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Table A3. Continued. General Flow and Temperature Relevant Studies Recommendations Anticipated Effects and Uncertainties (Hypotheses) (primary studies in bold) (Muth et al. 2000) Reach 2-Spring Peak (continued) Peak flows in Reach 2 should be of the UlO. Temporal relationships between drifting larvae and UIO-I. Project 22f magnitude, timing, and duration to hydrology during the runoff period with a focus on the peak flow UIO-2. Project Cap-6 nJentr provide floodplain inundation in the characteristics (magnitude, duration, ramp rate) needed to entrain Ouray portion of the river (continued) most drifting larvae (U.S. Department of the Interior and Western Area Power Administration 2005). UI I. The frequency of connection needed tOlSuccessfully recruit Ull-I. Project Cap-6 RZ razorback sucker larvae into the adult population, including the Ull-2. Project Cap-6 bt/rz frequency needed to sustain adequate water quantity and quality Ull-3. Project Cap-6 rzlbt and allow escapement of subadults and adults to the main channel UI 1-4. Evaluation of stocked fish (U.S. Department of the Interior and Western Area Power Ull-5. Evaluation of restoration and Administration 2005). management options for Ouray NWR UI2. Nonnative fish colonization of inundated floodplain UI2-I. Project Cap-6 bt/rz depressions may interfere with recovery of endangered fish in U12-2. Project Cap-6 rzlbt those habitats (U.S. Fish and Wildlife Service 2005). UI2-3. Project 109 U12-4. Project 98a U12-5. Project 98b U12-6. Project 143 U12-7. Evaluation of stocked fish Ul3. The frequency of total drying (reset) needed to control U13-I. Project Cap-6 bt/rz nonnative fish populations (U.S. Department of the Interior and UI3-2. Project Cap-6 rzlbt Western Area Power Administration 2005). Ul3-3. Project 109 Ul3-4. Project 98a Ul3-5. Project 98b U14. For a given volume, lower peak flows for a longer duration UI4-1. Project 22f could maintain connection to floodplain nursery habitats for a UI4-2. Project Cap-6 rz/entr longer period of time and entrain as many or more razorback UI4-3. Western aerial photography of sucker larvae as higher peak flows for shorter duration. (With 2005 peak flow recent modifications of levees and intake structures, flows less U14-4. Project Cap-6HYD than the recommended 18,600 cfs may provide significant U14-5. Evaluation of restoration and connection and inundation to floodplain nursery habitats, and management options for Ouray NWR subsequent entrainment of razorback sucker larvae.) (U.S. Department of the Interior and Western Area Power Administration 2005). ~ ~ ~ ~ ~ V:l """3 S 0...::: ~ ;> I ....... -.l ~ <::J- .... :;: tl ~ .~ ~ <::::> <::::> '-l