guabas,356,1,10/15/2023,10,SANTIAGO,6.133333333,6.3,Tangara vassorii,27 +Guabas,356,1,10/15/2023,10,SANTIAGO,6.133333333,6.3,Atlapetes schistaceus,14.2 +Guabas,356,2,10/15/2023,10,SANTIAGO,6.516666667,6.683333333,Anisognathus somptuosus,18.5 +Guabas,356,2,10/15/2023,10,SANTIAGO,6.516666667,6.683333333,Cinnycerthia olivascens,18.1 +Guabas,356,2,10/15/2023,10,SANTIAGO,6.516666667,6.683333333,Ortalis columbiana,42.7 +Guabas,356,2,10/15/2023,10,SANTIAGO,6.516666667,6.683333333,Ortalis columbiana,42.7 +Guabas,356,4,10/15/2023,10,SANTIAGO,7.433333333,7.6,Basileuterus tristriatus,18.4 +Guabas,356,4,10/15/2023,10,SANTIAGO,7.433333333,7.6,Basileuterus tristriatus,18.4 +Guabas,356,4,10/15/2023,10,SANTIAGO,7.433333333,7.6,Stilpnia cyanicollis,22.3 +Guabas,356,4,10/15/2023,10,SANTIAGO,7.433333333,7.6,Henicorhina leucophrys,18.7 +Guabas,356,4,10/15/2023,10,SANTIAGO,7.433333333,7.6,Tyrannus melancholicus,37.9 +Guabas,356,5,10/15/2023,10,SANTIAGO,8.116666667,8.283333333,Sporophila nigricollis,27.4 +Guabas,356,5,10/15/2023,10,SANTIAGO,8.116666667,8.283333333,Sporophila nigricollis,27.4 +Guabas,356,5,10/15/2023,10,SANTIAGO,8.116666667,8.283333333,Setophaga ruticilla,35.9 +Guabas,356,5,10/15/2023,10,SANTIAGO,8.116666667,8.283333333,Tiaris olivaceus,45.1 +Guabas,356,5,10/15/2023,10,SANTIAGO,8.116666667,8.283333333,Zimmerius chrysops,39.8 +Guabas,356,12,10/15/2023,10,SANTIAGO,8.533333333,8.7,Tyrannus melancholicus,42.3 +Guabas,356,12,10/15/2023,10,SANTIAGO,8.533333333,8.7,Tyrannus melancholicus,42.3 +Guabas,356,12,10/15/2023,10,SANTIAGO,8.533333333,8.7,Rupornis magnirostris,27.4 +Guabas,356,12,10/15/2023,10,SANTIAGO,8.533333333,8.7,Zonotrichia capensis,29.7 +Guabas,356,12,10/15/2023,10,SANTIAGO,8.533333333,8.7,Tangara labradorides,16.7 +Guabas,356,12,10/15/2023,10,SANTIAGO,8.533333333,8.7,Tangara labradorides,16.7 +Guabas,356,13,10/15/2023,10,SANTIAGO,8.983333333,9.15,Phaethornis syrmatophorus,22.4 +Guabas,356,13,10/15/2023,10,SANTIAGO,8.983333333,9.15,Dryobates fumigatus,29.8 +Guabas,356,13,10/15/2023,10,SANTIAGO,8.983333333,9.15,Dendrocincla fuliginosa,17.6 +Guabas,356,13,10/15/2023,10,SANTIAGO,8.983333333,9.15,Myioborus miniatus,30.9 +Guabas,356,13,10/15/2023,10,SANTIAGO,8.983333333,9.15,Myioborus miniatus,30.9 +Guabas,356,11,10/15/2023,10,SANTIAGO,9.3,9.466666667,Setophaga fusca,28.5 +Guabas,356,11,10/15/2023,10,SANTIAGO,9.3,9.466666667,Setophaga fusca,28.5 +Guabas,356,11,10/15/2023,10,SANTIAGO,9.3,9.466666667,Tyrannus melancholicus,17.4 +Guabas,356,11,10/15/2023,10,SANTIAGO,9.3,9.466666667,Tiaris olivaceus,26 +Guabas,356,10,10/15/2023,10,SANTIAGO,9.683333333,9.85,Zentrygon frenata,18.6 +Guabas,356,10,10/15/2023,10,SANTIAGO,9.683333333,9.85,Dendrocincla fuliginosa,35.7 +Guabas,356,9,10/15/2023,10,SANTIAGO,10,10.16666667,Myiodynastes hemichrysus,26.8 +Guabas,356,8,10/15/2023,10,SANTIAGO,10.36666667,10.53333333,Stilpnia vitriolina,19.7 +Guabas,356,8,10/15/2023,10,SANTIAGO,10.36666667,10.53333333,Stilpnia vitriolina,19.7 +Guabas,356,8,10/15/2023,10,SANTIAGO,10.36666667,10.53333333,Piranga rubra,26.5 +Guabas,356,8,10/15/2023,10,SANTIAGO,10.36666667,10.53333333,Spinus psaltria,12.7 +Guabas,356,8,10/15/2023,10,SANTIAGO,10.36666667,10.53333333,Synallaxis brachyura,19.8 +Guabas,356,7,10/15/2023,10,SANTIAGO,10.75,10.91666667,Sporophila nigricollis,12.6 +Guabas,356,7,10/15/2023,10,SANTIAGO,10.75,10.91666667,Rupornis magnirostris,43.7 +Guabas,318,3,10/16/2023,10,JUAN,6.066666667,6.233333333,Myiodynastes hemichrysus,16.1 +Guabas,318,3,10/16/2023,10,JUAN,6.066666667,6.233333333,Myiozetetes cayanensis,48.7 +Guabas,318,3,10/16/2023,10,JUAN,6.066666667,6.233333333,Ortalis columbiana,15.9 +Guabas,318,3,10/16/2023,10,JUAN,6.066666667,6.233333333,Tangara gyrola,17.5 +Guabas,318,3,10/16/2023,10,JUAN,6.066666667,6.233333333,Turdus ignobilis,16.6 +Guabas,318,4,10/16/2023,10,JUAN,6.316666667,6.483333333,Leptopogon superciliaris,16 +Guabas,318,4,10/16/2023,10,JUAN,6.316666667,6.483333333,Zimmerius chrysops,22.8 +Guabas,318,5,10/16/2023,10,JUAN,6.566666667,6.733333333,Mionectes oleagineus,20.4 +Guabas,318,5,10/16/2023,10,JUAN,6.566666667,6.733333333,Zimmerius chrysops,17.1 +Guabas,318,2,10/16/2023,10,JUAN,6.966666667,7.133333333,Basileuterus culicivorus,19.1 +Guabas,318,2,10/16/2023,10,JUAN,6.966666667,7.133333333,Basileuterus culicivorus,19.1 +Guabas,318,2,10/16/2023,10,JUAN,6.966666667,7.133333333,Contopus cooperi,41.1 +Guabas,318,2,10/16/2023,10,JUAN,6.966666667,7.133333333,Setophaga fusca,11.8 +Guabas,318,12,10/16/2023,10,JUAN,7.95,8.116666667,Chlorophanes spiza,30.5 +Guabas,318,12,10/16/2023,10,JUAN,7.95,8.116666667,Chlorostilbon melanorhynchus,23.1 +Guabas,318,12,10/16/2023,10,JUAN,7.95,8.116666667,Myiopagis viridicata,19.1 +Guabas,318,12,10/16/2023,10,JUAN,7.95,8.116666667,Ortalis columbiana,23.8 +Guabas,318,12,10/16/2023,10,JUAN,7.95,8.116666667,Patagioenas fasciata,23.8 +Guabas,318,12,10/16/2023,10,JUAN,7.95,8.116666667,Picumnus granadensis,30.5 +Guabas,318,12,10/16/2023,10,JUAN,7.95,8.116666667,Picumnus granadensis,30.5 +Guabas,318,12,10/16/2023,10,JUAN,7.95,8.116666667,Picumnus granadensis,30.5 +Guabas,318,12,10/16/2023,10,JUAN,7.95,8.116666667,Setophaga fusca,19.7 +Guabas,318,12,10/16/2023,10,JUAN,7.95,8.116666667,Troglodytes aedon,20.8 +Guabas,318,1,10/16/2023,10,JUAN,8.5,8.666666667,Contopus cooperi,49.9 +Guabas,318,1,10/16/2023,10,JUAN,8.5,8.666666667,Forpus conspicillatus,20.4 +Guabas,318,1,10/16/2023,10,JUAN,8.5,8.666666667,Forpus conspicillatus,20.4 +Guabas,318,1,10/16/2023,10,JUAN,8.5,8.666666667,Forpus conspicillatus,20.4 +Guabas,318,1,10/16/2023,10,JUAN,8.5,8.666666667,Sporophila nigricollis,14.3 +Guabas,318,1,10/16/2023,10,JUAN,8.5,8.666666667,Volatinia jacarina,26.5 +Guabas,318,7,10/16/2023,10,JUAN,8.916666667,9.083333333,Rupornis magnirostris,28.5 +Guabas,318,7,10/16/2023,10,JUAN,8.916666667,9.083333333,Tiaris olivaceus,33.6 +Guabas,318,7,10/16/2023,10,JUAN,8.916666667,9.083333333,Zonotrichia capensis,28.4 +Guabas,318,7,10/16/2023,10,JUAN,8.916666667,9.083333333,Zonotrichia capensis,28.4 +Guabas,318,9,10/16/2023,10,JUAN,9.333333333,9.5,Contopus cooperi,11.1 +Guabas,318,9,10/16/2023,10,JUAN,9.333333333,9.5,Myiopagis viridicata,17.9 +Guabas,318,9,10/16/2023,10,JUAN,9.333333333,9.5,Myiozetetes cayanensis,28.4 +Guabas,318,9,10/16/2023,10,JUAN,9.333333333,9.5,Pheucticus ludovicianus,27.6 +Guabas,318,9,10/16/2023,10,JUAN,9.333333333,9.5,Piranga rubra,15 +Guabas,318,9,10/16/2023,10,JUAN,9.333333333,9.5,Saltator striatipectus,32.8 +Guabas,318,9,10/16/2023,10,JUAN,9.333333333,9.5,Setophaga fusca,11.6 +Guabas,318,9,10/16/2023,10,JUAN,9.333333333,9.5,Spinus psaltria,15.3 +Guabas,318,9,10/16/2023,10,JUAN,9.333333333,9.5,Sporophila nigricollis,25.6 +Guabas,318,9,10/16/2023,10,JUAN,9.333333333,9.5,Sporophila sp,22.3 +Guabas,318,9,10/16/2023,10,JUAN,9.333333333,9.5,Stilpnia vitriolina,31.6 +Guabas,318,9,10/16/2023,10,JUAN,9.333333333,9.5,Tangara gyrola,38.4 +Guabas,318,9,10/16/2023,10,JUAN,9.333333333,9.5,Zimmerius chrysops,6.7 +Guabas,318,8,10/16/2023,10,JUAN,9.65,9.816666667,Zimmerius chrysops,19.5 +Guabas,318,10,10/16/2023,10,JUAN,10.11666667,10.28333333,Zimmerius chrysops,36.9 +Guabas,318,11,10/16/2023,10,JUAN,10.51666667,10.68333333,Amazilia tzacatl,30.5 +Guabas,318,11,10/16/2023,10,JUAN,10.51666667,10.68333333,Saucerottia saucerottei,33.4 +Guabas,318,11,10/16/2023,10,JUAN,10.51666667,10.68333333,Tangara gyrola,4.4 +Guabas,318,11,10/16/2023,10,JUAN,10.51666667,10.68333333,Zimmerius chrysops,29.3 +Guabas,318,11,10/16/2023,10,JUAN,10.51666667,10.68333333,Zimmerius chrysops,29.3 +Guabas,318,8,10/16/2023,10,SANTIAGO,6.133333333,6.3,Cercomacroides parkeri,26.7 +Guabas,318,8,10/16/2023,10,SANTIAGO,6.133333333,6.3,Basileuterus culicivorus,15.9 +Guabas,318,8,10/16/2023,10,SANTIAGO,6.133333333,6.3,Aulacorhynchus haematopygus,14.7 +Guabas,318,9,10/16/2023,10,SANTIAGO,6.416666667,6.583333333,Saltator striatipectus,29.7 +Guabas,318,9,10/16/2023,10,SANTIAGO,6.416666667,6.583333333,Ramphocelus dimidiatus,19.2 +Guabas,318,9,10/16/2023,10,SANTIAGO,6.416666667,6.583333333,Ramphocelus dimidiatus,19.2 +Guabas,318,9,10/16/2023,10,SANTIAGO,6.416666667,6.583333333,Zenaida auriculata,26.9 +Guabas,318,9,10/16/2023,10,SANTIAGO,6.416666667,6.583333333,Zenaida auriculata,26.9 +Guabas,318,9,10/16/2023,10,SANTIAGO,6.416666667,6.583333333,Thraupis episcopus,33.5 +Guabas,318,9,10/16/2023,10,SANTIAGO,6.416666667,6.583333333,Tyrannus melancholicus,21.8 +Guabas,318,9,10/16/2023,10,SANTIAGO,6.416666667,6.583333333,Myiopagis viridicata,18.4 +Guabas,318,9,10/16/2023,10,SANTIAGO,6.416666667,6.583333333,Ortalis columbiana,22.3 +Guabas,318,9,10/16/2023,10,SANTIAGO,6.416666667,6.583333333,Ortalis columbiana,22.3 +Guabas,318,9,10/16/2023,10,SANTIAGO,6.416666667,6.583333333,Ortalis columbiana,22.3 +Guabas,318,9,10/16/2023,10,SANTIAGO,6.416666667,6.583333333,Troglodytes aedon,14.9 +Guabas,318,7,10/16/2023,10,SANTIAGO,6.783333333,6.95,Tyrannus melancholicus,25.5 +Guabas,318,7,10/16/2023,10,SANTIAGO,6.783333333,6.95,Tyrannus melancholicus,25.5 +Guabas,318,7,10/16/2023,10,SANTIAGO,6.783333333,6.95,Ortalis columbiana,19 +Guabas,318,7,10/16/2023,10,SANTIAGO,6.783333333,6.95,Sporophila nigricollis,12.7 +Guabas,318,7,10/16/2023,10,SANTIAGO,6.783333333,6.95,Zenaida auriculata,9.8 +Guabas,318,12,10/16/2023,10,SANTIAGO,7.15,7.316666667,Myiopagis viridicata,16.8 +Guabas,318,12,10/16/2023,10,SANTIAGO,7.15,7.316666667,Zenaida auriculata,23.7 +Guabas,318,12,10/16/2023,10,SANTIAGO,7.15,7.316666667,Tyrannus melancholicus,18.4 +Guabas,318,12,10/16/2023,10,SANTIAGO,7.15,7.316666667,Tyrannus melancholicus,18.4 +Guabas,318,12,10/16/2023,10,SANTIAGO,7.15,7.316666667,Melanerpes rubricapillus,36.1 +Guabas,318,12,10/16/2023,10,SANTIAGO,7.15,7.316666667,Thraupis episcopus,20 +Guabas,318,12,10/16/2023,10,SANTIAGO,7.15,7.316666667,Thraupis episcopus,20 +Guabas,318,12,10/16/2023,10,SANTIAGO,7.15,7.316666667,Thamnophilus multistriatus,19.8 +Guabas,318,1,10/16/2023,10,SANTIAGO,7.533333333,7.7,Myiozetetes cayanensis,25.4 +Guabas,318,1,10/16/2023,10,SANTIAGO,7.533333333,7.7,Myiozetetes cayanensis,25.4 +Guabas,318,1,10/16/2023,10,SANTIAGO,7.533333333,7.7,Pachyramphus rufus,18 +Guabas,318,1,10/16/2023,10,SANTIAGO,7.533333333,7.7,Pachyramphus rufus,18 +Guabas,318,1,10/16/2023,10,SANTIAGO,7.533333333,7.7,Setophaga fusca,21.7 +Guabas,318,1,10/16/2023,10,SANTIAGO,7.533333333,7.7,Sporophila nigricollis,7.3 +Guabas,318,6,10/16/2023,10,SANTIAGO,8,8.166666667,Habia cristata,21.7 +Guabas,318,6,10/16/2023,10,SANTIAGO,8,8.166666667,Habia cristata,21.7 +Guabas,318,6,10/16/2023,10,SANTIAGO,8,8.166666667,Aulacorhynchus haematopygus,18.2 +Guabas,318,6,10/16/2023,10,SANTIAGO,8,8.166666667,Thamnophilus multistriatus,26.3 +Guabas,318,6,10/16/2023,10,SANTIAGO,8,8.166666667,Xiphorhynchus susurrans,17.4 +Guabas,318,6,10/16/2023,10,SANTIAGO,8,8.166666667,Myiothlypis fulvicauda,9.6 +Guabas,318,3,10/16/2023,10,SANTIAGO,8.4,8.566666667,Thraupis episcopus,16.7 +Guabas,318,3,10/16/2023,10,SANTIAGO,8.4,8.566666667,Thraupis episcopus,16.7 +Guabas,318,3,10/16/2023,10,SANTIAGO,8.4,8.566666667,Tiaris olivaceus,12.9 +Guabas,318,4,10/16/2023,10,SANTIAGO,8.7,8.866666667,Habia cristata,18.4 +Guabas,318,4,10/16/2023,10,SANTIAGO,8.7,8.866666667,Habia cristata,18.4 +Guabas,318,4,10/16/2023,10,SANTIAGO,8.7,8.866666667,Habia cristata,18.4 +Guabas,318,4,10/16/2023,10,SANTIAGO,8.7,8.866666667,Aulacorhynchus haematopygus,22.7 +Guabas,318,4,10/16/2023,10,SANTIAGO,8.7,8.866666667,Icterus nigrogularis,16.1 +Guabas,318,5,10/16/2023,10,SANTIAGO,9.1,9.266666667,Sayornis nigricans,14.2 +Guabas,318,5,10/16/2023,10,SANTIAGO,9.1,9.266666667,Thamnophilus multistriatus,19.5 +Guabas,318,5,10/16/2023,10,SANTIAGO,9.1,9.266666667,Stilpnia vitriolina,27.4 +Guabas,318,5,10/16/2023,10,SANTIAGO,9.1,9.266666667,Sicalis flaveola,16.9 +Guabas,318,5,10/16/2023,10,SANTIAGO,9.1,9.266666667,Sicalis flaveola,16.9 +Guabas,318,5,10/16/2023,10,SANTIAGO,9.1,9.266666667,Rupicola peruviana,18.4 +Guabas,318,5,10/16/2023,10,SANTIAGO,9.1,9.266666667,Thraupis episcopus,26.5 +Guabas,318,2,10/16/2023,10,SANTIAGO,9.5,9.666666667,Icterus nigrogularis,18.4 +Guabas,318,2,10/16/2023,10,SANTIAGO,9.5,9.666666667,Saltator atripennis,26.1 +Guabas,318,2,10/16/2023,10,SANTIAGO,9.5,9.666666667,Sporophila schistacea,30.8 +Guabas,318,2,10/16/2023,10,SANTIAGO,9.5,9.666666667,Thraupis palmarum,15.2 +Guabas,318,11,10/16/2023,10,SANTIAGO,10.2,10.36666667,Stilpnia vitriolina,18.5 +Guabas,318,11,10/16/2023,10,SANTIAGO,10.2,10.36666667,Piranga rubra,17.2 +Guabas,318,11,10/16/2023,10,SANTIAGO,10.2,10.36666667,Pheucticus ludovicianus,25.3 +Guabas,318,11,10/16/2023,10,SANTIAGO,10.2,10.36666667,Amazilia tzacatl,18.9 +Guabas,205,11,11/2/2023,11,JUAN,6.083333333,6.25,Setophaga pitiayumi,29.3 +Guabas,205,11,11/2/2023,11,JUAN,6.083333333,6.25,Sicalis flaveola,19.1 +Guabas,205,11,11/2/2023,11,JUAN,6.083333333,6.25,Sicalis flaveola,19.1 +Guabas,205,11,11/2/2023,11,JUAN,6.083333333,6.25,Stilpnia vitriolina,22.1 +Guabas,205,1,11/2/2023,11,JUAN,6.316666667,6.483333333,Tyrannus melancholicus,37.1 +Guabas,205,2,11/2/2023,11,JUAN,6.616666667,6.783333333,Setophaga fusca,18.2 +Guabas,205,2,11/2/2023,11,JUAN,6.616666667,6.783333333,Volatinia jacarina,14.3 +Guabas,205,3,11/2/2023,11,JUAN,6.933333333,7.1,Myiarchus tuberculifer,29.6 +Guabas,205,3,11/2/2023,11,JUAN,6.933333333,7.1,Pitangus sulphuratus,11.3 +Guabas,205,3,11/2/2023,11,JUAN,6.933333333,7.1,Pyrocephalus rubinus,12.3 +Guabas,205,3,11/2/2023,11,JUAN,6.933333333,7.1,Turdus ignobilis,36.5 +Guabas,205,3,11/2/2023,11,JUAN,6.933333333,7.1,Zenaida auriculata,14.2 +Guabas,205,3,11/2/2023,11,JUAN,6.933333333,7.1,Zenaida auriculata,14.2 +Guabas,205,4,11/2/2023,11,JUAN,7.316666667,7.483333333,Amazilia tzacatl,12 +Guabas,205,4,11/2/2023,11,JUAN,7.316666667,7.483333333,Arremon brunneinucha,9.8 +Guabas,205,4,11/2/2023,11,JUAN,7.316666667,7.483333333,Coereba flaveola,14.5 +Guabas,205,5,11/2/2023,11,JUAN,7.666666667,7.833333333,Pheucticus ludovicianus,23.7 +Guabas,205,5,11/2/2023,11,JUAN,7.666666667,7.833333333,Piranga rubra,12.2 +Guabas,205,10,11/2/2023,11,JUAN,8.05,8.216666667,Ramphocelus dimidiatus,59.7 +Guabas,205,10,11/2/2023,11,JUAN,8.05,8.216666667,Sporophila intermedia,10.7 +Guabas,205,10,11/2/2023,11,JUAN,8.05,8.216666667,Stilpnia vitriolina,20.1 +Guabas,205,10,11/2/2023,11,JUAN,8.05,8.216666667,Thraupis palmarum,18.4 +Guabas,205,10,11/2/2023,11,JUAN,8.05,8.216666667,Thraupis palmarum,18.4 +Guabas,205,6,11/2/2023,11,JUAN,8.45,8.633333333,Pyrocephalus rubinus,61.2 +Guabas,205,6,11/2/2023,11,JUAN,8.45,8.633333333,Tiaris olivaceus,17.7 +Guabas,205,6,11/2/2023,11,JUAN,8.45,8.633333333,Tyrannus melancholicus,38.7 +Guabas,205,8,11/2/2023,11,JUAN,8.85,9.016666667,Columbina talpacoti,18.2 +Guabas,205,8,11/2/2023,11,JUAN,8.85,9.016666667,Columbina talpacoti,18.2 +Guabas,205,8,11/2/2023,11,JUAN,8.85,9.016666667,Molothrus bonariensis,36.2 +Guabas,205,8,11/2/2023,11,JUAN,8.85,9.016666667,Ramphocelus flammigerus,36.4 +Guabas,205,8,11/2/2023,11,JUAN,8.85,9.016666667,Ramphocelus flammigerus,36.4 +Guabas,205,8,11/2/2023,11,JUAN,8.85,9.016666667,Spinus xanthogastrus,20.7 +Guabas,205,7,11/2/2023,11,JUAN,9.15,9.316666667,Forpus conspicillatus,13.2 +Guabas,205,7,11/2/2023,11,JUAN,9.15,9.316666667,Forpus conspicillatus,13.2 +Guabas,205,7,11/2/2023,11,JUAN,9.15,9.316666667,Forpus conspicillatus,13.2 +Guabas,205,7,11/2/2023,11,JUAN,9.15,9.316666667,Forpus conspicillatus,13.2 +Guabas,205,7,11/2/2023,11,JUAN,9.15,9.316666667,Forpus conspicillatus,13.2 +Guabas,205,7,11/2/2023,11,JUAN,9.15,9.316666667,Setophaga fusca,16.8 +Guabas,205,7,11/2/2023,11,JUAN,9.15,9.316666667,Volatinia jacarina,37.7 +Guabas,205,9,11/2/2023,11,JUAN,9.516666667,9.683333333,Contopus virens,25.8 +Guabas,205,9,11/2/2023,11,JUAN,9.516666667,9.683333333,Piaya cayana,33.6 +Guabas,205,9,11/2/2023,11,JUAN,9.516666667,9.683333333,Pyrocephalus rubinus,28.5 +Guabas,205,9,11/2/2023,11,JUAN,9.516666667,9.683333333,Saucerottia saucerottei,14.2 +Guabas,205,9,11/2/2023,11,JUAN,9.516666667,9.683333333,Volatinia jacarina,38.6 +Guabas,205,9,11/2/2023,11,JUAN,9.516666667,9.683333333,Zenaida auriculata,45.3 +Guabas,205,11,11/2/2023,11,SANTIAGO,6.05,6.216666667,Turdus ignobilis,16.3 +Guabas,205,11,11/2/2023,11,SANTIAGO,6.05,6.216666667,Pyrocephalus rubinus,24.5 +Guabas,205,11,11/2/2023,11,SANTIAGO,6.05,6.216666667,Pyrocephalus rubinus,24.5 +Guabas,205,11,11/2/2023,11,SANTIAGO,6.05,6.216666667,Setophaga fusca,27.1 +Guabas,205,11,11/2/2023,11,SANTIAGO,6.05,6.216666667,Tyrannus melancholicus,19 +Guabas,205,1,11/2/2023,11,SANTIAGO,6.416666667,6.583333333,Myiothlypis fulvicauda,18.6 +Guabas,205,1,11/2/2023,11,SANTIAGO,6.416666667,6.583333333,Myiothlypis fulvicauda,18.6 +Guabas,205,1,11/2/2023,11,SANTIAGO,6.416666667,6.583333333,Xiphorhynchus susurrans,22.5 +Guabas,205,1,11/2/2023,11,SANTIAGO,6.416666667,6.583333333,Aulacorhynchus albivitta,14.2 +Guabas,205,1,11/2/2023,11,SANTIAGO,6.416666667,6.583333333,Stilpnia vitriolina,17 +Guabas,205,1,11/2/2023,11,SANTIAGO,6.416666667,6.583333333,Basileuterus culicivorus,20.3 +Guabas,205,1,11/2/2023,11,SANTIAGO,6.416666667,6.583333333,Polioptila plumbea,19.7 +Guabas,205,1,11/2/2023,11,SANTIAGO,6.416666667,6.583333333,Piranga rubra,23.3 +Guabas,205,2,11/2/2023,11,SANTIAGO,6.783333333,6.95,Spinus psaltria,15.3 +Guabas,205,3,11/2/2023,11,SANTIAGO,7.15,7.316666667,Tiaris olivaceus,17.9 +Guabas,205,3,11/2/2023,11,SANTIAGO,7.15,7.316666667,Zimmerius chrysops,24.5 +Guabas,205,10,11/2/2023,11,SANTIAGO,7.6,7.766666667,Crotophaga ani,25.7 +Guabas,205,10,11/2/2023,11,SANTIAGO,7.6,7.766666667,Crotophaga ani,25.7 +Guabas,205,10,11/2/2023,11,SANTIAGO,7.6,7.766666667,Crotophaga ani,25.7 +Guabas,205,10,11/2/2023,11,SANTIAGO,7.6,7.766666667,Crotophaga ani,25.7 +Guabas,205,10,11/2/2023,11,SANTIAGO,7.6,7.766666667,Phimosus infuscatus,18.3 +Guabas,205,10,11/2/2023,11,SANTIAGO,7.6,7.766666667,Phimosus infuscatus,18.3 +Guabas,205,10,11/2/2023,11,SANTIAGO,7.6,7.766666667,Pyrocephalus rubinus,14.1 +Guabas,205,10,11/2/2023,11,SANTIAGO,7.6,7.766666667,Stilpnia vitriolina,20.8 +Guabas,205,10,11/2/2023,11,SANTIAGO,7.6,7.766666667,Synallaxis albescens,16.6 +Guabas,205,10,11/2/2023,11,SANTIAGO,7.6,7.766666667,Tyrannus melancholicus,18.1 +Guabas,205,10,11/2/2023,11,SANTIAGO,7.6,7.766666667,Tyrannus melancholicus,18.1 +Guabas,205,8,11/2/2023,11,SANTIAGO,7.966666667,8.133333333,Sporophila nigricollis,24.9 +Guabas,205,8,11/2/2023,11,SANTIAGO,7.966666667,8.133333333,Sporophila nigricollis,24.9 +Guabas,205,7,11/2/2023,11,SANTIAGO,8.4,8.566666667,Theristicus caudatus,19.2 +Guabas,205,7,11/2/2023,11,SANTIAGO,8.4,8.566666667,Atlapetes albinucha,13.5 +Guabas,205,7,11/2/2023,11,SANTIAGO,8.4,8.566666667,Ramphocelus dimidiatus,21.9 +Guabas,205,7,11/2/2023,11,SANTIAGO,8.4,8.566666667,Ramphocelus dimidiatus,21.9 +Guabas,205,7,11/2/2023,11,SANTIAGO,8.4,8.566666667,Thamnophilus multistriatus,25.4 +Guabas,205,6,11/2/2023,11,SANTIAGO,8.783333333,8.95,Daptrius chimachima,33.6 +Guabas,205,6,11/2/2023,11,SANTIAGO,8.783333333,8.95,Tiaris olivaceus,24.6 +Guabas,205,6,11/2/2023,11,SANTIAGO,8.783333333,8.95,Tiaris olivaceus,24.6 +Guabas,205,6,11/2/2023,11,SANTIAGO,8.783333333,8.95,Myiopagis viridicata,21.2 +Guabas,205,6,11/2/2023,11,SANTIAGO,8.783333333,8.95,Stilpnia vitriolina,17.7 +Guabas,205,6,11/2/2023,11,SANTIAGO,8.783333333,8.95,Stilpnia vitriolina,17.7 +Guabas,205,6,11/2/2023,11,SANTIAGO,8.783333333,8.95,Stilpnia vitriolina,17.7 +Guabas,205,9,11/2/2023,11,SANTIAGO,9.216666667,9.383333333,Vanellus chilensis,28.5 +Guabas,205,9,11/2/2023,11,SANTIAGO,9.216666667,9.383333333,Vanellus chilensis,28.5 +Guabas,205,9,11/2/2023,11,SANTIAGO,9.216666667,9.383333333,Sporophila minuta,19.1 +Guabas,205,9,11/2/2023,11,SANTIAGO,9.216666667,9.383333333,Sporophila minuta,19.1 +Guabas,205,9,11/2/2023,11,SANTIAGO,9.216666667,9.383333333,Tiaris olivaceus,9.3 +Guabas,205,9,11/2/2023,11,SANTIAGO,9.216666667,9.383333333,Tyrannus melancholicus,17.4 +Guabas,205,9,11/2/2023,11,SANTIAGO,9.216666667,9.383333333,Zenaida auriculata,54.1 +Guabas,205,9,11/2/2023,11,SANTIAGO,9.216666667,9.383333333,Zenaida auriculata,54.1 +Guabas,205,9,11/2/2023,11,SANTIAGO,9.216666667,9.383333333,Zenaida auriculata,54.1 +Guabas,205,9,11/2/2023,11,SANTIAGO,9.216666667,9.383333333,Sporophila nigricollis,15.9 +Guabas,205,9,11/2/2023,11,SANTIAGO,9.216666667,9.383333333,Sicalis flaveola,24 +Guabas,205,9,11/2/2023,11,SANTIAGO,9.216666667,9.383333333,Sicalis flaveola,24 +Guabas,205,5,11/2/2023,11,SANTIAGO,9.516666667,9.683333333,Coccyzus melacoryphus,36.7 +Guabas,205,5,11/2/2023,11,SANTIAGO,9.516666667,9.683333333,Sporophila nigricollis,19.3 +Guabas,205,5,11/2/2023,11,SANTIAGO,9.516666667,9.683333333,Sporophila nigricollis,19.3 +Guabas,205,5,11/2/2023,11,SANTIAGO,9.516666667,9.683333333,Turdus ignobilis,32.4 +Guabas,205,5,11/2/2023,11,SANTIAGO,9.516666667,9.683333333,Picumnus granadensis,14.3 +Guabas,205,4,11/2/2023,11,SANTIAGO,10.05,10.21666667,Thraupis palmarum,36.1 +Guabas,205,4,11/2/2023,11,SANTIAGO,10.05,10.21666667,Ramphocelus flammigerus,42.7 +Guabas,205,4,11/2/2023,11,SANTIAGO,10.05,10.21666667,Ramphocelus flammigerus,42.7 +Guabas,318,8,11/3/2023,11,JUAN,6.266666667,6.433333333,Setophaga fusca,29.6 +Guabas,318,8,11/3/2023,11,JUAN,6.266666667,6.433333333,Setophaga fusca,15.5 +Guabas,318,8,11/3/2023,11,JUAN,6.266666667,6.433333333,Zimmerius chrysops,11.5 +Guabas,318,9,11/3/2023,11,JUAN,6.583333333,6.75,Columbina talpacoti,22.2 +Guabas,318,9,11/3/2023,11,JUAN,6.583333333,6.75,Molothrus bonariensis,47.1 +Guabas,318,9,11/3/2023,11,JUAN,6.583333333,6.75,Myiozetetes cayanensis,22.7 +Guabas,318,9,11/3/2023,11,JUAN,6.583333333,6.75,Myiozetetes cayanensis,22.7 +Guabas,318,9,11/3/2023,11,JUAN,6.583333333,6.75,Ortalis columbiana,9.2 +Guabas,318,9,11/3/2023,11,JUAN,6.583333333,6.75,Ortalis columbiana,9.2 +Guabas,318,9,11/3/2023,11,JUAN,6.583333333,6.75,Ortalis columbiana,9.2 +Guabas,318,9,11/3/2023,11,JUAN,6.583333333,6.75,Patagioenas fasciata,75.5 +Guabas,318,9,11/3/2023,11,JUAN,6.583333333,6.75,Setophaga fusca,46.7 +Guabas,318,7,11/3/2023,11,JUAN,6.916666667,7.083333333,Myiozetetes cayanensis,16.7 +Guabas,318,7,11/3/2023,11,JUAN,6.916666667,7.083333333,Tangara gyrola,30.4 +Guabas,318,7,11/3/2023,11,JUAN,6.916666667,7.083333333,Troglodytes aedon,28.9 +Guabas,318,7,11/3/2023,11,JUAN,6.916666667,7.083333333,Volatinia jacarina,22.4 +Guabas,318,10,11/3/2023,11,JUAN,7.3,7.466666667,Dryocopus lineatus,88.7 +Guabas,318,10,11/3/2023,11,JUAN,7.3,7.466666667,Icterus chrysater,78.5 +Guabas,318,10,11/3/2023,11,JUAN,7.3,7.466666667,Saltator striatipectus,15.6 +Guabas,318,10,11/3/2023,11,JUAN,7.3,7.466666667,Todirostrum cinereum,12 +Guabas,318,12,11/3/2023,11,JUAN,7.716666667,7.883333333,Amazilia tzacatl,6.2 +Guabas,318,12,11/3/2023,11,JUAN,7.716666667,7.883333333,Icterus chrysater,12.7 +Guabas,318,12,11/3/2023,11,JUAN,7.716666667,7.883333333,Myiopagis viridicata,13.9 +Guabas,318,12,11/3/2023,11,JUAN,7.716666667,7.883333333,Setophaga fusca,17.6 +Guabas,318,12,11/3/2023,11,JUAN,7.716666667,7.883333333,Tapera naevia,37.4 +Guabas,318,12,11/3/2023,11,JUAN,7.716666667,7.883333333,Tyrannus melancholicus,48.2 +Guabas,318,12,11/3/2023,11,JUAN,7.716666667,7.883333333,Zimmerius chrysops,18.6 +Guabas,318,12,11/3/2023,11,JUAN,7.716666667,7.883333333,Zimmerius chrysops,28.8 +Guabas,318,1,11/3/2023,11,JUAN,8.133333333,8.3,Chlorostilbon melanorhynchus,10.8 +Guabas,318,1,11/3/2023,11,JUAN,8.133333333,8.3,Elaenia flavogaster,25.3 +Guabas,318,1,11/3/2023,11,JUAN,8.133333333,8.3,Forpus conspicillatus,10.2 +Guabas,318,1,11/3/2023,11,JUAN,8.133333333,8.3,Forpus conspicillatus,10.2 +Guabas,318,1,11/3/2023,11,JUAN,8.133333333,8.3,Stilpnia vitriolina,19.1 +Guabas,318,1,11/3/2023,11,JUAN,8.133333333,8.3,Tiaris olivaceus,9.1 +Guabas,318,6,11/3/2023,11,JUAN,8.5,8.666666667,Piaya cayana,21.2 +Guabas,318,6,11/3/2023,11,JUAN,8.5,8.666666667,Piaya cayana,21.2 +Guabas,318,6,11/3/2023,11,JUAN,8.5,8.666666667,Saucerottia saucerottei,8.9 +Guabas,318,11,11/3/2023,11,JUAN,8.916666667,9.083333333,Chlorophanes spiza,8.1 +Guabas,318,2,11/3/2023,11,JUAN,9.25,9.416666667,Chlorophanes spiza,15 +Guabas,318,2,11/3/2023,11,JUAN,9.25,9.416666667,Chrysuronia grayi,15.2 +Guabas,318,2,11/3/2023,11,JUAN,9.25,9.416666667,Thraupis episcopus,12.7 +Guabas,318,4,11/3/2023,11,JUAN,9.75,9.916666667,Myiothlypis fulvicauda,18.2 +Guabas,318,5,11/3/2023,11,JUAN,9.966666667,10.13333333,Momotus aequatorialis,7.8 +Guabas,318,5,11/3/2023,11,JUAN,9.966666667,10.13333333,Tangara arthus,14.2 +Guabas,318,12,11/3/2023,11,SANTIAGO,6,6.166666667,Pheucticus ludovicianus,28.5 +Guabas,318,12,11/3/2023,11,SANTIAGO,6,6.166666667,Tangara gyrola,16.2 +Guabas,318,12,11/3/2023,11,SANTIAGO,6,6.166666667,Tangara gyrola,16.2 +Guabas,318,12,11/3/2023,11,SANTIAGO,6,6.166666667,Phaethornis guy,16.7 +Guabas,318,12,11/3/2023,11,SANTIAGO,6,6.166666667,Setophaga striata,35.1 +Guabas,318,12,11/3/2023,11,SANTIAGO,6,6.166666667,Stilpnia cyanicollis,29.7 +Guabas,318,12,11/3/2023,11,SANTIAGO,6,6.166666667,Stilpnia cyanicollis,29.7 +Guabas,318,12,11/3/2023,11,SANTIAGO,6,6.166666667,Saltator striatipectus,16.9 +Guabas,318,12,11/3/2023,11,SANTIAGO,6,6.166666667,Turdus ignobilis,20.3 +Guabas,318,12,11/3/2023,11,SANTIAGO,6,6.166666667,Tyrannus melancholicus,26.4 +Guabas,318,12,11/3/2023,11,SANTIAGO,6,6.166666667,Tyrannus melancholicus,26.4 +Guabas,318,12,11/3/2023,11,SANTIAGO,6,6.166666667,Stilpnia vitriolina,19.2 +Guabas,318,12,11/3/2023,11,SANTIAGO,6,6.166666667,Thraupis episcopus,37.1 +Guabas,318,12,11/3/2023,11,SANTIAGO,6,6.166666667,Thraupis episcopus,37.1 +Guabas,318,6,11/3/2023,11,SANTIAGO,6.35,6.516666667,Basileuterus tristriatus,16.4 +Guabas,318,6,11/3/2023,11,SANTIAGO,6.35,6.516666667,Basileuterus tristriatus,16.4 +Guabas,318,6,11/3/2023,11,SANTIAGO,6.35,6.516666667,Catharus ustulatus,15 +Guabas,318,6,11/3/2023,11,SANTIAGO,6.35,6.516666667,Amazilia tzacatl,28.6 +Guabas,318,2,11/3/2023,11,SANTIAGO,6.733333333,6.9,Thraupis palmarum,42.5 +Guabas,318,2,11/3/2023,11,SANTIAGO,6.733333333,6.9,Tyrannus melancholicus,19.7 +Guabas,318,2,11/3/2023,11,SANTIAGO,6.733333333,6.9,Setophaga fusca,26.4 +Guabas,318,2,11/3/2023,11,SANTIAGO,6.733333333,6.9,Chrysuronia grayi,16.3 +Guabas,318,2,11/3/2023,11,SANTIAGO,6.733333333,6.9,Tyrannus melancholicus,46.2 +Guabas,318,2,11/3/2023,11,SANTIAGO,6.733333333,6.9,Tyrannus melancholicus,46.2 +Guabas,318,2,11/3/2023,11,SANTIAGO,6.733333333,6.9,Stilpnia cyanicollis,29.7 +Guabas,318,2,11/3/2023,11,SANTIAGO,6.733333333,6.9,Stilpnia cyanicollis,29.7 +Guabas,318,3,11/3/2023,11,SANTIAGO,7.1,7.266666667,Tiaris olivaceus,16.2 +Guabas,318,3,11/3/2023,11,SANTIAGO,7.1,7.266666667,Sporophila nigricollis,23.1 +Guabas,318,3,11/3/2023,11,SANTIAGO,7.1,7.266666667,Sporophila nigricollis,23.1 +Guabas,318,3,11/3/2023,11,SANTIAGO,7.1,7.266666667,Icterus nigrogularis,43.6 +Guabas,318,3,11/3/2023,11,SANTIAGO,7.1,7.266666667,Tachyphonus rufus,18 +Guabas,318,3,11/3/2023,11,SANTIAGO,7.1,7.266666667,Catharus ustulatus,31.3 +Guabas,318,3,11/3/2023,11,SANTIAGO,7.1,7.266666667,Euphonia laniirostris,14.2 +Guabas,318,3,11/3/2023,11,SANTIAGO,7.1,7.266666667,Euphonia laniirostris,14.2 +Guabas,318,3,11/3/2023,11,SANTIAGO,7.1,7.266666667,Setophaga fusca,38.2 +Guabas,318,3,11/3/2023,11,SANTIAGO,7.1,7.266666667,Tyrannus melancholicus,36.3 +Guabas,318,3,11/3/2023,11,SANTIAGO,7.1,7.266666667,Tyrannus melancholicus,36.3 +Guabas,318,3,11/3/2023,11,SANTIAGO,7.1,7.266666667,Florisuga mellivora,14.9 +Guabas,318,4,11/3/2023,11,SANTIAGO,7.416666667,7.583333333,Thamnophilus multistriatus,26.8 +Guabas,318,4,11/3/2023,11,SANTIAGO,7.416666667,7.583333333,Setophaga pitiayumi,17.2 +Guabas,318,4,11/3/2023,11,SANTIAGO,7.416666667,7.583333333,Pitangus sulphuratus,27.4 +Guabas,318,4,11/3/2023,11,SANTIAGO,7.416666667,7.583333333,Mionectes striaticollis,31.9 +Guabas,318,4,11/3/2023,11,SANTIAGO,7.416666667,7.583333333,Habia cristata,25.3 +Guabas,318,4,11/3/2023,11,SANTIAGO,7.416666667,7.583333333,Habia cristata,25.3 +Guabas,318,4,11/3/2023,11,SANTIAGO,7.416666667,7.583333333,Habia cristata,25.3 +Guabas,318,4,11/3/2023,11,SANTIAGO,7.416666667,7.583333333,Habia cristata,25.3 +Guabas,318,4,11/3/2023,11,SANTIAGO,7.416666667,7.583333333,Tachyphonus rufus,19.7 +Guabas,318,5,11/3/2023,11,SANTIAGO,7.733333333,7.9,Serpophaga cinerea,14.6 +Guabas,318,5,11/3/2023,11,SANTIAGO,7.733333333,7.9,Ortalis columbiana,34.9 +Guabas,318,5,11/3/2023,11,SANTIAGO,7.733333333,7.9,Ortalis columbiana,34.9 +Guabas,318,5,11/3/2023,11,SANTIAGO,7.733333333,7.9,Forpus conspicillatus,12.1 +Guabas,318,1,11/3/2023,11,SANTIAGO,8.316666667,8.483333333,Myiopagis viridicata,17.3 +Guabas,318,1,11/3/2023,11,SANTIAGO,8.316666667,8.483333333,Turdus ignobilis,22 +Guabas,318,1,11/3/2023,11,SANTIAGO,8.316666667,8.483333333,Setophaga fusca,19.9 +Guabas,318,1,11/3/2023,11,SANTIAGO,8.316666667,8.483333333,Contopus cooperi,42.3 +Guabas,318,1,11/3/2023,11,SANTIAGO,8.316666667,8.483333333,Stilpnia vitriolina,31.2 +Guabas,318,1,11/3/2023,11,SANTIAGO,8.316666667,8.483333333,Stilpnia vitriolina,31.2 +Guabas,318,1,11/3/2023,11,SANTIAGO,8.316666667,8.483333333,Myiopagis viridicata,8.9 +Guabas,318,1,11/3/2023,11,SANTIAGO,8.316666667,8.483333333,Myiopagis viridicata,8.9 +Guabas,318,1,11/3/2023,11,SANTIAGO,8.316666667,8.483333333,Tiaris olivaceus,19.7 +Guabas,318,1,11/3/2023,11,SANTIAGO,8.316666667,8.483333333,Stilpnia vitriolina,26.1 +Guabas,318,7,11/3/2023,11,SANTIAGO,8.616666667,8.783333333,Stilpnia vitriolina,26.3 +Guabas,318,7,11/3/2023,11,SANTIAGO,8.616666667,8.783333333,Stilpnia vitriolina,26.3 +Guabas,318,7,11/3/2023,11,SANTIAGO,8.616666667,8.783333333,Tyrannus melancholicus,18.4 +Guabas,318,7,11/3/2023,11,SANTIAGO,8.616666667,8.783333333,Daptrius chimachima,22.1 +Guabas,318,7,11/3/2023,11,SANTIAGO,8.616666667,8.783333333,Saltator striatipectus,16.7 +Guabas,318,7,11/3/2023,11,SANTIAGO,8.616666667,8.783333333,Setophaga fusca,38.1 +Guabas,318,7,11/3/2023,11,SANTIAGO,8.616666667,8.783333333,Tyrannus melancholicus,26.2 +Guabas,318,11,11/3/2023,11,SANTIAGO,9.15,9.316666667,Sporophila nigricollis,19.6 +Guabas,318,10,11/3/2023,11,SANTIAGO,9.566666667,9.733333333,Coereba flaveola,12.6 +Guabas,318,10,11/3/2023,11,SANTIAGO,9.566666667,9.733333333,Coereba flaveola,12.6 +Guabas,318,10,11/3/2023,11,SANTIAGO,9.566666667,9.733333333,Tachyphonus rufus,18.4 +Guabas,318,10,11/3/2023,11,SANTIAGO,9.566666667,9.733333333,Anthracothorax nigricollis,19.9 +Guabas,318,10,11/3/2023,11,SANTIAGO,9.566666667,9.733333333,Rupornis magnirostris,29.7 +Guabas,318,10,11/3/2023,11,SANTIAGO,9.566666667,9.733333333,Thraupis palmarum,11.1 +Guabas,318,10,11/3/2023,11,SANTIAGO,9.566666667,9.733333333,Thraupis palmarum,11.1 +Guabas,318,10,11/3/2023,11,SANTIAGO,9.566666667,9.733333333,Stilpnia cyanicollis,24.7 +Guabas,318,10,11/3/2023,11,SANTIAGO,9.566666667,9.733333333,Stilpnia cyanicollis,24.7 +Guabas,318,10,11/3/2023,11,SANTIAGO,9.566666667,9.733333333,Turdus ignobilis,19.6 +Guabas,318,10,11/3/2023,11,SANTIAGO,9.566666667,9.733333333,Coereba flaveola,15.8 +Guabas,318,10,11/3/2023,11,SANTIAGO,9.566666667,9.733333333,Coereba flaveola,15.8 +Guabas,318,10,11/3/2023,11,SANTIAGO,9.566666667,9.733333333,Tyrannus melancholicus,49.5 +Guabas,318,10,11/3/2023,11,SANTIAGO,9.566666667,9.733333333,Tyrannus melancholicus,49.5 +Guabas,318,10,11/3/2023,11,SANTIAGO,9.566666667,9.733333333,Myiozetetes cayanensis,18.2 +Guabas,318,10,11/3/2023,11,SANTIAGO,9.566666667,9.733333333,Todirostrum cinereum,29.6 +Guabas,318,9,11/3/2023,11,SANTIAGO,9.866666667,9.866666667,Setophaga fusca,26.4 +Guabas,318,9,11/3/2023,11,SANTIAGO,9.866666667,9.866666667,Setophaga fusca,26.4 +Guabas,318,9,11/3/2023,11,SANTIAGO,9.866666667,9.866666667,Empidonax virescens,18.7 +Guabas,318,9,11/3/2023,11,SANTIAGO,9.866666667,9.866666667,Turdus ignobilis,14.2 +Guabas,318,9,11/3/2023,11,SANTIAGO,9.866666667,9.866666667,Momotus aequatorialis,26.7 +Guabas,318,9,11/3/2023,11,SANTIAGO,9.866666667,9.866666667,Momotus aequatorialis,26.7 +Guabas,318,9,11/3/2023,11,SANTIAGO,9.866666667,9.866666667,Setophaga fusca,19.5 +Guabas,318,9,11/3/2023,11,SANTIAGO,9.866666667,9.866666667,Tangara gyrola,22.2 +Guabas,318,8,11/3/2023,11,SANTIAGO,10.11666667,10.28333333,Stilpnia vitriolina,15.2 +Guabas,318,8,11/3/2023,11,SANTIAGO,10.11666667,10.28333333,Amazona mercenarius,49.7 +Guabas,318,8,11/3/2023,11,SANTIAGO,10.11666667,10.28333333,Amazona mercenarius,49.7 +Guabas,318,8,11/3/2023,11,SANTIAGO,10.11666667,10.28333333,Amazona mercenarius,49.7 +Guabas,318,8,11/3/2023,11,SANTIAGO,10.11666667,10.28333333,Amazona mercenarius,49.7 +Guabas,318,8,11/3/2023,11,SANTIAGO,10.11666667,10.28333333,Setophaga fusca,23.9 +Guabas,318,8,11/3/2023,11,SANTIAGO,10.11666667,10.28333333,Setophaga fusca,23.9 +Guabas,318,8,11/3/2023,11,SANTIAGO,10.11666667,10.28333333,Thraupis palmarum,18.7 +Guabas,318,8,11/3/2023,11,SANTIAGO,10.11666667,10.28333333,Tyrannus melancholicus,22.3 +Guabas,318,8,11/3/2023,11,SANTIAGO,10.11666667,10.28333333,Daptrius chimachima,46.9 +Guabas,356,7,11/4/2023,11,JUAN,5.916666667,6.083333333,Tangara arthus,18.7 +Guabas,356,7,11/4/2023,11,JUAN,5.916666667,6.083333333,Tangara labradorides,20.1 +Guabas,356,7,11/4/2023,11,JUAN,5.916666667,6.083333333,Tyrannus melancholicus,28.7 +Guabas,356,7,11/4/2023,11,JUAN,5.916666667,6.083333333,Zonotrichia capensis,12.2 +Guabas,356,8,11/4/2023,11,JUAN,6.25,6.416666667,Daptrius chimachima,67.2 +Guabas,356,8,11/4/2023,11,JUAN,6.25,6.416666667,Sporophila nigricollis,4.5 +Guabas,356,8,11/4/2023,11,JUAN,6.25,6.416666667,Stilpnia vitriolina,28.3 +Guabas,356,8,11/4/2023,11,JUAN,6.25,6.416666667,Zonotrichia capensis,9.6 +Guabas,356,9,11/4/2023,11,JUAN,6.516666667,6.683333333,Tangara gyrola,85.2 +Guabas,356,9,11/4/2023,11,JUAN,6.516666667,6.683333333,Tangara gyrola,85.2 +Guabas,356,9,11/4/2023,11,JUAN,6.516666667,6.683333333,Thraupis episcopus,23.3 +Guabas,356,9,11/4/2023,11,JUAN,6.516666667,6.683333333,Thraupis palmarum,48.2 +Guabas,356,11,11/4/2023,11,JUAN,7.316666667,7.483333333,Cyanocorax yncas,60.6 +Guabas,356,11,11/4/2023,11,JUAN,7.316666667,7.483333333,Momotus aequatorialis,55.3 +Guabas,356,11,11/4/2023,11,JUAN,7.316666667,7.483333333,Setophaga fusca,20.8 +Guabas,356,11,11/4/2023,11,JUAN,7.316666667,7.483333333,Setophaga fusca,20.8 +Guabas,356,12,11/4/2023,11,JUAN,7.616666667,7.783333333,Chlorophonia cyanocephala,28.7 +Guabas,356,12,11/4/2023,11,JUAN,7.616666667,7.783333333,Sporathraupis cyanocephala,35.6 +Guabas,356,1,11/4/2023,11,JUAN,7.933333333,8.1,Stilpnia heinei,13.6 +Guabas,356,1,11/4/2023,11,JUAN,7.933333333,8.1,Tangara arthus,28.5 +Guabas,356,2,11/4/2023,11,JUAN,8.283333333,8.45,Aulacorhynchus albivitta,38.8 +Guabas,356,2,11/4/2023,11,JUAN,8.283333333,8.45,Leptotila verreauxi,64.3 +Guabas,356,2,11/4/2023,11,JUAN,8.283333333,8.45,Leptotila verreauxi,64.3 +Guabas,356,3,11/4/2023,11,JUAN,8.75,8.916666667,Atlapetes albinucha,14.3 +Guabas,356,4,11/4/2023,11,JUAN,9.066666667,9.233333333,Trogon personatus,38.2 +Guabas,356,5,11/4/2023,11,JUAN,9.333333333,9.5,Contopus cooperi,30.9 +Guabas,356,5,11/4/2023,11,JUAN,9.333333333,9.5,Tyrannus melancholicus,21.5 +Guabas,356,13,11/4/2023,11,JUAN,9.9,10.06666667,Henicorhina leucophrys,13.7 +Guabas,356,6,11/4/2023,11,JUAN,10.25,10.41666667,Aulacorhynchus albivitta,45.6 +Guabas,356,6,11/4/2023,11,JUAN,10.25,10.41666667,Tyrannus melancholicus,38 +Guabas,356,6,11/4/2023,11,SANTIAGO,6.083333333,6.25,Icterus chrysater,37.5 +Guabas,356,6,11/4/2023,11,SANTIAGO,6.083333333,6.25,Icterus chrysater,37.5 +Guabas,356,6,11/4/2023,11,SANTIAGO,6.083333333,6.25,Zonotrichia capensis,29.5 +Guabas,356,6,11/4/2023,11,SANTIAGO,6.083333333,6.25,Stilpnia cyanicollis,19.1 +Guabas,356,7,11/4/2023,11,SANTIAGO,6.4,6.566666667,Sporathraupis cyanocephala,44.9 +Guabas,356,7,11/4/2023,11,SANTIAGO,6.4,6.566666667,Sporathraupis cyanocephala,44.9 +Guabas,356,7,11/4/2023,11,SANTIAGO,6.4,6.566666667,Anisognathus somptuosus,27.1 +Guabas,356,7,11/4/2023,11,SANTIAGO,6.4,6.566666667,Myiodynastes hemichrysus,32.6 +Guabas,356,7,11/4/2023,11,SANTIAGO,6.4,6.566666667,Atlapetes albinucha,19.8 +Guabas,356,7,11/4/2023,11,SANTIAGO,6.4,6.566666667,Tangara vassorii,21.4 +Guabas,356,7,11/4/2023,11,SANTIAGO,6.4,6.566666667,Mionectes striaticollis,20 +Guabas,356,8,11/4/2023,11,SANTIAGO,6.816666667,6.983333333,Sporophila nigricollis,8.4 +Guabas,356,8,11/4/2023,11,SANTIAGO,6.816666667,6.983333333,Zimmerius chrysops,17.8 +Guabas,356,8,11/4/2023,11,SANTIAGO,6.816666667,6.983333333,Saltator striatipectus,26.3 +Guabas,356,10,11/4/2023,11,SANTIAGO,7.216666667,7.383333333,Synallaxis albescens,29.7 +Guabas,356,10,11/4/2023,11,SANTIAGO,7.216666667,7.383333333,Setophaga ruticilla,17.6 +Guabas,356,10,11/4/2023,11,SANTIAGO,7.216666667,7.383333333,Diglossa albilatera,22.2 +Guabas,356,11,11/4/2023,11,SANTIAGO,7.6,7.766666667,Tyrannus melancholicus,28.8 +Guabas,356,11,11/4/2023,11,SANTIAGO,7.6,7.766666667,Tyrannus melancholicus,28.8 +Guabas,356,11,11/4/2023,11,SANTIAGO,7.6,7.766666667,Catharus ustulatus,19.4 +Guabas,356,11,11/4/2023,11,SANTIAGO,7.6,7.766666667,Zonotrichia capensis,25.1 +Guabas,356,11,11/4/2023,11,SANTIAGO,7.6,7.766666667,Zonotrichia capensis,25.1 +Guabas,356,13,11/4/2023,11,SANTIAGO,8.016666667,8.183333333,Xenops rutilans,18.7 +Guabas,356,13,11/4/2023,11,SANTIAGO,8.016666667,8.183333333,Xenops rutilans,18.7 +Guabas,356,13,11/4/2023,11,SANTIAGO,8.016666667,8.183333333,Cinnycerthia olivascens,23.3 +Guabas,356,12,11/4/2023,11,SANTIAGO,8.566666667,8.733333333,Stilpnia vitriolina,55.8 +Guabas,356,12,11/4/2023,11,SANTIAGO,8.566666667,8.733333333,Stilpnia vitriolina,55.8 +Guabas,356,12,11/4/2023,11,SANTIAGO,8.566666667,8.733333333,Troglodytes aedon,26.1 +Guabas,356,12,11/4/2023,11,SANTIAGO,8.566666667,8.733333333,Tiaris olivaceus,26.3 +Guabas,356,12,11/4/2023,11,SANTIAGO,8.566666667,8.733333333,Sporophila nigricollis,17.4 +Guabas,356,12,11/4/2023,11,SANTIAGO,8.566666667,8.733333333,Sporophila nigricollis,17.4 +Guabas,356,12,11/4/2023,11,SANTIAGO,8.566666667,8.733333333,Zonotrichia capensis,21.1 +Guabas,356,5,11/4/2023,11,SANTIAGO,9.05,9.216666667,Henicorhina leucophrys,26.9 +Guabas,356,5,11/4/2023,11,SANTIAGO,9.05,9.216666667,Colaptes rubiginosus,27.4 +Guabas,356,5,11/4/2023,11,SANTIAGO,9.05,9.216666667,Colaptes rubiginosus,27.4 +Guabas,356,5,11/4/2023,11,SANTIAGO,9.05,9.216666667,Setophaga fusca,32.6 +Guabas,356,4,11/4/2023,11,SANTIAGO,9.783333333,9.95,Basileuterus tristriatus,13.3 +Guabas,356,2,11/4/2023,11,SANTIAGO,10.43333333,10.6,Anisognathus somptuosus,26.7 +Guabas,356,2,11/4/2023,11,SANTIAGO,10.43333333,10.6,Tyrannus melancholicus,31.4 +Guabas,356,1,11/4/2023,11,SANTIAGO,10.86666667,11.03333333,Piaya cayana,22.6 +Guabas,356,1,11/4/2023,11,SANTIAGO,10.86666667,11.03333333,Dysithamnus mentalis,19.4 +Guabas,356,1,11/4/2023,11,SANTIAGO,10.86666667,11.03333333,Phaethornis syrmatophorus,14.2 +Guabas,356,1,11/4/2023,11,SANTIAGO,10.86666667,11.03333333,Tangara labradorides,26.9 +Guabas,356,1,11/4/2023,11,SANTIAGO,10.86666667,11.03333333,Tangara labradorides,26.9 +Guabas,356,1,11/4/2023,11,SANTIAGO,10.86666667,11.03333333,Tangara nigroviridis,25.7 +Guabas,356,1,11/4/2023,11,SANTIAGO,10.86666667,11.03333333,Tangara nigroviridis,25.7 +Guacaica,1087,3,11/14/2023,11,JUAN,6.15,6.316666667,Setophaga fusca,9 +Guacaica,1087,3,11/14/2023,11,JUAN,6.15,6.316666667,Spinus psaltria,11.9 +Guacaica,1087,3,11/14/2023,11,JUAN,6.15,6.316666667,Spinus psaltria,12.5 +Guacaica,1087,3,11/14/2023,11,JUAN,6.15,6.316666667,Sporophila nigricollis,13.2 +Guacaica,1087,3,11/14/2023,11,JUAN,6.15,6.316666667,Sporophila nigricollis,13.2 +Guacaica,1087,3,11/14/2023,11,JUAN,6.15,6.316666667,Thraupis palmarum,16.2 +Guacaica,1087,3,11/14/2023,11,JUAN,6.15,6.316666667,Tyrannus melancholicus,53.8 +Guacaica,1087,4,11/14/2023,11,JUAN,6.45,6.616666667,Parkesia noveboracensis,19.7 +Guacaica,1087,4,11/14/2023,11,JUAN,6.45,6.616666667,Setophaga fusca,8.5 +Guacaica,1087,4,11/14/2023,11,JUAN,6.45,6.616666667,Sporophila nigricollis,15.2 +Guacaica,1087,4,11/14/2023,11,JUAN,6.45,6.616666667,Stilpnia vitriolina,31.2 +Guacaica,1087,4,11/14/2023,11,JUAN,6.45,6.616666667,Stilpnia vitriolina,31.2 +Guacaica,1087,4,11/14/2023,11,JUAN,6.45,6.616666667,Thraupis palmarum,5.3 +Guacaica,1087,4,11/14/2023,11,JUAN,6.45,6.616666667,Zonotrichia capensis,4.6 +Guacaica,1087,5,11/14/2023,11,JUAN,6.733333333,6.9,Tiaris olivaceus,45.7 +Guacaica,1087,5,11/14/2023,11,JUAN,6.733333333,6.9,Zenaida auriculata,82.3 +Guacaica,1087,5,11/14/2023,11,JUAN,6.733333333,6.9,Zenaida auriculata,82.3 +Guacaica,1087,5,11/14/2023,11,JUAN,6.733333333,6.9,Zonotrichia capensis,19.9 +Guacaica,1087,10,11/14/2023,11,JUAN,7,7.166666667,Cyanocorax yncas,16.3 +Guacaica,1087,10,11/14/2023,11,JUAN,7,7.166666667,Sporophila nigricollis,34 +Guacaica,1087,10,11/14/2023,11,JUAN,7,7.166666667,Sporophila nigricollis,34 +Guacaica,1087,10,11/14/2023,11,JUAN,7,7.166666667,Thraupis episcopus,50.1 +Guacaica,1087,10,11/14/2023,11,JUAN,7,7.166666667,Zenaida auriculata,42.5 +Guacaica,1087,2,11/14/2023,11,JUAN,7.233333333,7.4,Contopus sordidulus,15.6 +Guacaica,1087,2,11/14/2023,11,JUAN,7.233333333,7.4,Contopus virens,15.1 +Guacaica,1087,2,11/14/2023,11,JUAN,7.233333333,7.4,Melanerpes formicivorus,19.6 +Guacaica,1087,2,11/14/2023,11,JUAN,7.233333333,7.4,Piranga rubra,36.6 +Guacaica,1087,2,11/14/2023,11,JUAN,7.233333333,7.4,Stelgidopteryx ruficollis,17.1 +Guacaica,1087,1,11/14/2023,11,JUAN,7.566666667,7.733333333,Myiozetetes cayanensis,18.5 +Guacaica,1087,1,11/14/2023,11,JUAN,7.566666667,7.733333333,Myiozetetes cayanensis,18.5 +Guacaica,1087,1,11/14/2023,11,JUAN,7.566666667,7.733333333,Sicalis flaveola,64.3 +Guacaica,1087,1,11/14/2023,11,JUAN,7.566666667,7.733333333,Spinus psaltria,5.5 +Guacaica,1087,1,11/14/2023,11,JUAN,7.566666667,7.733333333,Stelgidopteryx ruficollis,33.2 +Guacaica,1087,1,11/14/2023,11,JUAN,7.566666667,7.733333333,Stelgidopteryx ruficollis,33.2 +Guacaica,1087,1,11/14/2023,11,JUAN,7.566666667,7.733333333,Stelgidopteryx ruficollis,33.2 +Guacaica,1087,1,11/14/2023,11,JUAN,7.566666667,7.733333333,Thraupis palmarum,20.9 +Guacaica,1087,1,11/14/2023,11,JUAN,7.566666667,7.733333333,Tiaris olivaceus,4.3 +Guacaica,1087,1,11/14/2023,11,JUAN,7.566666667,7.733333333,Tyrannus melancholicus,33.5 +Guacaica,1087,6,11/14/2023,11,JUAN,7.983333333,8.15,Bubulcus ibis,24.7 +Guacaica,1087,6,11/14/2023,11,JUAN,7.983333333,8.15,Bubulcus ibis,24.7 +Guacaica,1087,6,11/14/2023,11,JUAN,7.983333333,8.15,Bubulcus ibis,24.7 +Guacaica,1087,6,11/14/2023,11,JUAN,7.983333333,8.15,Bubulcus ibis,24.7 +Guacaica,1087,6,11/14/2023,11,JUAN,7.983333333,8.15,Crotophaga ani,25.1 +Guacaica,1087,6,11/14/2023,11,JUAN,7.983333333,8.15,Crotophaga ani,42.2 +Guacaica,1087,6,11/14/2023,11,JUAN,7.983333333,8.15,Crotophaga ani,62.2 +Guacaica,1087,6,11/14/2023,11,JUAN,7.983333333,8.15,Phimosus infuscatus,78.8 +Guacaica,1087,6,11/14/2023,11,JUAN,7.983333333,8.15,Phimosus infuscatus,68.2 +Guacaica,1087,6,11/14/2023,11,JUAN,7.983333333,8.15,Phimosus infuscatus,68.2 +Guacaica,1087,6,11/14/2023,11,JUAN,7.983333333,8.15,Phimosus infuscatus,68.2 +Guacaica,1087,6,11/14/2023,11,JUAN,7.983333333,8.15,Tiaris olivaceus,27.4 +Guacaica,1087,7,11/14/2023,11,JUAN,8.45,8.616666667,Amazilia tzacatl,9 +Guacaica,1087,7,11/14/2023,11,JUAN,8.45,8.616666667,Cardellina canadensis,12.7 +Guacaica,1087,7,11/14/2023,11,JUAN,8.45,8.616666667,Turdus ignobilis,31.9 +Guacaica,1087,7,11/14/2023,11,JUAN,8.45,8.616666667,Turdus ignobilis,31.9 +Guacaica,1087,8,11/14/2023,11,JUAN,8.716666667,8.883333333,Stilpnia cyanicollis,35 +Guacaica,1087,8,11/14/2023,11,JUAN,8.716666667,8.883333333,Tyrannus melancholicus,66.6 +Guacaica,1087,8,11/14/2023,11,JUAN,8.716666667,8.883333333,Zonotrichia capensis,15.7 +Guacaica,1087,8,11/14/2023,11,JUAN,8.716666667,8.883333333,Zonotrichia capensis,15.7 +Guacaica,1087,8,11/14/2023,11,JUAN,8.716666667,8.883333333,Zonotrichia capensis,15.7 +Guacaica,1087,11,11/14/2023,11,JUAN,9.066666667,9.233333333,Dryocopus lineatus,34.8 +Guacaica,1087,9,11/14/2023,11,JUAN,9.45,9.616666667,Bubulcus ibis,30.6 +Guacaica,1087,9,11/14/2023,11,JUAN,9.45,9.616666667,Bubulcus ibis,30.6 +Guacaica,1087,9,11/14/2023,11,JUAN,9.45,9.616666667,Bubulcus ibis,30.6 +Guacaica,1087,9,11/14/2023,11,JUAN,9.45,9.616666667,Bubulcus ibis,30.6 +Guacaica,1087,9,11/14/2023,11,JUAN,9.45,9.616666667,Bubulcus ibis,30.6 +Guacaica,1087,9,11/14/2023,11,JUAN,9.45,9.616666667,Bubulcus ibis,30.6 +Guacaica,1087,9,11/14/2023,11,JUAN,9.45,9.616666667,Bubulcus ibis,30.6 +Guacaica,1087,9,11/14/2023,11,JUAN,9.45,9.616666667,Bubulcus ibis,30.6 +Guacaica,1087,9,11/14/2023,11,JUAN,9.45,9.616666667,Bubulcus ibis,30.6 +Guacaica,1087,9,11/14/2023,11,JUAN,9.45,9.616666667,Bubulcus ibis,30.6 +Guacaica,1087,9,11/14/2023,11,JUAN,9.45,9.616666667,Bubulcus ibis,30.6 +Guacaica,1087,9,11/14/2023,11,JUAN,9.45,9.616666667,Bubulcus ibis,30.6 +Guacaica,1087,9,11/14/2023,11,JUAN,9.45,9.616666667,Legatus leucophaius,33.7 +Guacaica,1087,9,11/14/2023,11,JUAN,9.45,9.616666667,Phimosus infuscatus,22.7 +Guacaica,1087,9,11/14/2023,11,JUAN,9.45,9.616666667,Piranga rubra,27.9 +Guacaica,1087,9,11/14/2023,11,JUAN,9.45,9.616666667,Setophaga fusca,27.9 +Guacaica,1087,9,11/14/2023,11,JUAN,9.45,9.616666667,Stilpnia heinei,18 +Guacaica,1087,9,11/14/2023,11,JUAN,9.45,9.616666667,Thraupis episcopus,36.6 +Guacaica,1087,9,11/14/2023,11,JUAN,9.45,9.616666667,Thraupis episcopus,33 +Guacaica,1087,9,11/14/2023,11,JUAN,9.45,9.616666667,Turdus ignobilis,19.4 +Guacaica,1087,9,11/14/2023,11,JUAN,9.45,9.616666667,Tyrannus melancholicus,36.5 +Guacaica,1087,9,11/14/2023,11,JUAN,9.45,9.616666667,Tyrannus melancholicus,36.5 +Guacaica,1087,9,11/14/2023,11,JUAN,9.45,9.616666667,Zimmerius chrysops,22.8 +Guacaica,1087,1,11/14/2023,11,SANTIAGO,6.083333333,6.25,Icterus chrysater,35.8 +Guacaica,1087,1,11/14/2023,11,SANTIAGO,6.083333333,6.25,Setophaga fusca,35.6 +Guacaica,1087,1,11/14/2023,11,SANTIAGO,6.083333333,6.25,Setophaga fusca,35.6 +Guacaica,1087,1,11/14/2023,11,SANTIAGO,6.083333333,6.25,Tiaris olivaceus,14.5 +Guacaica,1087,1,11/14/2023,11,SANTIAGO,6.083333333,6.25,Tyrannus melancholicus,17.4 +Guacaica,1087,9,11/14/2023,11,SANTIAGO,6.366666667,6.533333333,Contopus cooperi,28.4 +Guacaica,1087,9,11/14/2023,11,SANTIAGO,6.366666667,6.533333333,Amazilia tzacatl,26.5 +Guacaica,1087,9,11/14/2023,11,SANTIAGO,6.366666667,6.533333333,Thraupis episcopus,19.7 +Guacaica,1087,9,11/14/2023,11,SANTIAGO,6.366666667,6.533333333,Thraupis episcopus,19.7 +Guacaica,1087,9,11/14/2023,11,SANTIAGO,6.366666667,6.533333333,Setophaga fusca,43.2 +Guacaica,1087,9,11/14/2023,11,SANTIAGO,6.366666667,6.533333333,Turdus ignobilis,28.7 +Guacaica,1087,9,11/14/2023,11,SANTIAGO,6.366666667,6.533333333,Turdus ignobilis,28.7 +Guacaica,1087,9,11/14/2023,11,SANTIAGO,6.366666667,6.533333333,Stilpnia vitriolina,31 +Guacaica,1087,9,11/14/2023,11,SANTIAGO,6.366666667,6.533333333,Piranga rubra,26.8 +Guacaica,1087,9,11/14/2023,11,SANTIAGO,6.366666667,6.533333333,Tyrannus melancholicus,42.1 +Guacaica,1087,9,11/14/2023,11,SANTIAGO,6.366666667,6.533333333,Tyrannus melancholicus,32.5 +Guacaica,1087,9,11/14/2023,11,SANTIAGO,6.366666667,6.533333333,Bubulcus ibis,35.6 +Guacaica,1087,9,11/14/2023,11,SANTIAGO,6.366666667,6.533333333,Bubulcus ibis,35.6 +Guacaica,1087,9,11/14/2023,11,SANTIAGO,6.366666667,6.533333333,Bubulcus ibis,35.6 +Guacaica,1087,9,11/14/2023,11,SANTIAGO,6.366666667,6.533333333,Dryobates fumigatus,21.1 +Guacaica,1087,6,11/14/2023,11,SANTIAGO,6.65,6.816666667,Tiaris olivaceus,28.1 +Guacaica,1087,6,11/14/2023,11,SANTIAGO,6.65,6.816666667,Tiaris olivaceus,28.1 +Guacaica,1087,6,11/14/2023,11,SANTIAGO,6.65,6.816666667,Contopus cooperi,19.5 +Guacaica,1087,6,11/14/2023,11,SANTIAGO,6.65,6.816666667,Crotophaga ani,34.9 +Guacaica,1087,6,11/14/2023,11,SANTIAGO,6.65,6.816666667,Crotophaga ani,34.9 +Guacaica,1087,6,11/14/2023,11,SANTIAGO,6.65,6.816666667,Crotophaga ani,34.9 +Guacaica,1087,6,11/14/2023,11,SANTIAGO,6.65,6.816666667,Crotophaga ani,34.9 +Guacaica,1087,6,11/14/2023,11,SANTIAGO,6.65,6.816666667,Crotophaga ani,34.9 +Guacaica,1087,6,11/14/2023,11,SANTIAGO,6.65,6.816666667,Tyrannus melancholicus,19 +Guacaica,1087,6,11/14/2023,11,SANTIAGO,6.65,6.816666667,Thraupis episcopus,14.7 +Guacaica,1087,6,11/14/2023,11,SANTIAGO,6.65,6.816666667,Thraupis episcopus,14.7 +Guacaica,1087,6,11/14/2023,11,SANTIAGO,6.65,6.816666667,Thraupis episcopus,14.7 +Guacaica,1087,6,11/14/2023,11,SANTIAGO,6.65,6.816666667,Bubulcus ibis,36.3 +Guacaica,1087,6,11/14/2023,11,SANTIAGO,6.65,6.816666667,Crotophaga ani,11 +Guacaica,1087,6,11/14/2023,11,SANTIAGO,6.65,6.816666667,Crotophaga ani,11 +Guacaica,1087,6,11/14/2023,11,SANTIAGO,6.65,6.816666667,Crotophaga ani,11 +Guacaica,1087,6,11/14/2023,11,SANTIAGO,6.65,6.816666667,Molothrus bonariensis,25.4 +Guacaica,1087,6,11/14/2023,11,SANTIAGO,6.65,6.816666667,Zonotrichia capensis,25.4 +Guacaica,1087,8,11/14/2023,11,SANTIAGO,7.083333333,7.25,Tangara gyrola,18.4 +Guacaica,1087,8,11/14/2023,11,SANTIAGO,7.083333333,7.25,Cardellina canadensis,18.4 +Guacaica,1087,8,11/14/2023,11,SANTIAGO,7.083333333,7.25,Cardellina canadensis,18.4 +Guacaica,1087,8,11/14/2023,11,SANTIAGO,7.083333333,7.25,Chlorostilbon melanorhynchus,9.2 +Guacaica,1087,8,11/14/2023,11,SANTIAGO,7.083333333,7.25,Thraupis episcopus,29.7 +Guacaica,1087,8,11/14/2023,11,SANTIAGO,7.083333333,7.25,Stilpnia heinei,19.4 +Guacaica,1087,8,11/14/2023,11,SANTIAGO,7.083333333,7.25,Tyrannus melancholicus,42.3 +Guacaica,1087,8,11/14/2023,11,SANTIAGO,7.083333333,7.25,Tyrannus melancholicus,42.3 +Guacaica,1087,8,11/14/2023,11,SANTIAGO,7.083333333,7.25,Piranga rubra,36 +Guacaica,1087,7,11/14/2023,11,SANTIAGO,7.383333333,7.55,Catharus ustulatus,29.7 +Guacaica,1087,7,11/14/2023,11,SANTIAGO,7.383333333,7.55,Thamnophilus multistriatus,26.7 +Guacaica,1087,7,11/14/2023,11,SANTIAGO,7.383333333,7.55,Cardellina canadensis,19.4 +Guacaica,1087,7,11/14/2023,11,SANTIAGO,7.383333333,7.55,Tolmomyias sulphurescens,8.4 +Guacaica,1087,7,11/14/2023,11,SANTIAGO,7.383333333,7.55,Zonotrichia capensis,13.7 +Guacaica,1087,7,11/14/2023,11,SANTIAGO,7.383333333,7.55,Zonotrichia capensis,13.7 +Guacaica,1087,7,11/14/2023,11,SANTIAGO,7.383333333,7.55,Tiaris olivaceus,22.4 +Guacaica,1087,11,11/14/2023,11,SANTIAGO,7.8,7.966666667,Myiozetetes cayanensis,17.6 +Guacaica,1087,11,11/14/2023,11,SANTIAGO,7.8,7.966666667,Myiozetetes cayanensis,17.6 +Guacaica,1087,11,11/14/2023,11,SANTIAGO,7.8,7.966666667,Zonotrichia capensis,14.8 +Guacaica,1087,11,11/14/2023,11,SANTIAGO,7.8,7.966666667,Tiaris olivaceus,22 +Guacaica,1087,11,11/14/2023,11,SANTIAGO,7.8,7.966666667,Tiaris olivaceus,22 +Guacaica,1087,11,11/14/2023,11,SANTIAGO,7.8,7.966666667,Sporophila nigricollis,10.1 +Guacaica,1087,11,11/14/2023,11,SANTIAGO,7.8,7.966666667,Tyrannus melancholicus,39.9 +Guacaica,1087,11,11/14/2023,11,SANTIAGO,7.8,7.966666667,Tyrannus melancholicus,39.9 +Guacaica,1087,11,11/14/2023,11,SANTIAGO,7.8,7.966666667,Turdus ignobilis,22.7 +Guacaica,1087,11,11/14/2023,11,SANTIAGO,7.8,7.966666667,Daptrius chimachima,26.7 +Guacaica,1087,2,11/14/2023,11,SANTIAGO,8.5,8.666666667,Contopus sordidulus,36.4 +Guacaica,1087,2,11/14/2023,11,SANTIAGO,8.5,8.666666667,Tyrannus melancholicus,29.8 +Guacaica,1087,2,11/14/2023,11,SANTIAGO,8.5,8.666666667,Tiaris olivaceus,12.3 +Guacaica,1087,10,11/14/2023,11,SANTIAGO,8.866666667,9.033333333,Setophaga fusca,22.7 +Guacaica,1087,10,11/14/2023,11,SANTIAGO,8.866666667,9.033333333,Setophaga fusca,22.7 +Guacaica,1087,10,11/14/2023,11,SANTIAGO,8.866666667,9.033333333,Colaptes rubiginosus,36.4 +Guacaica,1087,10,11/14/2023,11,SANTIAGO,8.866666667,9.033333333,Tiaris olivaceus,21.4 +Guacaica,1087,10,11/14/2023,11,SANTIAGO,8.866666667,9.033333333,Vanellus chilensis,33.1 +Guacaica,1087,10,11/14/2023,11,SANTIAGO,8.866666667,9.033333333,Vanellus chilensis,33.1 +Guacaica,1087,10,11/14/2023,11,SANTIAGO,8.866666667,9.033333333,Vanellus chilensis,33.1 +Guacaica,1087,5,11/14/2023,11,SANTIAGO,9.183333333,9.35,Spinus psaltria,17.5 +Guacaica,1087,5,11/14/2023,11,SANTIAGO,9.183333333,9.35,Zenaida auriculata,39.2 +Guacaica,1087,5,11/14/2023,11,SANTIAGO,9.183333333,9.35,Zenaida auriculata,39.2 +Guacaica,1087,5,11/14/2023,11,SANTIAGO,9.183333333,9.35,Thraupis episcopus,22.3 +Guacaica,1087,5,11/14/2023,11,SANTIAGO,9.183333333,9.35,Tiaris olivaceus,11 +Guacaica,1087,4,11/14/2023,11,SANTIAGO,9.583333333,9.75,Stilpnia heinei,20.1 +Guacaica,1087,4,11/14/2023,11,SANTIAGO,9.583333333,9.75,Turdus ignobilis,20.5 +Guacaica,1087,3,11/14/2023,11,SANTIAGO,10.03333333,10.2,Leptosittaca branickii,49.6 +Guacaica,1087,3,11/14/2023,11,SANTIAGO,10.03333333,10.2,Leptosittaca branickii,49.6 +Guacaica,1087,3,11/14/2023,11,SANTIAGO,10.03333333,10.2,Leptosittaca branickii,49.6 +Guacaica,1087,3,11/14/2023,11,SANTIAGO,10.03333333,10.2,Leptosittaca branickii,49.6 +Guacaica,1087,3,11/14/2023,11,SANTIAGO,10.03333333,10.2,Leptosittaca branickii,49.6 +Guacaica,1087,3,11/14/2023,11,SANTIAGO,10.03333333,10.2,Leptosittaca branickii,49.6 +Guacaica,1087,3,11/14/2023,11,SANTIAGO,10.03333333,10.2,Stilpnia cyanicollis,18.6 +Guacaica,1087,3,11/14/2023,11,SANTIAGO,10.03333333,10.2,Thraupis episcopus,22.8 +Guacaica,1087,3,11/14/2023,11,SANTIAGO,10.03333333,10.2,Thraupis episcopus,22.8 +Guacaica,1087,3,11/14/2023,11,SANTIAGO,10.03333333,10.2,Thraupis episcopus,22.8 +Guacaica,1092,9,11/15/2023,11,JUAN,6.05,6.216666667,Myioborus miniatus,21.5 +Guacaica,1092,8,11/15/2023,11,JUAN,6.316666667,6.483333333,Atlapetes albinucha,48.3 +Guacaica,1092,8,11/15/2023,11,JUAN,6.316666667,6.483333333,Stilpnia heinei,31.6 +Guacaica,1092,5,11/15/2023,11,JUAN,7.233333333,7.4,Bubulcus ibis,28.7 +Guacaica,1092,5,11/15/2023,11,JUAN,7.233333333,7.4,Bubulcus ibis,28.7 +Guacaica,1092,5,11/15/2023,11,JUAN,7.233333333,7.4,Bubulcus ibis,28.7 +Guacaica,1092,5,11/15/2023,11,JUAN,7.233333333,7.4,Bubulcus ibis,28.7 +Guacaica,1092,5,11/15/2023,11,JUAN,7.233333333,7.4,Bubulcus ibis,28.7 +Guacaica,1092,5,11/15/2023,11,JUAN,7.233333333,7.4,Bubulcus ibis,28.7 +Guacaica,1092,5,11/15/2023,11,JUAN,7.233333333,7.4,Columbina talpacoti,36.1 +Guacaica,1092,5,11/15/2023,11,JUAN,7.233333333,7.4,Contopus virens,25.8 +Guacaica,1092,5,11/15/2023,11,JUAN,7.233333333,7.4,Tyrannus melancholicus,57.4 +Guacaica,1092,4,11/15/2023,11,JUAN,7.816666667,7.983333333,Contopus virens,30.2 +Guacaica,1092,4,11/15/2023,11,JUAN,7.816666667,7.983333333,Setophaga fusca,32.4 +Guacaica,1092,2,11/15/2023,11,JUAN,8.666666667,8.833333333,Empidonax virescens,15.3 +Guacaica,1092,11,11/15/2023,11,JUAN,9.35,9.516666667,Synallaxis azarae,9.6 +Guacaica,1092,11,11/15/2023,11,JUAN,9.35,9.516666667,Thraupis palmarum,28.5 +Guacaica,1092,1,11/15/2023,11,JUAN,9.833333333,10,Tangara nigroviridis,17.8 +Guacaica,1092,1,11/15/2023,11,SANTIAGO,6,6.166666667,Diglossa cyanea,26.4 +Guacaica,1092,1,11/15/2023,11,SANTIAGO,6,6.166666667,Myiotriccus ornatus,18.8 +Guacaica,1092,1,11/15/2023,11,SANTIAGO,6,6.166666667,Aulacorhynchus albivitta,29.6 +Guacaica,1092,1,11/15/2023,11,SANTIAGO,6,6.166666667,Dendrocincla tyrannina,32.1 +Guacaica,1092,1,11/15/2023,11,SANTIAGO,6,6.166666667,Setophaga fusca,22.7 +Guacaica,1092,1,11/15/2023,11,SANTIAGO,6,6.166666667,Setophaga fusca,22.7 +Guacaica,1092,1,11/15/2023,11,SANTIAGO,6,6.166666667,Uranomitra franciae,19.4 +Guacaica,1092,10,11/15/2023,11,SANTIAGO,6.383333333,6.716666667,Scytalopus spillmanni,12.2 +Guacaica,1092,10,11/15/2023,11,SANTIAGO,6.383333333,6.716666667,Lophotriccus pileatus,11.9 +Guacaica,1092,11,11/15/2023,11,SANTIAGO,6.966666667,7.133333333,Ortalis columbiana,29.6 +Guacaica,1092,11,11/15/2023,11,SANTIAGO,6.966666667,7.133333333,Ortalis columbiana,29.6 +Guacaica,1092,11,11/15/2023,11,SANTIAGO,6.966666667,7.133333333,Ortalis columbiana,29.6 +Guacaica,1092,11,11/15/2023,11,SANTIAGO,6.966666667,7.133333333,Ortalis columbiana,29.6 +Guacaica,1092,11,11/15/2023,11,SANTIAGO,6.966666667,7.133333333,Ortalis columbiana,29.6 +Guacaica,1092,11,11/15/2023,11,SANTIAGO,6.966666667,7.133333333,Zonotrichia capensis,19.2 +Guacaica,1092,2,11/15/2023,11,SANTIAGO,7.533333333,7.7,Mionectes striaticollis,17.3 +Guacaica,1092,2,11/15/2023,11,SANTIAGO,7.533333333,7.7,Icterus nigrogularis,21.8 +Guacaica,1092,2,11/15/2023,11,SANTIAGO,7.533333333,7.7,Cardellina canadensis,16.9 +Guacaica,1092,2,11/15/2023,11,SANTIAGO,7.533333333,7.7,Myiothlypis coronata,24.1 +Guacaica,1092,2,11/15/2023,11,SANTIAGO,7.533333333,7.7,Myiodynastes hemichrysus,27.5 +Guacaica,1092,2,11/15/2023,11,SANTIAGO,7.533333333,7.7,Stilpnia heinei,11.1 +Guacaica,1092,3,11/15/2023,11,SANTIAGO,7.933333333,8.1,Sphenopsis frontalis,24.1 +Guacaica,1092,3,11/15/2023,11,SANTIAGO,7.933333333,8.1,Sphenopsis frontalis,24.1 +Guacaica,1092,3,11/15/2023,11,SANTIAGO,7.933333333,8.1,Aulacorhynchus haematopygus,39.7 +Guacaica,1092,4,11/15/2023,11,SANTIAGO,8.383333333,8.55,Piranga rubra,24.1 +Guacaica,1092,4,11/15/2023,11,SANTIAGO,8.383333333,8.55,Daptrius chimachima,29.8 +Guacaica,1092,4,11/15/2023,11,SANTIAGO,8.383333333,8.55,Stilpnia cyanicollis,22.3 +Guacaica,1092,4,11/15/2023,11,SANTIAGO,8.383333333,8.55,Stilpnia cyanicollis,22.3 +Guacaica,1092,4,11/15/2023,11,SANTIAGO,8.383333333,8.55,Thamnophilus multistriatus,17.6 +Guacaica,1092,5,11/15/2023,11,SANTIAGO,8.8,8.966666667,Tyrannus melancholicus,18.4 +Guacaica,1092,5,11/15/2023,11,SANTIAGO,8.8,8.966666667,Tyrannus melancholicus,18.4 +Guacaica,1092,5,11/15/2023,11,SANTIAGO,8.8,8.966666667,Pyrrhomyias cinnamomeus,29.6 +Guacaica,1092,5,11/15/2023,11,SANTIAGO,8.8,8.966666667,Thraupis episcopus,17.2 +Guacaica,1092,5,11/15/2023,11,SANTIAGO,8.8,8.966666667,Zonotrichia capensis,11.6 +Guacaica,1092,5,11/15/2023,11,SANTIAGO,8.8,8.966666667,Zonotrichia capensis,11.6 +Guacaica,1092,6,11/15/2023,11,SANTIAGO,9.266666667,9.433333333,Myiothlypis fulvicauda,19.8 +Guacaica,1092,6,11/15/2023,11,SANTIAGO,9.266666667,9.433333333,Dendrocincla tyrannina,26.7 +Guacaica,1092,6,11/15/2023,11,SANTIAGO,9.266666667,9.433333333,Xenops rutilans,18.1 +Guacaica,1092,7,11/15/2023,11,SANTIAGO,9.65,9.816666667,Molothrus oryzivorus,26.4 +Guacaica,1092,7,11/15/2023,11,SANTIAGO,9.65,9.816666667,Icterus chrysater,19.7 +Guacaica,1092,7,11/15/2023,11,SANTIAGO,9.65,9.816666667,Daptrius chimachima,45.9 +Guacaica,1092,8,11/15/2023,11,SANTIAGO,10.03333333,10.2,Zonotrichia capensis,29.3 +Guacaica,1092,9,11/15/2023,11,SANTIAGO,10.41666667,10.58333333,Stilpnia heinei,17.6 +Guacaica,1092,9,11/15/2023,11,SANTIAGO,10.41666667,10.58333333,Synallaxis azarae,24.1 +Guacaica,1092,9,11/15/2023,11,SANTIAGO,10.41666667,10.58333333,Synallaxis azarae,24.1 +Guacaica,1092,9,11/15/2023,11,SANTIAGO,10.41666667,10.58333333,Basileuterus tristriatus,22 +Guacaica,1060,3,11/16/2023,11,JUAN,6.083333333,6.25,Myioborus miniatus,42.3 +Guacaica,1060,3,11/16/2023,11,JUAN,6.083333333,6.25,Myioborus miniatus,42.3 +Guacaica,1060,3,11/16/2023,11,JUAN,6.083333333,6.25,Setophaga fusca,23.2 +Guacaica,1060,3,11/16/2023,11,JUAN,6.083333333,6.25,Synallaxis azarae,7.1 +Guacaica,1060,3,11/16/2023,11,JUAN,6.083333333,6.25,Todirostrum cinereum,18 +Guacaica,1060,3,11/16/2023,11,JUAN,6.083333333,6.25,Zimmerius chrysops,22.9 +Guacaica,1060,2,11/16/2023,11,JUAN,6.366666667,6.533333333,Atlapetes flaviceps,17.5 +Guacaica,1060,2,11/16/2023,11,JUAN,6.366666667,6.533333333,Atlapetes flaviceps,17.5 +Guacaica,1060,2,11/16/2023,11,JUAN,6.366666667,6.533333333,Atlapetes flaviceps,17.5 +Guacaica,1060,2,11/16/2023,11,JUAN,6.366666667,6.533333333,Atlapetes flaviceps,17.5 +Guacaica,1060,2,11/16/2023,11,JUAN,6.366666667,6.533333333,Basileuterus tristriatus,7.8 +Guacaica,1060,2,11/16/2023,11,JUAN,6.366666667,6.533333333,Pheucticus ludovicianus,17.6 +Guacaica,1060,2,11/16/2023,11,JUAN,6.366666667,6.533333333,Setophaga fusca,15 +Guacaica,1060,2,11/16/2023,11,JUAN,6.366666667,6.533333333,Turdus fuscater,14 +Guacaica,1060,2,11/16/2023,11,JUAN,6.366666667,6.533333333,Turdus fuscater,14 +Guacaica,1060,2,11/16/2023,11,JUAN,6.366666667,6.533333333,Turdus fuscater,14 +Guacaica,1060,1,11/16/2023,11,JUAN,6.666666667,6.833333333,Camptostoma obsoletum,11 +Guacaica,1060,1,11/16/2023,11,JUAN,6.666666667,6.833333333,Myioborus miniatus,8.6 +Guacaica,1060,1,11/16/2023,11,JUAN,6.666666667,6.833333333,Myiodynastes hemichrysus,8.6 +Guacaica,1060,1,11/16/2023,11,JUAN,6.666666667,6.833333333,Ramphocelus flammigerus,19.9 +Guacaica,1060,1,11/16/2023,11,JUAN,6.666666667,6.833333333,Ramphocelus flammigerus,19.9 +Guacaica,1060,1,11/16/2023,11,JUAN,6.666666667,6.833333333,Tangara nigroviridis,25.4 +Guacaica,1060,1,11/16/2023,11,JUAN,6.666666667,6.833333333,Tiaris olivaceus,6.8 +Guacaica,1060,11,11/16/2023,11,JUAN,6.966666667,7.133333333,Pionus chalcopterus,45.1 +Guacaica,1060,11,11/16/2023,11,JUAN,6.966666667,7.133333333,Pionus chalcopterus,45.1 +Guacaica,1060,11,11/16/2023,11,JUAN,6.966666667,7.133333333,Pionus chalcopterus,45.1 +Guacaica,1060,11,11/16/2023,11,JUAN,6.966666667,7.133333333,Pionus chalcopterus,45.1 +Guacaica,1060,11,11/16/2023,11,JUAN,6.966666667,7.133333333,Pionus chalcopterus,45.1 +Guacaica,1060,11,11/16/2023,11,JUAN,6.966666667,7.133333333,Pionus chalcopterus,45.1 +Guacaica,1060,11,11/16/2023,11,JUAN,6.966666667,7.133333333,Piranga flava,35.6 +Guacaica,1060,11,11/16/2023,11,JUAN,6.966666667,7.133333333,Setophaga fusca,48.4 +Guacaica,1060,11,11/16/2023,11,JUAN,6.966666667,7.133333333,Spinus xanthogastrus,47.7 +Guacaica,1060,11,11/16/2023,11,JUAN,6.966666667,7.133333333,Troglodytes aedon,22.7 +Guacaica,1060,11,11/16/2023,11,JUAN,6.966666667,7.133333333,Turdus ignobilis,36.4 +Guacaica,1060,11,11/16/2023,11,JUAN,6.966666667,7.133333333,Turdus ignobilis,30 +Guacaica,1060,11,11/16/2023,11,JUAN,6.966666667,7.133333333,Tyrannus melancholicus,41.8 +Guacaica,1060,11,11/16/2023,11,JUAN,6.966666667,7.133333333,Tyrannus melancholicus,89.5 +Guacaica,1060,11,11/16/2023,11,JUAN,6.966666667,7.133333333,Zimmerius chrysops,23.8 +Guacaica,1060,10,11/16/2023,11,JUAN,7.433333333,7.6,Phaethornis syrmatophorus,42.7 +Guacaica,1060,10,11/16/2023,11,JUAN,7.433333333,7.6,Setophaga fusca,37.6 +Guacaica,1060,10,11/16/2023,11,JUAN,7.433333333,7.6,Stilpnia heinei,24.7 +Guacaica,1060,10,11/16/2023,11,JUAN,7.433333333,7.6,Zimmerius chrysops,11.3 +Guacaica,1060,9,11/16/2023,11,JUAN,8.166666667,8.333333333,Chlorostilbon melanorhynchus,25.3 +Guacaica,1060,9,11/16/2023,11,JUAN,8.166666667,8.333333333,Chlorostilbon melanorhynchus,25.3 +Guacaica,1060,9,11/16/2023,11,JUAN,8.166666667,8.333333333,Tyrannus melancholicus,16.4 +Guacaica,1060,9,11/16/2023,11,JUAN,8.166666667,8.333333333,Tyrannus melancholicus,16.4 +Guacaica,1060,9,11/16/2023,11,JUAN,8.166666667,8.333333333,Tyrannus melancholicus,16.4 +Guacaica,1060,8,11/16/2023,11,JUAN,8.4,8.566666667,Melanerpes formicivorus,44.6 +Guacaica,1060,8,11/16/2023,11,JUAN,8.4,8.566666667,Turdus ignobilis,70.4 +Guacaica,1060,7,11/16/2023,11,JUAN,8.65,8.816666667,Bubulcus ibis,32.5 +Guacaica,1060,7,11/16/2023,11,JUAN,8.65,8.816666667,Bubulcus ibis,32.5 +Guacaica,1060,7,11/16/2023,11,JUAN,8.65,8.816666667,Bubulcus ibis,32.5 +Guacaica,1060,7,11/16/2023,11,JUAN,8.65,8.816666667,Bubulcus ibis,32.5 +Guacaica,1060,7,11/16/2023,11,JUAN,8.65,8.816666667,Bubulcus ibis,32.5 +Guacaica,1060,7,11/16/2023,11,JUAN,8.65,8.816666667,Bubulcus ibis,32.5 +Guacaica,1060,7,11/16/2023,11,JUAN,8.65,8.816666667,Bubulcus ibis,32.5 +Guacaica,1060,7,11/16/2023,11,JUAN,8.65,8.816666667,Bubulcus ibis,37 +Guacaica,1060,7,11/16/2023,11,JUAN,8.65,8.816666667,Bubulcus ibis,37 +Guacaica,1060,7,11/16/2023,11,JUAN,8.65,8.816666667,Bubulcus ibis,37 +Guacaica,1060,7,11/16/2023,11,JUAN,8.65,8.816666667,Myiarchus tuberculifer,40.6 +Guacaica,1060,7,11/16/2023,11,JUAN,8.65,8.816666667,Ramphocelus flammigerus,38.7 +Guacaica,1060,7,11/16/2023,11,JUAN,8.65,8.816666667,Ramphocelus flammigerus,38.7 +Guacaica,1060,7,11/16/2023,11,JUAN,8.65,8.816666667,Thraupis episcopus,38.6 +Guacaica,1060,7,11/16/2023,11,JUAN,8.65,8.816666667,Thraupis episcopus,38.6 +Guacaica,1060,7,11/16/2023,11,JUAN,8.65,8.816666667,Tyrannus melancholicus,38.7 +Guacaica,1060,7,11/16/2023,11,JUAN,8.65,8.816666667,Vanellus chilensis,53.7 +Guacaica,1060,5,11/16/2023,11,JUAN,9.233333333,9.4,Coragyps atratus,30.8 +Guacaica,1060,12,11/16/2023,11,JUAN,9.45,9.616666667,Camptostoma obsoletum,16.3 +Guacaica,1060,12,11/16/2023,11,JUAN,9.45,9.616666667,Setophaga fusca,12.1 +Guacaica,1060,12,11/16/2023,11,JUAN,9.45,9.616666667,Setophaga fusca,13.4 +Guacaica,1060,12,11/16/2023,11,JUAN,9.45,9.616666667,Stilpnia vitriolina,19.2 +Guacaica,1060,12,11/16/2023,11,JUAN,9.45,9.616666667,Tangara arthus,16.8 +Guacaica,1060,4,11/16/2023,11,SANTIAGO,6,6.166666667,Zonotrichia capensis,15.2 +Guacaica,1060,4,11/16/2023,11,SANTIAGO,6,6.166666667,Troglodytes aedon,11 +Guacaica,1060,4,11/16/2023,11,SANTIAGO,6,6.166666667,Tyrannus melancholicus,26.3 +Guacaica,1060,4,11/16/2023,11,SANTIAGO,6,6.166666667,Buteo platypterus,29.7 +Guacaica,1060,4,11/16/2023,11,SANTIAGO,6,6.166666667,Sporophila nigricollis,10.1 +Guacaica,1060,4,11/16/2023,11,SANTIAGO,6,6.166666667,Sporophila nigricollis,10.1 +Guacaica,1060,4,11/16/2023,11,SANTIAGO,6,6.166666667,Stilpnia heinei,18.4 +Guacaica,1060,4,11/16/2023,11,SANTIAGO,6,6.166666667,Stilpnia heinei,18.4 +Guacaica,1060,4,11/16/2023,11,SANTIAGO,6,6.166666667,Setophaga fusca,16.2 +Guacaica,1060,12,11/16/2023,11,SANTIAGO,6.416666667,6.583333333,Uranomitra franciae,19.6 +Guacaica,1060,12,11/16/2023,11,SANTIAGO,6.416666667,6.583333333,Mniotilta varia,22.7 +Guacaica,1060,12,11/16/2023,11,SANTIAGO,6.416666667,6.583333333,Eubucco bourcierii,14.1 +Guacaica,1060,12,11/16/2023,11,SANTIAGO,6.416666667,6.583333333,Tyrannus melancholicus,22.7 +Guacaica,1060,12,11/16/2023,11,SANTIAGO,6.416666667,6.583333333,Sporophila nigricollis,17.6 +Guacaica,1060,12,11/16/2023,11,SANTIAGO,6.416666667,6.583333333,Thraupis episcopus,36.9 +Guacaica,1060,12,11/16/2023,11,SANTIAGO,6.416666667,6.583333333,Thraupis episcopus,36.9 +Guacaica,1060,5,11/16/2023,11,SANTIAGO,6.683333333,6.85,Melanerpes rubricapillus,18.5 +Guacaica,1060,5,11/16/2023,11,SANTIAGO,6.683333333,6.85,Melanerpes rubricapillus,18.5 +Guacaica,1060,5,11/16/2023,11,SANTIAGO,6.683333333,6.85,Cyanocorax affinis,36.4 +Guacaica,1060,5,11/16/2023,11,SANTIAGO,6.683333333,6.85,Cyanocorax affinis,36.4 +Guacaica,1060,5,11/16/2023,11,SANTIAGO,6.683333333,6.85,Cyanocorax affinis,36.4 +Guacaica,1060,5,11/16/2023,11,SANTIAGO,6.683333333,6.85,Cyanocorax affinis,36.4 +Guacaica,1060,5,11/16/2023,11,SANTIAGO,6.683333333,6.85,Cranioleuca erythrops,12.3 +Guacaica,1060,6,11/16/2023,11,SANTIAGO,7.1,7.266666667,Thraupis palmarum,36.39 +Guacaica,1060,6,11/16/2023,11,SANTIAGO,7.1,7.266666667,Stilpnia cyanicollis,16.8 +Guacaica,1060,6,11/16/2023,11,SANTIAGO,7.1,7.266666667,Stilpnia cyanicollis,16.8 +Guacaica,1060,6,11/16/2023,11,SANTIAGO,7.1,7.266666667,Stilpnia heinei,17.4 +Guacaica,1060,6,11/16/2023,11,SANTIAGO,7.1,7.266666667,Amazilia tzacatl,22.6 +Guacaica,1060,7,11/16/2023,11,SANTIAGO,7.516666667,7.683333333,Sicalis flaveola,18.9 +Guacaica,1060,7,11/16/2023,11,SANTIAGO,7.516666667,7.683333333,Sicalis flaveola,18.9 +Guacaica,1060,7,11/16/2023,11,SANTIAGO,7.516666667,7.683333333,Sicalis flaveola,18.9 +Guacaica,1060,7,11/16/2023,11,SANTIAGO,7.516666667,7.683333333,Sicalis flaveola,18.9 +Guacaica,1060,7,11/16/2023,11,SANTIAGO,7.516666667,7.683333333,Sicalis flaveola,18.9 +Guacaica,1060,7,11/16/2023,11,SANTIAGO,7.516666667,7.683333333,Sicalis flaveola,18.9 +Guacaica,1060,7,11/16/2023,11,SANTIAGO,7.516666667,7.683333333,Momotus aequatorialis,22.7 +Guacaica,1060,7,11/16/2023,11,SANTIAGO,7.516666667,7.683333333,Momotus aequatorialis,22.7 +Guacaica,1060,7,11/16/2023,11,SANTIAGO,7.516666667,7.683333333,Momotus aequatorialis,22.7 +Guacaica,1060,7,11/16/2023,11,SANTIAGO,7.516666667,7.683333333,Dryobates fumigatus,18.4 +Guacaica,1060,7,11/16/2023,11,SANTIAGO,7.516666667,7.683333333,Zenaida auriculata,9.4 +Guacaica,1060,7,11/16/2023,11,SANTIAGO,7.516666667,7.683333333,Zenaida auriculata,9.4 +Guacaica,1060,7,11/16/2023,11,SANTIAGO,7.516666667,7.683333333,Sporophila luctuosa,17 +Guacaica,1060,8,11/16/2023,11,SANTIAGO,7.933333333,8.1,Volatinia jacarina,16.8 +Guacaica,1060,8,11/16/2023,11,SANTIAGO,7.933333333,8.1,Zonotrichia capensis,11.6 +Guacaica,1060,9,11/16/2023,11,SANTIAGO,8.366666667,8.533333333,Daptrius chimachima,36.5 +Guacaica,1060,9,11/16/2023,11,SANTIAGO,8.366666667,8.533333333,Tyrannus melancholicus,18.9 +Guacaica,1060,9,11/16/2023,11,SANTIAGO,8.366666667,8.533333333,Tyrannus melancholicus,18.9 +Guacaica,1060,9,11/16/2023,11,SANTIAGO,8.366666667,8.533333333,Tiaris olivaceus,14.3 +Guacaica,1060,9,11/16/2023,11,SANTIAGO,8.366666667,8.533333333,Tiaris olivaceus,14.3 +Guacaica,1060,9,11/16/2023,11,SANTIAGO,8.366666667,8.533333333,Zonotrichia capensis,22.7 +Guacaica,1060,9,11/16/2023,11,SANTIAGO,8.366666667,8.533333333,Stilpnia vitriolina,36.7 +Guacaica,1060,9,11/16/2023,11,SANTIAGO,8.366666667,8.533333333,Stilpnia vitriolina,36.7 +Guacaica,1060,10,11/16/2023,11,SANTIAGO,8.683333333,8.85,Leptopogon superciliaris,16.4 +Guacaica,1060,10,11/16/2023,11,SANTIAGO,8.683333333,8.85,Pyrrhomyias cinnamomeus,24.5 +Guacaica,1060,1,11/16/2023,11,SANTIAGO,9.083333333,9.25,Rupornis magnirostris,36.8 +Guacaica,1060,1,11/16/2023,11,SANTIAGO,9.083333333,9.25,Amazilia tzacatl,16.3 +Guacaica,1060,1,11/16/2023,11,SANTIAGO,9.083333333,9.25,Piranga rubra,22.1 +Guacaica,1060,1,11/16/2023,11,SANTIAGO,9.083333333,9.25,Tyrannus melancholicus,45.7 +Guacaica,1060,1,11/16/2023,11,SANTIAGO,9.083333333,9.25,Tyrannus melancholicus,45.7 +Guacaica,1060,1,11/16/2023,11,SANTIAGO,9.083333333,9.25,Thraupis palmarum,16.5 +Guacaica,1060,1,11/16/2023,11,SANTIAGO,9.083333333,9.25,Empidonax virescens,25.7 +Guacaica,1060,11,11/16/2023,11,SANTIAGO,9.466666667,9.633333333,Contopus cooperi,35.6 +Guacaica,1060,11,11/16/2023,11,SANTIAGO,9.466666667,9.633333333,Myiozetetes cayanensis,44.1 +Guacaica,1060,11,11/16/2023,11,SANTIAGO,9.466666667,9.633333333,Phimosus infuscatus,35.9 +Guacaica,1060,11,11/16/2023,11,SANTIAGO,9.466666667,9.633333333,Phimosus infuscatus,35.9 +Guacaica,1060,2,11/16/2023,11,SANTIAGO,9.866666667,10.03333333,Atlapetes flaviceps,25.4 +Guacaica,1060,2,11/16/2023,11,SANTIAGO,9.866666667,10.03333333,Xenops rutilans,28.2 +Guacaica,1060,2,11/16/2023,11,SANTIAGO,9.866666667,10.03333333,Xenops rutilans,28.2 +Guacaica,1060,2,11/16/2023,11,SANTIAGO,9.866666667,10.03333333,Sphenopsis frontalis,17 +Guacaica,1060,2,11/16/2023,11,SANTIAGO,9.866666667,10.03333333,Chamaepetes goudotii,32.5 +Guacaica,1060,2,11/16/2023,11,SANTIAGO,9.866666667,10.03333333,Chamaepetes goudotii,32.5 +Guacaica,1060,2,11/16/2023,11,SANTIAGO,9.866666667,10.03333333,Myiothlypis nigrocristata,10.1 +Guacaica,1060,2,11/16/2023,11,SANTIAGO,9.866666667,10.03333333,Myiothlypis nigrocristata,10.1 +Guacaica,1060,3,11/16/2023,11,SANTIAGO,10.25,10.41666667,Pachysylvia semibrunnea,18.4 +Guacaica,1060,3,11/16/2023,11,SANTIAGO,10.25,10.41666667,Elaenia frantzii,26.3 +Guacaica,1060,3,11/16/2023,11,SANTIAGO,10.25,10.41666667,Thamnophilus multistriatus,25.8 +Guacaica,1063,6,11/17/2023,11,JUAN,6.016666667,6.183333333,Stilpnia vitriolina,37.4 +Guacaica,1063,6,11/17/2023,11,JUAN,6.016666667,6.183333333,Stilpnia vitriolina,37.4 +Guacaica,1063,6,11/17/2023,11,JUAN,6.016666667,6.183333333,Tyrannus melancholicus,22.7 +Guacaica,1063,7,11/17/2023,11,JUAN,6.25,6.416666667,Sayornis nigricans,19.4 +Guacaica,1063,7,11/17/2023,11,JUAN,6.25,6.416666667,Sayornis nigricans,40.7 +Guacaica,1063,7,11/17/2023,11,JUAN,6.25,6.416666667,Serpophaga cinerea,20.2 +Guacaica,1063,7,11/17/2023,11,JUAN,6.25,6.416666667,Thraupis episcopus,31 +Guacaica,1063,8,11/17/2023,11,JUAN,6.65,6.816666667,Leptopogon superciliaris,33.5 +Guacaica,1063,9,11/17/2023,11,JUAN,7.05,7.383333333,Patagioenas fasciata,76.8 +Guacaica,1063,9,11/17/2023,11,JUAN,7.05,7.383333333,Stilpnia vitriolina,12 +Guacaica,1063,9,11/17/2023,11,JUAN,7.05,7.383333333,Thraupis episcopus,12.7 +Guacaica,1063,9,11/17/2023,11,JUAN,7.05,7.383333333,Zimmerius chrysops,12.5 +Guacaica,1063,10,11/17/2023,11,JUAN,7.516666667,7.683333333,Turdus ignobilis,54.6 +Guacaica,1063,10,11/17/2023,11,JUAN,7.516666667,7.683333333,Vanellus chilensis,36.3 +Guacaica,1063,11,11/17/2023,11,JUAN,7.766666667,7.933333333,Tangara arthus,46.3 +Guacaica,1063,11,11/17/2023,11,JUAN,7.766666667,7.933333333,Thraupis palmarum,23.6 +Guacaica,1063,3,11/17/2023,11,JUAN,8.533333333,8.7,Chlorostilbon melanorhynchus,6.5 +Guacaica,1063,3,11/17/2023,11,JUAN,8.533333333,8.7,Spinus psaltria,11.3 +Guacaica,1063,3,11/17/2023,11,JUAN,8.533333333,8.7,Stilpnia cyanicollis,13.7 +Guacaica,1063,2,11/17/2023,11,JUAN,8.85,9.016666667,Contopus virens,26.2 +Guacaica,1063,2,11/17/2023,11,JUAN,8.85,9.016666667,Sporophila intermedia,14.6 +Guacaica,1063,2,11/17/2023,11,JUAN,8.85,9.016666667,Tyrannus melancholicus,34.1 +Guacaica,1063,2,11/17/2023,11,JUAN,8.85,9.016666667,Tyrannus melancholicus,34.1 +Guacaica,1063,4,11/17/2023,11,JUAN,9.466666667,9.633333333,Chlorophanes spiza,38.2 +Guacaica,1063,5,11/17/2023,11,JUAN,9.816666667,9.983333333,Melanerpes formicivorus,56.9 +Guacaica,1063,5,11/17/2023,11,JUAN,9.816666667,9.983333333,Melanerpes formicivorus,56.9 +Guacaica,1063,5,11/17/2023,11,JUAN,9.816666667,9.983333333,Setophaga fusca,28.2 +Guacaica,1063,5,11/17/2023,11,JUAN,9.816666667,9.983333333,Setophaga fusca,28.2 +Guacaica,1063,5,11/17/2023,11,JUAN,9.816666667,9.983333333,Sporophila nigricollis,9.3 +Guacaica,1063,1,11/17/2023,11,SANTIAGO,6.033333333,6.05,Ramphocelus flammigerus,27.1 +Guacaica,1063,1,11/17/2023,11,SANTIAGO,6.033333333,6.05,Ramphocelus flammigerus,27.1 +Guacaica,1063,1,11/17/2023,11,SANTIAGO,6.033333333,6.05,Zonotrichia capensis,18.2 +Guacaica,1063,1,11/17/2023,11,SANTIAGO,6.033333333,6.05,Volatinia jacarina,42.3 +Guacaica,1063,1,11/17/2023,11,SANTIAGO,6.033333333,6.05,Pyrrhomyias cinnamomeus,15.6 +Guacaica,1063,2,11/17/2023,11,SANTIAGO,6.283333333,6.45,Tiaris olivaceus,25.7 +Guacaica,1063,2,11/17/2023,11,SANTIAGO,6.283333333,6.45,Tiaris olivaceus,25.7 +Guacaica,1063,2,11/17/2023,11,SANTIAGO,6.283333333,6.45,Stilpnia vitriolina,15.2 +Guacaica,1063,2,11/17/2023,11,SANTIAGO,6.283333333,6.45,Stilpnia vitriolina,15.2 +Guacaica,1063,2,11/17/2023,11,SANTIAGO,6.283333333,6.45,Tyrannus melancholicus,23.4 +Guacaica,1063,2,11/17/2023,11,SANTIAGO,6.283333333,6.45,Bubulcus ibis,49.1 +Guacaica,1063,2,11/17/2023,11,SANTIAGO,6.283333333,6.45,Bubulcus ibis,49.1 +Guacaica,1063,2,11/17/2023,11,SANTIAGO,6.283333333,6.45,Turdus ignobilis,31.2 +Guacaica,1063,5,11/17/2023,11,SANTIAGO,6.683333333,6.85,Vireo leucophrys,24.5 +Guacaica,1063,5,11/17/2023,11,SANTIAGO,6.683333333,6.85,Synallaxis albescens,19.8 +Guacaica,1063,5,11/17/2023,11,SANTIAGO,6.683333333,6.85,Setophaga fusca,26.4 +Guacaica,1063,5,11/17/2023,11,SANTIAGO,6.683333333,6.85,Setophaga fusca,26.4 +Guacaica,1063,4,11/17/2023,11,SANTIAGO,7.083333333,7.25,Malacoptila mystacalis,13.4 +Guacaica,1063,4,11/17/2023,11,SANTIAGO,7.083333333,7.25,Malacoptila mystacalis,13.4 +Guacaica,1063,4,11/17/2023,11,SANTIAGO,7.083333333,7.25,Stilpnia cyanicollis,28.7 +Guacaica,1063,4,11/17/2023,11,SANTIAGO,7.083333333,7.25,Stilpnia heinei,31 +Guacaica,1063,4,11/17/2023,11,SANTIAGO,7.083333333,7.25,Stilpnia heinei,31 +Guacaica,1063,4,11/17/2023,11,SANTIAGO,7.083333333,7.25,Contopus sordidulus,40.9 +Guacaica,1063,4,11/17/2023,11,SANTIAGO,7.083333333,7.25,Phimosus infuscatus,31.2 +Guacaica,1063,3,11/17/2023,11,SANTIAGO,7.483333333,7.65,Tiaris olivaceus,19.7 +Guacaica,1063,3,11/17/2023,11,SANTIAGO,7.483333333,7.65,Tiaris olivaceus,19.7 +Guacaica,1063,3,11/17/2023,11,SANTIAGO,7.483333333,7.65,Molothrus bonariensis,26.3 +Guacaica,1063,6,11/17/2023,11,SANTIAGO,7.866666667,8.033333333,Melanerpes formicivorus,62.1 +Guacaica,1063,6,11/17/2023,11,SANTIAGO,7.866666667,8.033333333,Melanerpes formicivorus,62.1 +Guacaica,1063,6,11/17/2023,11,SANTIAGO,7.866666667,8.033333333,Melanerpes formicivorus,62.1 +Guacaica,1063,6,11/17/2023,11,SANTIAGO,7.866666667,8.033333333,Piranga rubra,22.7 +Guacaica,1063,6,11/17/2023,11,SANTIAGO,7.866666667,8.033333333,Sporophila luctuosa,19.8 +Guacaica,1063,6,11/17/2023,11,SANTIAGO,7.866666667,8.033333333,Sporophila luctuosa,19.8 +Guacaica,1063,6,11/17/2023,11,SANTIAGO,7.866666667,8.033333333,Volatinia jacarina,31.6 +Guacaica,1063,7,11/17/2023,11,SANTIAGO,8.183333333,8.35,Serpophaga cinerea,21.3 +Guacaica,1063,7,11/17/2023,11,SANTIAGO,8.183333333,8.35,Serpophaga cinerea,21.3 +Guacaica,1063,7,11/17/2023,11,SANTIAGO,8.183333333,8.35,Serpophaga cinerea,21.3 +Guacaica,1063,7,11/17/2023,11,SANTIAGO,8.183333333,8.35,Arremon brunneinucha,23.6 +Guacaica,1063,7,11/17/2023,11,SANTIAGO,8.183333333,8.35,Colibri coruscans,34.9 +Guacaica,1063,7,11/17/2023,11,SANTIAGO,8.183333333,8.35,Myiozetetes cayanensis,22.1 +Guacaica,1063,7,11/17/2023,11,SANTIAGO,8.183333333,8.35,Leiothlypis peregrina,28 +Guacaica,1063,8,11/17/2023,11,SANTIAGO,8.583333333,8.75,Leptopogon superciliaris,24.2 +Guacaica,1063,8,11/17/2023,11,SANTIAGO,8.583333333,8.75,Atlapetes albinucha,31.7 +Guacaica,1063,9,11/17/2023,11,SANTIAGO,8.933333333,9.1,Columbina talpacoti,26.6 +Guacaica,1063,9,11/17/2023,11,SANTIAGO,8.933333333,9.1,Columbina talpacoti,26.6 +Guacaica,1063,9,11/17/2023,11,SANTIAGO,8.933333333,9.1,Stilpnia vitriolina,16.8 +Guacaica,1063,9,11/17/2023,11,SANTIAGO,8.933333333,9.1,Turdus ignobilis,25.4 +Guacaica,1063,9,11/17/2023,11,SANTIAGO,8.933333333,9.1,Tiaris olivaceus,9.1 +Guacaica,1063,10,11/17/2023,11,SANTIAGO,9.416666667,9.583333333,Thraupis palmarum,22.1 +Guacaica,1063,10,11/17/2023,11,SANTIAGO,9.416666667,9.583333333,Thraupis palmarum,22.1 +Guacaica,1063,10,11/17/2023,11,SANTIAGO,9.416666667,9.583333333,Ramphocelus flammigerus,29.5 +Guacaica,1063,10,11/17/2023,11,SANTIAGO,9.416666667,9.583333333,Ramphocelus flammigerus,29.5 +Guacaica,1063,10,11/17/2023,11,SANTIAGO,9.416666667,9.583333333,Zonotrichia capensis,19.1 +Guacaica,1063,10,11/17/2023,11,SANTIAGO,9.416666667,9.583333333,Turdus ignobilis,42.3 +Guacaica,1063,11,11/17/2023,11,SANTIAGO,9.85,10.01666667,Tangara arthus,37.3 +Guacaica,1063,11,11/17/2023,11,SANTIAGO,9.85,10.01666667,Tangara arthus,37.3 +Guacaica,837,1,11/18/2023,11,JUAN,5.95,6.116666667,Coereba flaveola,18.6 +Guacaica,837,1,11/18/2023,11,JUAN,5.95,6.116666667,Tyrannus melancholicus,56.1 +Guacaica,837,2,11/18/2023,11,JUAN,6.233333333,6.4,Sporophila intermedia,30 +Guacaica,837,2,11/18/2023,11,JUAN,6.233333333,6.4,Sporophila intermedia,30 +Guacaica,837,2,11/18/2023,11,JUAN,6.233333333,6.4,Tangara nigroviridis,26.4 +Guacaica,837,2,11/18/2023,11,JUAN,6.233333333,6.4,Tyrannus melancholicus,93.1 +Guacaica,837,2,11/18/2023,11,JUAN,6.233333333,6.4,Zonotrichia capensis,21.7 +Guacaica,837,2,11/18/2023,11,JUAN,6.233333333,6.4,Zonotrichia capensis,12.4 +Guacaica,837,3,11/18/2023,11,JUAN,6.55,6.716666667,Chlorophanes spiza,38.6 +Guacaica,837,4,11/18/2023,11,JUAN,6.883333333,7.05,Tyrannus melancholicus,77.3 +Guacaica,837,4,11/18/2023,11,JUAN,6.883333333,7.05,Vanellus chilensis,33.6 +Guacaica,837,4,11/18/2023,11,JUAN,6.883333333,7.05,Vanellus chilensis,33.6 +Guacaica,837,4,11/18/2023,11,JUAN,6.883333333,7.05,Zonotrichia capensis,15.2 +Guacaica,837,4,11/18/2023,11,JUAN,6.883333333,7.05,Zonotrichia capensis,28.4 +Guacaica,837,5,11/18/2023,11,JUAN,7.583333333,7.75,Chlorophonia cyanocephala,56.3 +Guacaica,837,5,11/18/2023,11,JUAN,7.583333333,7.75,Cyanocorax affinis,45.2 +Guacaica,837,5,11/18/2023,11,JUAN,7.583333333,7.75,Cyanocorax affinis,45.2 +Guacaica,837,5,11/18/2023,11,JUAN,7.583333333,7.75,Cyanocorax affinis,45.2 +Guacaica,837,5,11/18/2023,11,JUAN,7.583333333,7.75,Troglodytes aedon,16.8 +Guacaica,837,5,11/18/2023,11,JUAN,7.583333333,7.75,Tyrannus melancholicus,30.7 +Guacaica,837,6,11/18/2023,11,JUAN,8.05,8.216666667,Bubulcus ibis,38.2 +Guacaica,837,6,11/18/2023,11,JUAN,8.05,8.216666667,Bubulcus ibis,38.2 +Guacaica,837,6,11/18/2023,11,JUAN,8.05,8.216666667,Bubulcus ibis,38.2 +Guacaica,837,6,11/18/2023,11,JUAN,8.05,8.216666667,Bubulcus ibis,38.2 +Guacaica,837,6,11/18/2023,11,JUAN,8.05,8.216666667,Contopus sordidulus,31.2 +Guacaica,837,6,11/18/2023,11,JUAN,8.05,8.216666667,Turdus ignobilis,50.6 +Guacaica,837,6,11/18/2023,11,JUAN,8.05,8.216666667,Tyrannus melancholicus,44.1 +Guacaica,837,6,11/18/2023,11,JUAN,8.05,8.216666667,Zonotrichia capensis,21.8 +Guacaica,837,6,11/18/2023,11,JUAN,8.05,8.216666667,Zonotrichia capensis,21.8 +Guacaica,837,9,11/18/2023,11,SANTIAGO,6,6.166666667,Turdus fuscater,19.2 +Guacaica,837,9,11/18/2023,11,SANTIAGO,6,6.166666667,Cardellina canadensis,41 +Guacaica,837,9,11/18/2023,11,SANTIAGO,6,6.166666667,Zonotrichia capensis,26.3 +Guacaica,837,8,11/18/2023,11,SANTIAGO,6.3,6.466666667,Stilpnia heinei,19.7 +Guacaica,837,8,11/18/2023,11,SANTIAGO,6.3,6.466666667,Stilpnia heinei,19.7 +Guacaica,837,8,11/18/2023,11,SANTIAGO,6.3,6.466666667,Contopus sordidulus,42.3 +Guacaica,837,8,11/18/2023,11,SANTIAGO,6.3,6.466666667,Daptrius chimachima,29.8 +Guacaica,837,8,11/18/2023,11,SANTIAGO,6.3,6.466666667,Zonotrichia capensis,16.4 +Guacaica,837,6,11/18/2023,11,SANTIAGO,6.716666667,6.883333333,Tyrannus melancholicus,46.2 +Guacaica,837,6,11/18/2023,11,SANTIAGO,6.716666667,6.883333333,Tyrannus melancholicus,46.2 +Guacaica,837,6,11/18/2023,11,SANTIAGO,6.716666667,6.883333333,Dryobates kirkii,34.1 +Guacaica,837,6,11/18/2023,11,SANTIAGO,6.716666667,6.883333333,Sporophila nigricollis,19 +Guacaica,837,7,11/18/2023,11,SANTIAGO,7.3,7.466666667,Chamaepetes goudotii,26.9 +Guacaica,837,7,11/18/2023,11,SANTIAGO,7.3,7.466666667,Diglossa cyanea,11.1 +Guacaica,837,5,11/18/2023,11,SANTIAGO,7.683333333,7.85,Stilpnia heinei,31.8 +Guacaica,837,5,11/18/2023,11,SANTIAGO,7.683333333,7.85,Stilpnia heinei,31.8 +Guacaica,837,5,11/18/2023,11,SANTIAGO,7.683333333,7.85,Setophaga fusca,41.3 +Guacaica,837,5,11/18/2023,11,SANTIAGO,7.683333333,7.85,Turdus fuscater,26.9 +Guacaica,837,5,11/18/2023,11,SANTIAGO,7.683333333,7.85,Turdus fuscater,26.9 +Guacaica,837,5,11/18/2023,11,SANTIAGO,7.683333333,7.85,Cyanocorax affinis,36.4 +Guacaica,837,5,11/18/2023,11,SANTIAGO,7.683333333,7.85,Cyanocorax affinis,36.4 +Guacaica,837,5,11/18/2023,11,SANTIAGO,7.683333333,7.85,Cyanocorax affinis,36.4 +Guacaica,837,5,11/18/2023,11,SANTIAGO,7.683333333,7.85,Cyanocorax affinis,36.4 +Guacaica,837,5,11/18/2023,11,SANTIAGO,7.683333333,7.85,Cyanocorax affinis,36.4 +Guacaica,837,5,11/18/2023,11,SANTIAGO,7.683333333,7.85,Cyanocorax affinis,36.4 +Guacaica,837,5,11/18/2023,11,SANTIAGO,7.683333333,7.85,Tyrannus melancholicus,12.1 +Guacaica,837,5,11/18/2023,11,SANTIAGO,7.683333333,7.85,Tolmomyias sulphurescens,25.5 +Guacaica,837,4,11/18/2023,11,SANTIAGO,8.1,8.266666667,Vanellus chilensis,29.8 +Guacaica,837,4,11/18/2023,11,SANTIAGO,8.1,8.266666667,Vanellus chilensis,29.8 +Guacaica,837,4,11/18/2023,11,SANTIAGO,8.1,8.266666667,Sporophila luctuosa,36.1 +Guacaica,837,4,11/18/2023,11,SANTIAGO,8.1,8.266666667,Rupornis magnirostris,68.7 +Guacaica,837,4,11/18/2023,11,SANTIAGO,8.1,8.266666667,Tiaris olivaceus,29.6 +Guacaica,837,3,11/18/2023,11,SANTIAGO,8.4,8.566666667,Tangara vassorii,36.7 +Guacaica,837,3,11/18/2023,11,SANTIAGO,8.4,8.566666667,Tangara vassorii,36.7 +Guacaica,837,3,11/18/2023,11,SANTIAGO,8.4,8.566666667,Tangara arthus,35.1 +Guacaica,837,3,11/18/2023,11,SANTIAGO,8.4,8.566666667,Stilpnia cyanicollis,36.9 +Guacaica,837,3,11/18/2023,11,SANTIAGO,8.4,8.566666667,Stilpnia cyanicollis,36.9 +Guacaica,837,3,11/18/2023,11,SANTIAGO,8.4,8.566666667,Piaya cayana,39.5 +Guacaica,837,3,11/18/2023,11,SANTIAGO,8.4,8.566666667,Chlorophanes spiza,41.2 +Guacaica,837,3,11/18/2023,11,SANTIAGO,8.4,8.566666667,Piranga rubra,74.1 +Guacaica,837,2,11/18/2023,11,SANTIAGO,8.75,8.916666667,Vanellus chilensis,29.7 +Guacaica,837,2,11/18/2023,11,SANTIAGO,8.75,8.916666667,Vanellus chilensis,29.7 +Guacaica,837,2,11/18/2023,11,SANTIAGO,8.75,8.916666667,Zonotrichia capensis,46.5 +Guacaica,837,2,11/18/2023,11,SANTIAGO,8.75,8.916666667,Turdus fuscater,32.1 +Guacaica,837,1,11/18/2023,11,SANTIAGO,9.366666667,9.533333333,Stilpnia vitriolina,41.6 +Guacaica,837,1,11/18/2023,11,SANTIAGO,9.366666667,9.533333333,Stilpnia vitriolina,41.6 +Guacaica,837,1,11/18/2023,11,SANTIAGO,9.366666667,9.533333333,Sicalis flaveola,16.2 +Guacaica,837,1,11/18/2023,11,SANTIAGO,9.366666667,9.533333333,Tiaris olivaceus,22.1 +Guacaica,837,1,11/18/2023,11,SANTIAGO,9.366666667,9.533333333,Zonotrichia capensis,18.7 +Guacaica,837,1,11/18/2023,11,SANTIAGO,9.366666667,9.533333333,Zonotrichia capensis,18.7 +Guacaica,837,1,11/18/2023,11,SANTIAGO,9.366666667,9.533333333,Coereba flaveola,23.3 diff --git a/R/BFI/distance_sim.R b/R/BFI/distance_sim.R new file mode 100644 index 0000000..adb5c3a --- /dev/null +++ b/R/BFI/distance_sim.R @@ -0,0 +1,99 @@ +set.seed(210) +J.x <- 10 +J.y <- 10 +J <- J.x * J.y +# Number of distance bins from which to simulate data. +n.bins <- 5 +# Length of each bin. This should be of length n.bins +bin.width <- c(.10, .10, .20, .3, .1) +# Number of species +n.sp <- 10 +# Community-level abundance coefficients +beta.mean <- c(-1, 0, 0, 0) +p.abund <- length(beta.mean) +tau.sq.beta <- c(0.2, 0, 0, 0) +# Detection coefficients +alpha.mean <- c(-2.0, 0) +p.det <- length(alpha.mean) +tau.sq.alpha <- c(0.1, 0) +# Detection decay function +det.func <- 'halfnormal' +mu.RE <- list() +p.RE <- list() +# Draw species-level effects from community means. +beta <- matrix(NA, nrow = n.sp, ncol = p.abund) +alpha <- matrix(NA, nrow = n.sp, ncol = p.det) +for (i in 1:p.abund) { + beta[, i] <- rnorm(n.sp, beta.mean[i], sqrt(tau.sq.beta[i])) +} +for (i in 1:p.det) { + alpha[, i] <- rnorm(n.sp, alpha.mean[i], sqrt(tau.sq.alpha[i])) +} +sp <- FALSE +family <- 'Poisson' +kappa <- runif(n.sp, 0.3, 3) +offset <- pi * .8^2 +transect <- 'point' +factor.model <- FALSE + +dat <- simMsDS(J.x = J.x, J.y = J.y, n.bins = n.bins, bin.width = bin.width, + n.sp = n.sp, beta = beta, alpha = alpha, det.func = det.func, + mu.RE = mu.RE, p.RE = p.RE, sp = sp, + sigma.sq = sigma.sq, phi = phi, nu = nu, family = family, + offset = offset, transect = transect, factor.model = factor.model) + +y <- dat$y +X <- dat$X +X.re <- dat$X.re +X.p <- dat$X.p +X.p.re <- dat$X.p.re +dist.breaks <- dat$dist.breaks + +covs <- cbind(X, X.p) +colnames(covs) <- c('int.abund', 'abund.cov.1', 'abund.cov.2', 'abund.cov.3', + 'int.det', 'det.cov.1') + +data.list <- list(y = y, + covs = covs, + dist.breaks = dist.breaks, + offset = offset) + +# Priors +prior.list <- list(beta.comm.normal = list(mean = 0, var = 10), + alpha.comm.normal = list(mean = 0, + var = 10), + kappa.unif = list(0, 100), + tau.sq.beta.ig = list(a = 0.1, b = 0.1), + tau.sq.alpha.ig = list(a = 0.1, b = 0.1)) +# Starting values +inits.list <- list(alpha.comm = 0, beta.comm = 0, beta = 0, + alpha = 0, kappa = 1) + +tuning <- list(beta = 0.1, alpha = 0.1, beta.star = 0.3, alpha.star = 0.1, + kappa = 0.8) + +n.batch <- 10 +batch.length <- 25 +n.burn <- 0 +n.thin <- 1 +n.chains <- 1 + +out <- msDS(abund.formula = ~ 1, + det.formula = ~ 1, + data = data.list, + n.batch = n.batch, + batch.length = batch.length, + inits = inits.list, + family = 'Poisson', + det.func = 'halfnormal', + transect = transect, + tuning = tuning, + priors = prior.list, + accept.rate = 0.43, + n.omp.threads = 1, + verbose = TRUE, + n.report = 10, + n.burn = n.burn, + n.thin = n.thin, + n.chains = n.chains) +summary(out, level = 'community') diff --git a/R/BFI/final_species_table_030824.csv b/R/BFI/final_species_table_030824.csv new file mode 100644 index 0000000..1323a99 --- /dev/null +++ b/R/BFI/final_species_table_030824.csv @@ -0,0 +1,226 @@ +species,com_name,detect_score,dist_det_p,occ_det_p,func_spec,ccs_b +Adelomyia melanogenys,Speckled Hummingbird,1,0.10375856740008423,0.11300819715047183,1,9 +Amazilia tzacatl,Rufous-tailed Hummingbird,3,0.06148894884030921,0.06092445455706426,1,9 +Amazona mercenarius,Scaly-naped Parrot,2,0.17372984461203492,0.12820656494104482,2,12 +Anabacerthia striaticollis,Montane Foliage-gleaner,1,0.10375856740008423,0.11300819715047183,3,11 +Anisognathus somptuosus,Blue-winged Mountain Tanager,2,0.17372984461203492,0.12820656494104482,4,10 +Anthracothorax nigricollis,Black-throated Mango,2,0.17372984461203492,0.12820656494104482,1,7 +Arremon brunneinucha,Chestnut-capped Brushfinch,2,0.17372984461203492,0.12820656494104482,5,14 +Atlapetes albinucha,White-naped Brushfinch,1,0.08659144356865146,0.13595994901158248,6,16 +Atlapetes flaviceps,Yellow-headed Brushfinch,1,0.10375856740008423,0.11300819715047183,7,16 +Atlapetes latinuchus,Yellow-breasted Brushfinch,1,0.10375856740008423,0.11300819715047183,6,12 +Atlapetes schistaceus,Slaty Brushfinch,1,0.10375856740008423,0.11300819715047183,7,11 +Aulacorhynchus albivitta,Southern Emerald-Toucanet,2,0.19083587838469282,0.019317445198748954,2,13 +Aulacorhynchus haematopygus,Crimson-rumped Toucanet,2,0.13658955509495474,0.25000023404677335,2,12 +Basileuterus culicivorus,Golden-crowned Warbler,1,0.10375856740008423,0.11300819715047183,8,11 +Basileuterus tristriatus,Three-striped Warbler,2,0.04526781761799564,0.14285715048970365,8,11 +Boissonneaua flavescens,Buff-tailed Coronet,1,0.10375856740008423,0.11300819715047183,1,11 +Buteo platypterus,Broad-winged Hawk,1,0.10375856740008423,0.11300819715047183,9,8 +Campephilus melanoleucos,Crimson-crested Woodpecker,2,0.17372984461203492,0.12820656494104482,10,11 +Campephilus pollens,Powerful Woodpecker,1,0.10375856740008423,0.11300819715047183,10,13 +Camptostoma obsoletum,Southern Beardless-Tyrannulet,2,0.17372984461203492,0.11320548611265417,3,6 +Cardellina canadensis,Canada Warbler,1,0.10375856740008423,0.11300819715047183,11,12 +Catharus aurantiirostris,Orange-billed Nightingale-thrush,1,0.10375856740008423,0.11300819715047183,6,12 +Catharus ustulatus,Swainson's Thrush,1,0.10375856740008423,0.11300819715047183,7,8 +Cercomacroides parkeri,Parker's Antbird,1,0.10375856740008423,0.11300819715047183,8,15 +Chalcothraupis ruficervix,Golden-naped Tanager,1,0.10375856740008423,0.11300819715047183,12,11 +Chalybura buffonii,White-vented Plumeleteer,1,0.10375856740008423,0.11300819715047183,1,13 +Chamaepetes goudotii,Sickle-winged Guan,3,0.17124535804288793,0.1801459583443804,2,12 +Chlorophanes spiza,Green Honeycreeper,2,0.10052744027404457,0.21052641771745428,12,12 +Chlorophonia cyanea,Blue-naped Chlorophonia,1,0.10375856740008423,0.11300819715047183,12,10 +Chlorophonia cyanocephala,Golden-rumped Euphonia,2,0.17372984461203492,0.12820656494104482,4,9 +Chlorornis riefferii,Grass-green Tanager,1,0.10375856740008423,0.11300819715047183,4,11 +Chlorospingus canigularis,Ashy-throated Chlorospingus,1,0.10375856740008423,0.11300819715047183,12,15 +Chlorospingus flavopectus,Common Chlorospingus,1,0.10375856740008423,0.11300819715047183,4,11 +Chlorostilbon melanorhynchus,Blue-tailed Emerald,1,0.10375856740008423,0.11300819715047183,1,9 +Chrysuronia grayi,Blue-headed Sapphire,1,0.10375856740008423,0.11300819715047183,1,13 +Cinnycerthia olivascens,Sharpe's Wren,1,0.10375856740008423,0.11300819715047183,7,12 +Coccyzus melacoryphus,Dark-billed Cuckoo,1,0.10375856740008423,0.11300819715047183,7,10 +Coereba flaveola,Bananaquit,3,0.17124535804288793,0.15384563569807286,1,8 +Colaptes punctigula,Spot-breasted Woodpecker,3,0.17124535804288793,0.1801459583443804,11,9 +Colaptes rubiginosus,Golden-olive Woodpecker,2,0.17372984461203492,0.08333406707237928,11,11 +Colibri coruscans,Sparkling Violetear,2,0.17372984461203492,0.12820656494104482,1,7 +Columbina talpacoti,Ruddy Ground Dove,3,0.16835351493110196,0.176488361766081,6,5 +Contopus cooperi,Olive-sided Flycatcher,2,0.17372984461203492,0.12820656494104482,11,12 +Contopus fumigatus,Smoke-colored Pewee,1,0.10375856740008423,0.11300819715047183,11,9 +Contopus sordidulus,Western Wood-pewee,1,0.10375856740008423,0.11300819715047183,7,10 +Contopus virens,Eastern Wood-pewee,2,0.17372984461203492,0.12820656494104482,7,9 +Coragyps atratus,Black Vulture,3,0.17124535804288793,0.1801459583443804,13,5 +Cranioleuca erythrops,Red-faced Spinetail,1,0.10375856740008423,0.11300819715047183,3,15 +Crotophaga ani,Smooth-billed Ani,3,0.1565572919223529,0.23255827844586124,7,8 +Crypturellus soui,Little Tinamou,2,0.17372984461203492,0.1428570067593076,9,11 +Cyanocorax affinis,Black-chested Jay,2,0.3108741627728753,0.01634617223644013,2,9 +Cyanocorax yncas,Green Jay,2,0.17372984461203492,0.19051813939354154,8,11 +Cyclarhis gujanensis,Rufous-browed Peppershrike,2,0.17372984461203492,0.12820656494104482,4,8 +Dacnis hartlaubi,Turquoise Dacnis,1,0.10375856740008423,0.11300819715047183,12,15 +Daptrius chimachima,Yellow-headed Caracara,3,0.17748536726949526,0.13595994892673519,9,5 +Dendrocincla fuliginosa,Plain-brown Woodcreeper,1,0.10375856740008423,0.11300819715047183,7,12 +Dendrocincla tyrannina,Tyrannine Woodcreeper,1,0.10375856740008423,0.11300819715047183,3,12 +Dendrocolaptes picumnus,Black-banded Woodcreeper,1,0.10375856740008423,0.11300819715047183,7,15 +Diglossa albilatera,White-sided Flowerpiercer,1,0.10375856740008423,0.11300819715047183,1,10 +Diglossa cyanea,Masked Flowerpiercer,1,0.10375856740008423,0.11300819715047183,4,10 +Diglossa sittoides,Rusty Flowerpiercer,1,0.10375856740008423,0.11300819715047183,11,9 +Dryobates dignus,Yellow-vented Woodpecker,1,0.10375856740008423,0.11300819715047183,11,10 +Dryobates fumigatus,Smoky-brown Woodpecker,1,0.10375856740008423,0.11300819715047183,11,13 +Dryobates kirkii,Red-rumped Woodpecker,1,0.10375856740008423,0.11300819715047183,11,14 +Dryocopus lineatus,Lineated Woodpecker,3,0.17124535804288793,0.057239643347329026,10,9 +Dubusia taeniata,Buff-breasted Mountain Tanager,1,0.10375856740008423,0.11300819715047183,8,12 +Dysithamnus mentalis,Plain Antvireo,2,0.17372984461203492,0.12820656494104482,11,12 +Elaenia flavogaster,Yellow-bellied Elaenia,3,0.17124535804288793,0.08510538707318901,4,7 +Elaenia frantzii,Mountain Elaenia,1,0.10375856740008423,0.11300819715047183,4,14 +Empidonax virescens,Acadian Flycatcher,1,0.10375856740008423,0.11300819715047183,11,9 +Eubucco bourcierii,Red-headed Barbet,2,0.17372984461203492,0.12820656494104482,4,15 +Eucometis penicillata,Gray-headed Tanager,1,0.10375856740008423,0.11300819715047183,8,12 +Euphonia laniirostris,Thick-billed Euphonia,3,0.17124535804288793,0.1801459583443804,4,7 +Euphonia xanthogaster,Orange-bellied Euphonia,2,0.17372984461203492,0.12820656494104482,4,10 +Falco sparverius,American Kestrel,3,0.17124535804288793,0.1801459583443804,7,10 +Florisuga mellivora,White-necked Jacobin,1,0.10375856740008423,0.11300819715047183,1,10 +Formicarius rufipectus,Rufous-breasted Antthrush,1,0.10375856740008423,0.11300819715047183,6,15 +Forpus conspicillatus,Spectacled Parrotlet,3,0.10359777911765314,0.014546530651293552,5,15 +Geotrygon montana,Ruddy Quail-dove,1,0.10375856740008423,0.11300819715047183,9,12 +Glyphorynchus spirurus,Wedge-billed Woodcreeper,1,0.10375856740008423,0.11300819715047183,11,12 +Habia cristata,Crested Ant-tanager,3,0.17124535804288793,0.4444446602479117,4,16 +Heliomaster longirostris,Long-billed Starthroat,1,0.10375856740008423,0.11300819715047183,1,9 +Hemithraupis guira,Guira Tanager,2,0.17372984461203492,0.12820656494104482,12,10 +Hemitriccus granadensis,Black-throated Tody-tyrant,1,0.10375856740008423,0.11300819715047183,11,10 +Henicorhina leucophrys,Gray-breasted Wood-wren,3,0.17124535804288793,0.09684985791448351,7,14 +Henicorhina leucosticta,White-breasted Wood-wren,3,0.17124535804288793,0.017308482521403077,7,12 +Icterus chrysater,Yellow-backed Oriole,3,0.17124535804288793,0.26347266635930167,4,13 +Icterus nigrogularis,Yellow Oriole,3,0.17124535804288793,0.02028084551181416,12,8 +Legatus leucophaius,Piratic Flycatcher,3,0.17124535804288793,0.1801459583443804,12,8 +Leiothlypis peregrina,Tennessee Warbler,1,0.10375856740008423,0.11300819715047183,11,8 +Lepidocolaptes lacrymiger,Montane Woodcreeper,1,0.10375856740008423,0.11300819715047183,11,9 +Lepidocolaptes souleyetii,Streak-headed Woodcreeper,1,0.10375856740008423,0.11300819715047183,3,12 +Leptopogon superciliaris,Slaty-capped Flycatcher,2,0.17372984461203492,0.07999708920325867,3,12 +Leptosittaca branickii,Golden-plumed Parakeet,1,0.10375856740008423,0.11300819715047183,12,13 +Leptotila verreauxi,White-tipped Dove,2,0.17372984461203492,0.12820656494104482,9,8 +Lophotriccus pileatus,Scale-crested Pygmy-tyrant,1,0.10375856740008423,0.11300819715047183,3,13 +Loriotus luctuosus,White-shouldered Tanager,1,0.10375856740008423,0.11300819715047183,11,12 +Malacoptila mystacalis,Moustached Puffbird,1,0.10375856740008423,0.11300819715047183,7,12 +Melanerpes formicivorus,Acorn Woodpecker,2,0.5631771499240146,0.3999940156733786,12,10 +Melanerpes rubricapillus,Red-crowned Woodpecker,3,0.17124535804288793,0.1801459583443804,4,10 +Mimus gilvus,Tropical Mockingbird,3,0.17124535804288793,0.1801459583443804,7,8 +Mionectes oleagineus,Ochre-bellied Flycatcher,1,0.10375856740008423,0.11300819715047183,4,11 +Mionectes striaticollis,Streak-necked Flycatcher,1,0.10375856740008423,0.11300819715047183,4,10 +Mniotilta varia,Black-and-white Warbler,2,0.17372984461203492,0.12820656494104482,11,8 +Molothrus bonariensis,Shiny Cowbird,3,0.17124535804288793,0.018381489643054645,6,7 +Molothrus oryzivorus,Giant Cowbird,3,0.17124535804288793,0.1801459583443804,2,9 +Momotus aequatorialis,Andean Motmot,3,0.1432727638652516,0.17822134156054123,10,11 +Myadestes ralloides,Andean Solitaire,3,0.17124535804288793,0.024117579211786467,4,10 +Myiarchus apicalis,Apical Flycatcher,2,0.17372984461203492,0.12820656494104482,4,11 +Myiarchus cephalotes,Pale-edged Flycatcher,2,0.17372984461203492,0.12820656494104482,11,9 +Myiarchus tuberculifer,Dusky-capped Flycatcher,2,0.17372984461203492,0.12820656494104482,11,9 +Myioborus miniatus,Slate-throated Redstart,3,0.17008643257095893,0.1702126920206913,3,11 +Myioborus ornatus,Golden-fronted Redstart,2,0.17372984461203492,0.12820656494104482,3,13 +Myiodynastes hemichrysus,Golden-bellied Flycatcher,2,0.17372984461203492,0.06896307446213655,4,16 +Myiopagis viridicata,Greenish Elaenia,1,0.10375856740008423,0.11300819715047183,12,11 +Myiophobus flavicans,Flavescent Flycatcher,1,0.10375856740008423,0.11300819715047183,7,10 +Myiothlypis coronata,Russet-crowned Warbler,1,0.10375856740008423,0.11300819715047183,8,11 +Myiothlypis fulvicauda,Buff-rumped Warbler,2,0.17372984461203492,0.12820656494104482,6,12 +Myiothlypis nigrocristata,Black-crested Warbler,1,0.10375856740008423,0.11300819715047183,8,11 +Myiotriccus ornatus,Ornate Flycatcher,1,0.10375856740008423,0.11300819715047183,11,11 +Myiozetetes cayanensis,Rusty-margined Flycatcher,3,0.1392805893397556,0.1647058819807589,7,6 +Nyctibius griseus,Common Potoo,1,0.10375856740008423,0.11300819715047183,10,10 +Ortalis columbiana,Colombian Chachalaca,3,0.19025454162930208,0.0635053914044731,2,13 +Pachyramphus polychopterus,White-winged Becard,2,0.17372984461203492,0.12820656494104482,3,9 +Pachyramphus rufus,Cinereous Becard,2,0.17372984461203492,0.12820656494104482,3,11 +Pachyramphus versicolor,Barred Becard,1,0.10375856740008423,0.11300819715047183,8,12 +Pachysylvia semibrunnea,Rufous-naped Greenlet,1,0.10375856740008423,0.11300819715047183,3,12 +Parkesia noveboracensis,Northern Waterthrush,2,0.17372984461203492,0.12820656494104482,6,7 +Patagioenas cayennensis,Pale-vented Pigeon,3,0.17124535804288793,0.1801459583443804,2,9 +Patagioenas fasciata,Band-tailed Pigeon,2,0.48607211399261685,0.027004492351546467,2,10 +Phaethornis guy,Green Hermit,1,0.10375856740008423,0.11300819715047183,1,12 +Phaethornis syrmatophorus,Tawny-bellied Hermit,1,0.10375856740008423,0.11300819715047183,1,11 +Pheucticus ludovicianus,Rose-breasted Grosbeak,1,0.10375856740008423,0.11300819715047183,4,10 +Pheugopedius mystacalis,Whiskered Wren,2,0.17372984461203492,0.13333315373807247,7,11 +Philodice mitchellii,Purple-throated Woodstar,1,0.10375856740008423,0.11300819715047183,1,15 +Piaya cayana,Squirrel Cuckoo,3,0.17124535804288793,0.1801459583443804,12,9 +Picumnus granadensis,Grayish Piculet,2,0.17372984461203492,0.12820656494104482,11,14 +Pionus chalcopterus,Bronze-winged Parrot,3,0.4167284697280812,0.1666650818514621,2,13 +Pionus menstruus,Blue-headed Parrot,3,0.17124535804288793,0.1801459583443804,2,7 +Pionus tumultuosus,Speckle-faced Parrot,1,0.10375856740008423,0.11300819715047183,2,13 +Pipraeidea melanonota,Fawn-breasted Tanager,1,0.10375856740008423,0.11300819715047183,12,9 +Pipreola riefferii,Green-and-black Fruiteater,1,0.10375856740008423,0.11300819715047183,4,11 +Piranga flava,Hepatic Tanager,1,0.10375856740008423,0.11300819715047183,12,7 +Piranga rubra,Summer Tanager,2,0.1304723443792662,0.0952354232645475,11,8 +Pitangus sulphuratus,Great Kiskadee,3,0.17124535804288793,0.41025741378020236,7,6 +Poecilotriccus ruficeps,Rufous-crowned Tody-flycatcher,1,0.10375856740008423,0.11300819715047183,8,12 +Pogonotriccus ophthalmicus,Marble-faced Bristle-tyrant,1,0.10375856740008423,0.11300819715047183,3,10 +Pogonotriccus poecilotis,Variegated Bristle-tyrant,1,0.10375856740008423,0.11300819715047183,3,10 +Polioptila plumbea,Tropical Gnatcatcher,1,0.10375856740008423,0.11300819715047183,11,10 +Premnoplex brunnescens,Spotted Barbtail,1,0.10375856740008423,0.11300819715047183,8,13 +Premnornis guttuliger,Rusty-winged Barbtail,1,0.10375856740008423,0.11300819715047183,11,10 +Pseudocolaptes boissonneautii,Streaked Tuftedcheek,1,0.10375856740008423,0.11300819715047183,12,10 +Psittacara wagleri,Scarlet-fronted Parakeet,3,0.17124535804288793,0.1801459583443804,5,13 +Pygochelidon cyanoleuca,Blue-and-white Swallow,3,0.17124535804288793,0.1801459583443804,3,8 +Pyrocephalus rubinus,Vermilion Flycatcher,3,0.1304723443743014,0.13333340485930362,11,6 +Pyrrhomyias cinnamomeus,Cinnamon Flycatcher,1,0.10375856740008423,0.11300819715047183,8,9 +Ramphocelus dimidiatus,Crimson-backed Tanager,3,0.17124535804288793,0.1801459583443804,5,10 +Ramphocelus flammigerus,Flame-rumped Tanager,2,0.19601863957620472,0.04792017862253938,4,11 +Rupornis magnirostris,Roadside Hawk,3,0.2482524373529121,0.1690174340215574,10,6 +Saltator atripennis,Black-winged Saltator,2,0.17372984461203492,0.12820656494104482,12,11 +Saltator striatipectus,Streaked Saltator,2,0.10208388131195022,0.29850401851726227,4,9 +Saucerottia saucerottei,Steely-vented Hummingbird,2,0.05186693471335976,0.021221072103228347,1,11 +Sayornis nigricans,Black Phoebe,3,0.08415211658132797,0.21052641786537662,8,8 +Schistes albogularis,White-throated Daggerbill,1,0.10375856740008423,0.11300819715047183,1,13 +Scytalopus spillmanni,Spillmann's Tapaculo,1,0.10375856740008423,0.11300819715047183,7,12 +Serpophaga cinerea,Torrent Tyrannulet,3,0.07903709067536598,0.6666687741885202,7,13 +Setophaga fusca,Blackburnian Warbler,3,0.11009291692986951,0.19230767300214366,11,10 +Setophaga petechia,Yellow Warbler,2,0.17372984461203492,0.12820656494104482,11,8 +Setophaga pitiayumi,Tropical Parula,2,0.17372984461203492,0.12820656494104482,12,10 +Setophaga ruticilla,American Redstart,1,0.10375856740008423,0.11300819715047183,3,8 +Setophaga striata,Blackpoll Warbler,1,0.10375856740008423,0.11300819715047183,3,10 +Sicalis flaveola,Saffron Finch,3,0.06310563163564956,0.15792261426302473,5,7 +Sphenopsis frontalis,Oleaginous Hemispingus,1,0.10375856740008423,0.11300819715047183,8,11 +Sphenopsis melanotis,Black-eared Hemispingus,1,0.10375856740008423,0.11300819715047183,11,10 +Spinus psaltria,Lesser Goldfinch,2,0.07473393923615018,0.09090011447049398,5,8 +Spinus xanthogastrus,Yellow-bellied Siskin,1,0.10375856740008423,0.11300819715047183,12,13 +Sporathraupis cyanocephala,Blue-capped Tanager,2,0.17372984461203492,0.12820656494104482,12,9 +Sporophila intermedia,Gray Seedeater,1,0.10375856740008423,0.11300819715047183,6,9 +Sporophila luctuosa,Black-and-white Seedeater,2,0.17372984461203492,0.12820656494104482,5,9 +Sporophila minuta,Ruddy-breasted Seedeater,2,0.17372984461203492,0.12820656494104482,5,10 +Sporophila nigricollis,Yellow-bellied Seedeater,2,0.07387236036946276,0.24817587435681843,5,7 +Sporophila schistacea,Slate-colored Seedeater,1,0.10375856740008423,0.11300819715047183,6,15 +Stelgidopteryx ruficollis,Southern Rough-winged Swallow,3,0.999627512346892,0.016346167775537462,11,7 +Stilpnia cyanicollis,Blue-necked Tanager,1,0.11344315004504041,0.14285700388637002,4,9 +Stilpnia heinei,Black-capped Tanager,2,0.11659781854121731,0.04597945263222383,4,11 +Stilpnia vitriolina,Scrub Tanager,2,0.12290993256104453,0.146341696060847,4,9 +Streptoprocne rutila,Chestnut-collared Swift,2,0.17372984461203492,0.12820656494104482,7,11 +Synallaxis albescens,Pale-breasted Spinetail,3,0.17124535804288793,0.08888695003769057,7,6 +Synallaxis azarae,Azara's Spinetail,3,0.11353839255931453,0.2477875827872362,8,7 +Synallaxis brachyura,Slaty Spinetail,2,0.17372984461203492,0.12820656494104482,7,11 +Tachyphonus rufus,White-lined Tanager,3,0.17124535804288793,0.1801459583443804,4,7 +Tangara arthus,Golden Tanager,2,0.09873105409216193,0.1666666359532203,4,13 +Tangara gyrola,Bay-headed Tanager,1,0.11124110858656078,0.07406912070302295,4,11 +Tangara labradorides,Metallic-green Tanager,2,0.17372984461203492,0.12820656494104482,4,11 +Tangara nigroviridis,Beryl-spangled Tanager,2,0.1745128158307201,0.01634615138460418,4,10 +Tangara vassorii,Blue-and-black Tanager,2,0.1603881504433737,0.014546523076876122,4,12 +Tangara xanthocephala,Saffron-crowned Tanager,1,0.10375856740008423,0.11300819715047183,4,11 +Tapera naevia,Striped Cuckoo,3,0.17124535804288793,0.1290320488407326,7,8 +Taraba major,Great Antshrike,1,0.10375856740008423,0.11300819715047183,7,9 +Thamnophilus multistriatus,Bar-crested Antshrike,3,0.10017921931377437,0.38037923289018505,7,10 +Thraupis episcopus,Blue-gray Tanager,3,0.12418729640777079,0.11463330103987254,4,5 +Thraupis palmarum,Palm Tanager,3,0.12104539862770952,0.13043455213311073,12,6 +Thripadectes holostictus,Striped Treehunter,1,0.10375856740008423,0.11300819715047183,7,10 +Thripadectes virgaticeps,Streak-capped Treehunter,1,0.10375856740008423,0.11300819715047183,8,11 +Tiaris olivaceus,Yellow-faced Grassquit,2,0.07242994189743845,0.3353720944125264,6,8 +Todirostrum cinereum,Common Tody-flycatcher,3,0.17124535804288793,0.0952372980751108,11,7 +Tolmomyias sulphurescens,Yellow-olive Flatbill,2,0.17372984461203492,0.12820656494104482,11,9 +Troglodytes aedon,House Wren,3,0.08393181090431162,0.237598093639418,8,5 +Trogon collaris,Collared Trogon,1,0.10375856740008423,0.11300819715047183,4,10 +Trogon personatus,Masked Trogon,1,0.10375856740008423,0.11300819715047183,4,9 +Turdus fuscater,Great Thrush,2,0.2666349612271547,0.05611407409762727,9,8 +Turdus ignobilis,Black-billed Thrush,3,0.15906454564520667,0.22500038600243488,4,7 +Tyrannus melancholicus,Tropical Kingbird,3,0.19621514202729168,0.29629650274703795,12,5 +Uranomitra franciae,Andean Emerald,1,0.10375856740008423,0.11300819715047183,1,11 +Vireo leucophrys,Brown-capped Vireo,1,0.10375856740008423,0.09914671500091188,11,15 +Vireo olivaceus,Red-eyed Vireo,1,0.10375856740008423,0.11300819715047183,12,5 +Volatinia jacarina,Blue-black Grassquit,3,0.10301940508931264,0.17021269194639618,6,4 +Xenops rutilans,Streaked Xenops,1,0.10375856740008423,0.11300819715047183,11,9 +Xiphocolaptes promeropirhynchus,Strong-billed Woodcreeper,2,0.17372984461203492,0.12820656494104482,11,14 +Xiphorhynchus susurrans,Cocoa Woodcreeper,2,0.17372984461203492,0.12820656494104482,11,13 +Xiphorhynchus triangularis,Olive-backed Woodcreeper,1,0.10375856740008423,0.11300819715047183,3,12 +Zenaida auriculata,Eared Dove,3,0.2044442849226706,0.21739135944610763,12,4 +Zentrygon frenata,White-throated Quail-dove,1,0.10375856740008423,0.11300819715047183,9,11 +Zimmerius chrysops,Golden-faced Tyrannulet,3,0.07841100560451708,0.28657021573088115,12,8 +Zonotrichia capensis,Rufous-collared Sparrow,3,0.0689877749884004,0.44545592469878736,6,5 diff --git a/R/BFI/habitat_data.csv b/R/BFI/habitat_data.csv new file mode 100644 index 0000000..ff3b732 --- /dev/null +++ b/R/BFI/habitat_data.csv @@ -0,0 +1,109 @@ +watershed,property,path,site_point,x,y,perc_forest_fence,perc_forest_no_fence,perc_old_restoration,perc_savanna,perc_live_fences,percent_young_restoration,perc_agroforestry,perc_shrubs,perc_pasture,perc_other_crops,perc_water +Guacaica,El recreo,Pueblo viejo,1087-1,-75.52861812,5.153491683,0,5,0,15,25,0,0,0,55,0,0 +Guacaica,Boca del monte,Guacaica,1060-1,-75.50747592,5.149997933,0,30,0,5,50,0,0,0,15,0,0 +Guacaica,la judea,quebrada negra ,1092-1,-75.48405,5.153853333,0,100,0,0,0,0,0,0,0,0,0 +Guabas,La estrella,Cocuyos,356-1,-76.19832864,3.772689403,0,100,0,0,0,0,0,0,0,0,0 +Guabas,La estrella,Cocuyos,356-2,-76.19671555,3.77357905,0,0,0,20,0,50,0,0,0,30,0 +Guabas,La estrella,Cocuyos,356-3,-76.19541497,3.7728213,20,0,0,0,0,0,80,0,0,0,0 +Guabas,La estrella,Cocuyos,356-4,-76.19404208,3.771048817,0,30,0,0,0,0,0,0,70,0,0 +Guabas,la estrella,Cocuyos,356-5,-76.19259187,3.770152884,50,0,0,30,0,0,0,0,20,0,0 +Guabas,la estrella,Cocuyos,356-6,-76.19870333,3.770895,0,40,0,10,0,0,0,0,50,0,0 +Guabas,la estrella,Cocuyos,356-7,-76.19869167,3.769003333,0,5,0,55,5,10,0,0,25,0,0 +Guabas,la estrella,Cocuyos,356-8,-76.198855,3.767121666,0,5,0,30,0,0,65,0,0,0,0 +Guabas,la estrella,Cocuyos,356-9,-76.19703667,3.767293906,10,0,0,0,0,90,0,0,0,0,0 +Guabas,la estrella,Cocuyos,356-10,-76.19509833,3.766853333,100,0,0,0,0,0,0,0,0,0,0 +Guabas,la estrella,Cocuyos,356-11,-76.19508667,3.768606667,30,0,0,15,0,0,0,0,55,0,0 +Guabas,la estrella,Cocuyos,356-13,-76.19703167,3.769016667,100,0,0,0,0,0,0,0,0,0,0 +Guabas,Cantalia,Cocuyos,318-1,-76.20254075,3.759122383,0,20,0,30,0,0,0,0,50,0,0 +Guabas,Cantalia,Cocuyos,318-2,-76.20747552,3.760644367,0,0,0,60,0,0,0,0,40,0,0 +Guabas,Cantalia,Cocuyos,318-3,-76.20782032,3.7589674,0,30,0,0,0,0,70,0,0,0,0 +Guabas,carretera,cocuyos,318-4,-76.20578435,3.75892145,50,50,0,0,0,0,0,0,0,0,0 +Guabas,carretera,Cocuyos,318-5,-76.20425522,3.757681167,0,50,0,30,0,0,0,0,0,0,20 +Guabas,Cantalia,Cocuyos,318-6,-76.20532052,3.76028035,0,100,0,0,0,0,0,0,0,0,0 +Guabas,Cantalia,Cocuyos,318-7,-76.20505497,3.762430783,0,20,0,15,5,0,0,0,60,0,0 +Guabas,Cantalia,cocuyos,318-8,-76.20248366,3.764382832,50,0,0,30,0,0,0,0,20,0,0 +Guabas,Cantalia,cocuyos,318-9,-76.20268785,3.762224505,0,0,0,50,0,0,0,0,40,10,0 +Guabas,Cantalia,cocuyos,318-10,-76.20621,3.764161667,0,25,0,40,0,0,0,0,35,0,0 +Guabas,Cantalia,cocuyos,318-11,-76.20717316,3.762833501,0,0,0,60,0,0,0,0,30,10,0 +Guabas,cantalia,cocuyos,318-12 ,-76.20390667,3.761121666,0,90,0,10,0,0,0,0,0,0,0 +Guabas,Finca los criollo,La cecilia,472-1,-76.1548147,3.800449867,0,80,0,0,0,0,20,0,0,0,0 +Guabas,,La cecilia,472-3,-76.15461627,3.796425016,0,50,0,0,0,0,10,0,30,0,10 +Guabas,,La cecilia,472-2,-76.15465498,3.798465407,0,0,0,50,0,0,20,0,20,0,10 +Guabas,predio Heberto Rodriguez,La cecilia,472-4,-76.1528175,3.79640206,0,50,0,15,0,0,5,0,25,0,5 +Guabas,patio bonito,patio bonito,205-1,-76.22146,3.737373333,0,80,0,0,0,0,0,0,15,0,5 +Guabas,patio bonito,patio bonito,205-2,-76.22129833,3.735393333,0,30,0,15,0,0,0,0,5,50,0 +Guabas,patio bonito,patio bonito,205-3,-76.220535,3.733521667,0,0,0,20,0,0,0,0,0,80,0 +Guabas,patio bonito,patio bonito,205-4,-76.21966333,3.731965,10,0,0,25,0,0,0,0,0,65,0 +Guabas,patio bonito,patio bonito,205-5,-76.22177833,3.731933333,0,20,0,10,0,0,0,0,20,50,0 +Guabas,patio bonito,patio bonito,205-6,-76.22355,3.731815,0,0,0,25,0,0,0,0,50,25,0 +Guabas,patio bonito,patio bonito,205-7,-76.22412333,3.733541667,10,50,0,5,0,0,0,0,25,10,0 +Guabas,patio bonito,patio bonito ,205-8,-76.22306167,3.73481,0,15,0,15,0,0,0,0,0,70,0 +Guabas,patio bonito,patio bonito,205-9,-76.225445,3.731338333,15,5,0,20,0,0,0,0,60,0,0 +Guabas,patio bonito,patio bonito,205-10,-76.22211333,3.733598333,0,35,0,10,0,0,0,0,55,0,0 +Guabas,patio bonito,patio bonito,205-11,-76.223305,3.737701667,40,0,0,5,0,0,0,0,55,0,0 +Guabas,Predios cartón Colombia,patio bonito,170-1,-76.20453333,3.727885,50,0,0,0,0,0,0,0,50,0,0 +Guabas,,patio bonito,170-2,-76.20634167,3.728106667,0,30,0,0,0,0,0,0,70,0,0 +Guabas,,patio bonito,170-3,-76.20473167,3.726171667,0,0,0,50,0,0,0,0,50,0,0 +Guabas,,patio bonito,170-4,-76.20273667,3.727881667,0,50,0,0,0,0,0,0,50,0,0 +Guabas,,patio bonito,170-5,-76.20290667,3.726083333,0,20,0,5,0,0,0,0,60,15,0 +Guabas,,patio bonito,170-6,-76.20262167,3.72436,0,0,0,0,0,0,0,0,30,70,0 +Guabas,,patio bonito,170-7,-76.20261833,3.722396667,0,20,0,0,0,0,0,0,75,5,0 +Guabas,,patio bonito,170-8,-76.20435167,3.724366667,0,30,0,5,0,0,0,0,65,0,0 +Guabas,,patio bonito,170-9,-76.20436,3.722525,0,20,0,0,0,0,0,0,50,30,0 +Guabas,,patio bonito,170-10,-76.20610833,3.72245,0,15,0,0,0,0,0,0,0,85,0 +Guabas,,patio bonito,170-11,-76.206235,3.72405,0,20,0,0,0,0,0,0,0,80,0 +Guabas,,patio bonito,170-12,-76.20777948,3.722497541,0,20,0,0,0,0,0,0,0,80,0 +Guabas,,patio bonito,170-13,-76.20646,3.726075,0,15,0,0,0,0,0,0,85,0,0 +Guabas,la estrella,Cocuyos,356-12,-76.196,3.770441666,0,55,0,10,0,0,0,0,35,0,0 +Guacaica,El recreo,Pueblo viejo,1087-3,-75.52428333,5.159438333,10,0,0,10,5,0,0,0,75,0,0 +Guacaica,el recreo,pueblo viejo,1087-4,-75.52733167,5.157715,0,0,0,35,5,0,0,0,60,0,0 +Guacaica,el recreo,pueblo viejo,1087-5,-75.529415,5.157998333,0,25,0,10,0,0,0,0,60,5,0 +Guacaica,el recreo,pueblo viejo,1087-6,-75.526845,5.155423333,20,0,0,10,0,0,0,0,70,0,0 +Guacaica,El recreo,pueblo viejo,1087-9,-75.52698982,5.153697233,40,5,0,5,0,0,10,0,35,0,5 +Guacaica,el recreo,pueblo viejo,1087-7,-75.52509667,5.155508333,0,60,0,20,0,0,0,0,20,0,0 +Guacaica,el recreo,pueblo viejo,1087-8,-75.52558801,5.156947993,0,20,0,15,0,0,0,0,40,25,0 +Guacaica,Boca del monte,Guacaica,1060-2,-75.50562398,5.150232467,0,100,0,0,0,0,0,0,0,0,0 +Guacaica,Boca del monte,Guacaica,1060-3,-75.5046274,5.148254883,0,70,0,0,0,0,0,0,30,0,0 +Guacaica,Boca del monte,Guacaica,1060-4,-75.50565337,5.143994617,0,80,0,0,0,0,0,0,20,0,0 +Guacaica,Boca del monte,Guacaica,1060-5,-75.50753967,5.144328233,0,30,0,10,0,0,0,0,60,0,0 +Guacaica,Boca del monte,Guacaica,1060-6,-75.50983455,5.143934383,0,45,0,5,0,0,0,0,30,20,0 +Guacaica,Boca del monte,Guacaica,1060-7,-75.51073167,5.145712383,20,0,0,10,0,0,0,0,70,0,0 +Guacaica,Boca del monte,Guacaica,1060-8,-75.51083237,5.147519333,0,60,0,0,0,0,0,0,40,0,0 +Guacaica,Boca del monte,Guacaica,1060-9,-75.51166592,5.149473633,0,20,0,20,0,0,0,0,60,0,0 +Guacaica,Boca del monte,Guacaica,1060-10,-75.50921747,5.150605167,0,30,0,40,10,0,0,0,20,0,0 +Guacaica,Boca del Monte ,Guacaica,1060-11,-75.50651677,5.14866385,40,15,0,10,0,0,0,0,35,0,0 +Guacaica,el recreo,pueblo viejo,1087-10,-75.52989333,5.156215,0,30,0,0,0,0,0,0,70,0,0 +Guacaica,el recreo ,pueblo viejo,1087-2,-75.52856167,5.155238334,0,15,0,10,0,0,0,0,75,0,0 +Guacaica,el recreo,pueblo viejo,1087-11,-75.52470333,5.153691666,0,15,0,5,0,0,0,0,80,0,0 +Guacaica,boca del monte,Guacaica,1060-12,-75.50746333,5.1462,30,40,0,5,0,0,0,0,25,0,0 +Guacaica,la judea,quebrada negra ,1092-2,-75.48262,5.155003333,0,100,0,0,0,0,0,0,0,0,0 +Guacaica,la judea,quebrada negra ,1092-3,-75.481885,5.156706666,0,92,0,0,0,0,0,0,0,0,8 +Guacaica,la judea,quebrada negra ,1092-4,-75.48090333,5.155186667,0,60,0,0,0,0,0,0,40,0,0 +Guacaica,la judea ,quebrada negra ,1092-5,-75.47975833,5.15369,0,20,0,5,0,0,0,0,70,5,0 +Guacaica,la judea,quebrada negra ,1092-6,-75.47941667,5.155566666,0,90,0,0,0,0,0,0,0,0,10 +Guacaica,la judea ,quebrada negra ,1092-7,-75.47971833,5.15725,0,0,0,5,0,0,95,0,0,0,0 +Guacaica,la judea ,quebrada negra ,1092-8,-75.47969833,5.159018333,0,35,0,0,0,0,60,0,0,0,5 +Guacaica,la judea ,quebrada negra ,1092-9,-75.48130667,5.158646666,0,50,0,0,0,0,50,0,0,0,0 +Guacaica,la judea,quebrada negra ,1092-10,-75.48369333,5.155646667,0,95,0,0,0,0,5,0,0,0,0 +Guacaica,la judea ,quebrada negra ,1092-11,-75.48406,5.157496667,0,10,0,0,0,20,70,0,0,0,0 +Guacaica,Pancitara,Quebrada negra,1063-1,-75.48343877,5.149981667,50,0,0,5,0,0,0,0,15,30,0 +Guacaica,Pancitara,Quebrada negra,1063-2,-75.48332535,5.148123017,0,0,0,25,0,0,0,0,75,0,0 +Guacaica,Pancitara,Quebrada negra,1063-3,-75.48346013,5.146244267,0,0,0,0,20,0,0,0,50,30,0 +Guacaica,La Palma,bajo Corinto ,837-1,-75.51074333,5.09033,0,35,0,0,0,0,0,0,65,0,0 +Guacaica,la Palma ,bajo Corinto ,837-2,-75.50892333,5.090271666,0,20,0,10,0,5,0,0,65,0,0 +Guacaica,la Palma ,bajo Corinto ,837-3,-75.50727333,5.089676666,0,50,0,0,0,0,0,0,50,0,0 +Guacaica,la Palma ,bajo Corinto ,837-4,-75.50896667,5.091988333,0,10,0,10,0,0,0,0,80,0,0 +Guacaica,la Palma ,bajo Corinto ,837-5,-75.50925,5.093843333,0,60,0,0,0,0,0,0,38,0,2 +Guacaica,la Palma ,bajo Corinto ,837-6,-75.51083,5.095755,10,20,0,0,0,0,0,0,70,0,0 +Guacaica,la palma,bajo Corinto ,837-7,-75.50911167,5.095948334,0,100,0,0,0,0,0,0,0,0,0 +Guacaica,la palma ,bajo Corinto ,837-8,-75.51102833,5.09404,0,35,0,0,0,0,0,0,65,0,0 +Guacaica,la Palma ,bajo Corinto ,837-9,-75.51119667,5.092145,0,30,0,0,0,0,0,0,70,0,0 +Guacaica,,,916-1,-75.50289667,5.115021667,0,70,0,0,0,0,0,0,20,10,0 +Guacaica,pancitara,Guacaica,1063-4,-75.48184788,5.14960125,0,60,0,5,0,0,0,0,35,0,0 +Guacaica,pancitara,,1063-5,-75.48198858,5.148065767,0,70,0,10,0,0,0,0,20,0,0 +Guacaica,pancitara,quebrada negra ,1063-6,-75.48446167,5.144946666,50,0,0,15,0,0,0,0,35,0,0 +Guacaica,pancitara,quebrada negra ,1063-7,-75.48190667,5.146116666,70,0,0,0,0,0,0,0,0,0,30 +Guacaica,pancitara,,1063-8,-75.480215,5.148448333,0,80,0,0,0,0,0,0,0,0,20 +Guacaica,pancitara,quebrada negra ,1063-9,-75.48126667,5.144543334,0,0,0,20,0,10,0,0,60,10,0 +Guacaica,pancitara,quebrada negra ,1063-10,-75.48009333,5.146285,0,10,0,20,0,0,0,0,60,10,0 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b/R/BFI/species_data.csv @@ -0,0 +1,232 @@ +species,Clements_2023_sci_name,Clements_2023_com_name,guild,n_counted,ccs_b,detectability_score,invertebrate-invertebrate,vertebrates-ectotherms,vertebrates-endotherms,vertebrates-fish,vertebrates-unknown,scavenger-scavenger,plant-fruit,plant-nectar,plant-seed,plant-other,forstrat_watbelowsurf,forstrat_wataroundsurf,forstrat_ground,forstrat_understory,forstrat_midhigh,forstrat_canopy,forstrat_aerial,pelagicspecialist,body_mass +Adelomyia melanogenys,Adelomyia melanogenys,Speckled Hummingbird,landbird,3,9,1,10,0,0,0,0,0,0,90,0,0,0,0,0,70,30,0,0,0,4.93 +Amazilia tzacatl,Amazilia tzacatl,Rufous-tailed Hummingbird,landbird,33,9,3,10,0,0,0,0,0,0,90,0,0,0,0,0,30,30,30,10,0,4.79 +Amazona mercenarius,Amazona mercenarius,Scaly-naped Parrot,landbird,19,12,2,0,0,0,0,0,0,50,10,30,10,0,0,10,20,40,30,0,0,340 +Anabacerthia striaticollis,Anabacerthia striaticollis,Montane Foliage-gleaner,landbird,1,11,1,100,0,0,0,0,0,0,0,0,0,0,0,0,0,100,0,0,0,24.8 +Anisognathus somptuosus,Anisognathus somptuosus,Blue-winged Mountain Tanager,landbird,13,10,2,50,0,0,0,0,0,50,0,0,0,0,0,0,30,50,20,0,0,44 +Anthracothorax nigricollis,Anthracothorax nigricollis,Black-throated Mango,landbird,14,7,2,20,0,0,0,0,0,0,80,0,0,0,0,0,10,30,40,20,0,7 +Arremon brunneinucha,Arremon brunneinucha,Chestnut-capped Brushfinch,landbird,17,14,2,50,0,0,0,0,0,0,0,50,0,0,0,30,60,10,0,0,0,43.97 +Atlapetes albinucha,Atlapetes albinucha,White-naped Brushfinch,landbird,50,16,1,50,0,0,0,0,0,10,0,40,0,0,0,80,20,0,0,0,0,33.84 +Atlapetes flaviceps,Atlapetes flaviceps,Yellow-headed Brushfinch,landbird,8,16,1,30,0,0,0,0,0,40,0,30,0,0,0,70,30,0,0,0,0,33.66 +Atlapetes latinuchus,Atlapetes latinuchus,Yellow-breasted Brushfinch,landbird,1,12,1,50,0,0,0,0,0,0,0,50,0,0,0,80,20,0,0,0,0,23.56 +Atlapetes schistaceus,Atlapetes schistaceus,Slaty Brushfinch,landbird,3,11,1,50,0,0,0,0,0,50,0,0,0,0,0,70,30,0,0,0,0,28.04 +Aulacorhynchus albivitta,Aulacorhynchus albivitta,Southern Emerald-Toucanet,landbird,22,13,2,30,5,5,0,0,0,60,0,0,0,0,0,0,0,60,40,0,0,170.56 +Aulacorhynchus haematopygus,Aulacorhynchus haematopygus,Crimson-rumped Toucanet,landbird,22,12,2,10,0,10,0,0,0,80,0,0,0,0,0,0,33,33,33,0,0,194.39 +Basileuterus culicivorus,Basileuterus culicivorus,Golden-crowned Warbler,landbird,11,11,1,60,0,0,0,0,0,20,0,20,0,0,0,0,70,30,0,0,0,10.5 +Basileuterus tristriatus,Basileuterus tristriatus,Three-striped Warbler,landbird,38,11,2,100,0,0,0,0,0,0,0,0,0,0,0,0,100,0,0,0,0,12.03 +Boissonneaua flavescens,Boissonneaua flavescens,Buff-tailed Coronet,landbird,1,11,1,10,0,0,0,0,0,0,90,0,0,0,0,0,0,80,20,0,0,8.2 +Bubulcus ibis,Bubulcus ibis,Western Cattle Egret,aquatic,114,9,3,70,10,10,10,0,0,0,0,0,0,0,30,70,0,0,0,0,0,365.95 +Buteo platypterus,Buteo platypterus,Broad-winged Hawk,landbird,4,8,1,10,20,70,0,0,0,0,0,0,0,0,0,100,0,0,0,0,0,453.65 +Campephilus melanoleucos,Campephilus melanoleucos,Crimson-crested Woodpecker,landbird,1,11,2,90,0,0,0,0,0,5,0,5,0,0,0,0,0,100,0,0,0,256 +Campephilus pollens,Campephilus pollens,Powerful Woodpecker,landbird,2,13,1,90,0,0,0,0,0,5,0,5,0,0,0,0,30,40,30,0,0,273.28 +Camptostoma obsoletum,Camptostoma obsoletum,Southern Beardless-Tyrannulet,landbird,54,6,2,80,0,0,0,0,0,20,0,0,0,0,0,0,0,80,20,0,0,8.1 +Cardellina canadensis,Cardellina canadensis,Canada Warbler,landbird,9,12,1,95,0,0,0,0,0,5,0,0,0,0,0,0,60,40,0,0,0,10.04 +Catharus aurantiirostris,Catharus aurantiirostris,Orange-billed Nightingale-thrush,landbird,3,12,1,60,0,0,0,0,0,20,0,20,0,0,0,80,20,0,0,0,0,29.8 +Catharus ustulatus,Catharus ustulatus,Swainson's Thrush,landbird,10,8,1,61.67,0,0,0,0,0,38.33,0,0,0,0,0,50,50,0,0,0,0,30.3 +Cercomacroides parkeri,Cercomacroides parkeri,Parker's Antbird,landbird,5,15,1,100,0,0,0,0,0,0,0,0,0,0,0,0,80,20,0,0,0,16.93 +Chalcothraupis ruficervix,Chalcothraupis ruficervix,Golden-naped Tanager,landbird,2,11,1,60,0,0,0,0,0,20,10,0,10,0,0,0,0,50,50,0,0,19 +Chalybura buffonii,Chalybura buffonii,White-vented Plumeleteer,landbird,1,13,1,10,0,0,0,0,0,0,90,0,0,0,0,0,20,40,20,20,0,6.79 +Chamaepetes goudotii,Chamaepetes goudotii,Sickle-winged Guan,landbird,14,12,3,0,0,0,0,0,0,90,0,5,5,0,0,20,0,40,40,0,0,727.67 +Chlorophanes spiza,Chlorophanes spiza,Green Honeycreeper,landbird,24,12,2,20,0,0,0,0,0,70,10,0,0,0,0,0,10,30,60,0,0,19 +Chlorophonia cyanea,Chlorophonia cyanea,Blue-naped Chlorophonia,landbird,1,10,1,10,0,0,0,0,0,90,0,0,0,0,0,0,0,20,80,0,0,14 +Chlorophonia cyanocephala,Chlorophonia cyanocephala,Golden-rumped Euphonia,landbird,12,9,2,10,0,0,0,0,0,90,0,0,0,0,0,0,20,40,40,0,0,14 +Chlorornis riefferii,Chlorornis riefferii,Grass-green Tanager,landbird,2,11,1,30,0,0,0,0,0,40,0,30,0,0,0,0,30,70,0,0,0,53 +Chlorospingus canigularis,Chlorospingus canigularis,Ashy-throated Chlorospingus,landbird,1,15,1,0,0,0,0,0,0,100,0,0,0,0,0,0,10,30,60,0,0,18 +Chlorospingus flavopectus,Chlorospingus flavopectus,Common Chlorospingus,landbird,2,11,1,30,0,0,0,0,0,50,20,0,0,0,0,10,30,30,30,0,0,19.98 +Chlorostilbon melanorhynchus,Chlorostilbon mellisugus,Blue-tailed Emerald,landbird,12,9,1,0,0,0,0,0,0,0,100,0,0,0,0,0,40,50,10,0,0,2.61 +Chrysuronia grayi,Chrysuronia grayi,Blue-headed Sapphire,landbird,4,13,1,20,0,0,0,0,0,0,80,0,0,0,0,0,20,30,50,0,0,5.6 +Cinclus leucocephalus,Cinclus leucocephalus,White-capped Dipper,aquatic,1,11,2,90,0,0,10,0,0,0,0,0,0,40,40,20,0,0,0,0,0,44 +Cinnycerthia olivascens,Cinnycerthia olivascens,Sharpe's Wren,landbird,5,12,1,100,0,0,0,0,0,0,0,0,0,0,0,60,40,0,0,0,0,24.4 +Coccyzus melacoryphus,Coccyzus melacoryphus,Dark-billed Cuckoo,landbird,1,10,1,100,0,0,0,0,0,0,0,0,0,0,0,50,30,20,0,0,0,49.71 +Coereba flaveola,Coereba flaveola,Bananaquit,landbird,20,8,3,0,0,0,0,0,0,20,70,10,0,0,0,0,80,20,0,0,0,10.01 +Colaptes punctigula,Colaptes punctigula,Spot-breasted Woodpecker,landbird,6,9,3,100,0,0,0,0,0,0,0,0,0,0,0,0,50,50,0,0,0,61.96 +Colaptes rubiginosus,Colaptes rubiginosus,Golden-olive Woodpecker,landbird,52,11,2,90,0,0,0,0,0,10,0,0,0,0,0,0,20,50,30,0,0,55.79 +Colibri coruscans,Colibri coruscans,Sparkling Violetear,landbird,7,7,2,20,0,0,0,0,0,0,80,0,0,0,0,20,30,30,20,0,0,6.7 +Columbina talpacoti,Columbina talpacoti,Ruddy Ground Dove,landbird,61,5,3,10,0,0,0,0,0,0,0,90,0,0,0,100,0,0,0,0,0,46.04 +Contopus cooperi,Contopus cooperi,Olive-sided Flycatcher,landbird,15,12,2,100,0,0,0,0,0,0,0,0,0,0,0,0,50,50,0,0,0,32.1 +Contopus fumigatus,Contopus fumigatus,Smoke-colored Pewee,landbird,2,9,1,100,0,0,0,0,0,0,0,0,0,0,0,0,33,33,33,0,0,19.9 +Contopus sordidulus,Contopus sordidulus,Western Wood-pewee,landbird,6,10,1,100,0,0,0,0,0,0,0,0,0,0,0,33,33,33,0,0,0,13.1 +Contopus virens,Contopus virens,Eastern Wood-pewee,landbird,18,9,2,100,0,0,0,0,0,0,0,0,0,0,0,33,33,33,0,0,0,13.9 +Coragyps atratus,Coragyps atratus,Black Vulture,landbird,17,5,3,0,0,0,0,0,100,0,0,0,0,0,0,100,0,0,0,0,0,1881.69 +Cranioleuca erythrops,Cranioleuca erythrops,Red-faced Spinetail,landbird,6,15,1,90,0,0,0,0,0,0,0,0,10,0,0,0,0,100,0,0,0,16.9 +Crotophaga ani,Crotophaga ani,Smooth-billed Ani,landbird,86,8,3,60,20,0,0,0,0,15,0,5,0,0,0,40,30,30,0,0,0,110.09 +Crypturellus soui,Crypturellus soui,Little Tinamou,landbird,44,11,2,30,10,0,0,0,0,20,0,40,0,0,0,100,0,0,0,0,0,216.16 +Cyanocorax affinis,Cyanocorax affinis,Black-chested Jay,landbird,46,9,2,30,10,0,0,0,0,60,0,0,0,0,0,20,10,40,30,0,0,212 +Cyanocorax yncas,Cyanocorax yncas,Green Jay,landbird,30,11,2,60,5,5,0,0,0,15,0,15,0,0,0,0,70,30,0,0,0,78.5 +Cyclarhis gujanensis,Cyclarhis gujanensis,Rufous-browed Peppershrike,landbird,5,8,2,60,10,10,0,0,0,20,0,0,0,0,0,0,40,40,20,0,0,28.8 +Dacnis hartlaubi,Dacnis hartlaubi,Turquoise Dacnis,landbird,1,15,1,30,0,0,0,0,0,40,30,0,0,0,0,0,0,50,50,0,0,5.08 +Daptrius chimachima,Daptrius chimachima,Yellow-headed Caracara,landbird,53,5,3,20,15,5,10,0,40,10,0,0,0,0,0,100,0,0,0,0,0,315.21 +Dendrocincla fuliginosa,Dendrocincla fuliginosa,Plain-brown Woodcreeper,landbird,2,12,1,90,0,0,0,10,0,0,0,0,0,0,0,33,33,33,0,0,0,38.7 +Dendrocincla tyrannina,Dendrocincla tyrannina,Tyrannine Woodcreeper,landbird,2,12,1,100,0,0,0,0,0,0,0,0,0,0,0,0,10,90,0,0,0,54.9 +Dendrocolaptes picumnus,Dendrocolaptes picumnus,Black-banded Woodcreeper,landbird,1,15,1,80,20,0,0,0,0,0,0,0,0,0,0,40,40,20,0,0,0,76.6 +Diglossa albilatera,Diglossa albilatera,White-sided Flowerpiercer,landbird,2,10,1,20,0,0,0,0,0,0,80,0,0,0,0,0,50,40,10,0,0,9.84 +Diglossa cyanea,Diglossa cyanea,Masked Flowerpiercer,landbird,4,10,1,30,0,0,0,0,0,60,10,0,0,0,0,10,20,40,30,0,0,17.04 +Diglossa sittoides,Diglossa sittoides,Rusty Flowerpiercer,landbird,2,9,1,60,0,0,0,0,0,0,40,0,0,0,0,0,60,40,0,0,0,9 +Dryobates dignus,Dryobates dignus,Yellow-vented Woodpecker,landbird,1,10,1,100,0,0,0,0,0,0,0,0,0,0,0,0,0,60,40,0,0,37.6 +Dryobates fumigatus,Dryobates fumigatus,Smoky-brown Woodpecker,landbird,13,13,1,90,0,0,0,0,0,10,0,0,0,0,0,0,50,0,50,0,0,36.2 +Dryobates kirkii,Dryobates kirkii,Red-rumped Woodpecker,landbird,2,14,1,100,0,0,0,0,0,0,0,0,0,0,0,0,10,50,40,0,0,28.8 +Dryocopus lineatus,Dryocopus lineatus,Lineated Woodpecker,landbird,37,9,3,80,0,0,0,0,0,10,0,10,0,0,0,20,20,60,0,0,0,183.19 +Dubusia taeniata,Dubusia taeniata,Buff-breasted Mountain Tanager,landbird,2,12,1,30,0,0,0,0,0,40,0,30,0,0,0,0,80,20,0,0,0,37 +Dysithamnus mentalis,Dysithamnus mentalis,Plain Antvireo,landbird,15,12,2,90,0,0,0,0,0,10,0,0,0,0,0,0,40,40,20,0,0,14.87 +Elaenia flavogaster,Elaenia flavogaster,Yellow-bellied Elaenia,landbird,60,7,3,60,0,0,0,0,0,40,0,0,0,0,0,0,20,40,30,10,0,24.8 +Elaenia frantzii,Elaenia frantzii,Mountain Elaenia,landbird,5,14,1,40,0,0,0,0,0,60,0,0,0,0,0,0,20,80,0,0,0,19.6 +Empidonax virescens,Empidonax virescens,Acadian Flycatcher,landbird,4,9,1,100,0,0,0,0,0,0,0,0,0,0,0,0,33,33,33,0,0,12.6 +Eubucco bourcierii,Eubucco bourcierii,Red-headed Barbet,landbird,1,15,2,60,0,0,0,0,0,40,0,0,0,0,0,0,20,80,0,0,0,37 +Eucometis penicillata,Eucometis penicillata,Gray-headed Tanager,landbird,1,12,1,70,0,0,0,0,0,30,0,0,0,0,0,0,90,10,0,0,0,27 +Euphonia laniirostris,Euphonia laniirostris,Thick-billed Euphonia,landbird,10,7,3,0,0,0,0,0,0,100,0,0,0,0,0,0,0,70,30,0,0,15 +Euphonia xanthogaster,Euphonia xanthogaster,Orange-bellied Euphonia,landbird,9,10,2,20,0,0,0,0,0,80,0,0,0,0,0,0,20,60,20,0,0,13 +Falco sparverius,Falco sparverius,American Kestrel,landbird,1,10,3,70,10,20,0,0,0,0,0,0,0,0,0,50,40,10,0,0,0,114.61 +Florisuga mellivora,Florisuga mellivora,White-necked Jacobin,landbird,3,10,1,20,0,0,0,0,0,0,80,0,0,0,0,0,10,40,30,20,0,7.4 +Formicarius rufipectus,Formicarius rufipectus,Rufous-breasted Antthrush,landbird,1,15,1,100,0,0,0,0,0,0,0,0,0,0,0,100,0,0,0,0,0,74.4 +Forpus conspicillatus,Forpus conspicillatus,Spectacled Parrotlet,landbird,52,15,3,0,0,0,0,0,0,40,0,50,10,0,0,50,50,0,0,0,0,26.4 +Geotrygon montana,Geotrygon montana,Ruddy Quail-dove,landbird,3,12,1,10,0,0,0,0,0,60,0,30,0,0,0,100,0,0,0,0,0,133.86 +Glyphorynchus spirurus,Glyphorynchus spirurus,Wedge-billed Woodcreeper,landbird,2,12,1,90,0,0,0,0,0,0,0,5,5,0,0,0,0,40,60,0,0,14.6 +Habia cristata,Habia cristata,Crested Ant-tanager,landbird,20,16,3,70,0,0,0,0,0,20,0,10,0,0,0,10,30,60,0,0,0,37.32 +Heliomaster longirostris,Heliomaster longirostris,Long-billed Starthroat,landbird,1,9,1,10,0,0,0,0,0,0,90,0,0,0,0,0,0,30,60,10,0,6.6 +Hemithraupis guira,Hemithraupis guira,Guira Tanager,landbird,3,10,2,60,0,0,0,0,0,40,0,0,0,0,0,0,0,10,90,0,0,12 +Hemitriccus granadensis,Hemitriccus granadensis,Black-throated Tody-tyrant,landbird,3,10,1,100,0,0,0,0,0,0,0,0,0,0,0,0,40,60,0,0,0,7.9 +Henicorhina leucophrys,Henicorhina leucophrys,Gray-breasted Wood-wren,landbird,64,14,3,100,0,0,0,0,0,0,0,0,0,0,0,50,50,0,0,0,0,16.19 +Henicorhina leucosticta,Henicorhina leucosticta,White-breasted Wood-wren,landbird,20,12,3,100,0,0,0,0,0,0,0,0,0,0,0,40,50,10,0,0,0,14.18 +Icterus chrysater,Icterus chrysater,Yellow-backed Oriole,landbird,182,13,3,40,0,0,0,0,0,30,30,0,0,0,0,0,40,40,20,0,0,53.4 +Icterus nigrogularis,Icterus nigrogularis,Yellow Oriole,landbird,23,8,3,80,0,0,0,0,0,10,10,0,0,0,0,0,0,0,100,0,0,40.2 +Legatus leucophaius,Legatus leucophaius,Piratic Flycatcher,landbird,14,8,3,10,0,0,0,0,0,90,0,0,0,0,0,0,0,20,80,0,0,22.2 +Leiothlypis peregrina,Leiothlypis peregrina,Tennessee Warbler,landbird,1,8,1,73.33,0,0,0,0,0,13.33,13.33,0,0,0,0,0,30,40,30,0,0,8.9 +Lepidocolaptes lacrymiger,Lepidocolaptes lacrymiger,Montane Woodcreeper,landbird,2,9,1,100,0,0,0,0,0,0,0,0,0,0,0,0,30,70,0,0,0,30.6 +Lepidocolaptes souleyetii,Lepidocolaptes souleyetii,Streak-headed Woodcreeper,landbird,1,12,1,90,0,0,0,0,0,10,0,0,0,0,0,0,0,100,0,0,0,25.7 +Leptopogon superciliaris,Leptopogon superciliaris,Slaty-capped Flycatcher,landbird,27,12,2,80,0,0,0,0,0,20,0,0,0,0,0,0,0,100,0,0,0,11.7 +Leptosittaca branickii,Leptosittaca branickii,Golden-plumed Parakeet,landbird,6,13,1,0,0,0,0,0,0,40,0,60,0,0,0,0,33,33,33,0,0,66.48 +Leptotila verreauxi,Leptotila verreauxi,White-tipped Dove,landbird,3,8,2,10,0,0,0,0,0,30,0,60,0,0,0,100,0,0,0,0,0,146.88 +Lophotriccus pileatus,Lophotriccus pileatus,Scale-crested Pygmy-tyrant,landbird,2,13,1,100,0,0,0,0,0,0,0,0,0,0,0,0,0,70,30,0,0,7.47 +Loriotus luctuosus,Loriotus luctuosus,White-shouldered Tanager,landbird,2,12,1,80,0,0,0,0,0,20,0,0,0,0,0,0,20,50,30,0,0,13 +Malacoptila mystacalis,Malacoptila mystacalis,Moustached Puffbird,landbird,6,12,1,90,10,0,0,0,0,0,0,0,0,0,0,30,40,30,0,0,0,49 +Melanerpes formicivorus,Melanerpes formicivorus,Acorn Woodpecker,landbird,36,10,2,20,0,0,0,0,0,20,0,56.67,3.33,0,0,0,0,40,60,0,0,79.62 +Melanerpes rubricapillus,Melanerpes rubricapillus,Red-crowned Woodpecker,landbird,4,10,3,60,0,0,0,0,0,30,10,0,0,0,0,0,50,50,0,0,0,52.33 +Merganetta armata,Merganetta armata,Torrent Duck,aquatic,3,12,2,100,0,0,0,0,0,0,0,0,0,40,60,0,0,0,0,0,0,398.82 +Mimus gilvus,Mimus gilvus,Tropical Mockingbird,landbird,6,8,3,40,10,10,0,0,0,40,0,0,0,0,0,50,50,0,0,0,0,51.99 +Mionectes oleagineus,Mionectes oleagineus,Ochre-bellied Flycatcher,landbird,3,11,1,50,0,0,0,0,0,50,0,0,0,0,0,0,50,50,0,0,0,11.17 +Mionectes striaticollis,Mionectes striaticollis,Streak-necked Flycatcher,landbird,16,10,1,50,0,0,0,0,0,50,0,0,0,0,0,0,40,60,0,0,0,15 +Mniotilta varia,Mniotilta varia,Black-and-white Warbler,landbird,5,8,2,100,0,0,0,0,0,0,0,0,0,0,0,0,20,60,20,0,0,10.9 +Molothrus bonariensis,Molothrus bonariensis,Shiny Cowbird,landbird,20,7,3,66.67,0,0,0,0,0,0,0,33.33,0,0,0,100,0,0,0,0,0,41.49 +Molothrus oryzivorus,Molothrus oryzivorus,Giant Cowbird,landbird,11,9,3,30,0,0,0,0,0,30,30,10,0,0,0,40,10,10,40,0,0,181.85 +Momotus aequatorialis,Momotus aequatorialis,Andean Motmot,landbird,117,11,3,70,0,10,0,0,0,20,0,0,0,0,0,40,20,40,0,0,0,158 +Myadestes ralloides,Myadestes ralloides,Andean Solitaire,landbird,26,10,3,50,0,0,0,0,0,50,0,0,0,0,0,0,0,70,30,0,0,29.1 +Myiarchus apicalis,Myiarchus apicalis,Apical Flycatcher,landbird,2,11,2,50,0,0,0,0,0,50,0,0,0,0,0,0,30,70,0,0,0,29.2 +Myiarchus cephalotes,Myiarchus cephalotes,Pale-edged Flycatcher,landbird,2,9,2,70,0,0,0,0,0,0,0,30,0,0,0,0,50,50,0,0,0,26.25 +Myiarchus tuberculifer,Myiarchus tuberculifer,Dusky-capped Flycatcher,landbird,3,9,2,80,0,0,0,0,0,10,0,10,0,0,0,0,33,33,33,0,0,17.7 +Myioborus miniatus,Myioborus miniatus,Slate-throated Redstart,landbird,58,11,3,90,0,0,0,0,0,0,0,0,10,0,0,0,0,100,0,0,0,9 +Myioborus ornatus,Myioborus ornatus,Golden-fronted Redstart,landbird,5,13,2,100,0,0,0,0,0,0,0,0,0,0,0,0,0,100,0,0,0,11.7 +Myiodynastes hemichrysus,Myiodynastes hemichrysus,Golden-bellied Flycatcher,landbird,32,16,2,40,0,0,0,0,0,60,0,0,0,0,0,0,0,80,20,0,0,43.4 +Myiopagis viridicata,Myiopagis viridicata,Greenish Elaenia,landbird,17,11,1,60,0,0,0,0,0,30,0,10,0,0,0,0,0,50,50,0,0,11.51 +Myiophobus flavicans,Myiophobus flavicans,Flavescent Flycatcher,landbird,1,10,1,100,0,0,0,0,0,0,0,0,0,0,0,50,50,0,0,0,0,12.7 +Myiothlypis coronata,Myiothlypis coronata,Russet-crowned Warbler,landbird,6,11,1,100,0,0,0,0,0,0,0,0,0,0,0,0,70,30,0,0,0,16.3 +Myiothlypis fulvicauda,Myiothlypis fulvicauda,Buff-rumped Warbler,landbird,19,12,2,100,0,0,0,0,0,0,0,0,0,0,0,80,20,0,0,0,0,14.9 +Myiothlypis nigrocristata,Myiothlypis nigrocristata,Black-crested Warbler,landbird,2,11,1,100,0,0,0,0,0,0,0,0,0,0,0,0,100,0,0,0,0,13.64 +Myiotriccus ornatus,Myiotriccus ornatus,Ornate Flycatcher,landbird,2,11,1,100,0,0,0,0,0,0,0,0,0,0,0,0,30,70,0,0,0,9.9 +Myiozetetes cayanensis,Myiozetetes cayanensis,Rusty-margined Flycatcher,landbird,108,6,3,60,0,0,0,0,0,40,0,0,0,0,0,50,30,20,0,0,0,25.9 +Nyctibius griseus,Nyctibius griseus,Common Potoo,landbird,1,10,1,100,0,0,0,0,0,0,0,0,0,0,0,0,0,90,0,10,0,172.04 +Ortalis columbiana,Ortalis columbiana,Colombian Chachalaca,landbird,144,13,3,0,0,0,0,0,0,100,0,0,0,0,0,0,0,50,50,0,0,547.72 +Pachyramphus polychopterus,Pachyramphus polychopterus,White-winged Becard,landbird,15,9,2,60,0,0,0,0,0,40,0,0,0,0,0,0,0,100,0,0,0,20.8 +Pachyramphus rufus,Pachyramphus rufus,Cinereous Becard,landbird,10,11,2,80,0,0,0,0,0,20,0,0,0,0,0,0,0,100,0,0,0,18.8 +Pachyramphus versicolor,Pachyramphus versicolor,Barred Becard,landbird,1,12,1,80,0,0,0,0,0,20,0,0,0,0,0,0,80,20,0,0,0,15.5 +Pachysylvia semibrunnea,Pachysylvia semibrunnea,Rufous-naped Greenlet,landbird,2,12,1,100,0,0,0,0,0,0,0,0,0,0,0,0,0,80,20,0,0,11.4 +Parkesia noveboracensis,Parkesia noveboracensis,Northern Waterthrush,landbird,2,7,2,95,0,0,0,0,0,5,0,0,0,0,0,80,20,0,0,0,0,16.3 +Patagioenas cayennensis,Patagioenas cayennensis,Pale-vented Pigeon,landbird,1,9,3,0,0,0,0,0,0,60,0,40,0,0,0,20,0,40,40,0,0,229 +Patagioenas fasciata,Patagioenas fasciata,Band-tailed Pigeon,landbird,32,10,2,0,0,0,0,0,0,49.17,0,40,10.83,0,0,0,50,50,0,0,0,366.3 +Phaethornis guy,Phaethornis guy,Green Hermit,landbird,12,12,1,20,0,0,0,0,0,0,80,0,0,0,0,0,100,0,0,0,0,6.3 +Phaethornis syrmatophorus,Phaethornis syrmatophorus,Tawny-bellied Hermit,landbird,8,11,1,10,0,0,0,0,0,0,90,0,0,0,0,0,100,0,0,0,0,5.8 +Pheucticus ludovicianus,Pheucticus ludovicianus,Rose-breasted Grosbeak,landbird,5,10,1,48.33,0,0,0,0,0,33.33,0,11.67,6.67,0,0,20,20,30,30,0,0,42 +Pheugopedius mystacalis,Pheugopedius mystacalis,Whiskered Wren,landbird,116,11,2,100,0,0,0,0,0,0,0,0,0,0,0,30,30,40,0,0,0,29 +Philodice mitchellii,Philodice mitchellii,Purple-throated Woodstar,landbird,2,15,1,10,0,0,0,0,0,0,90,0,0,0,0,0,0,30,60,10,0,3.1 +Phimosus infuscatus,Phimosus infuscatus,Bare-faced Ibis,aquatic,23,5,3,100,0,0,0,0,0,0,0,0,0,0,80,20,0,0,0,0,0,559 +Piaya cayana,Piaya cayana,Squirrel Cuckoo,landbird,13,9,3,80,10,0,0,0,0,10,0,0,0,0,0,0,0,20,80,0,0,101.98 +Picumnus granadensis,Picumnus granadensis,Grayish Piculet,landbird,12,14,2,100,0,0,0,0,0,0,0,0,0,0,0,0,50,50,0,0,0,12.2 +Pionus chalcopterus,Pionus chalcopterus,Bronze-winged Parrot,landbird,44,13,3,0,0,0,0,0,0,80,0,20,0,0,0,0,30,50,20,0,0,210 +Pionus menstruus,Pionus menstruus,Blue-headed Parrot,landbird,7,7,3,0,0,0,0,0,0,40,0,50,10,0,0,0,30,50,20,0,0,251 +Pionus tumultuosus,Pionus tumultuosus,Speckle-faced Parrot,landbird,1,13,1,0,0,0,0,0,0,100,0,0,0,0,0,0,40,40,20,0,0,239 +Pipraeidea melanonota,Pipraeidea melanonota,Fawn-breasted Tanager,landbird,2,9,1,20,0,0,0,0,0,40,0,20,20,0,0,0,10,20,60,10,0,21 +Pipreola riefferii,Pipreola riefferii,Green-and-black Fruiteater,landbird,3,11,1,0,0,0,0,0,0,100,0,0,0,0,0,0,50,50,0,0,0,49.3 +Piranga flava,Piranga flava,Hepatic Tanager,landbird,5,7,1,45,0,0,0,0,0,20,35,0,0,0,0,0,10,30,60,0,0,37.7 +Piranga rubra,Piranga rubra,Summer Tanager,landbird,21,8,2,90,0,0,0,0,0,10,0,0,0,0,0,0,20,30,30,20,0,29.13 +Pitangus sulphuratus,Pitangus sulphuratus,Great Kiskadee,landbird,47,6,3,55,7.5,0,12.5,0,0,25,0,0,0,0,0,50,40,10,0,0,0,62.85 +Poecilotriccus ruficeps,Poecilotriccus ruficeps,Rufous-crowned Tody-flycatcher,landbird,1,12,1,100,0,0,0,0,0,0,0,0,0,0,0,0,100,0,0,0,0,8.81 +Pogonotriccus ophthalmicus,Pogonotriccus ophthalmicus,Marble-faced Bristle-tyrant,landbird,1,10,1,100,0,0,0,0,0,0,0,0,0,0,0,0,10,90,0,0,0,9.2 +Pogonotriccus poecilotis,Pogonotriccus poecilotis,Variegated Bristle-tyrant,landbird,1,10,1,100,0,0,0,0,0,0,0,0,0,0,0,0,0,100,0,0,0,8 +Polioptila plumbea,Polioptila plumbea,Tropical Gnatcatcher,landbird,1,10,1,100,0,0,0,0,0,0,0,0,0,0,0,0,33,33,33,0,0,6 +Premnoplex brunnescens,Premnoplex brunnescens,Spotted Barbtail,landbird,3,13,1,100,0,0,0,0,0,0,0,0,0,0,0,0,80,20,0,0,0,16.3 +Premnornis guttuliger,Premnornis guttuliger,Rusty-winged Barbtail,landbird,1,10,1,100,0,0,0,0,0,0,0,0,0,0,0,0,50,50,0,0,0,15.9 +Pseudocolaptes boissonneautii,Pseudocolaptes boissonneautii,Streaked Tuftedcheek,landbird,2,10,1,50,50,0,0,0,0,0,0,0,0,0,0,0,0,50,50,0,0,43.9 +Psittacara wagleri,Psittacara wagleri,Scarlet-fronted Parakeet,landbird,5,13,3,0,0,0,0,0,0,60,0,40,0,0,0,50,50,0,0,0,0,194 +Pygochelidon cyanoleuca,Pygochelidon cyanoleuca,Blue-and-white Swallow,landbird,7,8,3,100,0,0,0,0,0,0,0,0,0,0,0,0,0,100,0,0,0,9.7 +Pyrocephalus rubinus,Pyrocephalus rubinus,Vermilion Flycatcher,landbird,20,6,3,100,0,0,0,0,0,0,0,0,0,0,0,0,50,50,0,0,0,14.4 +Pyrrhomyias cinnamomeus,Pyrrhomyias cinnamomeus,Cinnamon Flycatcher,landbird,5,9,1,80,0,0,0,0,0,20,0,0,0,0,0,0,100,0,0,0,0,9.9 +Ramphocelus dimidiatus,Ramphocelus dimidiatus,Crimson-backed Tanager,landbird,16,10,3,30,0,0,0,0,0,0,0,70,0,0,0,10,50,40,0,0,0,28 +Ramphocelus flammigerus,Ramphocelus flammigerus,Flame-rumped Tanager,landbird,66,11,2,50,0,0,0,0,0,50,0,0,0,0,0,10,30,40,20,0,0,33 +Rupornis magnirostris,Rupornis magnirostris,Roadside Hawk,landbird,77,6,3,60,25,15,0,0,0,0,0,0,0,0,0,33,33,33,0,0,0,269 +Saltator atripennis,Saltator atripennis,Black-winged Saltator,landbird,19,11,2,0,0,0,0,0,0,100,0,0,0,0,0,0,0,20,80,0,0,52 +Saltator striatipectus,Saltator striatipectus,Streaked Saltator,landbird,75,9,2,40,0,0,0,0,0,40,0,20,0,0,0,0,20,60,20,0,0,39 +Saucerottia saucerottei,Saucerottia saucerottei,Steely-vented Hummingbird,landbird,23,11,2,10,0,0,0,0,0,0,90,0,0,0,0,10,40,50,0,0,0,4.5 +Sayornis nigricans,Sayornis nigricans,Black Phoebe,landbird,24,8,3,90,10,0,0,0,0,0,0,0,0,0,0,0,80,20,0,0,0,18.63 +Schistes albogularis,Schistes albogularis,White-throated Daggerbill,landbird,3,13,1,10,0,0,0,0,0,0,90,0,0,0,0,0,30,60,10,0,0,3.6 +Scytalopus spillmanni,Scytalopus spillmanni,Spillmann's Tapaculo,landbird,3,12,1,100,0,0,0,0,0,0,0,0,0,0,0,60,40,0,0,0,0,23.54 +Serpophaga cinerea,Serpophaga cinerea,Torrent Tyrannulet,landbird,22,13,3,100,0,0,0,0,0,0,0,0,0,0,0,60,40,0,0,0,0,8.3 +Setophaga fusca,Setophaga fusca,Blackburnian Warbler,landbird,68,10,3,100,0,0,0,0,0,0,0,0,0,0,0,0,0,20,60,20,0,9.74 +Setophaga petechia,Setophaga petechia,Yellow Warbler,landbird,1,8,2,93.33,0,0,0,0,0,6.67,0,0,0,0,0,0,20,80,0,0,0,10.22 +Setophaga pitiayumi,Setophaga pitiayumi,Tropical Parula,landbird,13,10,2,80,0,0,0,0,0,10,0,0,10,0,0,0,0,0,100,0,0,6.82 +Setophaga ruticilla,Setophaga ruticilla,American Redstart,landbird,4,8,1,93.33,0,0,0,0,0,6.67,0,0,0,0,0,0,0,80,20,0,0,8.24 +Setophaga striata,Setophaga striata,Blackpoll Warbler,landbird,1,10,1,80,0,0,0,0,0,20,0,0,0,0,0,0,0,100,0,0,0,11.84 +Sicalis flaveola,Sicalis flaveola,Saffron Finch,landbird,74,7,3,40,0,0,0,0,0,0,0,60,0,0,0,40,60,0,0,0,0,17.7 +Sphenopsis frontalis,Sphenopsis frontalis,Oleaginous Hemispingus,landbird,6,11,1,100,0,0,0,0,0,0,0,0,0,0,0,0,90,10,0,0,0,17 +Sphenopsis melanotis,Sphenopsis melanotis,Black-eared Hemispingus,landbird,1,10,1,80,0,0,0,0,0,0,0,20,0,0,0,0,60,30,10,0,0,16 +Spinus psaltria,Spinus psaltria,Lesser Goldfinch,landbird,54,8,2,0,0,0,0,0,0,30,10,30,30,0,0,20,40,40,0,0,0,8.77 +Spinus xanthogastrus,Spinus xanthogastrus,Yellow-bellied Siskin,landbird,9,13,1,0,0,0,0,0,0,0,0,100,0,0,0,0,0,70,30,0,0,12.7 +Sporathraupis cyanocephala,Sporathraupis cyanocephala,Blue-capped Tanager,landbird,12,9,2,10,0,0,0,0,0,90,0,0,0,0,0,0,0,20,70,10,0,36 +Sporophila intermedia,Sporophila intermedia,Gray Seedeater,landbird,12,9,1,3.33,0,0,0,0,0,0,3.33,93.33,0,0,0,100,0,0,0,0,0,13.5 +Sporophila luctuosa,Sporophila luctuosa,Black-and-white Seedeater,landbird,19,9,2,0,0,0,0,0,0,0,0,100,0,0,0,40,60,0,0,0,0,12.5 +Sporophila minuta,Sporophila minuta,Ruddy-breasted Seedeater,landbird,4,10,2,10,0,0,0,0,0,10,0,80,0,0,0,50,50,0,0,0,0,8 +Sporophila nigricollis,Sporophila nigricollis,Yellow-bellied Seedeater,landbird,185,7,2,0,0,0,0,0,0,0,0,100,0,0,0,30,70,0,0,0,0,9.85 +Sporophila schistacea,Sporophila schistacea,Slate-colored Seedeater,landbird,14,15,1,0,0,0,0,0,0,0,0,100,0,0,0,80,20,0,0,0,0,12.85 +Stelgidopteryx ruficollis,Stelgidopteryx ruficollis,Southern Rough-winged Swallow,landbird,34,7,3,100,0,0,0,0,0,0,0,0,0,0,0,0,40,60,0,0,0,16.1 +Stilpnia cyanicollis,Stilpnia cyanicollis,Blue-necked Tanager,landbird,61,9,1,10,0,0,0,0,0,90,0,0,0,0,0,0,0,80,20,0,0,17 +Stilpnia heinei,Stilpnia heinei,Black-capped Tanager,landbird,64,11,2,50,0,0,0,0,0,50,0,0,0,0,0,0,20,40,40,0,0,20.2 +Stilpnia vitriolina,Stilpnia vitriolina,Scrub Tanager,landbird,168,9,2,60,0,0,0,0,0,40,0,0,0,0,0,0,30,40,30,0,0,23 +Streptoprocne rutila,Streptoprocne rutila,Chestnut-collared Swift,landbird,1,11,2,100,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,100,0,20.2 +Synallaxis albescens,Synallaxis albescens,Pale-breasted Spinetail,landbird,47,6,3,100,0,0,0,0,0,0,0,0,0,0,0,30,70,0,0,0,0,11.2 +Synallaxis azarae,Synallaxis azarae,Azara's Spinetail,landbird,130,7,3,80,0,0,0,0,0,0,0,20,0,0,0,0,80,20,0,0,0,16.9 +Synallaxis brachyura,Synallaxis brachyura,Slaty Spinetail,landbird,14,11,2,100,0,0,0,0,0,0,0,0,0,0,0,50,50,0,0,0,0,18.3 +Tachyphonus rufus,Tachyphonus rufus,White-lined Tanager,landbird,11,7,3,30,0,0,0,0,0,60,10,0,0,0,0,20,50,10,10,10,0,34.4 +Tangara arthus,Tangara arthus,Golden Tanager,landbird,46,13,2,40,0,0,0,0,0,60,0,0,0,0,0,0,10,60,30,0,0,22 +Tangara gyrola,Tangara gyrola,Bay-headed Tanager,landbird,67,11,1,28.33,0,0,0,0,0,71.67,0,0,0,0,0,0,10,50,40,0,0,21 +Tangara labradorides,Tangara labradorides,Metallic-green Tanager,landbird,17,11,2,50,0,0,0,0,0,50,0,0,0,0,0,0,20,50,30,0,0,15 +Tangara nigroviridis,Tangara nigroviridis,Beryl-spangled Tanager,landbird,24,10,2,30,0,0,0,0,0,70,0,0,0,0,0,0,40,40,20,0,0,17 +Tangara vassorii,Tangara vassorii,Blue-and-black Tanager,landbird,22,12,2,20,0,0,0,0,0,80,0,0,0,0,0,0,30,40,30,0,0,18 +Tangara xanthocephala,Tangara xanthocephala,Saffron-crowned Tanager,landbird,3,11,1,10,0,0,0,0,0,90,0,0,0,0,0,0,30,40,30,0,0,19 +Tapera naevia,Tapera naevia,Striped Cuckoo,landbird,33,8,3,100,0,0,0,0,0,0,0,0,0,0,0,50,30,20,0,0,0,48.42 +Taraba major,Taraba major,Great Antshrike,landbird,3,9,1,60,20,5,5,0,0,0,0,0,10,0,0,40,40,20,0,0,0,59.2 +Thamnophilus multistriatus,Thamnophilus multistriatus,Bar-crested Antshrike,landbird,167,10,3,90,0,0,0,0,0,0,0,10,0,0,0,30,30,40,0,0,0,27.5 +Theristicus caudatus,Theristicus caudatus,Buff-necked Ibis,aquatic,35,7,3,90,5,5,0,0,0,0,0,0,0,0,0,100,0,0,0,0,0,1726 +Thraupis episcopus,Thraupis episcopus,Blue-gray Tanager,landbird,167,5,3,40,0,0,0,0,0,50,10,0,0,0,0,0,10,90,0,0,0,35 +Thraupis palmarum,Thraupis palmarum,Palm Tanager,landbird,59,6,3,50,0,0,0,0,0,50,0,0,0,0,0,0,0,20,70,10,0,39 +Thripadectes holostictus,Thripadectes holostictus,Striped Treehunter,landbird,1,10,1,90,0,0,0,10,0,0,0,0,0,0,0,60,40,0,0,0,0,40.7 +Thripadectes virgaticeps,Thripadectes virgaticeps,Streak-capped Treehunter,landbird,1,11,1,80,20,0,0,0,0,0,0,0,0,0,0,0,100,0,0,0,0,65.8 +Tiaris olivaceus,Tiaris olivaceus,Yellow-faced Grassquit,landbird,217,8,2,10,0,0,0,0,0,10,10,70,0,0,0,90,10,0,0,0,0,8.5 +Todirostrum cinereum,Todirostrum cinereum,Common Tody-flycatcher,landbird,25,7,3,90,0,0,0,0,0,10,0,0,0,0,0,0,33,33,33,0,0,6.29 +Tolmomyias sulphurescens,Tolmomyias sulphurescens,Yellow-olive Flatbill,landbird,6,9,2,90,0,0,0,0,0,10,0,0,0,0,0,0,30,70,0,0,0,14.3 +Troglodytes aedon,Troglodytes aedon,House Wren,landbird,283,5,3,100,0,0,0,0,0,0,0,0,0,0,0,0,100,0,0,0,0,10.85 +Trogon collaris,Trogon collaris,Collared Trogon,landbird,3,10,1,40,0,0,0,0,0,60,0,0,0,0,0,0,30,70,0,0,0,65.43 +Trogon personatus,Trogon personatus,Masked Trogon,landbird,2,9,1,40,0,0,0,0,0,60,0,0,0,0,0,0,0,70,30,0,0,63.39 +Turdus fuscater,Turdus fuscater,Great Thrush,landbird,49,8,2,40,5,5,0,0,0,50,0,0,0,0,0,100,0,0,0,0,0,143 +Turdus ignobilis,Turdus ignobilis,Black-billed Thrush,landbird,95,7,3,30,0,0,0,0,0,40,0,30,0,0,0,20,30,30,20,0,0,63.78 +Tyrannus melancholicus,Tyrannus melancholicus,Tropical Kingbird,landbird,326,5,3,70,0,0,0,0,0,30,0,0,0,0,0,0,0,50,50,0,0,37.4 +Uranomitra franciae,Uranomitra franciae,Andean Emerald,landbird,5,11,1,10,0,0,0,0,0,0,90,0,0,0,0,0,10,80,10,0,0,5 +Vanellus chilensis,Vanellus chilensis,Southern Lapwing,aquatic,145,5,3,90,0,0,10,0,0,0,0,0,0,0,20,80,0,0,0,0,0,327 +Vireo leucophrys,Vireo leucophrys,Brown-capped Vireo,landbird,119,15,1,90,0,0,0,0,0,10,0,0,0,0,0,0,10,30,60,0,0,12.3 +Vireo olivaceus,Vireo olivaceus,Red-eyed Vireo,landbird,6,5,1,55,0,0,0,0,0,45,0,0,0,0,0,0,0,20,80,0,0,16.06 +Volatinia jacarina,Volatinia jacarina,Blue-black Grassquit,landbird,60,4,3,10,0,0,0,0,0,10,0,80,0,0,0,100,0,0,0,0,0,10 +Xenops rutilans,Xenops rutilans,Streaked Xenops,landbird,15,9,1,100,0,0,0,0,0,0,0,0,0,0,0,0,20,80,0,0,0,11.2 +Xiphocolaptes promeropirhynchus,Xiphocolaptes promeropirhynchus,Strong-billed Woodcreeper,landbird,4,14,2,90,10,0,0,0,0,0,0,0,0,0,0,0,40,60,0,0,0,93.04 +Xiphorhynchus susurrans,Xiphorhynchus susurrans,Cocoa Woodcreeper,landbird,12,13,2,90,10,0,0,0,0,0,0,0,0,0,0,0,33,33,33,0,0,46.72 +Xiphorhynchus triangularis,Xiphorhynchus triangularis,Olive-backed Woodcreeper,landbird,3,12,1,100,0,0,0,0,0,0,0,0,0,0,0,0,0,100,0,0,0,46.3 +Zenaida auriculata,Zenaida auriculata,Eared Dove,landbird,72,4,3,0,0,0,0,0,0,0,0,100,0,0,0,20,20,40,20,0,0,110.2 +Zentrygon frenata,Zentrygon frenata,White-throated Quail-dove,landbird,4,11,1,30,0,0,0,0,0,30,0,40,0,0,0,100,0,0,0,0,0,307 +Zimmerius chrysops,Zimmerius chrysops,Golden-faced Tyrannulet,landbird,432,8,3,60,0,0,0,0,0,40,0,0,0,0,0,0,0,0,100,0,0,10.4 +Zonotrichia capensis,Zonotrichia capensis,Rufous-collared Sparrow,landbird,324,5,3,70,0,0,0,0,0,0,0,30,0,0,0,100,0,0,0,0,0,20.31 diff --git a/R/BFI/species_data_4_bfi.xlsx b/R/BFI/species_data_4_bfi.xlsx new file mode 100644 index 0000000..62ce565 Binary files /dev/null and b/R/BFI/species_data_4_bfi.xlsx differ diff --git a/R/BFI/species_detect_diet_acad_forage_trait_data_011124.xlsx b/R/BFI/species_detect_diet_acad_forage_trait_data_011124.xlsx new file mode 100644 index 0000000..116a7d6 Binary files /dev/null and b/R/BFI/species_detect_diet_acad_forage_trait_data_011124.xlsx differ diff --git a/R/BFI/species_detect_diet_acad_forage_trait_data_011124v2.xlsx b/R/BFI/species_detect_diet_acad_forage_trait_data_011124v2.xlsx new file mode 100644 index 0000000..d4105ca Binary files /dev/null and b/R/BFI/species_detect_diet_acad_forage_trait_data_011124v2.xlsx differ diff --git a/R/BFI/species_table.csv b/R/BFI/species_table.csv new file mode 100644 index 0000000..4a0b431 --- /dev/null +++ b/R/BFI/species_table.csv @@ -0,0 +1,243 @@ +species,detect_p_dist,detect_p_nmix,detect_p_comb,n_counted +Zimmerius chrysops,0.0973741027853095,0.12727804271308654,0.012393585213457101,432 +Tyrannus melancholicus,0.1384473443046294,0.12864445325509238,0.01781048291268858,326 +Zonotrichia capensis,0.10782832465846884,0.13201828903777513,0.014235310931220794,324 +Troglodytes aedon,0.09798684818351862,0.13716749810828888,0.013440610812849979,283 +Tiaris olivaceus,0.10497532350447786,0.12833265795274149,0.013471762284778541,217 +Sporophila nigricollis,0.11492248660448952,0.1447740822097381,0.01663779752342589,185 +Icterus chrysater,0.11890358634804771,0.1345298294308535,0.01599607919011962,182 +Stilpnia vitriolina,0.11601328587683458,0.1421354753947342,0.016489603540209088,168 +Thamnophilus multistriatus,0.08354721256259087,0.11088580630735191,0.009264200029734609,167 +Thraupis episcopus,0.08111253704272892,0.11097884664089475,0.009001775809118907,167 +Vanellus chilensis,0.0797619992439715,0.14282194718024793,0.011391764043013472,145 +Ortalis columbiana,0.09142581861414785,0.11421503279075622,0.010442202870936628,144 +Synallaxis azarae,0.11201720808167948,0.128046993751062,0.014343466743246222,130 +Vireo leucophrys,0.10809714812231316,0.13859809841028564,0.014982059173327584,119 +Momotus aequatorialis,0.11898739272026564,0.1519280514852418,0.018077522727299202,117 +Pheugopedius mystacalis,0.1753441846736955,0.1399389361083781,0.024537478656027924,116 +Bubulcus ibis,0.11059026217205432,0.12285635747287438,0.013586716782428803,114 +Myiozetetes cayanensis,0.08353915134592764,0.11701254621546725,0.009775128807666272,108 +Turdus ignobilis,0.08846929442723057,0.11760310503883932,0.0104042637252376,95 +Crotophaga ani,0.1619144597240563,0.14171158883012577,0.022945155342067425,86 +Rupornis magnirostris,0.14503254097294402,0.13405241931648532,0.01944196299704043,77 +Saltator striatipectus,0.10087424085743969,0.12925527808837453,0.01303852805398204,75 +Sicalis flaveola,0.1350798852013153,0.13096085703213728,0.01769017753376697,74 +Zenaida auriculata,0.09238964731119712,0.11536451886660626,0.010658487210311698,72 +Setophaga fusca,0.16525779030413537,0.11785122375995054,0.019475832823207643,68 +Tangara gyrola,0.10843820739028695,0.1373956404925972,0.014898936958257563,67 +Ramphocelus flammigerus,0.10101410399307843,0.136067352180168,0.013744721663190317,66 +Henicorhina leucophrys,0.08375820642340388,0.12584944303302353,0.010540923627830392,64 +Stilpnia heinei,0.15445411948681587,0.12766817090043092,0.019718874922918385,64 +Columbina talpacoti,0.09618308812870265,0.11996575135747103,0.011538676435241665,61 +Stilpnia cyanicollis,0.15121691941425433,0.13710586124367669,0.020732725970906994,61 +Elaenia flavogaster,0.08873916173778551,0.13999429192364204,0.012422976113378831,60 +Volatinia jacarina,0.09250983787591358,0.13915493081929148,0.012873200089726623,60 +Thraupis palmarum,0.17160854278688578,0.11973157244481734,0.020546960672837553,59 +Myioborus miniatus,0.14698495795253422,0.1478001398486432,0.021724397341031498,58 +Camptostoma obsoletum,0.129045518860794,0.13014382090822973,0.016794476895628754,54 +Spinus psaltria,0.134974751879748,0.13937569980918765,0.018812200499811343,54 +Daptrius chimachima,0.08490266429673957,0.14032555042288747,0.011914013099809615,53 +Colaptes rubiginosus,0.10972107067774053,0.11830359819600447,0.012980397459094824,52 +Forpus conspicillatus,0.08026724396833997,0.1260983318445809,0.01012156556616967,52 +Atlapetes albinucha,0.11414821153454531,0.14153251984011,0.016155684013726107,50 +Turdus fuscater,0.13045174046671995,0.14330508118878074,0.018694397258801055,49 +Pitangus sulphuratus,0.1272497644267304,0.12742934259191072,0.01621535382587376,47 +Synallaxis albescens,0.10791067183697442,0.13695827586198936,0.014779259561900949,47 +Cyanocorax affinis,0.08844691962804127,0.14369931021587623,0.012709761341268574,46 +Tangara arthus,0.11453275750063517,0.1335248698233024,0.01529297153577617,46 +Crypturellus soui,0.09862599416687721,0.13502139673327135,0.013316619486619235,44 +Pionus chalcopterus,0.13559642234246086,0.13098579831455454,0.017761205629124734,44 +Basileuterus tristriatus,0.08409714461069817,0.1327184142923873,0.011161239679249445,38 +Dryocopus lineatus,0.08404771045407991,0.11461335644758491,0.00963299019687687,37 +Melanerpes formicivorus,0.1899901920766181,0.14800219266682674,0.028118965012531052,36 +Theristicus caudatus,0.11472876459699423,0.11396617131658396,0.013075198041001077,35 +Stelgidopteryx ruficollis,0.09415237271063961,0.1349008591431927,0.012701235969035374,34 +Amazilia tzacatl,0.06706255500779369,0.1308338309198187,0.00877405098294072,33 +Tapera naevia,0.12849590814977296,0.13254890026991958,0.017031991314437004,33 +Myiodynastes hemichrysus,0.16838209696116466,0.1512518024677772,0.025468095668680184,32 +Patagioenas fasciata,0.20095438001119853,0.13390162229704183,0.02690811749119572,32 +Cyanocorax yncas,0.10108813472451336,0.14008510056741436,0.014160941519055786,30 +Leptopogon superciliaris,0.10538494231028833,0.13020268806208893,0.01372140277006771,27 +Myadestes ralloides,0.1570658532126605,0.143479940302003,0.022535799242435695,26 +Todirostrum cinereum,0.12295109614318087,0.139719078690332,0.017178613877091665,25 +Chlorophanes spiza,0.0946304909369765,0.12422412413575545,0.01175538985318245,24 +Sayornis nigricans,0.13299149884814046,0.13616696150556915,0.018109048304222684,24 +Tangara nigroviridis,0.2737427071127714,0.1425260954126835,0.03901547919248113,24 +Icterus nigrogularis,0.09652927906933124,0.12144128977425553,0.011722640151158635,23 +Phimosus infuscatus,0.1664977038827956,0.12375685842889375,0.02060523276815901,23 +Saucerottia saucerottei,0.10656287971923524,0.13730588592177045,0.01463171060622466,23 +Aulacorhynchus albivitta,0.15836769567429523,0.1274554094002707,0.020184819487944778,22 +Aulacorhynchus haematopygus,0.0865165232621593,0.13557519725571385,0.011729494707145804,22 +Serpophaga cinerea,0.10684988098529553,0.12831363990471137,0.013710297152608478,22 +Tangara vassorii,0.17757040116688624,0.13619470187797805,0.024184147849277037,22 +Piranga rubra,0.08701711698361154,0.11685450528084283,0.010168342156085154,21 +Coereba flaveola,0.08195462735091365,0.11423643258234945,0.00936220426218422,20 +Habia cristata,0.14424304369858398,0.13548219583436807,0.019542364294116866,20 +Henicorhina leucosticta,0.10190902447026438,0.12595547955182068,0.012836000047810379,20 +Molothrus bonariensis,0.12708359955700038,0.1427884493135637,0.018146070113929973,20 +Pyrocephalus rubinus,0.08356201279133602,0.1245678882255203,0.010409143469290642,20 +Amazona mercenarius,0.07368141329378088,0.13997845718165547,0.010313810555827366,19 +Myiothlypis fulvicauda,0.17188573268487523,0.13729925454993827,0.02359978296540333,19 +Saltator atripennis,0.16565091813463076,0.13703174653349373,0.02269943462686524,19 +Sporophila luctuosa,0.2246603001921587,0.13264096274333145,0.029799158507693786,19 +Contopus virens,0.08043939547716086,0.11442817900721475,0.009204533544892703,18 +Arremon brunneinucha,0.1110885789141355,0.12540104994405746,0.013930624432625873,17 +Coragyps atratus,0.07809604722344902,0.12488445332480028,0.009752982164328218,17 +Myiopagis viridicata,0.18622435597204712,0.15342659609035103,0.028571769045909023,17 +Tangara labradorides,0.22966591254080249,0.1329496344459137,0.030533999116986878,17 +Mionectes striaticollis,0.13871264409717066,0.13725981473483914,0.019039671830157322,16 +Ramphocelus dimidiatus,0.10133964993567071,0.14003274237150498,0.014190869091460279,16 +Contopus cooperi,0.11750789576248709,0.12720487345514334,0.014947577010447344,15 +Dysithamnus mentalis,0.07508987752103209,0.13286816005524424,0.009977053864993179,15 +Pachyramphus polychopterus,0.17822024758572788,0.12227171612436373,0.021791295520415938,15 +Xenops rutilans,0.07596105107183838,0.11137034870162854,0.008459808745612855,15 +Anthracothorax nigricollis,0.14568119213804676,0.13685958799030162,0.019937867933949048,14 +Chamaepetes goudotii,0.11602048453648686,0.14213157878469823,0.016490174638536546,14 +Legatus leucophaius,0.31386020415956156,0.12882367322776123,0.040432624379849784,14 +Sporophila schistacea,0.0961221041906387,0.132956953187287,0.012780102107138274,14 +Synallaxis brachyura,0.11182805127171938,0.13432131177889445,0.015020890540494812,14 +Anisognathus somptuosus,0.12449500835858551,0.1259760922490901,0.01568339465753241,13 +Dryobates fumigatus,0.1111304904962174,0.120822945234632,0.013427113167122267,13 +Piaya cayana,0.09653329192169692,0.12374706683275567,0.011945711727020141,13 +Setophaga pitiayumi,0.15322850114749112,0.1307418753869004,0.02003338160274681,13 +Chlorophonia cyanocephala,0.10380809312011917,0.13151418405137283,0.013652236664621401,12 +Chlorostilbon melanorhynchus,0.10591394435505594,0.12943051776235573,0.013708496656128224,12 +Phaethornis guy,0.10776591950228209,0.12647571065171095,0.013629771253086205,12 +Picumnus granadensis,0.12468238790476278,0.12975038057178714,0.01617758728124216,12 +Sporathraupis cyanocephala,0.10087283268546661,0.13445781042663013,0.013563140214419648,12 +Sporophila intermedia,0.13593101921196887,0.13714008669889302,0.018641591759798303,12 +Xiphorhynchus susurrans,0.0812889944822313,0.11326373544283813,0.009207095165449774,12 +Basileuterus culicivorus,0.14855847019499718,0.1373576803118361,0.020405646856659854,11 +Molothrus oryzivorus,0.13042910453785617,0.14484336953031096,0.018891790986084258,11 +Tachyphonus rufus,0.12158665030857353,0.13576284648860074,0.016506949740906048,11 +Catharus ustulatus,0.13154668109849377,0.1356174025928143,0.017840019210282984,10 +Euphonia laniirostris,0.1926348016167671,0.13509885570720767,0.026024741267810195,10 +Pachyramphus rufus,0.18197199409391474,0.1340768431378753,0.024398230507616175,10 +Cardellina canadensis,0.15512094114178862,0.13898953250424986,0.02156018709091646,9 +Euphonia xanthogaster,0.17033080992928692,0.14226479358691335,0.024232077516081776,9 +Spinus xanthogastrus,0.126966555821001,0.13897423356112137,0.017645079783118946,9 +Atlapetes flaviceps,0.1607436985397148,0.13080089360122404,0.02102541940976047,8 +Phaethornis syrmatophorus,0.15817646648761868,0.13836117718467375,0.02188548210613902,8 +Colibri coruscans,0.17180408997387256,0.13703871377840998,0.02354381151188972,7 +Pionus menstruus,0.13757336844340415,0.142824274888458,0.01964881659189187,7 +Pygochelidon cyanoleuca,0.08123273995595243,0.12096080140045902,0.009825977325027093,7 +Colaptes punctigula,0.09484376444550409,0.11701582394603213,0.011098221242734048,6 +Contopus sordidulus,0.08642238558060691,0.1271417727253222,0.010987895305869686,6 +Cranioleuca erythrops,0.1350800914768095,0.12809916369987515,0.01730364675068193,6 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varia,0.14170134675543594,0.13866088664361775,0.019648434379703476,5 +Myioborus ornatus,0.14669635731185673,0.15829019241481693,0.02322059462544654,5 +Pheucticus ludovicianus,0.18722732369253656,0.13430973546380393,0.025146452316740574,5 +Piranga flava,0.12625442887503968,0.131484839824739,0.016600543357798495,5 +Psittacara wagleri,0.09724902039903037,0.124623195175005,0.012119483649766404,5 +Pyrrhomyias cinnamomeus,0.07727468708757931,0.1290115009514535,0.00996932336672251,5 +Uranomitra franciae,0.07380514550359427,0.13557145385398625,0.010005870877827271,5 +Buteo platypterus,0.1562104804780725,0.13258124475822614,0.020710579946063436,4 +Chrysuronia grayi,0.08040000330905904,0.11209912322089978,0.009012769877902959,4 +Diglossa cyanea,0.10360015509008469,0.13772094066484333,0.01426791081203012,4 +Empidonax virescens,0.14041989197353372,0.13789340290179355,0.01936297673933281,4 +Melanerpes rubricapillus,0.24414369733728902,0.14427939705143605,0.035224905445732355,4 +Setophaga ruticilla,0.10631296547837633,0.12875572848968664,0.013688403318067251,4 +Sporophila minuta,0.1274230861744151,0.13704267468440365,0.017462400545883102,4 +Xiphocolaptes promeropirhynchus,0.08725106625807046,0.12476992434309413,0.010886308935873744,4 +Zentrygon frenata,0.14933157166180863,0.11945914164525313,0.017839021371256265,4 +Adelomyia melanogenys,0.06133984954924667,0.12602368595827496,0.007730273936322096,3 +Atlapetes schistaceus,0.0730270499801394,0.12563542228890173,0.009174784262767546,3 +Catharus aurantiirostris,0.1173837767949006,0.13964304302489983,0.01639182779339554,3 +Dorifera ludoviceae,0.08002372534597156,0.1306796507096431,0.010457472476695977,3 +Florisuga mellivora,0.08678689205284032,0.13423643926113174,0.011649963363713496,3 +Geotrygon montana,0.09214003546674981,0.13276470819043087,0.012232944921398991,3 +Hemithraupis guira,0.16988006725463844,0.12037396023268791,0.020449136460036196,3 +Hemitriccus granadensis,0.08584259886566159,0.11356140529463513,0.009748406161328181,3 +Leptotila verreauxi,0.39978342783212323,0.13111852736412657,0.05241901432193057,3 +Merganetta armata,0.293702973054057,0.14776449100974812,0.0433988703213825,3 +Mionectes oleagineus,0.11284087795331837,0.13401437612470984,0.015122299860278488,3 +Myiarchus tuberculifer,0.1963567458297692,0.15172615186644478,0.02979245343776846,3 +Pipreola riefferii,0.1247399088733788,0.11608837254768832,0.01448085301285749,3 +Premnoplex brunnescens,0.09329761587473845,0.11224631776785517,0.010472313838459181,3 +Schistes albogularis,0.1493090449561445,0.13676892527377316,0.020420837612305363,3 +Scytalopus spillmanni,0.09272801320111906,0.12041554632799645,0.011165894369522419,3 +Sporophila sp,0.11147454065041965,0.13691832735599463,0.015262907648633287,3 +Tangara xanthocephala,0.2003230930478153,0.14145839502828048,0.028337383229644842,3 +Taraba major,0.18665612821099972,0.13290305687479873,0.02480717002365622,3 +Trogon collaris,0.16241373395076314,0.14114113147248922,0.022923258176482546,3 +Xiphorhynchus triangularis,0.10895412971325638,0.11837126727353034,0.012897038408842765,3 +Campephilus pollens,0.10977597683262345,0.12808683645093347,0.014060857590801702,2 +Chalcothraupis ruficervix,0.15071775905372764,0.13971699960709844,0.02105783308249242,2 +Chlorornis riefferii,0.13035651760333195,0.13554186962656162,0.017668766113963404,2 +Chlorospingus flavopectus,0.12100531149962516,0.12124734420157225,0.014671572653613522,2 +Contopus fumigatus,0.08911806773591932,0.11782830358372262,0.010500630739982657,2 +Dendrocincla fuliginosa,0.09707358804243696,0.1283743776902219,0.01246176145510481,2 +Dendrocincla tyrannina,0.08210471678302209,0.13525341349304415,0.011104943208783368,2 +Diglossa albilatera,0.07099818397629888,0.13557099886343607,0.009625294719156841,2 +Diglossa sittoides,0.126019203340739,0.13858230536635244,0.017464031719390753,2 +Dryobates kirkii,0.1423404695101513,0.12689143834544894,0.01806178691090962,2 +Dubusia taeniata,0.09483156764128209,0.12701970772324747,0.012045478004733023,2 +Glyphorynchus spirurus,0.08576872568372655,0.12484046083402663,0.010707407239503638,2 +Lepidocolaptes lacrymiger,0.16523784544353512,0.12978365119686122,0.021445170897564626,2 +Lophotriccus pileatus,0.15658047480643394,0.12983898049211295,0.020330249213838362,2 +Loriotus luctuosus,0.1661859820233562,0.1427661287977899,0.023725729313933668,2 +Mionectes galbinus,0.16501036205035474,0.14225173539249916,0.023473010359407548,2 +Myiarchus apicalis,0.17100286081908572,0.15338081402733109,0.02622855799343377,2 +Myiarchus cephalotes,0.1543560024821887,0.15058200736219798,0.02324323670217239,2 +Myiothlypis nigrocristata,0.18831968751343828,0.1393469361742449,0.02624177147628883,2 +Myiotriccus ornatus,0.08248570471352074,0.11167857471102587,0.009211885936440544,2 +Nesotriccus incomta,0.07692120304586647,0.11303579795781489,0.008694849566164618,2 +Pachysylvia semibrunnea,0.30195873998367007,0.13693982819808406,0.041350177976273716,2 +Parkesia noveboracensis,0.3619786424407906,0.13480178470608548,0.04879536702650455,2 +Philodice mitchellii,0.07671366505691846,0.11976749748386818,0.009187803686682788,2 +Pipraeidea melanonota,0.15872461085736567,0.13223439002811324,0.02098885209917339,2 +Pseudocolaptes boissonneautii,0.0753300785880068,0.11653330498867868,0.008778463022917331,2 +Rupicola peruviana,0.11602992971349013,0.14311355536320697,0.016605455769840582,2 +sporophila minuta,0.2333077849206901,0.14357121896680855,0.033496283075509475,2 +TIARIS olivaceus,0.13761493001201083,0.13269716161412104,0.018261110608319756,2 +Trogon personatus,0.1402963754160217,0.14100930754295443,0.019783094748199594,2 +Anabacerthia striaticollis,0.1058868391967072,0.14142975655739173,0.014975549890221984,1 +Atlapetes latinuchus,0.16291387157500004,0.1437882439956551,0.023425099516302925,1 +Boissonneaua flavescens,0.09535836412988036,0.1373416766189129,0.01309667760923457,1 +Campephilus melanoleucos,0.11708703804479409,0.12343427893371267,0.01445255411354334,1 +Chalybura buffonii,0.10199125653088857,0.136997900147459,0.013972587978132547,1 +Chlorophonia cyanea,0.09647517132572811,0.13391590481385482,0.012919559860156542,1 +Chlorophonia phyrrophrys,0.10815481361698485,0.1416852153703696,0.015323938060664682,1 +Chlorospingus canigularis,0.12548288485982428,0.13672655281475543,0.017156842284134638,1 +Cinclus leucocephalus,0.09431597793592533,0.1164682672811751,0.010984818527126764,1 +Coccyzus melacoryphus,0.15663361679369653,0.12974710098501444,0.020322757695779795,1 +Dacnis hartlaubi,0.08039679043587467,0.1335137253246254,0.01073407499523684,1 +Dendrocolaptes picumnus,0.08091590698817101,0.12441798083953207,0.01006739376526762,1 +Dryobates dignus,0.1781485122721239,0.1327798852879805,0.023654539023716992,1 +Entomodestes coracinus,0.08337123145321894,0.13418828048442272,0.011187442190576269,1 +Eubucco bourcierii,0.1283810162499807,0.1358743363165046,0.01744368537860452,1 +Eucometis penicillata,0.14113679200505924,0.13445824131244732,0.01897700483748094,1 +Falco sparverius,0.15072311242510206,0.14362666375113642,0.021647857787804866,1 +Formicarius rufipectus,0.10915264014773815,0.13978594865854552,0.01525800535163642,1 +Heliomaster longirostris,0.07684053502925016,0.11525904355265691,0.008856566573545803,1 +Leiothlypis peregrina,0.12379383329395001,0.12765839681872312,0.015803322294349928,1 +Lepidocolaptes souleyetii,0.09295977230857186,0.11570617020537301,0.010756019236988336,1 +Myiophobus flavicans,0.12647398399001372,0.14058785530378448,0.017780706160881204,1 +Nyctibius griseus,0.08283900290975284,0.11913750334229065,0.009869231986032703,1 +Pachyramphus versicolor,0.22237767496918198,0.13969980385840988,0.03106611757568395,1 +Patagioenas cayennensis,0.2030729182894316,0.13071364580991648,0.026544401514870874,1 +Pionus tumultuosus,0.15556030142008603,0.13079804933003253,0.02034698397893914,1 +Poecilotriccus ruficeps,0.08820316677643672,0.11632683827354295,0.010260395516816892,1 +Pogonotriccus ophthalmicus,0.10613535721173462,0.12177837246492376,0.012924991062228351,1 +Pogonotriccus poecilotis,0.11190431638913079,0.12867827479289012,0.01439965437483109,1 +Polioptila plumbea,0.12968261317331536,0.13604351791106287,0.017642478907997364,1 +Premnornis guttuliger,0.09086050563218023,0.12296093226920721,0.011172292478984434,1 +Setophaga petechia,0.2313067218262913,0.13373287510343568,0.030933312940580555,1 +Setophaga striata,0.09513750022104586,0.12696489214001125,0.012079122454035383,1 +Sphenopsis melanotis,0.21211331074153172,0.14474889125363402,0.030703166549974258,1 +Streptoprocne rutila,0.09703338078158283,0.12373008179480156,0.01200594814093137,1 +Syndactila subalaris,0.12599311365481003,0.13658656199252733,0.017208966228844252,1 +Thripadectes holostictus,0.09658106278098355,0.12010028659244393,0.011599413319398944,1 +Thripadectes virgaticeps,0.12071267471130785,0.12484248472044622,0.015070070248210646,1 +Vireo sp,0.08422377200003053,0.14054918197100086,0.011837582257116378,1 diff --git a/R/BFI/~$species_data_4_bfi.xlsx b/R/BFI/~$species_data_4_bfi.xlsx new file mode 100644 index 0000000..4ad7647 Binary files /dev/null and b/R/BFI/~$species_data_4_bfi.xlsx differ diff --git a/R/BFI_ParitaBay_v1.html b/R/BFI_ParitaBay_v1.html new file mode 100644 index 0000000..cf1c73f --- /dev/null +++ b/R/BFI_ParitaBay_v1.html @@ -0,0 +1,1787 @@ + + + + + + + + + + + + +BFI per site, Parita Bay, Panama + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
+ +
+ +
+
+

