Environmental Sciences · 2013 · 19 citations · 28 references
Natural SciencesEnvironmental SciencesToxicologyEnvironmental RemediationEnvironmental ToxicologySoil ChemistryContaminated Site RemediationContaminated Soil RemediationSoil Contaminant ChemistrySoil Contaminant FateSoil ContaminationSoil PollutionContaminated Soil RestorationEnvironmental Fate Of Soil ContaminantsPhytoremediationPolychlorinated Biphenyl ContaminationPolychlorinated Biphenyl RemediationPolychlorinated BiphenylsSoil Remediation ChemistrySoil Remediation Toxicology
in total) in a commercial garden soil, while the unplanted soil only had 2 congeners completely removed after 96 days. In addition, the most recalcitrant congener, PCB 52, only decreased by 0.1% in the unplanted reactors while declining by 22.3% in the planted system. There was also greater removal of a PCB 77 spike in the planted system when compared to the unplanted system, 17.2% in the planted system versus 2.8% in the unplanted system. The results suggest that phytoremediation may be an effective tool in cleaning commercially available garden soils that are lightly contaminated with PCBs.
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Donna L. Bedard, Robert E. Wagner, Michael J. Brennan et al. · Applied and Environmental Microbiology · 1987 · 259 citations · Full text