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<br />. <br /> <br />. <br /> <br />. <br /> <br />Modeling of Reservoir Management Strategies <br />ror lakes Powell and Mead <br /> <br />4.3.2 <br /> <br />Probability of Being Below Key Elevations <br /> <br />""',, <br /> <br />""'1 <br />1 <br /> <br />"'" <br /> <br />l 10% <br /> <br />; <br />. <br />, <br />o <br />~ <br />. <br />i' <br />li 400.0. <br />~ <br />< "'" <br /> <br />"'" <br /> <br />"'" <br /> <br />"" <br /> <br />",,, <br /> <br />Figure 4-18 <br />I)rohahilit~' of Lake Ilm'H'1I F.lel,'ation Bl'Iow 34t}O <br /> <br />-- """.,, SlI'!(l sr-aoe rev' <br />-Hyt>n<lClngnal'Sll!OS/ntaIJIl""'l <br />-tt,fln<l_l-Slf<llS/>o'lage'''''' <br />_~,tW2_Slec>Snatlage""", <br />_H)tm_3.S<8(>SI>o:n.~ ~ <br />====r- ~ - - - <br /> <br />0% ...--:-t. <br />2005 ~010 <br /> <br />. <br /> <br />. . . - . . .~: ~ . . <br />2015 2020 <br />Calenda' Year <br /> <br />---1 <br /> <br />- ----l <br /> <br />, <br />, t <br />"" <br /> <br />Figure .1.-18 shows the probability of Lake Powell dropping bdow 3490 n. Under the Hybrid strategies. <br />the probability of Lake Powdl going belo\!': 3490 n. is reduced (maximulll 2%) compared to the Nomlal. <br /> <br />" <br />.,- <br /> <br />\\'orking Draft. Version 2. January. 2006 <br />