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<br />Table A3. Continued. <br /> <br />General Flow and Temperature Relevant Studies <br />Recommendations Anticipated Effects and Uncertainties (Hypotheses) (primary studies in bold) <br />(Muth et al. 2000) <br />Reach 2-Spring Peak (continued) <br />Peak flows in Reach 2 should be of the U15. Rates of sediment deposition and erosion in breaches and U15-1 Project Cap-6HYD <br />magnitude, timing, and duration to floodplain depressions as a function of breach configuration, peak UI5-2. Evaluation of restoration and <br />provide floodplain inundation in the flow, and connecting flow magnitude and duration (Muth et al. management options for Ouray NWR <br />Ouray portion of the river (continued) 2000). UI5-3. Project 85f <br /> UI5-4. Western aerial photography of2005 <br /> Deak flow <br /> U16. The response of nonnative fish populations to spring peak UI6-1. Project 109 <br /> flows (U.S. Fish and Wildlife Service 2005). UI6-2. Project 123 <br /> UI6-3. Project 144 <br /> UI6-4. Project 110 <br /> UI6-5. Project 98a <br /> UI6-7. Project 98b <br /> U16-8. Project 125 <br /> UI6-7. Project 140 <br /> UI6-8. Projects C-18/19 <br /> UI6-9. Project 124 <br />Reach 2-Summer Through Winter Base <br />The mean flow forthe summer- Anticipated Effects A8-1. Project 138 <br />winter period should be established A8. Base flows in summer and autumn scaled to the hydrologic A8-2. Western backwater topography <br />each year on the basis of anticipated condition favor the formation of backwaters and other low- study <br />hydrologic conditions, but velocity shoreline nursery habitats (Muth et al. 2000). A8-3. Project 128 <br />adjustments can be made if A8-4. Project 133 <br />hydrologic conditions change. Flow A8-5. Project 144 <br />should gradually decline from peak A9. Maintenance of the mean base flow within recommended A9-1. Project 138 <br />flow to base flow, with the base levels of seasonal and within-day flow variability throughout A9-2. Project 128 <br />flow reached by early to middle summer, autumn, and winter will promote favorable conditions A9-3. Project 133 <br />summer (depending on hydrologic for all life stages of endangered fishes that use low-velocity A9-4. Project 144 <br />conditions) and maintained through habitats (Muth et al. 2000). A9-5. Western backwater topography <br />February. study <br /> A9-6. Evaluation of stocked fish <br /> <br />~ <br />~ <br />~ <br />~ <br />::tl <br />V:l <br />..., <br />S <br />"'<:i <br />~ <br />:c: <br /> <br />>> <br />I <br />...... <br />00 <br /> <br />~ <br />0- <br />"'t <br />;: <br />l:l <br />~ <br />.w <br />w <br /><:::> <br /><:::> <br />'-l <br />