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<br /> <br />representation of how the aqueduct could be <br />combined with existing reservoirs and the <br />potential storage reservoirs discussed later <br />in this part is presented on exhibit IV-2. As <br />indicated on the latter exhibit. water could <br />be transported in either direction along most <br />of the aqueduct. This would add a large <br />measure of flexibility and result in a more <br />equitable supply for all water users. <br /> <br />Pipe distribution trunk lines running east <br />from key points along the Front Range <br />aqueduct would supply individual service <br />areas. Preliminary computer studies of the <br />pipe distribution and arterial system to serve <br />existing irrigated lands were made for the <br />following study areas: <br /> <br />ELEV. <br />6000 <br /> <br />~ <br /> <br />~ <br /> <br />~ <br /> <br />,gQ,L <br /> <br />AREA AREA ~ AREA <br />A B AREAC <br />C <br /> <br />AREA <br />o <br /> <br />Boulder <br /> <br />Longmont <br /> <br />Studvarea Location <br /> <br /> <br />A South of Boulder Creek (valley <br />lands) <br />B Boulder to St. Vrain Creeks <br />CSt. Vrain Creek to Little <br />Thompson River <br />D Little Thompson to Big Thompson <br />Rivers <br />E Big Thompson to Cache la Poudre <br />Rivers <br />F North of Cache la Poudre River <br /> <br />Water would be released from the Front <br />Range aqueduct or storage reservoirs into <br />the pipe lateral network serving these areas. <br />Delivery to individual farms would be by <br /> <br />EXHIBIT N- 2 <br /> <br />C'4C'h'E" <br />~ <br />.. <br />" <br /><:: <br />" <br />'" <br />'" <br /> <br /> <br />FLOW <br />AREA · ~ <br />E <br /> <br />CACTI/S <br />HILL <br /> <br />rl.Ow <br />AREA ---.. <br />E <br /> <br />AREA <br />F <br /> <br />Loveland <br />Greeley <br /> <br />Key <br />_ POTENTIAL <br />_ EXISTING <br /> <br />Ft. Collins <br /> <br />PBOFILE . FIONT IANDE ABUEDUCT <br /> <br />IV-4 <br />