In this paper we present a brief overview, with a comprehensive set of references to recently
published papers for detail, of a range of techniques used in tidal hydrodynamic modeling …

During the past four years, much progress has been made in the use of numerical models
for simulation of the hydrodynamics of surface water flows. The major advances have been …

Marine fisheries recruitment research has emphasized approaches that explore physical–
biological interactions during early life stages (ELS). Herein, we review evidence that such …

Foredunes are formed by aeolian sand deposition in vegetation on the backshore of
beaches. In this paper, the foredune mode (nebkha, discontinuous foredune, and …

A three‐dimensional baroclinic numerical model has been developed to compute water
levels and water particle velocity distributions in coastal waters. The numerical model …

This paper deals with an intercomparison of two three‐dimensional hydrodynamic numerical
models based upon very different approaches in the vertical. In the horizontal domain, both …

Physical exchange between estuarine and continental shelf waters impacts flushing
dynamics of the estuary and determines rates of ocean inputs of nutrients and plankton. To …

An ichthyoplankton survey (18 stations in seven sampling sectors) was conducted in
Narragansett Bay in 1990 to provide information on abundance, distribution, and seasonal …

The major steps in the mathematical formulation of a three-dimensional (3D) tidal model
using a variable modal approach to represent current profiles in the vertical are presented in …

A two-dimensional, vertically averaged, unsteady circulation model, using a nonorthogonal
boundary-fitted technique, was developed in spherical coordinates for predicting sea level …