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<br />Figure <br /> <br />- ~~--~--- - <br /> <br />41 <br /> <br />42 <br /> <br />43 <br /> <br />44 <br /> <br />45 <br /> <br />46 <br /> <br />47 <br /> <br />48 <br /> <br />49 <br /> <br />50 <br /> <br />51 <br /> <br />52 <br /> <br />53 <br /> <br />54 <br /> <br />55 <br /> <br />56 <br /> <br />57 <br /> <br />58 <br /> <br />(a) Mean Daily Snowfall at Climax as a function of the 700 mb wind <br />direction. (b) Distributions of total snowfall and total occurrences as <br />a function of the 700 mb wind direction computed over 20 degree class <br />inte rvals. <br /> <br />(a) Mean Daily Snowfall at Climax as a function of the 700 mb wind speed. <br />(b) Distributions of total snowfall and total occurrences as a function of <br />the 700 mb wind speed computed over 4 mps class intervals. <br /> <br />(a) Mean Daily Snowfall at Wolf Creek Summit as a function of 700 mb <br />wind direction. (b) Distributions of total snowfall and total occurrences <br />as a function of the 700 mb wind direction computed over ;:t 20 degree <br />class intervaL <br /> <br />(a) Mean Daily Snowfall at Wolf Creek Summit as a function of the 700 mb <br />wind speed. (b) Distribution of total snowfall and total occurrences as a <br />function of the 700 mb wind speed computed over a 4 mps class intervaL <br /> <br />(a) Mean Daily Snowfall at Climax as a function of the 700 mb mixing <br />ratio. (b) Distribution of total snowfall and total occurrences as a <br />function of the 700 mb mixing ratio computed over a . 4 gm/kgm class <br />inte rva1. <br /> <br />(a) Mean Daily Snowfall at Wolf Creek Summit as a function of 700 mb <br />mixing ratio. (b) Distribution of total snowfall and total occurrences as <br />a function of the 700 mb mixing ratio computed over a .4 gm/kgm class <br />intervaL <br /> <br />(a) Mean Daily Snowfall at Climax as a function of the 700 mb equivalent <br />potential temperature. (b) Distribution of total snowfall and total Qccur- <br />rences as a function of the 700 mb equivalent potential temperature com- <br />puted over a 4 degree class intervaL <br /> <br />(a) Mean Daily Snowfall at Wolf Creek Summit as a function of 700 mb equiva- <br />lent potential temperature. (b) Distribution of total snowfall and total occur- <br />rences as a function of the 700 mb equivalent potential temperature computed <br />over a 4 degree class interval. <br /> <br />(a) Mean Daily Snowfall at Clu11ax as a function of a moist stabili ty index. <br />(b) Distribution of total snowfall and total occurrences as a function of a <br />moist stability index computed over a 2 degree class intervaL <br /> <br />(a) Mean Daily Snowfall at Wolf Creek Summit as a function of a moist <br />stability index. (b) Distribution of total snowfall and total occurrences <br />as a function of a moist stability index computed over a 2 degree class <br />inte rva1. <br /> <br />Eagle at Redcliff (not corrected for diversions). <br /> <br />Ten Mile near Frisco. <br /> <br />San Juan at Rosa, New Mexico. <br /> <br />Roaring Fork at Glenwood Springs. <br /> <br />Colorado River near Colorado-Utah Line. <br /> <br />Colorado at Lee's Ferry. <br /> <br />Snow water equivalent index versus seasonal runoff, Colorado River Basin. <br />No. of stations with indica'ted correlation coefficients in total of 70 stations. <br /> <br />Streamflow--5 year moving average. Annual total corrected for diversions. <br /> <br />x <br /> <br />Page Numbers <br /> <br />55 <br /> <br />55 <br /> <br />56 <br /> <br />56 <br /> <br />57 <br /> <br />57 <br /> <br />58 <br /> <br />58 <br /> <br />59 <br /> <br />60 <br /> <br />68 <br /> <br />68 <br /> <br />68 <br /> <br />68 <br /> <br />68 <br /> <br />68 <br /> <br />69 <br /> <br />70 <br />