diff --git a/_images/project14_summary.png b/_images/project14_summary.png
new file mode 100755
index 0000000..26b731b
Binary files /dev/null and b/_images/project14_summary.png differ
diff --git a/_images/team_project12.jpeg b/_images/team_project12.jpeg
new file mode 100755
index 0000000..aacc158
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diff --git a/_sources/impact-scholars/mentors.md b/_sources/impact-scholars/mentors.md
index 46f477f..6d4c6a8 100755
--- a/_sources/impact-scholars/mentors.md
+++ b/_sources/impact-scholars/mentors.md
@@ -6,31 +6,31 @@ Mentors are **experienced scientists interested in supporting a group throughout
```
---
## Mentors 2023
-- **Gizachew Agegn**
- - [*Projected Influences of Interannual Climate Variability on Summer Monsoon Onset and Extreme Weather Events in the Indonesia-North Australia Monsoon Region*](./scholars2023.md#projected-influences-of-interannual-climate-variability-on-summer-monsoon-onset-and-extreme-weather-events-in-the-indonesia-north-australia-monsoon-region)
+- **Gizachew Kassa Agegn**
+ - [*Impact of Interannual Variability on the Onset of Summer Monsoon over the Indonesia-Northern Australia Region*](../scholar-outputs/2023/project9)
- **Emma Daniels**
- - [*ENSO's Influence on the Coastal Upwelling along Northwest Africa through the Pacific-North Atlantic Teleconnection*](./scholars2023.md#ensos-influence-on-the-coastal-upwelling-along-northwest-africa-through-the-pacific-north-atlantic-teleconnection)
+ - [*Influence of ENSO on the coastal upwelling along Northwest Africa*](../scholar-outputs/2023/project4)
- **Surajit Deb Barma**
- - [*Impact of Deforestation and Multi-year Cyclical Processes on Precipitation Patterns and Cereal Production in Congo River Basin*](./scholars2023.md#impact-of-deforestation-and-multi-year-cyclical-processes-on-precipitation-patterns-and-cereal-production-in-congo-river-basin)
- - [*Predicting future impacts of ENSO on NDVI in the Greater Horn of Africa*](./scholars2023.md#predicting-future-impacts-of-enso-on-ndvi-in-the-greater-horn-of-africa)
+ - [*Impact of Deforestation and Multi-year Cyclical Processes on Precipitation Patterns and Cereal Production in Congo River Basin*](../scholar-outputs/2023/project7)
+ - [*Preliminary observations on the AVHRR-VIIRS v5 daily NDVI data for the assessment of vegetation-climate dynamics in the Jubba-Shabelle watershed of East Africa*](../scholar-outputs/2023/project8)
- **Brittany Engle**
- - [*Fire Risk Assessment of the Andean-Patagonian Forest*](./scholars2023.md#fire-risk-assessment-of-the-andean-patagonian-forest)
- - [*Wildfires in Angola: Burn Areas and Vegetation Index*](./scholars2023.md#wildfires-in-angola-burn-areas-and-vegetation-index)
+ - [*Assessment of fire events in Argentinian Andean-Patagonian Forests between 2002-2020*](../scholar-outputs/2023/project5)
+ - [*Wildfires in Angola: Correlation of vegetation and meteorological variables with wildfire intensity*](../scholar-outputs/2023/project14)
- **Fabrizio Falasca**
- - [*Comparing Sea Level Height Measurements from Tidal Gauges and ECCO Model in Extreme Weather Events*](./scholars2023.md#comparing-sea-level-height-measurements-from-tidal-gauges-and-ecco-model-in-extreme-weather-events)
+ - [*Observing ECCO Model vs Tidal Gauges around Hurricane Maria*](../scholar-outputs/2023/project2)
- **Muhammed Muhshif Karadan**
- - [*Proposal for heatwave in Asia(India)*](./scholars2023.md#proposal-for-heatwave-in-asiaindia)
- - [*Understanding historical and future impacts of El Niño on climate and food production in Colombia and Indonesia*](./scholars2023.md#understanding-historical-and-future-impacts-of-el-niño-on-climate-and-food-production-in-colombia-and-indonesia)
+ - [*Heatwave analysis for Asia (India)*](../scholar-outputs/2023/project6)
+ - [*Understanding historical and future impacts of El Niño on climate and food production in Colombia and Indonesia*](../scholar-outputs/2023/project12)
- **Oz Kira**
- - [*Understanding the interactions of socio-economic policy, land use change, climate and carbon sequestration within the biomes of Mato Grosso: Integrating Land Cover, Precipitation, Temperature, GPP and Economic Factors*](./scholars2023.md#understanding-the-interactions-of-socio-economic-policy-land-use-change-climate-and-carbon-sequestration-within-the-biomes-of-mato-grosso-integrating-land-cover-precipitation-temperature-gpp-and-economic-factors)
+ - [*Understanding Land Cover Change in a Tropical Region due to Rapid Agricultural Increase: Interactions with Environmental and Socioeconomic Factors*](../scholar-outputs/2023/project13)
- **Kenny T.C. Lim Kam Sian**
- - [*The Past and Future of Mediterranean Heat Waves*](./scholars2023.md#the-past-and-future-of-mediterranean-heat-waves)
+ - [*The Past and Future of Mediterranean Heat Waves*](../scholar-outputs/2023/project10)
- **Luz de Lourdes Aurora**
- - [*Analyzing Global Wind Potential for the Next 50 Years and its socio-economic impact*](./scholars2023.md#analyzing-global-wind-potential-for-the-next-50-years-and-its-socio-economic-impact)
+ - [*Analyzing Global Wind Potential for the Next 50 Years and its socio-economic impact*](../scholar-outputs/2023/project1)
- **Risa Madoff**
- - [*Assessing Spatio-Temporal Precipitation Variability and Extreme Events in India*](./scholars2023.md#assessing-spatio-temporal-precipitation-variability-and-extreme-events-in-india)
+ - [*Assessing Spatio-Temporal Precipitation Variability and Extreme Events in India*](../scholar-outputs/2023/project3)
- **Tejas Dattaram More**
- - [*Understand underlying mechanisms of ENSO and predicting its impact on the countries surrounding the Niño Region*](./scholars2023.md#understand-underlying-mechanisms-of-enso-and-predicting-its-impact-on-the-countries-surrounding-the-niño-region)
+ - [*Impacts of ENSO on climate variables in the Pacific region*](../scholar-outputs/2023/project11)
---
diff --git a/_sources/impact-scholars/scholars2023.md b/_sources/impact-scholars/scholars2023.md
index d8a50d4..9305e64 100755
--- a/_sources/impact-scholars/scholars2023.md
+++ b/_sources/impact-scholars/scholars2023.md
@@ -1,8 +1,8 @@
-# Impact Scholars 2023
+# Impact Scholar projects 2023
-We are thrilled to introduce **14 teams** of **71 Impact Scholars** representing **30 countries** as part of our 2023 cohort!
