New GRL paper on the dynamic nature of Antarctic active subglacial lakes that have boundaries that change shape, grow, shrink, or even migrate. We show stationary lake outlines can underestimate cumulative water volume change by up to ~100% and overestimate lakebed area. 📄 doi.org/10.1029/2025...

📣 Call for submissions: AGU25 IN029 "Open Source Geospatial Workflows in the Cloud" 🌍 Please submit your work using cutting-edge practices and tools that are shaping the future of geospatial science. More info: events.geojupyter.org/conferences/... #opensource #geospatial #jupyter #AGU25

Excited to share our research on using #machinelearning to assess active subglacial lake candidates across Antarctica! Check out our Thu AM poster at #AGU24: C41D-0207 Leveraging Machine Learning for Efficient and Accurate Identification of Subglacial Lakes agu.confex.com/agu/agu24/me...

🌥️ Join experts exploring how cloud computing accelerates scientific discovery! From NASA's open science projects to large-scale data processing, see how teams are transforming Earth science research. Talks on ML applications, cross-language collaboration and more! #AGU24 #OpenScience #CloudComputing