Laserfiche WebLink
<br />The technology described has potential to be helpful in the consistent <br />and rapid evaluation of structural and nonstructural flood damaqe reduction <br />alternatives for 1) existing land use pattern 2) alternative future land use <br />patterns and 3) specific development proposals. This technology is in the <br />development stage and will be undergoing further testing. The Corp of <br />Engineers is currently making test applications of this technology in the <br />Savannah. St. Louis. and Ft. Worth Districts, with other districts scheduled <br />to make applications in the next fiscal year. <br /> <br />ACKNOWLEDGEMENTS <br /> <br />The authors would like to acknowledge Mr. Darryl W. Davis, Chief. <br />Planning Analysis Branch, The Hydrologic,Engineering Center for his <br />guidance in the development of this technology, and more specifically <br />for his part in the initial development of the method of aggregating <br />the elevation-damage function of the grid cells. <br /> <br />R~FERENCES <br /> <br />1. "Phase 1 Oconee Basin Pilot Study. Trail Creek Test," Hydrologic <br />Engineering Center Corps of Engineers. September ,1975. <br /> <br />2. Johnson. W. K., and Davis. D. W., "Analysis of Structural and <br />Nonstructural Flood Control Measures Using Computer Program <br />HEC-5C," Hydrologic Engineering Center Corps of Engineers. <br />November 1975. <br /> <br />19 <br />