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<br />,,.APR-30-1996 13'04 FROM RIVERSIDE TECHNOLOGY,INC <br /> <br />TO <br /> <br />13038664474320 P.02 <br /> <br />".' , <br /> <br />V" <br />,) <br />t~ <br />';i IJ'" <br />~ <br />'\) <br /> <br />! 1. State: Draw baun . es on the map to identify groupings (not to exceed 20 <br />groupings) of struc res not modeled in Phase II using the following guidelines <br />(giving primary con 'em 10 the Phase II base flow hydrology): spatial proximity, <br />existing structures ocIeled in Phase II, Phase II base flow hydrology, new tributaries <br />or existing, critical aches, return flows, irrigated aggregated acreage not to exceed <br />value 1000 acres. ssign a name and id to each aggregated group (AGG_Trib_ WD). <br />2. RTiWR: It is expec 'ed that RTi would be involved in determining aggregation <br />boundaries in coord nation with Ihe State. <br />i 3. RTiGIS: Create an ClINFO coverage consisting of aggregation boundaries. <br />14. RTiGIS: Create an RCIINFO report of the aggregation groups and their associated <br />structures and irrig' d acr6lj.;Jncorporate the name and id assigned to each <br />aggregated group ( GG_Trib_ WD). <br />RTiWR: Visually i spect the report generated by ARClINFO and check for <br />structures that serve multiple polygons that were aggregated into different groups. <br />These structures sh uld only be rcpresen~ed once and will be removed fro~ the~~roup <br />with the largest irri atcd acreage. _ J~ la..... ~ ik v..,;;t ~ <br />. 6. RTiGIS: Prepare fi al map consisting of the original map produced in subtask 1 with <br />! the aggregation bou dlllyoverlay. <br />7. State: Document th . physical aggregation process in a 1-2 page memorandum for <br />RTi review. <br />RTiWR: Review <br />State: Incorporate <br /> <br /> <br />#')~~I:J <br /> <br />s. <br />1\ <br />~'1~1 <br /> <br />8. <br />~ ~\I\'\'O <br />r1 \,s~' , <br />'VI : Deliverdbles: <br /> <br />morandum describing the aggregation process. <br />onsultant comments. <br /> <br />~~ <br /> <br />'. State: A memoran um including ARCIlNFO table showing the physical aggregation <br />of irrigation strUc es. <br />· RTiGIS: A fmal m p showing [he aggregation areas as well as the Phase II modeled <br />parcels and structur s. <br />· RTiGIS: A GIS co erage of the aggregation boundaries. <br /> <br />: 2.03 Add aggregated irrigati n structures to model netwark <br /> <br />, Objective: Incorporate the ggregated groups of irrigation structures into the Phase ill model <br />ne!Woi"k. This ta~k is to be acc mplished through the following specific work tasks: <br /> <br />ApprOach: <br />i <br /> <br />! I. RTiWR: Modify t e .net file to include the aggregated groups. Typicall}' the <br />aggregated Slnlctur location will be below the base flow node. Run makenet to <br />generate a model n !Work (including line diagram) with aggregated structures. <br />Makenet should in ude the name of the aggregated structure in the .rin file. <br /> <br />4~(-:;' <br /> <br />; <br />. Deliverables: <br /> <br />\ ~~ <br />.~~~ <br />~ <br /> <br />0031 <br /> <br /> <br />