Investigators have modeled oceanic and atmospheric vortices in the laboratory in a number
of different ways, employing background rotation, density effects, and geometrical …

Understanding the response of river flow and estuarine hydrodynamics to climate change,
land-use/land-cover change (LULC), and sea-level rise is essential to managing water …

This paper presents a numerical modeling study for simulating in-stream tidal energy
extraction and assessing its effects on the hydrodynamics and transport processes in a tidal …

Tidal circulation and river plume dynamics in shallow-water estuarine systems with large
intertidal zones are complex. Strong asymmetries in tidal currents and stratification often …

The Finite Volume Coastal Ocean Model (FVCOM) is a publicly available software package
for simulation of ocean processes in coastal areas. The unstructured grid approach used in …

Wetland‐estuarine‐shelf interaction processes in the Plum Island Sound and Merrimack
River system in the Massachusetts coast are examined using the high‐resolution …

A finite volume circulation model is applied to the Broughton Archipelago region of British
Columbia, Canada and used to simulate the three-dimensional velocity, temperature, and …

Through extensive field data collection and analysis efforts conducted since the 1950s,
researchers have established an understanding of the characteristic features of circulation in …

Mangroves grow in the coastal and intertidal zones at tropical and subtropical latitudes. It is
widely accepted that the establishment, growth and survival of mangrove seedling depend …

The incidence of nutrient-induced hypoxia or anoxia-related mortality of aquatic species is
becoming more prevalent in coastal systems worldwide. One such instance in an estuary of …