Ice Mass Loss from Greenland Will Continue Even After Stabilized

Nature, Communications Earth & Environment, August 13

Acceleration of outlet glaciers from the Greenland ice sheet, not compensated by accumulation above makes it the current largest contributor to sea level rise. Through the 1980s and 1990s, losses through iceberg calving and melting were replaced by snowfall, keeping the ice sheet in balance. However, starting in the early 2000s, the retreat and acceleration of these glaciers surpassed gains through snow accumulation, making the ice sheet lose 14% more mass annually (60 Gt on average) than was replenished by snow. The authors conclude that these large glaciers will continue retreating for some time, even should temperatures stabilize at today’s levels; but the speed at which this loss continues directly depends on how rapidly our air and oceans continue warming.

http://www.nature.com/articles/s43247-020-0001-2

Compiled by Amy Imedieke

Pam Pearson

Recent Posts

Fractures in West Antarctic Ice Shelves Could Increase Future Sea-level Rise by Fourfold

PNAS, 6 July 2026 Antarctic ice shelves act as natural barriers that slow the flow…

4 dagar ago

Sea-level Rise Has Quadrupled the Frequency of Coastal Flooding Extremes Since 1900

Nature Climate Change, 10 June 2026 Human-driven sea-level rise is transforming once-rare “extreme sea-level events”…

4 dagar ago

Shifting Cyclones May Reduce Antarctica’s Natural Snowfall Buffer Against Ice Loss

Advances in Climate Change Research, June 2026 Extratropical cyclones – large weather systems that transport…

4 dagar ago

Marine Heatwaves Becoming More Frequent in the North Sea

Ocean Science, 30 June 2026 The North Sea has warmed about twice as fast as…

4 dagar ago

Declining West Himalayan Glaciers Result in Decreased Water Supply Should Warming Continue

Environmental Research Climate, 3 July 2026 Glaciers in the Western Himalayas store vast freshwater reserves…

4 dagar ago

Arctic Sea Ice Loss Linked to Heavier Rainfall in Northwest India

Climate Dynamics, 28 May 2026 Declining sea ice in the Arctic’s Barents-Kara Sea may be…

4 dagar ago