The simulated sea ice drift data is a by-product from a sea ice thickness assimilation system that generates the Arctic 'Combined Model and Satellite sea ice Thickness (CMST; doi:10.1594/PANGAEA.891475) ' dataset. The data also provide the ocean current velocity where ice free. To obtain the sea ice drift on the geographic coordinate, a transformation must be done as following: uE = AngleCS * SIuice - AngleSN * SIvice; vN = AngleSN * SIuice + AngleCS * SIvice; where uE and vN are two velocity components on the geographic coordinate; AngleCS and AngleSN can be found in 'grid.cdf'; SIuice and SIvice are sea ice velocity on model mesh
The Arctic sea ice cover is constantly in motion driven by the wind and ocean currents. The transpor...
Author Posting. © American Geophysical Union, 2019. This article is posted here by permission of Ame...
Results of an earlier study suggest that sea ice drift in climate models is unrealistic, and this ha...
For ice concentrations less than 85%, internal ice stresses in the sea ice pack are small and sea ic...
Sea ice area and thickness have been on the decline in the Arctic over the past several decades. Und...
Sea ice is regarded as a significant indicator of climate change in the Arctic Ocean. Landfastice is...
The Arctic region is sensitive to climate change. Since the Arctic sea-ice cover influences the surf...
The variability of sea ice in the polar regions is an important factor in the climate system particu...
Sea ice cover and thickness have substantially decreased in the Arctic Ocean since the beginning of ...
The authors present an analytical model for wind-driven free drift of sea ice that allows for an arb...
A correct representation of the ice movement in an Arctic sea-ice–ocean coupled model is esse...
At high latitudes, a significant part of the oceans is covered by sea ice that forms when seawater f...
Sea ice deforms constantly under the forcing of winds and ocean currents. Eventually the ice cover o...
Sea ice is regarded as a clear indicator of climate change in the Arctic Ocean. Landfast ice is immo...
This data set contains two high-resolution sea ice drift and deformation fields from 30/31 December ...
The Arctic sea ice cover is constantly in motion driven by the wind and ocean currents. The transpor...
Author Posting. © American Geophysical Union, 2019. This article is posted here by permission of Ame...
Results of an earlier study suggest that sea ice drift in climate models is unrealistic, and this ha...
For ice concentrations less than 85%, internal ice stresses in the sea ice pack are small and sea ic...
Sea ice area and thickness have been on the decline in the Arctic over the past several decades. Und...
Sea ice is regarded as a significant indicator of climate change in the Arctic Ocean. Landfastice is...
The Arctic region is sensitive to climate change. Since the Arctic sea-ice cover influences the surf...
The variability of sea ice in the polar regions is an important factor in the climate system particu...
Sea ice cover and thickness have substantially decreased in the Arctic Ocean since the beginning of ...
The authors present an analytical model for wind-driven free drift of sea ice that allows for an arb...
A correct representation of the ice movement in an Arctic sea-ice–ocean coupled model is esse...
At high latitudes, a significant part of the oceans is covered by sea ice that forms when seawater f...
Sea ice deforms constantly under the forcing of winds and ocean currents. Eventually the ice cover o...
Sea ice is regarded as a clear indicator of climate change in the Arctic Ocean. Landfast ice is immo...
This data set contains two high-resolution sea ice drift and deformation fields from 30/31 December ...
The Arctic sea ice cover is constantly in motion driven by the wind and ocean currents. The transpor...
Author Posting. © American Geophysical Union, 2019. This article is posted here by permission of Ame...
Results of an earlier study suggest that sea ice drift in climate models is unrealistic, and this ha...