Exchange of material across the nearshore region, extending from the shoreline to a few
kilometers offshore, determines the concentrations of pathogens and nutrients near the …

Synthetic aperture radar (SAR) is the premier instrument in satellite remote sensing for the
detection of oceanic internal waves due to its sensitivity to changes in small-scale ocean …

The across‐shore transport of meroplanktonic larvae is predominantly driven by coastal
physical processes, resulting in episodic recruitment of benthic species. Historically, due to …

The inner shelf, the transition zone between the surfzone and the midshelf, is a dynamically
complex region with the evolution of circulation and stratification driven by multiple physical …

Declining dissolved oxygen (DO) is emerging as an increasingly important stressor in
nearshore ecosystems, and there is a growing need to better understand DO dynamics and …

Internal waves (IW) are crucial contributors to the transport of sediment, heat, and nutrients
in coastal areas. While IW have been extensively studied using point measurements, their …

A method based on machine learning and image processing techniques has been
developed to track the surface expression of internal waves in near–real time. X-band radar …

The ocean is home to many different submesoscale phenomena, including internal waves,
fronts, and gravity currents. Each of these processes entails complex nonlinear dynamics …

In this paper, a regional study of the mode-2 internal solitary waves (ISWs) in the Pacific
coast of Central America is carried out by using seismic reflection method. The observed …

Idealized simulations of a shoaling internal tide on a gently sloping, linear shelf provide a
tool to investigate systematically the effects of stratification strength, vertical structure, and …