BFI per site, Parita Bay, Panama

+
+ + + +
+ +
+
Authors
+
+

Diego J. Lizcano

+

Jorge Velásquez-Tibata

+
+
+ +
+
Published
+
+

May 9, 2024

+
+
+ + +
+ + + +
+ + +
+

Question

+

Can we use abundance to calculate Bird Friendliness Index (BFI) ?

+
+
+

Set up analysis

+

Load libraries and set some options.

+
+
+Code +
# set up
+library(cluster)
+library(NbClust)
+library(vegan)
+library(unmarked)
+library(mgcv)
+library(mgcViz)
+library(tidyverse)
+library(gt)
+library(lubridate)
+library(stringr)
+library(readxl)
+
+library(DT)
+library(kableExtra)
+
+# setwd("C:/CodigoR/AudubonPanama/R/BFI")
+
+options(scipen=99999)
+options(max.print=99999)
+options(stringsAsFactors=F)
+
+
+
+
+Code +

+attributes <- read_excel("C:/CodigoR/AudubonPanama/data/species_data_4_bfi.xlsx", sheet = "attributes")
+abundance <- read_excel("C:/CodigoR/AudubonPanama/data/species_data_4_bfi.xlsx", sheet = "abundance_result")
+
+
+
+
+

Steps to calculate BFI

+

We join the different data tables and calculate BFI components per count site.

+

Using the functional traits we calculate clusters and assign each species to a group.

+
+
+Code +

+# diss matirx
+
+print(names(attributes))
+#>  [1] "sp"                              "Scientific Name (ACAD taxonomy)"
+#>  [3] "Scientific Name (Elton traits)"  "Group"                          
+#>  [5] "CCS_max"                         "Diet-Inv"                       
+#>  [7] "Diet-Vend"                       "Diet-Vect"                      
+#>  [9] "Diet-Vfish"                      "Diet-Vunk"                      
+#> [11] "Diet-Scav"                       "Diet-Fruit"                     
+#> [13] "Diet-Nect"                       "Diet-Seed"                      
+#> [15] "Diet-PlantO"                     "ForStrat-watbelowsurf"          
+#> [17] "ForStrat-wataroundsurf"          "ForStrat-ground"                
+#> [19] "ForStrat-understory"             "ForStrat-midhigh"               
+#> [21] "ForStrat-canopy"                 "ForStrat-aerial"                
+#> [23] "Nocturnal"                       "BodyMass-Value"
+
+d_gower <- daisy(attributes[,-c(1,2,3,4,5)], # remove some columns
+                 metric="gower", stand=TRUE,
+                 weights=c(rep(3/9/10, 10), 
+                           rep(3/9/8, 8),
+                           rep(3/9/1, 1))) # pesos por atributo son 19
+# clusters
+clust <- NbClust(diss=d_gower, distance=NULL, method="ward.D", 
+                index="frey") # silhouette before
+#> 
+#>  Only frey, mcclain, cindex, sihouette and dunn can be computed. To compute the other indices, data matrix is needed
+# best clusters
+inddf <- attributes %>% select(sp) %>% 
+  mutate(func_spec=clust$Best.partition) %>% 
+  arrange(func_spec)
+
+# write.csv (inddf %>% left_join(d4 %>% distinct(species, eng_name)),
+#           "func_species_groupings.csv", row.names=F)
+
+# see table
+gt(inddf) %>% 
+  tab_header(
+    title = md("Funtional group **Parita birds**")#,
+    # subtitle = md("`gtcars` is an R dataset")
+  ) |> opt_interactive()
+
+
+
+ +
+
Funtional group Parita birds
+
+
+
+ +
+
+
+
+

The first component is the product of the species abundance and conservation score.

+
+
+Code +
# join functional species and conservation scores to max counts (mean)
+score_wt_counts <- abundance   %>% left_join(attributes) %>% left_join(inddf) %>% 
+  mutate(count_score=mean*CCS_max) %>% 
+  select(site, count_score) %>% 
+  group_by(site) %>% 
+  summarise(tot_wt_count=sum(count_score)) %>% 
+  ungroup()
+
+# DT::datatable(score_wt_counts)
+
+
+
+
+

A second component is the Shannon diversity of functional groups.

