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<br />. <br /> <br />. <br /> <br />~ <br />.0 <br /> <br />Table 7 - Storage Accounts Summary <br /> <br />Table 7 summarizes the total contents of the storage <br />accounts. <br /> <br />Table 8 - Evaporation Accounts Summary <br /> <br />Table 8 summarizes the total contents of the evaporation <br />accounts. <br /> <br />Table 9 - Permanent Pool Summary <br /> <br />Table 9 monitors the condition of the permanent pool to <br />assure that it is properly maintained. <br /> <br />Operational Criteria <br /> <br />The objective of the operating plan is to maintain the <br />permanent pool at or above 1684 a.f. in Scenario A and B or at <br />1989 a.f. in scenario C. The evaporation 1055 obligations of <br />the state will be made up of either river inflows or from its <br />evaporation loss account. Releases to the river and <br />evaporation obligations by the entities will be made up of <br />either river inflows and/or releases from their storage and <br />evaporation loss accounts. Any deficits accumulated by an <br />entity in covering its share of evaporation losses to the <br />permanent pool will be covered by the first available inflow <br />accruing to that entity. The maximum content of each storage <br />account is the space requested by each entity. <br /> <br />If water in excess of the space remaining in an entity's <br />storage account is available. it will be transferred to the <br />entity's evaporation 1055 account. An upper limit to the <br />evaporation accounts contents can be established based on the <br />overall evaporation 1055 requirements for each entity and the <br />state. For example in Scenario A: <br /> <br />Permanent Pool and Storage Accounts Content = 1684 a.f. + 305 <br />a.f. = 1989 a.f~ surface area at 1989 a.f. is 109 acres. <br /> <br />Total Evaporation Losses = 109 (2.5) = 272.5 a.f. <br /> <br />Evaporation Loss (State) = 272.5 (.5) = 136.25 a.f. <br /> <br /> <br />Evaporation Loss (Entitie~ = 272.5 (.5) = 136.25 a.f. <br /> <br />-8- <br />