Primary Convener:
Ellyn Enderlin, Boise State University

Convener:
Ellyn Enderlin, Boise State University
Robert Hawley, Dartmouth College
Catherine Walker, Woods Hole Oceanographic Institution
Summer Rupper, University of Utah
Sebastian Simonsen, DTU Space

Chair:
Ellyn Enderlin, Boise State University
Summer Rupper, University of Utah
Robert Hawley, Dartmouth College

The spatial extent of ice sheets, ice caps, glaciers, and ice shelves are vast but dynamic, evolving over hourly to millennial time scales and everything in between. Remotely-sensed data, including those collected from uncrewed aerial systems, crewed aircraft, and satellites, are widely used to address the observational challenges associated with such a complex component of the Earth system. This session welcomes submissions that focus primarily on remote sensing of terrestrial ice masses and proglacial environments, ranging from small mountain glaciers through the floating margins of ice sheets. Topics can include scientific insights gained through remotely-sensed data analysis, methods development, new processing techniques (e.g., data fusion, machine learning, AI), integration with field data and/or numerical modeling, etc. With a goal to promote cross-disciplinary exchange, we welcome submissions highlighting different parts or processes within the Cryosphere, and across the methodology and sensor landscapes.

Index Terms
0736 Snow
0738 Ice
0758 Remote sensing
0794 Instruments and techniques

Cross-Listed:
A - Atmospheric Sciences
H - Hydrology
G - Geodesy
EP - Earth and Planetary Surface Processes

Neighborhoods:
3. Earth Covering