+
+
+Code +

+# # waterbird
+# # join functional species and conservation scores to max counts
+# score_wt_counts_wb <-  abundance   %>% left_join(attributes) %>% left_join(inddf) %>% 
+#   filter(Group=="waterbird") %>% 
+#   mutate(count_score=mean*CCS_max) %>% 
+#   # select(farm, pc_station_id, month_id, count_score) %>% 
+#   group_by(site) %>% 
+#   summarise(tot_wt_count_wb=sum(count_score)) %>% 
+#   ungroup()
+# 
+#   
+# calc shannon, exchange max_count by mean
+shan_div <- abundance   %>% left_join(attributes) %>% left_join(inddf) %>% 
+  select(site, func_spec, mean) %>% 
+  group_by(site, func_spec) %>% 
+  summarise(tot_count=sum(mean)) %>% 
+  ungroup() %>% 
+  group_by(site) %>% 
+  summarise(shan=diversity(tot_count)) %>% 
+  ungroup() %>% 
+  mutate(shan=ifelse(shan==0, min(shan[shan!=0]), shan))
+
+# # calc shannon waterbirds
+# shan_div_wb <- abundance   %>% left_join(attributes) %>% left_join(inddf) %>% 
+#   filter(Group=="waterbird") %>% 
+#   # select(farm, pc_station_id, month_id, func_spec, max_count) %>% 
+#   group_by(site, func_spec) %>% 
+#   summarise(tot_count=sum(mean)) %>% 
+#   ungroup() %>% 
+#   group_by(site) %>% 
+#   summarise(shan_wb=diversity(tot_count)) %>% 
+#   ungroup() %>% 
+#   mutate(shan_wb=ifelse(shan_wb==0, min(shan_wb[shan_wb!=0]), shan_wb))
+
+# DT::datatable(shan_div)
+
+
+
+
+

BFI

+

Once the components are done, BFI are calculated for each site and presented as scaled by plogis and scale with mean = 0

