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 …

Marginal ice zones (MIZs) are qualitatively distinct sea-ice-covered areas that play a critical
role in the interaction between the polar oceans and the broader Earth system. MIZ regions …

Wave and sea ice properties in the Arctic and Southern Oceans are linked by feedback
mechanisms, therefore the understanding of wave propagation in these regions is essential …

A radiative transfer model of water wave scattering in the marginal ice zone is considered. In
this context, wave energy redistribution across the directional components of the spectrum …

There has been a significant increase of studies on wave–ice interactions in the past
decades. Through a close look at a representative set of theories, this paper investigates …

The marginal ice zone (MIZ) is the dynamic interface between the open ocean and sea ice-
covered ocean. It is characterized by interactions between surface gravity waves and …

In the marginal ice zone (MIZ), where ocean waves and sea ice interact, waves can produce
flows of water across ice floe surfaces in a process known as wave overwash. Overwash …

Commentary narrated in this theme issue is recast to contextualize the diverse themes
presented into a forward-looking conversation that synthesizes, debates opportunities for …

The evolution of ice conditions and wave patterns in polar water areas is complex, and
studying the hydrodynamic response between sea ice and waves is crucial. In this study, the …

Wave interaction with a floating finite elastic plate is considered, based on the linearized
velocity potential theory for fluid flow, and the thin elastic plate model for plate deflection …