+We are thrilled to introduce **14 teams** of **65 Impact Scholars** representing **28 countries** as part of our 2023 cohort!
-Their ambitious projects focus on pressing climate issues on local and global scales, as well as their societal impact.
+Their ambitious projects focus on pressing climate issues on local and global scales, as well as their societal impact. Learn more about their projects below!
```{figure} images/cisp_map.png
---
@@ -12,173 +12,64 @@ A representation of the scholar projects' geographical regions of focus. The two
```
---
-
-
-
-## Analyzing Global Wind Potential for the Next 50 Years and its socio-economic impact
-
-Team "Brachiosaurus_Bharatanatyam_Leggiero"
-
-Shashank Kumar Roy , Anonymous Contributor[^1]
-
-**Mentor:** Luz de Lourdes Aurora
-
----
-
-
-
-## Comparing Sea Level Height Measurements from Tidal Gauges and ECCO Model in Extreme Weather Events
-
-Team "Rajasaurus Baris"
-
-Franck Porteous, Faith Hunja, Hannah Krohn, C. Gabriela Mayorga-Adame, Ayman Said
-
-**Mentor:** Fabrizio Falasca
-
----
-
-
-
-## Assessing Spatio-Temporal Precipitation Variability and Extreme Events in India
-
-Team "Monsoon Blues"
-
-Stefy Thomas, Sattiki Ganguly, Jeciliya Selva Kiruba S, Khushi Dani, Dr. P P Choudhari, Sintayehu Fetene Demessie
-
-**Mentor:** Risa Madoff
-
----
-
-
-
-## ENSO's Influence on the Coastal Upwelling along Northwest Africa through the Pacific-North Atlantic Teleconnection
-
-Team "Fukuivenator Rhumba"
-
-Sthitapragya Ray, Andrea A. Cabrera, Diana Marcela Guzmán Lugo, Vanni Consumi, Daria Proklova, Elizaveta Baranova-Parfenova
-
-**Mentor:** Emma Daniels
-
----
-
-
-
-## Fire Risk Assessment of the Andean-Patagonian Forest
-
-Team "Tyrannosaurus Tango Dolce"
-
-Cristian Farfan, Ricardo Rengifo, Raphael Rocha, Luciana Rojas, Franco Barrionuevo
-
-**Mentor:** Brittany Engle
-
----
-
-
-
-## Proposal for heatwave in Asia(India)
-
-Team "Tarantino"
-
-Ahmad Rashiq, Seyed Mehdi Mirbazel, Arihant Jain
-
-**Mentor:** Muhammed Muhshif Karadan
-
----
-
-
-
-## Impact of Deforestation and Multi-year Cyclical Processes on Precipitation Patterns and Cereal Production in Congo River Basin
-
-Team "Fortepiano, Hesperosaurus_bon"
-
-James Hartzell, Magda Altman, Pratik Bhandari, Lorenzo Pierini, Masoumeh Bahri, Rajiv Kumar Srivastava, Jeffrey N.A. Ayree
-
-**Mentor:** Surajit Deb Barma
-
----
-
-
-
-## Predicting future impacts of ENSO on NDVI in the Greater Horn of Africa
-
-Team "Saurophaganax_Popping_forte"
-
-Ximena Miranda, Sergei Nabatov, Abdus Samad, Jesús Pozo T., Alethia Kielbasa, Benedetta Francesconi
-
-**Mentor:** Surajit Deb Barma
-
----
-
-
-
-## Projected Influences of Interannual Climate Variability on Summer Monsoon Onset and Extreme Weather Events in the Indonesia-North Australia Monsoon Region
-
-Team "Fortepiano"
-
-Zhixian Yang, René Gabriel Navarro Labastida, Tejaswini M. Pawase, Rosmery Lidez Condori Huanca, Naomi Nafisa Rahman, Selyn Rousse Acuña Cama
-
-**Mentor:** Gizachew Agegn
-
----
-
-
-
-## The Past and Future of Mediterranean Heat Waves
-
-Team "Andante"
-
-Lana Flanjak, Natalia Gabdrakhmanova, Farukcan Sağlam, Timon Kunze
-
-**Mentor:** Kenny T.C. Lim Kam Sian
-
----
-
-
-
-## Understand underlying mechanisms of ENSO and predicting its impact on the countries surrounding the Niño Region
-
-Team "Iguanacolossus_bogel Agitato"
-
-Kirtana Sunil Phatnani, Kimia Marvi, Anjana Shree, Neil Marc Sordilla, Eligio Maure, Danny McCulloch
-
-**Mentor:** Tejas Dattaram More
-
----
-
-
-
-## Understanding historical and future impacts of El Niño on climate and food production in Colombia and Indonesia
-