+
+
+Code +

+# merge to bfi table
+bfi_site <- score_wt_counts %>% left_join(shan_div) %>% 
+  mutate(bfi_unscaled=tot_wt_count*shan,  bfi_scaled_plogis=plogis(as.numeric(scale(bfi_unscaled))),
+         bfi_scaled_scale=scale(as.numeric(scale(bfi_unscaled))) ) # %>% 
+  #left_join(score_wt_counts_wb) %>% 
+  #left_join(shan_div_wb) %>% 
+  # rename(month=month_id, station=pc_station_id) %>% 
+  # mutate(bfi_wb_unscaled=tot_wt_count_wb*shan_wb, 
+  #       bfi_wb_scaled=plogis(as.numeric(scale(bfi_wb_unscaled))))
+
+
+
+# see table
+# kbl(bfi_site)
+# kable(bfi_site)
+# see table
+gt(bfi_site) %>% 
+  tab_header(
+    title = md("Bird Friendliness Index **Parita sites**")#,
+    # subtitle = md("`gtcars` is an R dataset")
+  ) # |> opt_interactive()
+
+
+
+
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Bird Friendliness Index Parita sites
sitetot_wt_countshanbfi_unscaledbfi_scaled_plogisbfi_scaled_scale
Parita_01_BayanoAvispa_031332.9230.5495110732.45570.21873900-1.27303004
Parita_01_BayanoLasTablas_041803.9230.5250362947.12480.773226591.22662081
Parita_01_ElAgallito_051715.1050.5301453909.25490.686897900.78565633
Parita_01_ElReten_071657.7730.5158807855.21280.539015180.15637862
Parita_01_EsteroCamaron_131587.7140.5497024872.77050.589239740.36082339
Parita_01_HondaSalada_011845.6040.5071854936.06350.749851551.09782073
Parita_01_LasPalmitas_141411.2330.6011166848.31560.519007310.07606591
Parita_01_LosAzules_121575.2550.5304803835.64150.48212925-0.07151345
Parita_01_LosPalacios_061693.1080.5341873904.43670.674706890.72955171
Parita_01_LosPalacios_101823.2750.5029117916.94650.705830430.87521868
Parita_01_LosPalacios_111716.5730.5219536895.97140.652711660.63098007
Parita_01_Mamoni_081612.3810.5114779824.69700.45042486-0.19895422
Parita_01_Nanzal_091265.0060.5515041697.65600.15732795-1.67824534
Parita_01_PenonHonda_021548.6950.5405983837.22170.48672468-0.05311374
Parita_01_Sarigua_151510.3390.5352787808.45220.40417207-0.38811122
Parita_01_Sarigua_161146.0960.5639216646.30830.09311771-2.27614824
+ +
+
+
+
+
+
+ +
+ + +
+ + + + + \ No newline at end of file diff --git a/R/BFI_ParitaBay_v1.qmd b/R/BFI_ParitaBay_v1.qmd new file mode 100644 index 0000000..552ed1f --- /dev/null +++ b/R/BFI_ParitaBay_v1.qmd @@ -0,0 +1,203 @@ +--- +title: "BFI per site, Parita Bay, Panama" +date: "`r Sys.Date()`" +author: + - name: Diego J. Lizcano + orcid: https://orcid.org/0000-0002-9648-0576 + - name: Jorge Velásquez-Tibata + orcid: https://orcid.org/0000-0002-7773-7348 +license: CC BY-SA +toc: true +format: + html: + theme: cosmo + code-fold: true + code-block-bg: "gray70" +--- + +```{r setup, include=FALSE} +knitr::opts_chunk$set( + collapse = TRUE, + comment = "#>", + dev = "png", + dev.args = list(type = "cairo-png"), + fig.width = 7, + fig.height = 5, + fig.align = "center", + eval = TRUE, + echo = TRUE, + warning = FALSE, + error = FALSE, + message = FALSE, + cache=TRUE) +``` + +## Question + +Can we use abundance to calculate Bird Friendliness Index (BFI) ? + +## Set up analysis + +Load libraries and set some options. + +```{r set_up} +# set up +library(cluster) +library(NbClust) +library(vegan) +library(unmarked) +library(mgcv) +library(mgcViz) +library(tidyverse) +library(gt) +library(lubridate) +library(stringr) +library(readxl) + +library(DT) +library(kableExtra) + +# setwd("C:/CodigoR/AudubonPanama/R/BFI") + +options(scipen=99999) +options(max.print=99999) +options(stringsAsFactors=F) +``` + +```{r} + +attributes <- read_excel("C:/CodigoR/AudubonPanama/data/species_data_4_bfi.xlsx", sheet = "attributes") +abundance <- read_excel("C:/CodigoR/AudubonPanama/data/species_data_4_bfi.xlsx", sheet = "abundance_result") + + +``` + +## Steps to calculate BFI + +We join the different data tables and calculate BFI components per count site. + +Using the functional traits we calculate clusters and assign each species to a group. + +```{r} + +# diss matirx + +print(names(attributes)) + +d_gower <- daisy(attributes[,-c(1,2,3,4,5)], # remove some columns + metric="gower", stand=TRUE, + weights=c(rep(3/9/10, 10), + rep(3/9/8, 8), + rep(3/9/1, 1))) # pesos por atributo son 19 +# clusters +clust <- NbClust(diss=d_gower, distance=NULL, method="ward.D", + index="frey") # silhouette before +# best clusters +inddf <- attributes %>% select(sp) %>% + mutate(func_spec=clust$Best.partition) %>% + arrange(func_spec) + +# write.csv (inddf %>% left_join(d4 %>% distinct(species, eng_name)), +# "func_species_groupings.csv", row.names=F) + +# see table +gt(inddf) %>% + tab_header( + title = md("Funtional group **Parita birds**")#, + # subtitle = md("`gtcars` is an R dataset") + ) |> opt_interactive() + +``` + + +### The first component is the product of the species abundance and conservation score. + +```{r} +# join functional species and conservation scores to max counts (mean) +score_wt_counts <- abundance %>% left_join(attributes) %>% left_join(inddf) %>% + mutate(count_score=mean*CCS_max) %>% + select(site, count_score) %>% + group_by(site) %>% + summarise(tot_wt_count=sum(count_score)) %>% + ungroup() + +# DT::datatable(score_wt_counts) + +``` + + +### A second component is the Shannon diversity of functional groups. + + +```{r} + +# # waterbird +# # join functional species and conservation scores to max counts +# score_wt_counts_wb <- abundance %>% left_join(attributes) %>% left_join(inddf) %>% +# filter(Group=="waterbird") %>% +# mutate(count_score=mean*CCS_max) %>% +# # select(farm, pc_station_id, month_id, count_score) %>% +# group_by(site) %>% +# summarise(tot_wt_count_wb=sum(count_score)) %>% +# ungroup() +# +# +# calc shannon, exchange max_count by mean +shan_div <- abundance %>% left_join(attributes) %>% left_join(inddf) %>% + select(site, func_spec, mean) %>% + group_by(site, func_spec) %>% + summarise(tot_count=sum(mean)) %>% + ungroup() %>% + group_by(site) %>% + summarise(shan=diversity(tot_count)) %>% + ungroup() %>% + mutate(shan=ifelse(shan==0, min(shan[shan!=0]), shan)) + +# # calc shannon waterbirds +# shan_div_wb <- abundance %>% left_join(attributes) %>% left_join(inddf) %>% +# filter(Group=="waterbird") %>% +# # select(farm, pc_station_id, month_id, func_spec, max_count) %>% +# group_by(site, func_spec) %>% +# summarise(tot_count=sum(mean)) %>% +# ungroup() %>% +# group_by(site) %>% +# summarise(shan_wb=diversity(tot_count)) %>% +# ungroup() %>% +# mutate(shan_wb=ifelse(shan_wb==0, min(shan_wb[shan_wb!=0]), shan_wb)) + +# DT::datatable(shan_div) + +``` + +### BFI + +Once the components are done, BFI are calculated for each site and presented as scaled by plogis and scale with mean = 0 + + +```{r} + +# merge to bfi table +bfi_site <- score_wt_counts %>% left_join(shan_div) %>% + mutate(bfi_unscaled=tot_wt_count*shan, bfi_scaled_plogis=plogis(as.numeric(scale(bfi_unscaled))), + bfi_scaled_scale=scale(as.numeric(scale(bfi_unscaled))) ) # %>% + #left_join(score_wt_counts_wb) %>% + #left_join(shan_div_wb) %>% + # rename(month=month_id, station=pc_station_id) %>% + # mutate(bfi_wb_unscaled=tot_wt_count_wb*shan_wb, + # bfi_wb_scaled=plogis(as.numeric(scale(bfi_wb_unscaled)))) + + + +# see table +# kbl(bfi_site) +# kable(bfi_site) +# see table +gt(bfi_site) %>% + tab_header( + title = md("Bird Friendliness Index **Parita sites**")#, + # subtitle = md("`gtcars` is an R dataset") + ) # |> opt_interactive() + +``` + + diff 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none}.btn-outline-primary{--bs-btn-color: #2780e3;--bs-btn-border-color: #2780e3;--bs-btn-hover-color: #fff;--bs-btn-hover-bg: #2780e3;--bs-btn-hover-border-color: #2780e3;--bs-btn-focus-shadow-rgb: 39, 128, 227;--bs-btn-active-color: #fff;--bs-btn-active-bg: #2780e3;--bs-btn-active-border-color: #2780e3;--bs-btn-active-shadow: inset 0 3px 5px rgba(0, 0, 0, 0.125);--bs-btn-disabled-color: #2780e3;--bs-btn-disabled-bg: transparent;--bs-btn-disabled-border-color: #2780e3;--bs-btn-bg: transparent;--bs-gradient: none}.btn-outline-secondary{--bs-btn-color: #373a3c;--bs-btn-border-color: #373a3c;--bs-btn-hover-color: #fff;--bs-btn-hover-bg: #373a3c;--bs-btn-hover-border-color: #373a3c;--bs-btn-focus-shadow-rgb: 55, 58, 60;--bs-btn-active-color: #fff;--bs-btn-active-bg: #373a3c;--bs-btn-active-border-color: #373a3c;--bs-btn-active-shadow: inset 0 3px 5px rgba(0, 0, 0, 0.125);--bs-btn-disabled-color: #373a3c;--bs-btn-disabled-bg: transparent;--bs-btn-disabled-border-color: #373a3c;--bs-btn-bg: 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#ff0039;--bs-btn-disabled-bg: transparent;--bs-btn-disabled-border-color: #ff0039;--bs-btn-bg: transparent;--bs-gradient: none}.btn-outline-light{--bs-btn-color: #f8f9fa;--bs-btn-border-color: #f8f9fa;--bs-btn-hover-color: #000;--bs-btn-hover-bg: #f8f9fa;--bs-btn-hover-border-color: #f8f9fa;--bs-btn-focus-shadow-rgb: 248, 249, 250;--bs-btn-active-color: #000;--bs-btn-active-bg: #f8f9fa;--bs-btn-active-border-color: #f8f9fa;--bs-btn-active-shadow: inset 0 3px 5px rgba(0, 0, 0, 0.125);--bs-btn-disabled-color: #f8f9fa;--bs-btn-disabled-bg: transparent;--bs-btn-disabled-border-color: #f8f9fa;--bs-btn-bg: transparent;--bs-gradient: none}.btn-outline-dark{--bs-btn-color: #373a3c;--bs-btn-border-color: #373a3c;--bs-btn-hover-color: #fff;--bs-btn-hover-bg: #373a3c;--bs-btn-hover-border-color: #373a3c;--bs-btn-focus-shadow-rgb: 55, 58, 60;--bs-btn-active-color: #fff;--bs-btn-active-bg: #373a3c;--bs-btn-active-border-color: #373a3c;--bs-btn-active-shadow: inset 0 3px 5px rgba(0, 0, 0, 0.125);--bs-btn-disabled-color: #373a3c;--bs-btn-disabled-bg: transparent;--bs-btn-disabled-border-color: #373a3c;--bs-btn-bg: transparent;--bs-gradient: none}.btn-link{--bs-btn-font-weight: 400;--bs-btn-color: #2761e3;--bs-btn-bg: transparent;--bs-btn-border-color: transparent;--bs-btn-hover-color: #1f4eb6;--bs-btn-hover-border-color: transparent;--bs-btn-active-color: #1f4eb6;--bs-btn-active-border-color: transparent;--bs-btn-disabled-color: #868e96;--bs-btn-disabled-border-color: transparent;--bs-btn-box-shadow: 0 0 0 #000;--bs-btn-focus-shadow-rgb: 71, 121, 231;text-decoration:underline;-webkit-text-decoration:underline;-moz-text-decoration:underline;-ms-text-decoration:underline;-o-text-decoration:underline}.btn-link:focus-visible{color:var(--bs-btn-color)}.btn-link:hover{color:var(--bs-btn-hover-color)}.btn-lg,.btn-group-lg>.btn{--bs-btn-padding-y: 0.5rem;--bs-btn-padding-x: 1rem;--bs-btn-font-size:1.25rem;--bs-btn-border-radius: 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auto}.btn-group>.btn-check:checked+.btn,.btn-group>.btn-check:focus+.btn,.btn-group>.btn:hover,.btn-group>.btn:focus,.btn-group>.btn:active,.btn-group>.btn.active,.btn-group-vertical>.btn-check:checked+.btn,.btn-group-vertical>.btn-check:focus+.btn,.btn-group-vertical>.btn:hover,.btn-group-vertical>.btn:focus,.btn-group-vertical>.btn:active,.btn-group-vertical>.btn.active{z-index:1}.btn-toolbar{display:flex;display:-webkit-flex;flex-wrap:wrap;-webkit-flex-wrap:wrap;justify-content:flex-start;-webkit-justify-content:flex-start}.btn-toolbar .input-group{width:auto}.btn-group>:not(.btn-check:first-child)+.btn,.btn-group>.btn-group:not(:first-child){margin-left:calc(1px*-1)}.dropdown-toggle-split{padding-right:.5625rem;padding-left:.5625rem}.dropdown-toggle-split::after,.dropup .dropdown-toggle-split::after,.dropend .dropdown-toggle-split::after{margin-left:0}.dropstart .dropdown-toggle-split::before{margin-right:0}.btn-sm+.dropdown-toggle-split,.btn-group-sm>.btn+.dropdown-toggle-split{padding-right:.375rem;padding-left:.375rem}.btn-lg+.dropdown-toggle-split,.btn-group-lg>.btn+.dropdown-toggle-split{padding-right:.75rem;padding-left:.75rem}.btn-group-vertical{flex-direction:column;-webkit-flex-direction:column;align-items:flex-start;-webkit-align-items:flex-start;justify-content:center;-webkit-justify-content:center}.btn-group-vertical>.btn,.btn-group-vertical>.btn-group{width:100%}.btn-group-vertical>.btn:not(:first-child),.btn-group-vertical>.btn-group:not(:first-child){margin-top:calc(1px*-1)}.nav{--bs-nav-link-padding-x: 1rem;--bs-nav-link-padding-y: 0.5rem;--bs-nav-link-font-weight: ;--bs-nav-link-color: #2761e3;--bs-nav-link-hover-color: #1f4eb6;--bs-nav-link-disabled-color: rgba(55, 58, 60, 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var(--bs-navbar-hover-color);--bs-nav-link-disabled-color: var(--bs-navbar-disabled-color);display:flex;display:-webkit-flex;flex-direction:column;-webkit-flex-direction:column;padding-left:0;margin-bottom:0;list-style:none}.navbar-nav .nav-link.active,.navbar-nav .nav-link.show{color:var(--bs-navbar-active-color)}.navbar-nav .dropdown-menu{position:static}.navbar-text{padding-top:.5rem;padding-bottom:.5rem;color:var(--bs-navbar-color)}.navbar-text a,.navbar-text a:hover,.navbar-text a:focus{color:var(--bs-navbar-active-color)}.navbar-collapse{flex-basis:100%;-webkit-flex-basis:100%;flex-grow:1;-webkit-flex-grow:1;align-items:center;-webkit-align-items:center}.navbar-toggler{padding:var(--bs-navbar-toggler-padding-y) var(--bs-navbar-toggler-padding-x);font-size:var(--bs-navbar-toggler-font-size);line-height:1;color:var(--bs-navbar-color);background-color:rgba(0,0,0,0);border:var(--bs-border-width) solid 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992px){.navbar-expand-lg{flex-wrap:nowrap;-webkit-flex-wrap:nowrap;justify-content:flex-start;-webkit-justify-content:flex-start}.navbar-expand-lg .navbar-nav{flex-direction:row;-webkit-flex-direction:row}.navbar-expand-lg .navbar-nav .dropdown-menu{position:absolute}.navbar-expand-lg .navbar-nav .nav-link{padding-right:var(--bs-navbar-nav-link-padding-x);padding-left:var(--bs-navbar-nav-link-padding-x)}.navbar-expand-lg .navbar-nav-scroll{overflow:visible}.navbar-expand-lg .navbar-collapse{display:flex !important;display:-webkit-flex !important;flex-basis:auto;-webkit-flex-basis:auto}.navbar-expand-lg .navbar-toggler{display:none}.navbar-expand-lg .offcanvas{position:static;z-index:auto;flex-grow:1;-webkit-flex-grow:1;width:auto !important;height:auto !important;visibility:visible !important;background-color:rgba(0,0,0,0) !important;border:0 !important;transform:none !important;transition:none}.navbar-expand-lg .offcanvas .offcanvas-header{display:none}.navbar-expand-lg .offcanvas 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.offcanvas{position:static;z-index:auto;flex-grow:1;-webkit-flex-grow:1;width:auto !important;height:auto !important;visibility:visible !important;background-color:rgba(0,0,0,0) !important;border:0 !important;transform:none !important;transition:none}.navbar-expand-xxl .offcanvas .offcanvas-header{display:none}.navbar-expand-xxl .offcanvas .offcanvas-body{display:flex;display:-webkit-flex;flex-grow:0;-webkit-flex-grow:0;padding:0;overflow-y:visible}}.navbar-expand{flex-wrap:nowrap;-webkit-flex-wrap:nowrap;justify-content:flex-start;-webkit-justify-content:flex-start}.navbar-expand .navbar-nav{flex-direction:row;-webkit-flex-direction:row}.navbar-expand .navbar-nav .dropdown-menu{position:absolute}.navbar-expand .navbar-nav .nav-link{padding-right:var(--bs-navbar-nav-link-padding-x);padding-left:var(--bs-navbar-nav-link-padding-x)}.navbar-expand .navbar-nav-scroll{overflow:visible}.navbar-expand .navbar-collapse{display:flex !important;display:-webkit-flex !important;flex-basis:auto;-webkit-flex-basis:auto}.navbar-expand .navbar-toggler{display:none}.navbar-expand .offcanvas{position:static;z-index:auto;flex-grow:1;-webkit-flex-grow:1;width:auto !important;height:auto !important;visibility:visible !important;background-color:rgba(0,0,0,0) !important;border:0 !important;transform:none !important;transition:none}.navbar-expand .offcanvas .offcanvas-header{display:none}.navbar-expand .offcanvas .offcanvas-body{display:flex;display:-webkit-flex;flex-grow:0;-webkit-flex-grow:0;padding:0;overflow-y:visible}.navbar-dark,.navbar[data-bs-theme=dark]{--bs-navbar-color: #545555;--bs-navbar-hover-color: rgba(31, 78, 182, 0.8);--bs-navbar-disabled-color: rgba(84, 85, 85, 0.75);--bs-navbar-active-color: #1f4eb6;--bs-navbar-brand-color: #545555;--bs-navbar-brand-hover-color: #1f4eb6;--bs-navbar-toggler-border-color: rgba(84, 85, 85, 0);--bs-navbar-toggler-icon-bg: url("data:image/svg+xml,%3csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 30 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0.75rem;position:relative;display:flex;display:-webkit-flex;flex-direction:column;-webkit-flex-direction:column;min-width:0;height:var(--bs-card-height);color:var(--bs-body-color);word-wrap:break-word;background-color:var(--bs-card-bg);background-clip:border-box;border:var(--bs-card-border-width) solid var(--bs-card-border-color)}.card>hr{margin-right:0;margin-left:0}.card>.list-group{border-top:inherit;border-bottom:inherit}.card>.list-group:first-child{border-top-width:0}.card>.list-group:last-child{border-bottom-width:0}.card>.card-header+.list-group,.card>.list-group+.card-footer{border-top:0}.card-body{flex:1 1 auto;-webkit-flex:1 1 auto;padding:var(--bs-card-spacer-y) var(--bs-card-spacer-x);color:var(--bs-card-color)}.card-title{margin-bottom:var(--bs-card-title-spacer-y);color:var(--bs-card-title-color)}.card-subtitle{margin-top:calc(-0.5*var(--bs-card-title-spacer-y));margin-bottom:0;color:var(--bs-card-subtitle-color)}.card-text:last-child{margin-bottom:0}.card-link+.card-link{margin-left:var(--bs-card-spacer-x)}.card-header{padding:var(--bs-card-cap-padding-y) var(--bs-card-cap-padding-x);margin-bottom:0;color:var(--bs-card-cap-color);background-color:var(--bs-card-cap-bg);border-bottom:var(--bs-card-border-width) solid var(--bs-card-border-color)}.card-footer{padding:var(--bs-card-cap-padding-y) var(--bs-card-cap-padding-x);color:var(--bs-card-cap-color);background-color:var(--bs-card-cap-bg);border-top:var(--bs-card-border-width) solid var(--bs-card-border-color)}.card-header-tabs{margin-right:calc(-0.5*var(--bs-card-cap-padding-x));margin-bottom:calc(-1*var(--bs-card-cap-padding-y));margin-left:calc(-0.5*var(--bs-card-cap-padding-x));border-bottom:0}.card-header-tabs .nav-link.active{background-color:var(--bs-card-bg);border-bottom-color:var(--bs-card-bg)}.card-header-pills{margin-right:calc(-0.5*var(--bs-card-cap-padding-x));margin-left:calc(-0.5*var(--bs-card-cap-padding-x))}.card-img-overlay{position:absolute;top:0;right:0;bottom:0;left:0;padding:var(--bs-card-img-overlay-padding)}.card-img,.card-img-top,.card-img-bottom{width:100%}.card-group>.card{margin-bottom:var(--bs-card-group-margin)}@media(min-width: 576px){.card-group{display:flex;display:-webkit-flex;flex-flow:row wrap;-webkit-flex-flow:row wrap}.card-group>.card{flex:1 0 0%;-webkit-flex:1 0 0%;margin-bottom:0}.card-group>.card+.card{margin-left:0;border-left:0}}.accordion{--bs-accordion-color: #373a3c;--bs-accordion-bg: #fff;--bs-accordion-transition: color 0.15s ease-in-out, background-color 0.15s ease-in-out, border-color 0.15s ease-in-out, box-shadow 0.15s ease-in-out, border-radius 0.15s ease;--bs-accordion-border-color: #dee2e6;--bs-accordion-border-width: 1px;--bs-accordion-border-radius: 0.375rem;--bs-accordion-inner-border-radius: calc(0.375rem - 1px);--bs-accordion-btn-padding-x: 1.25rem;--bs-accordion-btn-padding-y: 1rem;--bs-accordion-btn-color: #373a3c;--bs-accordion-btn-bg: #fff;--bs-accordion-btn-icon: url("data:image/svg+xml,%3csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 16 16' fill='%23373a3c'%3e%3cpath fill-rule='evenodd' d='M1.646 4.646a.5.5 0 0 1 .708 0L8 10.293l5.646-5.647a.5.5 0 0 1 .708.708l-6 6a.5.5 0 0 1-.708 0l-6-6a.5.5 0 0 1 0-.708z'/%3e%3c/svg%3e");--bs-accordion-btn-icon-width: 1.25rem;--bs-accordion-btn-icon-transform: rotate(-180deg);--bs-accordion-btn-icon-transition: transform 0.2s ease-in-out;--bs-accordion-btn-active-icon: url("data:image/svg+xml,%3csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 16 16' fill='%2310335b'%3e%3cpath fill-rule='evenodd' d='M1.646 4.646a.5.5 0 0 1 .708 0L8 10.293l5.646-5.647a.5.5 0 0 1 .708.708l-6 6a.5.5 0 0 1-.708 0l-6-6a.5.5 0 0 1 0-.708z'/%3e%3c/svg%3e");--bs-accordion-btn-focus-border-color: #93c0f1;--bs-accordion-btn-focus-box-shadow: 0 0 0 0.25rem rgba(39, 128, 227, 0.25);--bs-accordion-body-padding-x: 1.25rem;--bs-accordion-body-padding-y: 1rem;--bs-accordion-active-color: #10335b;--bs-accordion-active-bg: #d4e6f9}.accordion-button{position:relative;display:flex;display:-webkit-flex;align-items:center;-webkit-align-items:center;width:100%;padding:var(--bs-accordion-btn-padding-y) var(--bs-accordion-btn-padding-x);font-size:1rem;color:var(--bs-accordion-btn-color);text-align:left;background-color:var(--bs-accordion-btn-bg);border:0;overflow-anchor:none;transition:var(--bs-accordion-transition)}@media(prefers-reduced-motion: reduce){.accordion-button{transition:none}}.accordion-button:not(.collapsed){color:var(--bs-accordion-active-color);background-color:var(--bs-accordion-active-bg);box-shadow:inset 0 calc(-1*var(--bs-accordion-border-width)) 0 var(--bs-accordion-border-color)}.accordion-button:not(.collapsed)::after{background-image:var(--bs-accordion-btn-active-icon);transform:var(--bs-accordion-btn-icon-transform)}.accordion-button::after{flex-shrink:0;-webkit-flex-shrink:0;width:var(--bs-accordion-btn-icon-width);height:var(--bs-accordion-btn-icon-width);margin-left:auto;content:"";background-image:var(--bs-accordion-btn-icon);background-repeat:no-repeat;background-size:var(--bs-accordion-btn-icon-width);transition:var(--bs-accordion-btn-icon-transition)}@media(prefers-reduced-motion: reduce){.accordion-button::after{transition:none}}.accordion-button:hover{z-index:2}.accordion-button:focus{z-index:3;border-color:var(--bs-accordion-btn-focus-border-color);outline:0;box-shadow:var(--bs-accordion-btn-focus-box-shadow)}.accordion-header{margin-bottom:0}.accordion-item{color:var(--bs-accordion-color);background-color:var(--bs-accordion-bg);border:var(--bs-accordion-border-width) solid var(--bs-accordion-border-color)}.accordion-item:not(:first-of-type){border-top:0}.accordion-body{padding:var(--bs-accordion-body-padding-y) var(--bs-accordion-body-padding-x)}.accordion-flush .accordion-collapse{border-width:0}.accordion-flush .accordion-item{border-right:0;border-left:0}.accordion-flush .accordion-item:first-child{border-top:0}.accordion-flush .accordion-item:last-child{border-bottom:0}[data-bs-theme=dark] .accordion-button::after{--bs-accordion-btn-icon: url("data:image/svg+xml,%3csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 16 16' fill='%237db3ee'%3e%3cpath fill-rule='evenodd' d='M1.646 4.646a.5.5 0 0 1 .708 0L8 10.293l5.646-5.647a.5.5 0 0 1 .708.708l-6 6a.5.5 0 0 1-.708 0l-6-6a.5.5 0 0 1 0-.708z'/%3e%3c/svg%3e");--bs-accordion-btn-active-icon: url("data:image/svg+xml,%3csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 16 16' fill='%237db3ee'%3e%3cpath fill-rule='evenodd' d='M1.646 4.646a.5.5 0 0 1 .708 0L8 10.293l5.646-5.647a.5.5 0 0 1 .708.708l-6 6a.5.5 0 0 1-.708 0l-6-6a.5.5 0 0 1 0-.708z'/%3e%3c/svg%3e")}.breadcrumb{--bs-breadcrumb-padding-x: 0;--bs-breadcrumb-padding-y: 0;--bs-breadcrumb-margin-bottom: 1rem;--bs-breadcrumb-bg: ;--bs-breadcrumb-border-radius: ;--bs-breadcrumb-divider-color: rgba(55, 58, 60, 0.75);--bs-breadcrumb-item-padding-x: 0.5rem;--bs-breadcrumb-item-active-color: rgba(55, 58, 60, 0.75);display:flex;display:-webkit-flex;flex-wrap:wrap;-webkit-flex-wrap:wrap;padding:var(--bs-breadcrumb-padding-y) var(--bs-breadcrumb-padding-x);margin-bottom:var(--bs-breadcrumb-margin-bottom);font-size:var(--bs-breadcrumb-font-size);list-style:none;background-color:var(--bs-breadcrumb-bg)}.breadcrumb-item+.breadcrumb-item{padding-left:var(--bs-breadcrumb-item-padding-x)}.breadcrumb-item+.breadcrumb-item::before{float:left;padding-right:var(--bs-breadcrumb-item-padding-x);color:var(--bs-breadcrumb-divider-color);content:var(--bs-breadcrumb-divider, ">") /* rtl: var(--bs-breadcrumb-divider, ">") */}.breadcrumb-item.active{color:var(--bs-breadcrumb-item-active-color)}.pagination{--bs-pagination-padding-x: 0.75rem;--bs-pagination-padding-y: 0.375rem;--bs-pagination-font-size:1rem;--bs-pagination-color: #2761e3;--bs-pagination-bg: #fff;--bs-pagination-border-width: 1px;--bs-pagination-border-color: #dee2e6;--bs-pagination-border-radius: 0.375rem;--bs-pagination-hover-color: #1f4eb6;--bs-pagination-hover-bg: #f8f9fa;--bs-pagination-hover-border-color: #dee2e6;--bs-pagination-focus-color: #1f4eb6;--bs-pagination-focus-bg: #e9ecef;--bs-pagination-focus-box-shadow: 0 0 0 0.25rem rgba(39, 128, 227, 0.25);--bs-pagination-active-color: #fff;--bs-pagination-active-bg: #2780e3;--bs-pagination-active-border-color: #2780e3;--bs-pagination-disabled-color: rgba(55, 58, 60, 0.75);--bs-pagination-disabled-bg: #e9ecef;--bs-pagination-disabled-border-color: #dee2e6;display:flex;display:-webkit-flex;padding-left:0;list-style:none}.page-link{position:relative;display:block;padding:var(--bs-pagination-padding-y) var(--bs-pagination-padding-x);font-size:var(--bs-pagination-font-size);color:var(--bs-pagination-color);text-decoration:none;-webkit-text-decoration:none;-moz-text-decoration:none;-ms-text-decoration:none;-o-text-decoration:none;background-color:var(--bs-pagination-bg);border:var(--bs-pagination-border-width) solid var(--bs-pagination-border-color);transition:color .15s ease-in-out,background-color .15s ease-in-out,border-color .15s ease-in-out,box-shadow .15s ease-in-out}@media(prefers-reduced-motion: reduce){.page-link{transition:none}}.page-link:hover{z-index:2;color:var(--bs-pagination-hover-color);background-color:var(--bs-pagination-hover-bg);border-color:var(--bs-pagination-hover-border-color)}.page-link:focus{z-index:3;color:var(--bs-pagination-focus-color);background-color:var(--bs-pagination-focus-bg);outline:0;box-shadow:var(--bs-pagination-focus-box-shadow)}.page-link.active,.active>.page-link{z-index:3;color:var(--bs-pagination-active-color);background-color:var(--bs-pagination-active-bg);border-color:var(--bs-pagination-active-border-color)}.page-link.disabled,.disabled>.page-link{color:var(--bs-pagination-disabled-color);pointer-events:none;background-color:var(--bs-pagination-disabled-bg);border-color:var(--bs-pagination-disabled-border-color)}.page-item:not(:first-child) .page-link{margin-left:calc(1px*-1)}.pagination-lg{--bs-pagination-padding-x: 1.5rem;--bs-pagination-padding-y: 0.75rem;--bs-pagination-font-size:1.25rem;--bs-pagination-border-radius: 0.5rem}.pagination-sm{--bs-pagination-padding-x: 0.5rem;--bs-pagination-padding-y: 0.25rem;--bs-pagination-font-size:0.875rem;--bs-pagination-border-radius: 0.25rem}.badge{--bs-badge-padding-x: 0.65em;--bs-badge-padding-y: 0.35em;--bs-badge-font-size:0.75em;--bs-badge-font-weight: 700;--bs-badge-color: #fff;--bs-badge-border-radius: 0.375rem;display:inline-block;padding:var(--bs-badge-padding-y) var(--bs-badge-padding-x);font-size:var(--bs-badge-font-size);font-weight:var(--bs-badge-font-weight);line-height:1;color:var(--bs-badge-color);text-align:center;white-space:nowrap;vertical-align:baseline}.badge:empty{display:none}.btn .badge{position:relative;top:-1px}.alert{--bs-alert-bg: transparent;--bs-alert-padding-x: 1rem;--bs-alert-padding-y: 1rem;--bs-alert-margin-bottom: 1rem;--bs-alert-color: inherit;--bs-alert-border-color: transparent;--bs-alert-border: 0 solid var(--bs-alert-border-color);--bs-alert-border-radius: 0.375rem;--bs-alert-link-color: inherit;position:relative;padding:var(--bs-alert-padding-y) var(--bs-alert-padding-x);margin-bottom:var(--bs-alert-margin-bottom);color:var(--bs-alert-color);background-color:var(--bs-alert-bg);border:var(--bs-alert-border)}.alert-heading{color:inherit}.alert-link{font-weight:700;color:var(--bs-alert-link-color)}.alert-dismissible{padding-right:3rem}.alert-dismissible .btn-close{position:absolute;top:0;right:0;z-index:2;padding:1.25rem 1rem}.alert-default{--bs-alert-color: var(--bs-default-text-emphasis);--bs-alert-bg: var(--bs-default-bg-subtle);--bs-alert-border-color: var(--bs-default-border-subtle);--bs-alert-link-color: var(--bs-default-text-emphasis)}.alert-primary{--bs-alert-color: var(--bs-primary-text-emphasis);--bs-alert-bg: var(--bs-primary-bg-subtle);--bs-alert-border-color: var(--bs-primary-border-subtle);--bs-alert-link-color: var(--bs-primary-text-emphasis)}.alert-secondary{--bs-alert-color: var(--bs-secondary-text-emphasis);--bs-alert-bg: var(--bs-secondary-bg-subtle);--bs-alert-border-color: var(--bs-secondary-border-subtle);--bs-alert-link-color: var(--bs-secondary-text-emphasis)}.alert-success{--bs-alert-color: var(--bs-success-text-emphasis);--bs-alert-bg: var(--bs-success-bg-subtle);--bs-alert-border-color: var(--bs-success-border-subtle);--bs-alert-link-color: var(--bs-success-text-emphasis)}.alert-info{--bs-alert-color: var(--bs-info-text-emphasis);--bs-alert-bg: var(--bs-info-bg-subtle);--bs-alert-border-color: var(--bs-info-border-subtle);--bs-alert-link-color: var(--bs-info-text-emphasis)}.alert-warning{--bs-alert-color: var(--bs-warning-text-emphasis);--bs-alert-bg: var(--bs-warning-bg-subtle);--bs-alert-border-color: var(--bs-warning-border-subtle);--bs-alert-link-color: var(--bs-warning-text-emphasis)}.alert-danger{--bs-alert-color: var(--bs-danger-text-emphasis);--bs-alert-bg: var(--bs-danger-bg-subtle);--bs-alert-border-color: var(--bs-danger-border-subtle);--bs-alert-link-color: var(--bs-danger-text-emphasis)}.alert-light{--bs-alert-color: var(--bs-light-text-emphasis);--bs-alert-bg: var(--bs-light-bg-subtle);--bs-alert-border-color: var(--bs-light-border-subtle);--bs-alert-link-color: var(--bs-light-text-emphasis)}.alert-dark{--bs-alert-color: var(--bs-dark-text-emphasis);--bs-alert-bg: var(--bs-dark-bg-subtle);--bs-alert-border-color: var(--bs-dark-border-subtle);--bs-alert-link-color: var(--bs-dark-text-emphasis)}@keyframes progress-bar-stripes{0%{background-position-x:.5rem}}.progress,.progress-stacked{--bs-progress-height: 0.5rem;--bs-progress-font-size:0.75rem;--bs-progress-bg: #e9ecef;--bs-progress-border-radius: 0.375rem;--bs-progress-box-shadow: inset 0 1px 2px rgba(0, 0, 0, 0.075);--bs-progress-bar-color: #fff;--bs-progress-bar-bg: #2780e3;--bs-progress-bar-transition: width 0.6s ease;display:flex;display:-webkit-flex;height:var(--bs-progress-height);overflow:hidden;font-size:var(--bs-progress-font-size);background-color:var(--bs-progress-bg)}.progress-bar{display:flex;display:-webkit-flex;flex-direction:column;-webkit-flex-direction:column;justify-content:center;-webkit-justify-content:center;overflow:hidden;color:var(--bs-progress-bar-color);text-align:center;white-space:nowrap;background-color:var(--bs-progress-bar-bg);transition:var(--bs-progress-bar-transition)}@media(prefers-reduced-motion: reduce){.progress-bar{transition:none}}.progress-bar-striped{background-image:linear-gradient(45deg, rgba(255, 255, 255, 0.15) 25%, transparent 25%, transparent 50%, rgba(255, 255, 255, 0.15) 50%, rgba(255, 255, 255, 0.15) 75%, transparent 75%, transparent);background-size:var(--bs-progress-height) var(--bs-progress-height)}.progress-stacked>.progress{overflow:visible}.progress-stacked>.progress>.progress-bar{width:100%}.progress-bar-animated{animation:1s linear infinite progress-bar-stripes}@media(prefers-reduced-motion: reduce){.progress-bar-animated{animation:none}}.list-group{--bs-list-group-color: #373a3c;--bs-list-group-bg: #fff;--bs-list-group-border-color: #dee2e6;--bs-list-group-border-width: 1px;--bs-list-group-border-radius: 0.375rem;--bs-list-group-item-padding-x: 1rem;--bs-list-group-item-padding-y: 0.5rem;--bs-list-group-action-color: rgba(55, 58, 60, 0.75);--bs-list-group-action-hover-color: #000;--bs-list-group-action-hover-bg: #f8f9fa;--bs-list-group-action-active-color: #373a3c;--bs-list-group-action-active-bg: #e9ecef;--bs-list-group-disabled-color: rgba(55, 58, 60, 0.75);--bs-list-group-disabled-bg: #fff;--bs-list-group-active-color: #fff;--bs-list-group-active-bg: #2780e3;--bs-list-group-active-border-color: #2780e3;display:flex;display:-webkit-flex;flex-direction:column;-webkit-flex-direction:column;padding-left:0;margin-bottom:0}.list-group-numbered{list-style-type:none;counter-reset:section}.list-group-numbered>.list-group-item::before{content:counters(section, ".") ". ";counter-increment:section}.list-group-item-action{width:100%;color:var(--bs-list-group-action-color);text-align:inherit}.list-group-item-action:hover,.list-group-item-action:focus{z-index:1;color:var(--bs-list-group-action-hover-color);text-decoration:none;background-color:var(--bs-list-group-action-hover-bg)}.list-group-item-action:active{color:var(--bs-list-group-action-active-color);background-color:var(--bs-list-group-action-active-bg)}.list-group-item{position:relative;display:block;padding:var(--bs-list-group-item-padding-y) var(--bs-list-group-item-padding-x);color:var(--bs-list-group-color);text-decoration:none;-webkit-text-decoration:none;-moz-text-decoration:none;-ms-text-decoration:none;-o-text-decoration:none;background-color:var(--bs-list-group-bg);border:var(--bs-list-group-border-width) solid var(--bs-list-group-border-color)}.list-group-item.disabled,.list-group-item:disabled{color:var(--bs-list-group-disabled-color);pointer-events:none;background-color:var(--bs-list-group-disabled-bg)}.list-group-item.active{z-index:2;color:var(--bs-list-group-active-color);background-color:var(--bs-list-group-active-bg);border-color:var(--bs-list-group-active-border-color)}.list-group-item+.list-group-item{border-top-width:0}.list-group-item+.list-group-item.active{margin-top:calc(-1*var(--bs-list-group-border-width));border-top-width:var(--bs-list-group-border-width)}.list-group-horizontal{flex-direction:row;-webkit-flex-direction:row}.list-group-horizontal>.list-group-item.active{margin-top:0}.list-group-horizontal>.list-group-item+.list-group-item{border-top-width:var(--bs-list-group-border-width);border-left-width:0}.list-group-horizontal>.list-group-item+.list-group-item.active{margin-left:calc(-1*var(--bs-list-group-border-width));border-left-width:var(--bs-list-group-border-width)}@media(min-width: 576px){.list-group-horizontal-sm{flex-direction:row;-webkit-flex-direction:row}.list-group-horizontal-sm>.list-group-item.active{margin-top:0}.list-group-horizontal-sm>.list-group-item+.list-group-item{border-top-width:var(--bs-list-group-border-width);border-left-width:0}.list-group-horizontal-sm>.list-group-item+.list-group-item.active{margin-left:calc(-1*var(--bs-list-group-border-width));border-left-width:var(--bs-list-group-border-width)}}@media(min-width: 768px){.list-group-horizontal-md{flex-direction:row;-webkit-flex-direction:row}.list-group-horizontal-md>.list-group-item.active{margin-top:0}.list-group-horizontal-md>.list-group-item+.list-group-item{border-top-width:var(--bs-list-group-border-width);border-left-width:0}.list-group-horizontal-md>.list-group-item+.list-group-item.active{margin-left:calc(-1*var(--bs-list-group-border-width));border-left-width:var(--bs-list-group-border-width)}}@media(min-width: 992px){.list-group-horizontal-lg{flex-direction:row;-webkit-flex-direction:row}.list-group-horizontal-lg>.list-group-item.active{margin-top:0}.list-group-horizontal-lg>.list-group-item+.list-group-item{border-top-width:var(--bs-list-group-border-width);border-left-width:0}.list-group-horizontal-lg>.list-group-item+.list-group-item.active{margin-left:calc(-1*var(--bs-list-group-border-width));border-left-width:var(--bs-list-group-border-width)}}@media(min-width: 1200px){.list-group-horizontal-xl{flex-direction:row;-webkit-flex-direction:row}.list-group-horizontal-xl>.list-group-item.active{margin-top:0}.list-group-horizontal-xl>.list-group-item+.list-group-item{border-top-width:var(--bs-list-group-border-width);border-left-width:0}.list-group-horizontal-xl>.list-group-item+.list-group-item.active{margin-left:calc(-1*var(--bs-list-group-border-width));border-left-width:var(--bs-list-group-border-width)}}@media(min-width: 1400px){.list-group-horizontal-xxl{flex-direction:row;-webkit-flex-direction:row}.list-group-horizontal-xxl>.list-group-item.active{margin-top:0}.list-group-horizontal-xxl>.list-group-item+.list-group-item{border-top-width:var(--bs-list-group-border-width);border-left-width:0}.list-group-horizontal-xxl>.list-group-item+.list-group-item.active{margin-left:calc(-1*var(--bs-list-group-border-width));border-left-width:var(--bs-list-group-border-width)}}.list-group-flush>.list-group-item{border-width:0 0 var(--bs-list-group-border-width)}.list-group-flush>.list-group-item:last-child{border-bottom-width:0}.list-group-item-default{--bs-list-group-color: var(--bs-default-text-emphasis);--bs-list-group-bg: var(--bs-default-bg-subtle);--bs-list-group-border-color: var(--bs-default-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-default-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-default-border-subtle);--bs-list-group-active-color: var(--bs-default-bg-subtle);--bs-list-group-active-bg: var(--bs-default-text-emphasis);--bs-list-group-active-border-color: var(--bs-default-text-emphasis)}.list-group-item-primary{--bs-list-group-color: var(--bs-primary-text-emphasis);--bs-list-group-bg: var(--bs-primary-bg-subtle);--bs-list-group-border-color: var(--bs-primary-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-primary-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-primary-border-subtle);--bs-list-group-active-color: var(--bs-primary-bg-subtle);--bs-list-group-active-bg: var(--bs-primary-text-emphasis);--bs-list-group-active-border-color: var(--bs-primary-text-emphasis)}.list-group-item-secondary{--bs-list-group-color: var(--bs-secondary-text-emphasis);--bs-list-group-bg: var(--bs-secondary-bg-subtle);--bs-list-group-border-color: var(--bs-secondary-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-secondary-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-secondary-border-subtle);--bs-list-group-active-color: var(--bs-secondary-bg-subtle);--bs-list-group-active-bg: var(--bs-secondary-text-emphasis);--bs-list-group-active-border-color: var(--bs-secondary-text-emphasis)}.list-group-item-success{--bs-list-group-color: var(--bs-success-text-emphasis);--bs-list-group-bg: var(--bs-success-bg-subtle);--bs-list-group-border-color: var(--bs-success-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-success-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-success-border-subtle);--bs-list-group-active-color: var(--bs-success-bg-subtle);--bs-list-group-active-bg: var(--bs-success-text-emphasis);--bs-list-group-active-border-color: var(--bs-success-text-emphasis)}.list-group-item-info{--bs-list-group-color: var(--bs-info-text-emphasis);--bs-list-group-bg: var(--bs-info-bg-subtle);--bs-list-group-border-color: var(--bs-info-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-info-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-info-border-subtle);--bs-list-group-active-color: var(--bs-info-bg-subtle);--bs-list-group-active-bg: var(--bs-info-text-emphasis);--bs-list-group-active-border-color: var(--bs-info-text-emphasis)}.list-group-item-warning{--bs-list-group-color: var(--bs-warning-text-emphasis);--bs-list-group-bg: var(--bs-warning-bg-subtle);--bs-list-group-border-color: var(--bs-warning-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-warning-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-warning-border-subtle);--bs-list-group-active-color: var(--bs-warning-bg-subtle);--bs-list-group-active-bg: var(--bs-warning-text-emphasis);--bs-list-group-active-border-color: var(--bs-warning-text-emphasis)}.list-group-item-danger{--bs-list-group-color: var(--bs-danger-text-emphasis);--bs-list-group-bg: var(--bs-danger-bg-subtle);--bs-list-group-border-color: var(--bs-danger-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-danger-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-danger-border-subtle);--bs-list-group-active-color: var(--bs-danger-bg-subtle);--bs-list-group-active-bg: var(--bs-danger-text-emphasis);--bs-list-group-active-border-color: var(--bs-danger-text-emphasis)}.list-group-item-light{--bs-list-group-color: var(--bs-light-text-emphasis);--bs-list-group-bg: var(--bs-light-bg-subtle);--bs-list-group-border-color: var(--bs-light-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-light-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-light-border-subtle);--bs-list-group-active-color: var(--bs-light-bg-subtle);--bs-list-group-active-bg: var(--bs-light-text-emphasis);--bs-list-group-active-border-color: var(--bs-light-text-emphasis)}.list-group-item-dark{--bs-list-group-color: var(--bs-dark-text-emphasis);--bs-list-group-bg: var(--bs-dark-bg-subtle);--bs-list-group-border-color: var(--bs-dark-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-dark-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-dark-border-subtle);--bs-list-group-active-color: var(--bs-dark-bg-subtle);--bs-list-group-active-bg: var(--bs-dark-text-emphasis);--bs-list-group-active-border-color: var(--bs-dark-text-emphasis)}.btn-close{--bs-btn-close-color: #000;--bs-btn-close-bg: url("data:image/svg+xml,%3csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 16 16' fill='%23000'%3e%3cpath d='M.293.293a1 1 0 0 1 1.414 0L8 6.586 14.293.293a1 1 0 1 1 1.414 1.414L9.414 8l6.293 6.293a1 1 0 0 1-1.414 1.414L8 9.414l-6.293 6.293a1 1 0 0 1-1.414-1.414L6.586 8 .293 1.707a1 1 0 0 1 0-1.414z'/%3e%3c/svg%3e");--bs-btn-close-opacity: 0.5;--bs-btn-close-hover-opacity: 0.75;--bs-btn-close-focus-shadow: 0 0 0 0.25rem rgba(39, 128, 227, 0.25);--bs-btn-close-focus-opacity: 1;--bs-btn-close-disabled-opacity: 0.25;--bs-btn-close-white-filter: invert(1) grayscale(100%) brightness(200%);box-sizing:content-box;width:1em;height:1em;padding:.25em .25em;color:var(--bs-btn-close-color);background:rgba(0,0,0,0) var(--bs-btn-close-bg) center/1em auto no-repeat;border:0;opacity:var(--bs-btn-close-opacity)}.btn-close:hover{color:var(--bs-btn-close-color);text-decoration:none;opacity:var(--bs-btn-close-hover-opacity)}.btn-close:focus{outline:0;box-shadow:var(--bs-btn-close-focus-shadow);opacity:var(--bs-btn-close-focus-opacity)}.btn-close:disabled,.btn-close.disabled{pointer-events:none;user-select:none;-webkit-user-select:none;-moz-user-select:none;-ms-user-select:none;-o-user-select:none;opacity:var(--bs-btn-close-disabled-opacity)}.btn-close-white{filter:var(--bs-btn-close-white-filter)}[data-bs-theme=dark] .btn-close{filter:var(--bs-btn-close-white-filter)}.toast{--bs-toast-zindex: 1090;--bs-toast-padding-x: 0.75rem;--bs-toast-padding-y: 0.5rem;--bs-toast-spacing: 1.5rem;--bs-toast-max-width: 350px;--bs-toast-font-size:0.875rem;--bs-toast-color: ;--bs-toast-bg: rgba(255, 255, 255, 0.85);--bs-toast-border-width: 1px;--bs-toast-border-color: rgba(0, 0, 0, 0.175);--bs-toast-border-radius: 0.375rem;--bs-toast-box-shadow: 0 0.5rem 1rem rgba(0, 0, 0, 0.15);--bs-toast-header-color: rgba(55, 58, 60, 0.75);--bs-toast-header-bg: rgba(255, 255, 255, 0.85);--bs-toast-header-border-color: rgba(0, 0, 0, 0.175);width:var(--bs-toast-max-width);max-width:100%;font-size:var(--bs-toast-font-size);color:var(--bs-toast-color);pointer-events:auto;background-color:var(--bs-toast-bg);background-clip:padding-box;border:var(--bs-toast-border-width) solid var(--bs-toast-border-color);box-shadow:var(--bs-toast-box-shadow)}.toast.showing{opacity:0}.toast:not(.show){display:none}.toast-container{--bs-toast-zindex: 1090;position:absolute;z-index:var(--bs-toast-zindex);width:max-content;width:-webkit-max-content;width:-moz-max-content;width:-ms-max-content;width:-o-max-content;max-width:100%;pointer-events:none}.toast-container>:not(:last-child){margin-bottom:var(--bs-toast-spacing)}.toast-header{display:flex;display:-webkit-flex;align-items:center;-webkit-align-items:center;padding:var(--bs-toast-padding-y) var(--bs-toast-padding-x);color:var(--bs-toast-header-color);background-color:var(--bs-toast-header-bg);background-clip:padding-box;border-bottom:var(--bs-toast-border-width) solid var(--bs-toast-header-border-color)}.toast-header .btn-close{margin-right:calc(-0.5*var(--bs-toast-padding-x));margin-left:var(--bs-toast-padding-x)}.toast-body{padding:var(--bs-toast-padding-x);word-wrap:break-word}.modal{--bs-modal-zindex: 1055;--bs-modal-width: 500px;--bs-modal-padding: 1rem;--bs-modal-margin: 0.5rem;--bs-modal-color: ;--bs-modal-bg: #fff;--bs-modal-border-color: rgba(0, 0, 0, 0.175);--bs-modal-border-width: 1px;--bs-modal-border-radius: 0.5rem;--bs-modal-box-shadow: 0 0.125rem 0.25rem rgba(0, 0, 0, 0.075);--bs-modal-inner-border-radius: calc(0.5rem - 1px);--bs-modal-header-padding-x: 1rem;--bs-modal-header-padding-y: 1rem;--bs-modal-header-padding: 1rem 1rem;--bs-modal-header-border-color: #dee2e6;--bs-modal-header-border-width: 1px;--bs-modal-title-line-height: 1.5;--bs-modal-footer-gap: 0.5rem;--bs-modal-footer-bg: ;--bs-modal-footer-border-color: #dee2e6;--bs-modal-footer-border-width: 1px;position:fixed;top:0;left:0;z-index:var(--bs-modal-zindex);display:none;width:100%;height:100%;overflow-x:hidden;overflow-y:auto;outline:0}.modal-dialog{position:relative;width:auto;margin:var(--bs-modal-margin);pointer-events:none}.modal.fade .modal-dialog{transition:transform .3s ease-out;transform:translate(0, -50px)}@media(prefers-reduced-motion: reduce){.modal.fade .modal-dialog{transition:none}}.modal.show .modal-dialog{transform:none}.modal.modal-static .modal-dialog{transform:scale(1.02)}.modal-dialog-scrollable{height:calc(100% - var(--bs-modal-margin)*2)}.modal-dialog-scrollable .modal-content{max-height:100%;overflow:hidden}.modal-dialog-scrollable .modal-body{overflow-y:auto}.modal-dialog-centered{display:flex;display:-webkit-flex;align-items:center;-webkit-align-items:center;min-height:calc(100% - var(--bs-modal-margin)*2)}.modal-content{position:relative;display:flex;display:-webkit-flex;flex-direction:column;-webkit-flex-direction:column;width:100%;color:var(--bs-modal-color);pointer-events:auto;background-color:var(--bs-modal-bg);background-clip:padding-box;border:var(--bs-modal-border-width) solid var(--bs-modal-border-color);outline:0}.modal-backdrop{--bs-backdrop-zindex: 1050;--bs-backdrop-bg: #000;--bs-backdrop-opacity: 0.5;position:fixed;top:0;left:0;z-index:var(--bs-backdrop-zindex);width:100vw;height:100vh;background-color:var(--bs-backdrop-bg)}.modal-backdrop.fade{opacity:0}.modal-backdrop.show{opacity:var(--bs-backdrop-opacity)}.modal-header{display:flex;display:-webkit-flex;flex-shrink:0;-webkit-flex-shrink:0;align-items:center;-webkit-align-items:center;justify-content:space-between;-webkit-justify-content:space-between;padding:var(--bs-modal-header-padding);border-bottom:var(--bs-modal-header-border-width) solid var(--bs-modal-header-border-color)}.modal-header .btn-close{padding:calc(var(--bs-modal-header-padding-y)*.5) calc(var(--bs-modal-header-padding-x)*.5);margin:calc(-0.5*var(--bs-modal-header-padding-y)) calc(-0.5*var(--bs-modal-header-padding-x)) calc(-0.5*var(--bs-modal-header-padding-y)) auto}.modal-title{margin-bottom:0;line-height:var(--bs-modal-title-line-height)}.modal-body{position:relative;flex:1 1 auto;-webkit-flex:1 1 auto;padding:var(--bs-modal-padding)}.modal-footer{display:flex;display:-webkit-flex;flex-shrink:0;-webkit-flex-shrink:0;flex-wrap:wrap;-webkit-flex-wrap:wrap;align-items:center;-webkit-align-items:center;justify-content:flex-end;-webkit-justify-content:flex-end;padding:calc(var(--bs-modal-padding) - var(--bs-modal-footer-gap)*.5);background-color:var(--bs-modal-footer-bg);border-top:var(--bs-modal-footer-border-width) solid var(--bs-modal-footer-border-color)}.modal-footer>*{margin:calc(var(--bs-modal-footer-gap)*.5)}@media(min-width: 576px){.modal{--bs-modal-margin: 1.75rem;--bs-modal-box-shadow: 0 0.5rem 1rem rgba(0, 0, 0, 0.15)}.modal-dialog{max-width:var(--bs-modal-width);margin-right:auto;margin-left:auto}.modal-sm{--bs-modal-width: 300px}}@media(min-width: 992px){.modal-lg,.modal-xl{--bs-modal-width: 800px}}@media(min-width: 1200px){.modal-xl{--bs-modal-width: 1140px}}.modal-fullscreen{width:100vw;max-width:none;height:100%;margin:0}.modal-fullscreen .modal-content{height:100%;border:0}.modal-fullscreen .modal-body{overflow-y:auto}@media(max-width: 575.98px){.modal-fullscreen-sm-down{width:100vw;max-width:none;height:100%;margin:0}.modal-fullscreen-sm-down .modal-content{height:100%;border:0}.modal-fullscreen-sm-down .modal-body{overflow-y:auto}}@media(max-width: 767.98px){.modal-fullscreen-md-down{width:100vw;max-width:none;height:100%;margin:0}.modal-fullscreen-md-down .modal-content{height:100%;border:0}.modal-fullscreen-md-down .modal-body{overflow-y:auto}}@media(max-width: 991.98px){.modal-fullscreen-lg-down{width:100vw;max-width:none;height:100%;margin:0}.modal-fullscreen-lg-down .modal-content{height:100%;border:0}.modal-fullscreen-lg-down .modal-body{overflow-y:auto}}@media(max-width: 1199.98px){.modal-fullscreen-xl-down{width:100vw;max-width:none;height:100%;margin:0}.modal-fullscreen-xl-down .modal-content{height:100%;border:0}.modal-fullscreen-xl-down .modal-body{overflow-y:auto}}@media(max-width: 1399.98px){.modal-fullscreen-xxl-down{width:100vw;max-width:none;height:100%;margin:0}.modal-fullscreen-xxl-down .modal-content{height:100%;border:0}.modal-fullscreen-xxl-down .modal-body{overflow-y:auto}}.tooltip{--bs-tooltip-zindex: 1080;--bs-tooltip-max-width: 200px;--bs-tooltip-padding-x: 0.5rem;--bs-tooltip-padding-y: 0.25rem;--bs-tooltip-margin: ;--bs-tooltip-font-size:0.875rem;--bs-tooltip-color: #fff;--bs-tooltip-bg: #000;--bs-tooltip-border-radius: 0.375rem;--bs-tooltip-opacity: 0.9;--bs-tooltip-arrow-width: 0.8rem;--bs-tooltip-arrow-height: 0.4rem;z-index:var(--bs-tooltip-zindex);display:block;margin:var(--bs-tooltip-margin);font-family:"Source Sans Pro",-apple-system,BlinkMacSystemFont,"Segoe UI",Roboto,"Helvetica Neue",Arial,sans-serif,"Apple Color Emoji","Segoe UI Emoji","Segoe UI 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J,Z="x"===y?zt:Vt,tt="x"===y?Rt:qt,et=A[w],it="y"===w?"height":"width",nt=et+g[Z],st=et-g[tt],ot=-1!==[zt,Vt].indexOf(_),rt=null!=(J=null==x?void 0:x[w])?J:0,at=ot?nt:et-E[it]-T[it]-rt+O.altAxis,lt=ot?et+E[it]+T[it]-rt-O.altAxis:st,ct=f&&ot?function(t,e,i){var n=Ne(t,e,i);return n>i?i:n}(at,et,lt):Ne(f?at:nt,et,f?lt:st);A[w]=ct,k[w]=ct-et}e.modifiersData[n]=k}},requiresIfExists:["offset"]};function di(t,e,i){void 0===i&&(i=!1);var n,s,o=me(e),r=me(e)&&function(t){var e=t.getBoundingClientRect(),i=we(e.width)/t.offsetWidth||1,n=we(e.height)/t.offsetHeight||1;return 1!==i||1!==n}(e),a=Le(e),l=Te(t,r,i),c={scrollLeft:0,scrollTop:0},h={x:0,y:0};return(o||!o&&!i)&&(("body"!==ue(e)||Ue(a))&&(c=(n=e)!==fe(n)&&me(n)?{scrollLeft:(s=n).scrollLeft,scrollTop:s.scrollTop}:Xe(n)),me(e)?((h=Te(e,!0)).x+=e.clientLeft,h.y+=e.clientTop):a&&(h.x=Ye(a))),{x:l.left+c.scrollLeft-h.x,y:l.top+c.scrollTop-h.y,width:l.width,height:l.height}}function ui(t){var e=new Map,i=new Set,n=[];function s(t){i.add(t.name),[].concat(t.requires||[],t.requiresIfExists||[]).forEach((function(t){if(!i.has(t)){var n=e.get(t);n&&s(n)}})),n.push(t)}return t.forEach((function(t){e.set(t.name,t)})),t.forEach((function(t){i.has(t.name)||s(t)})),n}var fi={placement:"bottom",modifiers:[],strategy:"absolute"};function pi(){for(var t=arguments.length,e=new Array(t),i=0;iNumber.parseInt(t,10))):"function"==typeof t?e=>t(e,this._element):t}_getPopperConfig(){const t={placement:this._getPlacement(),modifiers:[{name:"preventOverflow",options:{boundary:this._config.boundary}},{name:"offset",options:{offset:this._getOffset()}}]};return(this._inNavbar||"static"===this._config.display)&&(F.setDataAttribute(this._menu,"popper","static"),t.modifiers=[{name:"applyStyles",enabled:!1}]),{...t,...g(this._config.popperConfig,[t])}}_selectMenuItem({key:t,target:e}){const i=z.find(".dropdown-menu 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e=/input|textarea/i.test(t.target.tagName),i="Escape"===t.key,n=[Ei,Ti].includes(t.key);if(!n&&!i)return;if(e&&!i)return;t.preventDefault();const s=this.matches(Ii)?this:z.prev(this,Ii)[0]||z.next(this,Ii)[0]||z.findOne(Ii,t.delegateTarget.parentNode),o=qi.getOrCreateInstance(s);if(n)return t.stopPropagation(),o.show(),void o._selectMenuItem(t);o._isShown()&&(t.stopPropagation(),o.hide(),s.focus())}}N.on(document,Si,Ii,qi.dataApiKeydownHandler),N.on(document,Si,Pi,qi.dataApiKeydownHandler),N.on(document,Li,qi.clearMenus),N.on(document,Di,qi.clearMenus),N.on(document,Li,Ii,(function(t){t.preventDefault(),qi.getOrCreateInstance(this).toggle()})),m(qi);const Vi="backdrop",Ki="show",Qi=`mousedown.bs.${Vi}`,Xi={className:"modal-backdrop",clickCallback:null,isAnimated:!1,isVisible:!0,rootElement:"body"},Yi={className:"string",clickCallback:"(function|null)",isAnimated:"boolean",isVisible:"boolean",rootElement:"(element|string)"};class Ui extends H{constructor(t){super(),this._config=this._getConfig(t),this._isAppended=!1,this._element=null}static get Default(){return Xi}static get DefaultType(){return Yi}static get NAME(){return Vi}show(t){if(!this._config.isVisible)return void g(t);this._append();const e=this._getElement();this._config.isAnimated&&d(e),e.classList.add(Ki),this._emulateAnimation((()=>{g(t)}))}hide(t){this._config.isVisible?(this._getElement().classList.remove(Ki),this._emulateAnimation((()=>{this.dispose(),g(t)}))):g(t)}dispose(){this._isAppended&&(N.off(this._element,Qi),this._element.remove(),this._isAppended=!1)}_getElement(){if(!this._element){const t=document.createElement("div");t.className=this._config.className,this._config.isAnimated&&t.classList.add("fade"),this._element=t}return this._element}_configAfterMerge(t){return t.rootElement=r(t.rootElement),t}_append(){if(this._isAppended)return;const t=this._getElement();this._config.rootElement.append(t),N.on(t,Qi,(()=>{g(this._config.clickCallback)})),this._isAppended=!0}_emulateAnimation(t){_(t,this._getElement(),this._config.isAnimated)}}const Gi=".bs.focustrap",Ji=`focusin${Gi}`,Zi=`keydown.tab${Gi}`,tn="backward",en={autofocus:!0,trapElement:null},nn={autofocus:"boolean",trapElement:"element"};class sn extends H{constructor(t){super(),this._config=this._getConfig(t),this._isActive=!1,this._lastTabNavDirection=null}static get Default(){return en}static get DefaultType(){return nn}static get NAME(){return"focustrap"}activate(){this._isActive||(this._config.autofocus&&this._config.trapElement.focus(),N.off(document,Gi),N.on(document,Ji,(t=>this._handleFocusin(t))),N.on(document,Zi,(t=>this._handleKeydown(t))),this._isActive=!0)}deactivate(){this._isActive&&(this._isActive=!1,N.off(document,Gi))}_handleFocusin(t){const{trapElement:e}=this._config;if(t.target===document||t.target===e||e.contains(t.target))return;const i=z.focusableChildren(e);0===i.length?e.focus():this._lastTabNavDirection===tn?i[i.length-1].focus():i[0].focus()}_handleKeydown(t){"Tab"===t.key&&(this._lastTabNavDirection=t.shiftKey?tn:"forward")}}const on=".fixed-top, .fixed-bottom, .is-fixed, .sticky-top",rn=".sticky-top",an="padding-right",ln="margin-right";class cn{constructor(){this._element=document.body}getWidth(){const t=document.documentElement.clientWidth;return Math.abs(window.innerWidth-t)}hide(){const t=this.getWidth();this._disableOverFlow(),this._setElementAttributes(this._element,an,(e=>e+t)),this._setElementAttributes(on,an,(e=>e+t)),this._setElementAttributes(rn,ln,(e=>e-t))}reset(){this._resetElementAttributes(this._element,"overflow"),this._resetElementAttributes(this._element,an),this._resetElementAttributes(on,an),this._resetElementAttributes(rn,ln)}isOverflowing(){return this.getWidth()>0}_disableOverFlow(){this._saveInitialAttribute(this._element,"overflow"),this._element.style.overflow="hidden"}_setElementAttributes(t,e,i){const n=this.getWidth();this._applyManipulationCallback(t,(t=>{if(t!==this._element&&window.innerWidth>t.clientWidth+n)return;this._saveInitialAttribute(t,e);const s=window.getComputedStyle(t).getPropertyValue(e);t.style.setProperty(e,`${i(Number.parseFloat(s))}px`)}))}_saveInitialAttribute(t,e){const i=t.style.getPropertyValue(e);i&&F.setDataAttribute(t,e,i)}_resetElementAttributes(t,e){this._applyManipulationCallback(t,(t=>{const i=F.getDataAttribute(t,e);null!==i?(F.removeDataAttribute(t,e),t.style.setProperty(e,i)):t.style.removeProperty(e)}))}_applyManipulationCallback(t,e){if(o(t))e(t);else for(const i of z.find(t,this._element))e(i)}}const hn=".bs.modal",dn=`hide${hn}`,un=`hidePrevented${hn}`,fn=`hidden${hn}`,pn=`show${hn}`,mn=`shown${hn}`,gn=`resize${hn}`,_n=`click.dismiss${hn}`,bn=`mousedown.dismiss${hn}`,vn=`keydown.dismiss${hn}`,yn=`click${hn}.data-api`,wn="modal-open",An="show",En="modal-static",Tn={backdrop:!0,focus:!0,keyboard:!0},Cn={backdrop:"(boolean|string)",focus:"boolean",keyboard:"boolean"};class On extends W{constructor(t,e){super(t,e),this._dialog=z.findOne(".modal-dialog",this._element),this._backdrop=this._initializeBackDrop(),this._focustrap=this._initializeFocusTrap(),this._isShown=!1,this._isTransitioning=!1,this._scrollBar=new cn,this._addEventListeners()}static get Default(){return Tn}static get DefaultType(){return Cn}static get NAME(){return"modal"}toggle(t){return this._isShown?this.hide():this.show(t)}show(t){this._isShown||this._isTransitioning||N.trigger(this._element,pn,{relatedTarget:t}).defaultPrevented||(this._isShown=!0,this._isTransitioning=!0,this._scrollBar.hide(),document.body.classList.add(wn),this._adjustDialog(),this._backdrop.show((()=>this._showElement(t))))}hide(){this._isShown&&!this._isTransitioning&&(N.trigger(this._element,dn).defaultPrevented||(this._isShown=!1,this._isTransitioning=!0,this._focustrap.deactivate(),this._element.classList.remove(An),this._queueCallback((()=>this._hideModal()),this._element,this._isAnimated())))}dispose(){N.off(window,hn),N.off(this._dialog,hn),this._backdrop.dispose(),this._focustrap.deactivate(),super.dispose()}handleUpdate(){this._adjustDialog()}_initializeBackDrop(){return new Ui({isVisible:Boolean(this._config.backdrop),isAnimated:this._isAnimated()})}_initializeFocusTrap(){return new sn({trapElement:this._element})}_showElement(t){document.body.contains(this._element)||document.body.append(this._element),this._element.style.display="block",this._element.removeAttribute("aria-hidden"),this._element.setAttribute("aria-modal",!0),this._element.setAttribute("role","dialog"),this._element.scrollTop=0;const e=z.findOne(".modal-body",this._dialog);e&&(e.scrollTop=0),d(this._element),this._element.classList.add(An),this._queueCallback((()=>{this._config.focus&&this._focustrap.activate(),this._isTransitioning=!1,N.trigger(this._element,mn,{relatedTarget:t})}),this._dialog,this._isAnimated())}_addEventListeners(){N.on(this._element,vn,(t=>{"Escape"===t.key&&(this._config.keyboard?this.hide():this._triggerBackdropTransition())})),N.on(window,gn,(()=>{this._isShown&&!this._isTransitioning&&this._adjustDialog()})),N.on(this._element,bn,(t=>{N.one(this._element,_n,(e=>{this._element===t.target&&this._element===e.target&&("static"!==this._config.backdrop?this._config.backdrop&&this.hide():this._triggerBackdropTransition())}))}))}_hideModal(){this._element.style.display="none",this._element.setAttribute("aria-hidden",!0),this._element.removeAttribute("aria-modal"),this._element.removeAttribute("role"),this._isTransitioning=!1,this._backdrop.hide((()=>{document.body.classList.remove(wn),this._resetAdjustments(),this._scrollBar.reset(),N.trigger(this._element,fn)}))}_isAnimated(){return this._element.classList.contains("fade")}_triggerBackdropTransition(){if(N.trigger(this._element,un).defaultPrevented)return;const t=this._element.scrollHeight>document.documentElement.clientHeight,e=this._element.style.overflowY;"hidden"===e||this._element.classList.contains(En)||(t||(this._element.style.overflowY="hidden"),this._element.classList.add(En),this._queueCallback((()=>{this._element.classList.remove(En),this._queueCallback((()=>{this._element.style.overflowY=e}),this._dialog)}),this._dialog),this._element.focus())}_adjustDialog(){const t=this._element.scrollHeight>document.documentElement.clientHeight,e=this._scrollBar.getWidth(),i=e>0;if(i&&!t){const t=p()?"paddingLeft":"paddingRight";this._element.style[t]=`${e}px`}if(!i&&t){const t=p()?"paddingRight":"paddingLeft";this._element.style[t]=`${e}px`}}_resetAdjustments(){this._element.style.paddingLeft="",this._element.style.paddingRight=""}static jQueryInterface(t,e){return this.each((function(){const i=On.getOrCreateInstance(this,t);if("string"==typeof t){if(void 0===i[t])throw new TypeError(`No method named "${t}"`);i[t](e)}}))}}N.on(document,yn,'[data-bs-toggle="modal"]',(function(t){const e=z.getElementFromSelector(this);["A","AREA"].includes(this.tagName)&&t.preventDefault(),N.one(e,pn,(t=>{t.defaultPrevented||N.one(e,fn,(()=>{a(this)&&this.focus()}))}));const i=z.findOne(".modal.show");i&&On.getInstance(i).hide(),On.getOrCreateInstance(e).toggle(this)})),R(On),m(On);const xn=".bs.offcanvas",kn=".data-api",Ln=`load${xn}${kn}`,Sn="show",Dn="showing",$n="hiding",In=".offcanvas.show",Nn=`show${xn}`,Pn=`shown${xn}`,Mn=`hide${xn}`,jn=`hidePrevented${xn}`,Fn=`hidden${xn}`,Hn=`resize${xn}`,Wn=`click${xn}${kn}`,Bn=`keydown.dismiss${xn}`,zn={backdrop:!0,keyboard:!0,scroll:!1},Rn={backdrop:"(boolean|string)",keyboard:"boolean",scroll:"boolean"};class qn extends W{constructor(t,e){super(t,e),this._isShown=!1,this._backdrop=this._initializeBackDrop(),this._focustrap=this._initializeFocusTrap(),this._addEventListeners()}static get Default(){return zn}static get DefaultType(){return Rn}static get NAME(){return"offcanvas"}toggle(t){return this._isShown?this.hide():this.show(t)}show(t){this._isShown||N.trigger(this._element,Nn,{relatedTarget:t}).defaultPrevented||(this._isShown=!0,this._backdrop.show(),this._config.scroll||(new cn).hide(),this._element.setAttribute("aria-modal",!0),this._element.setAttribute("role","dialog"),this._element.classList.add(Dn),this._queueCallback((()=>{this._config.scroll&&!this._config.backdrop||this._focustrap.activate(),this._element.classList.add(Sn),this._element.classList.remove(Dn),N.trigger(this._element,Pn,{relatedTarget:t})}),this._element,!0))}hide(){this._isShown&&(N.trigger(this._element,Mn).defaultPrevented||(this._focustrap.deactivate(),this._element.blur(),this._isShown=!1,this._element.classList.add($n),this._backdrop.hide(),this._queueCallback((()=>{this._element.classList.remove(Sn,$n),this._element.removeAttribute("aria-modal"),this._element.removeAttribute("role"),this._config.scroll||(new cn).reset(),N.trigger(this._element,Fn)}),this._element,!0)))}dispose(){this._backdrop.dispose(),this._focustrap.deactivate(),super.dispose()}_initializeBackDrop(){const t=Boolean(this._config.backdrop);return new Ui({className:"offcanvas-backdrop",isVisible:t,isAnimated:!0,rootElement:this._element.parentNode,clickCallback:t?()=>{"static"!==this._config.backdrop?this.hide():N.trigger(this._element,jn)}:null})}_initializeFocusTrap(){return new sn({trapElement:this._element})}_addEventListeners(){N.on(this._element,Bn,(t=>{"Escape"===t.key&&(this._config.keyboard?this.hide():N.trigger(this._element,jn))}))}static jQueryInterface(t){return this.each((function(){const e=qn.getOrCreateInstance(this,t);if("string"==typeof t){if(void 0===e[t]||t.startsWith("_")||"constructor"===t)throw new TypeError(`No method named "${t}"`);e[t](this)}}))}}N.on(document,Wn,'[data-bs-toggle="offcanvas"]',(function(t){const e=z.getElementFromSelector(this);if(["A","AREA"].includes(this.tagName)&&t.preventDefault(),l(this))return;N.one(e,Fn,(()=>{a(this)&&this.focus()}));const i=z.findOne(In);i&&i!==e&&qn.getInstance(i).hide(),qn.getOrCreateInstance(e).toggle(this)})),N.on(window,Ln,(()=>{for(const t of z.find(In))qn.getOrCreateInstance(t).show()})),N.on(window,Hn,(()=>{for(const t of z.find("[aria-modal][class*=show][class*=offcanvas-]"))"fixed"!==getComputedStyle(t).position&&qn.getOrCreateInstance(t).hide()})),R(qn),m(qn);const Vn={"*":["class","dir","id","lang","role",/^aria-[\w-]*$/i],a:["target","href","title","rel"],area:[],b:[],br:[],col:[],code:[],div:[],em:[],hr:[],h1:[],h2:[],h3:[],h4:[],h5:[],h6:[],i:[],img:["src","srcset","alt","title","width","height"],li:[],ol:[],p:[],pre:[],s:[],small:[],span:[],sub:[],sup:[],strong:[],u:[],ul:[]},Kn=new Set(["background","cite","href","itemtype","longdesc","poster","src","xlink:href"]),Qn=/^(?!javascript:)(?:[a-z0-9+.-]+:|[^&:/?#]*(?:[/?#]|$))/i,Xn=(t,e)=>{const i=t.nodeName.toLowerCase();return e.includes(i)?!Kn.has(i)||Boolean(Qn.test(t.nodeValue)):e.filter((t=>t instanceof RegExp)).some((t=>t.test(i)))},Yn={allowList:Vn,content:{},extraClass:"",html:!1,sanitize:!0,sanitizeFn:null,template:"
"},Un={allowList:"object",content:"object",extraClass:"(string|function)",html:"boolean",sanitize:"boolean",sanitizeFn:"(null|function)",template:"string"},Gn={entry:"(string|element|function|null)",selector:"(string|element)"};class Jn extends H{constructor(t){super(),this._config=this._getConfig(t)}static get Default(){return Yn}static get DefaultType(){return Un}static get NAME(){return"TemplateFactory"}getContent(){return Object.values(this._config.content).map((t=>this._resolvePossibleFunction(t))).filter(Boolean)}hasContent(){return this.getContent().length>0}changeContent(t){return this._checkContent(t),this._config.content={...this._config.content,...t},this}toHtml(){const t=document.createElement("div");t.innerHTML=this._maybeSanitize(this._config.template);for(const[e,i]of Object.entries(this._config.content))this._setContent(t,i,e);const e=t.children[0],i=this._resolvePossibleFunction(this._config.extraClass);return i&&e.classList.add(...i.split(" ")),e}_typeCheckConfig(t){super._typeCheckConfig(t),this._checkContent(t.content)}_checkContent(t){for(const[e,i]of Object.entries(t))super._typeCheckConfig({selector:e,entry:i},Gn)}_setContent(t,e,i){const n=z.findOne(i,t);n&&((e=this._resolvePossibleFunction(e))?o(e)?this._putElementInTemplate(r(e),n):this._config.html?n.innerHTML=this._maybeSanitize(e):n.textContent=e:n.remove())}_maybeSanitize(t){return this._config.sanitize?function(t,e,i){if(!t.length)return t;if(i&&"function"==typeof i)return i(t);const n=(new window.DOMParser).parseFromString(t,"text/html"),s=[].concat(...n.body.querySelectorAll("*"));for(const t of s){const i=t.nodeName.toLowerCase();if(!Object.keys(e).includes(i)){t.remove();continue}const n=[].concat(...t.attributes),s=[].concat(e["*"]||[],e[i]||[]);for(const e of n)Xn(e,s)||t.removeAttribute(e.nodeName)}return n.body.innerHTML}(t,this._config.allowList,this._config.sanitizeFn):t}_resolvePossibleFunction(t){return 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1; + } +} + +/** + * @private + */ + +var FilterSet = function () { + function FilterSet() { + _classCallCheck(this, FilterSet); + + this.reset(); + } + + _createClass(FilterSet, [{ + key: "reset", + value: function reset() { + // Key: handle ID, Value: array of selected keys, or null + this._handles = {}; + // Key: key string, Value: count of handles that include it + this._keys = {}; + this._value = null; + this._activeHandles = 0; + } + }, { + key: "update", + value: function update(handleId, keys) { + if (keys !== null) { + keys = keys.slice(0); // clone before sorting + keys.sort(naturalComparator); + } + + var _diffSortedLists = (0, _util.diffSortedLists)(this._handles[handleId], keys), + added = _diffSortedLists.added, + removed = _diffSortedLists.removed; + + this._handles[handleId] = keys; + + for (var i = 0; i < added.length; i++) { + this._keys[added[i]] = (this._keys[added[i]] || 0) + 1; + } + for (var _i = 0; _i < removed.length; _i++) { + this._keys[removed[_i]]--; + } + + this._updateValue(keys); + } + + /** + * @param {string[]} keys Sorted array of strings that indicate + * a superset of possible keys. + * @private + */ + + }, { + key: "_updateValue", + value: function _updateValue() { + var keys = arguments.length > 0 && arguments[0] !== undefined ? arguments[0] : this._allKeys; + + var handleCount = Object.keys(this._handles).length; + if (handleCount === 0) { + this._value = null; + } else { + this._value = []; + for (var i = 0; i < keys.length; i++) { + var count = this._keys[keys[i]]; + if (count === handleCount) { + this._value.push(keys[i]); + } + } + } + } + }, { + key: "clear", + value: function clear(handleId) { + if (typeof this._handles[handleId] === "undefined") { + return; + } + + var keys = this._handles[handleId]; + if (!keys) { + keys = []; + } + + for (var i = 0; i < keys.length; i++) { + this._keys[keys[i]]--; + } + delete this._handles[handleId]; + + this._updateValue(); + } + }, { + key: "value", + get: function get() { + return this._value; + } + }, { + key: "_allKeys", + get: function get() { + var allKeys = Object.keys(this._keys); + allKeys.sort(naturalComparator); + return allKeys; + } + }]); + + return FilterSet; +}(); + +exports.default = FilterSet; + +},{"./util":11}],4:[function(require,module,exports){ +(function (global){ +"use strict"; + +Object.defineProperty(exports, "__esModule", { + value: true +}); + +var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }(); + +var _typeof = typeof Symbol === "function" && typeof Symbol.iterator === "symbol" ? function (obj) { return typeof obj; } : function (obj) { return obj && typeof Symbol === "function" && obj.constructor === Symbol && obj !== Symbol.prototype ? "symbol" : typeof obj; }; + +exports.default = group; + +var _var2 = require("./var"); + +var _var3 = _interopRequireDefault(_var2); + +function _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { default: obj }; } + +function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } } + +// Use a global so that multiple copies of crosstalk.js can be loaded and still +// have groups behave as singletons across all copies. +global.__crosstalk_groups = global.__crosstalk_groups || {}; +var groups = global.__crosstalk_groups; + +function group(groupName) { + if (groupName && typeof groupName === "string") { + if (!groups.hasOwnProperty(groupName)) { + groups[groupName] = new Group(groupName); + } + return groups[groupName]; + } else if ((typeof groupName === "undefined" ? "undefined" : _typeof(groupName)) === "object" && groupName._vars && groupName.var) { + // Appears to already be a group object + return groupName; + } else if (Array.isArray(groupName) && groupName.length == 1 && typeof groupName[0] === "string") { + return group(groupName[0]); + } else { + throw new Error("Invalid groupName argument"); + } +} + +var Group = function () { + function Group(name) { + _classCallCheck(this, Group); + + this.name = name; + this._vars = {}; + } + + _createClass(Group, [{ + key: "var", + value: function _var(name) { + if (!name || typeof name !== "string") { + throw new Error("Invalid var name"); + } + + if (!this._vars.hasOwnProperty(name)) this._vars[name] = new _var3.default(this, name); + return this._vars[name]; + } + }, { + key: "has", + value: function has(name) { + if (!name || typeof name !== "string") { + throw new Error("Invalid var name"); + } + + return this._vars.hasOwnProperty(name); + } + }]); + + return Group; +}(); + +}).call(this,typeof global !== "undefined" ? global : typeof self !== "undefined" ? self : typeof window !== "undefined" ? window : {}) + +},{"./var":12}],5:[function(require,module,exports){ +(function (global){ +"use strict"; + +Object.defineProperty(exports, "__esModule", { + value: true +}); + +var _group = require("./group"); + +var _group2 = _interopRequireDefault(_group); + +var _selection = require("./selection"); + +var _filter = require("./filter"); + +var _input = require("./input"); + +require("./input_selectize"); + +require("./input_checkboxgroup"); + +require("./input_slider"); + +function _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { default: obj }; } + +var defaultGroup = (0, _group2.default)("default"); + +function var_(name) { + return defaultGroup.var(name); +} + +function has(name) { + return defaultGroup.has(name); +} + +if (global.Shiny) { + global.Shiny.addCustomMessageHandler("update-client-value", function (message) { + if (typeof message.group === "string") { + (0, _group2.default)(message.group).var(message.name).set(message.value); + } else { + var_(message.name).set(message.value); + } + }); +} + +var crosstalk = { + group: _group2.default, + var: var_, + has: has, + SelectionHandle: _selection.SelectionHandle, + FilterHandle: _filter.FilterHandle, + bind: _input.bind +}; + +/** + * @namespace crosstalk + */ +exports.default = crosstalk; + +global.crosstalk = crosstalk; + +}).call(this,typeof global !== "undefined" ? global : typeof self !== "undefined" ? self : typeof window !== "undefined" ? window : {}) + +},{"./filter":2,"./group":4,"./input":6,"./input_checkboxgroup":7,"./input_selectize":8,"./input_slider":9,"./selection":10}],6:[function(require,module,exports){ +(function (global){ +"use strict"; + +Object.defineProperty(exports, "__esModule", { + value: true +}); +exports.register = register; +exports.bind = bind; +var $ = global.jQuery; + +var bindings = {}; + +function register(reg) { + bindings[reg.className] = reg; + if (global.document && global.document.readyState !== "complete") { + $(function () { + bind(); + }); + } else if (global.document) { + setTimeout(bind, 100); + } +} + +function bind() { + Object.keys(bindings).forEach(function (className) { + var binding = bindings[className]; + $("." + binding.className).not(".crosstalk-input-bound").each(function (i, el) { + bindInstance(binding, el); + }); + }); +} + +// Escape jQuery identifier +function $escape(val) { + return val.replace(/([!"#$%&'()*+,./:;<=>?@[\\\]^`{|}~])/g, "\\$1"); +} + +function bindEl(el) { + var $el = $(el); + Object.keys(bindings).forEach(function (className) { + if ($el.hasClass(className) && !$el.hasClass("crosstalk-input-bound")) { + var binding = bindings[className]; + bindInstance(binding, el); + } + }); +} + +function bindInstance(binding, el) { + var jsonEl = $(el).find("script[type='application/json'][data-for='" + $escape(el.id) + "']"); + var data = JSON.parse(jsonEl[0].innerText); + + var instance = binding.factory(el, data); + $(el).data("crosstalk-instance", instance); + $(el).addClass("crosstalk-input-bound"); +} + +if (global.Shiny) { + var inputBinding = new global.Shiny.InputBinding(); + var _$ = global.jQuery; + _$.extend(inputBinding, { + find: function find(scope) { + return _$(scope).find(".crosstalk-input"); + }, + initialize: function initialize(el) { + if (!_$(el).hasClass("crosstalk-input-bound")) { + bindEl(el); + } + }, + getId: function getId(el) { + return el.id; + }, + getValue: function getValue(el) {}, + setValue: function setValue(el, value) {}, + receiveMessage: function receiveMessage(el, data) {}, + subscribe: function subscribe(el, callback) { + _$(el).data("crosstalk-instance").resume(); + }, + unsubscribe: function unsubscribe(el) { + _$(el).data("crosstalk-instance").suspend(); + } + }); + global.Shiny.inputBindings.register(inputBinding, "crosstalk.inputBinding"); +} + +}).call(this,typeof global !== "undefined" ? global : typeof self !== "undefined" ? self : typeof window !== "undefined" ? window : {}) + +},{}],7:[function(require,module,exports){ +(function (global){ +"use strict"; + +var _input = require("./input"); + +var input = _interopRequireWildcard(_input); + +var _filter = require("./filter"); + +function _interopRequireWildcard(obj) { if (obj && obj.__esModule) { return obj; } else { var newObj = {}; if (obj != null) { for (var key in obj) { if (Object.prototype.hasOwnProperty.call(obj, key)) newObj[key] = obj[key]; } } newObj.default = obj; return newObj; } } + +var $ = global.jQuery; + +input.register({ + className: "crosstalk-input-checkboxgroup", + + factory: function factory(el, data) { + /* + * map: {"groupA": ["keyA", "keyB", ...], ...} + * group: "ct-groupname" + */ + var ctHandle = new _filter.FilterHandle(data.group); + + var lastKnownKeys = void 0; + var $el = $(el); + $el.on("change", "input[type='checkbox']", function () { + var checked = $el.find("input[type='checkbox']:checked"); + if (checked.length === 0) { + lastKnownKeys = null; + ctHandle.clear(); + } else { + var keys = {}; + checked.each(function () { + data.map[this.value].forEach(function (key) { + keys[key] = true; + }); + }); + var keyArray = Object.keys(keys); + keyArray.sort(); + lastKnownKeys = keyArray; + ctHandle.set(keyArray); + } + }); + + return { + suspend: function suspend() { + ctHandle.clear(); + }, + resume: function resume() { + if (lastKnownKeys) ctHandle.set(lastKnownKeys); + } + }; + } +}); + +}).call(this,typeof global !== "undefined" ? global : typeof self !== "undefined" ? self : typeof window !== "undefined" ? window : {}) + +},{"./filter":2,"./input":6}],8:[function(require,module,exports){ +(function (global){ +"use strict"; + +var _input = require("./input"); + +var input = _interopRequireWildcard(_input); + +var _util = require("./util"); + +var util = _interopRequireWildcard(_util); + +var _filter = require("./filter"); + +function _interopRequireWildcard(obj) { if (obj && obj.__esModule) { return obj; } else { var newObj = {}; if (obj != null) { for (var key in obj) { if (Object.prototype.hasOwnProperty.call(obj, key)) newObj[key] = obj[key]; } } newObj.default = obj; return newObj; } } + +var $ = global.jQuery; + +input.register({ + className: "crosstalk-input-select", + + factory: function factory(el, data) { + /* + * items: {value: [...], label: [...]} + * map: {"groupA": ["keyA", "keyB", ...], ...} + * group: "ct-groupname" + */ + + var first = [{ value: "", label: "(All)" }]; + var items = util.dataframeToD3(data.items); + var opts = { + options: first.concat(items), + valueField: "value", + labelField: "label", + searchField: "label" + }; + + var select = $(el).find("select")[0]; + + var selectize = $(select).selectize(opts)[0].selectize; + + var ctHandle = new _filter.FilterHandle(data.group); + + var lastKnownKeys = void 0; + selectize.on("change", function () { + if (selectize.items.length === 0) { + lastKnownKeys = null; + ctHandle.clear(); + } else { + var keys = {}; + selectize.items.forEach(function (group) { + data.map[group].forEach(function (key) { + keys[key] = true; + }); + }); + var keyArray = Object.keys(keys); + keyArray.sort(); + lastKnownKeys = keyArray; + ctHandle.set(keyArray); + } + }); + + return { + suspend: function suspend() { + ctHandle.clear(); + }, + resume: function resume() { + if (lastKnownKeys) ctHandle.set(lastKnownKeys); + } + }; + } +}); + +}).call(this,typeof global !== "undefined" ? global : typeof self !== "undefined" ? self : typeof window !== "undefined" ? window : {}) + +},{"./filter":2,"./input":6,"./util":11}],9:[function(require,module,exports){ +(function (global){ +"use strict"; + +var _slicedToArray = function () { function sliceIterator(arr, i) { var _arr = []; var _n = true; var _d = false; var _e = undefined; try { for (var _i = arr[Symbol.iterator](), _s; !(_n = (_s = _i.next()).done); _n = true) { _arr.push(_s.value); if (i && _arr.length === i) break; } } catch (err) { _d = true; _e = err; } finally { try { if (!_n && _i["return"]) _i["return"](); } finally { if (_d) throw _e; } } return _arr; } return function (arr, i) { if (Array.isArray(arr)) { return arr; } else if (Symbol.iterator in Object(arr)) { return sliceIterator(arr, i); } else { throw new TypeError("Invalid attempt to destructure non-iterable instance"); } }; }(); + +var _input = require("./input"); + +var input = _interopRequireWildcard(_input); + +var _filter = require("./filter"); + +function _interopRequireWildcard(obj) { if (obj && obj.__esModule) { return obj; } else { var newObj = {}; if (obj != null) { for (var key in obj) { if (Object.prototype.hasOwnProperty.call(obj, key)) newObj[key] = obj[key]; } } newObj.default = obj; return newObj; } } + +var $ = global.jQuery; +var strftime = global.strftime; + +input.register({ + className: "crosstalk-input-slider", + + factory: function factory(el, data) { + /* + * map: {"groupA": ["keyA", "keyB", ...], ...} + * group: "ct-groupname" + */ + var ctHandle = new _filter.FilterHandle(data.group); + + var opts = {}; + var $el = $(el).find("input"); + var dataType = $el.data("data-type"); + var timeFormat = $el.data("time-format"); + var round = $el.data("round"); + var timeFormatter = void 0; + + // Set up formatting functions + if (dataType === "date") { + timeFormatter = strftime.utc(); + opts.prettify = function (num) { + return timeFormatter(timeFormat, new Date(num)); + }; + } else if (dataType === "datetime") { + var timezone = $el.data("timezone"); + if (timezone) timeFormatter = strftime.timezone(timezone);else timeFormatter = strftime; + + opts.prettify = function (num) { + return timeFormatter(timeFormat, new Date(num)); + }; + } else if (dataType === "number") { + if (typeof round !== "undefined") opts.prettify = function (num) { + var factor = Math.pow(10, round); + return Math.round(num * factor) / factor; + }; + } + + $el.ionRangeSlider(opts); + + function getValue() { + var result = $el.data("ionRangeSlider").result; + + // Function for converting numeric value from slider to appropriate type. + var convert = void 0; + var dataType = $el.data("data-type"); + if (dataType === "date") { + convert = function convert(val) { + return formatDateUTC(new Date(+val)); + }; + } else if (dataType === "datetime") { + convert = function convert(val) { + // Convert ms to s + return +val / 1000; + }; + } else { + convert = function convert(val) { + return +val; + }; + } + + if ($el.data("ionRangeSlider").options.type === "double") { + return [convert(result.from), convert(result.to)]; + } else { + return convert(result.from); + } + } + + var lastKnownKeys = null; + + $el.on("change.crosstalkSliderInput", function (event) { + if (!$el.data("updating") && !$el.data("animating")) { + var _getValue = getValue(), + _getValue2 = _slicedToArray(_getValue, 2), + from = _getValue2[0], + to = _getValue2[1]; + + var keys = []; + for (var i = 0; i < data.values.length; i++) { + var val = data.values[i]; + if (val >= from && val <= to) { + keys.push(data.keys[i]); + } + } + keys.sort(); + ctHandle.set(keys); + lastKnownKeys = keys; + } + }); + + // let $el = $(el); + // $el.on("change", "input[type="checkbox"]", function() { + // let checked = $el.find("input[type="checkbox"]:checked"); + // if (checked.length === 0) { + // ctHandle.clear(); + // } else { + // let keys = {}; + // checked.each(function() { + // data.map[this.value].forEach(function(key) { + // keys[key] = true; + // }); + // }); + // let keyArray = Object.keys(keys); + // keyArray.sort(); + // ctHandle.set(keyArray); + // } + // }); + + return { + suspend: function suspend() { + ctHandle.clear(); + }, + resume: function resume() { + if (lastKnownKeys) ctHandle.set(lastKnownKeys); + } + }; + } +}); + +// Convert a number to a string with leading zeros +function padZeros(n, digits) { + var str = n.toString(); + while (str.length < digits) { + str = "0" + str; + }return str; +} + +// Given a Date object, return a string in yyyy-mm-dd format, using the +// UTC date. This may be a day off from the date in the local time zone. +function formatDateUTC(date) { + if (date instanceof Date) { + return date.getUTCFullYear() + "-" + padZeros(date.getUTCMonth() + 1, 2) + "-" + padZeros(date.getUTCDate(), 2); + } else { + return null; + } +} + +}).call(this,typeof global !== "undefined" ? global : typeof self !== "undefined" ? self : typeof window !== "undefined" ? window : {}) + +},{"./filter":2,"./input":6}],10:[function(require,module,exports){ +"use strict"; + +Object.defineProperty(exports, "__esModule", { + value: true +}); +exports.SelectionHandle = undefined; + +var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }(); + +var _events = require("./events"); + +var _events2 = _interopRequireDefault(_events); + +var _group = require("./group"); + +var _group2 = _interopRequireDefault(_group); + +var _util = require("./util"); + +var util = _interopRequireWildcard(_util); + +function _interopRequireWildcard(obj) { if (obj && obj.__esModule) { return obj; } else { var newObj = {}; if (obj != null) { for (var key in obj) { if (Object.prototype.hasOwnProperty.call(obj, key)) newObj[key] = obj[key]; } } newObj.default = obj; return newObj; } } + +function _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { default: obj }; } + +function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } } + +/** + * Use this class to read and write (and listen for changes to) the selection + * for a Crosstalk group. This is intended to be used for linked brushing. + * + * If two (or more) `SelectionHandle` instances in the same webpage share the + * same group name, they will share the same state. Setting the selection using + * one `SelectionHandle` instance will result in the `value` property instantly + * changing across the others, and `"change"` event listeners on all instances + * (including the one that initiated the sending) will fire. + * + * @param {string} [group] - The name of the Crosstalk group, or if none, + * null or undefined (or any other falsy value). This can be changed later + * via the [SelectionHandle#setGroup](#setGroup) method. + * @param {Object} [extraInfo] - An object whose properties will be copied to + * the event object whenever an event is emitted. + */ +var SelectionHandle = exports.SelectionHandle = function () { + function SelectionHandle() { + var group = arguments.length > 0 && arguments[0] !== undefined ? arguments[0] : null; + var extraInfo = arguments.length > 1 && arguments[1] !== undefined ? arguments[1] : null; + + _classCallCheck(this, SelectionHandle); + + this._eventRelay = new _events2.default(); + this._emitter = new util.SubscriptionTracker(this._eventRelay); + + // Name of the group we're currently tracking, if any. Can change over time. + this._group = null; + // The Var we're currently tracking, if any. Can change over time. + this._var = null; + // The event handler subscription we currently have on var.on("change"). + this._varOnChangeSub = null; + + this._extraInfo = util.extend({ sender: this }, extraInfo); + + this.setGroup(group); + } + + /** + * Changes the Crosstalk group membership of this SelectionHandle. The group + * being switched away from (if any) will not have its selection value + * modified as a result of calling `setGroup`, even if this handle was the + * most recent handle to set the selection of the group. + * + * The group being switched to (if any) will also not have its selection value + * modified as a result of calling `setGroup`. If you want to set the + * selection value of the new group, call `set` explicitly. + * + * @param {string} group - The name of the Crosstalk group, or null (or + * undefined) to clear the group. + */ + + + _createClass(SelectionHandle, [{ + key: "setGroup", + value: function setGroup(group) { + var _this = this; + + // If group is unchanged, do nothing + if (this._group === group) return; + // Treat null, undefined, and other falsy values the same + if (!this._group && !group) return; + + if (this._var) { + this._var.off("change", this._varOnChangeSub); + this._var = null; + this._varOnChangeSub = null; + } + + this._group = group; + + if (group) { + this._var = (0, _group2.default)(group).var("selection"); + var sub = this._var.on("change", function (e) { + _this._eventRelay.trigger("change", e, _this); + }); + this._varOnChangeSub = sub; + } + } + + /** + * Retrieves the current selection for the group represented by this + * `SelectionHandle`. + * + * - If no selection is active, then this value will be falsy. + * - If a selection is active, but no data points are selected, then this + * value will be an empty array. + * - If a selection is active, and data points are selected, then the keys + * of the selected data points will be present in the array. + */ + + }, { + key: "_mergeExtraInfo", + + + /** + * Combines the given `extraInfo` (if any) with the handle's default + * `_extraInfo` (if any). + * @private + */ + value: function _mergeExtraInfo(extraInfo) { + // Important incidental effect: shallow clone is returned + return util.extend({}, this._extraInfo ? this._extraInfo : null, extraInfo ? extraInfo : null); + } + + /** + * Overwrites the current selection for the group, and raises the `"change"` + * event among all of the group's '`SelectionHandle` instances (including + * this one). + * + * @fires SelectionHandle#change + * @param {string[]} selectedKeys - Falsy, empty array, or array of keys (see + * {@link SelectionHandle#value}). + * @param {Object} [extraInfo] - Extra properties to be included on the event + * object that's passed to listeners (in addition to any options that were + * passed into the `SelectionHandle` constructor). + */ + + }, { + key: "set", + value: function set(selectedKeys, extraInfo) { + if (this._var) this._var.set(selectedKeys, this._mergeExtraInfo(extraInfo)); + } + + /** + * Overwrites the current selection for the group, and raises the `"change"` + * event among all of the group's '`SelectionHandle` instances (including + * this one). + * + * @fires SelectionHandle#change + * @param {Object} [extraInfo] - Extra properties to be included on the event + * object that's passed to listeners (in addition to any that were passed + * into the `SelectionHandle` constructor). + */ + + }, { + key: "clear", + value: function clear(extraInfo) { + if (this._var) this.set(void 0, this._mergeExtraInfo(extraInfo)); + } + + /** + * Subscribes to events on this `SelectionHandle`. + * + * @param {string} eventType - Indicates the type of events to listen to. + * Currently, only `"change"` is supported. + * @param {SelectionHandle~listener} listener - The callback function that + * will be invoked when the event occurs. + * @return {string} - A token to pass to {@link SelectionHandle#off} to cancel + * this subscription. + */ + + }, { + key: "on", + value: function on(eventType, listener) { + return this._emitter.on(eventType, listener); + } + + /** + * Cancels event subscriptions created by {@link SelectionHandle#on}. + * + * @param {string} eventType - The type of event to unsubscribe. + * @param {string|SelectionHandle~listener} listener - Either the callback + * function previously passed into {@link SelectionHandle#on}, or the + * string that was returned from {@link SelectionHandle#on}. + */ + + }, { + key: "off", + value: function off(eventType, listener) { + return this._emitter.off(eventType, listener); + } + + /** + * Shuts down the `SelectionHandle` object. + * + * Removes all event listeners that were added through this handle. + */ + + }, { + key: "close", + value: function close() { + this._emitter.removeAllListeners(); + this.setGroup(null); + } + }, { + key: "value", + get: function get() { + return this._var ? this._var.get() : null; + } + }]); + + return SelectionHandle; +}(); + +/** + * @callback SelectionHandle~listener + * @param {Object} event - An object containing details of the event. For + * `"change"` events, this includes the properties `value` (the new + * value of the selection, or `undefined` if no selection is active), + * `oldValue` (the previous value of the selection), and `sender` (the + * `SelectionHandle` instance that made the change). + */ + +/** + * @event SelectionHandle#change + * @type {object} + * @property {object} value - The new value of the selection, or `undefined` + * if no selection is active. + * @property {object} oldValue - The previous value of the selection. + * @property {SelectionHandle} sender - The `SelectionHandle` instance that + * changed the value. + */ + +},{"./events":1,"./group":4,"./util":11}],11:[function(require,module,exports){ +"use strict"; + +Object.defineProperty(exports, "__esModule", { + value: true +}); + +var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }(); + +var _typeof = typeof Symbol === "function" && typeof Symbol.iterator === "symbol" ? function (obj) { return typeof obj; } : function (obj) { return obj && typeof Symbol === "function" && obj.constructor === Symbol && obj !== Symbol.prototype ? "symbol" : typeof obj; }; + +exports.extend = extend; +exports.checkSorted = checkSorted; +exports.diffSortedLists = diffSortedLists; +exports.dataframeToD3 = dataframeToD3; + +function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } } + +function extend(target) { + for (var _len = arguments.length, sources = Array(_len > 1 ? _len - 1 : 0), _key = 1; _key < _len; _key++) { + sources[_key - 1] = arguments[_key]; + } + + for (var i = 0; i < sources.length; i++) { + var src = sources[i]; + if (typeof src === "undefined" || src === null) continue; + + for (var key in src) { + if (src.hasOwnProperty(key)) { + target[key] = src[key]; + } + } + } + return target; +} + +function checkSorted(list) { + for (var i = 1; i < list.length; i++) { + if (list[i] <= list[i - 1]) { + throw new Error("List is not sorted or contains duplicate"); + } + } +} + +function diffSortedLists(a, b) { + var i_a = 0; + var i_b = 0; + + if (!a) a = []; + if (!b) b = []; + + var a_only = []; + var b_only = []; + + checkSorted(a); + checkSorted(b); + + while (i_a < a.length && i_b < b.length) { + if (a[i_a] === b[i_b]) { + i_a++; + i_b++; + } else if (a[i_a] < b[i_b]) { + a_only.push(a[i_a++]); + } else { + b_only.push(b[i_b++]); + } + } + + if (i_a < a.length) a_only = a_only.concat(a.slice(i_a)); + if (i_b < b.length) b_only = b_only.concat(b.slice(i_b)); + return { + removed: a_only, + added: b_only + }; +} + +// Convert from wide: { colA: [1,2,3], colB: [4,5,6], ... } +// to long: [ {colA: 1, colB: 4}, {colA: 2, colB: 5}, ... ] +function dataframeToD3(df) { + var names = []; + var length = void 0; + for (var name in df) { + if (df.hasOwnProperty(name)) names.push(name); + if (_typeof(df[name]) !== "object" || typeof df[name].length === "undefined") { + throw new Error("All fields must be arrays"); + } else if (typeof length !== "undefined" && length !== df[name].length) { + throw new Error("All fields must be arrays of the same length"); + } + length = df[name].length; + } + var results = []; + var item = void 0; + for (var row = 0; row < length; row++) { + item = {}; + for (var col = 0; col < names.length; col++) { + item[names[col]] = df[names[col]][row]; + } + results.push(item); + } + return results; +} + +/** + * Keeps track of all event listener additions/removals and lets all active + * listeners be removed with a single operation. + * + * @private + */ + +var SubscriptionTracker = exports.SubscriptionTracker = function () { + function SubscriptionTracker(emitter) { + _classCallCheck(this, SubscriptionTracker); + + this._emitter = emitter; + this._subs = {}; + } + + _createClass(SubscriptionTracker, [{ + key: "on", + value: function on(eventType, listener) { + var sub = this._emitter.on(eventType, listener); + this._subs[sub] = eventType; + return sub; + } + }, { + key: "off", + value: function off(eventType, listener) { + var sub = this._emitter.off(eventType, listener); + if (sub) { + delete this._subs[sub]; + } + return sub; + } + }, { + key: "removeAllListeners", + value: function removeAllListeners() { + var _this = this; + + var current_subs = this._subs; + this._subs = {}; + Object.keys(current_subs).forEach(function (sub) { + _this._emitter.off(current_subs[sub], sub); + }); + } + }]); + + return SubscriptionTracker; +}(); + +},{}],12:[function(require,module,exports){ +(function (global){ +"use strict"; + +Object.defineProperty(exports, "__esModule", { + value: true +}); + +var _typeof = typeof Symbol === "function" && typeof Symbol.iterator === "symbol" ? function (obj) { return typeof obj; } : function (obj) { return obj && typeof Symbol === "function" && obj.constructor === Symbol && obj !== Symbol.prototype ? "symbol" : typeof obj; }; + +var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }(); + +var _events = require("./events"); + +var _events2 = _interopRequireDefault(_events); + +function _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { default: obj }; } + +function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } } + +var Var = function () { + function Var(group, name, /*optional*/value) { + _classCallCheck(this, Var); + + this._group = group; + this._name = name; + this._value = value; + this._events = new _events2.default(); + } + + _createClass(Var, [{ + key: "get", + value: function get() { + return this._value; + } + }, { + key: "set", + value: function set(value, /*optional*/event) { + if (this._value === value) { + // Do nothing; the value hasn't changed + return; + } + var oldValue = this._value; + this._value = value; + // Alert JavaScript listeners that the value has changed + var evt = {}; + if (event && (typeof event === "undefined" ? "undefined" : _typeof(event)) === "object") { + for (var k in event) { + if (event.hasOwnProperty(k)) evt[k] = event[k]; + } + } + evt.oldValue = oldValue; + evt.value = value; + this._events.trigger("change", evt, this); + + // TODO: Make this extensible, to let arbitrary back-ends know that + // something has changed + if (global.Shiny && global.Shiny.onInputChange) { + global.Shiny.onInputChange(".clientValue-" + (this._group.name !== null ? this._group.name + "-" : "") + this._name, typeof value === "undefined" ? null : value); + } + } + }, { + key: "on", + value: function on(eventType, listener) { + return this._events.on(eventType, listener); + } + }, { + key: "off", + value: function off(eventType, listener) { + return this._events.off(eventType, listener); + } + }]); + + return Var; +}(); + +exports.default = Var; + +}).call(this,typeof global !== "undefined" ? global : typeof self !== "undefined" ? self : typeof window !== "undefined" ? window : {}) + +},{"./events":1}]},{},[5]) +//# sourceMappingURL=crosstalk.js.map diff --git a/R/BFI_ParitaBay_v1_files/libs/crosstalk-1.2.1/js/crosstalk.js.map b/R/BFI_ParitaBay_v1_files/libs/crosstalk-1.2.1/js/crosstalk.js.map new file mode 100644 index 0000000..cff94f0 --- /dev/null +++ b/R/BFI_ParitaBay_v1_files/libs/crosstalk-1.2.1/js/crosstalk.js.map @@ -0,0 +1,37 @@ +{ + "version": 3, + "sources": [ + "node_modules/browser-pack/_prelude.js", + "javascript/src/events.js", + "javascript/src/filter.js", + "javascript/src/filterset.js", + "javascript/src/group.js", + "javascript/src/index.js", + "javascript/src/input.js", + "javascript/src/input_checkboxgroup.js", + "javascript/src/input_selectize.js", + "javascript/src/input_slider.js", + "javascript/src/selection.js", + "javascript/src/util.js", + "javascript/src/var.js" + ], + "names": [], + "mappings": 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+ "file": "generated.js", + "sourceRoot": "", + "sourcesContent": [ + "(function(){function e(t,n,r){function s(o,u){if(!n[o]){if(!t[o]){var a=typeof require==\"function\"&&require;if(!u&&a)return a(o,!0);if(i)return i(o,!0);var f=new Error(\"Cannot find module '\"+o+\"'\");throw f.code=\"MODULE_NOT_FOUND\",f}var l=n[o]={exports:{}};t[o][0].call(l.exports,function(e){var n=t[o][1][e];return s(n?n:e)},l,l.exports,e,t,n,r)}return n[o].exports}var i=typeof require==\"function\"&&require;for(var o=0;o {\n this._eventRelay.trigger(\"change\", e, this);\n });\n this._varOnChangeSub = sub;\n }\n }\n\n /**\n * Combine the given `extraInfo` (if any) with the handle's default\n * `_extraInfo` (if any).\n * @private\n */\n _mergeExtraInfo(extraInfo) {\n return util.extend({},\n this._extraInfo ? this._extraInfo : null,\n extraInfo ? extraInfo : null);\n }\n\n /**\n * Close the handle. This clears this handle's contribution to the filter set,\n * and unsubscribes all event listeners.\n */\n close() {\n this._emitter.removeAllListeners();\n this.clear();\n this.setGroup(null);\n }\n\n /**\n * Clear this handle's contribution to the filter set.\n *\n * @param {Object} [extraInfo] - Extra properties to be included on the event\n * object that's passed to listeners (in addition to any options that were\n * passed into the `FilterHandle` constructor).\n * \n * @fires FilterHandle#change\n */\n clear(extraInfo) {\n if (!this._filterSet)\n return;\n this._filterSet.clear(this._id);\n this._onChange(extraInfo);\n }\n\n /**\n * Set this handle's contribution to the filter set. This array should consist\n * of the keys of the rows that _should_ be displayed; any keys that are not\n * present in the array will be considered _filtered out_. Note that multiple\n * `FilterHandle` instances in the group may each contribute an array of keys,\n * and only those keys that appear in _all_ of the arrays make it through the\n * filter.\n *\n * @param {string[]} keys - Empty array, or array of keys. To clear the\n * filter, don't pass an empty array; instead, use the\n * {@link FilterHandle#clear} method.\n * @param {Object} [extraInfo] - Extra properties to be included on the event\n * object that's passed to listeners (in addition to any options that were\n * passed into the `FilterHandle` constructor).\n * \n * @fires FilterHandle#change\n */\n set(keys, extraInfo) {\n if (!this._filterSet)\n return;\n this._filterSet.update(this._id, keys);\n this._onChange(extraInfo);\n }\n\n /**\n * @return {string[]|null} - Either: 1) an array of keys that made it through\n * all of the `FilterHandle` instances, or, 2) `null`, which means no filter\n * is being applied (all data should be displayed).\n */\n get filteredKeys() {\n return this._filterSet ? this._filterSet.value : null;\n }\n\n /**\n * Subscribe to events on this `FilterHandle`.\n *\n * @param {string} eventType - Indicates the type of events to listen to.\n * Currently, only `\"change\"` is supported.\n * @param {FilterHandle~listener} listener - The callback function that\n * will be invoked when the event occurs.\n * @return {string} - A token to pass to {@link FilterHandle#off} to cancel\n * this subscription.\n */\n on(eventType, listener) {\n return this._emitter.on(eventType, listener);\n }\n\n /**\n * Cancel event subscriptions created by {@link FilterHandle#on}.\n *\n * @param {string} eventType - The type of event to unsubscribe.\n * @param {string|FilterHandle~listener} listener - Either the callback\n * function previously passed into {@link FilterHandle#on}, or the\n * string that was returned from {@link FilterHandle#on}.\n */\n off(eventType, listener) {\n return this._emitter.off(eventType, listener);\n }\n\n _onChange(extraInfo) {\n if (!this._filterSet)\n return;\n this._filterVar.set(this._filterSet.value, this._mergeExtraInfo(extraInfo));\n }\n\n /**\n * @callback FilterHandle~listener\n * @param {Object} event - An object containing details of the event. For\n * `\"change\"` events, this includes the properties `value` (the new\n * value of the filter set, or `null` if no filter set is active),\n * `oldValue` (the previous value of the filter set), and `sender` (the\n * `FilterHandle` instance that made the change).\n */\n\n}\n\n/**\n * @event FilterHandle#change\n * @type {object}\n * @property {object} value - The new value of the filter set, or `null`\n * if no filter set is active.\n * @property {object} oldValue - The previous value of the filter set.\n * @property {FilterHandle} sender - The `FilterHandle` instance that\n * changed the value.\n */\n", + "import { diffSortedLists } from \"./util\";\n\nfunction naturalComparator(a, b) {\n if (a === b) {\n return 0;\n } else if (a < b) {\n return -1;\n } else if (a > b) {\n return 1;\n }\n}\n\n/**\n * @private\n */\nexport default class FilterSet {\n constructor() {\n this.reset();\n }\n\n reset() {\n // Key: handle ID, Value: array of selected keys, or null\n this._handles = {};\n // Key: key string, Value: count of handles that include it\n this._keys = {};\n this._value = null;\n this._activeHandles = 0;\n }\n\n get value() {\n return this._value;\n }\n\n update(handleId, keys) {\n if (keys !== null) {\n keys = keys.slice(0); // clone before sorting\n keys.sort(naturalComparator);\n }\n\n let {added, removed} = diffSortedLists(this._handles[handleId], keys);\n this._handles[handleId] = keys;\n\n for (let i = 0; i < added.length; i++) {\n this._keys[added[i]] = (this._keys[added[i]] || 0) + 1;\n }\n for (let i = 0; i < removed.length; i++) {\n this._keys[removed[i]]--;\n }\n\n this._updateValue(keys);\n }\n\n /**\n * @param {string[]} keys Sorted array of strings that indicate\n * a superset of possible keys.\n * @private\n */\n _updateValue(keys = this._allKeys) {\n let handleCount = Object.keys(this._handles).length;\n if (handleCount === 0) {\n this._value = null;\n } else {\n this._value = [];\n for (let i = 0; i < keys.length; i++) {\n let count = this._keys[keys[i]];\n if (count === handleCount) {\n this._value.push(keys[i]);\n }\n }\n }\n }\n\n clear(handleId) {\n if (typeof(this._handles[handleId]) === \"undefined\") {\n return;\n }\n\n let keys = this._handles[handleId];\n if (!keys) {\n keys = [];\n }\n\n for (let i = 0; i < keys.length; i++) {\n this._keys[keys[i]]--;\n }\n delete this._handles[handleId];\n\n this._updateValue();\n }\n\n get _allKeys() {\n let allKeys = Object.keys(this._keys);\n allKeys.sort(naturalComparator);\n return allKeys;\n }\n}\n", + "import Var from \"./var\";\n\n// Use a global so that multiple copies of crosstalk.js can be loaded and still\n// have groups behave as singletons across all copies.\nglobal.__crosstalk_groups = global.__crosstalk_groups || {};\nlet groups = global.__crosstalk_groups;\n\nexport default function group(groupName) {\n if (groupName && typeof(groupName) === \"string\") {\n if (!groups.hasOwnProperty(groupName)) {\n groups[groupName] = new Group(groupName);\n }\n return groups[groupName];\n } else if (typeof(groupName) === \"object\" && groupName._vars && groupName.var) {\n // Appears to already be a group object\n return groupName;\n } else if (Array.isArray(groupName) &&\n groupName.length == 1 &&\n typeof(groupName[0]) === \"string\") {\n return group(groupName[0]);\n } else {\n throw new Error(\"Invalid groupName argument\");\n }\n}\n\nclass Group {\n constructor(name) {\n this.name = name;\n this._vars = {};\n }\n\n var(name) {\n if (!name || typeof(name) !== \"string\") {\n throw new Error(\"Invalid var name\");\n }\n\n if (!this._vars.hasOwnProperty(name))\n this._vars[name] = new Var(this, name);\n return this._vars[name];\n }\n\n has(name) {\n if (!name || typeof(name) !== \"string\") {\n throw new Error(\"Invalid var name\");\n }\n\n return this._vars.hasOwnProperty(name);\n }\n}\n", + "import group from \"./group\";\nimport { SelectionHandle } from \"./selection\";\nimport { FilterHandle } from \"./filter\";\nimport { bind } from \"./input\";\nimport \"./input_selectize\";\nimport \"./input_checkboxgroup\";\nimport \"./input_slider\";\n\nconst defaultGroup = group(\"default\");\n\nfunction var_(name) {\n return defaultGroup.var(name);\n}\n\nfunction has(name) {\n return defaultGroup.has(name);\n}\n\nif (global.Shiny) {\n global.Shiny.addCustomMessageHandler(\"update-client-value\", function(message) {\n if (typeof(message.group) === \"string\") {\n group(message.group).var(message.name).set(message.value);\n } else {\n var_(message.name).set(message.value);\n }\n });\n}\n\nconst crosstalk = {\n group: group,\n var: var_,\n has: has,\n SelectionHandle: SelectionHandle,\n FilterHandle: FilterHandle,\n bind: bind\n};\n\n/**\n * @namespace crosstalk\n */\nexport default crosstalk;\nglobal.crosstalk = crosstalk;\n", + "let $ = global.jQuery;\n\nlet bindings = {};\n\nexport function register(reg) {\n bindings[reg.className] = reg;\n if (global.document && global.document.readyState !== \"complete\") {\n $(() => {\n bind();\n });\n } else if (global.document) {\n setTimeout(bind, 100);\n }\n}\n\nexport function bind() {\n Object.keys(bindings).forEach(function(className) {\n let binding = bindings[className];\n $(\".\" + binding.className).not(\".crosstalk-input-bound\").each(function(i, el) {\n bindInstance(binding, el);\n });\n });\n}\n\n// Escape jQuery identifier\nfunction $escape(val) {\n return val.replace(/([!\"#$%&'()*+,./:;<=>?@[\\\\\\]^`{|}~])/g, \"\\\\$1\");\n}\n\nfunction bindEl(el) {\n let $el = $(el);\n Object.keys(bindings).forEach(function(className) {\n if ($el.hasClass(className) && !$el.hasClass(\"crosstalk-input-bound\")) {\n let binding = bindings[className];\n bindInstance(binding, el);\n }\n });\n}\n\nfunction bindInstance(binding, el) {\n let jsonEl = $(el).find(\"script[type='application/json'][data-for='\" + $escape(el.id) + \"']\");\n let data = JSON.parse(jsonEl[0].innerText);\n\n let instance = binding.factory(el, data);\n $(el).data(\"crosstalk-instance\", instance);\n $(el).addClass(\"crosstalk-input-bound\");\n}\n\nif (global.Shiny) {\n let inputBinding = new global.Shiny.InputBinding();\n let $ = global.jQuery;\n $.extend(inputBinding, {\n find: function(scope) {\n return $(scope).find(\".crosstalk-input\");\n },\n initialize: function(el) {\n if (!$(el).hasClass(\"crosstalk-input-bound\")) {\n bindEl(el);\n }\n },\n getId: function(el) {\n return el.id;\n },\n getValue: function(el) {\n\n },\n setValue: function(el, value) {\n\n },\n receiveMessage: function(el, data) {\n\n },\n subscribe: function(el, callback) {\n $(el).data(\"crosstalk-instance\").resume();\n },\n unsubscribe: function(el) {\n $(el).data(\"crosstalk-instance\").suspend();\n }\n });\n global.Shiny.inputBindings.register(inputBinding, \"crosstalk.inputBinding\");\n}\n", + "import * as input from \"./input\";\nimport { FilterHandle } from \"./filter\";\n\nlet $ = global.jQuery;\n\ninput.register({\n className: \"crosstalk-input-checkboxgroup\",\n\n factory: function(el, data) {\n /*\n * map: {\"groupA\": [\"keyA\", \"keyB\", ...], ...}\n * group: \"ct-groupname\"\n */\n let ctHandle = new FilterHandle(data.group);\n\n let lastKnownKeys;\n let $el = $(el);\n $el.on(\"change\", \"input[type='checkbox']\", function() {\n let checked = $el.find(\"input[type='checkbox']:checked\");\n if (checked.length === 0) {\n lastKnownKeys = null;\n ctHandle.clear();\n } else {\n let keys = {};\n checked.each(function() {\n data.map[this.value].forEach(function(key) {\n keys[key] = true;\n });\n });\n let keyArray = Object.keys(keys);\n keyArray.sort();\n lastKnownKeys = keyArray;\n ctHandle.set(keyArray);\n }\n });\n\n return {\n suspend: function() {\n ctHandle.clear();\n },\n resume: function() {\n if (lastKnownKeys)\n ctHandle.set(lastKnownKeys);\n }\n };\n }\n});\n", + "import * as input from \"./input\";\nimport * as util from \"./util\";\nimport { FilterHandle } from \"./filter\";\n\nlet $ = global.jQuery;\n\ninput.register({\n className: \"crosstalk-input-select\",\n\n factory: function(el, data) {\n /*\n * items: {value: [...], label: [...]}\n * map: {\"groupA\": [\"keyA\", \"keyB\", ...], ...}\n * group: \"ct-groupname\"\n */\n\n let first = [{value: \"\", label: \"(All)\"}];\n let items = util.dataframeToD3(data.items);\n let opts = {\n options: first.concat(items),\n valueField: \"value\",\n labelField: \"label\",\n searchField: \"label\"\n };\n\n let select = $(el).find(\"select\")[0];\n\n let selectize = $(select).selectize(opts)[0].selectize;\n\n let ctHandle = new FilterHandle(data.group);\n\n let lastKnownKeys;\n selectize.on(\"change\", function() {\n if (selectize.items.length === 0) {\n lastKnownKeys = null;\n ctHandle.clear();\n } else {\n let keys = {};\n selectize.items.forEach(function(group) {\n data.map[group].forEach(function(key) {\n keys[key] = true;\n });\n });\n let keyArray = Object.keys(keys);\n keyArray.sort();\n lastKnownKeys = keyArray;\n ctHandle.set(keyArray);\n }\n });\n\n return {\n suspend: function() {\n ctHandle.clear();\n },\n resume: function() {\n if (lastKnownKeys)\n ctHandle.set(lastKnownKeys);\n }\n };\n }\n});\n", + "import * as input from \"./input\";\nimport { FilterHandle } from \"./filter\";\n\nlet $ = global.jQuery;\nlet strftime = global.strftime;\n\ninput.register({\n className: \"crosstalk-input-slider\",\n\n factory: function(el, data) {\n /*\n * map: {\"groupA\": [\"keyA\", \"keyB\", ...], ...}\n * group: \"ct-groupname\"\n */\n let ctHandle = new FilterHandle(data.group);\n\n let opts = {};\n let $el = $(el).find(\"input\");\n let dataType = $el.data(\"data-type\");\n let timeFormat = $el.data(\"time-format\");\n let round = $el.data(\"round\");\n let timeFormatter;\n\n // Set up formatting functions\n if (dataType === \"date\") {\n timeFormatter = strftime.utc();\n opts.prettify = function(num) {\n return timeFormatter(timeFormat, new Date(num));\n };\n\n } else if (dataType === \"datetime\") {\n let timezone = $el.data(\"timezone\");\n if (timezone)\n timeFormatter = strftime.timezone(timezone);\n else\n timeFormatter = strftime;\n\n opts.prettify = function(num) {\n return timeFormatter(timeFormat, new Date(num));\n };\n } else if (dataType === \"number\") {\n if (typeof round !== \"undefined\")\n opts.prettify = function(num) {\n let factor = Math.pow(10, round);\n return Math.round(num * factor) / factor;\n };\n }\n\n $el.ionRangeSlider(opts);\n\n function getValue() {\n let result = $el.data(\"ionRangeSlider\").result;\n\n // Function for converting numeric value from slider to appropriate type.\n let convert;\n let dataType = $el.data(\"data-type\");\n if (dataType === \"date\") {\n convert = function(val) {\n return formatDateUTC(new Date(+val));\n };\n } else if (dataType === \"datetime\") {\n convert = function(val) {\n // Convert ms to s\n return +val / 1000;\n };\n } else {\n convert = function(val) { return +val; };\n }\n\n if ($el.data(\"ionRangeSlider\").options.type === \"double\") {\n return [convert(result.from), convert(result.to)];\n } else {\n return convert(result.from);\n }\n }\n\n let lastKnownKeys = null;\n\n $el.on(\"change.crosstalkSliderInput\", function(event) {\n if (!$el.data(\"updating\") && !$el.data(\"animating\")) {\n let [from, to] = getValue();\n let keys = [];\n for (let i = 0; i < data.values.length; i++) {\n let val = data.values[i];\n if (val >= from && val <= to) {\n keys.push(data.keys[i]);\n }\n }\n keys.sort();\n ctHandle.set(keys);\n lastKnownKeys = keys;\n }\n });\n\n\n // let $el = $(el);\n // $el.on(\"change\", \"input[type=\"checkbox\"]\", function() {\n // let checked = $el.find(\"input[type=\"checkbox\"]:checked\");\n // if (checked.length === 0) {\n // ctHandle.clear();\n // } else {\n // let keys = {};\n // checked.each(function() {\n // data.map[this.value].forEach(function(key) {\n // keys[key] = true;\n // });\n // });\n // let keyArray = Object.keys(keys);\n // keyArray.sort();\n // ctHandle.set(keyArray);\n // }\n // });\n\n return {\n suspend: function() {\n ctHandle.clear();\n },\n resume: function() {\n if (lastKnownKeys)\n ctHandle.set(lastKnownKeys);\n }\n };\n }\n});\n\n\n// Convert a number to a string with leading zeros\nfunction padZeros(n, digits) {\n let str = n.toString();\n while (str.length < digits)\n str = \"0\" + str;\n return str;\n}\n\n// Given a Date object, return a string in yyyy-mm-dd format, using the\n// UTC date. This may be a day off from the date in the local time zone.\nfunction formatDateUTC(date) {\n if (date instanceof Date) {\n return date.getUTCFullYear() + \"-\" +\n padZeros(date.getUTCMonth()+1, 2) + \"-\" +\n padZeros(date.getUTCDate(), 2);\n\n } else {\n return null;\n }\n}\n", + "import Events from \"./events\";\nimport grp from \"./group\";\nimport * as util from \"./util\";\n\n/**\n * Use this class to read and write (and listen for changes to) the selection\n * for a Crosstalk group. This is intended to be used for linked brushing.\n *\n * If two (or more) `SelectionHandle` instances in the same webpage share the\n * same group name, they will share the same state. Setting the selection using\n * one `SelectionHandle` instance will result in the `value` property instantly\n * changing across the others, and `\"change\"` event listeners on all instances\n * (including the one that initiated the sending) will fire.\n *\n * @param {string} [group] - The name of the Crosstalk group, or if none,\n * null or undefined (or any other falsy value). This can be changed later\n * via the [SelectionHandle#setGroup](#setGroup) method.\n * @param {Object} [extraInfo] - An object whose properties will be copied to\n * the event object whenever an event is emitted.\n */\nexport class SelectionHandle {\n\n constructor(group = null, extraInfo = null) {\n this._eventRelay = new Events();\n this._emitter = new util.SubscriptionTracker(this._eventRelay);\n\n // Name of the group we're currently tracking, if any. Can change over time.\n this._group = null;\n // The Var we're currently tracking, if any. Can change over time.\n this._var = null;\n // The event handler subscription we currently have on var.on(\"change\").\n this._varOnChangeSub = null;\n\n this._extraInfo = util.extend({ sender: this }, extraInfo);\n\n this.setGroup(group);\n }\n\n /**\n * Changes the Crosstalk group membership of this SelectionHandle. The group\n * being switched away from (if any) will not have its selection value\n * modified as a result of calling `setGroup`, even if this handle was the\n * most recent handle to set the selection of the group.\n *\n * The group being switched to (if any) will also not have its selection value\n * modified as a result of calling `setGroup`. If you want to set the\n * selection value of the new group, call `set` explicitly.\n *\n * @param {string} group - The name of the Crosstalk group, or null (or\n * undefined) to clear the group.\n */\n setGroup(group) {\n // If group is unchanged, do nothing\n if (this._group === group)\n return;\n // Treat null, undefined, and other falsy values the same\n if (!this._group && !group)\n return;\n\n if (this._var) {\n this._var.off(\"change\", this._varOnChangeSub);\n this._var = null;\n this._varOnChangeSub = null;\n }\n\n this._group = group;\n\n if (group) {\n this._var = grp(group).var(\"selection\");\n let sub = this._var.on(\"change\", (e) => {\n this._eventRelay.trigger(\"change\", e, this);\n });\n this._varOnChangeSub = sub;\n }\n }\n\n /**\n * Retrieves the current selection for the group represented by this\n * `SelectionHandle`.\n *\n * - If no selection is active, then this value will be falsy.\n * - If a selection is active, but no data points are selected, then this\n * value will be an empty array.\n * - If a selection is active, and data points are selected, then the keys\n * of the selected data points will be present in the array.\n */\n get value() {\n return this._var ? this._var.get() : null;\n }\n\n /**\n * Combines the given `extraInfo` (if any) with the handle's default\n * `_extraInfo` (if any).\n * @private\n */\n _mergeExtraInfo(extraInfo) {\n // Important incidental effect: shallow clone is returned\n return util.extend({},\n this._extraInfo ? this._extraInfo : null,\n extraInfo ? extraInfo : null);\n }\n\n /**\n * Overwrites the current selection for the group, and raises the `\"change\"`\n * event among all of the group's '`SelectionHandle` instances (including\n * this one).\n *\n * @fires SelectionHandle#change\n * @param {string[]} selectedKeys - Falsy, empty array, or array of keys (see\n * {@link SelectionHandle#value}).\n * @param {Object} [extraInfo] - Extra properties to be included on the event\n * object that's passed to listeners (in addition to any options that were\n * passed into the `SelectionHandle` constructor).\n */\n set(selectedKeys, extraInfo) {\n if (this._var)\n this._var.set(selectedKeys, this._mergeExtraInfo(extraInfo));\n }\n\n /**\n * Overwrites the current selection for the group, and raises the `\"change\"`\n * event among all of the group's '`SelectionHandle` instances (including\n * this one).\n *\n * @fires SelectionHandle#change\n * @param {Object} [extraInfo] - Extra properties to be included on the event\n * object that's passed to listeners (in addition to any that were passed\n * into the `SelectionHandle` constructor).\n */\n clear(extraInfo) {\n if (this._var)\n this.set(void 0, this._mergeExtraInfo(extraInfo));\n }\n\n /**\n * Subscribes to events on this `SelectionHandle`.\n *\n * @param {string} eventType - Indicates the type of events to listen to.\n * Currently, only `\"change\"` is supported.\n * @param {SelectionHandle~listener} listener - The callback function that\n * will be invoked when the event occurs.\n * @return {string} - A token to pass to {@link SelectionHandle#off} to cancel\n * this subscription.\n */\n on(eventType, listener) {\n return this._emitter.on(eventType, listener);\n }\n\n /**\n * Cancels event subscriptions created by {@link SelectionHandle#on}.\n *\n * @param {string} eventType - The type of event to unsubscribe.\n * @param {string|SelectionHandle~listener} listener - Either the callback\n * function previously passed into {@link SelectionHandle#on}, or the\n * string that was returned from {@link SelectionHandle#on}.\n */\n off(eventType, listener) {\n return this._emitter.off(eventType, listener);\n }\n\n /**\n * Shuts down the `SelectionHandle` object.\n *\n * Removes all event listeners that were added through this handle.\n */\n close() {\n this._emitter.removeAllListeners();\n this.setGroup(null);\n }\n}\n\n/**\n * @callback SelectionHandle~listener\n * @param {Object} event - An object containing details of the event. For\n * `\"change\"` events, this includes the properties `value` (the new\n * value of the selection, or `undefined` if no selection is active),\n * `oldValue` (the previous value of the selection), and `sender` (the\n * `SelectionHandle` instance that made the change).\n */\n\n/**\n * @event SelectionHandle#change\n * @type {object}\n * @property {object} value - The new value of the selection, or `undefined`\n * if no selection is active.\n * @property {object} oldValue - The previous value of the selection.\n * @property {SelectionHandle} sender - The `SelectionHandle` instance that\n * changed the value.\n */\n", + "export function extend(target, ...sources) {\n for (let i = 0; i < sources.length; i++) {\n let src = sources[i];\n if (typeof(src) === \"undefined\" || src === null)\n continue;\n\n for (let key in src) {\n if (src.hasOwnProperty(key)) {\n target[key] = src[key];\n }\n }\n }\n return target;\n}\n\nexport function checkSorted(list) {\n for (let i = 1; i < list.length; i++) {\n if (list[i] <= list[i-1]) {\n throw new Error(\"List is not sorted or contains duplicate\");\n }\n }\n}\n\nexport function diffSortedLists(a, b) {\n let i_a = 0;\n let i_b = 0;\n\n if (!a) a = [];\n if (!b) b = [];\n\n let a_only = [];\n let b_only = [];\n\n checkSorted(a);\n checkSorted(b);\n\n while (i_a < a.length && i_b < b.length) {\n if (a[i_a] === b[i_b]) {\n i_a++;\n i_b++;\n } else if (a[i_a] < b[i_b]) {\n a_only.push(a[i_a++]);\n } else {\n b_only.push(b[i_b++]);\n }\n }\n\n if (i_a < a.length)\n a_only = a_only.concat(a.slice(i_a));\n if (i_b < b.length)\n b_only = b_only.concat(b.slice(i_b));\n return {\n removed: a_only,\n added: b_only\n };\n}\n\n// Convert from wide: { colA: [1,2,3], colB: [4,5,6], ... }\n// to long: [ {colA: 1, colB: 4}, {colA: 2, colB: 5}, ... ]\nexport function dataframeToD3(df) {\n let names = [];\n let length;\n for (let name in df) {\n if (df.hasOwnProperty(name))\n names.push(name);\n if (typeof(df[name]) !== \"object\" || typeof(df[name].length) === \"undefined\") {\n throw new Error(\"All fields must be arrays\");\n } else if (typeof(length) !== \"undefined\" && length !== df[name].length) {\n throw new Error(\"All fields must be arrays of the same length\");\n }\n length = df[name].length;\n }\n let results = [];\n let item;\n for (let row = 0; row < length; row++) {\n item = {};\n for (let col = 0; col < names.length; col++) {\n item[names[col]] = df[names[col]][row];\n }\n results.push(item);\n }\n return results;\n}\n\n/**\n * Keeps track of all event listener additions/removals and lets all active\n * listeners be removed with a single operation.\n *\n * @private\n */\nexport class SubscriptionTracker {\n constructor(emitter) {\n this._emitter = emitter;\n this._subs = {};\n }\n\n on(eventType, listener) {\n let sub = this._emitter.on(eventType, listener);\n this._subs[sub] = eventType;\n return sub;\n }\n\n off(eventType, listener) {\n let sub = this._emitter.off(eventType, listener);\n if (sub) {\n delete this._subs[sub];\n }\n return sub;\n }\n\n removeAllListeners() {\n let current_subs = this._subs;\n this._subs = {};\n Object.keys(current_subs).forEach((sub) => {\n this._emitter.off(current_subs[sub], sub);\n });\n }\n}\n", + "import Events from \"./events\";\n\nexport default class Var {\n constructor(group, name, /*optional*/ value) {\n this._group = group;\n this._name = name;\n this._value = value;\n this._events = new Events();\n }\n\n get() {\n return this._value;\n }\n\n set(value, /*optional*/ event) {\n if (this._value === value) {\n // Do nothing; the value hasn't changed\n return;\n }\n let oldValue = this._value;\n this._value = value;\n // Alert JavaScript listeners that the value has changed\n let evt = {};\n if (event && typeof(event) === \"object\") {\n for (let k in event) {\n if (event.hasOwnProperty(k))\n evt[k] = event[k];\n }\n }\n evt.oldValue = oldValue;\n evt.value = value;\n this._events.trigger(\"change\", evt, this);\n\n // TODO: Make this extensible, to let arbitrary back-ends know that\n // something has changed\n if (global.Shiny && global.Shiny.onInputChange) {\n global.Shiny.onInputChange(\n \".clientValue-\" +\n (this._group.name !== null ? this._group.name + \"-\" : \"\") +\n this._name,\n typeof(value) === \"undefined\" ? null : value\n );\n }\n }\n\n on(eventType, listener) {\n return this._events.on(eventType, listener);\n }\n\n off(eventType, listener) {\n return this._events.off(eventType, listener);\n }\n}\n" + ] +} \ No newline at end of file diff --git a/R/BFI_ParitaBay_v1_files/libs/crosstalk-1.2.1/js/crosstalk.min.js b/R/BFI_ParitaBay_v1_files/libs/crosstalk-1.2.1/js/crosstalk.min.js new file mode 100644 index 0000000..b7ec0ac --- /dev/null +++ b/R/BFI_ParitaBay_v1_files/libs/crosstalk-1.2.1/js/crosstalk.min.js @@ -0,0 +1,2 @@ +!function o(u,a,l){function s(n,e){if(!a[n]){if(!u[n]){var t="function"==typeof require&&require;if(!e&&t)return t(n,!0);if(f)return f(n,!0);var r=new Error("Cannot find module '"+n+"'");throw r.code="MODULE_NOT_FOUND",r}var i=a[n]={exports:{}};u[n][0].call(i.exports,function(e){var t=u[n][1][e];return s(t||e)},i,i.exports,o,u,a,l)}return a[n].exports}for(var f="function"==typeof require&&require,e=0;e?@[\\\]^`{|}~])/g,"\\$1")+"']"),r=JSON.parse(n[0].innerText),i=e.factory(t,r);o(t).data("crosstalk-instance",i),o(t).addClass("crosstalk-input-bound")}if(t.Shiny){var e=new t.Shiny.InputBinding,u=t.jQuery;u.extend(e,{find:function(e){return u(e).find(".crosstalk-input")},initialize:function(e){var t,n;u(e).hasClass("crosstalk-input-bound")||(n=o(t=e),Object.keys(r).forEach(function(e){n.hasClass(e)&&!n.hasClass("crosstalk-input-bound")&&i(r[e],t)}))},getId:function(e){return e.id},getValue:function(e){},setValue:function(e,t){},receiveMessage:function(e,t){},subscribe:function(e,t){u(e).data("crosstalk-instance").resume()},unsubscribe:function(e){u(e).data("crosstalk-instance").suspend()}}),t.Shiny.inputBindings.register(e,"crosstalk.inputBinding")}}).call(this,"undefined"!=typeof global?global:"undefined"!=typeof self?self:"undefined"!=typeof window?window:{})},{}],7:[function(r,e,t){(function(e){"use strict";var t=function(e){{if(e&&e.__esModule)return e;var t={};if(null!=e)for(var n in e)Object.prototype.hasOwnProperty.call(e,n)&&(t[n]=e[n]);return t.default=e,t}}(r("./input")),n=r("./filter");var a=e.jQuery;t.register({className:"crosstalk-input-checkboxgroup",factory:function(e,r){var i=new n.FilterHandle(r.group),o=void 0,u=a(e);return u.on("change","input[type='checkbox']",function(){var e=u.find("input[type='checkbox']:checked");if(0===e.length)o=null,i.clear();else{var t={};e.each(function(){r.map[this.value].forEach(function(e){t[e]=!0})});var n=Object.keys(t);n.sort(),o=n,i.set(n)}}),{suspend:function(){i.clear()},resume:function(){o&&i.set(o)}}}})}).call(this,"undefined"!=typeof global?global:"undefined"!=typeof self?self:"undefined"!=typeof window?window:{})},{"./filter":2,"./input":6}],8:[function(r,e,t){(function(e){"use strict";var t=n(r("./input")),l=n(r("./util")),s=r("./filter");function n(e){if(e&&e.__esModule)return e;var t={};if(null!=e)for(var n in e)Object.prototype.hasOwnProperty.call(e,n)&&(t[n]=e[n]);return t.default=e,t}var f=e.jQuery;t.register({className:"crosstalk-input-select",factory:function(e,n){var t=l.dataframeToD3(n.items),r={options:[{value:"",label:"(All)"}].concat(t),valueField:"value",labelField:"label",searchField:"label"},i=f(e).find("select")[0],o=f(i).selectize(r)[0].selectize,u=new s.FilterHandle(n.group),a=void 0;return o.on("change",function(){if(0===o.items.length)a=null,u.clear();else{var t={};o.items.forEach(function(e){n.map[e].forEach(function(e){t[e]=!0})});var e=Object.keys(t);e.sort(),a=e,u.set(e)}}),{suspend:function(){u.clear()},resume:function(){a&&u.set(a)}}}})}).call(this,"undefined"!=typeof global?global:"undefined"!=typeof self?self:"undefined"!=typeof window?window:{})},{"./filter":2,"./input":6,"./util":11}],9:[function(n,e,t){(function(e){"use strict";var d=function(e,t){if(Array.isArray(e))return e;if(Symbol.iterator in Object(e))return function(e,t){var n=[],r=!0,i=!1,o=void 0;try{for(var u,a=e[Symbol.iterator]();!(r=(u=a.next()).done)&&(n.push(u.value),!t||n.length!==t);r=!0);}catch(e){i=!0,o=e}finally{try{!r&&a.return&&a.return()}finally{if(i)throw o}}return n}(e,t);throw new TypeError("Invalid attempt to destructure non-iterable instance")},t=function(e){{if(e&&e.__esModule)return e;var t={};if(null!=e)for(var n in e)Object.prototype.hasOwnProperty.call(e,n)&&(t[n]=e[n]);return t.default=e,t}}(n("./input")),a=n("./filter");var v=e.jQuery,p=e.strftime;function y(e,t){for(var n=e.toString();n.length {\n this._eventRelay.trigger(\"change\", e, this);\n });\n this._varOnChangeSub = sub;\n }\n }\n\n /**\n * Combine the given `extraInfo` (if any) with the handle's default\n * `_extraInfo` (if any).\n * @private\n */\n _mergeExtraInfo(extraInfo) {\n return util.extend({},\n this._extraInfo ? this._extraInfo : null,\n extraInfo ? extraInfo : null);\n }\n\n /**\n * Close the handle. This clears this handle's contribution to the filter set,\n * and unsubscribes all event listeners.\n */\n close() {\n this._emitter.removeAllListeners();\n this.clear();\n this.setGroup(null);\n }\n\n /**\n * Clear this handle's contribution to the filter set.\n *\n * @param {Object} [extraInfo] - Extra properties to be included on the event\n * object that's passed to listeners (in addition to any options that were\n * passed into the `FilterHandle` constructor).\n * \n * @fires FilterHandle#change\n */\n clear(extraInfo) {\n if (!this._filterSet)\n return;\n this._filterSet.clear(this._id);\n this._onChange(extraInfo);\n }\n\n /**\n * Set this handle's contribution to the filter set. This array should consist\n * of the keys of the rows that _should_ be displayed; any keys that are not\n * present in the array will be considered _filtered out_. Note that multiple\n * `FilterHandle` instances in the group may each contribute an array of keys,\n * and only those keys that appear in _all_ of the arrays make it through the\n * filter.\n *\n * @param {string[]} keys - Empty array, or array of keys. To clear the\n * filter, don't pass an empty array; instead, use the\n * {@link FilterHandle#clear} method.\n * @param {Object} [extraInfo] - Extra properties to be included on the event\n * object that's passed to listeners (in addition to any options that were\n * passed into the `FilterHandle` constructor).\n * \n * @fires FilterHandle#change\n */\n set(keys, extraInfo) {\n if (!this._filterSet)\n return;\n this._filterSet.update(this._id, keys);\n this._onChange(extraInfo);\n }\n\n /**\n * @return {string[]|null} - Either: 1) an array of keys that made it through\n * all of the `FilterHandle` instances, or, 2) `null`, which means no filter\n * is being applied (all data should be displayed).\n */\n get filteredKeys() {\n return this._filterSet ? this._filterSet.value : null;\n }\n\n /**\n * Subscribe to events on this `FilterHandle`.\n *\n * @param {string} eventType - Indicates the type of events to listen to.\n * Currently, only `\"change\"` is supported.\n * @param {FilterHandle~listener} listener - The callback function that\n * will be invoked when the event occurs.\n * @return {string} - A token to pass to {@link FilterHandle#off} to cancel\n * this subscription.\n */\n on(eventType, listener) {\n return this._emitter.on(eventType, listener);\n }\n\n /**\n * Cancel event subscriptions created by {@link FilterHandle#on}.\n *\n * @param {string} eventType - The type of event to unsubscribe.\n * @param {string|FilterHandle~listener} listener - Either the callback\n * function previously passed into {@link FilterHandle#on}, or the\n * string that was returned from {@link FilterHandle#on}.\n */\n off(eventType, listener) {\n return this._emitter.off(eventType, listener);\n }\n\n _onChange(extraInfo) {\n if (!this._filterSet)\n return;\n this._filterVar.set(this._filterSet.value, this._mergeExtraInfo(extraInfo));\n }\n\n /**\n * @callback FilterHandle~listener\n * @param {Object} event - An object containing details of the event. For\n * `\"change\"` events, this includes the properties `value` (the new\n * value of the filter set, or `null` if no filter set is active),\n * `oldValue` (the previous value of the filter set), and `sender` (the\n * `FilterHandle` instance that made the change).\n */\n\n}\n\n/**\n * @event FilterHandle#change\n * @type {object}\n * @property {object} value - The new value of the filter set, or `null`\n * if no filter set is active.\n * @property {object} oldValue - The previous value of the filter set.\n * @property {FilterHandle} sender - The `FilterHandle` instance that\n * changed the value.\n */\n","import { diffSortedLists } from \"./util\";\n\nfunction naturalComparator(a, b) {\n if (a === b) {\n return 0;\n } else if (a < b) {\n return -1;\n } else if (a > b) {\n return 1;\n }\n}\n\n/**\n * @private\n */\nexport default class FilterSet {\n constructor() {\n this.reset();\n }\n\n reset() {\n // Key: handle ID, Value: array of selected keys, or null\n this._handles = {};\n // Key: key string, Value: count of handles that include it\n this._keys = {};\n this._value = null;\n this._activeHandles = 0;\n }\n\n get value() {\n return this._value;\n }\n\n update(handleId, keys) {\n if (keys !== null) {\n keys = keys.slice(0); // clone before sorting\n keys.sort(naturalComparator);\n }\n\n let {added, removed} = diffSortedLists(this._handles[handleId], keys);\n this._handles[handleId] = keys;\n\n for (let i = 0; i < added.length; i++) {\n this._keys[added[i]] = (this._keys[added[i]] || 0) + 1;\n }\n for (let i = 0; i < removed.length; i++) {\n this._keys[removed[i]]--;\n }\n\n this._updateValue(keys);\n }\n\n /**\n * @param {string[]} keys Sorted array of strings that indicate\n * a superset of possible keys.\n * @private\n */\n _updateValue(keys = this._allKeys) {\n let handleCount = Object.keys(this._handles).length;\n if (handleCount === 0) {\n this._value = null;\n } else {\n this._value = [];\n for (let i = 0; i < keys.length; i++) {\n let count = this._keys[keys[i]];\n if (count === handleCount) {\n this._value.push(keys[i]);\n }\n }\n }\n }\n\n clear(handleId) {\n if (typeof(this._handles[handleId]) === \"undefined\") {\n return;\n }\n\n let keys = this._handles[handleId];\n if (!keys) {\n keys = [];\n }\n\n for (let i = 0; i < keys.length; i++) {\n this._keys[keys[i]]--;\n }\n delete this._handles[handleId];\n\n this._updateValue();\n }\n\n get _allKeys() {\n let allKeys = Object.keys(this._keys);\n allKeys.sort(naturalComparator);\n return allKeys;\n }\n}\n","import Var from \"./var\";\n\n// Use a global so that multiple copies of crosstalk.js can be loaded and still\n// have groups behave as singletons across all copies.\nglobal.__crosstalk_groups = global.__crosstalk_groups || {};\nlet groups = global.__crosstalk_groups;\n\nexport default function group(groupName) {\n if (groupName && typeof(groupName) === \"string\") {\n if (!groups.hasOwnProperty(groupName)) {\n groups[groupName] = new Group(groupName);\n }\n return groups[groupName];\n } else if (typeof(groupName) === \"object\" && groupName._vars && groupName.var) {\n // Appears to already be a group object\n return groupName;\n } else if (Array.isArray(groupName) &&\n groupName.length == 1 &&\n typeof(groupName[0]) === \"string\") {\n return group(groupName[0]);\n } else {\n throw new Error(\"Invalid groupName argument\");\n }\n}\n\nclass Group {\n constructor(name) {\n this.name = name;\n this._vars = {};\n }\n\n var(name) {\n if (!name || typeof(name) !== \"string\") {\n throw new Error(\"Invalid var name\");\n }\n\n if (!this._vars.hasOwnProperty(name))\n this._vars[name] = new Var(this, name);\n return this._vars[name];\n }\n\n has(name) {\n if (!name || typeof(name) !== \"string\") {\n throw new Error(\"Invalid var name\");\n }\n\n return this._vars.hasOwnProperty(name);\n }\n}\n","import group from \"./group\";\nimport { SelectionHandle } from \"./selection\";\nimport { FilterHandle } from \"./filter\";\nimport { bind } from \"./input\";\nimport \"./input_selectize\";\nimport \"./input_checkboxgroup\";\nimport \"./input_slider\";\n\nconst defaultGroup = group(\"default\");\n\nfunction var_(name) {\n return defaultGroup.var(name);\n}\n\nfunction has(name) {\n return defaultGroup.has(name);\n}\n\nif (global.Shiny) {\n global.Shiny.addCustomMessageHandler(\"update-client-value\", function(message) {\n if (typeof(message.group) === \"string\") {\n group(message.group).var(message.name).set(message.value);\n } else {\n var_(message.name).set(message.value);\n }\n });\n}\n\nconst crosstalk = {\n group: group,\n var: var_,\n has: has,\n SelectionHandle: SelectionHandle,\n FilterHandle: FilterHandle,\n bind: bind\n};\n\n/**\n * @namespace crosstalk\n */\nexport default crosstalk;\nglobal.crosstalk = crosstalk;\n","let $ = global.jQuery;\n\nlet bindings = {};\n\nexport function register(reg) {\n bindings[reg.className] = reg;\n if (global.document && global.document.readyState !== \"complete\") {\n $(() => {\n bind();\n });\n } else if (global.document) {\n setTimeout(bind, 100);\n }\n}\n\nexport function bind() {\n Object.keys(bindings).forEach(function(className) {\n let binding = bindings[className];\n $(\".\" + binding.className).not(\".crosstalk-input-bound\").each(function(i, el) {\n bindInstance(binding, el);\n });\n });\n}\n\n// Escape jQuery identifier\nfunction $escape(val) {\n return val.replace(/([!\"#$%&'()*+,./:;<=>?@[\\\\\\]^`{|}~])/g, \"\\\\$1\");\n}\n\nfunction bindEl(el) {\n let $el = $(el);\n Object.keys(bindings).forEach(function(className) {\n if ($el.hasClass(className) && !$el.hasClass(\"crosstalk-input-bound\")) {\n let binding = bindings[className];\n bindInstance(binding, el);\n }\n });\n}\n\nfunction bindInstance(binding, el) {\n let jsonEl = $(el).find(\"script[type='application/json'][data-for='\" + $escape(el.id) + \"']\");\n let data = JSON.parse(jsonEl[0].innerText);\n\n let instance = binding.factory(el, data);\n $(el).data(\"crosstalk-instance\", instance);\n $(el).addClass(\"crosstalk-input-bound\");\n}\n\nif (global.Shiny) {\n let inputBinding = new global.Shiny.InputBinding();\n let $ = global.jQuery;\n $.extend(inputBinding, {\n find: function(scope) {\n return $(scope).find(\".crosstalk-input\");\n },\n initialize: function(el) {\n if (!$(el).hasClass(\"crosstalk-input-bound\")) {\n bindEl(el);\n }\n },\n getId: function(el) {\n return el.id;\n },\n getValue: function(el) {\n\n },\n setValue: function(el, value) {\n\n },\n receiveMessage: function(el, data) {\n\n },\n subscribe: function(el, callback) {\n $(el).data(\"crosstalk-instance\").resume();\n },\n unsubscribe: function(el) {\n $(el).data(\"crosstalk-instance\").suspend();\n }\n });\n global.Shiny.inputBindings.register(inputBinding, \"crosstalk.inputBinding\");\n}\n","import * as input from \"./input\";\nimport { FilterHandle } from \"./filter\";\n\nlet $ = global.jQuery;\n\ninput.register({\n className: \"crosstalk-input-checkboxgroup\",\n\n factory: function(el, data) {\n /*\n * map: {\"groupA\": [\"keyA\", \"keyB\", ...], ...}\n * group: \"ct-groupname\"\n */\n let ctHandle = new FilterHandle(data.group);\n\n let lastKnownKeys;\n let $el = $(el);\n $el.on(\"change\", \"input[type='checkbox']\", function() {\n let checked = $el.find(\"input[type='checkbox']:checked\");\n if (checked.length === 0) {\n lastKnownKeys = null;\n ctHandle.clear();\n } else {\n let keys = {};\n checked.each(function() {\n data.map[this.value].forEach(function(key) {\n keys[key] = true;\n });\n });\n let keyArray = Object.keys(keys);\n keyArray.sort();\n lastKnownKeys = keyArray;\n ctHandle.set(keyArray);\n }\n });\n\n return {\n suspend: function() {\n ctHandle.clear();\n },\n resume: function() {\n if (lastKnownKeys)\n ctHandle.set(lastKnownKeys);\n }\n };\n }\n});\n","import * as input from \"./input\";\nimport * as util from \"./util\";\nimport { FilterHandle } from \"./filter\";\n\nlet $ = global.jQuery;\n\ninput.register({\n className: \"crosstalk-input-select\",\n\n factory: function(el, data) {\n /*\n * items: {value: [...], label: [...]}\n * map: {\"groupA\": [\"keyA\", \"keyB\", ...], ...}\n * group: \"ct-groupname\"\n */\n\n let first = [{value: \"\", label: \"(All)\"}];\n let items = util.dataframeToD3(data.items);\n let opts = {\n options: first.concat(items),\n valueField: \"value\",\n labelField: \"label\",\n searchField: \"label\"\n };\n\n let select = $(el).find(\"select\")[0];\n\n let selectize = $(select).selectize(opts)[0].selectize;\n\n let ctHandle = new FilterHandle(data.group);\n\n let lastKnownKeys;\n selectize.on(\"change\", function() {\n if (selectize.items.length === 0) {\n lastKnownKeys = null;\n ctHandle.clear();\n } else {\n let keys = {};\n selectize.items.forEach(function(group) {\n data.map[group].forEach(function(key) {\n keys[key] = true;\n });\n });\n let keyArray = Object.keys(keys);\n keyArray.sort();\n lastKnownKeys = keyArray;\n ctHandle.set(keyArray);\n }\n });\n\n return {\n suspend: function() {\n ctHandle.clear();\n },\n resume: function() {\n if (lastKnownKeys)\n ctHandle.set(lastKnownKeys);\n }\n };\n }\n});\n","import * as input from \"./input\";\nimport { FilterHandle } from \"./filter\";\n\nlet $ = global.jQuery;\nlet strftime = global.strftime;\n\ninput.register({\n className: \"crosstalk-input-slider\",\n\n factory: function(el, data) {\n /*\n * map: {\"groupA\": [\"keyA\", \"keyB\", ...], ...}\n * group: \"ct-groupname\"\n */\n let ctHandle = new FilterHandle(data.group);\n\n let opts = {};\n let $el = $(el).find(\"input\");\n let dataType = $el.data(\"data-type\");\n let timeFormat = $el.data(\"time-format\");\n let round = $el.data(\"round\");\n let timeFormatter;\n\n // Set up formatting functions\n if (dataType === \"date\") {\n timeFormatter = strftime.utc();\n opts.prettify = function(num) {\n return timeFormatter(timeFormat, new Date(num));\n };\n\n } else if (dataType === \"datetime\") {\n let timezone = $el.data(\"timezone\");\n if (timezone)\n timeFormatter = strftime.timezone(timezone);\n else\n timeFormatter = strftime;\n\n opts.prettify = function(num) {\n return timeFormatter(timeFormat, new Date(num));\n };\n } else if (dataType === \"number\") {\n if (typeof round !== \"undefined\")\n opts.prettify = function(num) {\n let factor = Math.pow(10, round);\n return Math.round(num * factor) / factor;\n };\n }\n\n $el.ionRangeSlider(opts);\n\n function getValue() {\n let result = $el.data(\"ionRangeSlider\").result;\n\n // Function for converting numeric value from slider to appropriate type.\n let convert;\n let dataType = $el.data(\"data-type\");\n if (dataType === \"date\") {\n convert = function(val) {\n return formatDateUTC(new Date(+val));\n };\n } else if (dataType === \"datetime\") {\n convert = function(val) {\n // Convert ms to s\n return +val / 1000;\n };\n } else {\n convert = function(val) { return +val; };\n }\n\n if ($el.data(\"ionRangeSlider\").options.type === \"double\") {\n return [convert(result.from), convert(result.to)];\n } else {\n return convert(result.from);\n }\n }\n\n let lastKnownKeys = null;\n\n $el.on(\"change.crosstalkSliderInput\", function(event) {\n if (!$el.data(\"updating\") && !$el.data(\"animating\")) {\n let [from, to] = getValue();\n let keys = [];\n for (let i = 0; i < data.values.length; i++) {\n let val = data.values[i];\n if (val >= from && val <= to) {\n keys.push(data.keys[i]);\n }\n }\n keys.sort();\n ctHandle.set(keys);\n lastKnownKeys = keys;\n }\n });\n\n\n // let $el = $(el);\n // $el.on(\"change\", \"input[type=\"checkbox\"]\", function() {\n // let checked = $el.find(\"input[type=\"checkbox\"]:checked\");\n // if (checked.length === 0) {\n // ctHandle.clear();\n // } else {\n // let keys = {};\n // checked.each(function() {\n // data.map[this.value].forEach(function(key) {\n // keys[key] = true;\n // });\n // });\n // let keyArray = Object.keys(keys);\n // keyArray.sort();\n // ctHandle.set(keyArray);\n // }\n // });\n\n return {\n suspend: function() {\n ctHandle.clear();\n },\n resume: function() {\n if (lastKnownKeys)\n ctHandle.set(lastKnownKeys);\n }\n };\n }\n});\n\n\n// Convert a number to a string with leading zeros\nfunction padZeros(n, digits) {\n let str = n.toString();\n while (str.length < digits)\n str = \"0\" + str;\n return str;\n}\n\n// Given a Date object, return a string in yyyy-mm-dd format, using the\n// UTC date. This may be a day off from the date in the local time zone.\nfunction formatDateUTC(date) {\n if (date instanceof Date) {\n return date.getUTCFullYear() + \"-\" +\n padZeros(date.getUTCMonth()+1, 2) + \"-\" +\n padZeros(date.getUTCDate(), 2);\n\n } else {\n return null;\n }\n}\n","import Events from \"./events\";\nimport grp from \"./group\";\nimport * as util from \"./util\";\n\n/**\n * Use this class to read and write (and listen for changes to) the selection\n * for a Crosstalk group. This is intended to be used for linked brushing.\n *\n * If two (or more) `SelectionHandle` instances in the same webpage share the\n * same group name, they will share the same state. Setting the selection using\n * one `SelectionHandle` instance will result in the `value` property instantly\n * changing across the others, and `\"change\"` event listeners on all instances\n * (including the one that initiated the sending) will fire.\n *\n * @param {string} [group] - The name of the Crosstalk group, or if none,\n * null or undefined (or any other falsy value). This can be changed later\n * via the [SelectionHandle#setGroup](#setGroup) method.\n * @param {Object} [extraInfo] - An object whose properties will be copied to\n * the event object whenever an event is emitted.\n */\nexport class SelectionHandle {\n\n constructor(group = null, extraInfo = null) {\n this._eventRelay = new Events();\n this._emitter = new util.SubscriptionTracker(this._eventRelay);\n\n // Name of the group we're currently tracking, if any. Can change over time.\n this._group = null;\n // The Var we're currently tracking, if any. Can change over time.\n this._var = null;\n // The event handler subscription we currently have on var.on(\"change\").\n this._varOnChangeSub = null;\n\n this._extraInfo = util.extend({ sender: this }, extraInfo);\n\n this.setGroup(group);\n }\n\n /**\n * Changes the Crosstalk group membership of this SelectionHandle. The group\n * being switched away from (if any) will not have its selection value\n * modified as a result of calling `setGroup`, even if this handle was the\n * most recent handle to set the selection of the group.\n *\n * The group being switched to (if any) will also not have its selection value\n * modified as a result of calling `setGroup`. If you want to set the\n * selection value of the new group, call `set` explicitly.\n *\n * @param {string} group - The name of the Crosstalk group, or null (or\n * undefined) to clear the group.\n */\n setGroup(group) {\n // If group is unchanged, do nothing\n if (this._group === group)\n return;\n // Treat null, undefined, and other falsy values the same\n if (!this._group && !group)\n return;\n\n if (this._var) {\n this._var.off(\"change\", this._varOnChangeSub);\n this._var = null;\n this._varOnChangeSub = null;\n }\n\n this._group = group;\n\n if (group) {\n this._var = grp(group).var(\"selection\");\n let sub = this._var.on(\"change\", (e) => {\n this._eventRelay.trigger(\"change\", e, this);\n });\n this._varOnChangeSub = sub;\n }\n }\n\n /**\n * Retrieves the current selection for the group represented by this\n * `SelectionHandle`.\n *\n * - If no selection is active, then this value will be falsy.\n * - If a selection is active, but no data points are selected, then this\n * value will be an empty array.\n * - If a selection is active, and data points are selected, then the keys\n * of the selected data points will be present in the array.\n */\n get value() {\n return this._var ? this._var.get() : null;\n }\n\n /**\n * Combines the given `extraInfo` (if any) with the handle's default\n * `_extraInfo` (if any).\n * @private\n */\n _mergeExtraInfo(extraInfo) {\n // Important incidental effect: shallow clone is returned\n return util.extend({},\n this._extraInfo ? this._extraInfo : null,\n extraInfo ? extraInfo : null);\n }\n\n /**\n * Overwrites the current selection for the group, and raises the `\"change\"`\n * event among all of the group's '`SelectionHandle` instances (including\n * this one).\n *\n * @fires SelectionHandle#change\n * @param {string[]} selectedKeys - Falsy, empty array, or array of keys (see\n * {@link SelectionHandle#value}).\n * @param {Object} [extraInfo] - Extra properties to be included on the event\n * object that's passed to listeners (in addition to any options that were\n * passed into the `SelectionHandle` constructor).\n */\n set(selectedKeys, extraInfo) {\n if (this._var)\n this._var.set(selectedKeys, this._mergeExtraInfo(extraInfo));\n }\n\n /**\n * Overwrites the current selection for the group, and raises the `\"change\"`\n * event among all of the group's '`SelectionHandle` instances (including\n * this one).\n *\n * @fires SelectionHandle#change\n * @param {Object} [extraInfo] - Extra properties to be included on the event\n * object that's passed to listeners (in addition to any that were passed\n * into the `SelectionHandle` constructor).\n */\n clear(extraInfo) {\n if (this._var)\n this.set(void 0, this._mergeExtraInfo(extraInfo));\n }\n\n /**\n * Subscribes to events on this `SelectionHandle`.\n *\n * @param {string} eventType - Indicates the type of events to listen to.\n * Currently, only `\"change\"` is supported.\n * @param {SelectionHandle~listener} listener - The callback function that\n * will be invoked when the event occurs.\n * @return {string} - A token to pass to {@link SelectionHandle#off} to cancel\n * this subscription.\n */\n on(eventType, listener) {\n return this._emitter.on(eventType, listener);\n }\n\n /**\n * Cancels event subscriptions created by {@link SelectionHandle#on}.\n *\n * @param {string} eventType - The type of event to unsubscribe.\n * @param {string|SelectionHandle~listener} listener - Either the callback\n * function previously passed into {@link SelectionHandle#on}, or the\n * string that was returned from {@link SelectionHandle#on}.\n */\n off(eventType, listener) {\n return this._emitter.off(eventType, listener);\n }\n\n /**\n * Shuts down the `SelectionHandle` object.\n *\n * Removes all event listeners that were added through this handle.\n */\n close() {\n this._emitter.removeAllListeners();\n this.setGroup(null);\n }\n}\n\n/**\n * @callback SelectionHandle~listener\n * @param {Object} event - An object containing details of the event. For\n * `\"change\"` events, this includes the properties `value` (the new\n * value of the selection, or `undefined` if no selection is active),\n * `oldValue` (the previous value of the selection), and `sender` (the\n * `SelectionHandle` instance that made the change).\n */\n\n/**\n * @event SelectionHandle#change\n * @type {object}\n * @property {object} value - The new value of the selection, or `undefined`\n * if no selection is active.\n * @property {object} oldValue - The previous value of the selection.\n * @property {SelectionHandle} sender - The `SelectionHandle` instance that\n * changed the value.\n */\n","export function extend(target, ...sources) {\n for (let i = 0; i < sources.length; i++) {\n let src = sources[i];\n if (typeof(src) === \"undefined\" || src === null)\n continue;\n\n for (let key in src) {\n if (src.hasOwnProperty(key)) {\n target[key] = src[key];\n }\n }\n }\n return target;\n}\n\nexport function checkSorted(list) {\n for (let i = 1; i < list.length; i++) {\n if (list[i] <= list[i-1]) {\n throw new Error(\"List is not sorted or contains duplicate\");\n }\n }\n}\n\nexport function diffSortedLists(a, b) {\n let i_a = 0;\n let i_b = 0;\n\n if (!a) a = [];\n if (!b) b = [];\n\n let a_only = [];\n let b_only = [];\n\n checkSorted(a);\n checkSorted(b);\n\n while (i_a < a.length && i_b < b.length) {\n if (a[i_a] === b[i_b]) {\n i_a++;\n i_b++;\n } else if (a[i_a] < b[i_b]) {\n a_only.push(a[i_a++]);\n } else {\n b_only.push(b[i_b++]);\n }\n }\n\n if (i_a < a.length)\n a_only = a_only.concat(a.slice(i_a));\n if (i_b < b.length)\n b_only = b_only.concat(b.slice(i_b));\n return {\n removed: a_only,\n added: b_only\n };\n}\n\n// Convert from wide: { colA: [1,2,3], colB: [4,5,6], ... }\n// to long: [ {colA: 1, colB: 4}, {colA: 2, colB: 5}, ... ]\nexport function dataframeToD3(df) {\n let names = [];\n let length;\n for (let name in df) {\n if (df.hasOwnProperty(name))\n names.push(name);\n if (typeof(df[name]) !== \"object\" || typeof(df[name].length) === \"undefined\") {\n throw new Error(\"All fields must be arrays\");\n } else if (typeof(length) !== \"undefined\" && length !== df[name].length) {\n throw new Error(\"All fields must be arrays of the same length\");\n }\n length = df[name].length;\n }\n let results = [];\n let item;\n for (let row = 0; row < length; row++) {\n item = {};\n for (let col = 0; col < names.length; col++) {\n item[names[col]] = df[names[col]][row];\n }\n results.push(item);\n }\n return results;\n}\n\n/**\n * Keeps track of all event listener additions/removals and lets all active\n * listeners be removed with a single operation.\n *\n * @private\n */\nexport class SubscriptionTracker {\n constructor(emitter) {\n this._emitter = emitter;\n this._subs = {};\n }\n\n on(eventType, listener) {\n let sub = this._emitter.on(eventType, listener);\n this._subs[sub] = eventType;\n return sub;\n }\n\n off(eventType, listener) {\n let sub = this._emitter.off(eventType, listener);\n if (sub) {\n delete this._subs[sub];\n }\n return sub;\n }\n\n removeAllListeners() {\n let current_subs = this._subs;\n this._subs = {};\n Object.keys(current_subs).forEach((sub) => {\n this._emitter.off(current_subs[sub], sub);\n });\n }\n}\n","import Events from \"./events\";\n\nexport default class Var {\n constructor(group, name, /*optional*/ value) {\n this._group = group;\n this._name = name;\n this._value = value;\n this._events = new Events();\n }\n\n get() {\n return this._value;\n }\n\n set(value, /*optional*/ event) {\n if (this._value === value) {\n // Do nothing; the value hasn't changed\n return;\n }\n let oldValue = this._value;\n this._value = value;\n // Alert JavaScript listeners that the value has changed\n let evt = {};\n if (event && typeof(event) === \"object\") {\n for (let k in event) {\n if (event.hasOwnProperty(k))\n evt[k] = event[k];\n }\n }\n evt.oldValue = oldValue;\n evt.value = value;\n this._events.trigger(\"change\", evt, this);\n\n // TODO: Make this extensible, to let arbitrary back-ends know that\n // something has changed\n if (global.Shiny && global.Shiny.onInputChange) {\n global.Shiny.onInputChange(\n \".clientValue-\" +\n (this._group.name !== null ? this._group.name + \"-\" : \"\") +\n this._name,\n typeof(value) === \"undefined\" ? null : value\n );\n }\n }\n\n on(eventType, listener) {\n return this._events.on(eventType, listener);\n }\n\n off(eventType, listener) {\n return this._events.off(eventType, listener);\n }\n}\n"]} \ No newline at end of file diff --git a/R/BFI_ParitaBay_v1_files/libs/crosstalk-1.2.1/scss/crosstalk.scss b/R/BFI_ParitaBay_v1_files/libs/crosstalk-1.2.1/scss/crosstalk.scss new file mode 100644 index 0000000..3566561 --- /dev/null +++ b/R/BFI_ParitaBay_v1_files/libs/crosstalk-1.2.1/scss/crosstalk.scss @@ -0,0 +1,75 @@ +/* Adjust margins outwards, so column contents line up with the edges of the + parent of container-fluid. */ +.container-fluid.crosstalk-bscols { + margin-left: -30px; + margin-right: -30px; + white-space: normal; +} + +/* But don't adjust the margins outwards if we're directly under the body, + i.e. we were the top-level of something at the console. */ +body > .container-fluid.crosstalk-bscols { + margin-left: auto; + margin-right: auto; +} + +.crosstalk-input-checkboxgroup .crosstalk-options-group .crosstalk-options-column { + display: inline-block; + padding-right: 12px; + vertical-align: top; +} + +@media only screen and (max-width:480px) { + .crosstalk-input-checkboxgroup .crosstalk-options-group .crosstalk-options-column { + display: block; + padding-right: inherit; + } +} + +/* Relevant BS3 styles to make filter_checkbox() look reasonable without Bootstrap */ +.crosstalk-input { + margin-bottom: 15px; /* a la .form-group */ + .control-label { + margin-bottom: 0; + vertical-align: middle; + } + input[type="checkbox"] { + margin: 4px 0 0; + margin-top: 1px; + line-height: normal; + } + .checkbox { + position: relative; + display: block; + margin-top: 10px; + margin-bottom: 10px; + } + .checkbox > label{ + padding-left: 20px; + margin-bottom: 0; + font-weight: 400; + cursor: pointer; + } + .checkbox input[type="checkbox"], + .checkbox-inline input[type="checkbox"] { + position: absolute; + margin-top: 2px; + margin-left: -20px; + } + .checkbox + .checkbox { + margin-top: -5px; + } + .checkbox-inline { + position: relative; + display: inline-block; + padding-left: 20px; + margin-bottom: 0; + font-weight: 400; + vertical-align: middle; + cursor: pointer; + } + .checkbox-inline + .checkbox-inline { + margin-top: 0; + margin-left: 10px; + } +} diff --git a/R/BFI_ParitaBay_v1_files/libs/datatables-binding-0.32/datatables.js b/R/BFI_ParitaBay_v1_files/libs/datatables-binding-0.32/datatables.js new file mode 100644 index 0000000..6a3c3d5 --- /dev/null +++ b/R/BFI_ParitaBay_v1_files/libs/datatables-binding-0.32/datatables.js @@ -0,0 +1,1536 @@ +(function() { + +// some helper functions: using a global object DTWidget so that it can be used +// in JS() code, e.g. datatable(options = list(foo = JS('code'))); unlike R's +// dynamic scoping, when 'code' is eval'ed, JavaScript does not know objects +// from the "parent frame", e.g. JS('DTWidget') will not work unless it was made +// a global object +var DTWidget = {}; + +// 123456666.7890 -> 123,456,666.7890 +var markInterval = function(d, digits, interval, mark, decMark, precision) { + x = precision ? d.toPrecision(digits) : d.toFixed(digits); + if (!/^-?[\d.]+$/.test(x)) return x; + var xv = x.split('.'); + if (xv.length > 2) return x; // should have at most one decimal point + xv[0] = xv[0].replace(new RegExp('\\B(?=(\\d{' + interval + '})+(?!\\d))', 'g'), mark); + return xv.join(decMark); +}; + +DTWidget.formatCurrency = function(data, currency, digits, interval, mark, decMark, before, zeroPrint) { + var d = parseFloat(data); + if (isNaN(d)) return ''; + if (zeroPrint !== null && d === 0.0) return zeroPrint; + var res = markInterval(d, digits, interval, mark, decMark); + res = before ? (/^-/.test(res) ? '-' + currency + res.replace(/^-/, '') : currency + res) : + res + currency; + return res; +}; + +DTWidget.formatString = function(data, prefix, suffix) { + var d = data; + if (d === null) return ''; + return prefix + d + suffix; +}; + +DTWidget.formatPercentage = function(data, digits, interval, mark, decMark, zeroPrint) { + var d = parseFloat(data); + if (isNaN(d)) return ''; + if (zeroPrint !== null && d === 0.0) return zeroPrint; + return markInterval(d * 100, digits, interval, mark, decMark) + '%'; +}; + +DTWidget.formatRound = function(data, digits, interval, mark, decMark, zeroPrint) { + var d = parseFloat(data); + if (isNaN(d)) return ''; + if (zeroPrint !== null && d === 0.0) return zeroPrint; + return markInterval(d, digits, interval, mark, decMark); +}; + +DTWidget.formatSignif = function(data, digits, interval, mark, decMark, zeroPrint) { + var d = parseFloat(data); + if (isNaN(d)) return ''; + if (zeroPrint !== null && d === 0.0) return zeroPrint; + return markInterval(d, digits, interval, mark, decMark, true); +}; + +DTWidget.formatDate = function(data, method, params) { + var d = data; + if (d === null) return ''; + // (new Date('2015-10-28')).toDateString() may return 2015-10-27 because the + // actual time created could be like 'Tue Oct 27 2015 19:00:00 GMT-0500 (CDT)', + // i.e. the date-only string is treated as UTC time instead of local time + if ((method === 'toDateString' || method === 'toLocaleDateString') && /^\d{4,}\D\d{2}\D\d{2}$/.test(d)) { + d = d.split(/\D/); + d = new Date(d[0], d[1] - 1, d[2]); + } else { + d = new Date(d); + } + return d[method].apply(d, params); +}; + +window.DTWidget = DTWidget; + +// A helper function to update the properties of existing filters +var setFilterProps = function(td, props) { + // Update enabled/disabled state + var $input = $(td).find('input').first(); + var searchable = $input.data('searchable'); + $input.prop('disabled', !searchable || props.disabled); + + // Based on the filter type, set its new values + var type = td.getAttribute('data-type'); + if (['factor', 'logical'].includes(type)) { + // Reformat the new dropdown options for use with selectize + var new_vals = props.params.options.map(function(item) { + return { text: item, value: item }; + }); + + // Find the selectize object + var dropdown = $(td).find('.selectized').eq(0)[0].selectize; + + // Note the current values + var old_vals = dropdown.getValue(); + + // Remove the existing values + dropdown.clearOptions(); + + // Add the new options + dropdown.addOption(new_vals); + + // Preserve the existing values + dropdown.setValue(old_vals); + + } else if (['number', 'integer', 'date', 'time'].includes(type)) { + // Apply internal scaling to new limits. Updating scale not yet implemented. + var slider = $(td).find('.noUi-target').eq(0); + var scale = Math.pow(10, Math.max(0, +slider.data('scale') || 0)); + var new_vals = [props.params.min * scale, props.params.max * scale]; + + // Note what the new limits will be just for this filter + var new_lims = new_vals.slice(); + + // Determine the current values and limits + var old_vals = slider.val().map(Number); + var old_lims = slider.noUiSlider('options').range; + old_lims = [old_lims.min, old_lims.max]; + + // Preserve the current values if filters have been applied; otherwise, apply no filtering + if (old_vals[0] != old_lims[0]) { + new_vals[0] = Math.max(old_vals[0], new_vals[0]); + } + + if (old_vals[1] != old_lims[1]) { + new_vals[1] = Math.min(old_vals[1], new_vals[1]); + } + + // Update the endpoints of the slider + slider.noUiSlider({ + start: new_vals, + range: {'min': new_lims[0], 'max': new_lims[1]} + }, true); + } +}; + +var transposeArray2D = function(a) { + return a.length === 0 ? a : HTMLWidgets.transposeArray2D(a); +}; + +var crosstalkPluginsInstalled = false; + +function maybeInstallCrosstalkPlugins() { + if (crosstalkPluginsInstalled) + return; + crosstalkPluginsInstalled = true; + + $.fn.dataTable.ext.afnFiltering.push( + function(oSettings, aData, iDataIndex) { + var ctfilter = oSettings.nTable.ctfilter; + if (ctfilter && !ctfilter[iDataIndex]) + return false; + + var ctselect = oSettings.nTable.ctselect; + if (ctselect && !ctselect[iDataIndex]) + return false; + + return true; + } + ); +} + +HTMLWidgets.widget({ + name: "datatables", + type: "output", + renderOnNullValue: true, + initialize: function(el, width, height) { + // in order that the type=number inputs return a number + $.valHooks.number = { + get: function(el) { + var value = parseFloat(el.value); + return isNaN(value) ? "" : value; + } + }; + $(el).html(' '); + return { + data: null, + ctfilterHandle: new crosstalk.FilterHandle(), + ctfilterSubscription: null, + ctselectHandle: new crosstalk.SelectionHandle(), + ctselectSubscription: null + }; + }, + renderValue: function(el, data, instance) { + if (el.offsetWidth === 0 || el.offsetHeight === 0) { + instance.data = data; + return; + } + instance.data = null; + var $el = $(el); + $el.empty(); + + if (data === null) { + $el.append(' '); + // clear previous Shiny inputs (if any) + for (var i in instance.clearInputs) instance.clearInputs[i](); + instance.clearInputs = {}; + return; + } + + var crosstalkOptions = data.crosstalkOptions; + if (!crosstalkOptions) crosstalkOptions = { + 'key': null, 'group': null + }; + if (crosstalkOptions.group) { + maybeInstallCrosstalkPlugins(); + instance.ctfilterHandle.setGroup(crosstalkOptions.group); + instance.ctselectHandle.setGroup(crosstalkOptions.group); + } + + // if we are in the viewer then we always want to fillContainer and + // and autoHideNavigation (unless the user has explicitly set these) + if (window.HTMLWidgets.viewerMode) { + if (!data.hasOwnProperty("fillContainer")) + data.fillContainer = true; + if (!data.hasOwnProperty("autoHideNavigation")) + data.autoHideNavigation = true; + } + + // propagate fillContainer to instance (so we have it in resize) + instance.fillContainer = data.fillContainer; + + var cells = data.data; + + if (cells instanceof Array) cells = transposeArray2D(cells); + + $el.append(data.container); + var $table = $el.find('table'); + if (data.class) $table.addClass(data.class); + if (data.caption) $table.prepend(data.caption); + + if (!data.selection) data.selection = { + mode: 'none', selected: null, target: 'row', selectable: null + }; + if (HTMLWidgets.shinyMode && data.selection.mode !== 'none' && + data.selection.target === 'row+column') { + if ($table.children('tfoot').length === 0) { + $table.append($('')); + $table.find('thead tr').clone().appendTo($table.find('tfoot')); + } + } + + // column filters + var filterRow; + switch (data.filter) { + case 'top': + $table.children('thead').append(data.filterHTML); + filterRow = $table.find('thead tr:last td'); + break; + case 'bottom': + if ($table.children('tfoot').length === 0) { + $table.append($('')); + } + $table.children('tfoot').prepend(data.filterHTML); + filterRow = $table.find('tfoot tr:first td'); + break; + } + + var options = { searchDelay: 1000 }; + if (cells !== null) $.extend(options, { + data: cells + }); + + // options for fillContainer + var bootstrapActive = typeof($.fn.popover) != 'undefined'; + if (instance.fillContainer) { + + // force scrollX/scrollY and turn off autoWidth + options.scrollX = true; + options.scrollY = "100px"; // can be any value, we'll adjust below + + // if we aren't paginating then move around the info/filter controls + // to save space at the bottom and rephrase the info callback + if (data.options.paging === false) { + + // we know how to do this cleanly for bootstrap, not so much + // for other themes/layouts + if (bootstrapActive) { + options.dom = "<'row'<'col-sm-4'i><'col-sm-8'f>>" + + "<'row'<'col-sm-12'tr>>"; + } + + options.fnInfoCallback = function(oSettings, iStart, iEnd, + iMax, iTotal, sPre) { + return Number(iTotal).toLocaleString() + " records"; + }; + } + } + + // auto hide navigation if requested + // Note, this only works on client-side processing mode as on server-side, + // cells (data.data) is null; In addition, we require the pageLength option + // being provided explicitly to enable this. Despite we may be able to deduce + // the default value of pageLength, it may complicate things so we'd rather + // put this responsiblity to users and warn them on the R side. + if (data.autoHideNavigation === true && data.options.paging !== false) { + // strip all nav if length >= cells + if ((cells instanceof Array) && data.options.pageLength >= cells.length) + options.dom = bootstrapActive ? "<'row'<'col-sm-12'tr>>" : "t"; + // alternatively lean things out for flexdashboard mobile portrait + else if (bootstrapActive && window.FlexDashboard && window.FlexDashboard.isMobilePhone()) + options.dom = "<'row'<'col-sm-12'f>>" + + "<'row'<'col-sm-12'tr>>" + + "<'row'<'col-sm-12'p>>"; + } + + $.extend(true, options, data.options || {}); + + var searchCols = options.searchCols; + if (searchCols) { + searchCols = searchCols.map(function(x) { + return x === null ? '' : x.search; + }); + // FIXME: this means I don't respect the escapeRegex setting + delete options.searchCols; + } + + // server-side processing? + var server = options.serverSide === true; + + // use the dataSrc function to pre-process JSON data returned from R + var DT_rows_all = [], DT_rows_current = []; + if (server && HTMLWidgets.shinyMode && typeof options.ajax === 'object' && + /^session\/[\da-z]+\/dataobj/.test(options.ajax.url) && !options.ajax.dataSrc) { + options.ajax.dataSrc = function(json) { + DT_rows_all = $.makeArray(json.DT_rows_all); + DT_rows_current = $.makeArray(json.DT_rows_current); + var data = json.data; + if (!colReorderEnabled()) return data; + var table = $table.DataTable(), order = table.colReorder.order(), flag = true, i, j, row; + for (i = 0; i < order.length; ++i) if (order[i] !== i) flag = false; + if (flag) return data; + for (i = 0; i < data.length; ++i) { + row = data[i].slice(); + for (j = 0; j < order.length; ++j) data[i][j] = row[order[j]]; + } + return data; + }; + } + + var thiz = this; + if (instance.fillContainer) $table.on('init.dt', function(e) { + thiz.fillAvailableHeight(el, $(el).innerHeight()); + }); + // If the page contains serveral datatables and one of which enables colReorder, + // the table.colReorder.order() function will exist but throws error when called. + // So it seems like the only way to know if colReorder is enabled or not is to + // check the options. + var colReorderEnabled = function() { return "colReorder" in options; }; + var table = $table.DataTable(options); + $el.data('datatable', table); + + if ('rowGroup' in options) { + // Maintain RowGroup dataSrc when columns are reordered (#1109) + table.on('column-reorder', function(e, settings, details) { + var oldDataSrc = table.rowGroup().dataSrc(); + var newDataSrc = details.mapping[oldDataSrc]; + table.rowGroup().dataSrc(newDataSrc); + }); + } + + // Unregister previous Crosstalk event subscriptions, if they exist + if (instance.ctfilterSubscription) { + instance.ctfilterHandle.off("change", instance.ctfilterSubscription); + instance.ctfilterSubscription = null; + } + if (instance.ctselectSubscription) { + instance.ctselectHandle.off("change", instance.ctselectSubscription); + instance.ctselectSubscription = null; + } + + if (!crosstalkOptions.group) { + $table[0].ctfilter = null; + $table[0].ctselect = null; + } else { + var key = crosstalkOptions.key; + function keysToMatches(keys) { + if (!keys) { + return null; + } else { + var selectedKeys = {}; + for (var i = 0; i < keys.length; i++) { + selectedKeys[keys[i]] = true; + } + var matches = {}; + for (var j = 0; j < key.length; j++) { + if (selectedKeys[key[j]]) + matches[j] = true; + } + return matches; + } + } + + function applyCrosstalkFilter(e) { + $table[0].ctfilter = keysToMatches(e.value); + table.draw(); + } + instance.ctfilterSubscription = instance.ctfilterHandle.on("change", applyCrosstalkFilter); + applyCrosstalkFilter({value: instance.ctfilterHandle.filteredKeys}); + + function applyCrosstalkSelection(e) { + if (e.sender !== instance.ctselectHandle) { + table + .rows('.' + selClass, {search: 'applied'}) + .nodes() + .to$() + .removeClass(selClass); + if (selectedRows) + changeInput('rows_selected', selectedRows(), void 0, true); + } + + if (e.sender !== instance.ctselectHandle && e.value && e.value.length) { + var matches = keysToMatches(e.value); + + // persistent selection with plotly (& leaflet) + var ctOpts = crosstalk.var("plotlyCrosstalkOpts").get() || {}; + if (ctOpts.persistent === true) { + var matches = $.extend(matches, $table[0].ctselect); + } + + $table[0].ctselect = matches; + table.draw(); + } else { + if ($table[0].ctselect) { + $table[0].ctselect = null; + table.draw(); + } + } + } + instance.ctselectSubscription = instance.ctselectHandle.on("change", applyCrosstalkSelection); + // TODO: This next line doesn't seem to work when renderDataTable is used + applyCrosstalkSelection({value: instance.ctselectHandle.value}); + } + + var inArray = function(val, array) { + return $.inArray(val, $.makeArray(array)) > -1; + }; + + // search the i-th column + var searchColumn = function(i, value) { + var regex = false, ci = true; + if (options.search) { + regex = options.search.regex, + ci = options.search.caseInsensitive !== false; + } + // need to transpose the column index when colReorder is enabled + if (table.colReorder) i = table.colReorder.transpose(i); + return table.column(i).search(value, regex, !regex, ci); + }; + + if (data.filter !== 'none') { + if (!data.hasOwnProperty('filterSettings')) data.filterSettings = {}; + + filterRow.each(function(i, td) { + + var $td = $(td), type = $td.data('type'), filter; + var $input = $td.children('div').first().children('input'); + var disabled = $input.prop('disabled'); + var searchable = table.settings()[0].aoColumns[i].bSearchable; + $input.prop('disabled', !searchable || disabled); + $input.data('searchable', searchable); // for updating later + $input.on('input blur', function() { + $input.next('span').toggle(Boolean($input.val())); + }); + // Bootstrap sets pointer-events to none and we won't be able to click + // the clear button + $input.next('span').css('pointer-events', 'auto').hide().click(function() { + $(this).hide().prev('input').val('').trigger('input').focus(); + }); + var searchCol; // search string for this column + if (searchCols && searchCols[i]) { + searchCol = searchCols[i]; + $input.val(searchCol).trigger('input'); + } + var $x = $td.children('div').last(); + + // remove the overflow: hidden attribute of the scrollHead + // (otherwise the scrolling table body obscures the filters) + // The workaround and the discussion from + // https://github.com/rstudio/DT/issues/554#issuecomment-518007347 + // Otherwise the filter selection will not be anchored to the values + // when the columns number is many and scrollX is enabled. + var scrollHead = $(el).find('.dataTables_scrollHead,.dataTables_scrollFoot'); + var cssOverflowHead = scrollHead.css('overflow'); + var scrollBody = $(el).find('.dataTables_scrollBody'); + var cssOverflowBody = scrollBody.css('overflow'); + var scrollTable = $(el).find('.dataTables_scroll'); + var cssOverflowTable = scrollTable.css('overflow'); + if (cssOverflowHead === 'hidden') { + $x.on('show hide', function(e) { + if (e.type === 'show') { + scrollHead.css('overflow', 'visible'); + scrollBody.css('overflow', 'visible'); + scrollTable.css('overflow-x', 'scroll'); + } else { + scrollHead.css('overflow', cssOverflowHead); + scrollBody.css('overflow', cssOverflowBody); + scrollTable.css('overflow-x', cssOverflowTable); + } + }); + $x.css('z-index', 25); + } + + if (inArray(type, ['factor', 'logical'])) { + $input.on({ + click: function() { + $input.parent().hide(); $x.show().trigger('show'); filter[0].selectize.focus(); + }, + input: function() { + var v1 = JSON.stringify(filter[0].selectize.getValue()), v2 = $input.val(); + if (v1 === '[]') v1 = ''; + if (v1 !== v2) filter[0].selectize.setValue(v2 === '' ? [] : JSON.parse(v2)); + } + }); + var $input2 = $x.children('select'); + filter = $input2.selectize($.extend({ + options: $input2.data('options').map(function(v, i) { + return ({text: v, value: v}); + }), + plugins: ['remove_button'], + hideSelected: true, + onChange: function(value) { + if (value === null) value = []; // compatibility with jQuery 3.0 + $input.val(value.length ? JSON.stringify(value) : ''); + if (value.length) $input.trigger('input'); + $input.attr('title', $input.val()); + if (server) { + searchColumn(i, value.length ? JSON.stringify(value) : '').draw(); + return; + } + // turn off filter if nothing selected + $td.data('filter', value.length > 0); + table.draw(); // redraw table, and filters will be applied + } + }, data.filterSettings.select)); + filter[0].selectize.on('blur', function() { + $x.hide().trigger('hide'); $input.parent().show(); $input.trigger('blur'); + }); + filter.next('div').css('margin-bottom', 'auto'); + } else if (type === 'character') { + var fun = function() { + searchColumn(i, $input.val()).draw(); + }; + // throttle searching for server-side processing + var throttledFun = $.fn.dataTable.util.throttle(fun, options.searchDelay); + $input.on('input', function(e, immediate) { + // always bypass throttling when immediate = true (via the updateSearch method) + (immediate || !server) ? fun() : throttledFun(); + }); + } else if (inArray(type, ['number', 'integer', 'date', 'time'])) { + var $x0 = $x; + $x = $x0.children('div').first(); + $x0.css({ + 'background-color': '#fff', + 'border': '1px #ddd solid', + 'border-radius': '4px', + 'padding': data.vertical ? '35px 20px': '20px 20px 10px 20px' + }); + var $spans = $x0.children('span').css({ + 'margin-top': data.vertical ? '0' : '10px', + 'white-space': 'nowrap' + }); + var $span1 = $spans.first(), $span2 = $spans.last(); + var r1 = +$x.data('min'), r2 = +$x.data('max'); + // when the numbers are too small or have many decimal places, the + // slider may have numeric precision problems (#150) + var scale = Math.pow(10, Math.max(0, +$x.data('scale') || 0)); + r1 = Math.round(r1 * scale); r2 = Math.round(r2 * scale); + var scaleBack = function(x, scale) { + if (scale === 1) return x; + var d = Math.round(Math.log(scale) / Math.log(10)); + // to avoid problems like 3.423/100 -> 0.034230000000000003 + return (x / scale).toFixed(d); + }; + var slider_min = function() { + return filter.noUiSlider('options').range.min; + }; + var slider_max = function() { + return filter.noUiSlider('options').range.max; + }; + $input.on({ + focus: function() { + $x0.show().trigger('show'); + // first, make sure the slider div leaves at least 20px between + // the two (slider value) span's + $x0.width(Math.max(160, $span1.outerWidth() + $span2.outerWidth() + 20)); + // then, if the input is really wide or slider is vertical, + // make the slider the same width as the input + if ($x0.outerWidth() < $input.outerWidth() || data.vertical) { + $x0.outerWidth($input.outerWidth()); + } + // make sure the slider div does not reach beyond the right margin + if ($(window).width() < $x0.offset().left + $x0.width()) { + $x0.offset({ + 'left': $input.offset().left + $input.outerWidth() - $x0.outerWidth() + }); + } + }, + blur: function() { + $x0.hide().trigger('hide'); + }, + input: function() { + if ($input.val() === '') filter.val([slider_min(), slider_max()]); + }, + change: function() { + var v = $input.val().replace(/\s/g, ''); + if (v === '') return; + v = v.split('...'); + if (v.length !== 2) { + $input.parent().addClass('has-error'); + return; + } + if (v[0] === '') v[0] = slider_min(); + if (v[1] === '') v[1] = slider_max(); + $input.parent().removeClass('has-error'); + // treat date as UTC time at midnight + var strTime = function(x) { + var s = type === 'date' ? 'T00:00:00Z' : ''; + var t = new Date(x + s).getTime(); + // add 10 minutes to date since it does not hurt the date, and + // it helps avoid the tricky floating point arithmetic problems, + // e.g. sometimes the date may be a few milliseconds earlier + // than the midnight due to precision problems in noUiSlider + return type === 'date' ? t + 3600000 : t; + }; + if (inArray(type, ['date', 'time'])) { + v[0] = strTime(v[0]); + v[1] = strTime(v[1]); + } + if (v[0] != slider_min()) v[0] *= scale; + if (v[1] != slider_max()) v[1] *= scale; + filter.val(v); + } + }); + var formatDate = function(d) { + d = scaleBack(d, scale); + if (type === 'number') return d; + if (type === 'integer') return parseInt(d); + var x = new Date(+d); + if (type === 'date') { + var pad0 = function(x) { + return ('0' + x).substr(-2, 2); + }; + return x.getUTCFullYear() + '-' + pad0(1 + x.getUTCMonth()) + + '-' + pad0(x.getUTCDate()); + } else { + return x.toISOString(); + } + }; + var opts = type === 'date' ? { step: 60 * 60 * 1000 } : + type === 'integer' ? { step: 1 } : {}; + + opts.orientation = data.vertical ? 'vertical': 'horizontal'; + opts.direction = data.vertical ? 'rtl': 'ltr'; + + filter = $x.noUiSlider($.extend({ + start: [r1, r2], + range: {min: r1, max: r2}, + connect: true + }, opts, data.filterSettings.slider)); + if (scale > 1) (function() { + var t1 = r1, t2 = r2; + var val = filter.val(); + while (val[0] > r1 || val[1] < r2) { + if (val[0] > r1) { + t1 -= val[0] - r1; + } + if (val[1] < r2) { + t2 += r2 - val[1]; + } + filter = $x.noUiSlider($.extend({ + start: [t1, t2], + range: {min: t1, max: t2}, + connect: true + }, opts, data.filterSettings.slider), true); + val = filter.val(); + } + r1 = t1; r2 = t2; + })(); + // format with active column renderer, if defined + var colDef = data.options.columnDefs.find(function(def) { + return (def.targets === i || inArray(i, def.targets)) && 'render' in def; + }); + var updateSliderText = function(v1, v2) { + // we only know how to use function renderers + if (colDef && typeof colDef.render === 'function') { + var restore = function(v) { + v = scaleBack(v, scale); + return inArray(type, ['date', 'time']) ? new Date(+v) : v; + } + $span1.text(colDef.render(restore(v1), 'display')); + $span2.text(colDef.render(restore(v2), 'display')); + } else { + $span1.text(formatDate(v1)); + $span2.text(formatDate(v2)); + } + }; + updateSliderText(r1, r2); + var updateSlider = function(e) { + var val = filter.val(); + // turn off filter if in full range + $td.data('filter', val[0] > slider_min() || val[1] < slider_max()); + var v1 = formatDate(val[0]), v2 = formatDate(val[1]), ival; + if ($td.data('filter')) { + ival = v1 + ' ... ' + v2; + $input.attr('title', ival).val(ival).trigger('input'); + } else { + $input.attr('title', '').val(''); + } + updateSliderText(val[0], val[1]); + if (e.type === 'slide') return; // no searching when sliding only + if (server) { + searchColumn(i, $td.data('filter') ? ival : '').draw(); + return; + } + table.draw(); + }; + filter.on({ + set: updateSlider, + slide: updateSlider + }); + } + + // server-side processing will be handled by R (or whatever server + // language you use); the following code is only needed for client-side + // processing + if (server) { + // if a search string has been pre-set, search now + if (searchCol) $input.trigger('input').trigger('change'); + return; + } + + var customFilter = function(settings, data, dataIndex) { + // there is no way to attach a search function to a specific table, + // and we need to make sure a global search function is not applied to + // all tables (i.e. a range filter in a previous table should not be + // applied to the current table); we use the settings object to + // determine if we want to perform searching on the current table, + // since settings.sTableId will be different to different tables + if (table.settings()[0] !== settings) return true; + // no filter on this column or no need to filter this column + if (typeof filter === 'undefined' || !$td.data('filter')) return true; + + var r = filter.val(), v, r0, r1; + var i_data = function(i) { + if (!colReorderEnabled()) return i; + var order = table.colReorder.order(), k; + for (k = 0; k < order.length; ++k) if (order[k] === i) return k; + return i; // in theory it will never be here... + } + v = data[i_data(i)]; + if (type === 'number' || type === 'integer') { + v = parseFloat(v); + // how to handle NaN? currently exclude these rows + if (isNaN(v)) return(false); + r0 = parseFloat(scaleBack(r[0], scale)) + r1 = parseFloat(scaleBack(r[1], scale)); + if (v >= r0 && v <= r1) return true; + } else if (type === 'date' || type === 'time') { + v = new Date(v); + r0 = new Date(r[0] / scale); r1 = new Date(r[1] / scale); + if (v >= r0 && v <= r1) return true; + } else if (type === 'factor') { + if (r.length === 0 || inArray(v, r)) return true; + } else if (type === 'logical') { + if (r.length === 0) return true; + if (inArray(v === '' ? 'na' : v, r)) return true; + } + return false; + }; + + $.fn.dataTable.ext.search.push(customFilter); + + // search for the preset search strings if it is non-empty + if (searchCol) $input.trigger('input').trigger('change'); + + }); + + } + + // highlight search keywords + var highlight = function() { + var body = $(table.table().body()); + // removing the old highlighting first + body.unhighlight(); + + // don't highlight the "not found" row, so we get the rows using the api + if (table.rows({ filter: 'applied' }).data().length === 0) return; + // highlight global search keywords + body.highlight($.trim(table.search()).split(/\s+/)); + // then highlight keywords from individual column filters + if (filterRow) filterRow.each(function(i, td) { + var $td = $(td), type = $td.data('type'); + if (type !== 'character') return; + var $input = $td.children('div').first().children('input'); + var column = table.column(i).nodes().to$(), + val = $.trim($input.val()); + if (type !== 'character' || val === '') return; + column.highlight(val.split(/\s+/)); + }); + }; + + if (options.searchHighlight) { + table + .on('draw.dt.dth column-visibility.dt.dth column-reorder.dt.dth', highlight) + .on('destroy', function() { + // remove event handler + table.off('draw.dt.dth column-visibility.dt.dth column-reorder.dt.dth'); + }); + + // Set the option for escaping regex characters in our search string. This will be used + // for all future matching. + jQuery.fn.highlight.options.escapeRegex = (!options.search || !options.search.regex); + + // initial highlight for state saved conditions and initial states + highlight(); + } + + // run the callback function on the table instance + if (typeof data.callback === 'function') data.callback(table); + + // double click to edit the cell, row, column, or all cells + if (data.editable) table.on('dblclick.dt', 'tbody td', function(e) { + // only bring up the editor when the cell itself is dbclicked, and ignore + // other dbclick events bubbled up (e.g. from the ) + if (e.target !== this) return; + var target = [], immediate = false; + switch (data.editable.target) { + case 'cell': + target = [this]; + immediate = true; // edit will take effect immediately + break; + case 'row': + target = table.cells(table.cell(this).index().row, '*').nodes(); + break; + case 'column': + target = table.cells('*', table.cell(this).index().column).nodes(); + break; + case 'all': + target = table.cells().nodes(); + break; + default: + throw 'The editable parameter must be "cell", "row", "column", or "all"'; + } + var disableCols = data.editable.disable ? data.editable.disable.columns : null; + var numericCols = data.editable.numeric; + var areaCols = data.editable.area; + var dateCols = data.editable.date; + for (var i = 0; i < target.length; i++) { + (function(cell, current) { + var $cell = $(cell), html = $cell.html(); + var _cell = table.cell(cell), value = _cell.data(), index = _cell.index().column; + var $input; + if (inArray(index, numericCols)) { + $input = $(''); + } else if (inArray(index, areaCols)) { + $input = $(''); + } else if (inArray(index, dateCols)) { + $input = $(''); + } else { + $input = $(''); + } + if (!immediate) { + $cell.data('input', $input).data('html', html); + $input.attr('title', 'Hit Ctrl+Enter to finish editing, or Esc to cancel'); + } + $input.val(value); + if (inArray(index, disableCols)) { + $input.attr('readonly', '').css('filter', 'invert(25%)'); + } + $cell.empty().append($input); + if (cell === current) $input.focus(); + $input.css('width', '100%'); + + if (immediate) $input.on('blur', function(e) { + var valueNew = $input.val(); + if (valueNew !== value) { + _cell.data(valueNew); + if (HTMLWidgets.shinyMode) { + changeInput('cell_edit', [cellInfo(cell)], 'DT.cellInfo', null, {priority: 'event'}); + } + // for server-side processing, users have to call replaceData() to update the table + if (!server) table.draw(false); + } else { + $cell.html(html); + } + }).on('keyup', function(e) { + // hit Escape to cancel editing + if (e.keyCode === 27) $input.trigger('blur'); + }); + + // bulk edit (row, column, or all) + if (!immediate) $input.on('keyup', function(e) { + var removeInput = function($cell, restore) { + $cell.data('input').remove(); + if (restore) $cell.html($cell.data('html')); + } + if (e.keyCode === 27) { + for (var i = 0; i < target.length; i++) { + removeInput($(target[i]), true); + } + } else if (e.keyCode === 13 && e.ctrlKey) { + // Ctrl + Enter + var cell, $cell, _cell, cellData = []; + for (var i = 0; i < target.length; i++) { + cell = target[i]; $cell = $(cell); _cell = table.cell(cell); + _cell.data($cell.data('input').val()); + HTMLWidgets.shinyMode && cellData.push(cellInfo(cell)); + removeInput($cell, false); + } + if (HTMLWidgets.shinyMode) { + changeInput('cell_edit', cellData, 'DT.cellInfo', null, {priority: "event"}); + } + if (!server) table.draw(false); + } + }); + })(target[i], this); + } + }); + + // interaction with shiny + if (!HTMLWidgets.shinyMode && !crosstalkOptions.group) return; + + var methods = {}; + var shinyData = {}; + + methods.updateCaption = function(caption) { + if (!caption) return; + $table.children('caption').replaceWith(caption); + } + + // register clear functions to remove input values when the table is removed + instance.clearInputs = {}; + + var changeInput = function(id, value, type, noCrosstalk, opts) { + var event = id; + id = el.id + '_' + id; + if (type) id = id + ':' + type; + // do not update if the new value is the same as old value + if (event !== 'cell_edit' && !/_clicked$/.test(event) && shinyData.hasOwnProperty(id) && shinyData[id] === JSON.stringify(value)) + return; + shinyData[id] = JSON.stringify(value); + if (HTMLWidgets.shinyMode && Shiny.setInputValue) { + Shiny.setInputValue(id, value, opts); + if (!instance.clearInputs[id]) instance.clearInputs[id] = function() { + Shiny.setInputValue(id, null); + } + } + + // HACK + if (event === "rows_selected" && !noCrosstalk) { + if (crosstalkOptions.group) { + var keys = crosstalkOptions.key; + var selectedKeys = null; + if (value) { + selectedKeys = []; + for (var i = 0; i < value.length; i++) { + // The value array's contents use 1-based row numbers, so we must + // convert to 0-based before indexing into the keys array. + selectedKeys.push(keys[value[i] - 1]); + } + } + instance.ctselectHandle.set(selectedKeys); + } + } + }; + + var addOne = function(x) { + return x.map(function(i) { return 1 + i; }); + }; + + var unique = function(x) { + var ux = []; + $.each(x, function(i, el){ + if ($.inArray(el, ux) === -1) ux.push(el); + }); + return ux; + } + + // change the row index of a cell + var tweakCellIndex = function(cell) { + var info = cell.index(); + // some cell may not be valid. e.g, #759 + // when using the RowGroup extension, datatables will + // generate the row label and the cells are not part of + // the data thus contain no row/col info + if (info === undefined) + return {row: null, col: null}; + if (server) { + info.row = DT_rows_current[info.row]; + } else { + info.row += 1; + } + return {row: info.row, col: info.column}; + } + + var cleanSelectedValues = function() { + changeInput('rows_selected', []); + changeInput('columns_selected', []); + changeInput('cells_selected', transposeArray2D([]), 'shiny.matrix'); + } + // #828 we should clean the selection on the server-side when the table reloads + cleanSelectedValues(); + + // a flag to indicates if select extension is initialized or not + var flagSelectExt = table.settings()[0]._select !== undefined; + // the Select extension should only be used in the client mode and + // when the selection.mode is set to none + if (data.selection.mode === 'none' && !server && flagSelectExt) { + var updateRowsSelected = function() { + var rows = table.rows({selected: true}); + var selected = []; + $.each(rows.indexes().toArray(), function(i, v) { + selected.push(v + 1); + }); + changeInput('rows_selected', selected); + } + var updateColsSelected = function() { + var columns = table.columns({selected: true}); + changeInput('columns_selected', columns.indexes().toArray()); + } + var updateCellsSelected = function() { + var cells = table.cells({selected: true}); + var selected = []; + cells.every(function() { + var row = this.index().row; + var col = this.index().column; + selected = selected.concat([[row + 1, col]]); + }); + changeInput('cells_selected', transposeArray2D(selected), 'shiny.matrix'); + } + table.on('select deselect', function(e, dt, type, indexes) { + updateRowsSelected(); + updateColsSelected(); + updateCellsSelected(); + }) + } + + var selMode = data.selection.mode, selTarget = data.selection.target; + var selDisable = data.selection.selectable === false; + if (inArray(selMode, ['single', 'multiple'])) { + var selClass = inArray(data.style, ['bootstrap', 'bootstrap4']) ? 'active' : 'selected'; + // selected1: row indices; selected2: column indices + var initSel = function(x) { + if (x === null || typeof x === 'boolean' || selTarget === 'cell') { + return {rows: [], cols: []}; + } else if (selTarget === 'row') { + return {rows: $.makeArray(x), cols: []}; + } else if (selTarget === 'column') { + return {rows: [], cols: $.makeArray(x)}; + } else if (selTarget === 'row+column') { + return {rows: $.makeArray(x.rows), cols: $.makeArray(x.cols)}; + } + } + var selected = data.selection.selected; + var selected1 = initSel(selected).rows, selected2 = initSel(selected).cols; + // selectable should contain either all positive or all non-positive values, not both + // positive values indicate "selectable" while non-positive values means "nonselectable" + // the assertion is performed on R side. (only column indicides could be zero which indicates + // the row name) + var selectable = data.selection.selectable; + var selectable1 = initSel(selectable).rows, selectable2 = initSel(selectable).cols; + + // After users reorder the rows or filter the table, we cannot use the table index + // directly. Instead, we need this function to find out the rows between the two clicks. + // If user filter the table again between the start click and the end click, the behavior + // would be undefined, but it should not be a problem. + var shiftSelRowsIndex = function(start, end) { + var indexes = server ? DT_rows_all : table.rows({ search: 'applied' }).indexes().toArray(); + start = indexes.indexOf(start); end = indexes.indexOf(end); + // if start is larger than end, we need to swap + if (start > end) { + var tmp = end; end = start; start = tmp; + } + return indexes.slice(start, end + 1); + } + + var serverRowIndex = function(clientRowIndex) { + return server ? DT_rows_current[clientRowIndex] : clientRowIndex + 1; + } + + // row, column, or cell selection + var lastClickedRow; + if (inArray(selTarget, ['row', 'row+column'])) { + // Get the current selected rows. It will also + // update the selected1's value based on the current row selection state + // Note we can't put this function inside selectRows() directly, + // the reason is method.selectRows() will override selected1's value but this + // function will add rows to selected1 (keep the existing selection), which is + // inconsistent with column and cell selection. + var selectedRows = function() { + var rows = table.rows('.' + selClass); + var idx = rows.indexes().toArray(); + if (!server) { + selected1 = addOne(idx); + return selected1; + } + idx = idx.map(function(i) { + return DT_rows_current[i]; + }); + selected1 = selMode === 'multiple' ? unique(selected1.concat(idx)) : idx; + return selected1; + } + // Change selected1's value based on selectable1, then refresh the row state + var onlyKeepSelectableRows = function() { + if (selDisable) { // users can't select; useful when only want backend select + selected1 = []; + return; + } + if (selectable1.length === 0) return; + var nonselectable = selectable1[0] <= 0; + if (nonselectable) { + // should make selectable1 positive + selected1 = $(selected1).not(selectable1.map(function(i) { return -i; })).get(); + } else { + selected1 = $(selected1).filter(selectable1).get(); + } + } + // Change selected1's value based on selectable1, then + // refresh the row selection state according to values in selected1 + var selectRows = function(ignoreSelectable) { + if (!ignoreSelectable) onlyKeepSelectableRows(); + table.$('tr.' + selClass).removeClass(selClass); + if (selected1.length === 0) return; + if (server) { + table.rows({page: 'current'}).every(function() { + if (inArray(DT_rows_current[this.index()], selected1)) { + $(this.node()).addClass(selClass); + } + }); + } else { + var selected0 = selected1.map(function(i) { return i - 1; }); + $(table.rows(selected0).nodes()).addClass(selClass); + } + } + table.on('mousedown.dt', 'tbody tr', function(e) { + var $this = $(this), thisRow = table.row(this); + if (selMode === 'multiple') { + if (e.shiftKey && lastClickedRow !== undefined) { + // select or de-select depends on the last clicked row's status + var flagSel = !$this.hasClass(selClass); + var crtClickedRow = serverRowIndex(thisRow.index()); + if (server) { + var rowsIndex = shiftSelRowsIndex(lastClickedRow, crtClickedRow); + // update current page's selClass + rowsIndex.map(function(i) { + var rowIndex = DT_rows_current.indexOf(i); + if (rowIndex >= 0) { + var row = table.row(rowIndex).nodes().to$(); + var flagRowSel = !row.hasClass(selClass); + if (flagSel === flagRowSel) row.toggleClass(selClass); + } + }); + // update selected1 + if (flagSel) { + selected1 = unique(selected1.concat(rowsIndex)); + } else { + selected1 = selected1.filter(function(index) { + return !inArray(index, rowsIndex); + }); + } + } else { + // js starts from 0 + shiftSelRowsIndex(lastClickedRow - 1, crtClickedRow - 1).map(function(value) { + var row = table.row(value).nodes().to$(); + var flagRowSel = !row.hasClass(selClass); + if (flagSel === flagRowSel) row.toggleClass(selClass); + }); + } + e.preventDefault(); + } else { + $this.toggleClass(selClass); + } + } else { + if ($this.hasClass(selClass)) { + $this.removeClass(selClass); + } else { + table.$('tr.' + selClass).removeClass(selClass); + $this.addClass(selClass); + } + } + if (server && !$this.hasClass(selClass)) { + var id = DT_rows_current[thisRow.index()]; + // remove id from selected1 since its class .selected has been removed + if (inArray(id, selected1)) selected1.splice($.inArray(id, selected1), 1); + } + selectedRows(); // update selected1's value based on selClass + selectRows(false); // only keep the selectable rows + changeInput('rows_selected', selected1); + changeInput('row_last_clicked', serverRowIndex(thisRow.index()), null, null, {priority: 'event'}); + lastClickedRow = serverRowIndex(thisRow.index()); + }); + selectRows(false); // in case users have specified pre-selected rows + // restore selected rows after the table is redrawn (e.g. sort/search/page); + // client-side tables will preserve the selections automatically; for + // server-side tables, we have to *real* row indices are in `selected1` + changeInput('rows_selected', selected1); + if (server) table.on('draw.dt', function(e) { selectRows(false); }); + methods.selectRows = function(selected, ignoreSelectable) { + selected1 = $.makeArray(selected); + selectRows(ignoreSelectable); + changeInput('rows_selected', selected1); + } + } + + if (inArray(selTarget, ['column', 'row+column'])) { + if (selTarget === 'row+column') { + $(table.columns().footer()).css('cursor', 'pointer'); + } + // update selected2's value based on selectable2 + var onlyKeepSelectableCols = function() { + if (selDisable) { // users can't select; useful when only want backend select + selected2 = []; + return; + } + if (selectable2.length === 0) return; + var nonselectable = selectable2[0] <= 0; + if (nonselectable) { + // need to make selectable2 positive + selected2 = $(selected2).not(selectable2.map(function(i) { return -i; })).get(); + } else { + selected2 = $(selected2).filter(selectable2).get(); + } + } + // update selected2 and then + // refresh the col selection state according to values in selected2 + var selectCols = function(ignoreSelectable) { + if (!ignoreSelectable) onlyKeepSelectableCols(); + // if selected2 is not a valide index (e.g., larger than the column number) + // table.columns(selected2) will fail and result in a blank table + // this is different from the table.rows(), where the out-of-range indexes + // doesn't affect at all + selected2 = $(selected2).filter(table.columns().indexes()).get(); + table.columns().nodes().flatten().to$().removeClass(selClass); + if (selected2.length > 0) + table.columns(selected2).nodes().flatten().to$().addClass(selClass); + } + var callback = function() { + var colIdx = selTarget === 'column' ? table.cell(this).index().column : + $.inArray(this, table.columns().footer()), + thisCol = $(table.column(colIdx).nodes()); + if (colIdx === -1) return; + if (thisCol.hasClass(selClass)) { + thisCol.removeClass(selClass); + selected2.splice($.inArray(colIdx, selected2), 1); + } else { + if (selMode === 'single') $(table.cells().nodes()).removeClass(selClass); + thisCol.addClass(selClass); + selected2 = selMode === 'single' ? [colIdx] : unique(selected2.concat([colIdx])); + } + selectCols(false); // update selected2 based on selectable + changeInput('columns_selected', selected2); + } + if (selTarget === 'column') { + $(table.table().body()).on('click.dt', 'td', callback); + } else { + $(table.table().footer()).on('click.dt', 'tr th', callback); + } + selectCols(false); // in case users have specified pre-selected columns + changeInput('columns_selected', selected2); + if (server) table.on('draw.dt', function(e) { selectCols(false); }); + methods.selectColumns = function(selected, ignoreSelectable) { + selected2 = $.makeArray(selected); + selectCols(ignoreSelectable); + changeInput('columns_selected', selected2); + } + } + + if (selTarget === 'cell') { + var selected3 = [], selectable3 = []; + if (selected !== null) selected3 = selected; + if (selectable !== null && typeof selectable !== 'boolean') selectable3 = selectable; + var findIndex = function(ij, sel) { + for (var i = 0; i < sel.length; i++) { + if (ij[0] === sel[i][0] && ij[1] === sel[i][1]) return i; + } + return -1; + } + // Change selected3's value based on selectable3, then refresh the cell state + var onlyKeepSelectableCells = function() { + if (selDisable) { // users can't select; useful when only want backend select + selected3 = []; + return; + } + if (selectable3.length === 0) return; + var nonselectable = selectable3[0][0] <= 0; + var out = []; + if (nonselectable) { + selected3.map(function(ij) { + // should make selectable3 positive + if (findIndex([-ij[0], -ij[1]], selectable3) === -1) { out.push(ij); } + }); + } else { + selected3.map(function(ij) { + if (findIndex(ij, selectable3) > -1) { out.push(ij); } + }); + } + selected3 = out; + } + // Change selected3's value based on selectable3, then + // refresh the cell selection state according to values in selected3 + var selectCells = function(ignoreSelectable) { + if (!ignoreSelectable) onlyKeepSelectableCells(); + table.$('td.' + selClass).removeClass(selClass); + if (selected3.length === 0) return; + if (server) { + table.cells({page: 'current'}).every(function() { + var info = tweakCellIndex(this); + if (findIndex([info.row, info.col], selected3) > -1) + $(this.node()).addClass(selClass); + }); + } else { + selected3.map(function(ij) { + $(table.cell(ij[0] - 1, ij[1]).node()).addClass(selClass); + }); + } + }; + table.on('click.dt', 'tbody td', function() { + var $this = $(this), info = tweakCellIndex(table.cell(this)); + if ($this.hasClass(selClass)) { + $this.removeClass(selClass); + selected3.splice(findIndex([info.row, info.col], selected3), 1); + } else { + if (selMode === 'single') $(table.cells().nodes()).removeClass(selClass); + $this.addClass(selClass); + selected3 = selMode === 'single' ? [[info.row, info.col]] : + unique(selected3.concat([[info.row, info.col]])); + } + selectCells(false); // must call this to update selected3 based on selectable3 + changeInput('cells_selected', transposeArray2D(selected3), 'shiny.matrix'); + }); + selectCells(false); // in case users have specified pre-selected columns + changeInput('cells_selected', transposeArray2D(selected3), 'shiny.matrix'); + + if (server) table.on('draw.dt', function(e) { selectCells(false); }); + methods.selectCells = function(selected, ignoreSelectable) { + selected3 = selected ? selected : []; + selectCells(ignoreSelectable); + changeInput('cells_selected', transposeArray2D(selected3), 'shiny.matrix'); + } + } + } + + // expose some table info to Shiny + var updateTableInfo = function(e, settings) { + // TODO: is anyone interested in the page info? + // changeInput('page_info', table.page.info()); + var updateRowInfo = function(id, modifier) { + var idx; + if (server) { + idx = modifier.page === 'current' ? DT_rows_current : DT_rows_all; + } else { + var rows = table.rows($.extend({ + search: 'applied', + page: 'all' + }, modifier)); + idx = addOne(rows.indexes().toArray()); + } + changeInput('rows' + '_' + id, idx); + }; + updateRowInfo('current', {page: 'current'}); + updateRowInfo('all', {}); + } + table.on('draw.dt', updateTableInfo); + updateTableInfo(); + + // state info + table.on('draw.dt column-visibility.dt', function() { + changeInput('state', table.state()); + }); + changeInput('state', table.state()); + + // search info + var updateSearchInfo = function() { + changeInput('search', table.search()); + if (filterRow) changeInput('search_columns', filterRow.toArray().map(function(td) { + return $(td).find('input').first().val(); + })); + } + table.on('draw.dt', updateSearchInfo); + updateSearchInfo(); + + var cellInfo = function(thiz) { + var info = tweakCellIndex(table.cell(thiz)); + info.value = table.cell(thiz).data(); + return info; + } + // the current cell clicked on + table.on('click.dt', 'tbody td', function() { + changeInput('cell_clicked', cellInfo(this), null, null, {priority: 'event'}); + }) + changeInput('cell_clicked', {}); + + // do not trigger table selection when clicking on links unless they have classes + table.on('mousedown.dt', 'tbody td a', function(e) { + if (this.className === '') e.stopPropagation(); + }); + + methods.addRow = function(data, rowname, resetPaging) { + var n = table.columns().indexes().length, d = n - data.length; + if (d === 1) { + data = rowname.concat(data) + } else if (d !== 0) { + console.log(data); + console.log(table.columns().indexes()); + throw 'New data must be of the same length as current data (' + n + ')'; + }; + table.row.add(data).draw(resetPaging); + } + + methods.updateSearch = function(keywords) { + if (keywords.global !== null) + $(table.table().container()).find('input[type=search]').first() + .val(keywords.global).trigger('input'); + var columns = keywords.columns; + if (!filterRow || columns === null) return; + filterRow.toArray().map(function(td, i) { + var v = typeof columns === 'string' ? columns : columns[i]; + if (typeof v === 'undefined') { + console.log('The search keyword for column ' + i + ' is undefined') + return; + } + // Update column search string and values on linked filter widgets. + // 'input' for factor and char filters, 'change' for numeric filters. + $(td).find('input').first().val(v).trigger('input', [true]).trigger('change'); + }); + table.draw(); + } + + methods.hideCols = function(hide, reset) { + if (reset) table.columns().visible(true, false); + table.columns(hide).visible(false); + } + + methods.showCols = function(show, reset) { + if (reset) table.columns().visible(false, false); + table.columns(show).visible(true); + } + + methods.colReorder = function(order, origOrder) { + table.colReorder.order(order, origOrder); + } + + methods.selectPage = function(page) { + if (table.page.info().pages < page || page < 1) { + throw 'Selected page is out of range'; + }; + table.page(page - 1).draw(false); + } + + methods.reloadData = function(resetPaging, clearSelection) { + // empty selections first if necessary + if (methods.selectRows && inArray('row', clearSelection)) methods.selectRows([]); + if (methods.selectColumns && inArray('column', clearSelection)) methods.selectColumns([]); + if (methods.selectCells && inArray('cell', clearSelection)) methods.selectCells([]); + table.ajax.reload(null, resetPaging); + } + + // update table filters (set new limits of sliders) + methods.updateFilters = function(newProps) { + // loop through each filter in the filter row + filterRow.each(function(i, td) { + var k = i; + if (filterRow.length > newProps.length) { + if (i === 0) return; // first column is row names + k = i - 1; + } + // Update the filters to reflect the updated data. + // Allow "falsy" (e.g. NULL) to signify a no-op. + if (newProps[k]) { + setFilterProps(td, newProps[k]); + } + }); + }; + + table.shinyMethods = methods; + }, + resize: function(el, width, height, instance) { + if (instance.data) this.renderValue(el, instance.data, instance); + + // dynamically adjust height if fillContainer = TRUE + if (instance.fillContainer) + this.fillAvailableHeight(el, height); + + this.adjustWidth(el); + }, + + // dynamically set the scroll body to fill available height + // (used with fillContainer = TRUE) + fillAvailableHeight: function(el, availableHeight) { + + // see how much of the table is occupied by header/footer elements + // and use that to compute a target scroll body height + var dtWrapper = $(el).find('div.dataTables_wrapper'); + var dtScrollBody = $(el).find($('div.dataTables_scrollBody')); + var framingHeight = dtWrapper.innerHeight() - dtScrollBody.innerHeight(); + var scrollBodyHeight = availableHeight - framingHeight; + + // we need to set `max-height` to none as datatables library now sets this + // to a fixed height, disabling the ability to resize to fill the window, + // as it will be set to a fixed 100px under such circumstances, e.g., RStudio IDE, + // or FlexDashboard + // see https://github.com/rstudio/DT/issues/951#issuecomment-1026464509 + dtScrollBody.css('max-height', 'none'); + // set the height + dtScrollBody.height(scrollBodyHeight + 'px'); + }, + + // adjust the width of columns; remove the hard-coded widths on table and the + // scroll header when scrollX/Y are enabled + adjustWidth: function(el) { + var $el = $(el), table = $el.data('datatable'); + if (table) table.columns.adjust(); + $el.find('.dataTables_scrollHeadInner').css('width', '') + .children('table').css('margin-left', ''); + } +}); + + if (!HTMLWidgets.shinyMode) return; + + Shiny.addCustomMessageHandler('datatable-calls', function(data) { + var id = data.id; + var el = document.getElementById(id); + var table = el ? $(el).data('datatable') : null; + if (!table) { + console.log("Couldn't find table with id " + id); + return; + } + + var methods = table.shinyMethods, call = data.call; + if (methods[call.method]) { + methods[call.method].apply(table, call.args); + } else { + console.log("Unknown method " + call.method); + } + }); + +})(); diff --git a/R/BFI_ParitaBay_v1_files/libs/datatables-css-0.0.0/datatables-crosstalk.css b/R/BFI_ParitaBay_v1_files/libs/datatables-css-0.0.0/datatables-crosstalk.css new file mode 100644 index 0000000..bd1159c --- /dev/null +++ b/R/BFI_ParitaBay_v1_files/libs/datatables-css-0.0.0/datatables-crosstalk.css @@ -0,0 +1,32 @@ +.dt-crosstalk-fade { + opacity: 0.2; +} + +html body div.DTS div.dataTables_scrollBody { + background: none; +} + + +/* +Fix https://github.com/rstudio/DT/issues/563 +If the `table.display` is set to "block" (e.g., pkgdown), the browser will display +datatable objects strangely. The search panel and the page buttons will still be +in full-width but the table body will be "compact" and shorter. +In therory, having this attributes will affect `dom="t"` +with `display: block` users. But in reality, there should be no one. +We may remove the below lines in the future if the upstream agree to have this there. +See https://github.com/DataTables/DataTablesSrc/issues/160 +*/ + +table.dataTable { + display: table; +} + + +/* +When DTOutput(fill = TRUE), it receives a .html-fill-item class (via htmltools::bindFillRole()), which effectively amounts to `flex: 1 1 auto`. That's mostly fine, but the case where `fillContainer=TRUE`+`height:auto`+`flex-basis:auto` and the container (e.g., a bslib::card()) doesn't have a defined height is a bit problematic since the table wants to fit the parent but the parent wants to fit the table, which results pretty small table height (maybe because there is a minimum height somewhere?). It seems better in this case to impose a 400px height default for the table, which we can do by setting `flex-basis` to 400px (the table is still allowed to grow/shrink when the container has an opinionated height). +*/ + +.html-fill-container > .html-fill-item.datatables { + flex-basis: 400px; +} diff --git a/R/BFI_ParitaBay_v1_files/libs/dt-core-1.13.6/css/jquery.dataTables.extra.css b/R/BFI_ParitaBay_v1_files/libs/dt-core-1.13.6/css/jquery.dataTables.extra.css new file mode 100644 index 0000000..b2dd141 --- /dev/null +++ b/R/BFI_ParitaBay_v1_files/libs/dt-core-1.13.6/css/jquery.dataTables.extra.css @@ -0,0 +1,28 @@ +/* Selected rows/cells */ +table.dataTable tr.selected td, table.dataTable td.selected { + background-color: #b0bed9 !important; +} +/* In case of scrollX/Y or FixedHeader */ +.dataTables_scrollBody .dataTables_sizing { + visibility: hidden; +} + +/* The datatables' theme CSS file doesn't define +the color but with white background. It leads to an issue that +when the HTML's body color is set to 'white', the user can't +see the text since the background is white. One case happens in the +RStudio's IDE when inline viewing the DT table inside an Rmd file, +if the IDE theme is set to "Cobalt". + +See https://github.com/rstudio/DT/issues/447 for more info + +This fixes should have little side-effects because all the other elements +of the default theme use the #333 font color. + +TODO: The upstream may use relative colors for both the table background +and the color. It means the table can display well without this patch +then. At that time, we need to remove the below CSS attributes. +*/ +div.datatables { + color: #333; +} diff --git a/R/BFI_ParitaBay_v1_files/libs/dt-core-1.13.6/css/jquery.dataTables.min.css b/R/BFI_ParitaBay_v1_files/libs/dt-core-1.13.6/css/jquery.dataTables.min.css new file mode 100644 index 0000000..ad59f84 --- /dev/null +++ b/R/BFI_ParitaBay_v1_files/libs/dt-core-1.13.6/css/jquery.dataTables.min.css @@ -0,0 +1 @@ +:root{--dt-row-selected: 13, 110, 253;--dt-row-selected-text: 255, 255, 255;--dt-row-selected-link: 9, 10, 11;--dt-row-stripe: 0, 0, 0;--dt-row-hover: 0, 0, 0;--dt-column-ordering: 0, 0, 0;--dt-html-background: white}:root.dark{--dt-html-background: rgb(33, 37, 41)}table.dataTable td.dt-control{text-align:center;cursor:pointer}table.dataTable td.dt-control:before{display:inline-block;color:rgba(0, 0, 0, 0.5);content:"â–º"}table.dataTable tr.dt-hasChild td.dt-control:before{content:"â–¼"}html.dark table.dataTable td.dt-control:before{color:rgba(255, 255, 255, 0.5)}html.dark 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b/R/BFI_ParitaBay_v1_files/libs/dt-core-1.13.6/js/jquery.dataTables.min.js @@ -0,0 +1,4 @@ +/*! DataTables 1.13.6 + * ©2008-2023 SpryMedia Ltd - datatables.net/license + */ +!function(n){"use strict";var a;"function"==typeof define&&define.amd?define(["jquery"],function(t){return n(t,window,document)}):"object"==typeof exports?(a=require("jquery"),"undefined"==typeof window?module.exports=function(t,e){return t=t||window,e=e||a(t),n(e,t,t.document)}:n(a,window,window.document)):window.DataTable=n(jQuery,window,document)}(function(P,j,v,H){"use strict";function d(t){var e=parseInt(t,10);return!isNaN(e)&&isFinite(t)?e:null}function l(t,e,n){var a=typeof t,r="string"==a;return"number"==a||"bigint"==a||!!h(t)||(e&&r&&(t=$(t,e)),n&&r&&(t=t.replace(q,"")),!isNaN(parseFloat(t))&&isFinite(t))}function a(t,e,n){var a;return!!h(t)||(h(a=t)||"string"==typeof a)&&!!l(t.replace(V,"").replace(/ + + + @@ -118,7 +147,7 @@

