Microbial-assisted phytoremediation provides a green approach for remediation of metal
contaminated soils. However, the impacts of mono and co-applications of lactic acid bacteria …

Microorganism-assisted phytoremediation is being developed as an efficient green
approach for management of toxic metals contaminated soils and mitigating the potential …

Phytoremediation techniques for heavy metals in soils are inefficient due to phytotoxicity and
low bioavailability of heavy metals in soils. Therefore, it is crucial to improve the …

Chemical amendments have been used to remediate soils contaminated with heavy metals.
However, there is little understanding on the impacts of these amendments on the …

For remediating polluted soils, phytoextraction of metals received considerable attention in
recent years, although slow removal of metals remained a major constraint in this approach …

Background and aims The phytoextraction efficiency of metal contaminated soil needs to be
improved. Organic amendment can be used to enhance the effectiveness of phytoextraction …

Assisted natural remediation (ANR) has been highlighted as a promising, less expensive,
and environmentally friendly solution to remediate soil contaminated with heavy metals. We …

Considering the detrimental impact of heavy metals on agricultural soils, in situ remediation
technology has gained considerable attention worldwide. Green materials have emerged as …

Different combinations of four bacterial strains isolated from fly ash were used by us to study
their impact on phytoextraction of metals from fly ash by Brassica juncea grown in fly ash …

Environmental pollution by dumping of tailings and overburden from different industrial
activities has become a critical issue due to considerable increase in heavy metals (HMs) in …