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<br />viii <br /> <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br /> <br />State Water Plans of the six High Plains states. (Management <br />Strategy Four) <br /> <br />o A strategy of interstate surface water transfers, import i ng <br />water from sources in areas adjacent to the Ogallala Region by <br />means of large scale federal-state or federal projects to <br />restore and maintain irrigation of the acreage that would have <br />reverted to dryland farming by 2020 under Strategy One or Two. <br />(Management Strategy Five) <br /> <br />The purpose of Regional Study Element 8-5 has been to identify and <br />assess the regional applicability and relative effectiveness of a large <br />number of innovative or unconventional methods for increasing local agri- <br />cultural water supplies in the High Plains area. The present state-of-the- <br />art for each of several augmentation methods has been assessed along with <br />the existing use and applications of each. The potential regional/local <br />applicability has been estimated. The projected effects in terms of <br />increased water supplies, environmental effects, institutional constraints <br />or requi rements, and other factors are described in the report. The results <br />of this assessment were used as decision variables for assessing alternative <br />Management Strategy Three. Management Strategy Three (MS-3) is discussed in <br />relation to the other management strategies in the High Plains Study Final <br />Report. <br /> <br />An inventory of available or potential water supply augmentation methods <br />relative to the High Plains Study area has been compiled from current litera- <br />ture and/or personal contacts. A broad array of so-called unconventional or <br />innovative techniques for increasing or extending local agricultural water <br />supplies have been assessed for their relevance to Strategy Three. Selected <br />methods are researched (from secondary sources) and a profil e prepared for <br />each to outline area of applicability, quantitative water augmentation <br />potential, costs of implementation, environmental effects, institutional <br />constraints and other pertinent factors. Comparisons are made among the <br />selected and profiled methods for relative effectiveness, difficulty of <br />