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Last modified
8/11/2009 11:32:56 AM
Creation date
8/10/2009 3:53:52 PM
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UCREFRP
UCREFRP Catalog Number
7740
Author
McAda, C. W. and L. R. Kaeding.
Title
Physical Changes in the Gunnison and Colorado Rivers Resulting from Construction of the Aspinall Unit and Related Projects, with Hypotheses to Assess the Effects on the Endangered Fishes
USFW Year
1991.
USFW - Doc Type
Final Report.
Copyright Material
NO
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L <br />LIST OF TABLES <br />Table Page <br />1. Mean maximum-annual discharge (average of the highest mean-daily <br />flow for the year) for the Gunnison and Colorado rivers for three <br />time periods: early development, middle development, and post- <br />Aspinall development. 21 <br />2. Comparison of streamflow changes in the Gunnison River estimated <br />using two techniques. 1. Comparison of actual streamflows with <br />. estimated flows that would have occurred without any water <br />development (1952-1965 and 1966-1983). 2. Comparison of actual <br />streamflows during three water development phases in the Gunnison <br />River: early development (1917-1938), middle development (1939- <br />1965), and post-Aspinall development (1966-1988). 21 <br />3. Percent decline of mean-monthly streamflow in the Gunnison and <br />Colorado rivers during spring runoff attributable to the Aspinall' <br />Unit. (Change from middle-development period to post-Aspinall <br />period.) 22 <br />A1. Estimated effect of the Aspinall Unit on mean bi-monthly water <br />temperature in the Gunnison River at River Miles 2 and 20. SNTEMP <br />calculated downstream temperatures using water temperature at the <br />Gunnison Tunnel. Water temperature at the tunnel before <br />construction of Aspinall was estimated by adding 6 °C to March, <br />April, May, and September temperatures and by adding 11 °C to <br />June,- July, and August temperatures. 48 <br />A2, Estimated effect of the Aspinall Unit on mean bi-monthly water <br />temperature in the Colorado River at River Miles 49 and 136. <br />SNTEMP calculated downstream temperatures using water temperature <br />at the Gunnison Tunnel. Water temperature at the tunnel before <br />construction of Aspinall was estimated by adding 6 °C to March, <br />April, May, and September temperatures and by adding'11 °C to <br />June, July, and August temperatures. 49 <br />A3. Annual streamflow and estimated annual suspended-sediment loads in <br />the Gunnison River near Grand Junction, 1950-1984. (Data <br />excerpted from Elliott and DeFeyter 1986) 50 <br />A4. Peak streamflow (CFS, highest annual mean-daily flow) for the <br />Colorado River at Cisco and the Gunnison River near Grand <br />Junction. Sl <br />A5. Mean-monthly streamflow for the Gunnison River near Grand Junction <br />for three periods: early development (1917-1938), middle <br />development (1939-1965), and post-Aspinall development (1966- <br />1988) . 52 <br />iii <br />
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