E. J. Hayter, M. A. Bergs, R. Gu, S. C. McCutcheon, S. J. Smith and H. J. Whiteley, “HSCTM-2D, a Finite Element Model for depth-Averaged Hydrodynamics, Sediment and Contaminant Transport,” National Exposure Research Laboratory, Office of Research and Development, UE Environmental Protection Agency, Athens.

has been cited by the following article:

• TITLE: Water Contamination Modeling—A Review of the State of the Science

  AUTHORS: Rakesh Bahadur, David E. Amstutz, William B. Samuels

  KEYWORDS: Watershed; Coastal Ocean; Rivers; Modeling, Simulation

  JOURNAL NAME: Journal of Water Resource and Protection, Vol.5 No.2, February 4, 2013

  ABSTRACT: This paper reports on the current state of surface water and ocean contamination models—based on the needs of US Government agencies, their Information Technology (IT) systems, and business processes. In addition, down-selection and evaluation criteria were applied in a two-step process. In Step 1, sixty five surface water and ocean models were identified and researched. In Step 2, the following criteria were explored for each model: 1) model environment (river, lake estuary, coastal ocean and watershed); 2) degree of analysis (screening model intermediate model, advanced model); 3) availability (public domain, proprietary); 4) temporal variability (steady state or time variable/dynamic); 5) spatial resolution (one, two or three dimensional); 6) processes (flow, transport, both flow and transport in an integrated system); 7) water quality (chemical, biological, radionuclides, sediment); and 8) support (user support/training available, user manuals/documents available).