Abstract: The modified STORM is applied to analyze water quality impacts of a proposed large‐scale planned residential development in a New Jersey coastal community. Model adaptation to the area of interest is based on site‐specific ...

Abstract: A simplified mathematical modeling methodology is proposed for the assessment of water quality in small tidal inlet systems. Towards this objective, a quasi‐steady, tidal exchange model is developed for predicting the ...

Abstract: A two‐dimensional (in a vertical plane), nonlinear model is used to analyze tide‐induced mean currents in shallow estuaries forced with tides of significant amplitude. The model is first verified by comparing its results ...

Abstract: This paper describes a new epilimnetic mixing formulation for two‐dimensional reservoir models. This formulation incorporates a wind‐mixing algorithm based on a mixed‐layer theory developed previously for the upper ocean. ...

Abstract: The generation of shallow water tides (overtides) may influence shoaling processes in shallow embayments and harbors. A simplified, conceptual model is developed to simulate the generation of overtides and tidal asymmetries ...

Abstract: Often, the initiation of a total maximum daily load (TMDL) program is delayed until intensive monitoring data can be collected—even in watersheds where large historical data sets exist. This paper provides a case study of ...

Abstract: A refined version of an ecologic and water quality mathematical model is applied to a small Atlantic coast estuarine network. The temporal and spatial variations in the water quality of the system are examined through the ...

Abstract: This paper describes the development and application of a methodology for screening nonpoint‐source‐pollutant impacts on small (i.e., well‐mixed) tidal basins. This methodology is based upon a simplified, filtering‐response ...