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DEVELOPMENT OF A COMPREHENSIVE, MULTISCALE "ONE ATMOSPHERE" MODELING SYSTEM: APPLICATION TO THE SOUTHERN APPALACHIAN MOUNTAINS. (R826372)
Citation:
Boylan, J. W., M. T. Odman, J. G. Wilkinson, A. G. Russell, K. G. Doty, W. B. Norris, AND R. T. McNider. DEVELOPMENT OF A COMPREHENSIVE, MULTISCALE "ONE ATMOSPHERE" MODELING SYSTEM: APPLICATION TO THE SOUTHERN APPALACHIAN MOUNTAINS. (R826372). ATMOSPHERIC ENVIRONMENT. American Chemical Society, Washington, DC, 36(23):3721-3734, (2002).
Description:
A comprehensive three-dimensional Eulerian photochemical model (URM-1ATM) was developed that simulates urban and regional gas and size-resolved aerosol concentrations of pollutants in the atmosphere and both wet and dry deposition. In this study, RAMS and EMS-95 are used to generate meteorological and emission input files, respectively. The modeling system is then applied to simulate the evolution, transport, and removal of atmospheric pollutants over the Eastern US for the 11–19 July 1995 episode. Performance statistics are calculated for ozone, speciated fine particles, and acid deposition mass fluxes.
Author Keywords: Mathematical modeling; Ozone; Aerosols; Wet deposition