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<br />extent of <br />on a fan. <br /> <br />development and <br /> <br />particular location <br /> <br />. Determine accurate stage-damage relationships <br />as a basis for setting actuarial rates. <br /> <br />Some work has <br /> <br />been accomplished <br /> <br />toward <br /> <br />overcoming <br /> <br />the <br /> <br />problem of determining flood risk on alluvial fans. A <br />methodology now exists for assigning a statistical measure <br />of flood risk. This study is focused on the potential <br />effectiveness of various flood loss reduction measures. <br /> <br />1.2 Study Scope and G~als <br /> <br />A study of the effectiveness of flood plain management tools <br />for u~e of alluvial fans was accomplished under contract <br />EMW-C-0175 with the federal Emergency Management Agency. <br />The general goals of this study are: <br /> <br />1, determination of the effectiveness of <br />nonstructural and structural flood plain <br />management measures in reducing flood losses in <br />different types of alluvial fans; <br /> <br />2. recommendation of preferred management measures <br />for specific alluvial fan conditions; <br /> <br />3 . <br /> <br />development of a <br />management measures <br />important aspects of <br />conditions; <br /> <br />process <br />which <br />flood <br /> <br />for selecting <br />considers all <br />behavior and fan <br /> <br />4. provision of information necessary for fEMA to <br />develop environmental and inflationary impact <br />assessments for management tools which are <br /> <br />8 <br />