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MINUTES OF THE SPECIAL MEETING <br />CITY COUNCIL <br />LITTLE CANADA, MINNESOTA <br />OCTOBER 20, 2008 <br />Pursuant to due call and notice thereof a special meeting of the City <br />Council of Little Canada, Minnesota was convened on the 20th day of <br />October, 2008 in the Council Chambers of the City Center located at 515 <br />Little Canada Road in said City. <br />Mayor Bill Blesener called the meeting to order at 7:00 p.m. and the <br />following members of the City Council were present at roll call: <br /> CITY COUNCIL: Mayor Mr. Bill Blesener <br /> Council Member Mr. John Keis <br /> Council Member Mr. Mike McGraw <br /> Council Member Mr. Rick Montour <br /> ABSENT: Council Member Ms. Barbara Allan <br /> ALSO PRESENT: City Administrator Mr. Joel R. Hanson <br /> Public Works Supt. Mr. Bill Dircks <br /> City Engineer Mr. Lee Elfering <br /> Watershed District Mr. Cliff Aichinger <br /> DNR Mr. Neil Vanderbosch <br /> City Clerk Ms. Kathy Glanzer <br />SAVAGE Mayor Blesener reported that the purpose of this special meeting is to <br />LAKE report to the Savage Lake neighborhood a progress report on the water <br />UPDATE quality issues that were discussed with the neighborhood on June 17, <br /> 2008. <br />LAKE The first discussion issue is the lake level of Savage Lake. Cliff <br />LEVEL Aichinger, Ramsey/Washington Metro Watershed District, reviewed <br /> survey results for flood impacts. Aichinger indicated that this survey was <br /> done since interest has been expressed in raising the Savage Lake water <br /> level. He reported that the Watershed was concerned about existing <br /> structures and the impact of a higher water level on those structures. As a <br /> result a hydrological model was done to predict the 100-year flood level. <br /> Aichinger explained how the modeling was done as well as reported that <br /> the standard is to now have structures within 2 feet higher of the 100-year <br /> flood elevation. He noted the possibility of storms that result in water <br /> levels higher than the 100-year flood elevation. <br />