Methods were developed to estimate the potential impacts and natural resource damages
resulting from oil spills using probabilistic modeling techniques. The oil fates model uses …

A wide variety of chemicals are shipped in bulk world-wide, raising concerns regarding the
ecological and human health risks of spills of hazardous materials. A screening analysis …

A three-dimensional boundary-fitted circulation model (Muin and Spaulding 1996b) was
applied to simulate tidal and wind driven flow in Upper Narragansett Bay and the …

WQMAP is an integrated system for modeling the circulation and water quality of estuarine
and coastal waters. The system includes a suite of integrated environmental models …

A three-dimensional (3D) hydrodynamic model application to the Bay of Fundy was
performed using a boundary-fitted coordinate hydrodynamic model. Because the Saint John …

The development of a waste load allocation model within the Charleston Harbor estuary was
conducted to further understanding of the estuary as an integrated system, and to provide a …

Numerical models are useful for predicting the transport and fate of contaminants in dynamic
marine environments, and are increasingly a practical solution to environmental impact …

A two-dimensional hydrodynamic model application to the San Francisco Bay was
performed using the Boundary-Fitted HYDROdynamic model (BFHYDRO). The model …

This chapter provides a synthesis of our current understanding of the circulation and
pollutant transport dynamics of Narragansett Bay and several of its major sub-sections …

Hydrodynamic model application to Buzzards Bay is performed using a three-dimensional
Boundary-fitted Hydrodynamic model in this study. The model is forced with observed tidal …