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Last modified
7/14/2009 5:02:36 PM
Creation date
5/20/2009 10:57:44 AM
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UCREFRP
UCREFRP Catalog Number
9575
Author
LaGory, K. E. and R. A. V. Lonkhuyzen.
Title
Potential Effects of Four Flaming Gorge Dam Hydropower Operational Scenarios on Riparian Vegetation of the Green River, Utah and Colorado.
USFW Year
1995.
USFW - Doc Type
\
Copyright Material
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3 <br />scenario enabled a determination of the environmental consequences of <br />the seasonal and daily adjustment of releases required by the Opinion. <br />• Seasonally Adjusted High Fluctuation: Under the seasonally <br />adjusted high fluctuation scenario, fluctuations would be maximized to <br />the extent possible within constraints of the USFWS Biological Opinion. <br />Release volumes would be adjusted seasonally to meet requirements of <br />the Opinion. These seasonal adjustments would result in a pattern of <br />operation much different from historical operations. Most importantly, <br />this scenario would feature a month-long 4,700-cfs release in spring, <br />reduced summer flows and fluctuations to meet the restrictions at <br />Jensen, and a two-month period of steady flows during the winter to <br />prevent disruption of ice cover. <br />• Seasonally Adjusted Moderate Fluctuation: The seasonally adjusted <br />moderate fluctuation scenario would be similar to the seasonally <br />adjusted high fluctuation scenario in terms of the seasonal pattern of <br />releases, but daily fluctuations would be reduced by 50%. This scenario <br />would also feature the month-long sustained spring release, reduced <br />summer flows, and a two-month period of steady flows in the winter. <br />• Seasonally Adjusted Steady Flow: The seasonally adjusted steady <br />flow scenario would be similar to the other seasonally adjusted <br />scenarios, but hourly releases would be constant during the day for each <br />season or period specified by the USFWS Biological Opinion (USFWS <br />1992). This scenario would feature a month-long sustained spring <br />release and reduced summer flows.
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