-Team "Protoceratops_Jitterbug_Vivace"
-
-Ninibeth Sarmiento Herrera, Elisa Passos, Lakhvinder Kaur
-
-**Mentor:** Muhammed Muhshif Karadan
-
----
-
-
-
-## Understanding the interactions of socio-economic policy, land use change, climate and carbon sequestration within the biomes of Mato Grosso: Integrating Land Cover, Precipitation, Temperature, GPP and Economic Factors
-
-Team "Beipiaosaurus moonwalk"
-
-Sofia Corradi, Daniela Velásquez, Magnolia Song, Maryann Alata Chambilla, Manojna Polisett, Andres Figueroa
-
-**Mentor:** Oz Kira
-
----
-
-
-
-## Wildfires in Angola: Burn Areas and Vegetation Index
-
-Team "Jintasaurus Skip Energico"
-
-Agnessa Karapetian, Ana Carolina Temporao Marques Filipe, Kamil Vlcek, Sedem Buabassah, Hatice Busra Gokbunar, Xintong Huang
-
-**Mentor:** Brittany Engle
-
-
-
-[^1]: The identity of a team member has been hidden upon their request.
+
+
+ 1. |
+ Analyzing Global Wind Potential for the Next 50 Years and its socio-economic impact Shashank Kumar Roy , Anonymous Contributor* |
+
+
+ 2. |
+ Observing ECCO Model vs Tidal Gauges around Hurricane Maria Franck Porteous, Hannah Krohn, Faith Hunja |
+
+
+ 3. |
+ Assessing Spatio-Temporal Precipitation Variability and Extreme Events in India Stefy Thomas, Khushi Dani, Sattiki Ganguly, Pandurang Choudhari |
+
+
+ 4. |
+ Influence of ENSO on the coastal upwelling along Northwest Africa Sthitapragya Ray, Andrea A. Cabrera, Diana Marcela Guzmán Lugo, Vanni Consumi, Daria Proklova, Elizaveta Baranova-Parfenova
+ |
+
+
+ 5. |
+ Assessment of fire events in Argentinian Andean-Patagonian Forests between 2002-2020 Franco Barrionuevo, Raphael Rocha, Cristian Farfan, Ricardo Rengifo, Luciana Rojas |
+
+
+ 6. |
+ Heatwave analysis for Asia (India) Ahmad Rashiq, Arihant Jain, Seyed Mehdi Mirbazel |
+
+
+ 7. |
+ Impact of Deforestation and Multi-year Cyclical Processes on Precipitation Patterns and Cereal Production in Congo River Basin James Hartzell, Magda Altman, Pratik Bhandari, Lorenzo Pierini, Masoumeh Bahri, Rajiv Kumar Srivastava, Jeffrey N.A. Ayree |
+
+
+ 8. |
+ Preliminary observations on the AVHRR-VIIRS v5 daily NDVI data for the assessment of vegetation-climate dynamics in the Jubba-Shabelle watershed of East Africa Jesús Pozo, Andrea Miranda, Sergei Nabatov, Alethia Kielbasa, Abdus Samad |
+
+
+ 9. |
+ Impact of Interannual Variability on the Onset of Summer Monsoon over the Indonesia-Northern Australia Region Zhixian Yang, Selyn Rousse Acuña, Tejawini M. Pawase, René Navarro Labastida, Rosmery Lidez Condori, Naomi Nafisa Rahman |
+
+
+ 10. |
+ The Past and Future of Mediterranean Heat Waves Lana Flanjak, Natalia Gabdrakhmanova, Farukcan Sağlam, Timon Kunze |
+
+
+ 11. |
+ Impacts of ENSO on climate variables in the Pacific region Anjana Shree RJ, Kimia Marvi, Kirtana Sunil Phatnani, Neil Marc Sordilla, Eligio Maure, Danny McCulloch |
+
+
+ 12. |
+ Understanding historical and future impacts of El Niño on climate and food production in Colombia and Indonesia Elisa Nóbrega Passos, Lakhvinder Kaur, Ninibeth Gibelli Sarmiento Herrera |
+
+
+ 13. |
+ Understanding Land Cover Change in a Tropical Region due to Rapid Agricultural Increase: Interactions with Environmental and Socioeconomic Factors Sofia Corradi Oliveira, Andrés Fernando Figueroa Curo, Magnolia Song, Manojna Polisetty, Daniela Velásquez, Maryann Alessandra Alata Chambilla |
+
+
+ 14. |
+ Wildfires in Angola: Correlation of vegetation and meteorological variables with wildfire intensity Agnessa Karapetian, Kamil Vlcek, Carolina Temporão, Hatice Busragokbunar, Sedem Buabassah |
+
+
+
+* The identity of a team member has been hidden upon their request.
