How will future climate change affect our glaciers? By looking into the past 4000 years, a new study lead by Henning Åkesson at the Bjerknes Centre finds an ice cap in southern Norway to be ‘exceptionally sensitive’ to climate change.
A new research finds an increase of strong and extremely strong fronts in summertime and autumn over Europe. If this is a trend or caused by climate change remains to be seen, according to lead author Sebastian Schemm.
Using a new theory, Erwin Lambert shows that more freshwater in the Arctic may strengthen the Gulfstream’s extension into the polar regions – the opposite of what has generally been anticipated with future climate change.
Based on a unique dataset collected during a research cruise to the Irminger Sea in April 2015, a new paper reveals a strong link between atmospheric forcing, deep convection, ocean ventilation and anthropogenic carbon sequestration.
Analysis of cyclone tracks and precyclogenesis flow conditions show us that El Niño can shift the preferred cyclogenesis position over the Gulf Stream which influences the cyclone’s track across the North Atlantic.