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Chapter V <br /> 11. Selenium (Se) <br /> 12. Zinc (Zn) <br /> 13. Total Sulfur (%) <br /> 14. Texture (% greater than 2 mm) <br /> 15. Nitrogen (N) <br /> 16. Phosphorus (P) <br /> 17. Potassium (I) <br /> 18. pH <br /> 19. Electrical Conductivity <br /> 20. SAR <br /> 21. Iron (Fe) <br /> 22. Manganese (Mn) <br /> 23. Nitrate, Nitrogen (NO3,N) <br /> If these analyses show that the regraded topsoil material is unsuitable as a plant <br /> growth medium, it will be enriched with appropriate fertilizer of a type and at a rate <br /> recommended by the analyzing laboratory. <br /> 3. Revegetation Procedures. <br /> a. General Description. <br /> Revegetation of those areas disturbed by mining activities will be accomplished with <br /> species native to the area or with other approved species that will support <br /> post-mining land uses, which include cattle grazing and wildlife habitat. <br /> During the mine life research is being conducted to determine the best procedures <br /> for reclaiming and revegetating the unique terrain and soil conditions found in Coal <br /> Basin. <br /> In Coal Basin revegetation plans must address such varied disturbed areas as mine <br /> portal areas, roads, coal refuse disposal areas, the rock tunnel portal areas and the <br /> preparation plant area. All these areas are located at elevations ranging from 8,000 <br /> to 11,500 feet. The terrain is unusually steep and rugged, and the winters are long <br /> and harsh. <br /> Vegetation test plots were established in 1983 on steep spoil slopes at three <br /> separate subalpine locations. The objective of the test plots is to help determine <br /> how best to revegetate the steep slopes of benches and roads. Vegetation cover <br /> and production were measured on August 13 and 14, 1987. The report, prepared <br /> by Intermountain Soils, is contained in App V-E-4. <br /> The normal period for favorable planting of seeds, seedlings or other plant materials <br /> in Coal Basin is in the fall. <br /> 35 <br />