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<br />- <br /> <br />- <br /> <br />FIGDllE 4 <br /> <br />STUDY PROCESS <br /> <br />Step 1 <br /> <br />Step 7 <br /> <br />Step 2 <br /> <br />Step 3 <br /> <br />Step 4 <br /> <br />Step 5 <br /> <br />Step 6 <br /> <br />Define <br />the <br />System <br /> <br />Determine <br />Computer <br />Requirements <br /> <br />Development of <br />Data Base <br /> <br />Development of <br />Methodologies <br /> <br />Formulate the <br />Water Account- <br />ing System <br /> <br />Formulate the <br />Accounting Unit <br />Hydrologic System <br /> <br />Develop <br />Reports <br /> <br />select <br />overall <br />study <br />methodo- <br />logy & <br />hydro- <br />logic <br />area(s) . <br /> <br />I <br />'" <br />'" <br />I <br /> <br />- <br /> <br />I.Evaluate <br />computer <br />alterna- <br />tives (Fed. <br />agency, <br />State <br />agency, <br />private, <br />MRBC in- <br />house) .. <br />2.Based on <br />selection <br />of study <br />approach <br />determine <br />needed <br />computer <br />capabili- <br />ties,loca- <br />tion, and <br />costs.. <br /> <br />- <br /> <br />- <br /> <br />Formulate consistency in <br />measurement/evaluation methods <br />and collect resource data. <br />I.Historic and current stream- <br />flow--hase period, base year, <br />and other <br />2.Location of stream-gaging <br />stations and period of <br />records <br />3.Collect existing surface and <br />ground water use data for <br />irrigation, municipal, indus- <br />trial, energy, instream flow <br />surface evaporation, imports <br />and exports, and irrigated <br />land <br />4.Ground and surface water <br />withdrawals, depletions, and <br />return flows <br />5.Interrelationships between <br />ground and surface water <br />6;Other related metholodogies <br />and procedures <br /> <br />- <br /> <br />- <br /> <br />- <br /> <br />Develop methodologies for <br />analyzing streamflow and <br />water-use data. Determine <br />historical and current stream- <br />flow depletions and residual <br />flow at selected key locations <br />throughout the area. This <br />would involve the following: <br />I.Determine key locations <br />(range to 100 or less for <br />total study area, i.e., three <br />or four per subregion) -State <br />boundaries, acctg. unit out- <br />flow point, stream-gage loca- <br />tions above or below reser- <br />voirs, and other <br />2.Develop the historic and <br />current streamflow at these <br />locations based on the inven- <br />tory of historical streamflow: <br />surface water withdrawals, <br />consumptive use, and return <br />flows: imports and exports: <br />farm pands: evaporation- <br />transpiration: land use: <br />interrelationship between <br />ground and surface water: <br />and conservation measures <br />3.Establish and/or recommend <br />new data collection programs <br />as needed to fill out serious <br />data gaps. <br /> <br />- <br /> <br />- <br /> <br />- <br /> <br />- <br /> <br />Develop Missouri <br />River basinwide <br />hydrologic acctg. <br />system using study <br />approach, methodo- <br />logies, & proce- <br />dures agreed to. <br />Using the basinwide <br />hydrologic acctg. <br />system, determine <br />historical & current <br />streamflow depletions <br />& residual flows at <br />the selected stream <br />gaging location. <br />Develop capability <br />to analyze effects of <br />alternative water & <br />related land futures <br />on the determined <br />residual flows. <br /> <br />Based on the <br />study approach, <br />develop for each <br />acctg. unit a <br />hydrologic acctg. <br />system. <br /> <br />- <br /> <br />- <br /> <br />- <br /> <br />- <br /> <br />- <br /> <br />Develop <br />work <br />group, <br />water <br />atlas, <br />and <br />final <br />reports <br /> <br />- <br /> <br />- <br />