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  • Presentation | C51B: Decoding Glacier Change Through Observations and Models II Poster
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  • C51B-0341: Quantifying Climate Signals in Greenland Ice Sheet Changes
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  • Board 0341‚ Hall EFG (Poster Hall)
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Author(s):
Golsa Talebigheshlaghi, University at Buffalo (First Author, Presenting Author)
Naveen Senthil, University at Buffalo
Sophie Nowicki, University at Buffalo


The Greenland Ice Sheet is melting and contributing to rising sea levels. However, understanding how climate change affects different parts of this ice sheet is complex. We used machine learning to examine how atmospheric and oceanic conditions influence ice thickness changes across Greenland. By analyzing the data region by region, we could see how different areas respond to climate signals. Our results revealed that the ice sheet's response is much more complicated than expected. This complexity means that predicting future ice loss requires more sophisticated approaches.



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