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<br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br /> <br />JCHA <br /> <br />Rueter-Hess Reservoir Proiect Description <br /> <br />March 1999 <br /> <br />(A WT) process, in-priority Newlin Gulch surface flows, and pumping of Denver Basin aquifer <br />water. <br /> <br />Management of these water resources by reservoir operations may include providing carryover <br />storage to continue to provide yields in dry years, serving as a water supply for subsequent <br />bedrock aquifer injection, providing a means to get an increased benefit from low-yielding <br />Denver Basin aquifer wells which can be pumped to the reservoir on a year--round basis and <br />then used as peaking water during the summertime demand period, and storing A WT effluent <br />on a year-round basis, then using this water to satisfy peak summertime demands. <br /> <br />RESERVOIR SITE <br /> <br />The Rueter-Hess Dam axis crosses the section line between Sections 30 and 31 of Township <br />6 South, Range 66 West, approximately three miles southwest of the downtown Parker, <br />Colorado, area (Figure 1). The reservoir site is located on Newlin Gulch, a trilbutary drainage <br />to Cherry Creek that encompasses approximately 20 square miles upstream of the proposed <br />dam axis. As such, the proposed dam may provide some flood regulation function. <br /> <br />This reservoir site can accommodate an approximate 10,000 acre-foot (ac-ft) reservoir that <br />could be used solely to meet the needs of the District (Figure 2), and it can be expanded to a <br />maximum capacity of approximately 55,000 ac-ft to be used as a regional water supply facility <br />(Figure 3). <br /> <br />The District has currently purchased 1,882 acres which includes the dam axis, as well as most <br />of the maximum reservoir area. The District is planning to obtain additional acreage to <br />complete the site acquisition for the dam and the maximum reservoir capacity (Figure 3). <br /> <br />5611i.rpt <br /> <br />-2- <br />