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<br /> E?;HIfSIT G (Cont'd) <br />1 h <br />d 2 <br /> expected t <br />at <br />ewatering in Areas 1, and 3 will have any <br />' effect on the wells. The closest point of dewatering will <br /> be slightly over a half mile from the w ells. The highly <br /> porous and permeable sands and gra vels should preclude <br /> adverse effects from dewatering on the ~~:ells located some <br />' <br /> distance from the mined lands. In abou t 1993 mining will <br />' commence in Area 4 on the downstream side of the present <br /> Clifton wells. If the wells are still producing, they <br /> will be monitored by the operator. No effect is expected. <br /> well A'umbers 10409 and 10410 are as close to present deu~ater- <br />' h <br />l <br />b t <br />d <br /> ing operations in em <br />as <br />een <br />Area 1 and no prob ere <br />encoun <br />. <br />' The two lakes in Area 1 will be completed in about <br /> 1982. lfater surfa ce will be approximately 10.74 acres ± <br /> and 20.50 acres ± respectively. The primary recl amation <br /> plan in Area 2 is to refill the excavated area. In Area 3 <br /> <br /> completion of the lake will occur in about 1992. The lake <br />' v:ater surface will be approximately 9.79 acres t. In Area 9 <br /> the lake water surface will be approximately 48.69 acres ± <br /> and will be completed in about 2011. Should the refilling <br /> of the excavated area in Area 2 prone to be impossible, the <br /> <br /> alternate reclamation plan will be implemented and will create <br /> a lake approximately 29.29 acres ± of water surface. If the <br /> primary reclamation plan can be carried to completion, the total <br />' water surface of the four lakes will be approximately 89.72 <br /> acres t. If the alternate plan in Area 2 becomes necessary, <br />' <br /> the total water surface in the five lakes will be approximately <br /> <br />24 <br />