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<br /> <br /> <br /> <br />1 <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br />3 <br />squawfish ecology and behavior as it related to attempts to artificially <br />establish the squawfish in the reservoir. A secondary objective was to <br />determine if squawfish could become a viable sportfish in the reservoir. <br />Methods <br />Study area <br />The study area (Figure 1) encompassed the White River from 16 km <br />above Kenney Reservoir (RK 192.7) to the Colorado - Utah border (RK <br />115.5). In 1988 and June, 1989, the river was only sampled from 16 km <br />above the reservoir to 16 km below. As it became apparent the squawfish <br />were moving downstream, the study area below the dam was extended to the <br />CO/UT border. The river was subdivided into five sections as indicated in <br />Figure 1. <br />Kenney Reservoir's upper limit was designated as RK 175.9 and the <br />lower limit as RK 167.8 at the dam axis. The reservoir is 8 km long and <br />1.2 km across at it's widest point, with a maximum depth of 15.2 m near <br />the dam. When filled it covered 680 surface acres and held 13,800 acre <br />feet of water. The high silt load of the White River decreased the <br />reservoir's capacity an undetermined amount by filling the upper end of <br />the reservoir with silt deposits for approximately 1.5 km (Figure 2). <br />Flow from the White River is retained in the reservoir for an average of <br />two days (Behnke 1981). There is an outlet gate at the base of the dam <br />but most of the flow was released over the spillway during the study due <br />to damage incurred by the outlet gate. <br /> <br />