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i <br /> <br />s <br />L (U17) Maximum reservoir 1.0 <br />flushing rate while <br />fry present (Fry). ~ 0.8 <br />c <br />,~ 0.6 <br />r= <br />0.4 <br />N 0.2 <br />0.0 <br />4 5 6 <br />Days <br />R (V ) Avera e current 1 <br />10 20 30 40 50 <br />cm~sec <br />Riverine Model <br />These equations utilize ;.the life requisite approach and consist of four <br />components: food, cover, water quality, and reproduction. <br />Food (CF). <br />VZ + V4 <br />CF = 2 <br />~s g ve ocity 1,0 <br />in cover areas during <br />average summer flow. v <br />~ 0.8 <br />~ 0.6 <br />•r <br />r <br />•r <br />.~ <br />+, 0.4 <br />'~ <br />N <br />0.2 <br />0.0 <br /> <br />~. 15 <br />