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Full-Text Articles in Physical Sciences and Mathematics
Three Dimensional Hydrodynamic Modeling Study, Craney Island Eastward Expansion, Lower James River And Elizabeth River, Virginia, Harry V. Wang, S. C. Kim, John D. Boon, A. Y. Kuo, G. M. Sisson, J. M. Brubaker, J. P-Y. Maa
Three Dimensional Hydrodynamic Modeling Study, Craney Island Eastward Expansion, Lower James River And Elizabeth River, Virginia, Harry V. Wang, S. C. Kim, John D. Boon, A. Y. Kuo, G. M. Sisson, J. M. Brubaker, J. P-Y. Maa
Reports
The Craney Island Eastward Expansion Hydrodynamic Model Study was conducted in three phases: 1) model calibration and verification for the Elizabeth River, 2) model testing of four Craney Island expansion options using single variable runs (using a single variable, tidal range, for model input), 3) model testing of two expansion options using historical runs (using multiple variables in real time for model input). The expansion option designs were evaluated for both global and local hydrodynamic change through simulation comparisons with the Base Case condition.
Application Of A Watershed Model (Basinsim) And A Tidal Prism Water Quality Model (Tpwqm) To The Great Wicomico River, Virginia, Sung-Chan Kim, Richard Wetzel, Leonard Hass, Albert Kuo
Application Of A Watershed Model (Basinsim) And A Tidal Prism Water Quality Model (Tpwqm) To The Great Wicomico River, Virginia, Sung-Chan Kim, Richard Wetzel, Leonard Hass, Albert Kuo
Reports
The objective of this project is to develop a modeling package to assist in water quality management of small coastal basins (SCBs) of the Chesapeake Bay system. Efforts by the Commonwealth to address water quality and its effect on living resources in tidal, estuarine systems has focused primarily on the Chesapeake Bay and the major tributaries of the lower bay (James, York and Rappahannock Rivers), as evidenced by the extensive monitoring and modeling efforts directed to them. This has been at the expense of smaller coastal basins such as the Great Wicomico River and the numerous tidal creek systems of …