… Comparison of EDDS and EDTA for enhanced phytoextraction of heavy metals by
Chrysanthemum coronarium L. and Zea mays L., and residual effects of chelants in soils …

… enhance the phytoextraction of Pb from contaminated soil. Of the chelates used in studies of
phytoextraction, EDTA … effective in mobilizing metals in soils. Compared with other chelates …

… angustifolia in EDTA and CA chemically enhanced phytoextraction of heavy metals (Cd, Cu,
Pb, and Cr) from artificially contaminated soils; and to compare the efficacy of EDTA and CA …

… EDTA in the remediation of polluted soils and also critically reviews the risk and limitations
associated with EDTA-enhanced phytoremediation. … from an artificially contaminated soil but …

… ), a potential phytoextraction plant, can accumulate high concentrations of Cd from metal-contaminated
soils. The soils used in this study were artificially added with different metals …

… Experiments using soils artificially spiked with heavy metals may result in high … , EDTA-enhanced
phytoextraction would not remove adequate quantities of heavy metals from this soil in …

… In the contaminated soils used in our study, virtually all the EDTA added formed complexes
with metals of high stability constants, and this may contribute to the slow degradation and …

… The main advantage of organic acids as soil amendment for enhanced phytoextraction is their
… Or, in other words, EDTA applied to a contaminated soil may tend to increase phytotoxicity …

… (BC) and EDTA to enhance phytoextraction of heavy metal lead (Pb) from artificially polluted
soil by Brassica juncea. The BC and EDTA amendment enhanced the growth and survival …

… The soils were artificially contaminated with Pb (2500 mg kg −1 of … This indicated that
EDDS was superior to EDTA in the phytoremediation of contaminated soils with multiple heavy …