Warmer Atlantic and More Storms Decrease Sea Ice North of Svalbard

Journal of Geophysical Research, July 11
On the other side of the Arctic, an earlier study this summer found that winter storms and warm near‐surface Atlantic water appear directly responsible for winter sea ice loss in the Whalers Bay area north of Svalbard.  The amount of heat transported from the Atlantic Ocean, and storm frequency both have increased over the past several decades, and the ice‐free area is expected to increase further in future; affecting marine ecology and commercial activity including transportation and fishing.
Compiled by Amy Imdieke
Pam Pearson

Recent Posts

SB64 Side Event on Cryosphere and Overshoot: Implications of Peak CO2 and Temperature for Global Cryosphere

Monday June 8th, 16:30-17:45 CEST in Room Kaminzimmer, World Conference Center (WCC), Bonn Dear Cryosphere…

3 days ago

Seasonal Glacier Water Supply Becoming Less Reliable for Cities in Asia

Nature Communications, 15 May 2026 Glaciers and snowpack currently help reduce water shortages for many…

1 week ago

Increasingly Unpredictable River Floods in Indus River Basin

Communications Earth & Environment, 14 May 2026 River floods in the upper Indus basin are…

1 week ago

Thawing Permafrost Increases Flood and Landslide Risks in the Western Himalaya

NPJ Natural Hazards, 8 May 2026 Rapid warming increases permafrost thaw and the risk of…

1 week ago

Impact of 2022 Heatwave and 2023 Extreme Summer Snowfall on the Western Himalaya

Scientific Reports, 29 April 2026 Extreme weather events increasingly shape how Himalayan glaciers gain and…

1 week ago

Glacier Retreat Increases Likelihood of Landslides and Tsunamis

Science, 6 May 2026 An August 2025 landslide in Tracy Arm fjord, Alaska, generated one…

2 weeks ago