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Little Canada Planning Commission <br />January 24, 1979 Page Two <br />This means potentially 10 -11 Lakeshore lots could be platted, instead of <br />the fourteen (14) shown. <br />The five (5) lots south of the roadway should be 20,000 square feet <br />(approximately one -half acre). The present acreages would have to be <br />reworked to conform to this. <br />In total, the plat potentially could have 15 -16 lots, not the 19 shown. <br />Shoreland Management Regulations govern the placement of structures in <br />relation to the shoreline and roadways, and also govern the amount of <br />impervious surfaces allowed on each tot. This includes structures, roadways <br />and parking areas. The maximum amount of hard surfaced areas allowed is <br />30% of the lot area. <br />2. Access to the proposed development is an issue. <br />Lindquist Road /Twin Lake Road presently is an 1,800' (.3 mile) deadend <br />street. The proposed extension to this (Twin Lake Trail) is 1,700' (.3 mile). <br />This creates an exceptionally long cul -de -sac street, and the proposed <br />development will generate more traffic for the existing homeowners on <br />Lindquist Road /Twin Lake Road. This circulation will generate problems <br />when considering fire and emergency access. <br />The 40' road easement across the Mitchell property should not be permitted. <br />This should be platted as a 60' wide dedicated public roadway right -of -way, <br />to conform with the intended 60' right -of -way for Twin Lake Trail. <br />3. All aspects of the Shoreland Management Regulations should be followed. <br />Storm water retention basins are being proposed, which is good. It is a method <br />to prevent erosion and trap sediment. These structures should be reviewed by <br />the DNR in regard to future water quality for Twin Lake. It flows into Lake <br />Vadnais and this is part of the St. Paul City Water Works. <br />Much care must be utilized in vegetation removal and disturbance of the <br />topography to retard surface runoff and soil erosion. <br />OVA <br />