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i <br /> r <br /> f <br /> Glenn A. Browning Page 2 <br /> Representative Professional Assignments(Continued): <br /> i <br /> management by simulating the effects of proposed water resource development options on ground-water <br /> storage in the basins. <br /> • Developed monitoring programs and conducted aquifer tests to evaluate stream-aquifer interactions in <br /> Santa Cruz and Mendocino counties and investigate impacts of ground-water pumping on streamflow. <br /> Monitored shallow ground-water levels and stream stage for extended periods to determine daily and <br /> seasonal:variations in flow between streams and shallow aquifers under pumping and non-pumping <br /> conditions. <br /> • Designed and interpreted aquifer tests for several alluvial aquifers in Central and Coastal California and <br /> fractured rock aquifers in Sacramento,EI Dorado,and Placer counties. Test data were used to determine <br /> hydrologic properties of the aquifers for water.supply and water quality studies: <br /> El Developed numerical flow models to analyze mining impacts in Sonoma,Yolo,Inyo, Nevada, Placer,and <br /> Sacramento counties. Models were used to predict the ground-water impacts of activities such as wet- <br /> and dry-pit gravel mining,pit dewatering,pumping of water for mineral processing,and reclamation of pits j <br /> to lakes. Three models were also used to predict mining impacts on surface-water bodies such as creeks . <br /> and springs. Two models were coupled with particle-tracking programs to predict movement of ground- <br /> water contaminants. <br /> F1, Analyzed hydrogeologic data and water quality monitoring results and wrote annual reports summarizing <br /> monitoring and remediation activities at contaminated sites. Developed analytical and numerical models <br /> Fto evaluate ground-water extraction alternatives for contaminated sites near Sacramento and Stockton. <br /> Models were created to design extraction well networks and delineate capture zones for wells. Results <br /> were used to develop ground-water remediation plans at the sites. A numerical flow model and particle- <br /> tracking <br /> article tracking program developed for the Sacramento Army Depot was used to predict the effectiveness of <br /> ground-water extraction alternatives over time. <br /> Professional Affiliations: <br /> i <br /> National Ground Water Association <br /> -.Association of Ground Water Scientists and Engineers <br /> Groundwater Resources Association of California <br /> Publications: f <br /> F,i Browning, G.A.; Groundwater Flow Modeling and Capture-Zone Analysis of a Pump-and-Treat - <br /> i <br /> Remediation System"at the Sacramento Army Depot, Sacramento, California, M.S. Thesis, <br /> University of California, Davis, 1992. g <br /> E <br /> F-I ,Bala uerQ. and G.A. Browning, Automated Screening of Ground-Water Pollution Problems, <br /> 9 9 9 <br /> California State Water Resources Control Board, 1990. i <br /> i <br /> �t. Statement of Capabilities <br /> and Qualifications <br /> i <br /> 1 <br />