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Mike Long <br />Page 16 <br />Drainage Channels <br />The reclaimed mesa will be graded in such a fashion <br />that drainage is provided, however, specific drainage <br />channels will not be constructed. The Post-Mining <br />Topography and Spoil Grading Map, Map 10 and the Pre- <br />and Post-Mining Cross-Sections Map, Map 11, provide <br />additonal information which describes the manner in <br />which drainage will be attained. <br />Section 2.06.5 Permits Incor oratin Variances from A roximate <br />Origina Contour Restoration Requirements For Steeo S one Minine <br />ose of Variance <br />The variance for restoration of the approximate original <br />contour is requested in accordance with the change in <br />the post-mining land use. As described in 2.05.4, <br />Reclamation Plan, and 2.05.5, Post-Mining Land use <br />Chimney Rock Coal proposes to reclaim approximately 20 <br />acres of the total disturbed area to an irrigated <br />pasture. Implementation of the proposed reclamation <br />plan land which formerly provided limited use as range <br />land will provide an increase in livestock grazing <br />through increased forage production. Compliance with <br />the requirements of 4.16 is discussed in 2.05.5. There <br />is no doubt that attainment of this land use constitutes <br />an improvement over the pre-mining use. <br />Improvement of Watershed <br />Attainment of the post mining topography in conjunction <br />with adequate revegetation will undoubtly decrease the <br />sediment load to the receiving waters of Stollsteimer <br />Creek. The surface topography will be changed from <br />relatively steep slopes, throughout most of the area, <br />to gently sloping terrain on the 20 acre pasture area. <br />The Post mining topography and spoil grading map, Map <br />10, provides additional insight into the manner in <br />which the post-mining topography will he achieved. <br />In addition, the percentage of vegetative cover will be <br />increased thereby aiding in the reduction in the amount <br />of suspended solids. <br />