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Below me oammaob m ~ ieryxtim 7Le eomme~ iarbde d~ oro6aervamam made dacmg Bb mtpeelim Oommmb aln decihe cry <br />eodwe~ aebme ohm dnriagPoo mapo~m aod~ fish ar avideoro a~ppn4og fEe mfacemmt aelioo. <br />HYDROLOGIC BALANCE In comptiarxe. <br />Photograph 1. Erosional features are evident in the two topsoil piles. Any surface water flows would be <br />dsected m the dug-0ut pond and thence to Sedimentation Pond 2. <br />Photograph 4. Any ponded water flows from the A-Pit area are directed along the redeimed haul road to <br />Sedimentation Pond 2. <br />Photograph 3. Any overflow from the ponded water on the haul road under redamatlon would flow to <br />Sedimentation Pond 2 to the north. Flow m the eask over the apparent bare areas, is inhibited by a low berm. <br />BACKFILL 8 GRADING In compliance. <br />Picture 4. Cover over fly ash becldill Is In place. The sbc foot of spoil cover Is being placed east to west. <br />Appro>dmatey 180 feet of spoil cover remains. <br />Pic4rre 5. Flyash is being deposited m the soutl}west comer of B Pit Previousy placed fly-ash has been <br />covered by a thin layer of spoil. The sparsey vegetated areas to the south of current acfMty have been <br />graded. <br />TOPSOIL <br />Two erosional ieahrres appear in Photograph 1. One appears to be wind erosion or sloughing (east topsoil <br />storege pile) and one water erosion (west topsoil storage pie). These features need to be evaluated on the <br />ground fn regard in Rule 4.-06.3(2), in part'... vwll be protected from wind and water erosion, ...". <br />GENERAL MINE PLAN COMPLIANCE In compliance. <br />The matilod of fly ash disposal Is In general compliance with the mine redamatlon plan. <br /> <br />