\ No newline at end of file
diff --git a/_sources/output-guidelines/seminar_presentations2.md b/_sources/output-guidelines/seminar_presentations2.md
index 9c1dfd1..4195ebe 100755
--- a/_sources/output-guidelines/seminar_presentations2.md
+++ b/_sources/output-guidelines/seminar_presentations2.md
@@ -2,76 +2,74 @@
The first cohort of Climatematch Impact Scholars will share their work in a series of seminars chaired by scientists from our collaborating organizations, [**CMIP**](https://wcrp-cmip.org/) and [**LEAP**](https://leap.columbia.edu/).
-Register for the seminars of interest below!
+These seminars will be open to the public. Please register for the seminars of interest below!
+The last 30 minutes of each event will be dedicated to networking sessions between the presenting scholars and scientists from CMIP and LEAP.
-## Seminar 1: 26th March, 10:00-11:00 UTC
+## Seminar 1: 26th March, 10:00-11:30 UTC
```{figure} ../impact-scholars/images/seminar_banner_1.png
---
width: 100%
---
```
-- [**ENSO's Influence on the Coastal Upwelling along Northwest Africa through the Pacific-North Atlantic Teleconnection**](../impact-scholars/scholars2023.md#ensos-influence-on-the-coastal-upwelling-along-northwest-africa-through-the-pacific-north-atlantic-teleconnection)
+- [**Influence of ENSO on the coastal upwelling along Northwest Africa**](../scholar-outputs/2023/project4)
-- [**Wildfires in Angola: Burn Areas and Vegetation Index**](../impact-scholars/scholars2023.md#wildfires-in-angola-burn-areas-and-vegetation-index)
+- [**Wildfires in Angola: Correlation of vegetation and meteorological variables with wildfire intensity**](../scholar-outputs/2023/project14)
-- [**Impact of Deforestation and Multi-year Cyclical Processes on Precipitation Patterns and Cereal Production in Congo River Basin**](../impact-scholars/scholars2023.md#impact-of-deforestation-and-multi-year-cyclical-processes-on-precipitation-patterns-and-cereal-production-in-congo-river-basin)
+- [**Impact of Deforestation and Multi-year Cyclical Processes on Precipitation Patterns and Cereal Production in Congo River Basin**](../scholar-outputs/2023/project7)
-
+
-## Seminar 2: 26th March, 13:00-14:30 UTC
+## Seminar 2: 26th March, 13:00-15:00 UTC
```{figure} ../impact-scholars/images/seminar_banner_2.png
---
width: 100%
---
```
+- [**Impact of Interannual Variability on the Onset of Summer Monsoon over the Indonesia-Northern Australia Region**](../scholar-outputs/2023/project9)
-- [**Projected Influences of Interannual Climate Variability on Summer Monsoon Onset and Extreme Weather Events in the Indonesia-North Australia Monsoon Region**](../impact-scholars/scholars2023.md#projected-influences-of-interannual-climate-variability-on-summer-monsoon-onset-and-extreme-weather-events-in-the-indonesia-north-australia-monsoon-region)
+- [**Assessing Spatio-Temporal Precipitation Variability and Extreme Events in India**](../scholar-outputs/2023/project3)
-- [**Assessing Spatio-Temporal Precipitation Variability and Extreme Events in India**](../impact-scholars//scholars2023.md#assessing-spatio-temporal-precipitation-variability-and-extreme-events-in-india)
+- [**Analyzing Global Wind Potential for the Next 50 Years and its socio-economic impact**](../scholar-outputs/2023/project1)
-- [**Analyzing Global Wind Potential for the Next 50 Years and its socio-economic impact**](../impact-scholars/scholars2023.md#analyzing-global-wind-potential-for-the-next-50-years-and-its-socio-economic-impact)
+- [**Understand underlying mechanisms of ENSO and predicting its impact on the countries surrounding the Niño Region**](../scholar-outputs/2023/project11)
-- [**Understand underlying mechanisms of ENSO and predicting its impact on the countries surrounding the Niño Region**](../impact-scholars/scholars2023.md#understand-underlying-mechanisms-of-enso-and-predicting-its-impact-on-the-countries-surrounding-the-niño-region)
-
-
+
-## Seminar 3: 27th March, 16:00-17:30 UTC
+## Seminar 3: 27th March, 16:00-18:00 UTC
```{figure} ../impact-scholars/images/seminar_banner_3.png
---
width: 100%
---
```
+- [**Heatwave analysis for Asia (India)**](../scholar-outputs/2023/project6)
-- [**Proposal for heatwave in Asia(India)**](../impact-scholars/scholars2023.md#proposal-for-heatwave-in-asiaindia)
-
-- [**Understanding historical and future impacts of El Niño on climate and food production in Colombia and Indonesia**](../impact-scholars/scholars2023.md#understanding-historical-and-future-impacts-of-el-niño-on-climate-and-food-production-in-colombia-and-indonesia)
+- [**Understanding historical and future impacts of El Niño on climate and food production in Colombia and Indonesia**](../scholar-outputs/2023/project12)
