Biogeochemical behavior of lead (Pb), a persistent hazardous pollutant of environmental
concern, strongly depends on its chemical speciation. Therefore, in this review, link between …

The increase in heavy metal terrestrial ecosystems' contamination through anthropogenic
activities is a widespread and serious global problem due to their various environmental and …

Formation of organometallic complexes in soil solution strongly influence metals
phytoavailability. However, only few studies deal with the influence of metal speciation both …

In recent years, multiple biomarker systems have been frequently used to measure the
genotoxic effects of environmental pollutants on living organisms. In this research, fodder …

Chemically assisted phytoremediation is fast gaining attention as a biotechnology to
accelerate heavy metal removal from contaminated substrates, but how different chemical …

Soil pollution with heavy metals is a worldwide environmental problem. Phytoremediation
through phytoextraction and phytostabilization appears to be a promising technology for the …

Bamboos are considered as potential plants for phytoremediation. However, the
mechanisms of EDTA-assisted bamboo for lead (Pb) control has not been described. The …

Pfaffia glomerata is a candidate for the remediation of heavy metal-contaminated soil, but
phytoremediation efficiency requires enhancement. In this study, we evaluated how …

Phytoextraction, as the most commonly used technique in phytoremediation, involves the
utilization of plant-hyperaccumulators for the absorption pollutants (primarily heavy metals) …

Most studies on chelate-induced phytoextraction have focused on EDTA-mediated Pb
phytoextraction. But EDTA and the formed EDTA–Pb complexes have low biodegradability …