Arctic landfast sea ice has undergone substantial changes in recent decades, affecting ice
stability and including potential impacts on ice travel by coastal populations and on industry …

Glacial lakes are an important component of the cryosphere in the Tibetan Plateau. In
response to climate warming, they threaten the downstream lives, ecological environment …

Quantitative parameters characterizing the sea ice surface topography are needed in
geophysical investigations such as studies on atmosphere–ice interactions or sea ice …

Characterizing sea ice changes over the Arctic can give proper insight into its extent in the
current context of climate change. Sea ice motion's effect on ice area is influenced by …

In this work, we evaluate landfast sea ice dynamics using ground-based radar
interferometry. During two field campaigns in Utqiaġvik, Alaska, we collected three∼ 24-h …

Mapping of fast ice displacement and investigating sea ice rheological behavior is a major
open topic in coastal ice engineering and sea ice modeling. This study presents first results …

Arctic sea ice has undergone rapid changes during the last few decades, with negative
implications for over-ice travel and on-ice operations, which benefit from services provided …

Bottomfast sea ice is an integral part of many near-coastal Arctic ecosystems with
implications for subsea permafrost, coastal stability and morphology. Bottomfast sea ice is …

Landfast ice has undergone a dramatic decline in recent decades, imposing potential effects
on ice travel for coastal populations, habitats for marine biota, and ice use for industries. The …

Arctic amplification is accelerating changes in sea ice regimes in the Canadian Arctic with
later freeze-up and earlier melt events, adversely affecting Arctic wildlife and communities …