Handbook of Bioremediation

Tolerance Heavy metal Se Cloning Chemistry Environment Enzymes Gene expression. Genetic engineering Genetics Metals Microorganisms Risk Xenobiotics Bioremediation Toxicity Pollution Metabolism Plant genetic transformation Transgenic plants Photosynthesis Legumes Organic compounds Soil dynamics Halogens Polycyclic aromatic hydrocarbons Physiology Heavy metals Plant genetic engineering Remediation Physiological aspects Salinity Pollutants Oxidative stress Weeds Antioxidants Phytoremediation Arsenic Biodegradation Proteomics Soil pollution Sewage sludge Pesticides Molecular aspects Plants Endophytes Environmental pollution Glutathione Halophytes Polychlorinated biphenyls Rhizosphere Salinization Sulfur Sustainability Microbes Aquaporins Biochar Composting Soil Pollutants Reactive Oxygen Species Detoxification Metabolic Engineering Accumulation -omics Trace Element Environmental contamination Inorganic Pollutants Management practices Halogenated hydrocarbons Fungicide Persistent organic pollutants Coastal areas Metal transporters Radionuclides Organic Waste Omics approaches Genome editing Plant-microbe interaction Arbuscular mycorrhiza Salt stress Translocation Essential oils Plant nutrition Omics Antioxidant enzymes Organic Pollutants Root exudates Wastewater Defense Systems Mycorrhizae Lipid peroxidation Heavy Metals and Metalloids Molecular basis Soil properties Abiotic stress Metallothioneins Brassica species Rhizoremediation Phytotechnologies Organic contaminants Metal-binding proteins Molecular approaches Plant growth Reactive nitrogen species Biosorption Tolerance Mechanisms Phytotoxicity Stress Tolerance Mechanism Exclusion Redox systems DNA Sequence Analysis Contaminants Micropollutants Transition metal Phytoextraction Aromatic herbs Glutathione-S-Transferase Adaptive mechanisms Metal Tolerance Edible plants Inorganic contaminants Water relations Symbioses Herbicide Aliphatic halogenated hydrocarbons Antioxidative system Antioxidants in microbes arsenate AM fungi Cadmium tolerance in plants Biphenyl dioxygenases Arsenite atriplex Chloromethane Genes and enzymes exudates Hyperaccumulation Iron plaque Metal immobilization Molecular bases Mycorrhizal symbiosis Nitrate Esters Nitroaromatics photosynthesis inhibition phytodegradation nitramines Genetically engineered microbes Potentially hazardous elements Physiological factors Responses to cadmium in plants Soil amendment : Root-associated microorganisms heavy metal toxicity Speed breeding Stress-related genes Thiol compounds Signaling molecule Waste Water Mineral uptake Uptake and metabolism textile dyes Physiological activity Phytochelatins Plantago maritima plant growth-promoting rhizobacteria (PGPR) Peptide quantification Physiological traits Xerothermic shooting ranges Triglochin maritima