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 …

Low mode internal waves are able to propagate across ocean basins and modulate ocean
dynamics thousands of kilometers away from their generation sites. In this study, the impact …

We present a numerical study of current effects on waves (CEW) at submesoscales (100's of
m–10's of km) with a realistic model configuration in Southern California. CEW is analyzed …

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 …

The inner shelf is a region inshore of that part of the shelf that roughly obeys Ekman
dynamics and offshore of the surf zone. Importantly, this is where surface and bottom …

Seasonal-varying internal tidal dynamics have a critical role in deep-water renewal in
tropical shallow-silled fjords (eg Ambon Bay, Indonesia). Seasonal-and tidal-based …

Temperature and velocity measurements from 42 moorings were used to investigate the
alongshore variability of nonlinear internal bores as they propagated across the central …

Here, we explore the kinematics and dynamics of coastal density fronts (within 10 km from
shore and< 30-m depth), identified using an edge detection algorithm, in a realistic high …

Transport of shoreline-released tracer from the surfzone across the shelf can be affected by
a variety of physical processes from wind-driven to submesoscale, with implications for …

Abstract The Gulf Stream (GS) is a powerful ocean current that is instrumental in regulating
the global climate. While a correct reproduction of GS dynamics is contingent on an …