-- [**Predicting future impacts of ENSO on NDVI in the Greater Horn of Africa**](../impact-scholars/scholars2023.md#predicting-future-impacts-of-enso-on-ndvi-in-the-greater-horn-of-africa)
+- [**Preliminary observations on the AVHRR-VIIRS v5 daily NDVI data for the assessment of vegetation-climate dynamics in the Jubba-Shabelle watershed of East Africa**](../scholar-outputs/2023/project8)
-- [**The Past and Future of Mediterranean Heat Waves**](../impact-scholars/scholars2023.md#the-past-and-future-of-mediterranean-heat-waves)
+- [**The Past and Future of Mediterranean Heat Waves**](../scholar-outputs/2023/project10)
-
+
-## Seminar 4: 27th March, 21:00-22:00 UTC
+## Seminar 4: 27th March, 21:00-22:30 UTC
```{figure} ../impact-scholars/images/seminar_banner_4.png
---
width: 100%
---
```
+- [**Understanding Land Cover Change in a Tropical Region due to Rapid Agricultural Increase: Interactions with Environmental and Socioeconomic Factors**](../scholar-outputs/2023/project13)
-- [**Understanding the interactions of socio-economic policy, land use change, climate and carbon sequestration within the biomes of Mato Grosso: Integrating Land Cover, Precipitation, Temperature, GPP and Economic Factors**](../impact-scholars/scholars2023.md#understanding-the-interactions-of-socio-economic-policy-land-use-change-climate-and-carbon-sequestration-within-the-biomes-of-mato-grosso-integrating-land-cover-precipitation-temperature-gpp-and-economic-factors)
-
-- [**Fire Risk Assessment of the Andean-Patagonian Forest**](../impact-scholars/scholars2023.md#fire-risk-assessment-of-the-andean-patagonian-forest)
+- [**Assessment of fire events in Argentinian Andean-Patagonian Forests between 2002-2020**](../scholar-outputs/2023/project5)
-- [**Comparing Sea Level Height Measurements from Tidal Gauges and ECCO Model in Extreme Weather Events**](../impact-scholars/scholars2023.md#comparing-sea-level-height-measurements-from-tidal-gauges-and-ecco-model-in-extreme-weather-events)
+- [**Observing ECCO Model vs Tidal Gauges around Hurricane Maria**](../scholar-outputs/2023/project2)
-
\ No newline at end of file
+
\ No newline at end of file
diff --git a/_sources/scholar-outputs/2023/project1.md b/_sources/scholar-outputs/2023/project1.md
new file mode 100755
index 0000000..75614bd
--- /dev/null
+++ b/_sources/scholar-outputs/2023/project1.md
@@ -0,0 +1,10 @@
+# Analyzing Global Wind Potential for the Next 50 Years and its socio-economic impact
+
+Team "Brachiosaurus_Bharatanatyam_Leggiero"
+
+**Shashank Kumar Roy**, **Anonymous Contributor[^1]**
+
+Mentor: **Luz de Lourdes Aurora**
+
+
+[^1]: The identity of a team member has been hidden upon their request.
\ No newline at end of file
diff --git a/_sources/scholar-outputs/2023/project10.md b/_sources/scholar-outputs/2023/project10.md
new file mode 100755
index 0000000..c6b9c96
--- /dev/null
+++ b/_sources/scholar-outputs/2023/project10.md
@@ -0,0 +1,7 @@
+# The Past and Future of Mediterranean Heat Waves
+
+Team "Andante"
+
+**Lana Flanjak**, **Natalia Gabdrakhmanova**, **Farukcan Sağlam**, **Timon Kunze**
+
+Mentor: **Kenny T.C. Lim Kam Sian**
diff --git a/_sources/scholar-outputs/2023/project11.md b/_sources/scholar-outputs/2023/project11.md
new file mode 100755
index 0000000..1d8c573
--- /dev/null
+++ b/_sources/scholar-outputs/2023/project11.md
@@ -0,0 +1,14 @@
+# Impacts of ENSO on climate variables in the Pacific region
+
+Team "Iguanacolossus_bogel Agitato"
+
+**Anjana Shree RJ**, **Kimia Marvi**, **Kirtana Sunil Phatnani**, **Neil Marc Sordilla**, **Eligio Maure**, **Danny McCulloch**
+
+Mentor: **Tejas Dattaram More**
+
+
+El Niño Southern Oscillation (ENSO) is a naturally occurring climate event that has two phases categorised based on the Sea Surface Temperature (SST) in Central and eastern Pacific. When the SST is above average, it is El-Niño phase and below average is La-Nina. This study focuses on the influence of ENSO on various climate variables such as SST, precipitation and air temperature in the Pacific region. We demonstrated that during El-Niño, precipitation & SST increases in the central and eastern Pacific but decreases in the western Pacific. During La-Nina the opposite happens. Based on the air temperature analysis, it can be concluded that the Earth generally becomes warmer during El Nino years and relatively colder during La Nina years. ENSO has impacts on regional climates globally and in various sectors like agricultural productivity & disaster management. Hence, it becomes necessary to study its influence on climate variables to make informed decisions.
+
+
+---
+The full micropublication will be shared here at the end of March 2024.
