Experience the 2024 total solar eclipse with CATE 2024! Join our team at the University at Buffalo as we observe the Sun’s corona on April 8th, 2024, across North America.
Improving the understanding of ongoing cryospheric changes by monitoring ice sheet mass balance and ice dynamics
Investigating the linkages between subglacial geology and ice sheet dynamics by combining geophysical, remote sensing, climate and glaciological observations
Reconstructing century scale cryospheric changes from historical observations
Quantifying ice sheet contribution to sea level rise
Developing new approaches for extracting higher level information from remotely sensed observation
Developing new methods for change detection, data fusion and visualization to support Earth science applications.
Current Research Projects
NASA’s ICESat-2 satellite mission
ICESat-2 horizontal error validation using natural surfaces
Integration of ICESat-2 observations into ice sheet elevation change record to investigate ice sheet processes
Revealing the processes controlling outlet glacier seasonality with ICESat-2
NASA’s sea level change research
Combining multi-satellite observations, modeling and Earth systemdata assimilation for understanding observed and projected sea level change
NSF Cyberinfrastructure for Sustained Scientific Innovation
Ghub as a community-driven data-model framework for ice-sheet science
Latest News and Events
Published May 7, 2024
EDGE Proposal with Dr. Csatho as Co-Lead for Land Ice Products Selected by NASA to Study 3D Ecosystem Structure and Ice Sheet Topography