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<br />19.4 inches x 15% x 85% x 14,200 sq mi x <br /> <br />53,33 af <br />sq mf mch = <br /> <br />1, 870,000 af <br /> <br />;lJ?~~~ <br />~~~~~t <br />I <br />I <br /> <br />GOOg?') <br /> <br />19,4 inches average November through April 'precipitation <br /> <br />over target area <br /> <br /> <br />15 percent increase in average November through April precip- <br /> <br /> <br />itation by cloud seeding <br /> <br /> <br />85 percent of additional precipitation becomes streamflow <br /> <br /> <br />14, 200 square miles of target areas where over 10 inches of <br /> <br /> <br />runoff are now produced <br /> <br /> <br />1. Upper Green <br />2, White- Yampa <br />3. Lower Green <br />4, Colorado <br />5. Gunnison <br /> <br />6, Dolores-Middle Colorado <br />7, Upper San Juan <br />8. Lower San Juan <br />9, Lower Main Stem <br /> <br />";f..J <br /> <br />~il <br />'J:;:-~ <br />-[i}~~ <br />~'*';~~f.- <br />I] <br /> <br />fit:~~~ <br /> <br />Nine subregions have been designated for water resource investiga- <br />tions in the Upper Colorado Region. The following subregions are <br />illustrated in Figure 7: <br /> <br />Subregion <br /> <br />. . <br /> <br /> <br />" <br /> <br />Distribution of the anticipated new water yield using weather modifi- <br />cation by the mid-1970's over these study subregions is detailed in <br />Table 2. Subregion 9 does not contain any of the prime target areas <br />considered in this paper. <br /> <br />tJ <br />I <br /> <br />23 <br /> <br />~~~!~~:"I~~r~ <br /> <br />