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1995-02-08_REVISION - M1977493
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1995-02-08_REVISION - M1977493
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Last modified
6/16/2021 6:29:17 PM
Creation date
11/25/2008 10:39:57 AM
Metadata
Fields
Template:
DRMS Permit Index
Permit No
M1977493
IBM Index Class Name
REVISION
Doc Date
2/8/1995
Doc Name
Summary Describes the Biosolids Program
From
Cyprus Climax
To
DMG
Type & Sequence
TR9
Email Name
ACS
Media Type
D
Archive
No
Tags
DRMS Re-OCR
Description:
Signifies Re-OCR Process Performed
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use the permitted site to produce an optimal soil amendment using <br /> the Summit County biosolids. <br /> Nitrogen content of the product developed will vary according to <br /> storage time, carbon incorporated, moisture relationships, and <br /> temperature facilitating microbial activity. This fact, coupled <br /> with literature that suggests initial application rates in excess <br /> of 20 tons per acre are suitable for reclamation at a variety of <br /> sites, presents a case for likely revegetation success given <br /> adequate initial application of biosolids. <br /> Literature Cited <br /> Berg, W.A. , M. Guillaume, and J.T. Herron. 1986. Effect of <br /> fertility treatments and mulches on revegetation of alpine <br /> disturbances. In Proceedings: High Altitude Revegetation <br /> Workshop No. 7. Colorado State University, Fort Collins, CO. <br /> Brown, L.F. Reclamation at Climax, Urad and Henderson Mines. <br /> 1976. Mining Congress Journal. <br /> Brown, L.F. , and C.L. Jackson. 1984 . Reclamation of the Urad <br /> Molybdenum mine, Empire, Colorado. Minerals and Environment. <br /> 6 (2) :77-82 . <br /> Brown, L.F. Personal communication. February 6, 1995. <br /> Fresquez, P.R. , R.E. Francis, and G.L. Dennis. 1990. Sewage <br /> sludge effects on soil and plant quality in a degraded, <br /> semiarid grassland. J. Environ. Qual. 19: 324-329. <br /> Grossnickle, S.C. , and C.P.P. Reid. The influences of reclamation <br /> practices on the microclimate of a high elevation mine site, <br /> and their effect on water relation patterns of Pinus contorta <br /> seedlings. 1984. Reclamation and revegetation Research. <br /> 3 (1) : 31-48 . <br /> Melchert, G.D. , A.P. Eger, Z. Kassa, and S.W. Dewar. 1994. <br /> Reclaiming coarse taconite tailing with municipal solid waste <br /> compost. p. 175-183 . . In International Land Reclamation and <br /> Mine Drainage Conference and Third International Conference on <br /> the Abatement of Acidic Drainage - Vol. 3 : Reclamation and <br /> Revegetation. U.S. Dept. of Int. , Bureau of Mines, Pittsburgh, <br /> PA. <br /> Skousen, J.G. 1988. Effects of sewage sludge application on a <br /> revegetated minesoil in West Virginia. p. 214-220. In Mine <br /> Drainage and Surface Mine Reclamation - Vol. 2 :Mine <br /> Reclamation, Abandoned Mine Lands and Policy Issues. U.S. <br /> Dept. of Int. , Bureau of Mines, Pittsburgh, PA. <br /> Topper, K.F. , and B.R. Sabey. 1986. Sewage sludge as a coal mine <br /> spoil amendment for revegetation in Colorado. J. Environ. <br /> Qual. 15:44-49. <br />
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