Aerobic and Anaerobic Microbiological Degradation of Pesticides in Contaminated Environments as a Basis for Remediating Contaminated Sites, Volume 4Penn State, Environmental Resources Research Institute, 1997 - Bioremediation |
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acetone added additional adsorption aerobic and anaerobic aging period amount of chlordane amount of extractable anaerobic soil approximately Average bioremediation bottles broth C-chlordane caps CHAPTER chemicals clay compared Comparison Composition confidence contaminated cultured Day 120 Day Day 220 Aerobic decrease deionized water desorption determine difference diffusion dilution dosed effect environment error et al exhibited exist experiments extractable chlordane factor Figure gas chromatography given increasing indicated kinetics less Liquid Scintillation Analysis mean measured mechanism minutes moisture content non-labeled chlordane organic compounds organic fraction organic matter particle partitioning peaks peat persistence pesticide placed prepared presented rates Relative to Day removed sediment shown sieved significant Soil and 25 soil mixtures Soil-Aerobic Soil/Clay-Aerobic soil/peat Soil/Peat-Aerobic solution solvent sorption Specifically Statistical analysis sterile soil samples stock solution structure Table Technical temperature Toxic trend values Variance