Warm Winds in Autumn Could Strain Antarctica’s Larsen C Ice Shelf
New UMD-led research shows unusual three-year spike in late-season surface melt due to bursts of warm, dry wind from Antarctic Peninsula’s mountains The Antarctic Peninsula is the northernmost part of Earth’s coldest continent, making it particularly vulnerable to a changing global climate. Surface melting of snow and ice initiated the breakup of the peninsula’s northernmost Larsen A ice shelf in 1995, followed in 2002 by the Larsen B ice shelf to the south, which lost a section roughly …