Can stress enhance phytoremediation of polychlorinated biphenyls?

Engineering & Materials Science

• Polychlorinated biphenyls 91%
• Remediation 71%
• Soils 66%
• Impurities 54%
• Organic compounds 39%
• Heavy metals 36%
• Fertilizers 35%
• Groundwater 33%
• Bacteria 31%
• Surface active agents 30%
• Genomics 29%

Earth & Environmental Sciences

• phytoremediation 95%
• PCB 80%
• defense mechanism 39%
• rhizosphere 28%
• remediation 23%
• physiological change 19%
• soil 18%
• pollutant 16%
• environmental stress 16%
• inoculation 16%
• genome 13%
• defense 13%
• surfactant 12%
• organic compound 12%
• fertilizer 12%
• heavy metal 10%
• bacterium 8%
• groundwater 8%
• chemical 6%
• rate 4%

Chemical Compounds

• Polychlorobiphenyl 100%
• Rhizosphere 87%
• Soil 71%
• Remediation 58%
• Fertilizer 34%
• Chelating Agent 27%
• Heavy Metal 23%
• Surfactant 19%
• Modification 15%