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Results <br />Assumptions and Study Limitations <br />The health condition of the treatment group (fish and embryos) is the same as the health <br />condition of the control group (fish and embryos). <br />Environmental variables will be held constant for each set of tests. <br />Holding, handling, and recovery of test fish and embryos <br />either control or treatment groups. <br />Treatment fish and embryos will disperse within <br />upstream of the sleeve valve and downstream of <br />No wild fish or embryos identical to our test <br />and during testing. <br />Reservoir Elevation 6775 ft <br />will be entrained <br />Contents <br />or cause mortality to <br />i of the discharge pipe <br />ve, but will not escape. <br />to tht outlet pipe prior to <br />K); mm mean TL white suckers were <br />t, and 1 eceiving pipe using the same <br />kern the etent of incidental handling <br />-d as test fish were and were held in the <br />ons. There were no incidental handling <br />D mm) white suckers. At 96 hrs after <br />he suckers (50 mm) died from handling <br />however, no 1 -plus (100 mm) white <br />Fish Species <br />Number <br />Mo <br />lity <br />Survival <br />Inserted <br />Ohm <br />96 hrs <br /># Survive <br />% Survival <br />White rer (50 mrn) , <br />, 200 <br />0 <br />6 <br />194 <br />97.00 <br />White Suc$er"(50 rritll); <br />200 <br />0 <br />6 <br />194 <br />97.00 <br />White Sucker` : ;19ti► <br />200 <br />0 <br />10 <br />190 <br />95.00 <br />Total <br />600 <br />0 <br />22 <br />578 <br />96.33 <br />White Sucker (100 mm) <br />100 <br />0 <br />0 <br />100 <br />100 <br />White Sucker (100 mm) <br />100 <br />0 <br />0 <br />100 <br />100 <br />White Sucker 100 mm <br />100 <br />0 <br />0 <br />100 <br />100 <br />Total <br />300 <br />0 <br />0 <br />300 <br />100 <br />Table 2. Handling and holding mortality and survival of 0 -plus and 1 -plus white suckers. <br />Page 27 <br />