Variability in sea ice conditions, combined with strong couplings to the atmosphere and the
ocean, lead to a broad range of complex sea ice dynamics. More in-situ measurements are …

Wave energy propagating into the Antarctic marginal ice zone effects the quality and extent
of the sea ice, and wave propagation is therefore an important factor for understanding and …

Our understanding of cross-disciplinary connections for Antarctica's role in the Earth system
remains incomplete, especially around its coastal margins. The focus here is on sea-ice …

Progress in our understanding of wave–ice interactions is currently hindered by the lack of in
situ observations and information of sea-ice properties, including the elastic modulus. Here …

This study provides a systematic analysis of extreme variability in winter Antarctic sea‐ice
concentration (SIC) and its relationship with extratropical cyclones. We characterize sea‐ice …

The Arctic region is experiencing significant changes due to climate change, and the
resulting decline in sea ice concentration and extent is already impacting ocean dynamics …

Abstract The Chilean Wave Atlas (AOC1), a reliable hindcast developed in 2017 for the
academic and engineering community, diminished its usefulness due to the obsolescence of …

Theoretical models for the prediction of decay rate and dispersion process of gravity waves
traveling into an integrated ice cover are introduced. The term “wet beam” is chosen to refer …

High-resolution observations of short-term changes in sea ice are critical to understanding
ice dynamics and also provide important information used in advice to ship**, especially …

The Marginal Ice Zone is a highly dynamic region where the atmosphere, ocean, waves and
sea ice meet. Waves play a fundamental role in this coupled system, but progress in our …