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<br /> 0106 Probable Probable <br />. Water additional Water additional <br /> year depletion Y..o.~ depletion <br /> 1925 10.100 1940 100 <br /> 1926 4;700 1941 100 <br /> 1927 0 19h2 0 <br /> 1928 1+00 1943 1,600 <br /> 1929 2,80v 19144 10,600 <br /> 1930 2,000 1945 2,,000 <br /> 1931 a/ 0 }946 100 <br /> 19::;2 - 2,400 1947 0 <br /> .1933 3,400 1948 0 <br /> 1934 400 191-19 5,900 <br /> <br />1935 4,900 <br />1936 0 <br />1937 7,700 <br />1938 4,100 <br />1939 3,600 <br />--ar No dopletion - would show gain of 5,800 <br />acre-Teot" 25-yoar avorago 2,400 acro-f,JuG., <br /> <br />In order to extend those doplction data to cover the 1921~1950 <br /> <br />. <br /> <br />period, an annual additional depletion of 2,400 acre-feet was assumed <br /> <br />for the years 1921-1924 and 1950~ <br /> <br />This study assumes that the additional depletions ,Iould be ro- <br /> <br />placed by operation of Granada Roservoiro Such replctcemont would be <br /> <br />accompli.shed by exchange. <br /> <br />Permanent Fish Poel Evapo~atio~ <br /> <br />Operation studios for John Martin Reservoir and experience in .the <br /> <br />past several years show that during dry yeD.rs the reservoir wou.ld be <br /> <br />drained, destroying such fisbcry value as would normally be expected <br /> <br />from a large reservoi~o <br /> <br />Fish and wildlifo intClrests havo asyed t:l~t a permanent fish pool <br /> <br />be aEowod having k, miniml~m c,rpth of 8 f~et at the dmn. This pool would. <br /> <br />. <br /> <br />rrevent destruction of fish life and would make possible a stocki.ng <br /> <br />-19- <br /> <br />