Laserfiche WebLink
L :20 . If the nature of v e deposit and the mining method used permit, <br /> describe and show the steps or phases of the mining operation that <br /> allow concurrent reclamation . Include a proposed time schedule <br /> for such concurrent activities . The proposed project consists of one <br /> phase. Reclamation of slopes will begin immediately after reaching the maximum <br /> depth of ±SO' . <br /> E <br /> v <br /> 21. Describe the ultimate physical condition of the site and specify <br /> proposed use (s ) or potential uses , of the mined lands once <br /> reclaimed . Teichert will restore the land to agricultural production <br /> L Finished depth will be 25 to 30 feet below the existing surface and the floor <br /> area will be ± 43.4 acres. <br /> 22. For operations occurring within or adjacent to a seasonal or per— <br /> manent stream, river , or other -body of water , describe actions <br /> being taken to protect water quality and wildlife habitat : N/A <br /> L 23 . Describe any actions being taken during the project and as part of <br /> the reclamation process that will enchange wildlife habitat _ Also <br /> describe any trees or vegetation to be removed : The existing walnut <br /> orchard will be removed. The post-mining use will be agriculture. The net <br /> effect will therefore be minimal to wildlife habitat <br /> 24 . Describe soil conditions and proposed soil salvage plan . <br /> The ± 14 ' overburden will be stripped and stock-piled on site. Clay lenses_ <br /> L will also be stock-piled on site. These soils will be used to reclaim slopes_ <br /> and the pit floor. (See attached maps. ) <br /> 25 . On an attached page, describe methods , sequence , and timing for <br /> bringing reclamation of the land to its end state . Indicate on <br /> the site plan, or on diagrams as necessary . Include discussion of <br /> the following items : <br /> A. Backfilling and grading <br /> B . Stabilization of slopes <br /> L C . Stabilization o_° permanent waste dumps , tailings, etc . <br /> D. Rehabilitation of pre-mining drainage <br /> E . Removal , disposal or utilization of residual eouip^ ent , <br /> structures , refuse , etc . <br /> F. Control of contaminants, especially with regard to surface <br /> runoff and ground water <br /> G . Treatment of streambeds to control erosion and sedimentation. <br /> 1 H. Removal or minimization of residual hazards <br /> IL I . Resoiling and reveaetation, with evidence that selected plants <br /> can survive the specific topography, soil , and climate of the <br /> site <br /> Reclamation Plan <br /> Quarry Excavation - 4 - ( 3/89 ) <br />