\ No newline at end of file
diff --git a/_sources/scholar-outputs/2023/project12.md b/_sources/scholar-outputs/2023/project12.md
new file mode 100755
index 0000000..17f1161
--- /dev/null
+++ b/_sources/scholar-outputs/2023/project12.md
@@ -0,0 +1,30 @@
+# Understanding historical and future impacts of El Niño on climate and food production in Colombia and Indonesia
+
+Team "Protoceratops_Jitterbug_Vivace"
+
+ **Elisa Nóbrega Passos**, **Lakhvinder Kaur**, **Ninibeth Gibelli Sarmiento Herrera**
+
+Mentor: **Muhammed Muhshif Karadan**
+
+```{figure} team-photos/team_project12.jpeg
+---
+width: 100%
+---
+Team "Protoceratops_Jitterbug_Vivace" and their mentor during a meeting
+```
+
+
+Crop production in Colombia and Indonesia is primarily carried out by small, family-owned farms, contributing significantly to job creation in rural areas. The El Niño-Southern Oscillation (ENSO) is pivotal in influencing rainfall, flooding, drought, and heat waves in both countries. These ENSO-related weather anomalies substantially affect crop production and farmers' livelihoods. Coffee production plays a key role in the agricultural economy of both the countries and droughts and ENSO events might impact coffee production in future.
+
+
+This research aims to delve into the varied impacts of El Niño events on temperature and rainfall patterns, thereby affecting vegetation and coffee production in Colombia and Indonesia.
+
+
+To assess the ENSO events, ONI and Standardized Precipitation Index (SPI) were used to identify the El Niño events and the regional drought. SPI was calculated from ERA 5 precipitation data for 3, 6, 12 and 24 months rolling period. There is a notable correlation between temperature raising and observed drought periods in Indonesia and Colombia (SPI less than -1) with the positive anomalies in the Oceanic Niño Index (ONI). This knowledge will serve as a valuable foundation for devising effective strategies to mitigate the adverse effects stemming from climate change.
+
+
+With the aim of identifying the possible El Niño events in the future, firstly the comparison of different CMIP6 models sea surface temperature data with the historical data.
+
+
+---
+The full micropublication will be shared here at the end of March 2024.
\ No newline at end of file
diff --git a/_sources/scholar-outputs/2023/project13.md b/_sources/scholar-outputs/2023/project13.md
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@@ -0,0 +1,14 @@
+# Understanding Land Cover Change in a Tropical Region due to Rapid Agricultural Increase: Interactions with Environmental and Socioeconomic Factors
+
+Team "Beipiaosaurus moonwalk"
+
+**Sofia Corradi Oliveira**, **Andrés Fernando Figueroa Curo**, **Magnolia Song**, **Manojna Polisetty**, **Daniela Velásquez**, **Maryann Alessandra Alata Chambilla**
+
+Mentor: **Oz Kira**
+
+
+
+
+
+---
+The full micropublication will be shared here at the end of March 2024.
diff --git a/_sources/scholar-outputs/2023/project14.md b/_sources/scholar-outputs/2023/project14.md
new file mode 100755
index 0000000..29ab264
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+++ b/_sources/scholar-outputs/2023/project14.md
@@ -0,0 +1,16 @@
+# Wildfires in Angola: Correlation of vegetation and meteorological variables with wildfire intensity
+
+Team "Jintasaurus Skip Energico"
+
+**Agnessa Karapetian**, **Kamil Vlcek**, **Carolina Temporão Marques Filipe**, **Hatice Busragokbunar**, **Sedem Buabassah**
+
+Mentor: **Brittany Engle**
+
+```{figure} project14_summary.png
+---
+width: 100%
+---
+A graphical summary of the project
+```
+---
+The full micropublication will be shared here at the end of March 2024.
\ No newline at end of file
diff --git a/_sources/scholar-outputs/2023/project2.md b/_sources/scholar-outputs/2023/project2.md
new file mode 100755
index 0000000..8981801
--- /dev/null
+++ b/_sources/scholar-outputs/2023/project2.md
@@ -0,0 +1,70 @@
+# Observing ECCO Model vs Tidal Gauges around Hurricane Maria
+
+Team "Rajasaurus Baris"
+
+**Franck Porteous**, **Hannah Krohn**, **Faith Hunja**
+
+Mentor: **Fabrizio Falasca**
+
+In the tempest of climate's exchange,
+Hurricane surges pose challenges, strange.
+As the storms dance with glee,
+Rising tides taunt the sea,
+Measuring their might, in flux, a range.
+
+For sea heights, a system profound,
+Needs remote and in-situ, all around.
+With observations remote,
+And in-situ, afloat,
+Accurate measures in waves are found.
+
+From the ocean, where measurements align,
+UHSLC and ECCO, both shine.
+With gauges on the coast,
+And satellites boast,
+Accurate heights, in data they twine.
+
+In Fall's embrace, Maria did soar,
+A hurricane mighty, waves did implore.
+With waves quite so high,
+Above the mean sea, oh my,
+NWS sought truth on the shore.
+
+Accurate info, they plead and demand,
+For Maria's surge, like a forceful hand.
+2.35 to 5.44 meters it rose,
+A tale that Puerto Rico knows,
+In storm surge data, their safety is planned.
+
+In Isabel Segunda, waves gauge with pride,
+Tidal dance in Esperanza's tide.
+Arecibo stands tall,
+Mayaguez hears the call,
+Fajardo's gauge, where sea levels bide.
+
+Years '92 to '17, ECCO's seas,
+Surface heights dancing with gentle ease.
+Rolling means in the tide gauge,
+Pearson correlation, a data stage,
+In the waves of comparison, both aim to please.
+
+Round ECCO grid cells, a tale to unfold,
+Transformed into an array, so bold.
+With plots to compare,
+In data's vibrant lair,
+A visual dance, a story to be told.
+
+In the dance of tide gauges, so fine,
+Selecting a spot, a perfect align.
