Arctic Sea Ice Loss Fuels Extreme European Snowfall

Nature Geoscience, April 1

The loss of Arctic sea ice directly contributed to the extreme snowfall and freezing across Europe during February 2018. This winter event was driven by an anomalously warm Barents Sea. With a 60% ice-free surface, the Barents Sea pushed 140 gigatons of water vapor into a cold northeasterly airflow over northern Europe, producing nearly 90% of the resulting fresh snowfall. For the past forty years, the increase in evaporation from the Barents Sea matches the 1.6 mm (water equivalent) per year increase in Europe’s maximum snowfall. Authors reiterate that sustained increases in global temperatures will result in an Atlantified ice-free Barents Sea by 2080, which will continue to be a major source of winter moisture for continental Europe.

https://tc.copernicus.org/articles/15/1501/2021/

Compiled by Amy Imdieke

Pam Pearson

Recent Posts

Record Low Snow in Hindu Kush Himalaya Threatens Water Supply

ICIMOD, April 24, 2026 2026 marks the fourth consecutive year of below-average snow conditions in…

2 weeks ago

Global Warming Weakens AMOC While Temporarily Strengthening Nordic Overturning Circulation

Ocean Science, 20 Apr 2026 Global warming and increased freshwater input from melting ice are…

2 weeks ago

Lack of Monitoring for Glacier Biodiversity: A Critical Gap in EU Policy

Science, 23 Apr 2026 Specially-adapted species living in glacier regions face rapid snowpack and ice…

2 weeks ago

Tides and Ocean Layering Shape Ice Shelf Melt, Impacting Antarctic Sea-Level Rise Projections

Science Advances, 24 Apr 2026 Observations from the grounding zone beneath the Ross Ice Shelf…

2 weeks ago

COP30 Video of the Week: Forecast-Based Financing and Adaptation in the Hindu Kush Himalaya

The Hindu Kush Himalaya faces rising climate extremes that threaten mountain communities, demanding a shift…

2 weeks ago

Without Emissions Cuts, A Real Risk of Extreme Sea-level Rise by 2100

Philosophical Transactions of the Royal Society, 23 April 2026 Observations suggest we are currently tracking…

4 weeks ago