Arctic coasts are vulnerable to the effects of climate change, including rising sea levels and
the loss of permafrost, sea ice and glaciers. Assessing the influence of anthropogenic …

Wind-waves have an important role in Earth system dynamics through air–sea interactions
and are key drivers of coastal and offshore hydro-morphodynamics that affect communities …

Over the past decade, the diminishing Arctic sea ice has impacted the wave field, which
depends on the ice-free ocean and wind. This study characterizes the wave climate in the …

The propagation of ocean surface waves within the marginal ice zone (MIZ) is a defining
phenomenon of this dynamic zone. Over decades of study, a variety of methods have been …

Abstract The Arctic Ocean wave climate is undergoing a dramatic change due to the sea ice
retreat. This study presents simulations of the Arctic regional wave climate corresponding to …

A model for wind‐generated surface gravity waves, WAVEWATCH III®, is used to analyze
and interpret buoy measurements of wave spectra. The model is applied to a hindcast of a …

There is a wide consensus within the polar science, meteorology, and oceanography
communities that more in situ observations of the ocean, atmosphere, and sea ice are …

Arctic sea-ice is declining in extent, leaving coastlines exposed to more storm-wave events.
There is an urgent need to understand how these changes affect geomorphic processes …

This study examines the potential of using bistatic radar reflections from the Global
Navigation Satellite System (GNSS) to classify sea ice types in the Arctic Ocean during the …

A three-dimensional ice-water-structure interaction numerical model is developed to
simulate the ice breaking and water entry of rigid spheres. The algorithm employs the …