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<br />" <br /> <br />. <br /> <br />. <br /> <br />.' <br />"' . <br /> <br />Storaqe and Evaporation Loss Accounts <br /> <br />Storage accounts which will be located either in the <br />permanent pool or in the flood control pool, or both, depending <br />on the reservoir storage scenario employed, will be made <br />available in the following amounts: <br /> <br /> Current Current <br /> 1979 Additional Total <br /> Request Requests Requests <br />Indian Hills Water District 25 a. f. 0 25 a.f. <br />Genesee Water & Sanitation <br />District 100 a.f. 0 100 a. f. <br />Evergreen Metro. District 130 a.f. 620 a.f. 750 a.f. <br />Town of Morrison 50 a .f. 100 a.f. 150 a.f. <br />Mt. Carbon 600 a. f. 600 a.f. <br />Lakewood 600 a.f. 600 a. f. <br /> 305 a.f. 1920 a.f. 2225 a.f. <br /> <br />In Scenario A, there are only four storage accounts <br />representing the original 1979 requests for 305 a.f. of space. <br />These four accounts are within the permanent pool. In Scenario <br />B, those same four storage accounts remain within the permanent <br />pool and an additional four storage accounts are located within <br />the flood control pool, which rides on top of the permanent <br />pool. In Scenario C, there are no storage accounts in the <br />permanent pool. Rather, there are six storage accounts (one <br />for each entity), all located in the flood control pool. <br /> <br />There will be a second set of accounts, referred to as <br />evaporation loss accounts. Each entity will have an <br />evaporation loss account in which to store water to cover its <br />evaporative losses. The maximum content of each such account <br />has yet to be established but the total contents may range <br />between 275 and 475 a.f. depending on the operations scenario. <br />The evaporation loss accounts will be stored within the flood <br />control pool. <br /> <br />Startinq Conditions <br /> <br />To simplify the operations study, the assumption will be <br />made that the permanent pool and the storage accounts only are <br />full at the beginning of the water year (October 1) and that <br />storage of inflows, releases to the river, and evaporation <br />losses will be made on that basis. Storable inflows in excess <br />of releases to the river and evaporation losses will be <br /> <br />-4- <br />