Why does Arctic sea ice spread more slowly than the wind seems to suggest? A study led by researchers at the University of California, Riverside finds that repeated collisions between neighboring pieces of floating ice can explain several puzzling patterns in its movement.
Bryan Shaddy and UCR researchers Alex Greaney and Bhargav Rallabandi published their findings September 10 in Physical Review Letters. Their work links individual collisions to the movement of larger ice…
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