+ECCO grid cells embrace,
+Daily averages in grace,
+Acceptable errors, in data they twine.
+
+Pearson correlation, a link so bright,
+ECCO and tidal gauges unite.
+In climate's crystal ball,
+And hurricane's squall,
+Prediction's key for the future's insight.
+
+---
+The full micropublication will be shared here at the end of March 2024.
\ No newline at end of file
diff --git a/_sources/scholar-outputs/2023/project3.md b/_sources/scholar-outputs/2023/project3.md
new file mode 100755
index 0000000..77571d4
--- /dev/null
+++ b/_sources/scholar-outputs/2023/project3.md
@@ -0,0 +1,14 @@
+# Assessing Spatio-Temporal Precipitation Variability and Extreme Events in India
+
+Team "Monsoon Blues"
+
+**Stefy Thomas**, **Khushi Dani**, **Sattiki Ganguly**, **Pandurang Choudhari**
+
+Mentor: **Risa Madoff**
+
+
+The following project is a study on “Assessing Spatio-Temporal Precipitation Variability and Extreme Events in India” which highlights the critical need to understand fluctuations in extreme precipitation events due to anthropogenic climate change across various regions and across time within India. Through the study we aim to understand the degree and the number of extreme precipitation events. We have utilized the Mann-Kendall trend line to visualize the trends, indicating a positive trend for both spatial and temporal variability.The study informs flood risk preparation, water management, and climate policies, all of which contribute to the ongoing discussion of the effects of climate change. In conclusion, the statistical significance of our findings suggest that further research is needed that could help with developing early warning systems, infrastructure development and overall policy making to anticipate and thwart the effects of extreme precipitation.
+
+
+---
+The full micropublication will be shared here at the end of March 2024.
\ No newline at end of file
diff --git a/_sources/scholar-outputs/2023/project4.md b/_sources/scholar-outputs/2023/project4.md
new file mode 100755
index 0000000..fb45fde
--- /dev/null
+++ b/_sources/scholar-outputs/2023/project4.md
@@ -0,0 +1,14 @@
+# Influence of ENSO on the coastal upwelling along Northwest Africa
+
+Team "Fukuivenator Rhumba"
+
+**Sthitapragya Ray**, **Andrea A. Cabrera**, **Diana Marcela Guzmán Lugo**, **Vanni Consumi**, **Daria Proklova**, **Elizaveta Baranova-Parfenova**
+
+Mentor: **Emma Daniels**
+
+
+The El Nino Southern Oscillation (ENSO) is known to influence global atmospheric and oceanic conditions through teleconnection effects. In this analysis, we have analysed the teleconnection between ENSO and the North West African (NWA) coastal upwelling system. Coastal upwelling systems, characterised by the upward flow of cool nutrient-rich waters from the deeper ocean to its surface, are hotspots of biological activity and crucial for ocean productivity. Our analysis relied on a method called the complex rotated maximum covariance analysis which identifies linked modes of variability between two spatio-temporal fields. We have identified one such linked mode of sea surface temperature (SST) variability which plays a crucial role in determining the nature of El Nino event. The corresponding Atlantic SSTs illustrate strong coastal variations along a portion of the coastline of NWA. Thus our analysis identifies the sensitivity of this coastal upwelling system to the diversity of El Nino, and effectively isolates the mode of linked variability.
+
+
+---
+The full micropublication will be shared here at the end of March 2024.
\ No newline at end of file
diff --git a/_sources/scholar-outputs/2023/project5.md b/_sources/scholar-outputs/2023/project5.md
new file mode 100755
index 0000000..d26c03f
--- /dev/null
+++ b/_sources/scholar-outputs/2023/project5.md
@@ -0,0 +1,14 @@
+# Assessment of fire events in Argentinian Andean-Patagonian Forests between 2002-2020
+
+Team "Tyrannosaurus Tango Dolce"
+
+**Franco Barrionuevo**, **Raphael Rocha**, **Cristian Farfan**, **Ricardo Rengifo**, **Luciana Rojas**
+
+Mentor: **Brittany Engle**
+
+
+The Argentinian Andean-Patagonian Forest (AAPF) is a highly biodiverse temperate forest in South America. This area is being threatened by the intensification of climatic conditions that favor the occurrence of fires. However, assessing AAPF fire events is challenging due to a high climatological, geographic and ecosystem variability. Previous analyses were specific and did not consider the latitudinal difference in fire occurrence. In this study, satellite derived data was used to analyze burned areas in AAPF during the 2001-2020 period, and explained its variability in the latitudinal dimension. Two key fire-affected subregions were identified, highlighting the northern AAPF as the most impacted. The study revealed the intricate relationship between fire events and climatic and geographic variability. This assessment serves as a basis for future research on climate change impacts and fire risk prediction in AAPF, emphasizing the need for informed conservation strategies in this biodiverse and ecologically significant region.
+
+
+---
+The full micropublication will be shared here at the end of March 2024.
\ No newline at end of file
diff --git a/_sources/scholar-outputs/2023/project6.md b/_sources/scholar-outputs/2023/project6.md
new file mode 100755
index 0000000..3667996
--- /dev/null
+++ b/_sources/scholar-outputs/2023/project6.md
@@ -0,0 +1,17 @@
+# Heatwave analysis for Asia (India)
+
+Team "Tarantino"
+
+**Ahmad Rashiq**, **Arihant Jain**, **Seyed Mehdi Mirbazel**
+
+Mentor: **Muhammed Muhshif Karadan**
+
+
+Heatwaves are extreme deviations from the average temperature over a period, usually three to seven days. Heatwaves are a direct implication of global climate change. Heatwaves directly impact people's lives. As most of South-east Asia is developing, the socio-economic repercussions of heatwaves are immense in the region.
