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capacity at Narrows. (5) The same as No. 3, but with a reservoir <br />of 625,000 acre -foot cxpa.city at 14,,rrojas, 20 acres of new lend, <br />and 40,000 acre -feet of storage reserved for new lands. (6) The <br />same as No. 3, but with a, rese nroir of ? 5,000 acre -foot capacity <br />at Narrows, and 30 acres of new land with 70,000 acre-feet of <br />storm a reserved for new land. (7) The same as s;o. 3, but with a <br />reservoir of 1,000,000 :_cre -foot capacity at Narrows, 40,000 acres <br />of now land, and 60 acre -feet of storage reserved for new land. <br />(9) The same as No. r, but with a reservoir of 9259000 acrd -foot <br />capacity at Narrows. <br />The operational rnaaysis was designers to chievc= the best <br />;ossible utilization of the water supply by integrating the opera- <br />tion of Narrows Reservoir with the present system of off- channel <br />reservo f rs. This was done in such a Manner li.3 to satisfy present <br />direct - flare and storage - oriorities before those of any new develop - <br />nenF,s by the Narrows Project. Western C.anal's direct -flovi right, <br />which was established by the South Matte Comp,zct, is also provided <br />for in the operation. i'o <.chieve the above, the fallowing opera - <br />ticna? criteria were used: <br />1. -or floras to storage during the non - irrigation seasons <br />a. Off- ch-annel reservoirs above Narrows Dam were filled <br />s5.nd kept full untli the beginning; of th; irriZ a.t:ion season. <br />b. Of'f- cii,4nne3l reservoirs below 'Narrows :am ., :re filled <br />and kept full until the baginnirq; of the irrigation season. <br />C. All fli %vs entering Narrows Reservoir were stored. <br />Thin b/ac done to attain m- tAmILM Utilization of the water ;supply <br />2 <br />