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Successive+radar+images+made+between+December+2014+and+March+2016+were+used+to+create+this+spectacular+map+showing+how+fast+the+ice+flows+on+the+Antarctic+Peninsula.+The+peninsula+is+a+narrow%2C+mountainous+finger+of+land+and+is+the+northernmost+arm+of+the+Antarctic+ice+sheet.+The+colors+indicate+the+speed+of+ice+movement+in+meters+per+day%2C+ranging+from+1+centimeter+%283%2F8+inch%29+per+day+or+less+in+dark+blue+to+up+to+1+meter+%283.25+feet%29+per+day+in+red.+This+region+has+been+experiencing+rapid+climate+warming+over+recent+decades.+May+2016.+
J. Wuite et al., “Continuous Monitoring of Greenland and Antarctic Ice Sheet Velocities Using Sentinel-1 SAR,” Geophysical Research Abstracts 18 (2016), EGU2016–12826. Contains modified Copernicus Sentinel-1 data (2015), processed by Enveo Company, Austria, CC BY-SA 3.0 IGO.

Successive radar images made between December 2014 and March 2016 were used to create this spectacular map showing how fast the ice flows on the Antarctic Peninsula. The peninsula is a narrow, mountainous finger of land and is the northernmost arm of the Antarctic ice sheet. The colors indicate the speed of ice movement in meters per day, ranging from 1 centimeter (3/8 inch) per day or less in dark blue to up to 1 meter (3.25 feet) per day in red. This region has been experiencing rapid climate warming over recent decades. May 2016.


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