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<br />. <br /> <br />SU~RY (Continued) <br /> <br />the excessive <br />qual icy water <br />stream users. <br /> <br />water <br />in the <br /> <br />dilutes the TOS. <br />reservoirs dur iog <br /> <br />It <br />low <br /> <br />....ould al so <br />fl 0....5 wa t er <br /> <br />provide better <br />years for do...m.- <br /> <br />.... <br />.... <br /> <br />,~ <br />- <br />~, <br /> <br />A major ponion of the report 15 dedicated to the Colorado River <br />Salinity Control Program and describing the individual salinity control <br />projects. Figure VIII-Ion page 50 summarizes the schpdule for invest j- <br />gation and construction for these projects. Table F on pa~e 87 lists <br />the 2010 Salinity Control Unit Effects. The effects were calculated <br />using the equations in Part VlI-C and will provide a consistent basis <br />for evaluating the impacts of projects. <br /> <br />Many of the salinity studies, including salt load reductions and <br />benefits downstream are st ill prel iminary; this document is therefore a <br />progress report. Specific water and salt budget tables will be revised <br />and final numbers presented in specific water quality improvement project <br />planning reports and environmental impact statements. <br /> <br />Studies of eutrophication, nutrient and salt routing problems, and <br />basic reservoir interact ions are needed to improve water qual ity manage- <br />ment options in the future. <br /> <br />. <br /> <br />Given full development <br />quality impr0vemem projects <br />standards. <br /> <br />of <br />will <br /> <br />the <br />be <br /> <br />States' water allocations, water <br />necessary to maintain IDS near the <br /> <br />. <br /> <br />VI ii <br />