Nature Reviews Earth & Environment, 4 January 2022
This global inventory provides a detailed map of the current size and stability of glacial lakes, in part to allow continual assessment of projected changes as the climate warms. 80% of these lakes in Antarctica, Greenland, Iceland, and glacial valley regions (such as the Alps) were found to be stable, but 20% are characterized as “active.” This means they can suddenly and catastrophically burst, posing a hazard to human populations and infrastructure downstream. The sudden release of lake water can also cause landslides, and subglacial lakes play a critical role in moderating the speed at which glacial melt contributes to sea-level rise. Monitoring these lakes is critical to gaining a better understanding of water storage and drainage beneath glaciers in vulnerable mountain regions, as well as risks to local populations.
Dear Friends of the Cryosphere Pavilion and Cryosphere Capsule Readers! We are happy to announce…
Nature Communications, 21 July 2026 Rising sea levels driven by ocean warming and ice sheet…
Journal of Geophysical Research: Oceans, 26 June 2026 East Antarctica has long been considered less…
Geophysical Research Letters, 9 July 2026 Antarctic Bottom Water (AABW) is the cold, dense water…
PNAS, 20 July 2026 After several years in the early 2020s when Arctic winter sea…
Nature Communications, 16 July 2026 Temporarily exceeding global warming targets increases the risk of long-lasting…