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location of all existing and proposed topsoil stockpiles are shown on the <br />Mine Area Soils Map, (Map 14) and Loadout Area Soils Map, (Map 15). <br />Existing vegetation will be recovered with topsoil during removal <br />operations. Mixing of native vegetation into the soil is a beneficial <br />reclamation practice since organic matter mixed into the soil aids in <br />conservation of plant nutrients, incorporated plant propagules increase <br />the potential for natural reestablishment of native species, and <br />incorporated plant material acts as a natural mulch to reduce the <br />potential for wind and water erosion. Topsoil removal will normally be <br />scheduled during the late summer and fall months when operating conditions <br />are favorable and the seeds of the native vegetation have matured. <br />During topsoil removal and refuse placement operations, EFCI will maintain <br />a buffer zone of at least 15 feet between active refuse handling <br />operations and topsoil removal/replacement limits. This buffer will <br />• prevent any mixing of refuse and topsoil materials. Once topsoil is <br />placed in stockpiles or on regraded areas, erosion will be controlled <br />primarily by leaving soils in a roughened condition that is highly <br />resistant to potential wind and water erosion. Topsoil stockpiles that <br />will remain undisturbed for periods exceeding one (1) year, and respread <br />topsoil, will also be stabilized by reseeding as described in Section <br />2.05.4, Reclamation Plan. <br />4.06.3 STORAGE <br />EFCI plans to live handle topsoil to the extent possible. However, not <br />all removed topsoil can be utilized for contemporaneous reclamation. It <br />will therefore be necessary to place same topsoil into temporary <br />stockpiles. All proposed topsoil stockpiles have been located and <br />designed to minimize redisturbance or contamination and loss by wind or <br />water erosion. The locations of all existing and proposed topsoil <br />stockpiles are presented on the Mine Area Soils Map, (Map 14) and the <br />Loadout Area Soils Map, (Map 15). <br />4.06-4 <br />