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<br />0011816 <br /> <br />Draft <br /> <br />Access to historie river call, augmentation plan, substitute supply plan and transfer <br />decree dala <br /> <br />. Ability to perform bulk analysis of real-time or historic dala <br /> <br />Access to animation tools for presentation of real-time satellite and Water Information Sheet <br />data <br /> <br />. <br /> <br />3. Planning Tools <br />~,) <br />,~'f [,f', <br />'-l' y,' <br />~ ~v~}\ <br />~'V I <br />~;,} . <br /> <br /> <br />~ <br />J~I <br />Ji~ <br /> <br />J' y <br />")VJ. <br />/ ~~ <br />t~ <br />-t <br /> <br />A basin-wide water resource-planning model (StateMod) that operates on a daily time <br />step and includes 100 percent of the basin's consumplive use, This tool will be <br />available to both water users and the Slate for planning purposes, <br /> <br />An enhanced groundwater model for the Denver Basin and Overlying Alluvium <br />Region that operates on a monlhly time step, includes up to six layers and utilizes a <br />one-square mile grid, This enhaneed model will include the overlying alluvium and <br />will facilitate better quantitative understanding of !lows (I) between Ihe alluvium and <br />the underlying Denver Basin aquifer, and (2) among the Denver Basin aquifers, This <br />enhanced b'TOundwater model will allow unique Ireatmenl of each Denver Basin <br />aquifer, contining layer and the overlying alluvium, Note munieipal pumping will be <br />estimated based on user interviews, population data and water use data (gpdleapita), <br />Irrigation pumping will be estimated based on consumptive irrigation requirement <br />and water use effieieney eSlimates, <br /> <br />A groundwater model of the Lower South Platte Alluvium Region (from the Stateline <br />to approximately Weldona) that operates on a monthly time step, There is no existing <br />MODFLOW groundwater model lor this region, Consequently, this model will <br />provide a tool for assisting in the planning of water resources devclopmenl as well as <br />the management of water resources in this region, Note municipal pumping will be <br />eSlimated based on user inlerviews, population data and water use data (gpdleapita), <br />Irrigation pumping will be estimated based on eonsumplive irrigation requirement <br />and water use efficiency estimates, <br /> <br />. Yield estimates of wells in the Denver Basin and Overlying Alluvium Region and <br />effects on existing wells <br /> <br />. Abilily to visually display model results <br /> <br />. Aeeess to historie priority call data via the Internet and CDs <br /> <br />. Addition of new methodologies for ealculating consumplive use, sueh as adding the <br />Kimberly Penman method to StateCU <br /> <br />. Aerial photos for irrigated lands, including historic aerials, throughoUI Ihe Denver <br />Basin <br /> <br />. Development of accurate well locations by expanding the eXlstmg Division I <br />program of identifying and tagging large capaeity (> 50 gpm) wells, RayB moved to <br />data, <br /> <br />. A GIS network of surfaee water hydrology, structures and water distribution system <br /> <br /> <br />p:\dala\gen\.<;pdss\drafts for core group submittal\exec_summary_draft.doc <br />Junt." 11,2001 <br /> <br />\'> <br /> <br />rY"'1 ' <br />Vf1~ <br />~(tV <br /> <br /> <br />V5/1 <br />\t '7'V'c ' <br />, ,(fc~o' <br /> <br />E-5 <br />