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the City.'.s -conveyance systems to the- Wisconsin- River. Using- the <br /> SCS TR-20 -program; .existing and - future watershed conditions were <br /> analyzed. , , 'The HOBCW program was used to analyze dipcharge of <br /> certain reaches and the CE STORM program was used to check <br /> available capacities of trunk storm . sewers. The report <br /> recommended the preservation and construction of- detention areas <br /> I� outside the city limits - to reduce flooding and costs for <br /> conveying the _peak flows through the City. In addition, the <br /> report outlines the need for the - area to ' form a Watershed <br /> Management Organization and the methods to do so. <br /> i <br /> Brooklyn Park, Minnesota <br /> j- <br /> SEH used the SCS TR-20 computer model for the hydrologic analysis <br /> of a rural and urban watershed of about two square miles. The <br /> analysis,- in conjunction. with the reconstruction of 85th Avenue, <br /> resulted in the recommendation for and construction of a large <br /> box culvert and related ditch improvement to handle -future storm • <br /> water -f loos. <br /> Anoka County, Minnesota <br /> An 850 acre urban watershed was analyzed using TR-20 to recommend <br /> detention basin improvements and outlet control structures <br /> i' <br /> necessary to- reduce local flooding problems. The study was <br /> necessitated by the construction of CR 116. <br /> I - <br /> Miscellaneous Projects <br /> These projects include the design and review of residential and <br /> i commercia2 site plans_ Projects_ included--multi basin—routing- <br /> using the TR-20 computer model, design . of outlet rate control <br /> structures, erosion control measures,. sediment removal areas and <br /> wildlife habitat preservation and enhancement. <br /> j <br /> l Other surface water management projects include: <br /> l <br /> Arden Hills, Minnesota • <br /> SEH prepared comprehensive drainage plans on a segmental basis <br /> resulting in the evolvement . of a near complete community-wide <br /> storm drainage plan. <br /> I <br />