Abundance all species as a function. Parita Bay, Panama

Published
-

April 9, 2024

+

April 19, 2024

@@ -126,19 +155,30 @@

Abundance all species as a function. Parita Bay, Panama

+ +

Fit the occupancy model of Royle and Nichols (2003), which relates probability of detection of the species to the number of individuals available for detection at each site.

Royle, J. A. and Nichols, J. D. (2003) Estimating Abundance from Repeated Presence-Absence Data or Point Counts. Ecology, 84(3) pp. 777–790.

+

The number of animals available for detection at site i is modelled as Poisson: \[ +N_1 \sim Poisson(\lambda_i) +\]

+

We assume that all individuals (of same species) at site i during sample j have identical detection probabilities, $ r_{i,j} $ and and that detections are independent. The species will be recorded if at least one individual is detected. Thus, the detection probability for the species is linked to the detection probability for an individual by:

+

\[ +p_{i,j} = 1-(1-r_{i,j})^{N_i} +\] The equation for the detection history is then: \[ +y_{i,j} \sim Bernoulli(p_{i,j}) +\]

Read data

grouping by 3 days

-
+
Code 
# load function
-source("D:/AudubonPanama/R/matrix_creator.R")
+source("C:/CodigoR/AudubonPanama/R/matrix_creator.R")
 ############### load Packages
 library(readr) # readr 
 library(readxl) # read excel
@@ -163,7 +203,7 @@ 
grouping by 3 days

 #                               trim_ws = TRUE)
 
 # new
-parita_data_full <- read_excel("D:/AudubonPanama/data/all_records_audubon_panama_Darwin_Core_revision.xlsx", 
+parita_data_full <- read_excel("C:/CodigoR/AudubonPanama/data/all_records_audubon_panama_Darwin_Core_revision.xlsx", 
     col_types = c("text", "text", "text", 
         "date", "text", "text", "numeric", 
         "numeric", "text", "text", "numeric", 
@@ -175,7 +215,7 @@ 
grouping by 3 days

         "text", "numeric", "text", "numeric", 
         "text", "text"))
 
-covs <- read_csv("D:/AudubonPanama/shp/sites_covs_parita_nona.csv")
+covs <- read_csv("C:/CodigoR/AudubonPanama/shp/sites_covs_parita_nona.csv")
 
 ## Nyctidromus albicollis
 ## Aramus guarauna
@@ -225,7 +265,7 @@ 
grouping by 3 days

 puntos_sf <- sf::st_as_sf(puntos)
 
 ######### precipitacion
-precip_Anton <- read_csv("D:/AudubonPanama/data/Precip_Anton.csv")
+precip_Anton <- read_csv("C:/CodigoR/AudubonPanama/data/Precip_Anton.csv")
 precip <-  data.frame(f.shrink.matrix.h.to9(precip_Anton))
 precip[,1] <- 0 #fix start
 
@@ -270,11 +310,11 @@ 
grouping by 3 days

function to get abundance

-

These methods return an object storing the posterior distributions of the latent variables at each site.

+

These methods return an object storing the posterior distributions of the latent variables at each site. Empirical Bayes methods used by unmarked::ranef underestimate the variance of the posterior distribution because they do not account for uncertainty in the hyperparameters (lambda). Note also that the posterior mode appears to exhibit some bias as an estimator or abundance. Consider using the posterior mean instead, even though it will not be an integer in general.

One species, single season

-
+
Code 
ranef_by_sp <- function(spx=1){ suppressWarnings({ #species name
 # Make UMF object
@@ -289,8 +329,8 @@ 
One species, sin
 
 # fit unmarked
 fit_unm_spx_0 <- unmarked::occuRN(~1~1, data=umf_y_full_spx) # ok!
-fit_unm_spx_p <- unmarked::occuRN(~ prec ~1, data=umf_y_full_spx) # ok!
-fit_unm_spx_h <- unmarked::occuRN(~ hour ~1, data=umf_y_full_spx) # ok!
+fit_unm_spx_p <- unmarked::occuRN(~ scale(prec) ~1, data=umf_y_full_spx) # ok!
+fit_unm_spx_h <- unmarked::occuRN(~ scale(hour) ~1, data=umf_y_full_spx) # ok!
 
 
 # fit list for occupancy
@@ -315,28 +355,34 @@ 
One species, sin
  models <- modSel(fms2)
  models
  
-# summary(fit_unm_sp2_1) #### Null MODEL !!!!!!!!!!
-
-# Empirical Bayes estimates of abundance at each site by species
-re_0 <- ranef(fit_unm_spx_0)
-re_h <- ranef(fit_unm_spx_h)
-# plot(re)
-post.df <- as(re_0, "data.frame")
-}) # warning
-  
-return(list(paste("###", sp=names(parita$dete[spx]) ), # sp name
-            models, # model AICs
-            Null=re_0, # mull model estimates
-            hour=re_h)) # hour in detection estimates
-} # end of function
+ +# Empirical Bayes estimates of abundance at each site by species +re_0 <- ranef(fit_unm_spx_0) +re_h <- ranef(fit_unm_spx_h) +# plot(re) +# post.df <- as(re_0, "data.frame") + +##################################################### +# to save the ranef result (S3 Object) as dataframe # +##################################################### + +# abund_per_site <- data.frame(mean=(bup(re_0, stat="mean") ), confint(re_0, level=0.9)) + +}) # no warning + +return(list(paste("###", sp=names(parita$dete[spx]) ), # sp name + models, # model AICs + Null=re_0, # mull model estimates + hour=re_h)) # hour in detection estimates +} # end of function

use the function

-

Runs a loop on a list containing the of species.

+

Runs a loop on a list containing the number of the species.

-
+
Code 
for(i in 1:length(names(parita$dete[]))){
  print( ranef_by_sp(i) )
@@ -348,9 +394,9 @@ 
use the function

 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 63.01 57.00 4.2e-13     1.00
-p(prec) lambda(.)     3 64.52 58.51 2.0e-13     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 63.01 57.01 4.2e-13     1.00
+p(prec) lambda(.)     3 64.52 58.52 2.0e-13     1.00
 
 $Null
             Mean Mode 2.5% 97.5%
@@ -373,31 +419,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.36512   10    5    17
- [2,] 10.36997   10    5    17
- [3,] 10.36512   10    5    17
- [4,] 10.36512   10    5    17
- [5,] 10.36768   10    5    17
- [6,] 10.36536   10    5    17
- [7,] 10.36772   10    5    17
- [8,] 10.36768   10    5    17
- [9,] 10.36516   10    5    17
-[10,] 10.36516   10    5    17
-[11,] 10.36516   10    5    17
-[12,] 10.36512   10    5    17
-[13,] 10.36512   10    5    17
-[14,] 10.36512   10    5    17
-[15,] 10.36512   10    5    17
-[16,] 10.36512   10    5    17
+ [1,] 9.551061    9    4    16
+ [2,] 9.552339    9    4    16
+ [3,] 9.551061    9    4    16
+ [4,] 9.551061    9    4    16
+ [5,] 9.552033    9    4    16
+ [6,] 9.551083    9    4    16
+ [7,] 9.552037    9    4    16
+ [8,] 9.552033    9    4    16
+ [9,] 9.551065    9    4    16
+[10,] 9.551065    9    4    16
+[11,] 9.551065    9    4    16
+[12,] 9.551061    9    4    16
+[13,] 9.551061    9    4    16
+[14,] 9.551061    9    4    16
+[15,] 9.551061    9    4    16
+[16,] 9.551061    9    4    16
 
 [[1]]
 [1] "### Amazilia tzacatl"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 55.25 49.23 2.0e-11     1.00
-p(prec) lambda(.)     3 57.20 51.19 7.7e-12     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 55.25 49.24 2.0e-11     1.00
+p(prec) lambda(.)     3 57.20 51.20 7.6e-12     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -420,31 +466,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.68160   10    5    18
- [2,] 10.68160   10    5    18
- [3,] 10.68756   10    5    18
- [4,] 10.68756   10    5    18
- [5,] 10.68160   10    5    18
- [6,] 10.68177   10    5    18
- [7,] 10.68160   10    5    18
- [8,] 10.68160   10    5    18
- [9,] 10.68163   10    5    18
-[10,] 10.68485   10    5    18
-[11,] 10.68488   10    5    18
-[12,] 10.68160   10    5    18
-[13,] 10.68160   10    5    18
-[14,] 10.68160   10    5    18
-[15,] 10.68160   10    5    18
-[16,] 10.68160   10    5    18
+ [1,] 9.451257    9    4    16
+ [2,] 9.451257    9    4    16
+ [3,] 9.452030    9    4    16
+ [4,] 9.452030    9    4    16
+ [5,] 9.451257    9    4    16
+ [6,] 9.451270    9    4    16
+ [7,] 9.451257    9    4    16
+ [8,] 9.451257    9    4    16
+ [9,] 9.451259    9    4    16
+[10,] 9.452017    9    4    16
+[11,] 9.452019    9    4    16
+[12,] 9.451257    9    4    16
+[13,] 9.451257    9    4    16
+[14,] 9.451257    9    4    16
+[15,] 9.451257    9    4    16
+[16,] 9.451257    9    4    16
 
 [[1]]
 [1] "### Amazona autumnalis"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 66.15 60.14 8.7e-14     1.00
-p(prec) lambda(.)     3 67.15 61.14 5.3e-14     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 66.15 60.15 8.7e-14     1.00
+p(prec) lambda(.)     3 67.15 61.15 5.3e-14     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -467,31 +513,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.27415   10    5    17
- [2,] 10.27415   10    5    17
- [3,] 10.27415   10    5    17
- [4,] 10.27415   10    5    17
- [5,] 10.27617   10    5    17
- [6,] 10.27426   10    5    17
- [7,] 10.27415   10    5    17
- [8,] 10.27615   10    5    17
- [9,] 10.27417   10    5    17
-[10,] 10.27769   10    5    17
-[11,] 10.27767   10    5    17
-[12,] 10.27415   10    5    17
-[13,] 10.27415   10    5    17
-[14,] 10.27615   10    5    17
-[15,] 10.27415   10    5    17
-[16,] 10.27415   10    5    17
+ [1,] 9.686364    9    4    16
+ [2,] 9.686364    9    4    16
+ [3,] 9.686364    9    4    16
+ [4,] 9.686364    9    4    16
+ [5,] 9.686983    9    4    16
+ [6,] 9.686367    9    4    16
+ [7,] 9.686364    9    4    16
+ [8,] 9.686982    9    4    16
+ [9,] 9.686364    9    4    16
+[10,] 9.687000    9    4    16
+[11,] 9.686999    9    4    16
+[12,] 9.686364    9    4    16
+[13,] 9.686364    9    4    16
+[14,] 9.686982    9    4    16
+[15,] 9.686364    9    4    16
+[16,] 9.686364    9    4    16
 
 [[1]]
 [1] "### Amazona farinosa"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01   0.00 1.0e+00     1.00
-p(prec) lambda(.)     3 104.28  98.27 4.6e-22     1.00
-p(.) lambda(.)        2 107.72 101.71 8.2e-23     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(prec) lambda(.)     3 104.28  98.28 4.6e-22     1.00
+p(.) lambda(.)        2 107.72 101.72 8.2e-23     1.00
 
 $Null
             Mean Mode 2.5% 97.5%
@@ -514,31 +560,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.42063   10    5    17
- [2,] 10.42063   10    5    17
- [3,] 10.42063   10    5    17
- [4,] 10.42063   10    5    17
- [5,] 10.42242   10    5    17
- [6,] 10.42079   10    5    17
- [7,] 10.42189   10    5    17
- [8,] 10.42231   10    5    17
- [9,] 10.42065   10    5    17
-[10,] 10.42231   10    5    17
-[11,] 10.42308   10    5    17
-[12,] 10.42228   10    5    17
-[13,] 10.42063   10    5    17
-[14,] 10.42063   10    5    17
-[15,] 10.42144   10    5    17
-[16,] 10.42063   10    5    17
+ [1,] 9.846005    9    4    16
+ [2,] 9.846005    9    4    16
+ [3,] 9.846005    9    4    16
+ [4,] 9.846005    9    4    16
+ [5,] 9.846526    9    4    16
+ [6,] 9.846005    9    4    16
+ [7,] 9.846526    9    4    16
+ [8,] 9.846526    9    4    16
+ [9,] 9.846005    9    4    16
+[10,] 9.846526    9    4    16
+[11,] 9.846526    9    4    16
+[12,] 9.846526    9    4    16
+[13,] 9.846005    9    4    16
+[14,] 9.846005    9    4    16
+[15,] 9.846526    9    4    16
+[16,] 9.846005    9    4    16
 
 [[1]]
 [1] "### Aramides cajanea"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
 p(.) lambda(.)        2 73.06 67.06 2.7e-15     1.00
-p(prec) lambda(.)     3 74.23 68.22 1.5e-15     1.00
+p(prec) lambda(.)     3 74.23 68.23 1.5e-15     1.00
 
 $Null
              Mean Mode 2.5% 97.5%
@@ -561,31 +607,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.26556   10    5    17
- [2,] 10.26556   10    5    17
- [3,] 10.26556   10    5    17
- [4,] 10.26556   10    5    17
- [5,] 10.26836   10    5    17
- [6,] 10.26666   10    5    17
- [7,] 10.26556   10    5    17
- [8,] 10.26556   10    5    17
- [9,] 10.26660   10    5    17
-[10,] 10.26838   10    5    17
-[11,] 10.26837   10    5    17
-[12,] 10.26556   10    5    17
-[13,] 10.26556   10    5    17
-[14,] 10.26556   10    5    17
-[15,] 10.26556   10    5    17
-[16,] 10.26556   10    5    17
+ [1,] 9.546500    9    4    16
+ [2,] 9.546500    9    4    16
+ [3,] 9.546500    9    4    16
+ [4,] 9.546500    9    4    16
+ [5,] 9.547192    9    4    16
+ [6,] 9.547194    9    4    16
+ [7,] 9.546500    9    4    16
+ [8,] 9.546500    9    4    16
+ [9,] 9.547187    9    4    16
+[10,] 9.547195    9    4    16
+[11,] 9.547194    9    4    16
+[12,] 9.546500    9    4    16
+[13,] 9.546500    9    4    16
+[14,] 9.546500    9    4    16
+[15,] 9.546500    9    4    16
+[16,] 9.546500    9    4    16
 
 [[1]]
 [1] "### Aramus guarauna"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
 p(prec) lambda(.)     3 74.62 68.61 1.3e-15     1.00
-p(.) lambda(.)        2 75.29 69.28 9.0e-16     1.00
+p(.) lambda(.)        2 75.29 69.29 9.0e-16     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -608,30 +654,30 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.36568   10    5    17
- [2,] 10.36568   10    5    17
- [3,] 10.36757   10    5    17
- [4,] 10.36568   10    5    17
- [5,] 10.36568   10    5    17
- [6,] 10.36618   10    5    17
- [7,] 10.36568   10    5    17
- [8,] 10.36568   10    5    17
- [9,] 10.36903   10    5    17
-[10,] 10.36759   10    5    17
-[11,] 10.36759   10    5    17
-[12,] 10.36757   10    5    17
-[13,] 10.36757   10    5    17
-[14,] 10.36568   10    5    17
-[15,] 10.36757   10    5    17
-[16,] 10.36568   10    5    17
+ [1,] 9.895420    9    4    16
+ [2,] 9.895420    9    4    16
+ [3,] 9.895921    9    4    16
+ [4,] 9.895420    9    4    16
+ [5,] 9.895420    9    4    16
+ [6,] 9.895920    9    4    16
+ [7,] 9.895420    9    4    16
+ [8,] 9.895420    9    4    16
+ [9,] 9.895924    9    4    16
+[10,] 9.895921    9    4    16
+[11,] 9.895921    9    4    16
+[12,] 9.895921    9    4    16
+[13,] 9.895921    9    4    16
+[14,] 9.895420    9    4    16
+[15,] 9.895921    9    4    16
+[16,] 9.895420    9    4    16
 
 [[1]]
 [1] "### Ardea alba"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 70.13 64.12 1.2e-14     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 70.13 64.13 1.2e-14     1.00
 p(prec) lambda(.)     3 72.13 66.12 4.4e-15     1.00
 
 $Null
@@ -655,31 +701,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.25616   10    5    17
- [2,] 10.25781   10    5    17
- [3,] 10.25616   10    5    17
- [4,] 10.25616   10    5    17
- [5,] 10.25616   10    5    17
- [6,] 10.25790   10    5    17
- [7,] 10.25899   10    5    17
- [8,] 10.25616   10    5    17
- [9,] 10.25618   10    5    17
-[10,] 10.25782   10    5    17
-[11,] 10.25782   10    5    17
-[12,] 10.25616   10    5    17
-[13,] 10.25616   10    5    17
-[14,] 10.25616   10    5    17
-[15,] 10.25782   10    5    17
-[16,] 10.25654   10    5    17
+ [1,] 9.683977    9    4    16
+ [2,] 9.684608    9    4    16
+ [3,] 9.683977    9    4    16
+ [4,] 9.683977    9    4    16
+ [5,] 9.683977    9    4    16
+ [6,] 9.684618    9    4    16
+ [7,] 9.684635    9    4    16
+ [8,] 9.683977    9    4    16
+ [9,] 9.683978    9    4    16
+[10,] 9.684609    9    4    16
+[11,] 9.684609    9    4    16
+[12,] 9.683977    9    4    16
+[13,] 9.683977    9    4    16
+[14,] 9.683977    9    4    16
+[15,] 9.684609    9    4    16
+[16,] 9.684582    9    4    16
 
 [[1]]
 [1] "### Ardea herodias"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.02  0.00 1.0e+00     1.00
-p(prec) lambda(.)     3 41.98 35.96 1.6e-08     1.00
-p(.) lambda(.)        2 43.36 37.34 7.8e-09     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(prec) lambda(.)     3 41.98 35.97 1.5e-08     1.00
+p(.) lambda(.)        2 43.36 37.36 7.7e-09     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -702,31 +748,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.64210   10    5    17
- [2,] 10.64696   10    5    17
- [3,] 10.63659   10    5    17
- [4,] 10.63659   10    5    17
- [5,] 10.63659   10    5    17
- [6,] 10.63684   10    5    17
- [7,] 10.63659   10    5    17
- [8,] 10.63659   10    5    17
- [9,] 10.63663   10    5    17
-[10,] 10.63663   10    5    17
-[11,] 10.64214   10    5    17
-[12,] 10.63659   10    5    17
-[13,] 10.63659   10    5    17
-[14,] 10.63659   10    5    17
-[15,] 10.63659   10    5    17
-[16,] 10.63659   10    5    17
+ [1,] 9.606597    9    4    16
+ [2,] 9.606599    9    4    16
+ [3,] 9.605949    9    4    16
+ [4,] 9.605949    9    4    16
+ [5,] 9.605949    9    4    16
+ [6,] 9.605950    9    4    16
+ [7,] 9.605949    9    4    16
+ [8,] 9.605949    9    4    16
+ [9,] 9.605949    9    4    16
+[10,] 9.605949    9    4    16
+[11,] 9.606598    9    4    16
+[12,] 9.605949    9    4    16
+[13,] 9.605949    9    4    16
+[14,] 9.605949    9    4    16
+[15,] 9.605949    9    4    16
+[16,] 9.605949    9    4    16
 
 [[1]]
 [1] "### Basileuterus delattrii"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.02  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 75.57 69.55 7.9e-16     1.00
-p(prec) lambda(.)     3 77.48 71.46 3.0e-16     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 75.57 69.57 7.8e-16     1.00
+p(prec) lambda(.)     3 77.48 71.48 3.0e-16     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -749,31 +795,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.73071   10    5    18
- [2,] 10.73604   10    5    18
- [3,] 10.73278   10    5    18
- [4,] 10.73751   10    5    18
- [5,] 10.73071   10    5    18
- [6,] 10.73103   10    5    18
- [7,] 10.73071   10    5    18
- [8,] 10.73071   10    5    18
- [9,] 10.73283   10    5    18
-[10,] 10.73283   10    5    18
-[11,] 10.73283   10    5    18
-[12,] 10.73071   10    5    18
-[13,] 10.73071   10    5    18
-[14,] 10.73071   10    5    18
-[15,] 10.73071   10    5    18
-[16,] 10.73071   10    5    18
+ [1,] 9.799924    9    4    16
+ [2,] 9.800469    9    4    16
+ [3,] 9.800468    9    4    16
+ [4,] 9.800470    9    4    16
+ [5,] 9.799924    9    4    16
+ [6,] 9.799925    9    4    16
+ [7,] 9.799924    9    4    16
+ [8,] 9.799924    9    4    16
+ [9,] 9.800468    9    4    16
+[10,] 9.800468    9    4    16
+[11,] 9.800468    9    4    16
+[12,] 9.799924    9    4    16
+[13,] 9.799924    9    4    16
+[14,] 9.799924    9    4    16
+[15,] 9.799924    9    4    16
+[16,] 9.799924    9    4    16
 
 [[1]]
 [1] "### Brotogeris jugularis"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.02   0.00 1.0e+00     1.00
-p(.) lambda(.)        2 128.06 122.05 3.1e-27     1.00
-p(prec) lambda(.)     3 130.06 124.04 1.2e-27     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(.) lambda(.)        2 128.06 122.06 3.1e-27     1.00
+p(prec) lambda(.)     3 130.06 124.06 1.2e-27     1.00
 
 $Null
             Mean Mode 2.5% 97.5%
@@ -796,31 +842,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.83860   10    5    18
- [2,] 10.84043   10    5    18
- [3,] 10.84043   10    5    18
- [4,] 10.83887   10    5    18
- [5,] 10.84201   10    5    18
- [6,] 10.83926   10    5    18
- [7,] 10.84077   10    5    18
- [8,] 10.83926   10    5    18
- [9,] 10.84596   10    5    18
-[10,] 10.84206   10    5    18
-[11,] 10.83926   10    5    18
-[12,] 10.83860   10    5    18
-[13,] 10.84192   10    5    18
-[14,] 10.83860   10    5    18
-[15,] 10.83860   10    5    18
-[16,] 10.83860   10    5    18
+ [1,] 10.02941   10    4    17
+ [2,] 10.02986   10    4    17
+ [3,] 10.02986   10    4    17
+ [4,] 10.02986   10    4    17
+ [5,] 10.02987   10    4    17
+ [6,] 10.02986   10    4    17
+ [7,] 10.02986   10    4    17
+ [8,] 10.02986   10    4    17
+ [9,] 10.02989   10    4    17
+[10,] 10.02987   10    4    17
+[11,] 10.02986   10    4    17
+[12,] 10.02941   10    4    17
+[13,] 10.02987   10    4    17
+[14,] 10.02941   10    4    17
+[15,] 10.02941   10    4    17
+[16,] 10.02941   10    4    17
 
 [[1]]
 [1] "### Buteo brachyurus"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.02  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 46.88 40.86 1.3e-09     1.00
-p(prec) lambda(.)     3 48.59 42.58 5.7e-10     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 46.88 40.87 1.3e-09     1.00
+p(prec) lambda(.)     3 48.59 42.59 5.6e-10     1.00
 
 $Null
           Mean Mode 2.5% 97.5%
@@ -843,31 +889,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.80975   10    5    18
- [2,] 10.81398   10    5    18
- [3,] 10.80975   10    5    18
- [4,] 10.80975   10    5    18
- [5,] 10.80975   10    5    18
- [6,] 10.81424   10    5    18
- [7,] 10.81398   10    5    18
- [8,] 10.80975   10    5    18
- [9,] 10.80979   10    5    18
-[10,] 10.80979   10    5    18
-[11,] 10.80979   10    5    18
-[12,] 10.80975   10    5    18
-[13,] 10.80975   10    5    18
-[14,] 10.81398   10    5    18
-[15,] 10.80975   10    5    18
-[16,] 10.81398   10    5    18
+ [1,] 9.545393    9    4    16
+ [2,] 9.546085    9    4    16
+ [3,] 9.545393    9    4    16
+ [4,] 9.545393    9    4    16
+ [5,] 9.545393    9    4    16
+ [6,] 9.546096    9    4    16
+ [7,] 9.546085    9    4    16
+ [8,] 9.545393    9    4    16
+ [9,] 9.545395    9    4    16
+[10,] 9.545395    9    4    16
+[11,] 9.545395    9    4    16
+[12,] 9.545393    9    4    16
+[13,] 9.545393    9    4    16
+[14,] 9.546085    9    4    16
+[15,] 9.545393    9    4    16
+[16,] 9.546085    9    4    16
 
 [[1]]
 [1] "### Buteo platypterus"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01   0.00 1.0e+00     1.00
-p(.) lambda(.)        2 166.21 160.20 1.6e-35     1.00
-p(prec) lambda(.)     3 167.82 161.81 7.3e-36     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(.) lambda(.)        2 166.21 160.21 1.6e-35     1.00
+p(prec) lambda(.)     3 167.82 161.82 7.3e-36     1.00
 