+
+
+Hence, It is essential to quantify the intensity and severity of heatwaves to understand the relative levels of present and projected risk. Using CMIP6 models for historical and future scenarios, we intend to assess the trend in heatwaves. Using different projections from shared socio-economic pathways (SSP) such as SSP 585, SSP370, and SSP 245, we can see how the heatwaves differ in the region. A heatwave duration index may be used to analyse the heatwave characteristics. The expected increase in heatwaves will further be associated with the variation in carbon dioxide levels in the region. The analysis will also help identify critical zones within the region. The heatwave risk assessment will serve as a precursor for further risk mitigation strategies.
+
+
+---
+The full micropublication will be shared here at the end of March 2024.
\ No newline at end of file
diff --git a/_sources/scholar-outputs/2023/project7.md b/_sources/scholar-outputs/2023/project7.md
new file mode 100755
index 0000000..1a32151
--- /dev/null
+++ b/_sources/scholar-outputs/2023/project7.md
@@ -0,0 +1,8 @@
+# Impact of Deforestation and Multi-year Cyclical Processes on Precipitation Patterns and Cereal Production in Congo River Basin
+
+Team "Fortepiano, Hesperosaurus_bon"
+
+**James Hartzell**, **Magda Altman**, **Pratik Bhandari**, **Lorenzo Pierini**, **Masoumeh Bahri**, **Rajiv Kumar Srivastava**, **Jeffrey N.A. Ayree**
+
+Mentor: **Surajit Deb Barma**
+
diff --git a/_sources/scholar-outputs/2023/project8.md b/_sources/scholar-outputs/2023/project8.md
new file mode 100755
index 0000000..3364c3d
--- /dev/null
+++ b/_sources/scholar-outputs/2023/project8.md
@@ -0,0 +1,14 @@
+# Preliminary observations on the AVHRR-VIIRS v5 daily NDVI data for the assessment of vegetation-climate dynamics in the Jubba-Shabelle watershed of East Africa
+
+Team "Saurophaganax_Popping_forte"
+
+**Jesús Pozo**, **Andrea Miranda**, **Sergei Nabatov**, **Alethia Kielbasa**, **Abdus Samad**
+
+Mentor: **Surajit Deb Barma**
+
+
+This study underscores the profound influence of climate on terrestrial ecosystems, especially in East Africa, where the economy remains heavily dependent on natural resource exploitation. The crucial role of rain-dependent farming in sustaining the livelihoods of Africa's majority population accentuates the importance of understanding land-atmosphere interactions. The Juba-Shabelle basin, shared by Kenya, Ethiopia, and Somalia, is the eye of years of international water conflicts. With recent NDVI data provided by the National Oceanic and Atmospheric Administration from the AVHRR and VIIRS satellite sensors we illustrate 30 years of changes from 1991 to 2020. We noticed effects of El Niño events, a substantial change in the outputs of both sensors, a climatology of cloud activity in terms of missing values, and the influence of the latter in the regional NDVI computation. To bring sustainable solutions to the decision-makers, the land-atmosphere system of vulnerable regions needs to be studied in precise terms by data that is understood in its intricacies and opportunities.
+
+
+---
+The full micropublication will be shared here at the end of March 2024.
\ No newline at end of file
diff --git a/_sources/scholar-outputs/2023/project9.md b/_sources/scholar-outputs/2023/project9.md
new file mode 100755
index 0000000..8701a4e
--- /dev/null
+++ b/_sources/scholar-outputs/2023/project9.md
@@ -0,0 +1,14 @@
+# Impact of Interannual Variability on the Onset of Summer Monsoon over the Indonesia-Northern Australia Region
+
+Team "Fortepiano"
+
+**Zhixian Yang**, **Selyn Rousse Acuña**, **Tejawini M. Pawase**, **René Navarro Labastida**, **Rosmery Lidez Condori**, **Naomi Nafisa Rahman**
+
+Mentor: **Gizachew Kassa Agegn**
+
+
+El Nino-Southern Oscillation and Indian Ocean Dipole are two modes of interannual variability that dominate the climate over regions across the tropics and subtropics through atmospheric and oceanic processes. Over the past decades, how these interannual variabilities are linked with precipitation patterns over the Maritime Continent and Northern Australia has been studied, and many insightful hypotheses and useful prediction models have been proposed. In this study, we particularly focus on the teleconnection patterns from interannual variabilities to the onset of summer monsoon over the vast Indonesia-Northern Australia monsoon region during different periods. The analysis suggests that the ENSO phase has a strong positive correlation with the onset of summer monsoon over the Indonesia-Northern Australia region, while the IOD phase has a positive and negative correlation with Indonesia and Northern Australia, respectively. Furthermore, the analysis in different periods argues that the IOD’s teleconnection patterns have significantly changed in recent years.
+
+
+---
+The full micropublication will be shared here at the end of March 2024.
\ No newline at end of file
diff --git a/genindex.html b/genindex.html
index d5a0403..5bb36e2 100755
--- a/genindex.html
+++ b/genindex.html
@@ -187,8 +187,24 @@