Cryospheric Sciences at NASA
Increases in ice loss from the glaciers of Antarctica, Greenland, and the rest of the Arctic are contributing to sea level rise, while similarly dramatic changes are occurring in the sea ice cover of the Arctic and Southern Oceans. Characterizing these changes and understanding the processes controlling them is required to improve our understanding of the Earth system and forecast the impacts of continued change.
The Earth’s cryosphere covers continent-sized areas in the most inaccessible and inhospitable regions of the globe. NASA’s capabilities in satellite and aircraft remote- sensing are critical tools for understanding the changes occurring there. NASA’s Cryospheric Sciences Program supports studies based on satellite and aircraft remote sensing observations to understand the factors controlling changes in the ice and its interaction with the ocean, atmosphere, solid earth, and solar radiation.
News from the Cryosphere Program
We recently held two town hall meetings to discuss the implementation of dual-anonymous peer review for the A.15 Cryospheric Sciences program element of ROSES-2021. In dual-anonymous peer review, not only are proposers unaware of the identity of reviewers, but the reviewers do not have explicit knowledge of the proposing teams and institutions during the scientific evaluation of the proposal. The town halls discussed (1) the motivation for switching to dual-anonymous peer review, (2) how dual-anonymous peer reviews work, and (3) how to write proposals that are compatible with dual-anonymous peer review.
- National Snow & Ice Data Center (NSIDC)
- NASA Earthdata
- Ice Sheet System Model
- Virtual Earth System Laboratory
- Alaska Satellite Facility
- Oceans Melting Greenland
- Greenland Climate Network (GC-Net)
- Satellite Visualization Data for the Distributed Biological Observatory (DBO)
- Polar Geospatial Center
- Current funding opportunities
- Recent selections
- Cryospheric Science at JPL
- Cryospheric Science at Goddard