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r, APR-24-1996 '15'57 absolute inigation storage decree. The non-irrigation ac<:ollnt would have a J '~J,~ b~"" capacity of the sum of the non-irrigation ne~ absol~te decrees plus the clIH.lIllltp<e AIr," \. _ -l~~ slockpondcli!;Rle.=\w.W s~, l,>,~ all\~~ie ~j.,cl.0-.Jc 6~~ ~ RTiWR: Assign an area capacity curve for each of the aggregated reservoir nodes ~ based on an existing reservoir in the basin of equal siu. RTiWR: ASsign the Phase II evaporation curve for the White River Basin to each of the aggregated reservoir nodes. 9.' RTiWR: Develop an operational file to release water from the inigation account in July, August, and September. The non-irrigated account wilJ 1,I0t relea.~ water, only incur prOralf>d evapOration r"\ ~""1 RTiWR: Estimate an end-of-month content file by lulsuming the aggregated , reservoirs were m.intained at a constant 75 % levelthroughoullhe sllldy period. RTIWR: Run watright to detennine stordge decree weighted administration numbers for each of the aggregated. re.~oir nodes using the While River Basin water rights aggregation classes CJCllie a basin repOrt summarizing the number of water right~ ineluded in the aggregation. the sum of decrees on aggregated water rights, and the number of water rights. (the format of the basin summary report will be identical to the report generated for irrigation strueturcs) ~ument the determination of aggregated reservoir/stock pond nodes, their associated decree weighted adminiSIrdtion numbers, their location in the Phase III network, their physical capacities, end-of-month content, and monthly targets in a 4-6 page memo for State review. 13. ~: Incorporate State eollUllel1ts. Del' , bl ~,~ ' L-.}\ <4J '-( k.h IVjta es: ,~ \-.:\.- tc ~ ' . A memorandum documenting the aggregated reservoirs/stock ponds and their associated characteristics (location, area-capacity, evaporation, decree weighted administration number, target, and end-of-month content). . An ARC/lNFO coverage for all reservoirs in the ba.~in that have latllon information from the CROSS database.. . ST A TBMOn input files reflecting aggregated reservoir and stock ponds. 2. 7. Z- 8. ( I ~ I JO. ~ fO ~\~\"\v ~ I I 112. k FIU1 "RIVERSIDE lECI+lCl..OOY,lNC' "'10- ~,-'~-. 1~"'l'iR9320 P.09 ,", :\ A.~\J~"'--- \\.€.\L\ t.~ 5J~ ~J- .~l~J \z, "c:~.;t ~~"""1;""'~ f-}'~"+U"'lr :;h~\"WS , 11. 2.11. Modify instream flow files to represent upstream and downstream terminus Obj~tive: For the White River Basin, modify STATEMOD jnpllt files to represent instream flows;using only an upstream and downstream terminus. This task is to be accomplished through the fqllowing specific work tasks' I Approach: I I 1. I 0039 ! State: ModifY STATBMOD program to consider upstream and downstream terminus of instream flows to avoid the current necessity of duplicating the same instream flow below each structure in !be reach.