Laserfiche WebLink
. .. <br />"EXHIBIT G" cont. <br />b. cont. <br />The quantity or quality of water, emitting from the urea, is <br />not significantly altered by existing surface conditions, dis- <br />turbed surfaces, nor the reclamation plan. However, settlement <br />basins are provided for by the mining operation and ~:he reclama- <br />tion plan to control runoff and help preserve the qu~ility of <br />water. Surface or top soils that have potential fut~ire in con- <br />junction with revegetation are being saved and stockj~iled. <br />Most of the surface soils in the open mining area arra poor <br />quality for revegetation or water runoff control and will be <br />consumed in the production of commercial aggregates. The sub- <br />surface soils, or the crystalline rock, in the open mining areas, <br />is the resource which is extracted and processed for commercial <br />aggregates. Not only is the open mining operation generating <br />the usefullness of a natural resource and providing yin economi- <br />cally benifical interim land use, but also instigating the land <br />reclamation plan. Air resources are, from time to time, affected <br />primarily by high velocity wind conditions. The nat»rally un- <br />stable and loose top soil conditions are affected by these wind <br />conditions. Removal of these soils and stabilizatio~i of the <br />sequential surfaces, as prescribed by the reclamatio~i plan, will <br />alleviate potential wind errosion, and to some extent offer moder- <br />ate air resources control. There will be natural ve~3etation that <br />will be affected by the surface disturbances caused ley the mining <br />operation. Also the natural vegetation is affected ]~y adverse <br />local conditions, which either contribute to retarde3 growth or <br />are deficient for sustaining vegetation throughout the entire <br />affected area. The natural vegetation resulting froia these con- <br />ditions is sparce, stunted, ineffective for soil stabilization <br />and struggling for wide spread survival, because of the generally <br />poor soils, which lock nutrition and moisture retention capabi- <br />lities, inadequate precipitation, and rapid runoff of precipi- <br />tation. The land reclamation plan does not propose the dupli- <br />cation of these results, but does project revegetati~~n in quan- <br />tity, quality, and location to accomodate and utiliz=_ the plant <br />support capabilities of the area. Soils which offer potential <br />nutrition and moisture retention are preserved for future use <br />in areas most likely to establish benifical revegetation. Run- <br />off water will be directed and impeded to assist wits producing <br />and sustaining revegetation. <br />"EXHIBIT G" Map: <br />The map marked "Exhibit G" portrays the expected topography of <br />the reclamation plan and designates the parcels of land for <br />mining and support facilities. <br />