Sea ice is an important transport vehicle for gaseous, dissolved and particulate matter in the
Arctic Ocean. Due to the recently observed acceleration in sea ice drift, it has been assumed …

In September 2019, the research icebreaker Polarstern started the largest multidisciplinary
Arctic expedition to date, the MOSAiC (Multidisciplinary drifting Observatory for the Study of …

Quantification of the spatial variability and long‐term changes of Arctic sea ice motion is
important for understanding the mechanisms of rapid Arctic sea ice decline because sea ice …

The decline of Arctic sea ice extent has created a pressing need for accurate seasonal
predictions of regional summer sea ice. Recent work has shown evidence for an Arctic sea …

In this paper, we investigate the seasonal and spatial variability of stratification on the
Siberian shelves with a case study from the Laptev Sea based on shipboard hydrographic …

Abstract Observed September Arctic sea ice has declined sharply over the satellite era.
While most climate models forced by observed external forcing simulate a decline, few show …

Arctic coastal erosion experiences pronounced effects from ongoing climate change. The
Laptev Sea figures among the Arctic regions with the most severe erosion rates. Here, we …

During September 2016 an ice‐free Beaufort Sea was observed for only the second time.
Like previous regional sea ice minima (1998, 2008, and 2012), seasonal preconditioning of …

Abstract Changes in Arctic sea ice thickness are the result of complex interactions of the
dynamic and variable ice cover with atmosphere and ocean. Most of the sea ice exiting the …

Given the rapidly changing Arctic climate, there is an urgent need for improved seasonal
predictions of Arctic sea ice. Yet, Arctic sea ice prediction is inherently complex. Among …