… EDDS was less effective than EDTA. The maximum Cu phytoextraction was found with the
EDDS … The application of EDTA and EDDS also significantly increased the shoot-to-root ratios …

… promising substrate for use as soil amendment for enhanced phytoextraction purposes. The
plant species used for the enhanced phytoextraction experiment in this study, is Helianthus …

… Chemically enhanced phytoextraction is achieved by the … the combined application of EDTA
and EDDS on the uptake of … and 2:1 (EDTA/EDDS), 2:1 of EDTA:EDDS was the most efficient …

… chemically enhanced phytoextraction … EDTA, and had the highest enhancement of Cu and
Pb concentrations in its shoots. Compared with EDTA, EDDS was more effective in enhancing …

… EDDS in hot solutions to soil may be an efficient alternative in chemically-enhanced
phytoextraction to … with biodegradable EDDS, in comparison to EDTA, in hot solutions can further …

… EDDS has the potential to be a substitute of EDTA in chelant-assisted phytoextraction as
it is a strong chelators and, unlike EDTA, it … Indeed, mineralization of EDDS in sludge-amended …

… However, the competition of major soil cations (eg, Fe) for the EDDS/EDTA ligand influences
significantly the extraction efficiency of the chelating agent and surpluses of the chelants …

… soil amendments for enhancing phytoextraction of heavy … experiment was conducted in
which EDTA, citric acid, and NH … Both EDTA and DTPA resulted in increased levels of heavy …

… EDDS was also found to be better than EDTA at solubilizing … EDTA and EDDS have been
measured in plant roots, shoots, … if EDDS could be used for chelant-assisted phytoextraction …

… EDTA, it is easily biodegradable. Many researchers have recently reported the use of EDDS
in chelate enhanced phytoremediation of … of EDDS to increase the phytoextraction efficiency …