 $Null
           Mean Mode 2.5% 97.5%
@@ -890,31 +936,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.79048   10    5    18
- [2,] 10.79112   10    5    18
- [3,] 10.78893   10    5    18
- [4,] 10.78992   10    5    18
- [5,] 10.79052   10    5    18
- [6,] 10.78918   10    5    18
- [7,] 10.78984   10    5    18
- [8,] 10.79052   10    5    18
- [9,] 10.79112   10    5    18
-[10,] 10.78988   10    5    18
-[11,] 10.79052   10    5    18
-[12,] 10.78919   10    5    18
-[13,] 10.79065   10    5    18
-[14,] 10.78984   10    5    18
-[15,] 10.79112   10    5    18
-[16,] 10.79230   10    5    18
+ [1,] 10.12333   10    4    17
+ [2,] 10.12333   10    4    17
+ [3,] 10.12292   10    4    17
+ [4,] 10.12333   10    4    17
+ [5,] 10.12333   10    4    17
+ [6,] 10.12292   10    4    17
+ [7,] 10.12333   10    4    17
+ [8,] 10.12333   10    4    17
+ [9,] 10.12333   10    4    17
+[10,] 10.12333   10    4    17
+[11,] 10.12333   10    4    17
+[12,] 10.12333   10    4    17
+[13,] 10.12333   10    4    17
+[14,] 10.12333   10    4    17
+[15,] 10.12333   10    4    17
+[16,] 10.12333   10    4    17
 
 [[1]]
 [1] "### Buteogallus anthracinus"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.02  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 83.93 77.91 1.2e-17     1.00
-p(prec) lambda(.)     3 85.74 79.72 4.9e-18     1.00
+p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 83.93 77.92 1.2e-17     1.00
+p(prec) lambda(.)     3 85.74 79.73 4.9e-18     1.00
 
 $Null
           Mean Mode 2.5% 97.5%
@@ -937,30 +983,30 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.74836   10    5    18
- [2,] 10.74836   10    5    18
- [3,] 10.74836   10    5    18
- [4,] 10.74836   10    5    18
- [5,] 10.74836   10    5    18
- [6,] 10.74836   10    5    18
- [7,] 10.74836   10    5    18
- [8,] 10.75144   10    5    18
- [9,] 10.74836   10    5    18
-[10,] 10.75324   10    5    18
-[11,] 10.75012   10    5    18
-[12,] 10.75206   10    5    18
-[13,] 10.74983   10    5    18
-[14,] 10.74836   10    5    18
-[15,] 10.75148   10    5    18
-[16,] 10.74777   10    5    18
+ [1,] 10.80554   10    5    18
+ [2,] 10.80554   10    5    18
+ [3,] 10.80554   10    5    18
+ [4,] 10.80554   10    5    18
+ [5,] 10.80554   10    5    18
+ [6,] 10.80554   10    5    18
+ [7,] 10.80554   10    5    18
+ [8,] 10.80740   10    5    18
+ [9,] 10.80554   10    5    18
+[10,] 10.80832   10    5    18
+[11,] 10.80654   10    5    18
+[12,] 10.80807   10    5    18
+[13,] 10.80648   10    5    18
+[14,] 10.80554   10    5    18
+[15,] 10.80795   10    5    18
+[16,] 10.80605   10    5    18
 
 [[1]]
 [1] "### Camptostoma obsoletum"
 
 [[2]]
                   nPars   AIC delta  AICwt cumltvWt
-p(hour) lambda(.)     3  6.00  0.00 0.9844     0.98
-p(.) lambda(.)        2 15.24  9.23 0.0097     0.99
+p(hour) lambda(.)     3  6.00  0.00 0.9845     0.98
+p(.) lambda(.)        2 15.24  9.24 0.0097     0.99
 p(prec) lambda(.)     3 16.26 10.26 0.0058     1.00
 
 $Null
@@ -984,31 +1030,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 9.644658    9    4    16
- [2,] 9.644658    9    4    16
- [3,] 9.644658    9    4    16
- [4,] 9.644658    9    4    16
- [5,] 9.644658    9    4    16
- [6,] 9.647751    9    4    16
- [7,] 9.644658    9    4    16
- [8,] 9.644658    9    4    16
- [9,] 9.644663    9    4    16
-[10,] 9.644663    9    4    16
-[11,] 9.644663    9    4    16
-[12,] 9.644658    9    4    16
-[13,] 9.644658    9    4    16
-[14,] 9.644658    9    4    16
-[15,] 9.644658    9    4    16
-[16,] 9.644658    9    4    16
+ [1,] 8.939154    8    4    15
+ [2,] 8.939154    8    4    15
+ [3,] 8.939154    8    4    15
+ [4,] 8.939154    8    4    15
+ [5,] 8.939154    8    4    15
+ [6,] 8.940335    8    4    15
+ [7,] 8.939154    8    4    15
+ [8,] 8.939154    8    4    15
+ [9,] 8.939155    8    4    15
+[10,] 8.939155    8    4    15
+[11,] 8.939155    8    4    15
+[12,] 8.939154    8    4    15
+[13,] 8.939154    8    4    15
+[14,] 8.939154    8    4    15
+[15,] 8.939154    8    4    15
+[16,] 8.939154    8    4    15
 
 [[1]]
 [1] "### Cardellina canadensis"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.03  0.00 1.0e+00     1.00
-p(prec) lambda(.)     3 80.22 74.19 7.8e-17     1.00
-p(.) lambda(.)        2 81.90 75.87 3.4e-17     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(prec) lambda(.)     3 80.22 74.21 7.7e-17     1.00
+p(.) lambda(.)        2 81.90 75.89 3.3e-17     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -1031,29 +1077,29 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.65413   10    5    17
- [2,] 10.65413   10    5    17
- [3,] 10.65778   10    5    17
- [4,] 10.65951   10    5    17
- [5,] 10.65182   10    5    17
- [6,] 10.65229   10    5    17
- [7,] 10.65182   10    5    17
- [8,] 10.65182   10    5    17
- [9,] 10.65189   10    5    17
-[10,] 10.65189   10    5    17
-[11,] 10.65189   10    5    17
-[12,] 10.65182   10    5    17
-[13,] 10.65182   10    5    17
-[14,] 10.65182   10    5    17
-[15,] 10.65413   10    5    17
-[16,] 10.65602   10    5    17
+ [1,] 9.783043    9    4    16
+ [2,] 9.783043    9    4    16
+ [3,] 9.783045    9    4    16
+ [4,] 9.783046    9    4    16
+ [5,] 9.782490    9    4    16
+ [6,] 9.782491    9    4    16
+ [7,] 9.782490    9    4    16
+ [8,] 9.782490    9    4    16
+ [9,] 9.782490    9    4    16
+[10,] 9.782490    9    4    16
+[11,] 9.782490    9    4    16
+[12,] 9.782490    9    4    16
+[13,] 9.782490    9    4    16
+[14,] 9.782490    9    4    16
+[15,] 9.783043    9    4    16
+[16,] 9.783044    9    4    16
 
 [[1]]
 [1] "### Ceratopipra mentalis"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01   0.00 1.0e+00     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
 p(prec) lambda(.)     3 109.53 103.53 3.3e-23     1.00
 p(.) lambda(.)        2 110.43 104.42 2.1e-23     1.00
 
@@ -1078,31 +1124,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.35357   10    5    17
- [2,] 10.35620   10    5    17
- [3,] 10.35512   10    5    17
- [4,] 10.35357   10    5    17
- [5,] 10.35453   10    5    17
- [6,] 10.35365   10    5    17
- [7,] 10.35455   10    5    17
- [8,] 10.35453   10    5    17
- [9,] 10.35455   10    5    17
-[10,] 10.35359   10    5    17
-[11,] 10.35359   10    5    17
-[12,] 10.35357   10    5    17
-[13,] 10.35453   10    5    17
-[14,] 10.35453   10    5    17
-[15,] 10.35573   10    5    17
-[16,] 10.35357   10    5    17
+ [1,] 9.945600    9    4    17
+ [2,] 9.946077    9    4    17
+ [3,] 9.946077    9    4    17
+ [4,] 9.945600    9    4    17
+ [5,] 9.946077    9    4    17
+ [6,] 9.945600    9    4    17
+ [7,] 9.946077    9    4    17
+ [8,] 9.946077    9    4    17
+ [9,] 9.946077    9    4    17
+[10,] 9.945600    9    4    17
+[11,] 9.945600    9    4    17
+[12,] 9.945600    9    4    17
+[13,] 9.946077    9    4    17
+[14,] 9.946077    9    4    17
+[15,] 9.946077    9    4    17
+[16,] 9.945600    9    4    17
 
 [[1]]
 [1] "### Chloroceryle amazona"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
-p(prec) lambda(.)     3 85.19 79.18 6.4e-18     1.00
-p(.) lambda(.)        2 90.19 84.18 5.2e-19     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(prec) lambda(.)     3 85.19 79.19 6.4e-18     1.00
+p(.) lambda(.)        2 90.19 84.19 5.2e-19     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -1125,31 +1171,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.22796   10    4    17
- [2,] 10.22796   10    4    17
- [3,] 10.22918   10    4    17
- [4,] 10.22796   10    4    17
- [5,] 10.22999   10    4    17
- [6,] 10.22804   10    4    17
- [7,] 10.22918   10    4    17
- [8,] 10.23071   10    5    17
- [9,] 10.22919   10    4    17
-[10,] 10.23206   10    5    17
-[11,] 10.22919   10    4    17
-[12,] 10.22796   10    4    17
-[13,] 10.22796   10    4    17
-[14,] 10.22796   10    4    17
-[15,] 10.22796   10    4    17
-[16,] 10.22796   10    4    17
+ [1,] 9.701061    9    4    16
+ [2,] 9.701061    9    4    16
+ [3,] 9.701658    9    4    16
+ [4,] 9.701061    9    4    16
+ [5,] 9.701662    9    4    16
+ [6,] 9.701073    9    4    16
+ [7,] 9.701658    9    4    16
+ [8,] 9.701663    9    4    16
+ [9,] 9.701660    9    4    16
+[10,] 9.701670    9    4    16
+[11,] 9.701660    9    4    16
+[12,] 9.701061    9    4    16
+[13,] 9.701061    9    4    16
+[14,] 9.701061    9    4    16
+[15,] 9.701061    9    4    16
+[16,] 9.701061    9    4    16
 
 [[1]]
 [1] "### Chlorophanes spiza"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.02  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 97.16 91.14 1.6e-20     1.00
-p(prec) lambda(.)     3 98.38 92.37 8.8e-21     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 97.16 91.16 1.6e-20     1.00
+p(prec) lambda(.)     3 98.38 92.38 8.7e-21     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -1172,30 +1218,30 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.30517   10    5    17
- [2,] 10.30517   10    5    17
- [3,] 10.30517   10    5    17
- [4,] 10.30792   10    5    17
- [5,] 10.30517   10    5    17
- [6,] 10.30702   10    5    17
- [7,] 10.30517   10    5    17
- [8,] 10.30999   10    5    17
- [9,] 10.30522   10    5    17
-[10,] 10.30800   10    5    17
-[11,] 10.30681   10    5    17
-[12,] 10.30517   10    5    17
-[13,] 10.30792   10    5    17
-[14,] 10.30517   10    5    17
-[15,] 10.30792   10    5    17
-[16,] 10.30677   10    5    17
+ [1,] 9.878736    9    4    16
+ [2,] 9.878736    9    4    16
+ [3,] 9.878736    9    4    16
+ [4,] 9.879266    9    4    16
+ [5,] 9.878736    9    4    16
+ [6,] 9.879258    9    4    16
+ [7,] 9.878736    9    4    16
+ [8,] 9.879290    9    4    16
+ [9,] 9.878737    9    4    16
+[10,] 9.879268    9    4    16
+[11,] 9.879255    9    4    16
+[12,] 9.878736    9    4    16
+[13,] 9.879266    9    4    16
+[14,] 9.878736    9    4    16
+[15,] 9.879266    9    4    16
+[16,] 9.879254    9    4    16
 
 [[1]]
 [1] "### Ciccaba virgata"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01   0.00 1.0e+00     1.00
-p(prec) lambda(.)     3 125.99 119.98 8.9e-27     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(prec) lambda(.)     3 125.99 119.98 8.8e-27     1.00
 p(.) lambda(.)        2 127.82 121.82 3.5e-27     1.00
 
 $Null
@@ -1219,31 +1265,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.21686   10    4    17
- [2,] 10.21793   10    4    17
- [3,] 10.21794   10    4    17
- [4,] 10.21863   10    4    17
- [5,] 10.21686   10    4    17
- [6,] 10.21695   10    4    17
- [7,] 10.21976   10    4    17
- [8,] 10.21798   10    4    17
- [9,] 10.21925   10    4    17
-[10,] 10.21796   10    4    17
-[11,] 10.21924   10    4    17
-[12,] 10.21806   10    4    17
-[13,] 10.21686   10    4    17
-[14,] 10.21686   10    4    17
-[15,] 10.21686   10    4    17
-[16,] 10.21686   10    4    17
+ [1,] 9.945592    9    4    17
+ [2,] 9.946069    9    4    17
+ [3,] 9.946069    9    4    17
+ [4,] 9.946069    9    4    17
+ [5,] 9.945592    9    4    17
+ [6,] 9.945592    9    4    17
+ [7,] 9.946069    9    4    17
+ [8,] 9.946069    9    4    17
+ [9,] 9.946069    9    4    17
+[10,] 9.946069    9    4    17
+[11,] 9.946069    9    4    17
+[12,] 9.946069    9    4    17
+[13,] 9.945592    9    4    17
+[14,] 9.945592    9    4    17
+[15,] 9.945592    9    4    17
+[16,] 9.945592    9    4    17
 
 [[1]]
 [1] "### Coereba flaveola"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.02  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 53.22 47.20 5.6e-11     1.00
-p(prec) lambda(.)     3 55.14 49.13 2.2e-11     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 53.22 47.22 5.6e-11     1.00
+p(prec) lambda(.)     3 55.14 49.14 2.1e-11     1.00
 
 $Null
               Mean Mode 2.5% 97.5%
@@ -1266,31 +1312,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.38846   10    5    17
- [2,] 10.38846   10    5    17
- [3,] 10.39454   10    5    17
- [4,] 10.38846   10    5    17
- [5,] 10.38846   10    5    17
- [6,] 10.38872   10    5    17
- [7,] 10.39441   10    5    17
- [8,] 10.38846   10    5    17
- [9,] 10.38850   10    5    17
-[10,] 10.38850   10    5    17
-[11,] 10.38850   10    5    17
-[12,] 10.39163   10    5    17
-[13,] 10.38846   10    5    17
-[14,] 10.38846   10    5    17
-[15,] 10.38846   10    5    17
-[16,] 10.38846   10    5    17
+ [1,] 9.562482    9    4    16
+ [2,] 9.562482    9    4    16
+ [3,] 9.564026    9    4    16
+ [4,] 9.562482    9    4    16
+ [5,] 9.562482    9    4    16
+ [6,] 9.562504    9    4    16
+ [7,] 9.564015    9    4    16
+ [8,] 9.562482    9    4    16
+ [9,] 9.562485    9    4    16
+[10,] 9.562485    9    4    16
+[11,] 9.562485    9    4    16
+[12,] 9.563587    9    4    16
+[13,] 9.562482    9    4    16
+[14,] 9.562482    9    4    16
+[15,] 9.562482    9    4    16
+[16,] 9.562482    9    4    16
 
 [[1]]
 [1] "### Columba livia"
 
 [[2]]
-                  nPars    AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 103.53 97.51 6.7e-22     1.00
-p(prec) lambda(.)     3 105.51 99.49 2.5e-22     1.00
+                  nPars    AIC  delta   AICwt cumltvWt
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(.) lambda(.)        2 103.53  97.53 6.6e-22     1.00
+p(prec) lambda(.)     3 105.51  99.51 2.5e-22     1.00
 
 $Null
             Mean Mode 2.5% 97.5%
@@ -1313,31 +1359,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.96748   10    5    18
- [2,] 10.96748   10    5    18
- [3,] 10.96748   10    5    18
- [4,] 10.96748   10    5    18
- [5,] 10.96949   10    5    18
- [6,] 10.96766   10    5    18
- [7,] 10.96973   10    5    18
- [8,] 10.96748   10    5    18
- [9,] 10.96751   10    5    18
-[10,] 10.96952   10    5    18
-[11,] 10.96751   10    5    18
-[12,] 10.96949   10    5    18
-[13,] 10.96949   10    5    18
-[14,] 10.96949   10    5    18
-[15,] 10.97288   10    5    18
-[16,] 10.97120   10    5    18
+ [1,] 9.900829    9    4    16
+ [2,] 9.900829    9    4    16
+ [3,] 9.900829    9    4    16
+ [4,] 9.900829    9    4    16
+ [5,] 9.901327    9    4    16
+ [6,] 9.900829    9    4    16
+ [7,] 9.901327    9    4    16
+ [8,] 9.900829    9    4    16
+ [9,] 9.900829    9    4    16
+[10,] 9.901327    9    4    16
+[11,] 9.900829    9    4    16
+[12,] 9.901327    9    4    16
+[13,] 9.901327    9    4    16
+[14,] 9.901327    9    4    16
+[15,] 9.901330    9    4    16
+[16,] 9.901329    9    4    16
 
 [[1]]
 [1] "### Columbina passerina"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
 p(.) lambda(.)        2 53.63 47.63 4.5e-11     1.00
-p(prec) lambda(.)     3 55.63 49.62 1.7e-11     1.00
+p(prec) lambda(.)     3 55.63 49.63 1.7e-11     1.00
 
 $Null
             Mean Mode 2.5% 97.5%
@@ -1360,22 +1406,22 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.11012   10    4    17
- [2,] 10.11012   10    4    17
- [3,] 10.10687   10    4    17
- [4,] 10.10687   10    4    17
- [5,] 10.10687   10    4    17
- [6,] 10.11021   10    4    17
- [7,] 10.10687   10    4    17
- [8,] 10.10687   10    4    17
- [9,] 10.10688   10    4    17
-[10,] 10.10688   10    4    17
-[11,] 10.10688   10    4    17
-[12,] 10.10687   10    4    17
-[13,] 10.10687   10    4    17
-[14,] 10.10876   10    4    17
-[15,] 10.10687   10    4    17
-[16,] 10.10687   10    4    17
+ [1,] 9.447850    9    4    16
+ [2,] 9.447850    9    4    16
+ [3,] 9.447100    9    4    16
+ [4,] 9.447100    9    4    16
+ [5,] 9.447100    9    4    16
+ [6,] 9.447863    9    4    16
+ [7,] 9.447100    9    4    16
+ [8,] 9.447100    9    4    16
+ [9,] 9.447102    9    4    16
+[10,] 9.447102    9    4    16
+[11,] 9.447102    9    4    16
+[12,] 9.447100    9    4    16
+[13,] 9.447100    9    4    16
+[14,] 9.447848    9    4    16
+[15,] 9.447100    9    4    16
+[16,] 9.447100    9    4    16
 
 [[1]]
 [1] "### Columbina talpacoti"
@@ -1384,7 +1430,7 @@ 
use the function

                   nPars   AIC delta   AICwt cumltvWt
 p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
 p(.) lambda(.)        2 76.35 70.35 5.3e-16     1.00
-p(prec) lambda(.)     3 77.21 71.21 3.5e-16     1.00
+p(prec) lambda(.)     3 77.21 71.21 3.4e-16     1.00
 
 $Null
              Mean Mode 2.5% 97.5%
@@ -1407,31 +1453,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.05619   10    4    17
- [2,] 10.05552   10    4    17
- [3,] 10.05435   10    4    17
- [4,] 10.05435   10    4    17
- [5,] 10.05435   10    4    17
- [6,] 10.05480   10    4    17
- [7,] 10.05435   10    4    17
- [8,] 10.05435   10    4    17
- [9,] 10.05435   10    4    17
-[10,] 10.05435   10    4    17
-[11,] 10.05435   10    4    17
-[12,] 10.05551   10    4    17
-[13,] 10.05435   10    4    17
-[14,] 10.05682   10    4    17
-[15,] 10.05435   10    4    17
-[16,] 10.05435   10    4    17
+ [1,] 9.715049    9    4    16
+ [2,] 9.714938    9    4    16
+ [3,] 9.714225    9    4    16
+ [4,] 9.714225    9    4    16
+ [5,] 9.714225    9    4    16
+ [6,] 9.714824    9    4    16
+ [7,] 9.714225    9    4    16
+ [8,] 9.714225    9    4    16
+ [9,] 9.714227    9    4    16
+[10,] 9.714227    9    4    16
+[11,] 9.714227    9    4    16
+[12,] 9.714930    9    4    16
+[13,] 9.714225    9    4    16
+[14,] 9.715159    9    4    16
+[15,] 9.714225    9    4    16
+[16,] 9.714225    9    4    16
 
 [[1]]
 [1] "### Contopus cinereus"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 55.25 49.24 2.0e-11     1.00
-p(prec) lambda(.)     3 56.97 50.96 8.6e-12     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 55.25 49.25 2.0e-11     1.00
+p(prec) lambda(.)     3 56.97 50.97 8.6e-12     1.00
 
 $Null
              Mean Mode 2.5% 97.5%
@@ -1454,31 +1500,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.28148   10    5    17
- [2,] 10.28148   10    5    17
- [3,] 10.28148   10    5    17
- [4,] 10.28148   10    5    17
- [5,] 10.28148   10    5    17
- [6,] 10.28164   10    5    17
- [7,] 10.28148   10    5    17
- [8,] 10.28945   10    5    17
- [9,] 10.28151   10    5    17
-[10,] 10.28151   10    5    17
-[11,] 10.28151   10    5    17
-[12,] 10.28608   10    5    17
-[13,] 10.28148   10    5    17
-[14,] 10.28397   10    5    17
-[15,] 10.28148   10    5    17
-[16,] 10.28148   10    5    17
+ [1,] 9.517314    9    4    16
+ [2,] 9.517314    9    4    16
+ [3,] 9.517314    9    4    16
+ [4,] 9.517314    9    4    16
+ [5,] 9.517314    9    4    16
+ [6,] 9.517333    9    4    16
+ [7,] 9.517314    9    4    16
+ [8,] 9.518952    9    4    16
+ [9,] 9.517317    9    4    16
+[10,] 9.517317    9    4    16
+[11,] 9.517317    9    4    16
+[12,] 9.518515    9    4    16
+[13,] 9.517314    9    4    16
+[14,] 9.518258    9    4    16
+[15,] 9.517314    9    4    16
+[16,] 9.517314    9    4    16
 
 [[1]]
 [1] "### Contopus virens"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01   0.00 1.0e+00     1.00
-p(.) lambda(.)        2 145.58 139.57 4.9e-31     1.00
-p(prec) lambda(.)     3 147.08 141.07 2.3e-31     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(.) lambda(.)        2 145.58 139.58 4.9e-31     1.00
+p(prec) lambda(.)     3 147.08 141.08 2.3e-31     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -1501,22 +1547,22 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.44457   10    5    17
- [2,] 10.44457   10    5    17
- [3,] 10.44457   10    5    17
- [4,] 10.44412   10    5    17
- [5,] 10.44547   10    5    17
- [6,] 10.44424   10    5    17
- [7,] 10.44380   10    5    17
- [8,] 10.44457   10    5    17
- [9,] 10.44688   10    5    17
-[10,] 10.44460   10    5    17
-[11,] 10.44503   10    5    17
-[12,] 10.44380   10    5    17
-[13,] 10.44501   10    5    17
-[14,] 10.44504   10    5    17
-[15,] 10.44457   10    5    17
-[16,] 10.44457   10    5    17
+ [1,] 10.12333   10    4    17
+ [2,] 10.12333   10    4    17
+ [3,] 10.12333   10    4    17
+ [4,] 10.12333   10    4    17
+ [5,] 10.12333   10    4    17
+ [6,] 10.12333   10    4    17
+ [7,] 10.12292   10    4    17
+ [8,] 10.12333   10    4    17
+ [9,] 10.12333   10    4    17
+[10,] 10.12333   10    4    17
+[11,] 10.12333   10    4    17
+[12,] 10.12292   10    4    17
+[13,] 10.12333   10    4    17
+[14,] 10.12333   10    4    17
+[15,] 10.12333   10    4    17
+[16,] 10.12333   10    4    17
 
 [[1]]
 [1] "### Cyclarhis gujanensis"
@@ -1548,31 +1594,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.05981   10    4    17
- [2,] 10.05981   10    4    17
- [3,] 10.05878   10    4    17
- [4,] 10.05928   10    4    17
- [5,] 10.05922   10    4    17
- [6,] 10.05926   10    4    17
- [7,] 10.05878   10    4    17
- [8,] 10.05981   10    4    17
- [9,] 10.05879   10    4    17
-[10,] 10.05879   10    4    17
-[11,] 10.05879   10    4    17
-[12,] 10.05878   10    4    17
-[13,] 10.06037   10    4    17
-[14,] 10.06036   10    4    17
-[15,] 10.05878   10    4    17
-[16,] 10.05878   10    4    17
+ [1,] 9.900630    9    4    16
+ [2,] 9.900630    9    4    16
+ [3,] 9.900132    9    4    16
+ [4,] 9.900628    9    4    16
+ [5,] 9.900628    9    4    16
+ [6,] 9.900628    9    4    16
+ [7,] 9.900132    9    4    16
+ [8,] 9.900630    9    4    16
+ [9,] 9.900132    9    4    16
+[10,] 9.900132    9    4    16
+[11,] 9.900132    9    4    16
+[12,] 9.900132    9    4    16
+[13,] 9.900632    9    4    16
+[14,] 9.900632    9    4    16
+[15,] 9.900132    9    4    16
+[16,] 9.900132    9    4    16
 
 [[1]]
 [1] "### Dendrocincla fuliginosa"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
 p(.) lambda(.)        2 46.15 40.14 1.9e-09     1.00
-p(prec) lambda(.)     3 47.90 41.89 8.0e-10     1.00
+p(prec) lambda(.)     3 47.90 41.90 8.0e-10     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -1595,23 +1641,24 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.14624   10    4    17
- [2,] 10.14889   10    4    17
- [3,] 10.14293   10    4    17
- [4,] 10.14293   10    4    17
- [5,] 10.14293   10    4    17
- [6,] 10.14348   10    4    17
- [7,] 10.14293   10    4    17
- [8,] 10.14293   10    4    17
- [9,] 10.14295   10    4    17
-[10,] 10.14626   10    4    17
-[11,] 10.14295   10    4    17
-[12,] 10.14293   10    4    17
-[13,] 10.14293   10    4    17
-[14,] 10.14293   10    4    17
-[15,] 10.14293   10    4    17
-[16,] 10.14293   10    4    17
-
+ [1,] 9.480708    9    4    16
+ [2,] 9.480797    9    4    16
+ [3,] 9.479894    9    4    16
+ [4,] 9.479894    9    4    16
+ [5,] 9.479894    9    4    16
+ [6,] 9.480634    9    4    16
+ [7,] 9.479894    9    4    16
+ [8,] 9.479894    9    4    16
+ [9,] 9.479896    9    4    16
+[10,] 9.480710    9    4    16
+[11,] 9.479896    9    4    16
+[12,] 9.479894    9    4    16
+[13,] 9.479894    9    4    16
+[14,] 9.479894    9    4    16
+[15,] 9.479894    9    4    16
+[16,] 9.479894    9    4    16
+
+Hessian is singular.
 [[1]]
 [1] "### Dendrocygna autumnalis"
 
@@ -1619,7 +1666,7 @@ 
use the function

                   nPars   AIC delta   AICwt cumltvWt
 p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
 p(prec) lambda(.)     3 79.22 73.22 1.3e-16     1.00
-p(.) lambda(.)        2 80.15 74.14 7.9e-17     1.00
+p(.) lambda(.)        2 80.15 74.15 7.9e-17     1.00
 
 $Null
           Mean Mode 2.5% 97.5%
@@ -1642,31 +1689,32 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.10338   10    4    17
- [2,] 10.10247   10    4    17
- [3,] 10.10338   10    4    17
- [4,] 10.10247   10    4    17
- [5,] 10.10385   10    4    17
- [6,] 10.10250   10    4    17
- [7,] 10.10338   10    4    17
- [8,] 10.10338   10    4    17
- [9,] 10.10339   10    4    17
-[10,] 10.10386   10    4    17
-[11,] 10.10247   10    4    17
-[12,] 10.10338   10    4    17
-[13,] 10.10247   10    4    17
-[14,] 10.10247   10    4    17
-[15,] 10.10247   10    4    17
-[16,] 10.10247   10    4    17
-
+ [1,] 9.899349    9    4    16
+ [2,] 9.898851    9    4    16
+ [3,] 9.899349    9    4    16
+ [4,] 9.898851    9    4    16
+ [5,] 9.899349    9    4    16
+ [6,] 9.898851    9    4    16
+ [7,] 9.899349    9    4    16
+ [8,] 9.899349    9    4    16
+ [9,] 9.899349    9    4    16
+[10,] 9.899349    9    4    16
+[11,] 9.898851    9    4    16
+[12,] 9.899349    9    4    16
+[13,] 9.898851    9    4    16
+[14,] 9.898851    9    4    16
+[15,] 9.898851    9    4    16
+[16,] 9.898851    9    4    16
+
+Hessian is singular.
 [[1]]
 [1] "### Dryocopus lineatus"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01   0.00 1.0e+00     1.00
-p(prec) lambda(.)     3 103.60  97.59 6.4e-22     1.00
-p(.) lambda(.)        2 106.27 100.26 1.7e-22     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(prec) lambda(.)     3 103.60  97.60 6.4e-22     1.00
+p(.) lambda(.)        2 106.27 100.27 1.7e-22     1.00
 
 $Null
           Mean Mode 2.5% 97.5%
@@ -1689,31 +1737,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.17984   10    4    17
- [2,] 10.17984   10    4    17
- [3,] 10.17889   10    4    17
- [4,] 10.17889   10    4    17
- [5,] 10.17930   10    4    17
- [6,] 10.17894   10    4    17
- [7,] 10.17889   10    4    17
- [8,] 10.17984   10    4    17
- [9,] 10.18038   10    4    17
-[10,] 10.18038   10    4    17
-[11,] 10.18038   10    4    17
-[12,] 10.18037   10    4    17
-[13,] 10.17889   10    4    17
-[14,] 10.17889   10    4    17
-[15,] 10.17986   10    4    17
-[16,] 10.17929   10    4    17
+ [1,] 9.988040    9    4    17
+ [2,] 9.988040    9    4    17
+ [3,] 9.987581    9    4    17
+ [4,] 9.987581    9    4    17
+ [5,] 9.988040    9    4    17
+ [6,] 9.987581    9    4    17
+ [7,] 9.987581    9    4    17
+ [8,] 9.988040    9    4    17
+ [9,] 9.988040    9    4    17
+[10,] 9.988040    9    4    17
+[11,] 9.988040    9    4    17
+[12,] 9.988040    9    4    17
+[13,] 9.987581    9    4    17
+[14,] 9.987581    9    4    17
+[15,] 9.988040    9    4    17
+[16,] 9.988040    9    4    17
 
 [[1]]
 [1] "### Elaenia flavogaster"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.03  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 45.58 39.55 2.6e-09     1.00
-p(prec) lambda(.)     3 46.04 40.00 2.1e-09     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 45.58 39.58 2.5e-09     1.00
+p(prec) lambda(.)     3 46.04 40.03 2.0e-09     1.00
 
 $Null
              Mean Mode 2.5% 97.5%
@@ -1736,30 +1784,30 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.41657   10    5    17
- [2,] 10.41657   10    5    17
- [3,] 10.42534   10    5    17
- [4,] 10.41657   10    5    17
- [5,] 10.41657   10    5    17
- [6,] 10.41777   10    5    17
- [7,] 10.41657   10    5    17
- [8,] 10.41657   10    5    17
- [9,] 10.41667   10    5    17
-[10,] 10.41667   10    5    17
-[11,] 10.41667   10    5    17
-[12,] 10.41657   10    5    17
-[13,] 10.41657   10    5    17
-[14,] 10.43316   10    5    17
-[15,] 10.41657   10    5    17
-[16,] 10.41657   10    5    17
+ [1,] 9.396145    9    4    16
+ [2,] 9.396145    9    4    16
+ [3,] 9.397166    9    4    16
+ [4,] 9.396145    9    4    16
+ [5,] 9.396145    9    4    16
+ [6,] 9.396951    9    4    16
+ [7,] 9.396145    9    4    16
+ [8,] 9.396145    9    4    16
+ [9,] 9.396148    9    4    16
+[10,] 9.396148    9    4    16
+[11,] 9.396148    9    4    16
+[12,] 9.396145    9    4    16
+[13,] 9.396145    9    4    16
+[14,] 9.397404    9    4    16
+[15,] 9.396145    9    4    16
+[16,] 9.396145    9    4    16
 
 [[1]]
 [1] "### Elanoides forficatus"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01   0.00 1.0e+00     1.00
-p(.) lambda(.)        2 172.41 166.40 7.3e-37     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(.) lambda(.)        2 172.41 166.41 7.3e-37     1.00
 p(prec) lambda(.)     3 173.25 167.24 4.8e-37     1.00
 
 $Null
@@ -1783,30 +1831,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.54396   10    5    17
- [2,] 10.54513   10    5    17
- [3,] 10.54466   10    5    17
- [4,] 10.54460   10    5    17
- [5,] 10.54535   10    5    17
- [6,] 10.54380   10    5    17
- [7,] 10.54460   10    5    17
- [8,] 10.54427   10    5    17
- [9,] 10.54408   10    5    17
-[10,] 10.54427   10    5    17
-[11,] 10.54541   10    5    17
-[12,] 10.54394   10    5    17
-[13,] 10.54396   10    5    17
-[14,] 10.54433   10    5    17
-[15,] 10.54425   10    5    17
-[16,] 10.54394   10    5    17
-
+ [1,] 10.35919   10    5    17
+ [2,] 10.35979   10    5    17
+ [3,] 10.35953   10    5    17
+ [4,] 10.35951   10    5    17
+ [5,] 10.35991   10    5    17
+ [6,] 10.35909   10    5    17
+ [7,] 10.35951   10    5    17
+ [8,] 10.35934   10    5    17
+ [9,] 10.35923   10    5    17
+[10,] 10.35934   10    5    17
+[11,] 10.35993   10    5    17
+[12,] 10.35918   10    5    17
+[13,] 10.35919   10    5    17
+[14,] 10.35937   10    5    17
+[15,] 10.35934   10    5    17
+[16,] 10.35918   10    5    17
+
+Hessian is singular.
 [[1]]
 [1] "### Empidonax virescens"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01   0.00 1.0e+00     1.00
-p(.) lambda(.)        2 146.51 140.50 3.1e-31     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(.) lambda(.)        2 146.51 140.51 3.1e-31     1.00
 p(prec) lambda(.)     3 146.51 140.51 3.1e-31     1.00
 
 $Null
@@ -1830,31 +1879,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.41214   10    5    17
- [2,] 10.41151   10    5    17
- [3,] 10.41152   10    5    17
- [4,] 10.41151   10    5    17
- [5,] 10.41269   10    5    17
- [6,] 10.41190   10    5    17
- [7,] 10.41086   10    5    17
- [8,] 10.41086   10    5    17
- [9,] 10.41152   10    5    17
-[10,] 10.41184   10    5    17
-[11,] 10.41087   10    5    17
-[12,] 10.41183   10    5    17
-[13,] 10.41151   10    5    17
-[14,] 10.41244   10    5    17
-[15,] 10.41151   10    5    17
-[16,] 10.41242   10    5    17
+ [1,] 10.09338   10    4    17
+ [2,] 10.09338   10    4    17
+ [3,] 10.09338   10    4    17
+ [4,] 10.09338   10    4    17
+ [5,] 10.09338   10    4    17
+ [6,] 10.09338   10    4    17
+ [7,] 10.09297   10    4    17
+ [8,] 10.09297   10    4    17
+ [9,] 10.09338   10    4    17
+[10,] 10.09338   10    4    17
+[11,] 10.09297   10    4    17
+[12,] 10.09338   10    4    17
+[13,] 10.09338   10    4    17
+[14,] 10.09338   10    4    17
+[15,] 10.09338   10    4    17
+[16,] 10.09338   10    4    17
 
 [[1]]
 [1] "### Eucometis penicillata"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 35.81 29.80 3.4e-07     1.00
-p(prec) lambda(.)     3 36.18 30.17 2.8e-07     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 35.81 29.81 3.4e-07     1.00
+p(prec) lambda(.)     3 36.18 30.18 2.8e-07     1.00
 
 $Null
              Mean Mode 2.5% 97.5%
@@ -1877,31 +1926,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.04899   10    4    17
- [2,] 10.04899   10    4    17
- [3,] 10.04899   10    4    17
- [4,] 10.04899   10    4    17
- [5,] 10.04899   10    4    17
- [6,] 10.04917   10    4    17
- [7,] 10.04899   10    4    17
- [8,] 10.04899   10    4    17
- [9,] 10.04902   10    4    17
-[10,] 10.05414   10    4    17
-[11,] 10.05411   10    4    17
-[12,] 10.04899   10    4    17
-[13,] 10.04899   10    4    17
-[14,] 10.04899   10    4    17
-[15,] 10.04899   10    4    17
-[16,] 10.04899   10    4    17
+ [1,] 9.105362    9    4    15
+ [2,] 9.105362    9    4    15
+ [3,] 9.105362    9    4    15
+ [4,] 9.105362    9    4    15
+ [5,] 9.105362    9    4    15
+ [6,] 9.105378    9    4    15
+ [7,] 9.105362    9    4    15
+ [8,] 9.105362    9    4    15
+ [9,] 9.105365    9    4    15
+[10,] 9.106384    9    4    15
+[11,] 9.106381    9    4    15
+[12,] 9.105362    9    4    15
+[13,] 9.105362    9    4    15
+[14,] 9.105362    9    4    15
+[15,] 9.105362    9    4    15
+[16,] 9.105362    9    4    15
 
 [[1]]
 [1] "### Falco rufigularis"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.02  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 57.59 51.58 6.3e-12     1.00
-p(prec) lambda(.)     3 59.58 53.56 2.3e-12     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 57.59 51.59 6.3e-12     1.00
+p(prec) lambda(.)     3 59.58 53.58 2.3e-12     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -1924,30 +1973,30 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.20247   10    4    17
- [2,] 10.20247   10    4    17
- [3,] 10.20247   10    4    17
- [4,] 10.20247   10    4    17
- [5,] 10.20540   10    4    17
- [6,] 10.20320   10    4    17
- [7,] 10.20290   10    4    17
- [8,] 10.20247   10    4    17
- [9,] 10.20252   10    4    17
-[10,] 10.20778   10    4    17
-[11,] 10.20778   10    4    17
-[12,] 10.20247   10    4    17
-[13,] 10.20247   10    4    17
-[14,] 10.20247   10    4    17
-[15,] 10.20247   10    4    17
-[16,] 10.20247   10    4    17
+ [1,] 9.597526    9    4    16
+ [2,] 9.597526    9    4    16
+ [3,] 9.597526    9    4    16
+ [4,] 9.597526    9    4    16
+ [5,] 9.598217    9    4    16
+ [6,] 9.598185    9    4    16
+ [7,] 9.598178    9    4    16
+ [8,] 9.597526    9    4    16
+ [9,] 9.597527    9    4    16
+[10,] 9.598258    9    4    16
+[11,] 9.598258    9    4    16
+[12,] 9.597526    9    4    16
+[13,] 9.597526    9    4    16
+[14,] 9.597526    9    4    16
+[15,] 9.597526    9    4    16
+[16,] 9.597526    9    4    16
 
 [[1]]
 [1] "### Florisuga mellivora"
 
 [[2]]
                   nPars    AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01  0.00 1.0e+00     1.00
-p(prec) lambda(.)     3  95.75 89.74 3.3e-20     1.00
+p(hour) lambda(.)     3   6.00  0.00 1.0e+00     1.00
+p(prec) lambda(.)     3  95.75 89.75 3.2e-20     1.00
 p(.) lambda(.)        2 102.24 96.24 1.3e-21     1.00
 
 $Null
@@ -1971,22 +2020,22 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.17304   10    4    17
- [2,] 10.17406   10    4    17
- [3,] 10.17716   10    4    17
- [4,] 10.17304   10    4    17
- [5,] 10.17304   10    4    17
- [6,] 10.17310   10    4    17
- [7,] 10.17466   10    4    17
- [8,] 10.17304   10    4    17
- [9,] 10.17408   10    4    17
-[10,] 10.17408   10    4    17
-[11,] 10.17409   10    4    17
-[12,] 10.17304   10    4    17
-[13,] 10.17304   10    4    17
-[14,] 10.17406   10    4    17
-[15,] 10.17344   10    4    17
-[16,] 10.17304   10    4    17
+ [1,] 9.898846    9    4    16
+ [2,] 9.899343    9    4    16
+ [3,] 9.899343    9    4    16
+ [4,] 9.898846    9    4    16
+ [5,] 9.898846    9    4    16
+ [6,] 9.898846    9    4    16
+ [7,] 9.899343    9    4    16
+ [8,] 9.898846    9    4    16
+ [9,] 9.899343    9    4    16
+[10,] 9.899343    9    4    16
+[11,] 9.899343    9    4    16
+[12,] 9.898846    9    4    16
+[13,] 9.898846    9    4    16
+[14,] 9.899343    9    4    16
+[15,] 9.899343    9    4    16
+[16,] 9.898846    9    4    16
 
 [[1]]
 [1] "### Formicarius analis"
@@ -1995,7 +2044,7 @@ 
use the function

                   nPars   AIC delta   AICwt cumltvWt
 p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
 p(.) lambda(.)        2 32.82 26.82 1.5e-06     1.00
-p(prec) lambda(.)     3 34.06 28.05 8.1e-07     1.00
+p(prec) lambda(.)     3 34.06 28.06 8.1e-07     1.00
 
 $Null
           Mean Mode 2.5% 97.5%
@@ -2018,22 +2067,22 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 9.971185    9    4    17
- [2,] 9.973629    9    4    17
- [3,] 9.971185    9    4    17
- [4,] 9.971185    9    4    17
- [5,] 9.971185    9    4    17
- [6,] 9.971246    9    4    17
- [7,] 9.971185    9    4    17
- [8,] 9.971185    9    4    17
- [9,] 9.973639    9    4    17
-[10,] 9.971195    9    4    17
-[11,] 9.971195    9    4    17
-[12,] 9.971185    9    4    17
-[13,] 9.971185    9    4    17
-[14,] 9.971185    9    4    17
-[15,] 9.973629    9    4    17
-[16,] 9.971185    9    4    17
+ [1,] 9.315862    9    4    16
+ [2,] 9.316703    9    4    16
+ [3,] 9.315862    9    4    16
+ [4,] 9.315862    9    4    16
+ [5,] 9.315862    9    4    16
+ [6,] 9.315875    9    4    16
+ [7,] 9.315862    9    4    16
+ [8,] 9.315862    9    4    16
+ [9,] 9.316705    9    4    16
+[10,] 9.315864    9    4    16
+[11,] 9.315864    9    4    16
+[12,] 9.315862    9    4    16
+[13,] 9.315862    9    4    16
+[14,] 9.315862    9    4    16
+[15,] 9.316703    9    4    16
+[16,] 9.315862    9    4    16
 
 [[1]]
 [1] "### Glaucidium brasilianum"
@@ -2065,22 +2114,22 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 9.854301    9    4    16
- [2,] 9.854301    9    4    16
- [3,] 9.854301    9    4    16
- [4,] 9.854301    9    4    16
- [5,] 9.854301    9    4    16
- [6,] 9.857991    9    4    16
- [7,] 9.854301    9    4    16
- [8,] 9.854301    9    4    16
- [9,] 9.854309    9    4    16
-[10,] 9.856453    9    4    16
-[11,] 9.854309    9    4    16
-[12,] 9.854301    9    4    16
-[13,] 9.854301    9    4    16
-[14,] 9.854301    9    4    16
-[15,] 9.854301    9    4    16
-[16,] 9.854301    9    4    16
+ [1,] 9.365125    9    4    16
+ [2,] 9.365125    9    4    16
+ [3,] 9.365125    9    4    16
+ [4,] 9.365125    9    4    16
+ [5,] 9.365125    9    4    16
+ [6,] 9.365928    9    4    16
+ [7,] 9.365125    9    4    16
+ [8,] 9.365125    9    4    16
+ [9,] 9.365125    9    4    16
+[10,] 9.365927    9    4    16
+[11,] 9.365125    9    4    16
+[12,] 9.365125    9    4    16
+[13,] 9.365125    9    4    16
+[14,] 9.365125    9    4    16
+[15,] 9.365125    9    4    16
+[16,] 9.365125    9    4    16
 
 [[1]]
 [1] "### Herpetotheres cachinnans"
@@ -2088,8 +2137,8 @@ 
use the function

 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
 p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 66.00 60.00 9.4e-14     1.00
-p(prec) lambda(.)     3 67.35 61.34 4.8e-14     1.00
+p(.) lambda(.)        2 66.00 60.00 9.3e-14     1.00
+p(prec) lambda(.)     3 67.35 61.35 4.8e-14     1.00
 
 $Null
               Mean Mode 2.5% 97.5%
@@ -2112,30 +2161,30 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.07135   10    4    17
- [2,] 10.07135   10    4    17
- [3,] 10.07135   10    4    17
- [4,] 10.07135   10    4    17
- [5,] 10.07135   10    4    17
- [6,] 10.07140   10    4    17
- [7,] 10.07135   10    4    17
- [8,] 10.07234   10    4    17
- [9,] 10.07428   10    4    17
-[10,] 10.07385   10    4    17
-[11,] 10.07289   10    4    17
-[12,] 10.07135   10    4    17
-[13,] 10.07135   10    4    17
-[14,] 10.07135   10    4    17
-[15,] 10.07135   10    4    17
-[16,] 10.07135   10    4    17
+ [1,] 9.616100    9    4    16
+ [2,] 9.616100    9    4    16
+ [3,] 9.616100    9    4    16
+ [4,] 9.616100    9    4    16
+ [5,] 9.616100    9    4    16
+ [6,] 9.616113    9    4    16
+ [7,] 9.616100    9    4    16
+ [8,] 9.616846    9    4    16
+ [9,] 9.617252    9    4    16
+[10,] 9.617158    9    4    16
+[11,] 9.616957    9    4    16
+[12,] 9.616100    9    4    16
+[13,] 9.616100    9    4    16
+[14,] 9.616100    9    4    16
+[15,] 9.616100    9    4    16
+[16,] 9.616100    9    4    16
 
 [[1]]
 [1] "### Klais guimeti"
 
 [[2]]
                   nPars    AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 103.45 97.44 6.9e-22     1.00
+p(hour) lambda(.)     3   6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 103.45 97.45 6.9e-22     1.00
 p(prec) lambda(.)     3 105.42 99.42 2.6e-22     1.00
 
 $Null
@@ -2159,30 +2208,30 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.28227   10    5    17
- [2,] 10.28321   10    5    17
- [3,] 10.28326   10    5    17
- [4,] 10.28478   10    5    17
- [5,] 10.28227   10    5    17
- [6,] 10.28233   10    5    17
- [7,] 10.28378   10    5    17
- [8,] 10.28321   10    5    17
- [9,] 10.28322   10    5    17
-[10,] 10.28322   10    5    17
-[11,] 10.28378   10    5    17
-[12,] 10.28227   10    5    17
-[13,] 10.28227   10    5    17
-[14,] 10.28227   10    5    17
-[15,] 10.28227   10    5    17
-[16,] 10.28227   10    5    17
+ [1,] 9.898848    9    4    16
+ [2,] 9.899345    9    4    16
+ [3,] 9.899345    9    4    16
+ [4,] 9.899345    9    4    16
+ [5,] 9.898848    9    4    16
+ [6,] 9.898848    9    4    16
+ [7,] 9.899345    9    4    16
+ [8,] 9.899345    9    4    16
+ [9,] 9.899345    9    4    16
+[10,] 9.899345    9    4    16
+[11,] 9.899345    9    4    16
+[12,] 9.898848    9    4    16
+[13,] 9.898848    9    4    16
+[14,] 9.898848    9    4    16
+[15,] 9.898848    9    4    16
+[16,] 9.898848    9    4    16
 
 [[1]]
 [1] "### Leiothlypis peregrina"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
-p(prec) lambda(.)     3 86.18 80.17 3.9e-18     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(prec) lambda(.)     3 86.18 80.18 3.9e-18     1.00
 p(.) lambda(.)        2 89.54 83.53 7.3e-19     1.00
 
 $Null
@@ -2206,31 +2255,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.46550   10    5    17
- [2,] 10.46550   10    5    17
- [3,] 10.46582   10    5    17
- [4,] 10.46550   10    5    17
- [5,] 10.46550   10    5    17
- [6,] 10.46732   10    5    17
- [7,] 10.46715   10    5    17
- [8,] 10.46953   10    5    17
- [9,] 10.46717   10    5    17
-[10,] 10.46841   10    5    17
-[11,] 10.46962   10    5    17
-[12,] 10.46550   10    5    17
-[13,] 10.46550   10    5    17
-[14,] 10.46550   10    5    17
-[15,] 10.46550   10    5    17
-[16,] 10.46550   10    5    17
+ [1,] 9.846080    9    4    16
+ [2,] 9.846080    9    4    16
+ [3,] 9.846601    9    4    16
+ [4,] 9.846080    9    4    16
+ [5,] 9.846080    9    4    16
+ [6,] 9.846601    9    4    16
+ [7,] 9.846601    9    4    16
+ [8,] 9.846601    9    4    16
+ [9,] 9.846601    9    4    16
+[10,] 9.846601    9    4    16
+[11,] 9.846601    9    4    16
+[12,] 9.846080    9    4    16
+[13,] 9.846080    9    4    16
+[14,] 9.846080    9    4    16
+[15,] 9.846080    9    4    16
+[16,] 9.846080    9    4    16
 
 [[1]]
 [1] "### Leptotila verreauxi"
 
 [[2]]
                   nPars    AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 101.33 95.32 2.0e-21     1.00
-p(prec) lambda(.)     3 102.30 96.29 1.2e-21     1.00
+p(hour) lambda(.)     3   6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 101.33 95.33 2.0e-21     1.00
+p(prec) lambda(.)     3 102.30 96.30 1.2e-21     1.00
 
 $Null
             Mean Mode 2.5% 97.5%
@@ -2253,31 +2302,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.35458   10    5    17
- [2,] 10.35712   10    5    17
- [3,] 10.35629   10    5    17
- [4,] 10.35545   10    5    17
- [5,] 10.35421   10    5    17
- [6,] 10.35471   10    5    17
- [7,] 10.35421   10    5    17
- [8,] 10.35421   10    5    17
- [9,] 10.35423   10    5    17
-[10,] 10.35423   10    5    17
-[11,] 10.35423   10    5    17
-[12,] 10.35421   10    5    17
-[13,] 10.35779   10    5    17
-[14,] 10.35781   10    5    17
-[15,] 10.35421   10    5    17
-[16,] 10.35421   10    5    17
+ [1,] 9.846504    9    4    16
+ [2,] 9.846504    9    4    16
+ [3,] 9.846504    9    4    16
+ [4,] 9.846504    9    4    16
+ [5,] 9.845982    9    4    16
+ [6,] 9.846504    9    4    16
+ [7,] 9.845982    9    4    16
+ [8,] 9.845982    9    4    16
+ [9,] 9.845982    9    4    16
+[10,] 9.845982    9    4    16
+[11,] 9.845982    9    4    16
+[12,] 9.845982    9    4    16
+[13,] 9.846504    9    4    16
+[14,] 9.846504    9    4    16
+[15,] 9.845982    9    4    16
+[16,] 9.845982    9    4    16
 
 [[1]]
 [1] "### Lophotriccus pileatus"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.02  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 49.64 43.62 3.4e-10     1.00
-p(prec) lambda(.)     3 51.56 45.53 1.3e-10     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 49.64 43.64 3.3e-10     1.00
+p(prec) lambda(.)     3 51.56 45.56 1.3e-10     1.00
 
 $Null
             Mean Mode 2.5% 97.5%
@@ -2300,31 +2349,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.43632   10    5    17
- [2,] 10.43632   10    5    17
- [3,] 10.44125   10    5    17
- [4,] 10.44132   10    5    17
- [5,] 10.43632   10    5    17
- [6,] 10.43675   10    5    17
- [7,] 10.43632   10    5    17
- [8,] 10.43632   10    5    17
- [9,] 10.43640   10    5    17
-[10,] 10.43640   10    5    17
-[11,] 10.43640   10    5    17
-[12,] 10.44147   10    5    17
-[13,] 10.43632   10    5    17
-[14,] 10.43632   10    5    17
-[15,] 10.43632   10    5    17
-[16,] 10.43632   10    5    17
+ [1,] 9.434519    9    4    16
+ [2,] 9.434519    9    4    16
+ [3,] 9.435413    9    4    16
+ [4,] 9.435415    9    4    16
+ [5,] 9.434519    9    4    16
+ [6,] 9.434530    9    4    16
+ [7,] 9.434519    9    4    16
+ [8,] 9.434519    9    4    16
+ [9,] 9.434521    9    4    16
+[10,] 9.434521    9    4    16
+[11,] 9.434521    9    4    16
+[12,] 9.435419    9    4    16
+[13,] 9.434519    9    4    16
+[14,] 9.434519    9    4    16
+[15,] 9.434519    9    4    16
+[16,] 9.434519    9    4    16
 
 [[1]]
 [1] "### Megaceryle torquata"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 59.07 53.06 3.0e-12     1.00
-p(prec) lambda(.)     3 59.55 53.54 2.4e-12     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 59.07 53.07 3.0e-12     1.00
+p(prec) lambda(.)     3 59.55 53.55 2.4e-12     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -2347,31 +2396,32 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.05751   10    4    17
- [2,] 10.05905   10    4    17
- [3,] 10.05751   10    4    17
- [4,] 10.05751   10    4    17
- [5,] 10.05751   10    4    17
- [6,] 10.05911   10    4    17
- [7,] 10.05751   10    4    17
- [8,] 10.05905   10    4    17
- [9,] 10.05906   10    4    17
-[10,] 10.05906   10    4    17
-[11,] 10.06009   10    4    17
-[12,] 10.05751   10    4    17
-[13,] 10.05751   10    4    17
-[14,] 10.05751   10    4    17
-[15,] 10.05751   10    4    17
-[16,] 10.05751   10    4    17
-
+ [1,] 9.710407    9    4    16
+ [2,] 9.711001    9    4    16
+ [3,] 9.710407    9    4    16
+ [4,] 9.710407    9    4    16
+ [5,] 9.710407    9    4    16
+ [6,] 9.711009    9    4    16
+ [7,] 9.710407    9    4    16
+ [8,] 9.711001    9    4    16
+ [9,] 9.711003    9    4    16
+[10,] 9.711003    9    4    16
+[11,] 9.711009    9    4    16
+[12,] 9.710407    9    4    16
+[13,] 9.710407    9    4    16
+[14,] 9.710407    9    4    16
+[15,] 9.710407    9    4    16
+[16,] 9.710407    9    4    16
+
+Hessian is singular.
 [[1]]
 [1] "### Megarynchus pitangua"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.02   0.00 1.0e+00     1.00
-p(.) lambda(.)        2 107.54 101.53 9.0e-23     1.00
-p(prec) lambda(.)     3 107.64 101.62 8.6e-23     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(.) lambda(.)        2 107.54 101.54 8.9e-23     1.00
+p(prec) lambda(.)     3 107.64 101.64 8.5e-23     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -2394,31 +2444,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.54360   10    5    17
- [2,] 10.54356   10    5    17
- [3,] 10.54024   10    5    17
- [4,] 10.54210   10    5    17
- [5,] 10.54024   10    5    17
- [6,] 10.54238   10    5    17
- [7,] 10.54024   10    5    17
- [8,] 10.54024   10    5    17
- [9,] 10.54028   10    5    17
-[10,] 10.54028   10    5    17
-[11,] 10.54028   10    5    17
-[12,] 10.54214   10    5    17
-[13,] 10.54056   10    5    17
-[14,] 10.54356   10    5    17
-[15,] 10.54356   10    5    17
-[16,] 10.54360   10    5    17
+ [1,] 9.946075    9    4    17
+ [2,] 9.946075    9    4    17
+ [3,] 9.945598    9    4    17
+ [4,] 9.946075    9    4    17
+ [5,] 9.945598    9    4    17
+ [6,] 9.946075    9    4    17
+ [7,] 9.945598    9    4    17
+ [8,] 9.945598    9    4    17
+ [9,] 9.945598    9    4    17
+[10,] 9.945598    9    4    17
+[11,] 9.945598    9    4    17
+[12,] 9.946075    9    4    17
+[13,] 9.946075    9    4    17
+[14,] 9.946075    9    4    17
+[15,] 9.946075    9    4    17
+[16,] 9.946075    9    4    17
 
 [[1]]
 [1] "### Melanerpes rubricapillus"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.02   0.00 1.0e+00     1.00
-p(prec) lambda(.)     3 178.18 172.16 4.1e-38     1.00
-p(.) lambda(.)        2 179.52 173.50 2.1e-38     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(prec) lambda(.)     3 178.18 172.18 4.1e-38     1.00
+p(.) lambda(.)        2 179.52 173.52 2.1e-38     1.00
 
 $Null
           Mean Mode 2.5% 97.5%
@@ -2441,31 +2491,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.94066   10    5    18
- [2,] 10.93983   10    5    18
- [3,] 10.93927   10    5    18
- [4,] 10.94161   10    5    18
- [5,] 10.93927   10    5    18
- [6,] 10.93881   10    5    18
- [7,] 10.93902   10    5    18
- [8,] 10.93983   10    5    18
- [9,] 10.93805   10    5    18
-[10,] 10.94074   10    5    18
-[11,] 10.93919   10    5    18
-[12,] 10.93943   10    5    18
-[13,] 10.93911   10    5    18
-[14,] 10.94137   10    5    18
-[15,] 10.93983   10    5    18
-[16,] 10.93919   10    5    18
+ [1,] 10.15194   10    4    17
+ [2,] 10.15194   10    4    17
+ [3,] 10.15193   10    4    17
+ [4,] 10.15194   10    4    17
+ [5,] 10.15193   10    4    17
+ [6,] 10.15193   10    4    17
+ [7,] 10.15193   10    4    17
+ [8,] 10.15194   10    4    17
+ [9,] 10.15154   10    4    17
+[10,] 10.15194   10    4    17
+[11,] 10.15193   10    4    17
+[12,] 10.15193   10    4    17
+[13,] 10.15193   10    4    17
+[14,] 10.15194   10    4    17
+[15,] 10.15194   10    4    17
+[16,] 10.15193   10    4    17
 
 [[1]]
 [1] "### Micrastur semitorquatus"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01   0.00 1.0e+00     1.00
-p(.) lambda(.)        2 110.95 104.94 1.6e-23     1.00
-p(prec) lambda(.)     3 112.15 106.14 9.0e-24     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(.) lambda(.)        2 110.95 104.95 1.6e-23     1.00
+p(prec) lambda(.)     3 112.15 106.15 8.9e-24     1.00
 
 $Null
             Mean Mode 2.5% 97.5%
@@ -2488,31 +2538,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.32905   10    5    17
- [2,] 10.33009   10    5    17
- [3,] 10.33009   10    5    17
- [4,] 10.32905   10    5    17
- [5,] 10.33138   10    5    17
- [6,] 10.32919   10    5    17
- [7,] 10.33009   10    5    17
- [8,] 10.33075   10    5    17
- [9,] 10.33196   10    5    17
-[10,] 10.33202   10    5    17
-[11,] 10.33198   10    5    17
-[12,] 10.32905   10    5    17
-[13,] 10.32905   10    5    17
-[14,] 10.32905   10    5    17
-[15,] 10.32905   10    5    17
-[16,] 10.32905   10    5    17
+ [1,] 9.898849    9    4    16
+ [2,] 9.899346    9    4    16
+ [3,] 9.899346    9    4    16
+ [4,] 9.898849    9    4    16
+ [5,] 9.899346    9    4    16
+ [6,] 9.898849    9    4    16
+ [7,] 9.899346    9    4    16
+ [8,] 9.899346    9    4    16
+ [9,] 9.899346    9    4    16
+[10,] 9.899346    9    4    16
+[11,] 9.899346    9    4    16
+[12,] 9.898849    9    4    16
+[13,] 9.898849    9    4    16
+[14,] 9.898849    9    4    16
+[15,] 9.898849    9    4    16
+[16,] 9.898849    9    4    16
 
 [[1]]
 [1] "### Milvago chimachima"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01   0.00 1.0e+00     1.00
-p(.) lambda(.)        2 128.91 122.89 2.1e-27     1.00
-p(prec) lambda(.)     3 130.53 124.52 9.2e-28     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(.) lambda(.)        2 128.91 122.90 2.0e-27     1.00
+p(prec) lambda(.)     3 130.53 124.53 9.1e-28     1.00
 
 $Null
             Mean Mode 2.5% 97.5%
@@ -2535,31 +2585,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.73616   10    5    18
- [2,] 10.73493   10    5    18
- [3,] 10.73477   10    5    18
- [4,] 10.73552   10    5    18
- [5,] 10.73616   10    5    18
- [6,] 10.73419   10    5    18
- [7,] 10.73293   10    5    18
- [8,] 10.73626   10    5    18
- [9,] 10.73297   10    5    18
-[10,] 10.73297   10    5    18
-[11,] 10.73297   10    5    18
-[12,] 10.73477   10    5    18
-[13,] 10.73293   10    5    18
-[14,] 10.73619   10    5    18
-[15,] 10.73293   10    5    18
-[16,] 10.73293   10    5    18
+ [1,] 9.946050    9    4    17
+ [2,] 9.946050    9    4    17
+ [3,] 9.946050    9    4    17
+ [4,] 9.946050    9    4    17
+ [5,] 9.946050    9    4    17
+ [6,] 9.946050    9    4    17
+ [7,] 9.945573    9    4    17
+ [8,] 9.946050    9    4    17
+ [9,] 9.945573    9    4    17
+[10,] 9.945573    9    4    17
+[11,] 9.945573    9    4    17
+[12,] 9.946050    9    4    17
+[13,] 9.945573    9    4    17
+[14,] 9.946050    9    4    17
+[15,] 9.945573    9    4    17
+[16,] 9.945573    9    4    17
 
 [[1]]
 [1] "### Mniotilta varia"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.02  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 58.14 52.12 4.8e-12     1.00
-p(prec) lambda(.)     3 60.13 54.12 1.8e-12     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 58.14 52.14 4.8e-12     1.00
+p(prec) lambda(.)     3 60.13 54.13 1.8e-12     1.00
 
 $Null
             Mean Mode 2.5% 97.5%
@@ -2582,31 +2632,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.48981   10    5    17
- [2,] 10.49303   10    5    17
- [3,] 10.49555   10    5    17
- [4,] 10.48981   10    5    17
- [5,] 10.48981   10    5    17
- [6,] 10.49010   10    5    17
- [7,] 10.48981   10    5    17
- [8,] 10.48981   10    5    17
- [9,] 10.48986   10    5    17
-[10,] 10.48986   10    5    17
-[11,] 10.49167   10    5    17
-[12,] 10.49163   10    5    17
-[13,] 10.48981   10    5    17
-[14,] 10.48981   10    5    17
-[15,] 10.48981   10    5    17
-[16,] 10.48981   10    5    17
+ [1,] 9.448749    9    4    16
+ [2,] 9.449498    9    4    16
+ [3,] 9.449502    9    4    16
+ [4,] 9.448749    9    4    16
+ [5,] 9.448749    9    4    16
+ [6,] 9.448761    9    4    16
+ [7,] 9.448749    9    4    16
+ [8,] 9.448749    9    4    16
+ [9,] 9.448751    9    4    16
+[10,] 9.448751    9    4    16
+[11,] 9.449498    9    4    16
+[12,] 9.449495    9    4    16
+[13,] 9.448749    9    4    16
+[14,] 9.448749    9    4    16
+[15,] 9.448749    9    4    16
+[16,] 9.448749    9    4    16
 
 [[1]]
 [1] "### Myiarchus crinitus"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01   0.00 1.0e+00     1.00
-p(.) lambda(.)        2 139.03 133.02 1.3e-29     1.00
-p(prec) lambda(.)     3 140.74 134.73 5.5e-30     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(.) lambda(.)        2 139.03 133.03 1.3e-29     1.00
+p(prec) lambda(.)     3 140.74 134.74 5.5e-30     1.00
 
 $Null
             Mean Mode 2.5% 97.5%
@@ -2629,31 +2679,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 9.950538    9    4    17
- [2,] 9.952250    9    4    17
- [3,] 9.951142    9    4    17
- [4,] 9.951172    9    4    17
- [5,] 9.950650    9    4    17
- [6,] 9.950568    9    4    17
- [7,] 9.950990    9    4    17
- [8,] 9.950650    9    4    17
- [9,] 9.949850    9    4    17
-[10,] 9.949850    9    4    17
-[11,] 9.949850    9    4    17
-[12,] 9.950710    9    4    17
-[13,] 9.949820    9    4    17
-[14,] 9.950680    9    4    17
-[15,] 9.949820    9    4    17
-[16,] 9.951316    9    4    17
+ [1,] 9.916639    9    4    17
+ [2,] 9.916851    9    4    17
+ [3,] 9.916711    9    4    17
+ [4,] 9.916711    9    4    17
+ [5,] 9.916675    9    4    17
+ [6,] 9.916639    9    4    17
+ [7,] 9.916711    9    4    17
+ [8,] 9.916675    9    4    17
+ [9,] 9.916150    9    4    17
+[10,] 9.916150    9    4    17
+[11,] 9.916150    9    4    17
+[12,] 9.916675    9    4    17
+[13,] 9.916150    9    4    17
+[14,] 9.916675    9    4    17
+[15,] 9.916150    9    4    17
+[16,] 9.916747    9    4    17
 
 [[1]]
 [1] "### Myiodynastes maculatus"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.02   0.00 1.0e+00     1.00
-p(.) lambda(.)        2 165.05 159.03 2.9e-35     1.00
-p(prec) lambda(.)     3 166.45 160.43 1.5e-35     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(.) lambda(.)        2 165.05 159.05 2.9e-35     1.00
+p(prec) lambda(.)     3 166.45 160.45 1.4e-35     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -2676,31 +2726,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 11.02848   11    5    18
- [2,] 11.02755   11    5    18
- [3,] 11.02945   11    5    18
- [4,] 11.02853   11    5    18
- [5,] 11.02842   11    5    18
- [6,] 11.02796   11    5    18
- [7,] 11.02648   11    5    18
- [8,] 11.02842   11    5    18
- [9,] 11.02654   11    5    18
-[10,] 11.02924   11    5    18
-[11,] 11.02760   11    5    18
-[12,] 11.02986   11    5    18
-[13,] 11.02848   11    5    18
-[14,] 11.02842   11    5    18
-[15,] 11.02986   11    5    18
-[16,] 11.02648   11    5    18
+ [1,] 10.09339   10    4    17
+ [2,] 10.09339   10    4    17
+ [3,] 10.09339   10    4    17
+ [4,] 10.09339   10    4    17
+ [5,] 10.09339   10    4    17
+ [6,] 10.09339   10    4    17
+ [7,] 10.09297   10    4    17
+ [8,] 10.09339   10    4    17
+ [9,] 10.09297   10    4    17
+[10,] 10.09339   10    4    17
+[11,] 10.09339   10    4    17
+[12,] 10.09339   10    4    17
+[13,] 10.09339   10    4    17
+[14,] 10.09339   10    4    17
+[15,] 10.09339   10    4    17
+[16,] 10.09297   10    4    17
 
 [[1]]
 [1] "### Myiothlypis fulvicauda"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.02  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 92.18 86.16 2.0e-19     1.00
-p(prec) lambda(.)     3 94.10 88.08 7.5e-20     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 92.18 86.18 1.9e-19     1.00
+p(prec) lambda(.)     3 94.10 88.10 7.4e-20     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -2723,31 +2773,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 11.05010   11    5    18
- [2,] 11.05010   11    5    18
- [3,] 11.05253   11    5    18
- [4,] 11.05010   11    5    18
- [5,] 11.05659   11    5    18
- [6,] 11.05029   11    5    18
- [7,] 11.05010   11    5    18
- [8,] 11.05256   11    5    18
- [9,] 11.05013   11    5    18
-[10,] 11.05256   11    5    18
-[11,] 11.05465   11    5    18
-[12,] 11.05253   11    5    18
-[13,] 11.05253   11    5    18
-[14,] 11.05010   11    5    18
-[15,] 11.05256   11    5    18
-[16,] 11.05010   11    5    18
+ [1,] 9.898852    9    4    16
+ [2,] 9.898852    9    4    16
+ [3,] 9.899350    9    4    16
+ [4,] 9.898852    9    4    16
+ [5,] 9.899350    9    4    16
+ [6,] 9.898852    9    4    16
+ [7,] 9.898852    9    4    16
+ [8,] 9.899350    9    4    16
+ [9,] 9.898852    9    4    16
+[10,] 9.899350    9    4    16
+[11,] 9.899350    9    4    16
+[12,] 9.899350    9    4    16
+[13,] 9.899350    9    4    16
+[14,] 9.898852    9    4    16
+[15,] 9.899350    9    4    16
+[16,] 9.898852    9    4    16
 
 [[1]]
 [1] "### Myiozetetes similis"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 71.60 65.59 5.7e-15     1.00
-p(prec) lambda(.)     3 73.13 67.12 2.7e-15     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 71.60 65.60 5.7e-15     1.00
+p(prec) lambda(.)     3 73.13 67.13 2.6e-15     1.00
 
 $Null
             Mean Mode 2.5% 97.5%
@@ -2770,29 +2820,29 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.72700   10    5    18
- [2,] 10.72498   10    5    18
- [3,] 10.72498   10    5    18
- [4,] 10.72863   10    5    18
- [5,] 10.72498   10    5    18
- [6,] 10.72541   10    5    18
- [7,] 10.72498   10    5    18
- [8,] 10.72498   10    5    18
- [9,] 10.72501   10    5    18
-[10,] 10.72868   10    5    18
-[11,] 10.72501   10    5    18
-[12,] 10.72498   10    5    18
-[13,] 10.72498   10    5    18
-[14,] 10.73293   10    5    18
-[15,] 10.72498   10    5    18
-[16,] 10.72498   10    5    18
+ [1,] 9.586766    9    4    16
+ [2,] 9.586055    9    4    16
+ [3,] 9.586055    9    4    16
+ [4,] 9.586817    9    4    16
+ [5,] 9.586055    9    4    16
+ [6,] 9.586731    9    4    16
+ [7,] 9.586055    9    4    16
+ [8,] 9.586055    9    4    16
+ [9,] 9.586058    9    4    16
+[10,] 9.586822    9    4    16
+[11,] 9.586058    9    4    16
+[12,] 9.586055    9    4    16
+[13,] 9.586055    9    4    16
+[14,] 9.586971    9    4    16
+[15,] 9.586055    9    4    16
+[16,] 9.586055    9    4    16
 
 [[1]]
 [1] "### Nyctibius griseus"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
 p(.) lambda(.)        2 60.35 54.35 1.6e-12     1.00
 p(prec) lambda(.)     3 61.78 55.78 7.7e-13     1.00
 
@@ -2817,23 +2867,24 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.06791   10    4    17
- [2,] 10.06791   10    4    17
- [3,] 10.06791   10    4    17
- [4,] 10.07073   10    4    17
- [5,] 10.06791   10    4    17
- [6,] 10.07079   10    4    17
- [7,] 10.06791   10    4    17
- [8,] 10.07284   10    4    17
- [9,] 10.06793   10    4    17
-[10,] 10.06793   10    4    17
-[11,] 10.06793   10    4    17
-[12,] 10.06841   10    4    17
-[13,] 10.06791   10    4    17
-[14,] 10.06791   10    4    17
-[15,] 10.06791   10    4    17
-[16,] 10.06791   10    4    17
-
+ [1,] 9.534054    9    4    16
+ [2,] 9.534054    9    4    16
+ [3,] 9.534054    9    4    16
+ [4,] 9.534948    9    4    16
+ [5,] 9.534054    9    4    16
+ [6,] 9.534958    9    4    16
+ [7,] 9.534054    9    4    16
+ [8,] 9.535137    9    4    16
+ [9,] 9.534057    9    4    16
+[10,] 9.534057    9    4    16
+[11,] 9.534057    9    4    16
+[12,] 9.534754    9    4    16
+[13,] 9.534054    9    4    16
+[14,] 9.534054    9    4    16
+[15,] 9.534054    9    4    16
+[16,] 9.534054    9    4    16
+
+Hessian is singular.
 [[1]]
 [1] "### Nycticorax nycticorax"
 
@@ -2864,31 +2915,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.09930   10    4    17
- [2,] 10.10003   10    4    17
- [3,] 10.10003   10    4    17
- [4,] 10.10019   10    4    17
- [5,] 10.10003   10    4    17
- [6,] 10.10006   10    4    17
- [7,] 10.10019   10    4    17
- [8,] 10.09930   10    4    17
- [9,] 10.09988   10    4    17
-[10,] 10.09930   10    4    17
-[11,] 10.09930   10    4    17
-[12,] 10.10004   10    4    17
-[13,] 10.09930   10    4    17
-[14,] 10.10003   10    4    17
-[15,] 10.09988   10    4    17
-[16,] 10.09930   10    4    17
+ [1,] 9.987593    9    4    17
+ [2,] 9.988052    9    4    17
+ [3,] 9.988052    9    4    17
+ [4,] 9.988052    9    4    17
+ [5,] 9.988052    9    4    17
+ [6,] 9.988052    9    4    17
+ [7,] 9.988052    9    4    17
+ [8,] 9.987593    9    4    17
+ [9,] 9.988052    9    4    17
+[10,] 9.987593    9    4    17
+[11,] 9.987593    9    4    17
+[12,] 9.988052    9    4    17
+[13,] 9.987593    9    4    17
+[14,] 9.988052    9    4    17
+[15,] 9.988052    9    4    17
+[16,] 9.987593    9    4    17
 
 [[1]]
 [1] "### Nyctidromus albicollis"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.02   0.00 1.0e+00     1.00
-p(.) lambda(.)        2 114.02 108.00 3.5e-24     1.00
-p(prec) lambda(.)     3 114.67 108.64 2.6e-24     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(.) lambda(.)        2 114.02 108.02 3.5e-24     1.00
+p(prec) lambda(.)     3 114.67 108.67 2.5e-24     1.00
 
 $Null
             Mean Mode 2.5% 97.5%
@@ -2911,31 +2962,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.20160   10    4    17
- [2,] 10.20434   10    4    17
- [3,] 10.19972   10    4    17
- [4,] 10.20017   10    4    17
- [5,] 10.19972   10    4    17
- [6,] 10.20080   10    4    17
- [7,] 10.19972   10    4    17
- [8,] 10.20160   10    4    17
- [9,] 10.20314   10    4    17
-[10,] 10.20222   10    4    17
-[11,] 10.20306   10    4    17
-[12,] 10.19972   10    4    17
-[13,] 10.19972   10    4    17
-[14,] 10.20434   10    4    17
-[15,] 10.19972   10    4    17
-[16,] 10.19972   10    4    17
+ [1,] 9.946573    9    4    17
+ [2,] 9.946574    9    4    17
+ [3,] 9.946096    9    4    17
+ [4,] 9.946573    9    4    17
+ [5,] 9.946096    9    4    17
+ [6,] 9.946573    9    4    17
+ [7,] 9.946096    9    4    17
+ [8,] 9.946573    9    4    17
+ [9,] 9.946574    9    4    17
+[10,] 9.946573    9    4    17
+[11,] 9.946574    9    4    17
+[12,] 9.946096    9    4    17
+[13,] 9.946096    9    4    17
+[14,] 9.946574    9    4    17
+[15,] 9.946096    9    4    17
+[16,] 9.946096    9    4    17
 
 [[1]]
 [1] "### Pachyramphus cinnamomeus"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 55.11 49.10 2.2e-11     1.00
-p(prec) lambda(.)     3 57.08 51.07 8.1e-12     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 55.11 49.11 2.2e-11     1.00
+p(prec) lambda(.)     3 57.08 51.08 8.1e-12     1.00
 
 $Null
              Mean Mode 2.5% 97.5%
@@ -2958,31 +3009,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.58746   10    5    17
- [2,] 10.58746   10    5    17
- [3,] 10.58746   10    5    17
- [4,] 10.58746   10    5    17
- [5,] 10.59495   10    5    17
- [6,] 10.58762   10    5    17
- [7,] 10.58746   10    5    17
- [8,] 10.58746   10    5    17
- [9,] 10.58749   10    5    17
-[10,] 10.58749   10    5    17
-[11,] 10.58749   10    5    17
-[12,] 10.59162   10    5    17
-[13,] 10.59336   10    5    17
-[14,] 10.58746   10    5    17
-[15,] 10.58746   10    5    17
-[16,] 10.58746   10    5    17
+ [1,] 9.332169    9    4    16
+ [2,] 9.332169    9    4    16
+ [3,] 9.332169    9    4    16
+ [4,] 9.332169    9    4    16
+ [5,] 9.333004    9    4    16
+ [6,] 9.332181    9    4    16
+ [7,] 9.332169    9    4    16
+ [8,] 9.332169    9    4    16
+ [9,] 9.332171    9    4    16
+[10,] 9.332171    9    4    16
+[11,] 9.332171    9    4    16
+[12,] 9.332999    9    4    16
+[13,] 9.333003    9    4    16
+[14,] 9.332169    9    4    16
+[15,] 9.332169    9    4    16
+[16,] 9.332169    9    4    16
 
 [[1]]
 [1] "### Pachysylvia decurtata"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 43.59 37.58 6.9e-09     1.00
-p(prec) lambda(.)     3 45.22 39.21 3.1e-09     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 43.59 37.59 6.9e-09     1.00
+p(prec) lambda(.)     3 45.22 39.22 3.0e-09     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -3005,29 +3056,29 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.15553   10    4    17
- [2,] 10.15251   10    4    17
- [3,] 10.14882   10    4    17
- [4,] 10.14882   10    4    17
- [5,] 10.14882   10    4    17
- [6,] 10.14896   10    4    17
- [7,] 10.14882   10    4    17
- [8,] 10.14882   10    4    17
- [9,] 10.14884   10    4    17
-[10,] 10.14884   10    4    17
-[11,] 10.14884   10    4    17
-[12,] 10.14882   10    4    17
-[13,] 10.14882   10    4    17
-[14,] 10.15251   10    4    17
-[15,] 10.14882   10    4    17
-[16,] 10.14882   10    4    17
+ [1,] 9.348569    9    4    16
+ [2,] 9.348562    9    4    16
+ [3,] 9.347742    9    4    16
+ [4,] 9.347742    9    4    16
+ [5,] 9.347742    9    4    16
+ [6,] 9.347753    9    4    16
+ [7,] 9.347742    9    4    16
+ [8,] 9.347742    9    4    16
+ [9,] 9.347744    9    4    16
+[10,] 9.347744    9    4    16
+[11,] 9.347744    9    4    16
+[12,] 9.347742    9    4    16
+[13,] 9.347742    9    4    16
+[14,] 9.348562    9    4    16
+[15,] 9.347742    9    4    16
+[16,] 9.347742    9    4    16
 
 [[1]]
 [1] "### Pandion haliaetus"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01   0.00 1.0e+00     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
 p(.) lambda(.)        2 153.87 147.87 7.8e-33     1.00
 p(prec) lambda(.)     3 155.87 149.87 2.9e-33     1.00
 
@@ -3052,31 +3103,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.53563   10    5    17
- [2,] 10.53552   10    5    17
- [3,] 10.53597   10    5    17
- [4,] 10.53550   10    5    17
- [5,] 10.53540   10    5    17
- [6,] 10.53552   10    5    17
- [7,] 10.53554   10    5    17
- [8,] 10.53576   10    5    17
- [9,] 10.53566   10    5    17
-[10,] 10.53540   10    5    17
-[11,] 10.53540   10    5    17
-[12,] 10.53599   10    5    17
-[13,] 10.53482   10    5    17
-[14,] 10.53529   10    5    17
-[15,] 10.53637   10    5    17
-[16,] 10.53618   10    5    17
+ [1,] 10.22176   10    4    17
+ [2,] 10.22161   10    4    17
+ [3,] 10.22199   10    4    17
+ [4,] 10.22160   10    4    17
+ [5,] 10.22156   10    4    17
+ [6,] 10.22161   10    4    17
+ [7,] 10.22161   10    4    17
+ [8,] 10.22180   10    4    17
+ [9,] 10.22177   10    4    17
+[10,] 10.22156   10    4    17
+[11,] 10.22156   10    4    17
+[12,] 10.22199   10    4    17
+[13,] 10.22097   10    4    17
+[14,] 10.22141   10    4    17
+[15,] 10.22234   10    4    17
+[16,] 10.22217   10    4    17
 
 [[1]]
 [1] "### Parkesia noveboracensis"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
-p(prec) lambda(.)     3 95.44 89.44 3.8e-20     1.00
-p(.) lambda(.)        2 98.66 92.66 7.6e-21     1.00
+p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
+p(prec) lambda(.)     3 95.44 89.43 3.8e-20     1.00
+p(.) lambda(.)        2 98.66 92.65 7.6e-21     1.00
 
 $Null
           Mean Mode 2.5% 97.5%
@@ -3099,31 +3150,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.37931   10    5    17
- [2,] 10.37838   10    5    17
- [3,] 10.37842   10    5    17
- [4,] 10.37842   10    5    17
- [5,] 10.37891   10    5    17
- [6,] 10.37842   10    5    17
- [7,] 10.37894   10    5    17
- [8,] 10.37910   10    5    17
- [9,] 10.37867   10    5    17
-[10,] 10.37842   10    5    17
-[11,] 10.37842   10    5    17
-[12,] 10.37842   10    5    17
-[13,] 10.37875   10    5    17
-[14,] 10.37898   10    5    17
-[15,] 10.37842   10    5    17
-[16,] 10.37927   10    5    17
+ [1,] 10.68063   10    5    18
+ [2,] 10.67835   10    5    18
+ [3,] 10.67849   10    5    18
+ [4,] 10.67849   10    5    18
+ [5,] 10.67971   10    5    18
+ [6,] 10.67849   10    5    18
+ [7,] 10.67955   10    5    18
+ [8,] 10.68011   10    5    18
+ [9,] 10.67912   10    5    18
+[10,] 10.67849   10    5    18
+[11,] 10.67849   10    5    18
+[12,] 10.67849   10    5    18
+[13,] 10.67915   10    5    18
+[14,] 10.67969   10    5    18
+[15,] 10.67849   10    5    18
+[16,] 10.68049   10    5    18
 
 [[1]]
 [1] "### Patagioenas cayennensis"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01   0.00 1.0e+00     1.00
-p(prec) lambda(.)     3 141.66 135.65 3.5e-30     1.00
-p(.) lambda(.)        2 141.66 135.65 3.5e-30     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(prec) lambda(.)     3 141.66 135.66 3.5e-30     1.00
+p(.) lambda(.)        2 141.66 135.66 3.5e-30     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -3146,31 +3197,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.26322   10    5    17
- [2,] 10.26417   10    5    17
- [3,] 10.26319   10    5    17
- [4,] 10.26231   10    5    17
- [5,] 10.26368   10    5    17
- [6,] 10.26278   10    5    17
- [7,] 10.26414   10    5    17
- [8,] 10.26319   10    5    17
- [9,] 10.26320   10    5    17
-[10,] 10.26232   10    5    17
-[11,] 10.26232   10    5    17
-[12,] 10.26460   10    5    17
-[13,] 10.26323   10    5    17
-[14,] 10.26417   10    5    17
-[15,] 10.26231   10    5    17
-[16,] 10.26231   10    5    17
+ [1,] 10.02619   10    4    17
+ [2,] 10.02619   10    4    17
+ [3,] 10.02619   10    4    17
+ [4,] 10.02574   10    4    17
+ [5,] 10.02619   10    4    17
+ [6,] 10.02619   10    4    17
+ [7,] 10.02619   10    4    17
+ [8,] 10.02619   10    4    17
+ [9,] 10.02619   10    4    17
+[10,] 10.02574   10    4    17
+[11,] 10.02574   10    4    17
+[12,] 10.02619   10    4    17
+[13,] 10.02619   10    4    17
+[14,] 10.02619   10    4    17
+[15,] 10.02574   10    4    17
+[16,] 10.02574   10    4    17
 
 [[1]]
 [1] "### Phaeochroa cuvierii"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01   0.00 1.0e+00     1.00
-p(.) lambda(.)        2 150.08 144.07 5.2e-32     1.00
-p(prec) lambda(.)     3 151.67 145.66 2.3e-32     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(.) lambda(.)        2 150.08 144.08 5.2e-32     1.00
+p(prec) lambda(.)     3 151.67 145.67 2.3e-32     1.00
 
