Email hvwang@vims.edu Office Franklin 206 Phone (804) 684-7215

Harry V. Wang Associate Professor of Marine Science B.A., National Taiwan University M.S., Ph.D., The Johns Hopkins University

Research Interests Current Projects Selected Publications Current Students Past Students Courses Taught / Teaching Professional Memberships Collaborative / Interdisciplinary Efforts

My main research interests are in coastal and estuarine physical processes and the consequence of their transport properties; in particular, the transports driven by wind, wave, tide, density and affected by the Coriolis force and turbulent mixing. My recent works emphasize the use of numerical computational methods to simulate the current, water level, salinity, temperature as well as their coupled environmental conditions such as water quality, sediment and larval transport. My future goal is to make use of computer models as primary tools to integrate the interdiscipline research.

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Current Projects

• Water quality modeling in the Baltimore Harbor, Back River and the Upper Chesapeake Bay
• Toxic and sediment modeling in Baltimore Harbor and the adjacent Upper Chesapeake Bay
• Watershed and water quality modeling in the Upper Western Shore of Maryland
• Predicting the distribution of sea nettles in the Chesapeake Bay
• Integrated modeling approach for TMDL development of Virginia small coastal basin with fecal coliform impairment
• Craney Island eastward expansion project

• Lin, Jing., H. V. Wang, J-H Oh, K. Park, S-C Kim, J. Shen and A. Kuo, (2003):" A New Approach to Model Sediment Resuspension in Tidal Estuaries." Journal of Coastal Research, Vol. 19, No. 1, p76-88.
• Brown, C. W., R. R. Hood, Z. Li, M. B. Decker, T. F. Gross, J. E. Purcell and H. V. Wang, (2002):"Forecasting System predicts Presence of Sea Nettles in Chesapeake Bay." EOS, Transactions, American Geophysical Union, Vol 83, No.30. p321-326.
• Xu, Jiangtao, Shenn-yu Chao, Raleigh R. Hood, Harry Wang, W. C. Boicourt (2002): Assimilating high-resolution salinity data into a model of a partially mixed estuary. J. Geophys. Res. Vol. 107, No. C7, p 11-1 11-14.
• Wang, Harry V. and Billy J. Johnson, (2000): "Validation and Application of the Second Generation Three Dimensional Hydrodynamic Model of Chesapeake Bay". Water Quality and Ecosystem Modeling, Vol 1, p51-90.
• Hood, Raleigh R, H. V. Wang, J. E. Purcell, E. D. Houde and L. W. Harding Jr, 1999: "Modeling Particles and Pelagic Organisms in Chesapeake Bay: Convergent Features Control Plankton Distributions". Journal of Geophysical Research, vol. 104, no. C1, pp1223-1243.
• Wang, H. and Michael Amei, 1998: "Modeling Flow Through Multiple Inlets and Over Barrier Beaches" Journal of Coastal Research, special issue number 26, pp.173-180.
• Wang, H., Billy H. Johnson and Carl Cerco, 1997:"The Chesapeake Bay Experience", Proceeding of the 5th International Conference on Estuarine and Coastal Modeling, Alexandria, Virginia.
• Wang, H. and S. Chao, 1996: "Intensification of Sub-tidal Surface Currents over a Deep Channels in the Upper Chesapeake Bay". Estuarine, Coastal and Shelf Science, Vol 42, pp. 1-15.
• Chao, S.Y., W.C. Boicourt and H. Wang (1996). Three-layered circulation in reverse estuaries. Continental Shelf Res., 16, 1379-1397.
• Wang, H. and S.Y. Chao (1995). The lateral inhomogeneity of the subtidal surface currents in the upper Chesapeake Bay. In: Toward a Sustainable Coastal Watershed: The Chesapeake Experiment, P. Hill and S. Nelson, Eds, CRC publication No. 149, 102-108.
• Johnson, H. B., H. V. Wang and K. W. Kim, 1995: "Can Numerical Estuarine Models be Driven at the Estuary Mouth?" Proceedings of the 4th International Conference on Estuarine and Coastal Modeling, San Diego, California. pp. 255-267.

• Yuepeng Li, Ph.D. degree graduate student
• Kyoung-Ho Cho, Ph.D. degree graduate student
• Taiping Wang, Master degree graduate student

• Momo Chen, M.S.
• Jing Lin, Ph.D.
• Hui Liu, M.S.
• Jeong Hwan Oh, Ph.D.
• Yongsik Sin, Ph.D.
• Meng Xia

• MS554 Principle of Numerical Computing
• MS613 Ocean Dynamics
• MS612 Estuarine Hydrodynamic I, and MS613 Estuarine Hydrodynamic II
• MS615 Hydrodynamics Modeling of Estuarine and Coastal Waters
• MS617 Water Quality Models

• Member of American Geophysical Union
• Member of American Society of Civil Engineering

• Integrated modeling approach for TMDL development of Virginia small coastal basin with fecal coliform impairment (collaborate with Dr. Carl H. Hershner, Center for Coastal Resource Management).
• Fisheries Habitat: Spatial Dynamics and the Protection of Critical Habitats to Conserve Spawning Stock and Recruitment in Exploited Marine Species with Complex Life Cycles (collaborate with Dr. Romuald N. Lipcius, Department of Fishery Sciences).