Arsenic in Rice Soils and Potential Agronomic Mitigation Strategies to Reduce Arsenic Bioavailability: A Review - SURIYAGODA, Lalith D.B.; DITTERT, Klaus; LAMBERS, Hans (Pedosphere, 2018)
Keywords: Agrochemicals; Agronomy; amendment; Arsenic; Arsenic content; Azolla; Bioavailability; biochar; Biological properties; Bioremediation; Charcoal; Chemical properties; Chlorella; contaminated soils; Cultivars; Cultivation; Drying; farmers; Fertilizers; Flooding; Grain cultivation; Groundwater; Groundwater irrigation; health risk; hyperaccumulating plant; Iron; Irrigation; Irrigation water; Methylation; Microorganisms; Nannochloropsis; Organic chemistry; Organic matter; Oryza sativa; Phosphorus; Physical properties; Plant species; Pteris vittata; remediation; Rice; rice soils; Silicon; Soil chemistry; Soil contamination; Soil microorganisms; Soil properties; Soils; Speciation; Species; Sulfur; texture; tolerant cultivar; Toxicity; water management; Watershed management; hyperaccumulating plant; toxicity; amendment; health risk; remediation; contaminated soils; water management; tolerant cultivar