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<br />. <br /> <br />e <br /> <br />. <br /> <br />LARRY A. ROESNER <br /> <br />Professor <br />Department of Civil Engineering <br />Colorado State University <br /> <br />QUALIFICATIONS SUMMARY <br /> <br />Dr. Roesner has more than 30 years of experience in water resources and water quality <br />engineering and management. He is a nationally recognized expert in the development and <br />application of hydrologic, hydraulic, and water quality simulation models. He presently holds the <br />endowed Harold H. Short Chair of Civil Engineering Infrastructure Systems at Colorado State <br />University . <br /> <br />EXPERIENCE <br /> <br />Dr. Roesner's area of specialization since 1970 has been urban hydrology and nonpoint source <br />pollution controL He is a principal developer of the Corps of Engineers model STORM, a <br />simplified urban stormwater management model, and EP A's SWMM EXTRAN model, a <br />sophisticated flow-routing model for urban drainage systems. Applications experience includes <br />nonpoint source pollution studies in California, Michigan, Georgia, and Florida, and storm <br />drainage/combined sewer studies in Seattle, San Francisco, Boston, Cincinnati, Detroit, <br />Cleveland, Omaha, and many Florida cities. Dr. Roesner has contributed chapters and sections <br />to a number of books and manuals of practice on urban drainage design, and urban water quality <br />management. <br /> <br />Another of Dr. Roesner's areas of specialization is water quality simulation of surface water <br />bodies. Dr. Roesner is the principal author of QUAL-II, a stream water quality model developed <br />for USEP A which simulates II water quality parameters. He has conducted a number of <br />USEP A-sponsored workshops on the application of QUAL-II and has experience with model <br />applications throughout the United States and in Canada. QUAL-II has been used extensively for <br />wasteload allocation studies throughout the United States. Other major responsibilities include the <br />development of a reservoir temperature model and the application of Ecologic-Water Quality <br />Models to Monterey Bay, California, Puget Sound, Washington, and Montevideo, Uruguay to <br />study the effects of discharges from proposed ocean outfalls on the receiving waters in these <br />areas . <br /> <br />EDUCATION <br /> <br />B.S. <br />M.s. <br />Ph.D. <br /> <br />- Civil Engineering, Valparaiso University, Indiana, 1963 <br />- Hydrology, Colorado State University, 1965 <br />- Sanitary Engineering, University of Washington, 1969 <br /> <br />REGISTRATION <br /> <br />Professional Engineer: California, Florida, Virginia, Michigan, Ohio <br />Professional Hydrologist: American Institute of Hydrology <br />Walter L. Huber Civil Engineering Research Prize, 1975 <br />Diplomat, American Academy of Environmental Engineers, 1983 <br />Elected Member, National Academy of Engineering, 1990 <br /> <br />HONORS <br /> <br />Page 1 <br /> <br />C:\TEMP\2PSLBlO_1..QO.UDFD.dOC, 08/22f00 <br />