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<br />Heather D. Thompson, PE <br /> <br />Related Experience---continued <br /> <br />closed during the month of September 1993 for the area near Jefferson City. <br />Missouri. Provided des<:ription and chronology of the major precipitation <br />events and flood events from April 1993 through September 1993. Prepared <br />mapping of the impacted flood areas, IDeations of record river stages, and <br />Missouri River profiles for trial purposes. <br /> <br />. Deposition was taken n~garding hydrologic and flood frequency analysis. <br />The case settled prior to tTial testimony. <br /> <br />EI Paso-Las Cruces Regional Sustainable Water Project, Texas. Project engineer <br />responsible for groundwater modeling; analyzing well conditions, water quality and <br />water level trends; developing wellfield configurations/spacing; analyzing short-term <br />and long-term sustainable yields; and analyzing aquifer remediation and well field <br />recovery alternatives. The project involves developing a plan for restoring ground <br />water aquifers and optimizing the use of the surface water supply for both <br />agricultural and municipal/industrial purposes. Boyle is evaluating conveyance, <br />treatment, and aquifer storage alternatives to accomplish this goal. <br /> <br />Platte River Water Conservation/ Supply Studly, Colorado, Wyoming, and <br />Nebraska. Project engineer responsible for characterizing existing water supply <br />systems and evaluating hydrologic effects, consumptive uses, and return flow <br />patterns associated with each alternative. Also responsible for developing a water <br />budget model to translate the net hydrologic effects of an alternative downstream of <br />the critical habitat. The project involves a study of the entire Platte River basin to <br />identify alternatives to supply 60,000 acre-feet of water to satisfy the requirements of <br />the Three StatelDepartment of Interior Cooperative Agreement on Endangered <br />Species. Hydrologic impacts will be initially determined with a computer water <br />budget developed in collaboration with representatives of the three states, two <br />federal agencies, agricultural and municipal water users, and environmental interests. <br /> <br />Stein Elementary School Site Improvements, J'efferson County School District <br />R-l, Lakewood, Colorado. Project engineer responsible for developing alternatives <br />for site improvements. The purpose of this study was to identify site deficiencies <br />related to drainage and grading, traffic circulation, pavement, and playground <br />structures; evaluate improvement alternatives; and prepare construction documents <br />for site improvements at Stein Ell~mentary. <br /> <br />Lower North Platte River Basin Surface Water Model. Project engineer <br />responsible for evaluating irrigation districts within the study area to identify <br />irrigated acreage, consumptive use, iITigation pumping, and return flow timing and <br />locations. Involved in the development of an integrated surface water model of the <br />lower North Platte River Basin using RIBSIM. The project involved the study of the <br />North Platte River basin from Whalen Dam in Wyoming downstream to Lewellen. <br />Nebraska, to identify the impacts of different flow regimes and conservation <br />measures. <br /> <br />Water Rights Investigations, Colorado. Responsible for water rights <br />investigations, historic use analyses, water supply studies, hydrologic and flood <br />frequency analyses, and augmentation plans at over 10 sites for various clients in <br />Colorado. The work included data collection and analysis, statistical interpretation <br /> <br />thompson.doc <br /> <br />BOVLE <br />