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Task 44.3 Phase Z Lower South Platte Region Aquifer Water Level Technical <br />Memorandum <br />• The Consultant will develop a submittal of up to 10 pages (with additional pages for maps and <br />appendices), consisting of the historic data on aquifer water levels and their analysis, as <br />described in Task 44.1. This Technical Memorandum will focus on information collected <br />during Phase 2 and will be an update to the Task 44.3 Phase 1 Technical Memorandum. The <br />Technical Memorandum will include the following: <br />- a discussion of the Phase 2 data sources, analysis methods, and results <br />- a summary of the HydroBase-compatible database fields, structure and contents <br />- an electronic HydroBase-compatible version of the aquifer water level database <br />- aquifer water level maps that are representative of non-pumping conditions for the <br />calendar year for the alluvial aquifer, presented in l 1x17 inch hardcopy format <br />- hydrographs developed for the 15 wells that were presented in the Phase 1 Task 44.3 <br />Technical Memorandum will be updated with Phase 2 data, presented in 8.Sx11 inch <br />hardcopy format <br />The Consultant will provide six hard copies and one digital copy (in MSWord and Adobe <br />Acrobat PDF format) of the Draft Technical Memorandum for the State's review. The <br />Consultant will incorporate the State's comments and recommendations and provide a Final <br />Technical Memorandum. Six hard copies and one digital copy in MSWord and Adobe <br />Acrobat PDF format of the Final Technical Memorandum will be provided. <br />Task 50 Development of a Data Centered Approach for the SPDSS <br />Groundwater Component <br />Objective: <br />The objective of this task is to design a data centered approach to facilitate the evaluation and <br />development of groundwater data for use in MODFLOW, the USGS ground water model, and a <br />process used with the surface water model. This process will consider existing approaches and <br />tools, and requirements from users of the models. The data centered design will adopt and <br />improve current "best practices" used by the State and others for ground water modeling for <br />implementing MODFLOW in the South Platte. This process is anticipated to provide a general <br />framework with applicability not only to the SPDSS, but also to other groundwater modeling <br />activities conducted by the State or other members of the groundwater community. <br />SPDSS Groundwater SOW, Phase 2 24 <br />