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(3) Comaaction. A11 fi]1 shall be stabflized in <br />. conformance with generally accepted engineering <br />standards, including a compacted density of at least <br />ninety-five percent (95y,), <br />(4) Pr m t C m 1 et on. A7 1 earth moving shall be <br />accomplished in the shortest practical period of <br />time. In no event shall the existing natural <br />vegetation be destroyed, removed, or disturbed more <br />construction.ays Prior to the initiation of <br />(5) u n Fill. Cut and fil] slopes shall be no <br />steeper than two horizontal to one vertical; f111 <br />slopes shall not be ]orated on natural slopes <br />steeper than 2:1; or where fill slope toes out <br />within 12-feet horizontal of the top of an existing <br />or planned cut slope. <br />(6} No unnecessary cuts and/or fills shall be allowed 4n <br />order to create additional lots or building sites, <br />d) H droioaic~7 Controls, The fo7iowing standards shall <br />apply to hydro]ogical controls; <br />(1} l~atur 1 Cannel s. Natural drainage-ways shall be <br />preserved to the maximum extend passible. <br />(Z) ontr l ~d Run-off. Run-off from concentrated <br />impervious surfaces shall be collected and <br />transported in a pipe or other approved manner to a <br />municipal storm sewer system if available, or if <br />unavailable, to the bottom of a ravine in a safe, <br />adequate, and nonerosive manner. Where required by <br />the Village Engineer, storm water retention <br />facilities shall be installed. <br />~3) I to c pt r Ditche,~. Where required, interceptor <br />ditches shall be established above steep slopes in <br />such a way as not to saturate or erode soil, and the <br />intercepted water shall be conveyed in a pipe or <br />other approved manner to a municipal storm sewer <br />system or to the bottom of a ravine or steep slope, <br />(4} Di ch r e Point Stabilization, <br />drainage-ways shall be established bya means <br />consistent with sound professional engineering <br />practice, below drainage and culvert discharge <br />points for a distance sufficient to convey the <br />discharge without channel erosion, and in such <br />manner as to dissipate the energy of the discharge. <br />