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R indahl & Associa[es <br />The macro nutrients N, P, and k: will 6e deter- <br />mined as necessary for reclamation purposes by <br />laboratory test (page 16 of Application) when <br />the plant-growth medium is placed. <br />•?. Tlu~ralaplic~_tti.un ~-hot-tld irclc.rdta a plan fcr <br />„il ~•ai]hB!sirrahi.liz:a ~o~i of t:opso~.l from file Y:~1an't =.:it:= and <br />noncl,;. <br />The topsoil, about 7 inches, will be removed <br />from the plant site and stockpiled as noted <br />on sheet 2 of 7, detail of, TYPICAL FLANT <br />SITE. Stabilization will be provided by <br />seeding with the seed mix presented on page 11 <br />of the application. <br />Within then sediment pond area, the soils are <br />wet and clayey. Leaching has been sufficient <br />to remove nutrients from the surface as <br />exhibited by bleached soil horizons. The <br />juncos and sedges that make up the majority of <br />the plant community in the proposed pond area <br />further support the wet end clayey determina- <br />tion. The salvage of the surface inch or two <br />of these soils Mould nqt provide an adequate <br />plant-growth mediuA. The profiles are clayey <br />(generally greater than 35 percent clay) and <br />wet most of tha spring and early summer. This <br />clay and wetness would Bake salvage of the <br />surface inch or two extreeely difficult. <br />'S. 1-i ica appl i. ca.t.i t,~n s;he~ul ~i :i ndi cote how the operator w:i l l compl y <br />t•~i I':h Rua. e? 7.. ,=,~{ri). <br />The operator will provide restitution for any <br />significant adverse affect to man-made struc- <br />tures located within two hundred feet of the <br />affected land. It should be noted that no <br />t• man-made structure will be mined closer to <br />than 5n feet. <br />' ~~ sl~tcmtld contact ett..her t.l"':c State or Lount~• <br />c,, I~hr. :apl.~l.:i.c-ant <br />Hea:LiF[ Uepar~tmFnt. for infnrrnatt:iun gnver'nir.q sept:[c_ sys~l~:ems in <br />per-m~s~ablca rna:{:.er`.ia.l=.. <br />Noted. <br />_' Thos .,Y:;pl..ical:.inn should st.at.e 'tow spillsis~aepage of lic7t.iic! <br />aspl-ial t anri c:~:i ~. from i:h~ batr_h plant vii :L ] L~r.~ pr'evented and <br />coat:.-.3i.ned. <br />Spills and seepage of liquid asphalt, though <br />very unlikely, will be handled in the fol- <br />lowing wayg all storage tanF;s and driving <br />surfaces will be bermed with materials of the <br />3 <br />Engineering & Environmental <br />