Effects of synthetic chelators and low-molecular-weight organic acids on chromium, copper, and arsenic uptake and translocation in Maize (Zea mays L.)

Agriculture & Biology

• arsenic 90%
• chelating agents 88%
• chromium 85%
• organic acids and salts 78%
• Zea mays 69%
• polluted soils 67%
• copper 66%
• citric acid 65%
• phytoaccumulation 64%
• EDTA (chelating agent) 56%
• uptake mechanisms 55%
• corn 52%
• molecular weight 50%
• arsenates 42%
• chelates 39%
• metals 37%
• solubilization 32%
• acids 27%
• nitrilotriacetic acid 26%
• soil 25%
• oxalic acid 20%
• remediation 19%
• phytoremediation 18%
• greenhouse experimentation 17%
• plant tissues 14%
• shoots 10%

Earth & Environmental Sciences

• citric acid 100%
• organic acid 88%
• translocation 88%
• contaminated soil 75%
• chromium 75%
• maize 74%
• arsenic 74%
• EDTA 69%
• copper 59%
• chelate 55%
• acid 52%
• arsenate 49%
• solubilization 46%
• fold 46%
• metal 37%
• soil 26%
• oxalic acid 26%
• phytoremediation 23%
• shoot 22%
• effect 19%
• remediation 17%
• tissue 15%
• experiment 8%