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RECEIVE® <br />~ OCT 2 3 2002 <br />Uiuision of Minerals and 6eelegy <br />RECLAMATION PLAN EXF~;S,BIT ¢ <br />This applicant includes the following information in accordance with the regulations: <br />When and what depth of overburden will be replaced in relation to extraction. The soil <br />types present have 6" to 12" of topsoil and the overburden is about 1 ft. in depth, and <br />the gravel deposit is a mining of 6 ft. deep. 4" to 6" of the top layer will be saved as <br />plant growth media to be replaced in reclamation. <br />Maximum gradient of reclaimed slopes (horizontal:vertical) The maximum gradient on <br />reclaimed backslopes will be 3H:1V or flatter to accommodate rangeland use. <br />Measures that will be taken to revegetate this site: <br />The growth media will be replaced at a depth of 4" to 6" and the backslopes finished no <br />steeper than 3H:1V. The pit will daylight on all sides with no high-walls. <br />Time of seeding, seedbed preparation, type, application rate and soil incorporation, <br />method of fertilization application. Fall seeding is preferred and proposed if at all <br />possible. The Seedbed will be scarified and it will be across the 9.5 acres. Seed will be <br />broadcast. <br />The seed applied will be a mixture with the listed seed quantities: <br />Sideoats Grama <br />Blue Grama <br />Western Wheatgrass <br />Indian Ricegrass <br />Vaughn 4.5#/Acre <br />Alma 1.5#/Acre <br />Arriba 8.0#/Acre <br />Nezpar 6.0#/Acre <br />No ponds, streams or buildings are proposed. <br />This will be an open-pit surface mining operation. All rocks will be used in production <br />so there will be no waste rock. There will be no dumps, tailing impoundments, <br />underground mine openings, ditches, sediment control facilities, buildings or any other <br />features not involved in this narrative involved in any way in the operation. <br />A low earthen berm will be established to keep all stormwater on-site, this will minimize <br />disturbance to the hydrologic balance, and prevent off-site damage. This will help <br />provide a stable configuration consistent with the proposed future land use. <br />