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<br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br /> <br />2. The estimated number of persons and the equipment <br />required for each operation (cleaning of 1 acre), would <br />be two persons for burning (two 8 hr shifts) at $20/hr., <br />one person and a loader or bulldozer to push or carry the <br />material at $100/hr., two laborers to assist the <br />equipment operator at $20/hr. each. <br /> <br />3. <br /> <br />The estimated time to clear one (1)' acre would <br />hours. The per acre cost would be approximately <br />hrs = $480/acre + 15% for winter work or $552/acre. <br /> <br />be 3 <br />$160x3 <br /> <br />4. The estimated number of workers and the equipment <br />required to load the burned debris and clean up the site <br />would be one person and a loader at $lOO/hr., one person <br />and a dumptruck at $50/hr., and one laborer to assist the <br />equipment operators at $20/hr. <br /> <br />5. <br /> <br />The estimated time to clean up one pile of <br />would be 1 hour. The per acre <br />approximately $170 x 1 hr = $170/acre + <br />work or $195/acre. <br /> <br />burned debris <br />cost would be <br />15% for winter <br /> <br />6. The total cost per acre is $747.00 or for estimating <br />purposes $750/acre. <br /> <br />The cost for channelization of the streambed upstream from <br />specific bridges and bank stabilization where the bank erosion in <br />the last two years has threatened by stability of the structures <br />is estimated in the following tables. For purposes of the cost <br />estimate, assumptions were made about the amount of material to be <br />removed and the extent of necessary bank stabilization. The <br />assumptions were based on engineering experience and inspection of <br />each site. <br /> <br />A-2 <br />