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<br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br /> <br />anytime the space is needed by the assigned entity or other <br /> <br />bookover accounts. <br /> <br />4. <br /> <br />The evaporation make up requirement on the accounts of each <br /> <br />entity in the flood control pool is a variable percentage <br /> <br />based on the amount of water in each flood control pool <br /> <br />account. <br /> <br />5. <br /> <br />storage Accounts: <br /> <br />Permanent <br />Pool <br /> <br />Flood Control <br />Pool <br /> <br />state <br />Indian Hills <br />Genesee <br />Evergreen <br />Morrison <br />Mt. Carbon <br />Lakewood <br />Englewood <br /> <br />Space Available <br />25 a.f. <br />100 <br />130 <br />50 <br />50 <br />50 <br />o <br /> <br />Space Available <br />o a.f. <br />100 <br />370 <br />o <br />600 <br />550 <br />600 <br /> <br />2.2.5 Scenario B (With Bookover) Results <br /> <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br /> <br />with the available space increasing sixfold over Scenario A, <br /> <br />the times that obligations were not met because of lack of stor- <br /> <br />age space were greatly reduced (see Table 6); however, the range <br /> <br />of water level fluctuation increased correspondingly. <br /> <br />(See <br /> <br />Figure 7.) <br /> <br />As in scenario A, <br /> <br />the Scenario B reservoir was <br /> <br />filled to capacity at Elevation 5574 in six years (1949 through <br />1953 and 1957) and had a minimum level between Elevations 5563 <br /> <br />and 5564 in three years (1955 through 1957). <br /> <br />Except for the <br /> <br />start-up months, the minimum water level was at least five feet <br /> <br />above the permanent pool level. The maximum water level fluctua- <br /> <br />tion in scenario B was eleven feet whereas in Scenario A it was <br /> <br />only three feet. <br /> <br />2-22 <br />