Climate change is increasingly predisposing polar regions to large landslides.
Tsunamigenic landslides have occurred recently in Greenland (Kalaallit Nunaat), but none …

Compound impacts on water level caused by seiche and high flow in freshwater coastal
rivers can result in extreme flood risks. A seiche is an oscillation in the lake caused by strong …

Plant invasions often lead to homogenization of plant communities, but the potential for
homogenization of other trophic levels is understudied in many systems. Biotic communities …

Ocean tides have been reported to be significantly damped by sea ice due to the fact that the
bottom of sea ice is rough and able to dissipate tidal energy. To examine this damping effect …

In this study, we delve into the effectiveness of trapezoidal breakwaters in mitigating
resonance phenomena. The challenge at hand is to identify the optimal configuration …

A model for the hydroelastic response of enclosed shallow water basins with floating slender
plates of large span, in variable bathymetry is presented. The eigenproblem for the system's …

Lake Erie is the fourth largest, in surface area, of the Great Lakes. Seiching events in the
lake have in the past led to breaches of the flood wall in Buffalo (at the eastern end of the …

Seiches are long-period standing waves with a unique period called a natural resonant
period, during which the phenomenon of resonance occurs. The occurrence of resonance in …

Dynamically stable traveling periodic waves are notoriously difficult to realize
experimentally. Manifestations of such waves inherently become unstable in any dispersive …

Extreme coastal events initiate free-oscillations in water levels in enclosed bodies of water.
These fluctuations, known as seiches, are periodic and have low frequencies. Seiching …