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~'- :.~' <br />5.4 <br />i <br />r _/ <br />., `~ 1 <br />'~ <br />ing plan <br />the stat <br />(the min <br />1978) an <br />Hate <br />to the <br />activiti <br />ical ar <br />inspected. <br />into account <br />operations <br />active since <br />would elimi- <br />certainty as <br />monitoring <br />d the phys- <br />sampled and <br /> <br />8. Stipulation #8 requires the <br />applicant to remove existing sedi- <br />ment ponds at Pits 2, 3 and 4. <br />The applicant's mining plan con- <br />templates removal of the sediment <br />pond at Pit 4; however, the sedi- <br />ment ponds at Pits 2 and 3 were <br />originally approved with the <br />initial mining plan as permanent <br />pond ing areas consistent with <br />post-mining land use, and _ the_, <br />~ aPPli~nt__he~ieves-that-__it__is_._.._._._ <br />~ unnecessary to remove such ponds. <br />9. Stipula <br />proposal th <br />required to <br />trolling ril <br />prior to an <br />Rill and gul <br />sequence of <br />involved in th <br />cess, and t <br />consistently <br />practices in <br />recommendations <br />representatives <br />its reclamation <br />to minimize the <br />and gully eros <br />way of guarante <br />the <br />lates to a <br />plicant be <br />ns for con- <br />lly erosion <br />eclamation. <br />is a con- <br />numerous factors <br />e reclamation pro- <br />he applicant has <br />followed accepted <br />the industry and <br />of the Division's <br />with respect to <br />procedures, so as <br />potential for rill <br />ion. There is no <br />eing the success of <br />preventative measures. The appli- <br />cant believes that compliance with <br />existing regulations is adequate <br />and that the applicant's response <br />to rill and gully situations when <br />observed has been adeauat~ so as <br />to obviate the need for any <br />vag <br />which takes <br />e of mine <br />e having been <br />d also which <br />ueness and un <br />scope of the <br />es required an <br />eas to be <br />-3- <br />tion #9 re <br />at the ap <br />submit pla <br />1 and gu <br />d during r <br />ly erosion <br />