Using a helicopter, a laser, and precise GPS coordinates, MOSAiC expedition scientists made measurements that will help validate sea ice data collected by NASA’s ICESat-2 satellite.
MOSAiC Meets ICESat-2
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Using a helicopter, a laser, and precise GPS coordinates, MOSAiC expedition scientists made measurements that will help validate sea ice data collected by NASA’s ICESat-2 satellite.
After cracks formed in the sea ice, the MOSAiC expedition team decided to move instruments to safer location.
Cracks in the sea ice are a not-so-gentle reminder that the ice can be extremely dynamic, and researchers should be prepared for anything.
Central to the entire MOSAiC Expedition is the MOSAiC Floe: a large sheet of sea ice that was carefully selected as the ideal place to anchor Polarstern for an entire year.
The MOSAiC Leg 3 team is officially on board the Polarstern, and science activities have quickly begun.
Standing just a few meters from the sea ice, one can see just how dynamic, variable, and beautiful the ice cover can be.
Monitoring mangroves in Guyana with Synthetic Aperture Radar.
SERVIR team members traveled to Bangkok, where they connected researchers with the tools to use Synthetic Aperture Radar data to monitor forests and estimate biomass.
MOSAiC expedition scientists prepare for research aboard an icebreaker, which has been frozen into the Arctic sea ice for about three months.
