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(3) To sup,?ly irrigation requirements of new lands <br />but with the provision that for 70,000 acre2 of <br />new 'land the last 40 acre —feet of storage is <br />rescrved for now loaids -and with 3U.000 acs es o <br />iieki land the last 70, acrd —feet of storage. is <br />reserved for new land. <br />Results from Operations ;'os. 1, 2, and 3 are su riz in <br />table 1 together with an analysis based on historicvl. connuniptive <br />u ;e from table A. Shortaj; doterm nad for individut.-A years in Opera— <br />tion No, l and shortages from historic.;.l eonsuLTCtive ur e a rialysis are <br />not directly coripa,rablo, A111V O oonsuMr rive urse studies are affected <br />by the wetness or dryness of the precee:dirg yeF.rs , ;.nd by fluctuating <br />arouad;,tater storage. however, the differences over F. period of <br />years uill a.ver� e out. On this b�. cis, tie ,:very ,e annuli: shortage <br />of 94,000 acre —foot Prot► the historical consumptive use analysis <br />co=paras favorably with 6 >0,00 tare -fey y deter ,lred fro M Oparetion <br />No. 1. The Individual years also veyee fairly ::ell. From this it <br />was concluded that - -frGm ran oycr — all basis --the roser seepage <br />and evaporation, canal lo. farm losses, and consumptive: use <br />requir'ciiiants rxc sufficiently realistic for use i.i oparation etudies <br />uesi6n6d to slow the rola.-ve incrora,se ir..yrojar.t water Nuprly as <br />opocif'ic fe .turey are adc!ed to the project. <br />From te.blo t., co." umn 1P, tho e_vi:1ra&e a x-mual water supp iy 'J ur— <br />nizhed under historical conditions is 1.91 acre: —fees: per r:.cre in <br />terms of. consurmptil7a use, The recuiremeat for a fall suPT'ly la <br />P. c P a.cra -feet per acre, CCi13 M 13. he ratio of water r supply <br />4 <br />