The Effect of Temperature on Polycyclic Aromatic Hydrocarbon Persistence in an Unacclimated Agricultural Soil

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Hazardous Waste & Hazardous Materials, Vol: 12

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. Whelan; Ronald C. Sims
Mary Ann Liebert, Inc.
Mn; catalyzed oxidation; naphthalenediol; UWRL; effect; temperature; polycyclic aromatic hydrocarbon; persistence; unacclimated; agricultural soil; evaluation; biological treatability; contaminated soil; manufactured gas; plant waste; oxidation; recalcitrant organics; subsurface systems; treatment; pentachlorophenol; manganese oxide; biotic; abiotic; sediments; review; current design; management practices; land treatment units; petroleum wastes; rate; benzo(a)pyrene degradation; manure; amended; sandy loam soil; bioremediation; contaminated; surface soils; multiple-ringed; aromatics; mathemathical model; fate; hazardous substances; soil; model description; experimental results; Biological Engineering; Bioresource and Agricultural Engineering
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By M. P. Coover and Ronald C. Sims, Published on 01/01/87