 $Null
             Mean Mode 2.5% 97.5%
@@ -3193,31 +3244,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.45482   10    5    17
- [2,] 10.45661   10    5    17
- [3,] 10.45494   10    5    17
- [4,] 10.45560   10    5    17
- [5,] 10.45482   10    5    17
- [6,] 10.45418   10    5    17
- [7,] 10.45482   10    5    17
- [8,] 10.45524   10    5    17
- [9,] 10.45526   10    5    17
-[10,] 10.45532   10    5    17
-[11,] 10.45597   10    5    17
-[12,] 10.45568   10    5    17
-[13,] 10.45522   10    5    17
-[14,] 10.45410   10    5    17
-[15,] 10.45453   10    5    17
-[16,] 10.45410   10    5    17
+ [1,] 10.02781   10    4    17
+ [2,] 10.02831   10    4    17
+ [3,] 10.02783   10    4    17
+ [4,] 10.02801   10    4    17
+ [5,] 10.02781   10    4    17
+ [6,] 10.02728   10    4    17
+ [7,] 10.02781   10    4    17
+ [8,] 10.02792   10    4    17
+ [9,] 10.02792   10    4    17
+[10,] 10.02793   10    4    17
+[11,] 10.02812   10    4    17
+[12,] 10.02803   10    4    17
+[13,] 10.02791   10    4    17
+[14,] 10.02726   10    4    17
+[15,] 10.02773   10    4    17
+[16,] 10.02726   10    4    17
 
 [[1]]
 [1] "### Pionus menstruus"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.02  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 46.61 40.59 1.5e-09     1.00
-p(prec) lambda(.)     3 48.31 42.29 6.5e-10     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 46.61 40.61 1.5e-09     1.00
+p(prec) lambda(.)     3 48.31 42.31 6.5e-10     1.00
 
 $Null
           Mean Mode 2.5% 97.5%
@@ -3240,31 +3291,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.55756   10    5    17
- [2,] 10.55756   10    5    17
- [3,] 10.55756   10    5    17
- [4,] 10.55756   10    5    17
- [5,] 10.55974   10    5    17
- [6,] 10.55794   10    5    17
- [7,] 10.55974   10    5    17
- [8,] 10.56149   10    5    17
- [9,] 10.55981   10    5    17
-[10,] 10.55763   10    5    17
-[11,] 10.55763   10    5    17
-[12,] 10.55756   10    5    17
-[13,] 10.55756   10    5    17
-[14,] 10.55756   10    5    17
-[15,] 10.55756   10    5    17
-[16,] 10.55756   10    5    17
+ [1,] 9.557349    9    4    16
+ [2,] 9.557349    9    4    16
+ [3,] 9.557349    9    4    16
+ [4,] 9.557349    9    4    16
+ [5,] 9.558026    9    4    16
+ [6,] 9.557354    9    4    16
+ [7,] 9.558026    9    4    16
+ [8,] 9.558028    9    4    16
+ [9,] 9.558027    9    4    16
+[10,] 9.557350    9    4    16
+[11,] 9.557350    9    4    16
+[12,] 9.557349    9    4    16
+[13,] 9.557349    9    4    16
+[14,] 9.557349    9    4    16
+[15,] 9.557349    9    4    16
+[16,] 9.557349    9    4    16
 
 [[1]]
 [1] "### Piranga olivacea"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.02   0.00 1.0e+00     1.00
-p(prec) lambda(.)     3 163.18 157.16 7.5e-35     1.00
-p(.) lambda(.)        2 168.12 162.10 6.3e-36     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(prec) lambda(.)     3 163.18 157.18 7.4e-35     1.00
+p(.) lambda(.)        2 168.12 162.12 6.3e-36     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -3287,31 +3338,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 11.08799   11    5    18
- [2,] 11.08896   11    5    18
- [3,] 11.08707   11    5    18
- [4,] 11.08791   11    5    18
- [5,] 11.08862   11    5    18
- [6,] 11.08802   11    5    18
- [7,] 11.08853   11    5    18
- [8,] 11.08817   11    5    18
- [9,] 11.08905   11    5    18
-[10,] 11.08879   11    5    18
-[11,] 11.08920   11    5    18
-[12,] 11.08967   11    5    18
-[13,] 11.08707   11    5    18
-[14,] 11.09010   11    5    18
-[15,] 11.08853   11    5    18
-[16,] 11.08929   11    5    18
+ [1,] 10.17106   10    4    17
+ [2,] 10.17110   10    4    17
+ [3,] 10.17064   10    4    17
+ [4,] 10.17106   10    4    17
+ [5,] 10.17110   10    4    17
+ [6,] 10.17103   10    4    17
+ [7,] 10.17110   10    4    17
+ [8,] 10.17106   10    4    17
+ [9,] 10.17110   10    4    17
+[10,] 10.17110   10    4    17
+[11,] 10.17113   10    4    17
+[12,] 10.17117   10    4    17
+[13,] 10.17064   10    4    17
+[14,] 10.17117   10    4    17
+[15,] 10.17110   10    4    17
+[16,] 10.17114   10    4    17
 
 [[1]]
 [1] "### Piranga rubra"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01   0.00 1.0e+00     1.00
-p(.) lambda(.)        2 130.51 124.50 9.2e-28     1.00
-p(prec) lambda(.)     3 132.33 126.32 3.7e-28     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(.) lambda(.)        2 130.51 124.51 9.2e-28     1.00
+p(prec) lambda(.)     3 132.33 126.33 3.7e-28     1.00
 
 $Null
             Mean Mode 2.5% 97.5%
@@ -3334,31 +3385,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.97083   10    5    18
- [2,] 10.97553   10    5    18
- [3,] 10.97324   10    5    18
- [4,] 10.97198   10    5    18
- [5,] 10.97041   10    5    18
- [6,] 10.97086   10    5    18
- [7,] 10.97041   10    5    18
- [8,] 10.97063   10    5    18
- [9,] 10.97327   10    5    18
-[10,] 10.97044   10    5    18
-[11,] 10.97044   10    5    18
-[12,] 10.97553   10    5    18
-[13,] 10.97206   10    5    18
-[14,] 10.97083   10    5    18
-[15,] 10.97041   10    5    18
-[16,] 10.97041   10    5    18
+ [1,] 9.990128    9    4    17
+ [2,] 9.990134    9    4    17
+ [3,] 9.990131    9    4    17
+ [4,] 9.990129    9    4    17
+ [5,] 9.989669    9    4    17
+ [6,] 9.990128    9    4    17
+ [7,] 9.989669    9    4    17
+ [8,] 9.990128    9    4    17
+ [9,] 9.990131    9    4    17
+[10,] 9.989669    9    4    17
+[11,] 9.989669    9    4    17
+[12,] 9.990134    9    4    17
+[13,] 9.990129    9    4    17
+[14,] 9.990128    9    4    17
+[15,] 9.989669    9    4    17
+[16,] 9.989669    9    4    17
 
 [[1]]
 [1] "### Pitangus sulphuratus"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01   0.00 1.0e+00     1.00
-p(.) lambda(.)        2 139.29 133.28 1.1e-29     1.00
-p(prec) lambda(.)     3 140.67 134.66 5.7e-30     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(.) lambda(.)        2 139.29 133.29 1.1e-29     1.00
+p(prec) lambda(.)     3 140.67 134.67 5.7e-30     1.00
 
 $Null
             Mean Mode 2.5% 97.5%
@@ -3381,29 +3432,29 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.38928   10    5    17
- [2,] 10.38933   10    5    17
- [3,] 10.38861   10    5    17
- [4,] 10.38861   10    5    17
- [5,] 10.38761   10    5    17
- [6,] 10.38810   10    5    17
- [7,] 10.38761   10    5    17
- [8,] 10.38864   10    5    17
- [9,] 10.39041   10    5    17
-[10,] 10.38810   10    5    17
-[11,] 10.38932   10    5    17
-[12,] 10.38761   10    5    17
-[13,] 10.38861   10    5    17
-[14,] 10.38987   10    5    17
-[15,] 10.38761   10    5    17
-[16,] 10.38761   10    5    17
+ [1,] 10.03029   10    4    17
+ [2,] 10.03029   10    4    17
+ [3,] 10.03028   10    4    17
+ [4,] 10.03028   10    4    17
+ [5,] 10.02983   10    4    17
+ [6,] 10.03027   10    4    17
+ [7,] 10.02983   10    4    17
+ [8,] 10.03028   10    4    17
+ [9,] 10.03030   10    4    17
+[10,] 10.03027   10    4    17
+[11,] 10.03029   10    4    17
+[12,] 10.02983   10    4    17
+[13,] 10.03028   10    4    17
+[14,] 10.03029   10    4    17
+[15,] 10.02983   10    4    17
+[16,] 10.02983   10    4    17
 
 [[1]]
 [1] "### Progne chalybea"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
 p(.) lambda(.)        2 43.71 37.71 6.5e-09     1.00
 p(prec) lambda(.)     3 45.68 39.68 2.4e-09     1.00
 
@@ -3428,31 +3479,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.11133   10    4    17
- [2,] 10.11133   10    4    17
- [3,] 10.11437   10    4    17
- [4,] 10.11676   10    4    17
- [5,] 10.11133   10    4    17
- [6,] 10.11452   10    4    17
- [7,] 10.11133   10    4    17
- [8,] 10.11133   10    4    17
- [9,] 10.11135   10    4    17
-[10,] 10.11135   10    4    17
-[11,] 10.11135   10    4    17
-[12,] 10.11133   10    4    17
-[13,] 10.11133   10    4    17
-[14,] 10.11133   10    4    17
-[15,] 10.11133   10    4    17
-[16,] 10.11133   10    4    17
+ [1,] 9.483575    9    4    16
+ [2,] 9.483575    9    4    16
+ [3,] 9.484362    9    4    16
+ [4,] 9.484428    9    4    16
+ [5,] 9.483575    9    4    16
+ [6,] 9.484369    9    4    16
+ [7,] 9.483575    9    4    16
+ [8,] 9.483575    9    4    16
+ [9,] 9.483576    9    4    16
+[10,] 9.483576    9    4    16
+[11,] 9.483576    9    4    16
+[12,] 9.483575    9    4    16
+[13,] 9.483575    9    4    16
+[14,] 9.483575    9    4    16
+[15,] 9.483575    9    4    16
+[16,] 9.483575    9    4    16
 
 [[1]]
 [1] "### Protonotaria citrea"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01   0.00 1.0e+00     1.00
-p(.) lambda(.)        2 141.43 135.42 3.9e-30     1.00
-p(prec) lambda(.)     3 142.61 136.59 2.2e-30     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(.) lambda(.)        2 141.43 135.43 3.9e-30     1.00
+p(prec) lambda(.)     3 142.61 136.60 2.2e-30     1.00
 
 $Null
             Mean Mode 2.5% 97.5%
@@ -3475,31 +3526,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.75763   10    5    18
- [2,] 10.75969   10    5    18
- [3,] 10.75859   10    5    18
- [4,] 10.76002   10    5    18
- [5,] 10.75977   10    5    18
- [6,] 10.75859   10    5    18
- [7,] 10.75851   10    5    18
- [8,] 10.75969   10    5    18
- [9,] 10.75968   10    5    18
-[10,] 10.76048   10    5    18
-[11,] 10.76064   10    5    18
-[12,] 10.75851   10    5    18
-[13,] 10.75843   10    5    18
-[14,] 10.75826   10    5    18
-[15,] 10.75859   10    5    18
-[16,] 10.75763   10    5    18
+ [1,] 10.30219   10    5    17
+ [2,] 10.30316   10    5    17
+ [3,] 10.30260   10    5    17
+ [4,] 10.30319   10    5    17
+ [5,] 10.30317   10    5    17
+ [6,] 10.30260   10    5    17
+ [7,] 10.30275   10    5    17
+ [8,] 10.30316   10    5    17
+ [9,] 10.30301   10    5    17
+[10,] 10.30337   10    5    17
+[11,] 10.30339   10    5    17
+[12,] 10.30260   10    5    17
+[13,] 10.30259   10    5    17
+[14,] 10.30257   10    5    17
+[15,] 10.30260   10    5    17
+[16,] 10.30219   10    5    17
 
 [[1]]
 [1] "### Quiscalus mexicanus"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 62.84 56.83 4.6e-13     1.00
-p(prec) lambda(.)     3 63.52 57.51 3.3e-13     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 62.84 56.84 4.5e-13     1.00
+p(prec) lambda(.)     3 63.52 57.52 3.2e-13     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -3522,31 +3573,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.67422   10    5    18
- [2,] 10.68281   10    5    18
- [3,] 10.67395   10    5    18
- [4,] 10.68017   10    5    18
- [5,] 10.67395   10    5    18
- [6,] 10.67409   10    5    18
- [7,] 10.67395   10    5    18
- [8,] 10.67395   10    5    18
- [9,] 10.67398   10    5    18
-[10,] 10.67398   10    5    18
-[11,] 10.67398   10    5    18
-[12,] 10.67422   10    5    18
-[13,] 10.67395   10    5    18
-[14,] 10.67395   10    5    18
-[15,] 10.67395   10    5    18
-[16,] 10.67422   10    5    18
+ [1,] 9.542264    9    4    16
+ [2,] 9.542498    9    4    16
+ [3,] 9.541575    9    4    16
+ [4,] 9.542420    9    4    16
+ [5,] 9.541575    9    4    16
+ [6,] 9.541594    9    4    16
+ [7,] 9.541575    9    4    16
+ [8,] 9.541575    9    4    16
+ [9,] 9.541578    9    4    16
+[10,] 9.541578    9    4    16
+[11,] 9.541578    9    4    16
+[12,] 9.542264    9    4    16
+[13,] 9.541575    9    4    16
+[14,] 9.541575    9    4    16
+[15,] 9.541575    9    4    16
+[16,] 9.542264    9    4    16
 
 [[1]]
 [1] "### Rupornis magnirostris"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01   0.00 1.0e+00     1.00
-p(.) lambda(.)        2 121.53 115.52 8.2e-26     1.00
-p(prec) lambda(.)     3 123.21 117.20 3.6e-26     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(.) lambda(.)        2 121.53 115.53 8.2e-26     1.00
+p(prec) lambda(.)     3 123.21 117.21 3.5e-26     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -3569,31 +3620,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.40788   10    5    17
- [2,] 10.40847   10    5    17
- [3,] 10.40721   10    5    17
- [4,] 10.40619   10    5    17
- [5,] 10.40721   10    5    17
- [6,] 10.40666   10    5    17
- [7,] 10.40619   10    5    17
- [8,] 10.40619   10    5    17
- [9,] 10.40724   10    5    17
-[10,] 10.40796   10    5    17
-[11,] 10.40849   10    5    17
-[12,] 10.40786   10    5    17
-[13,] 10.40619   10    5    17
-[14,] 10.40721   10    5    17
-[15,] 10.40619   10    5    17
-[16,] 10.40619   10    5    17
+ [1,] 9.988145    9    4    17
+ [2,] 9.988145    9    4    17
+ [3,] 9.988144    9    4    17
+ [4,] 9.987685    9    4    17
+ [5,] 9.988144    9    4    17
+ [6,] 9.988144    9    4    17
+ [7,] 9.987685    9    4    17
+ [8,] 9.987685    9    4    17
+ [9,] 9.988144    9    4    17
+[10,] 9.988145    9    4    17
+[11,] 9.988145    9    4    17
+[12,] 9.988145    9    4    17
+[13,] 9.987685    9    4    17
+[14,] 9.988144    9    4    17
+[15,] 9.987685    9    4    17
+[16,] 9.987685    9    4    17
 
 [[1]]
 [1] "### Saltator maximus"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 52.71 46.70 7.2e-11     1.00
-p(prec) lambda(.)     3 54.70 48.69 2.7e-11     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 52.71 46.71 7.2e-11     1.00
+p(prec) lambda(.)     3 54.70 48.70 2.7e-11     1.00
 
 $Null
             Mean Mode 2.5% 97.5%
@@ -3616,22 +3667,22 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.20274   10    4    17
- [2,] 10.20733   10    4    17
- [3,] 10.20274   10    4    17
- [4,] 10.20274   10    4    17
- [5,] 10.20274   10    4    17
- [6,] 10.20287   10    4    17
- [7,] 10.20274   10    4    17
- [8,] 10.20274   10    4    17
- [9,] 10.20276   10    4    17
-[10,] 10.20533   10    4    17
-[11,] 10.20276   10    4    17
-[12,] 10.20274   10    4    17
-[13,] 10.20920   10    5    17
-[14,] 10.20274   10    4    17
-[15,] 10.20274   10    4    17
-[16,] 10.20274   10    4    17
+ [1,] 9.342628    9    4    16
+ [2,] 9.343461    9    4    16
+ [3,] 9.342628    9    4    16
+ [4,] 9.342628    9    4    16
+ [5,] 9.342628    9    4    16
+ [6,] 9.342640    9    4    16
+ [7,] 9.342628    9    4    16
+ [8,] 9.342628    9    4    16
+ [9,] 9.342630    9    4    16
+[10,] 9.343454    9    4    16
+[11,] 9.342630    9    4    16
+[12,] 9.342628    9    4    16
+[13,] 9.343469    9    4    16
+[14,] 9.342628    9    4    16
+[15,] 9.342628    9    4    16
+[16,] 9.342628    9    4    16
 
 [[1]]
 [1] "### Setophaga castanea"
@@ -3639,8 +3690,8 @@ 
use the function

 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
 p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 78.33 72.32 2.0e-16     1.00
-p(prec) lambda(.)     3 80.17 74.17 7.9e-17     1.00
+p(.) lambda(.)        2 78.33 72.33 2.0e-16     1.00
+p(prec) lambda(.)     3 80.17 74.17 7.8e-17     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -3663,31 +3714,32 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.06320   10    4    17
- [2,] 10.06447   10    4    17
- [3,] 10.06524   10    4    17
- [4,] 10.06446   10    4    17
- [5,] 10.06320   10    4    17
- [6,] 10.06370   10    4    17
- [7,] 10.06320   10    4    17
- [8,] 10.06320   10    4    17
- [9,] 10.06447   10    4    17
-[10,] 10.06447   10    4    17
-[11,] 10.06524   10    4    17
-[12,] 10.06320   10    4    17
-[13,] 10.06320   10    4    17
-[14,] 10.06320   10    4    17
-[15,] 10.06320   10    4    17
-[16,] 10.06320   10    4    17
-
+ [1,] 9.732068    9    4    16
+ [2,] 9.732722    9    4    16
+ [3,] 9.732793    9    4    16
+ [4,] 9.732720    9    4    16
+ [5,] 9.732068    9    4    16
+ [6,] 9.732665    9    4    16
+ [7,] 9.732068    9    4    16
+ [8,] 9.732068    9    4    16
+ [9,] 9.732722    9    4    16
+[10,] 9.732722    9    4    16
+[11,] 9.732796    9    4    16
+[12,] 9.732068    9    4    16
+[13,] 9.732068    9    4    16
+[14,] 9.732068    9    4    16
+[15,] 9.732068    9    4    16
+[16,] 9.732068    9    4    16
+
+Hessian is singular.
 [[1]]
 [1] "### Setophaga pensylvanica"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.02   0.00 1.0e+00     1.00
-p(prec) lambda(.)     3 164.93 158.91 3.1e-35     1.00
-p(.) lambda(.)        2 166.95 160.93 1.1e-35     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(prec) lambda(.)     3 164.93 158.93 3.1e-35     1.00
+p(.) lambda(.)        2 166.95 160.95 1.1e-35     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -3710,31 +3762,32 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.67340   10    5    18
- [2,] 10.67394   10    5    18
- [3,] 10.67293   10    5    18
- [4,] 10.67394   10    5    18
- [5,] 10.67435   10    5    18
- [6,] 10.67324   10    5    18
- [7,] 10.67263   10    5    18
- [8,] 10.67520   10    5    18
- [9,] 10.67564   10    5    18
-[10,] 10.67399   10    5    18
-[11,] 10.67394   10    5    18
-[12,] 10.67494   10    5    18
-[13,] 10.67389   10    5    18
-[14,] 10.67263   10    5    18
-[15,] 10.67440   10    5    18
-[16,] 10.67389   10    5    18
-
+ [1,] 10.12333   10    4    17
+ [2,] 10.12333   10    4    17
+ [3,] 10.12333   10    4    17
+ [4,] 10.12333   10    4    17
+ [5,] 10.12333   10    4    17
+ [6,] 10.12333   10    4    17
+ [7,] 10.12292   10    4    17
+ [8,] 10.12333   10    4    17
+ [9,] 10.12333   10    4    17
+[10,] 10.12333   10    4    17
+[11,] 10.12333   10    4    17
+[12,] 10.12333   10    4    17
+[13,] 10.12333   10    4    17
+[14,] 10.12292   10    4    17
+[15,] 10.12333   10    4    17
+[16,] 10.12333   10    4    17
+
+Hessian is singular.
 [[1]]
 [1] "### Setophaga petechia"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01   0.00 1.0e+00     1.00
-p(.) lambda(.)        2 116.06 110.05 1.3e-24     1.00
-p(prec) lambda(.)     3 116.68 110.67 9.3e-25     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(.) lambda(.)        2 116.06 110.06 1.3e-24     1.00
+p(prec) lambda(.)     3 116.68 110.68 9.2e-25     1.00
 
 $Null
           Mean Mode 2.5% 97.5%
@@ -3757,31 +3810,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.23496   10    4    17
- [2,] 10.23608   10    5    17
- [3,] 10.23535   10    4    17
- [4,] 10.23742   10    5    17
- [5,] 10.23496   10    4    17
- [6,] 10.23506   10    4    17
- [7,] 10.23496   10    4    17
- [8,] 10.23742   10    5    17
- [9,] 10.23679   10    5    17
-[10,] 10.23681   10    5    17
-[11,] 10.23536   10    4    17
-[12,] 10.23608   10    5    17
-[13,] 10.23496   10    4    17
-[14,] 10.23496   10    4    17
-[15,] 10.23742   10    5    17
-[16,] 10.23677   10    5    17
+ [1,] 9.987580    9    4    17
+ [2,] 9.988039    9    4    17
+ [3,] 9.988039    9    4    17
+ [4,] 9.988039    9    4    17
+ [5,] 9.987580    9    4    17
+ [6,] 9.987580    9    4    17
+ [7,] 9.987580    9    4    17
+ [8,] 9.988039    9    4    17
+ [9,] 9.988039    9    4    17
+[10,] 9.988039    9    4    17
+[11,] 9.988039    9    4    17
+[12,] 9.988039    9    4    17
+[13,] 9.987580    9    4    17
+[14,] 9.987580    9    4    17
+[15,] 9.988039    9    4    17
+[16,] 9.988039    9    4    17
 
 [[1]]
 [1] "### Setophaga ruticilla"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01   0.00 1.0e+00     1.00
-p(prec) lambda(.)     3 163.15 157.14 7.5e-35     1.00
-p(.) lambda(.)        2 163.37 157.36 6.8e-35     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(prec) lambda(.)     3 163.15 157.15 7.5e-35     1.00
+p(.) lambda(.)        2 163.37 157.37 6.7e-35     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -3804,31 +3857,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.68157   10    5    18
- [2,] 10.68120   10    5    18
- [3,] 10.68002   10    5    18
- [4,] 10.68157   10    5    18
- [5,] 10.68092   10    5    18
- [6,] 10.68051   10    5    18
- [7,] 10.68092   10    5    18
- [8,] 10.68221   10    5    18
- [9,] 10.68275   10    5    18
-[10,] 10.68268   10    5    18
-[11,] 10.68214   10    5    18
-[12,] 10.68211   10    5    18
-[13,] 10.68092   10    5    18
-[14,] 10.68217   10    5    18
-[15,] 10.68092   10    5    18
-[16,] 10.68002   10    5    18
+ [1,] 10.12366   10    4    17
+ [2,] 10.12366   10    4    17
+ [3,] 10.12325   10    4    17
+ [4,] 10.12366   10    4    17
+ [5,] 10.12366   10    4    17
+ [6,] 10.12366   10    4    17
+ [7,] 10.12366   10    4    17
+ [8,] 10.12366   10    4    17
+ [9,] 10.12366   10    4    17
+[10,] 10.12366   10    4    17
+[11,] 10.12366   10    4    17
+[12,] 10.12366   10    4    17
+[13,] 10.12366   10    4    17
+[14,] 10.12366   10    4    17
+[15,] 10.12366   10    4    17
+[16,] 10.12325   10    4    17
 
 [[1]]
 [1] "### Sittasomus griseicapillus"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 65.57 59.56 1.2e-13     1.00
-p(prec) lambda(.)     3 67.55 61.53 4.3e-14     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 65.57 59.57 1.2e-13     1.00
+p(prec) lambda(.)     3 67.55 61.54 4.3e-14     1.00
 
 $Null
              Mean Mode 2.5% 97.5%
@@ -3851,31 +3904,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.08568   10    4    17
- [2,] 10.08568   10    4    17
- [3,] 10.08568   10    4    17
- [4,] 10.09018   10    4    17
- [5,] 10.08568   10    4    17
- [6,] 10.08594   10    4    17
- [7,] 10.08568   10    4    17
- [8,] 10.08568   10    4    17
- [9,] 10.08573   10    4    17
-[10,] 10.08825   10    4    17
-[11,] 10.08573   10    4    17
-[12,] 10.08648   10    4    17
-[13,] 10.08568   10    4    17
-[14,] 10.08568   10    4    17
-[15,] 10.09018   10    4    17
-[16,] 10.08568   10    4    17
+ [1,] 9.657792    9    4    16
+ [2,] 9.657792    9    4    16
+ [3,] 9.657792    9    4    16
+ [4,] 9.659405    9    4    16
+ [5,] 9.657792    9    4    16
+ [6,] 9.657819    9    4    16
+ [7,] 9.657792    9    4    16
+ [8,] 9.657792    9    4    16
+ [9,] 9.657797    9    4    16
+[10,] 9.658923    9    4    16
+[11,] 9.657797    9    4    16
+[12,] 9.658450    9    4    16
+[13,] 9.657792    9    4    16
+[14,] 9.657792    9    4    16
+[15,] 9.659405    9    4    16
+[16,] 9.657792    9    4    16
 
 [[1]]
 [1] "### Spizaetus tyrannus"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
 p(.) lambda(.)        2 87.78 81.78 1.7e-18     1.00
-p(prec) lambda(.)     3 89.67 83.66 6.8e-19     1.00
+p(prec) lambda(.)     3 89.67 83.67 6.8e-19     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -3898,31 +3951,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.12755   10    4    17
- [2,] 10.12918   10    4    17
- [3,] 10.12755   10    4    17
- [4,] 10.12755   10    4    17
- [5,] 10.13027   10    4    17
- [6,] 10.12760   10    4    17
- [7,] 10.12973   10    4    17
- [8,] 10.12755   10    4    17
- [9,] 10.12859   10    4    17
-[10,] 10.12859   10    4    17
-[11,] 10.12859   10    4    17
-[12,] 10.12755   10    4    17
-[13,] 10.12755   10    4    17
-[14,] 10.12858   10    4    17
-[15,] 10.12755   10    4    17
-[16,] 10.12755   10    4    17
+ [1,] 9.697005    9    4    16
+ [2,] 9.697606    9    4    16
+ [3,] 9.697005    9    4    16
+ [4,] 9.697005    9    4    16
+ [5,] 9.697613    9    4    16
+ [6,] 9.697016    9    4    16
+ [7,] 9.697609    9    4    16
+ [8,] 9.697005    9    4    16
+ [9,] 9.697606    9    4    16
+[10,] 9.697606    9    4    16
+[11,] 9.697606    9    4    16
+[12,] 9.697005    9    4    16
+[13,] 9.697005    9    4    16
+[14,] 9.697604    9    4    16
+[15,] 9.697005    9    4    16
+[16,] 9.697005    9    4    16
 
 [[1]]
 [1] "### Sporophila nigricollis"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.02   0.00 1.0e+00     1.00
-p(.) lambda(.)        2 119.09 113.07 2.8e-25     1.00
-p(prec) lambda(.)     3 120.57 114.55 1.3e-25     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(.) lambda(.)        2 119.09 113.09 2.8e-25     1.00
+p(prec) lambda(.)     3 120.57 114.57 1.3e-25     1.00
 
 $Null
             Mean Mode 2.5% 97.5%
@@ -3945,31 +3998,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 11.05691   11    5    18
- [2,] 11.06354   11    5    18
- [3,] 11.06056   11    5    18
- [4,] 11.05737   11    5    18
- [5,] 11.05691   11    5    18
- [6,] 11.05907   11    5    18
- [7,] 11.05691   11    5    18
- [8,] 11.05691   11    5    18
- [9,] 11.05890   11    5    18
-[10,] 11.05890   11    5    18
-[11,] 11.06056   11    5    18
-[12,] 11.05691   11    5    18
-[13,] 11.05691   11    5    18
-[14,] 11.06062   11    5    18
-[15,] 11.05903   11    5    18
-[16,] 11.05691   11    5    18
+ [1,] 9.945825    9    4    17
+ [2,] 9.946302    9    4    17
+ [3,] 9.946302    9    4    17
+ [4,] 9.946302    9    4    17
+ [5,] 9.945825    9    4    17
+ [6,] 9.946302    9    4    17
+ [7,] 9.945825    9    4    17
+ [8,] 9.945825    9    4    17
+ [9,] 9.946302    9    4    17
+[10,] 9.946302    9    4    17
+[11,] 9.946302    9    4    17
+[12,] 9.945825    9    4    17
+[13,] 9.945825    9    4    17
+[14,] 9.946302    9    4    17
+[15,] 9.946302    9    4    17
+[16,] 9.945825    9    4    17
 
 [[1]]
 [1] "### Streptoprocne zonaris"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.02  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 98.01 91.98 1.1e-20     1.00
-p(prec) lambda(.)     3 99.08 93.06 6.2e-21     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 98.01 92.01 1.0e-20     1.00
+p(prec) lambda(.)     3 99.08 93.08 6.1e-21     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -3992,31 +4045,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.41796   10    5    17
- [2,] 10.41833   10    5    17
- [3,] 10.41796   10    5    17
- [4,] 10.42121   10    5    17
- [5,] 10.42379   10    5    17
- [6,] 10.41831   10    5    17
- [7,] 10.42379   10    5    17
- [8,] 10.41796   10    5    17
- [9,] 10.42121   10    5    17
-[10,] 10.41802   10    5    17
-[11,] 10.42384   10    5    17
-[12,] 10.41796   10    5    17
-[13,] 10.41833   10    5    17
-[14,] 10.42634   10    5    17
-[15,] 10.41796   10    5    17
-[16,] 10.41796   10    5    17
+ [1,] 9.898846    9    4    16
+ [2,] 9.899343    9    4    16
+ [3,] 9.898846    9    4    16
+ [4,] 9.899343    9    4    16
+ [5,] 9.899343    9    4    16
+ [6,] 9.898846    9    4    16
+ [7,] 9.899343    9    4    16
+ [8,] 9.898846    9    4    16
+ [9,] 9.899343    9    4    16
+[10,] 9.898846    9    4    16
+[11,] 9.899343    9    4    16
+[12,] 9.898846    9    4    16
+[13,] 9.899343    9    4    16
+[14,] 9.899343    9    4    16
+[15,] 9.898846    9    4    16
+[16,] 9.898846    9    4    16
 
 [[1]]
 [1] "### Thamnophilus doliatus"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 40.61 34.60 3.1e-08     1.00
-p(prec) lambda(.)     3 42.61 36.60 1.1e-08     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 40.61 34.61 3.0e-08     1.00
+p(prec) lambda(.)     3 42.61 36.61 1.1e-08     1.00
 
 $Null
               Mean Mode 2.5% 97.5%
@@ -4039,31 +4092,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.03330   10    4    17
- [2,] 10.03330   10    4    17
- [3,] 10.03754   10    4    17
- [4,] 10.03766   10    4    17
- [5,] 10.03330   10    4    17
- [6,] 10.03345   10    4    17
- [7,] 10.03330   10    4    17
- [8,] 10.03330   10    4    17
- [9,] 10.03332   10    4    17
-[10,] 10.03332   10    4    17
-[11,] 10.03332   10    4    17
-[12,] 10.03330   10    4    17
-[13,] 10.03330   10    4    17
-[14,] 10.03330   10    4    17
-[15,] 10.03330   10    4    17
-[16,] 10.03330   10    4    17
+ [1,] 9.138197    9    4    15
+ [2,] 9.138197    9    4    15
+ [3,] 9.139183    9    4    15
+ [4,] 9.139195    9    4    15
+ [5,] 9.138197    9    4    15
+ [6,] 9.138210    9    4    15
+ [7,] 9.138197    9    4    15
+ [8,] 9.138197    9    4    15
+ [9,] 9.138199    9    4    15
+[10,] 9.138199    9    4    15
+[11,] 9.138199    9    4    15
+[12,] 9.138197    9    4    15
+[13,] 9.138197    9    4    15
+[14,] 9.138197    9    4    15
+[15,] 9.138197    9    4    15
+[16,] 9.138197    9    4    15
 
 [[1]]
 [1] "### Thraupis episcopus"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.02  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 41.72 35.71 1.8e-08     1.00
-p(prec) lambda(.)     3 43.57 37.55 7.0e-09     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 41.72 35.72 1.8e-08     1.00
+p(prec) lambda(.)     3 43.57 37.57 7.0e-09     1.00
 
 $Null
             Mean Mode 2.5% 97.5%
@@ -4085,32 +4138,32 @@ 
use the function

 [16,] 0.04311619    0    0     1
 
 $hour
-           Mean Mode 2.5% 97.5%
- [1,] 10.002569    9    4    17
- [2,]  9.998536    9    4    17
- [3,]  9.998536    9    4    17
- [4,]  9.998536    9    4    17
- [5,]  9.998536    9    4    17
- [6,]  9.999345    9    4    17
- [7,]  9.998536    9    4    17
- [8,]  9.998536    9    4    17
- [9,]  9.998581    9    4    17
-[10,]  9.998581    9    4    17
-[11,]  9.998581    9    4    17
-[12,]  9.998536    9    4    17
-[13,]  9.998536    9    4    17
-[14,] 10.005825    9    4    17
-[15,]  9.998536    9    4    17
-[16,]  9.998536    9    4    17
+          Mean Mode 2.5% 97.5%
+ [1,] 9.297847    9    4    16
+ [2,] 9.296933    9    4    16
+ [3,] 9.296933    9    4    16
+ [4,] 9.296933    9    4    16
+ [5,] 9.296933    9    4    16
+ [6,] 9.297809    9    4    16
+ [7,] 9.296933    9    4    16
+ [8,] 9.296933    9    4    16
+ [9,] 9.296936    9    4    16
+[10,] 9.296936    9    4    16
+[11,] 9.296936    9    4    16
+[12,] 9.296933    9    4    16
+[13,] 9.296933    9    4    16
+[14,] 9.297908    9    4    16
+[15,] 9.296933    9    4    16
+[16,] 9.296933    9    4    16
 
 [[1]]
 [1] "### Thraupis palmarum"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01   0.00 1.0e+00     1.00
-p(.) lambda(.)        2 103.85  97.83 5.7e-22     1.00
-p(prec) lambda(.)     3 105.78  99.76 2.2e-22     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(.) lambda(.)        2 103.85  97.85 5.7e-22     1.00
+p(prec) lambda(.)     3 105.78  99.78 2.2e-22     1.00
 
 $Null
             Mean Mode 2.5% 97.5%
@@ -4133,31 +4186,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.98740   10    5    18
- [2,] 10.98580   10    5    18
- [3,] 10.98580   10    5    18
- [4,] 10.99203   10    5    18
- [5,] 10.98737   10    5    18
- [6,] 10.98621   10    5    18
- [7,] 10.98580   10    5    18
- [8,] 10.98580   10    5    18
- [9,] 10.98584   10    5    18
-[10,] 10.98584   10    5    18
-[11,] 10.98740   10    5    18
-[12,] 10.98863   10    5    18
-[13,] 10.98580   10    5    18
-[14,] 10.99197   10    5    18
-[15,] 10.98863   10    5    18
-[16,] 10.98580   10    5    18
+ [1,] 9.899344    9    4    16
+ [2,] 9.898846    9    4    16
+ [3,] 9.898846    9    4    16
+ [4,] 9.899344    9    4    16
+ [5,] 9.899344    9    4    16
+ [6,] 9.899344    9    4    16
+ [7,] 9.898846    9    4    16
+ [8,] 9.898846    9    4    16
+ [9,] 9.898846    9    4    16
+[10,] 9.898846    9    4    16
+[11,] 9.899344    9    4    16
+[12,] 9.899344    9    4    16
+[13,] 9.898846    9    4    16
+[14,] 9.899344    9    4    16
+[15,] 9.899344    9    4    16
+[16,] 9.898846    9    4    16
 
 [[1]]
 [1] "### Tigrisoma mexicanum"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
-p(.) lambda(.)        2 46.66 40.64 1.5e-09     1.00
-p(prec) lambda(.)     3 48.37 42.35 6.4e-10     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(.) lambda(.)        2 46.66 40.65 1.5e-09     1.00
+p(prec) lambda(.)     3 48.37 42.36 6.3e-10     1.00
 
 $Null
           Mean Mode 2.5% 97.5%
@@ -4180,31 +4233,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.64656   10    5    17
- [2,] 10.64656   10    5    17
- [3,] 10.64656   10    5    17
- [4,] 10.64656   10    5    17
- [5,] 10.65161   10    5    17
- [6,] 10.64674   10    5    17
- [7,] 10.64656   10    5    17
- [8,] 10.65601   10    5    17
- [9,] 10.64659   10    5    17
-[10,] 10.64659   10    5    17
-[11,] 10.64659   10    5    17
-[12,] 10.64656   10    5    17
-[13,] 10.64685   10    5    17
-[14,] 10.64656   10    5    17
-[15,] 10.64685   10    5    17
-[16,] 10.64656   10    5    17
+ [1,] 9.444775    9    4    16
+ [2,] 9.444775    9    4    16
+ [3,] 9.444775    9    4    16
+ [4,] 9.444775    9    4    16
+ [5,] 9.445626    9    4    16
+ [6,] 9.444792    9    4    16
+ [7,] 9.444775    9    4    16
+ [8,] 9.445729    9    4    16
+ [9,] 9.444777    9    4    16
+[10,] 9.444777    9    4    16
+[11,] 9.444777    9    4    16
+[12,] 9.444775    9    4    16
+[13,] 9.445525    9    4    16
+[14,] 9.444775    9    4    16
+[15,] 9.445525    9    4    16
+[16,] 9.444775    9    4    16
 
 [[1]]
 [1] "### Tinamus major"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.02  0.00 1.0e+00     1.00
-p(prec) lambda(.)     3 67.55 61.53 4.4e-14     1.00
-p(.) lambda(.)        2 68.88 62.86 2.2e-14     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(prec) lambda(.)     3 67.55 61.55 4.3e-14     1.00
+p(.) lambda(.)        2 68.88 62.88 2.2e-14     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -4227,31 +4280,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.75321   10    5    18
- [2,] 10.75587   10    5    18
- [3,] 10.76212   10    5    18
- [4,] 10.75321   10    5    18
- [5,] 10.75321   10    5    18
- [6,] 10.75359   10    5    18
- [7,] 10.75321   10    5    18
- [8,] 10.75321   10    5    18
- [9,] 10.75816   10    5    18
-[10,] 10.75327   10    5    18
-[11,] 10.75599   10    5    18
-[12,] 10.75321   10    5    18
-[13,] 10.75321   10    5    18
-[14,] 10.75321   10    5    18
-[15,] 10.75587   10    5    18
-[16,] 10.75321   10    5    18
+ [1,] 9.640157    9    4    16
+ [2,] 9.640799    9    4    16
+ [3,] 9.640842    9    4    16
+ [4,] 9.640157    9    4    16
+ [5,] 9.640157    9    4    16
+ [6,] 9.640165    9    4    16
+ [7,] 9.640157    9    4    16
+ [8,] 9.640157    9    4    16
+ [9,] 9.640814    9    4    16
+[10,] 9.640158    9    4    16
+[11,] 9.640801    9    4    16
+[12,] 9.640157    9    4    16
+[13,] 9.640157    9    4    16
+[14,] 9.640157    9    4    16
+[15,] 9.640799    9    4    16
+[16,] 9.640157    9    4    16
 
 [[1]]
 [1] "### Todirostrum cinereum"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01   0.00 1.0e+00     1.00
-p(.) lambda(.)        2 133.52 127.51 2.1e-28     1.00
-p(prec) lambda(.)     3 134.39 128.38 1.3e-28     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(.) lambda(.)        2 133.52 127.52 2.0e-28     1.00
+p(prec) lambda(.)     3 134.39 128.39 1.3e-28     1.00
 
 $Null
             Mean Mode 2.5% 97.5%
@@ -4274,31 +4327,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.54479   10    5    17
- [2,] 10.54577   10    5    17
- [3,] 10.54602   10    5    17
- [4,] 10.54479   10    5    17
- [5,] 10.54577   10    5    17
- [6,] 10.54504   10    5    17
- [7,] 10.54721   10    5    17
- [8,] 10.54762   10    5    17
- [9,] 10.54483   10    5    17
-[10,] 10.54545   10    5    17
-[11,] 10.54581   10    5    17
-[12,] 10.54721   10    5    17
-[13,] 10.54762   10    5    17
-[14,] 10.54479   10    5    17
-[15,] 10.54607   10    5    17
-[16,] 10.54479   10    5    17
+ [1,] 9.976019    9    4    17
+ [2,] 9.976561    9    4    17
+ [3,] 9.976561    9    4    17
+ [4,] 9.976019    9    4    17
+ [5,] 9.976561    9    4    17
+ [6,] 9.976019    9    4    17
+ [7,] 9.976713    9    4    17
+ [8,] 9.976788    9    4    17
+ [9,] 9.976019    9    4    17
+[10,] 9.976483    9    4    17
+[11,] 9.976561    9    4    17
+[12,] 9.976713    9    4    17
+[13,] 9.976788    9    4    17
+[14,] 9.976019    9    4    17
+[15,] 9.976561    9    4    17
+[16,] 9.976019    9    4    17
 
 [[1]]
 [1] "### Tringa solitaria"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
-p(prec) lambda(.)     3 45.86 39.84 2.2e-09     1.00
-p(.) lambda(.)        2 46.70 40.68 1.5e-09     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(prec) lambda(.)     3 45.86 39.86 2.2e-09     1.00
+p(.) lambda(.)        2 46.70 40.70 1.5e-09     1.00
 
 $Null
             Mean Mode 2.5% 97.5%
@@ -4321,30 +4374,30 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.35968   10    5    17
- [2,] 10.36439   10    5    17
- [3,] 10.35968   10    5    17
- [4,] 10.35968   10    5    17
- [5,] 10.35968   10    5    17
- [6,] 10.35991   10    5    17
- [7,] 10.35968   10    5    17
- [8,] 10.36428   10    5    17
- [9,] 10.35972   10    5    17
-[10,] 10.35972   10    5    17
-[11,] 10.35972   10    5    17
-[12,] 10.36428   10    5    17
-[13,] 10.35968   10    5    17
-[14,] 10.35968   10    5    17
-[15,] 10.35968   10    5    17
-[16,] 10.35968   10    5    17
+ [1,] 9.431173    9    4    16
+ [2,] 9.432113    9    4    16
+ [3,] 9.431173    9    4    16
+ [4,] 9.431173    9    4    16
+ [5,] 9.431173    9    4    16
+ [6,] 9.431184    9    4    16
+ [7,] 9.431173    9    4    16
+ [8,] 9.432108    9    4    16
+ [9,] 9.431175    9    4    16
+[10,] 9.431175    9    4    16
+[11,] 9.431175    9    4    16
+[12,] 9.432108    9    4    16
+[13,] 9.431173    9    4    16
+[14,] 9.431173    9    4    16
+[15,] 9.431173    9    4    16
+[16,] 9.431173    9    4    16
 
 [[1]]
 [1] "### Troglodytes aedon"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01   0.00 1.0e+00     1.00
-p(.) lambda(.)        2 123.83 117.82 2.6e-26     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(.) lambda(.)        2 123.83 117.83 2.6e-26     1.00
 p(prec) lambda(.)     3 125.68 119.68 1.0e-26     1.00
 
 $Null
@@ -4368,31 +4421,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.43753   10    5    17
- [2,] 10.43753   10    5    17
- [3,] 10.43880   10    5    17
- [4,] 10.43753   10    5    17
- [5,] 10.43946   10    5    17
- [6,] 10.43765   10    5    17
- [7,] 10.43869   10    5    17
- [8,] 10.43948   10    5    17
- [9,] 10.43829   10    5    17
-[10,] 10.44015   10    5    17
-[11,] 10.43880   10    5    17
-[12,] 10.43828   10    5    17
-[13,] 10.43869   10    5    17
-[14,] 10.43753   10    5    17
-[15,] 10.43753   10    5    17
-[16,] 10.43753   10    5    17
+ [1,] 9.945594    9    4    17
+ [2,] 9.945594    9    4    17
+ [3,] 9.946071    9    4    17
+ [4,] 9.945594    9    4    17
+ [5,] 9.946071    9    4    17
+ [6,] 9.945594    9    4    17
+ [7,] 9.946071    9    4    17
+ [8,] 9.946071    9    4    17
+ [9,] 9.946071    9    4    17
+[10,] 9.946071    9    4    17
+[11,] 9.946071    9    4    17
+[12,] 9.946071    9    4    17
+[13,] 9.946071    9    4    17
+[14,] 9.945594    9    4    17
+[15,] 9.945594    9    4    17
+[16,] 9.945594    9    4    17
 
 [[1]]
 [1] "### Turdus grayi"
 
 [[2]]
                   nPars   AIC delta  AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 0.9896     0.99
-p(.) lambda(.)        2 15.81  9.80 0.0074     1.00
-p(prec) lambda(.)     3 17.56 11.55 0.0031     1.00
+p(hour) lambda(.)     3  6.00  0.00 0.9896     0.99
+p(.) lambda(.)        2 15.81  9.81 0.0073     1.00
+p(prec) lambda(.)     3 17.55 11.55 0.0031     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -4415,31 +4468,31 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.30430   10    5    17
- [2,] 10.30430   10    5    17
- [3,] 10.30430   10    5    17
- [4,] 10.30430   10    5    17
- [5,] 10.30430   10    5    17
- [6,] 10.30442   10    5    17
- [7,] 10.30430   10    5    17
- [8,] 10.30430   10    5    17
- [9,] 10.30432   10    5    17
-[10,] 10.31334   10    5    17
-[11,] 10.30432   10    5    17
-[12,] 10.30430   10    5    17
-[13,] 10.30430   10    5    17
-[14,] 10.30430   10    5    17
-[15,] 10.30430   10    5    17
-[16,] 10.30430   10    5    17
+ [1,] 8.977823    8    4    15
+ [2,] 8.977823    8    4    15
+ [3,] 8.977823    8    4    15
+ [4,] 8.977823    8    4    15
+ [5,] 8.977823    8    4    15
+ [6,] 8.977824    8    4    15
+ [7,] 8.977823    8    4    15
+ [8,] 8.977823    8    4    15
+ [9,] 8.977823    8    4    15
+[10,] 8.978956    8    4    15
+[11,] 8.977823    8    4    15
+[12,] 8.977823    8    4    15
+[13,] 8.977823    8    4    15
+[14,] 8.977823    8    4    15
+[15,] 8.977823    8    4    15
+[16,] 8.977823    8    4    15
 
 [[1]]
 [1] "### Tyrannus melancholicus"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.01   0.00 1.0e+00     1.00
-p(.) lambda(.)        2 126.14 120.13 8.2e-27     1.00
-p(prec) lambda(.)     3 128.06 122.05 3.1e-27     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(.) lambda(.)        2 126.14 120.14 8.2e-27     1.00
+p(prec) lambda(.)     3 128.06 122.06 3.1e-27     1.00
 
 $Null
              Mean Mode 2.5% 97.5%
@@ -4462,31 +4515,32 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.18372   10    4    17
- [2,] 10.18431   10    4    17
- [3,] 10.18436   10    4    17
- [4,] 10.18269   10    4    17
- [5,] 10.18344   10    4    17
- [6,] 10.18320   10    4    17
- [7,] 10.18403   10    4    17
- [8,] 10.18269   10    4    17
- [9,] 10.18270   10    4    17
-[10,] 10.18437   10    4    17
-[11,] 10.18270   10    4    17
-[12,] 10.18459   10    4    17
-[13,] 10.18269   10    4    17
-[14,] 10.18431   10    4    17
-[15,] 10.18269   10    4    17
-[16,] 10.18269   10    4    17
-
+ [1,] 9.946045    9    4    17
+ [2,] 9.946045    9    4    17
+ [3,] 9.946045    9    4    17
+ [4,] 9.945568    9    4    17
+ [5,] 9.946045    9    4    17
+ [6,] 9.946045    9    4    17
+ [7,] 9.946045    9    4    17
+ [8,] 9.945568    9    4    17
+ [9,] 9.945568    9    4    17
+[10,] 9.946045    9    4    17
+[11,] 9.945568    9    4    17
+[12,] 9.946045    9    4    17
+[13,] 9.945568    9    4    17
+[14,] 9.946045    9    4    17
+[15,] 9.945568    9    4    17
+[16,] 9.945568    9    4    17
+
+Hessian is singular.
 [[1]]
 [1] "### Tyrannus tyrannus"
 
 [[2]]
                   nPars    AIC  delta   AICwt cumltvWt
-p(hour) lambda(.)     3   6.02   0.00 1.0e+00     1.00
-p(.) lambda(.)        2 130.24 124.22 1.1e-27     1.00
-p(prec) lambda(.)     3 131.35 125.34 6.1e-28     1.00
+p(hour) lambda(.)     3   6.00   0.00 1.0e+00     1.00
+p(.) lambda(.)        2 130.24 124.23 1.1e-27     1.00
+p(prec) lambda(.)     3 131.35 125.35 6.0e-28     1.00
 
 $Null
            Mean Mode 2.5% 97.5%
@@ -4509,30 +4563,30 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.75954   10    5    18
- [2,] 10.76070   10    5    18
- [3,] 10.75954   10    5    18
- [4,] 10.76065   10    5    18
- [5,] 10.76065   10    5    18
- [6,] 10.75982   10    5    18
- [7,] 10.76065   10    5    18
- [8,] 10.76229   10    5    18
- [9,] 10.76300   10    5    18
-[10,] 10.76166   10    5    18
-[11,] 10.76157   10    5    18
-[12,] 10.76296   10    5    18
-[13,] 10.75954   10    5    18
-[14,] 10.76070   10    5    18
-[15,] 10.75954   10    5    18
-[16,] 10.75954   10    5    18
+ [1,] 9.987593    9    4    17
+ [2,] 9.988052    9    4    17
+ [3,] 9.987593    9    4    17
+ [4,] 9.988052    9    4    17
+ [5,] 9.988052    9    4    17
+ [6,] 9.987593    9    4    17
+ [7,] 9.988052    9    4    17
+ [8,] 9.988052    9    4    17
+ [9,] 9.988052    9    4    17
+[10,] 9.988052    9    4    17
+[11,] 9.988052    9    4    17
+[12,] 9.988052    9    4    17
+[13,] 9.987593    9    4    17
+[14,] 9.988052    9    4    17
+[15,] 9.987593    9    4    17
+[16,] 9.987593    9    4    17
 
 [[1]]
 [1] "### Vireo olivaceus"
 
 [[2]]
                   nPars   AIC delta   AICwt cumltvWt
-p(hour) lambda(.)     3  6.01  0.00 1.0e+00     1.00
-p(prec) lambda(.)     3 79.94 73.93 8.9e-17     1.00
+p(hour) lambda(.)     3  6.00  0.00 1.0e+00     1.00
+p(prec) lambda(.)     3 79.94 73.94 8.8e-17     1.00
 p(.) lambda(.)        2 81.95 75.94 3.2e-17     1.00
 
 $Null
@@ -4556,22 +4610,22 @@ 
use the function

 
 $hour
           Mean Mode 2.5% 97.5%
- [1,] 10.34327   10    5    17
- [2,] 10.34611   10    5    17
- [3,] 10.34491   10    5    17
- [4,] 10.34327   10    5    17
- [5,] 10.34493   10    5    17
- [6,] 10.34510   10    5    17
- [7,] 10.34327   10    5    17
- [8,] 10.34611   10    5    17
- [9,] 10.34329   10    5    17
-[10,] 10.34329   10    5    17
-[11,] 10.34329   10    5    17
-[12,] 10.34327   10    5    17
-[13,] 10.34327   10    5    17
-[14,] 10.34725   10    5    17
-[15,] 10.34327   10    5    17
-[16,] 10.34327   10    5    17
+ [1,] 9.793347    9    4    16
+ [2,] 9.793895    9    4    16
+ [3,] 9.793895    9    4    16
+ [4,] 9.793347    9    4    16
+ [5,] 9.793895    9    4    16
+ [6,] 9.793895    9    4    16
+ [7,] 9.793347    9    4    16
+ [8,] 9.793895    9    4    16
+ [9,] 9.793347    9    4    16
+[10,] 9.793347    9    4    16
+[11,] 9.793347    9    4    16
+[12,] 9.793347    9    4    16
+[13,] 9.793347    9    4    16
+[14,] 9.793896    9    4    16
+[15,] 9.793347    9    4    16
+[16,] 9.793347    9    4    16
 
 [[1]]
 [1] "### Zenaida asiatica"
@@ -4603,36 +4657,36 @@ 
use the function

 
 $hour
             Mean Mode 2.5% 97.5%
- [1,] 0.01601264    0    0     0
- [2,] 2.59790116    2    1     4
- [3,] 2.37944496    2    1     4
- [4,] 3.68199480    3    2     6
- [5,] 1.01964605    1    1     1
- [6,] 1.66125598    1    1     3
- [7,] 1.07050738    1    1     2
- [8,] 1.05842851    1    1     2
- [9,] 1.08551023    1    1     2
-[10,] 0.01905486    0    0     0
-[11,] 0.05163431    0    0     1
-[12,] 3.70421204    3    2     6
-[13,] 0.01967133    0    0     0
-[14,] 1.37461583    1    1     3
-[15,] 3.69938331    3    2     6
-[16,] 0.02555900    0    0     1
+ [1,] 0.01600995 0 0 0 + [2,] 2.59781719 2 1 4 + [3,] 2.37941933 2 1 4 + [4,] 3.68193361 3 2 6 + [5,] 1.01964352 1 1 1 + [6,] 1.66128744 1 1 3 + [7,] 1.07049401 1 1 2 + [8,] 1.05840739 1 1 2 + [9,] 1.08549966 1 1 2 +[10,] 0.01905311 0 0 0 +[11,] 0.05161949 0 0 1 +[12,] 3.70414224 3 2 6 +[13,] 0.01966745 0 0 0 +[14,] 1.37456632 1 1 3 +[15,] 3.69931744 3 2 6 +[16,] 0.02555267 0 0 1

Information of R session.

-
+
Code 
print(sessionInfo(), locale = FALSE)
-
R version 4.3.3 (2024-02-29 ucrt)
+
R version 4.3.2 (2023-10-31 ucrt)
 Platform: x86_64-w64-mingw32/x64 (64-bit)
-Running under: Windows 10 x64 (build 19045)
+Running under: Windows 10 x64 (build 19042)
 
 Matrix products: default
 
@@ -4643,49 +4697,50 @@ 
Information of R
 other attached packages:
  [1] rasterVis_0.51.6   lattice_0.22-5     RColorBrewer_1.1-3 raster_3.6-26     
  [5] sp_2.1-3           terra_1.7-71       stocc_1.31         ubms_1.2.6        
- [9] mapview_2.11.2     sf_1.0-16          unmarked_1.4.1     lubridate_1.9.3   
+ [9] mapview_2.11.2     sf_1.0-15          unmarked_1.4.1     lubridate_1.9.3   
 [13] forcats_1.0.0      stringr_1.5.1      dplyr_1.1.4        purrr_1.0.2       
 [17] tidyr_1.3.1        tibble_3.2.1       ggplot2_3.5.0      tidyverse_2.0.0   
 [21] readxl_1.4.3       readr_2.1.5       
 
 loaded via a namespace (and not attached):
- [1] DBI_1.2.2           deldir_2.0-4        pbapply_1.7-2      
+ [1] DBI_1.2.2           deldir_2.0-2        pbapply_1.7-2      
  [4] gridExtra_2.3       inline_0.3.19       rlang_1.1.3        
  [7] magrittr_2.0.3      matrixStats_1.2.0   e1071_1.7-14       
-[10] compiler_4.3.3      loo_2.7.0           png_0.1-8          
+[10] compiler_4.3.2      loo_2.7.0           png_0.1-8          
 [13] vctrs_0.6.5         maps_3.4.2          crayon_1.5.2       
 [16] pkgconfig_2.0.3     fastmap_1.1.1       leafem_0.2.3       
 [19] utf8_1.2.4          rmarkdown_2.26      tzdb_0.4.0         
-[22] nloptr_2.0.3        bit_4.0.5           xfun_0.43          
+[22] nloptr_2.0.3        bit_4.0.5           xfun_0.42          
 [25] satellite_1.0.5     jsonlite_1.8.8      jpeg_0.1-10        
-[28] parallel_4.3.3      R6_2.5.1            stringi_1.8.3      
-[31] StanHeaders_2.32.6  boot_1.3-29         cellranger_1.1.0   
-[34] Rcpp_1.0.12         rstan_2.32.6        knitr_1.46         
+[28] parallel_4.3.2      R6_2.5.1            stringi_1.8.3      
+[31] StanHeaders_2.32.5  boot_1.3-28.1       cellranger_1.1.0   
+[34] Rcpp_1.0.12         rstan_2.32.5        knitr_1.45         
 [37] fields_15.2         zoo_1.8-12          base64enc_0.1-3    
-[40] splines_4.3.3       Matrix_1.6-5        timechange_0.3.0   
-[43] tidyselect_1.2.1    rstudioapi_0.16.0   yaml_2.3.8         
-[46] codetools_0.2-19    pkgbuild_1.4.4      withr_3.0.0        
-[49] rARPACK_0.11-0      coda_0.19-4.1       evaluate_0.23      
-[52] units_0.8-5         proxy_0.4-27        RcppParallel_5.1.7 
-[55] pillar_1.9.0        KernSmooth_2.23-22  stats4_4.3.3       
-[58] generics_0.1.3      vroom_1.6.5         truncnorm_1.0-9    
-[61] hms_1.1.3           rstantools_2.4.0    munsell_0.5.1      
-[64] scales_1.3.0        minqa_1.2.6         class_7.3-22       
-[67] glue_1.7.0          tools_4.3.3         interp_1.1-6       
-[70] hexbin_1.28.3       lme4_1.1-35.2       RSpectra_0.16-1    
-[73] dotCall64_1.1-1     grid_4.3.3          QuickJSR_1.1.3     
-[76] crosstalk_1.2.1     latticeExtra_0.6-30 colorspace_2.1-0   
-[79] nlme_3.1-164        cli_3.6.2           spam_2.10-0        
-[82] fansi_1.0.6         viridisLite_0.4.2   gtable_0.3.4       
-[85] digest_0.6.35       classInt_0.4-10     htmlwidgets_1.6.4  
-[88] htmltools_0.5.8.1   lifecycle_1.0.4     leaflet_2.2.2      
-[91] bit64_4.0.5         MASS_7.3-60.0.1    

+[40] splines_4.3.2       Matrix_1.6-1.1      timechange_0.3.0   
+[43] tidyselect_1.2.1    rstudioapi_0.15.0   yaml_2.3.8         
+[46] codetools_0.2-19    curl_5.2.0          pkgbuild_1.4.4     
+[49] withr_3.0.0         rARPACK_0.11-0      coda_0.19-4.1      
+[52] evaluate_0.23       units_0.8-5         proxy_0.4-27       
+[55] RcppParallel_5.1.7  pillar_1.9.0        KernSmooth_2.23-22 
+[58] stats4_4.3.2        generics_0.1.3      vroom_1.6.5        
+[61] truncnorm_1.0-9     hms_1.1.3           rstantools_2.4.0   
+[64] munsell_0.5.0       scales_1.3.0        minqa_1.2.6        
+[67] class_7.3-22        glue_1.7.0          tools_4.3.2        
+[70] interp_1.1-6        hexbin_1.28.3       lme4_1.1-35.1      
+[73] RSpectra_0.16-1     dotCall64_1.1-1     grid_4.3.2         
+[76] QuickJSR_1.1.3      crosstalk_1.2.1     latticeExtra_0.6-30
+[79] colorspace_2.1-0    nlme_3.1-163        cli_3.6.2          
+[82] spam_2.10-0         fansi_1.0.6         viridisLite_0.4.2  
+[85] V8_4.4.2            gtable_0.3.4        digest_0.6.34      
+[88] classInt_0.4-10     htmlwidgets_1.6.4   htmltools_0.5.7    
+[91] lifecycle_1.0.4     leaflet_2.2.1       bit64_4.0.5        
+[94] MASS_7.3-60
- + - - - + - + - + - + - - - + - + - + @@ -102,7 +98,12 @@

Table of contents

@@ -128,7 +129,7 @@

BFI per site, Parita Bay, Panama

Published
-

May 7, 2024

+

May 9, 2024

@@ -142,7 +143,7 @@

BFI per site, Parita Bay, Panama

Question

-

Can we use abundance to calculate BFI?

+

Can we use abundance to calculate Bird Friendliness Index (BFI) ?

Set up analysis

@@ -158,18 +159,19 @@

Set up analysis

library(mgcv) library(mgcViz) library(tidyverse) -library(lubridate) -library(stringr) -library(readxl) - -library(DT) -library(kableExtra) - -# setwd("C:/CodigoR/AudubonPanama/R/BFI") - -options(scipen=99999) -options(max.print=99999) -options(stringsAsFactors=F) +library(gt) +library(lubridate) +library(stringr) +library(readxl) + +library(DT) +library(kableExtra) + +# setwd("C:/CodigoR/AudubonPanama/R/BFI") + +options(scipen=99999) +options(max.print=99999) +options(stringsAsFactors=F)
@@ -181,108 +183,1189 @@

Set up analysis

-
-

Calculate BFI

-

Now we join the different data tables and calculate BFI components per count site. One component is the product of the species max count and conservation score. A second component is the Shannon diversity of functional groups. This is done twice, once for all species and once for just waterbirds. Once the components are done, all species BFI and waterbird BFI are calculated.

+
+

Steps to calculate BFI

+

We join the different data tables and calculate BFI components per count site.

+

Using the functional traits we calculate clusters and assign each species to a group.

Code 

 # diss matirx
-names(attributes)
-#>  [1] "sp"                              "Scientific Name (ACAD taxonomy)"
-#>  [3] "Scientific Name (Elton traits)"  "Group"                          
-#>  [5] "CCS_max"                         "Diet-Inv"                       
-#>  [7] "Diet-Vend"                       "Diet-Vect"                      
-#>  [9] "Diet-Vfish"                      "Diet-Vunk"                      
-#> [11] "Diet-Scav"                       "Diet-Fruit"                     
-#> [13] "Diet-Nect"                       "Diet-Seed"                      
-#> [15] "Diet-PlantO"                     "ForStrat-watbelowsurf"          
-#> [17] "ForStrat-wataroundsurf"          "ForStrat-ground"                
-#> [19] "ForStrat-understory"             "ForStrat-midhigh"               
-#> [21] "ForStrat-canopy"                 "ForStrat-aerial"                
-#> [23] "Nocturnal"                       "BodyMass-Value"
-d_gower <- daisy(attributes[,-c(1,2,3,4,5)], metric="gower", stand=TRUE,
-                 weights=c(rep(3/9/10, 10), 
-                           rep(3/9/8, 8),
-                           rep(3/9/1, 1)))
-# clusters
-clust <- NbClust(diss=d_gower, distance=NULL, method="ward.D", 
-                index="silhouette")
-#> 
-#>  Only frey, mcclain, cindex, sihouette and dunn can be computed. To compute the other indices, data matrix is needed
-# best clusters
-inddf <- attributes %>% select(sp) %>% 
-  mutate(func_spec=clust$Best.partition) %>% 
-  arrange(func_spec)
-
-# write.csv (inddf %>% left_join(d4 %>% distinct(species, eng_name)),
-#           "func_species_groupings.csv", row.names=F)
+
+print(names(attributes))
+#>  [1] "sp"                              "Scientific Name (ACAD taxonomy)"
+#>  [3] "Scientific Name (Elton traits)"  "Group"                          
+#>  [5] "CCS_max"                         "Diet-Inv"                       
+#>  [7] "Diet-Vend"                       "Diet-Vect"                      
+#>  [9] "Diet-Vfish"                      "Diet-Vunk"                      
+#> [11] "Diet-Scav"                       "Diet-Fruit"                     
+#> [13] "Diet-Nect"                       "Diet-Seed"                      
+#> [15] "Diet-PlantO"                     "ForStrat-watbelowsurf"          
+#> [17] "ForStrat-wataroundsurf"          "ForStrat-ground"                
+#> [19] "ForStrat-understory"             "ForStrat-midhigh"               
+#> [21] "ForStrat-canopy"                 "ForStrat-aerial"                
+#> [23] "Nocturnal"                       "BodyMass-Value"
+
+d_gower <- daisy(attributes[,-c(1,2,3,4,5)], # remove some columns
+                 metric="gower", stand=TRUE,
+                 weights=c(rep(3/9/10, 10), 
+                           rep(3/9/8, 8),
+                           rep(3/9/1, 1))) # pesos por atributo son 19
+# clusters
+clust <- NbClust(diss=d_gower, distance=NULL, method="ward.D", 
+                index="frey") # silhouette before
+#> 
+#>  Only frey, mcclain, cindex, sihouette and dunn can be computed. To compute the other indices, data matrix is needed
+# best clusters
+inddf <- attributes %>% select(sp) %>% 
+  mutate(func_spec=clust$Best.partition) %>% 
+  arrange(func_spec)
 
-
-# join functional species and conservation scores to max counts (mean)
-score_wt_counts <- abundance   %>% left_join(attributes) %>% left_join(inddf) %>% 
-  mutate(count_score=mean*CCS_max) %>% 
-  select(site, count_score) %>% 
-  group_by(site) %>% 
-  summarise(tot_wt_count=sum(count_score)) %>% 
-  ungroup()
-
-# waterbird
-# join functional species and conservation scores to max counts
-score_wt_counts_wb <-  abundance   %>% left_join(attributes) %>% left_join(inddf) %>% 
-  filter(Group=="waterbird") %>% 
-  mutate(count_score=mean*CCS_max) %>% 
-  # select(farm, pc_station_id, month_id, count_score) %>% 
-  group_by(site) %>% 
-  summarise(tot_wt_count_wb=sum(count_score)) %>% 
-  ungroup()
-
-  
-# calc shannon, exchange max_count by mean
-shan_div <- abundance   %>% left_join(attributes) %>% left_join(inddf) %>% 
-  select(site, func_spec, mean) %>% 
-  group_by(site, func_spec) %>% 
-  summarise(tot_count=sum(mean)) %>% 
-  ungroup() %>% 
-  group_by(site) %>% 
-  summarise(shan=diversity(tot_count)) %>% 
-  ungroup() %>% 
-  mutate(shan=ifelse(shan==0, min(shan[shan!=0]), shan))
-
-# calc shannon waterbirds
-shan_div_wb <- abundance   %>% left_join(attributes) %>% left_join(inddf) %>% 
-  filter(Group=="waterbird") %>% 
-  # select(farm, pc_station_id, month_id, func_spec, max_count) %>% 
-  group_by(site, func_spec) %>% 
-  summarise(tot_count=sum(mean)) %>% 
-  ungroup() %>% 
-  group_by(site) %>% 
-  summarise(shan_wb=diversity(tot_count)) %>% 
-  ungroup() %>% 
-  mutate(shan_wb=ifelse(shan_wb==0, min(shan_wb[shan_wb!=0]), shan_wb))
-
-# merge to bfi table
-bfi_site <- score_wt_counts %>% left_join(shan_div) %>% 
-  mutate(bfi_unscaled=tot_wt_count*shan,  bfi_scaled=plogis(as.numeric(scale(bfi_unscaled)))) %>% 
-  left_join(score_wt_counts_wb) %>% 
-  left_join(shan_div_wb) %>% 
-  # rename(month=month_id, station=pc_station_id) %>% 
-  mutate(bfi_wb_unscaled=tot_wt_count_wb*shan_wb, 
-         bfi_wb_scaled=plogis(as.numeric(scale(bfi_wb_unscaled))))
-
-
-
-# see table
-# kbl(bfi_site)
-DT::datatable(bfi_site)
+# write.csv (inddf %>% left_join(d4 %>% distinct(species, eng_name)), +# "func_species_groupings.csv", row.names=F) + +# see table +gt(inddf) %>% + tab_header( + title = md("Funtional group **Parita birds**")#, + # subtitle = md("`gtcars` is an R dataset") + ) |> opt_interactive()
+ +
+
+ +
+
Funtional group Parita birds
+
+
+
+ +
+
+ +
+

The first component is the product of the species abundance and conservation score.

+
+
+Code +
# join functional species and conservation scores to max counts (mean)
+score_wt_counts <- abundance   %>% left_join(attributes) %>% left_join(inddf) %>% 
+  mutate(count_score=mean*CCS_max) %>% 
+  select(site, count_score) %>% 
+  group_by(site) %>% 
+  summarise(tot_wt_count=sum(count_score)) %>% 
+  ungroup()
+
+# DT::datatable(score_wt_counts)
+
+
+
+
+

A second component is the Shannon diversity of functional groups.

+
+
+Code +

+# # waterbird
+# # join functional species and conservation scores to max counts
+# score_wt_counts_wb <-  abundance   %>% left_join(attributes) %>% left_join(inddf) %>% 
+#   filter(Group=="waterbird") %>% 
+#   mutate(count_score=mean*CCS_max) %>% 
+#   # select(farm, pc_station_id, month_id, count_score) %>% 
+#   group_by(site) %>% 
+#   summarise(tot_wt_count_wb=sum(count_score)) %>% 
+#   ungroup()
+# 
+#   
+# calc shannon, exchange max_count by mean
+shan_div <- abundance   %>% left_join(attributes) %>% left_join(inddf) %>% 
+  select(site, func_spec, mean) %>% 
+  group_by(site, func_spec) %>% 
+  summarise(tot_count=sum(mean)) %>% 
+  ungroup() %>% 
+  group_by(site) %>% 
+  summarise(shan=diversity(tot_count)) %>% 
+  ungroup() %>% 
+  mutate(shan=ifelse(shan==0, min(shan[shan!=0]), shan))
+
+# # calc shannon waterbirds
+# shan_div_wb <- abundance   %>% left_join(attributes) %>% left_join(inddf) %>% 
+#   filter(Group=="waterbird") %>% 
+#   # select(farm, pc_station_id, month_id, func_spec, max_count) %>% 
+#   group_by(site, func_spec) %>% 
+#   summarise(tot_count=sum(mean)) %>% 
+#   ungroup() %>% 
+#   group_by(site) %>% 
+#   summarise(shan_wb=diversity(tot_count)) %>% 
+#   ungroup() %>% 
+#   mutate(shan_wb=ifelse(shan_wb==0, min(shan_wb[shan_wb!=0]), shan_wb))
+
+# DT::datatable(shan_div)
+
+
+
+
+

BFI

+

Once the components are done, BFI are calculated for each site and presented as scaled by plogis and scale with mean = 0

+
+
+Code +

+# merge to bfi table
+bfi_site <- score_wt_counts %>% left_join(shan_div) %>% 
+  mutate(bfi_unscaled=tot_wt_count*shan,  bfi_scaled_plogis=plogis(as.numeric(scale(bfi_unscaled))),
+         bfi_scaled_scale=scale(as.numeric(scale(bfi_unscaled))) ) # %>% 
+  #left_join(score_wt_counts_wb) %>% 
+  #left_join(shan_div_wb) %>% 
+  # rename(month=month_id, station=pc_station_id) %>% 
+  # mutate(bfi_wb_unscaled=tot_wt_count_wb*shan_wb, 
+  #       bfi_wb_scaled=plogis(as.numeric(scale(bfi_wb_unscaled))))
+
+
+
+# see table
+# kbl(bfi_site)
+# kable(bfi_site)
+# see table
+gt(bfi_site) %>% 
+  tab_header(
+    title = md("Bird Friendliness Index **Parita sites**")#,
+    # subtitle = md("`gtcars` is an R dataset")
+  ) # |> opt_interactive()
-
- +
+
+ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
Bird Friendliness Index Parita sites
sitetot_wt_countshanbfi_unscaledbfi_scaled_plogisbfi_scaled_scale
Parita_01_BayanoAvispa_031332.9230.5495110732.45570.21873900-1.27303004
Parita_01_BayanoLasTablas_041803.9230.5250362947.12480.773226591.22662081
Parita_01_ElAgallito_051715.1050.5301453909.25490.686897900.78565633
Parita_01_ElReten_071657.7730.5158807855.21280.539015180.15637862
Parita_01_EsteroCamaron_131587.7140.5497024872.77050.589239740.36082339
Parita_01_HondaSalada_011845.6040.5071854936.06350.749851551.09782073
Parita_01_LasPalmitas_141411.2330.6011166848.31560.519007310.07606591
Parita_01_LosAzules_121575.2550.5304803835.64150.48212925-0.07151345
Parita_01_LosPalacios_061693.1080.5341873904.43670.674706890.72955171
Parita_01_LosPalacios_101823.2750.5029117916.94650.705830430.87521868
Parita_01_LosPalacios_111716.5730.5219536895.97140.652711660.63098007
Parita_01_Mamoni_081612.3810.5114779824.69700.45042486-0.19895422
Parita_01_Nanzal_091265.0060.5515041697.65600.15732795-1.67824534
Parita_01_PenonHonda_021548.6950.5405983837.22170.48672468-0.05311374
Parita_01_Sarigua_151510.3390.5352787808.45220.40417207-0.38811122
Parita_01_Sarigua_161146.0960.5639216646.30830.09311771-2.27614824
+
-

Notice: estimates for waterbirds produce data with large variation (too few?). Colums: tot_wt_count_wbâ€, “shan_wbâ€, “bfi_wbâ€

+
+
+
diff --git a/_site/BFI_ParitaBay_v1.qmd b/_site/BFI_ParitaBay_v1.qmd new file mode 100644 index 0000000..552ed1f --- /dev/null +++ b/_site/BFI_ParitaBay_v1.qmd @@ -0,0 +1,203 @@ +--- +title: "BFI per site, Parita Bay, Panama" +date: "`r Sys.Date()`" +author: + - name: Diego J. Lizcano + orcid: https://orcid.org/0000-0002-9648-0576 + - name: Jorge Velásquez-Tibata + orcid: https://orcid.org/0000-0002-7773-7348 +license: CC BY-SA +toc: true +format: + html: + theme: cosmo + code-fold: true + code-block-bg: "gray70" +--- + +```{r setup, include=FALSE} +knitr::opts_chunk$set( + collapse = TRUE, + comment = "#>", + dev = "png", + dev.args = list(type = "cairo-png"), + fig.width = 7, + fig.height = 5, + fig.align = "center", + eval = TRUE, + echo = TRUE, + warning = FALSE, + error = FALSE, + message = FALSE, + cache=TRUE) +``` + +## Question + +Can we use abundance to calculate Bird Friendliness Index (BFI) ? + +## Set up analysis + +Load libraries and set some options. + +```{r set_up} +# set up +library(cluster) +library(NbClust) +library(vegan) +library(unmarked) +library(mgcv) +library(mgcViz) +library(tidyverse) +library(gt) +library(lubridate) +library(stringr) +library(readxl) + +library(DT) +library(kableExtra) + +# setwd("C:/CodigoR/AudubonPanama/R/BFI") + +options(scipen=99999) +options(max.print=99999) +options(stringsAsFactors=F) +``` + +```{r} + +attributes <- read_excel("C:/CodigoR/AudubonPanama/data/species_data_4_bfi.xlsx", sheet = "attributes") +abundance <- read_excel("C:/CodigoR/AudubonPanama/data/species_data_4_bfi.xlsx", sheet = "abundance_result") + + +``` + +## Steps to calculate BFI + +We join the different data tables and calculate BFI components per count site. + +Using the functional traits we calculate clusters and assign each species to a group. + +```{r} + +# diss matirx + +print(names(attributes)) + +d_gower <- daisy(attributes[,-c(1,2,3,4,5)], # remove some columns + metric="gower", stand=TRUE, + weights=c(rep(3/9/10, 10), + rep(3/9/8, 8), + rep(3/9/1, 1))) # pesos por atributo son 19 +# clusters +clust <- NbClust(diss=d_gower, distance=NULL, method="ward.D", + index="frey") # silhouette before +# best clusters +inddf <- attributes %>% select(sp) %>% + mutate(func_spec=clust$Best.partition) %>% + arrange(func_spec) + +# write.csv (inddf %>% left_join(d4 %>% distinct(species, eng_name)), +# "func_species_groupings.csv", row.names=F) + +# see table +gt(inddf) %>% + tab_header( + title = md("Funtional group **Parita birds**")#, + # subtitle = md("`gtcars` is an R dataset") + ) |> opt_interactive() + +``` + + +### The first component is the product of the species abundance and conservation score. + +```{r} +# join functional species and conservation scores to max counts (mean) +score_wt_counts <- abundance %>% left_join(attributes) %>% left_join(inddf) %>% + mutate(count_score=mean*CCS_max) %>% + select(site, count_score) %>% + group_by(site) %>% + summarise(tot_wt_count=sum(count_score)) %>% + ungroup() + +# DT::datatable(score_wt_counts) + +``` + + +### A second component is the Shannon diversity of functional groups. + + +```{r} + +# # waterbird +# # join functional species and conservation scores to max counts +# score_wt_counts_wb <- abundance %>% left_join(attributes) %>% left_join(inddf) %>% +# filter(Group=="waterbird") %>% +# mutate(count_score=mean*CCS_max) %>% +# # select(farm, pc_station_id, month_id, count_score) %>% +# group_by(site) %>% +# summarise(tot_wt_count_wb=sum(count_score)) %>% +# ungroup() +# +# +# calc shannon, exchange max_count by mean +shan_div <- abundance %>% left_join(attributes) %>% left_join(inddf) %>% + select(site, func_spec, mean) %>% + group_by(site, func_spec) %>% + summarise(tot_count=sum(mean)) %>% + ungroup() %>% + group_by(site) %>% + summarise(shan=diversity(tot_count)) %>% + ungroup() %>% + mutate(shan=ifelse(shan==0, min(shan[shan!=0]), shan)) + +# # calc shannon waterbirds +# shan_div_wb <- abundance %>% left_join(attributes) %>% left_join(inddf) %>% +# filter(Group=="waterbird") %>% +# # select(farm, pc_station_id, month_id, func_spec, max_count) %>% +# group_by(site, func_spec) %>% +# summarise(tot_count=sum(mean)) %>% +# ungroup() %>% +# group_by(site) %>% +# summarise(shan_wb=diversity(tot_count)) %>% +# ungroup() %>% +# mutate(shan_wb=ifelse(shan_wb==0, min(shan_wb[shan_wb!=0]), shan_wb)) + +# DT::datatable(shan_div) + +``` + +### BFI + +Once the components are done, BFI are calculated for each site and presented as scaled by plogis and scale with mean = 0 + + +```{r} + +# merge to bfi table +bfi_site <- score_wt_counts %>% left_join(shan_div) %>% + mutate(bfi_unscaled=tot_wt_count*shan, bfi_scaled_plogis=plogis(as.numeric(scale(bfi_unscaled))), + bfi_scaled_scale=scale(as.numeric(scale(bfi_unscaled))) ) # %>% + #left_join(score_wt_counts_wb) %>% + #left_join(shan_div_wb) %>% + # rename(month=month_id, station=pc_station_id) %>% + # mutate(bfi_wb_unscaled=tot_wt_count_wb*shan_wb, + # bfi_wb_scaled=plogis(as.numeric(scale(bfi_wb_unscaled)))) + + + +# see table +# kbl(bfi_site) +# kable(bfi_site) +# see table +gt(bfi_site) %>% + tab_header( + title = md("Bird Friendliness Index **Parita sites**")#, + # subtitle = md("`gtcars` is an R dataset") + ) # |> opt_interactive() + +``` + + diff --git a/_site/BFI_ParitaBay_v1_files/libs/core-js-2.5.3/LICENSE b/_site/BFI_ParitaBay_v1_files/libs/core-js-2.5.3/LICENSE new file mode 100644 index 0000000..d12a3a3 --- /dev/null +++ b/_site/BFI_ParitaBay_v1_files/libs/core-js-2.5.3/LICENSE @@ -0,0 +1,19 @@ +Copyright (c) 2014-2017 Denis Pushkarev + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER +LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, +OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN +THE SOFTWARE. diff --git a/_site/BFI_ParitaBay_v1_files/libs/core-js-2.5.3/package.json b/_site/BFI_ParitaBay_v1_files/libs/core-js-2.5.3/package.json new file mode 100644 index 0000000..aa470ab --- /dev/null +++ b/_site/BFI_ParitaBay_v1_files/libs/core-js-2.5.3/package.json @@ -0,0 +1,79 @@ +{ + "devDependencies": { + "@babel/cli": "^7.7.7", + "@babel/core": "^7.7.7", + "@babel/plugin-proposal-nullish-coalescing-operator": "^7.7.4", + "@babel/plugin-proposal-optional-catch-binding": "^7.7.4", + "@babel/plugin-proposal-optional-chaining": "^7.7.5", + "@babel/plugin-transform-arrow-functions": "^7.7.4", + "@babel/plugin-transform-block-scoped-functions": "^7.7.4", + "@babel/plugin-transform-block-scoping": "^7.7.4", + "@babel/plugin-transform-classes": "^7.7.4", + "@babel/plugin-transform-computed-properties": "^7.7.4", + "@babel/plugin-transform-destructuring": "^7.7.4", + "@babel/plugin-transform-exponentiation-operator": "^7.7.4", + "@babel/plugin-transform-literals": "^7.7.4", + "@babel/plugin-transform-member-expression-literals": "^7.7.4", + "@babel/plugin-transform-parameters": "^7.7.7", + "@babel/plugin-transform-property-literals": "^7.7.4", + "@babel/plugin-transform-shorthand-properties": "^7.7.4", + "@babel/plugin-transform-spread": "^7.7.4", + "@babel/plugin-transform-template-literals": "^7.7.4", + "babel-loader": "^8.0.6", + "babel-plugin-transform-es2015-modules-simple-commonjs": "~0.3.0", + "babel-plugin-transform-for-of-as-array": "^1.1.1", + "es-observable": "git+https://github.com/tc39/proposal-observable.git#bf4d87144b6189e793593868e3c022eb51a7d292", + "eslint": "^6.8.0", + "eslint-import-resolver-webpack": "^0.12.0", + "eslint-plugin-import": "^2.19.1", + "eslint-plugin-node": "^10.0.0", + "eslint-plugin-optimize-regex": "^1.1.7", + "eslint-plugin-qunit": "^4.0.0", + "eslint-plugin-sonarjs": "^0.5.0", + "eslint-plugin-unicorn": "^15.0.0", + "grunt": "^1.0.4", + "grunt-cli": "^1.3.2", + "grunt-contrib-clean": "^2.0.0", + "grunt-contrib-copy": "^1.0.0", + "grunt-contrib-uglify": "^4.0.1", + "grunt-karma": "^3.0.2", + "grunt-webpack": "^3.1.3", + "karma": "^4.4.1", + "karma-chrome-launcher": "^3.1.0", + "karma-phantomjs-launcher": "~1.0.4", + "karma-qunit": "^4.0.0", + "lerna": "^3.19.0", + "moon-unit": "^0.2.2", + "phantomjs-prebuilt": "~2.1.16", + "promises-aplus-tests": "^2.1.2", + "puppeteer": "~2.0.0", + "qunit": "~2.9.3", + "webpack": "^4.41.4" + }, + "license": "MIT", + "repository": { + "type": "git", + "url": "https://github.com/zloirock/core-js.git" + }, + "scripts": { + "bootstrap": "lerna bootstrap --no-ci", + "build": "grunt clean copy && npm run bootstrap && npm run build-compat && grunt bundle uglify", + "build-compat": "npm run build-compat-data && npm run build-compat-entries && npm run build-compat-modules-by-versions", + "build-compat-data": "node packages/core-js-compat/src/build-data", + "build-compat-entries": "node packages/core-js-compat/src/build-entries", + "build-compat-modules-by-versions": "node packages/core-js-compat/src/build-modules-by-versions", + "lint": "grunt clean copy && npm run bootstrap && npm run build-compat && eslint ./", + "unit-tests": "grunt clean copy && npm run bootstrap && npm run build-compat && grunt bundle webpack:helpers webpack:tests karma:tests", + "unit-tests-pure": "grunt clean copy && npm run build-compat && grunt webpack:helpers webpack:pure karma:pure", + "bundle-promises-tests": "grunt webpack:promises-aplus-tests", + "promises-tests": "promises-aplus-tests tests/promises-aplus/adapter --timeout 1000", + "observables-tests": "babel node_modules/es-observable/test/ -d tests/bundles/observables-tests/ && node tests/observables/adapter && node tests/observables/adapter-pure", + 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