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<br />e <br /> <br />. <br /> <br />e <br /> <br />r; OJ ~_ '3 eo, 'j <br /> <br />~~:~/ of/ <br /> <br />~/f/17 ~~ c!!J <br />C~//; <br /> <br />East River Inflow Development Supporting Information: <br /> <br />A.) Table 1, pp. 1&2 <br />summarizes East River inflows;shows relative <br />contribution of inflows <br /> <br />B.) Hydrograph Plots: INFL25-32, pp.3-6 <br />"a"-plots: Phase I WY 52-63 flows distributed using <br />flow factors <br /> <br />"b"-plots: WY 52-90 flows: distributed using Phase I <br />flow factor methodology <br /> <br />"c"-plots: WY 52-90 flows: distributed using core <br />station (East River at Almont) distribution pattern <br /> <br />c.) pp.7-9: tabulation of data used in hydrograph <br />development; monthly distribution patterns provided <br /> <br />D.) pp. 10-12: <br />flow data for stations used in flow distribution <br />factor development <br /> <br />-- listing flow factors applied <br /> <br />E.) pp.13-14: <br /> <br />-- flow factor application notes <br /> <br />F.) Problem hreas: <br /> <br />INFL26: <br />a,b plots <br />zero May, June avg. flows <br /> <br />INFL31: <br />a,b plots <br />zero avg. June flows <br /> <br />INFL32: <br />- a,b plots <br />- zero avg. April, May flows <br /> <br />INFL26,31, and 32 are derived by difference <br />(see Table 1) <br /> <br />--INFL26 &31: <br /> <br />flow factor distribution y~elds zero gains between <br />upper station (09110500, 09111500, and 09112000) <br />and East River bl~. Cement Ck. (091122CO) in May <br />and June (see boxes 5&6, p.12) <br />