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plant foundation, and the fuel bunker. The reclamation timetable is shown below in Section 2 in <br />Table E-3 and the worst case scenario is calculated in Exhibit L: Reclamation Costs. <br />In general, reclamation will consist of ripping all upper bench areas to a depth of two feet, <br />covering all areas with a minimum of 6 inches of topsoil, grading and harrowing the topsoil, and <br />seeding and mulching the entire area. Wetland fringe areas will receive 12" of topsoil. The azeas <br />azound the lake perimeter will be retopsoiled to a depth 5 feet below the expected water level. <br />Table E-2 shows the amount of material required to reclaim each reclamation phase. Map F <br />shows all the final contours and reclamation planned for the site. The access road will be left <br />intact so that landowner has access to the reclaimed azeas. Map C-3 shows the cross-sections of <br />the reclaimed terrain compazed with the original and the mining terrain. <br />Since the pit will be mined to the final reclaimed slopes, no knockdown or backfill will be <br />required. Only the placement of topsoil down to 5 feet below expected water level, and seeding <br />will be required. <br />Table E-2: Reclamation Topsoil Material Requirements <br /> Area (acres) Material needed <br />to Reclaim (yd3) <br />Phase 1 10.76 N/A <br />Phase 2 18.21 12,241 <br />Phase 3 19.71 13,250 <br />Phase 4 15.17 10,198 <br />Phase 5 10.02 6,736 <br />Total .11 35,688 <br />Note, that since Phase 1 occurs in the same area as Phase 2, it will be reclaimed when Phase 2 is <br />reclaimed. As shown in the Mining Plan, 94,190 cy of topsoil aze available from the stockpiles <br />and berms, which is faz in excess of what is needed for reclamation. <br />Any additional excess crusher fines created by processing over the life of the pit will also be <br />placed in the pit bottom. <br />Colona Pit November 06 E-2 <br />