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                                 <div class="cs-item-social"><a href="/assets/documents/publications/2404.04425.pdf" target="_blank"><img src="../assets/icons/pdf.svg" alt="pdfDocument" width="30" height="30" decoding="async" aria-hidden="true"></a><a href="https://arxiv.org/abs/2404.04425" target="_blank"><img src="../assets/icons/link.svg" alt="webLink" width="30" height="30" decoding="async" aria-hidden="true"></a></div></div>
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+                            <span class="cs-publication-type">The Depositional Record</span>
+                            <span class="cs-name"><p>Comparative clumped isotope temperature relationships in freshwater carbonates</p>
+</span>
+                            <span class="cs-publication-author">Alexandrea Arnold, John Mering, Lauren Santi, <span class="cs-highlight-author">Cristian Román-Palacios</span>, Huashu Li, Victoria Petryshyn, Bryce Mitsunaga, Ben Elliott, John Wilson, Jamie Lucarelli, Ronny Boch, Daniel Ibarra, Lin Li, Majie Fan, Darrell Kaufman, Andrew Cohen, Rob Dunbar, James Russell, Stefan Lalonde, Priyadarsi D. Roy, Martin Dietzel, Xingqi Liu, Fengming Chang, Robert A. Eagle, Aradhna Tripati</span>
+                            <span><span class="cs-publication-month">Oct</span>
+                                    <span> </span><span class="cs-publication-year">2024</span>
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+                                <div class="read-more-text"><p>Lacustrine, riverine and spring carbonates represent archives of terrestrial climates and their geochemistry has been used to study palaeoenvironments. Clumped isotope thermometry is an emerging tool that has been applied to freshwater carbonates. Limited work has been done to evaluate comparative relationships between clumped isotopes and temperature in different types of modern freshwater carbonates. This study assembles an extensive calibration data set with 135 samples of modern freshwater carbonates from 96 sites and constrains the relationship between independent observations of water temperature and the clumped isotopic composition of carbonates (denoted by Δ47), including new measurements, and recalculates published data in accordance with current community-defined standard values. For temperature reconstruction, the study reports a composite freshwater calibration and material-specific calibrations for biogenic carbonates (freshwater gastropods and bivalves), fine-grained carbonate (e.g. micrites), biologically mediated carbonates (microbialites and tufas) and travertines. Material-specific calibration trends show a convergence of slopes that are in agreement with recently published syntheses, but statistically significant differences in intercepts occur between some materials (e.g. some biogenics, fine-grained carbonates). These differences may arise due to unresolved seasonal biases, kinetic isotope effects and/or varying degrees of biological influence. The impact of different calibrations is shown through application to new data for glacial and deglacial age travertines from Austria and published data sets. While material-specific calibrations may yield more accurate results for biogenic and fine-grained carbonate samples, the use of material-specific and the composite freshwater calibrations generally produces values within 1.0–1.5°C of each other, and typically fall within calibration uncertainty given limitations of precision.</p>
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+                            <div class="cs-item-filters"><div class="cs-filter">Data science</div><div class="cs-filter">Geosciences</div><div class="cs-filter">Paleoclimatology</div></div><div aria-hidden="true" class="line line-full"></div>
+                                <div class="cs-item-social"><a href="/assets/documents/publications/arnoldetal_2024.pdf" target="_blank"><img src="../assets/icons/pdf.svg" alt="pdfDocument" width="30" height="30" decoding="async" aria-hidden="true"></a><a href="https://onlinelibrary.wiley.com/doi/full/10.1002/dep2.312" target="_blank"><img src="../assets/icons/link.svg" alt="webLink" width="30" height="30" decoding="async" aria-hidden="true"></a></div></div>
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