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/5 <br />To:Choir iloun and Planning Commission Members <br />Ron Moorsc, City Administrator <br />Fron:Mike GafTron, Planning Director <br />Date:January ll,200t <br />Subject: <br />Attaebneuto <br />Surface Water Monagenuent Plan <br />T <br />Public Hearing Notice <br />Surface Water Management Plan Final Draft, October 9,2000 with sample appendices <br />(complete appendices can be made available if you wish to review* them) and <br />representative section of System Map <br />Background <br />The City* of Orono concurrently with adoption of the update of the Community Management Plan <br />(CMP), must adopt and implement the City of Orono Surface Water Management Plan (SWMP), <br />a final draft of which has been complet^ by the Cit>*’s consulting engineers. Boncstroo and <br />Associates. This is the first comprehensive document for addressing the management of surface <br />water in Orono since the original Surface Water Management Plan completed by Hickock and <br />Associates in 1974. <br />Adoption of the new Plan technically requires a public hearing, as it constitutes a separate clement <br />of the Community Management Plan that was not ready for review and approval at the lime the full <br />CMP was approved by the City Council in September 2000. <br />Work toward completion of the S WMP actually began as early as 1992-93 when the City contracted <br />for 2' topographic map coverage of the entire City. A first draft of the SW'MP was completed in <br />1997. How*evcr. the SWMP has been significantly reworked since the July 1997 draft, in response <br />to comments and concerns raised by Council and staff during a number of work sessions held during <br />the past 3 years. <br />Plan Objectives <br />The general objectives of the SWMP are: <br />• Preserve Orono ’s wetlands, streams and lakes, especially Lake Minnetonka. <br />• Reduce capital e.xpenditures needed to meet water quantity and quality* standards. <br />• Minimize c.xisting flooding, erosion and sedimentation problems generated by surface flow's* <br />i