The removal of cadmium (Cd) and zinc (Zn) from soil by phytoremediation was investigated
using Taraxacum officinale and Gazania. A plant environmental control system was used to …

Abstract Background & Objective: Nowadays, since increasing environmental pollution
particularly soil contamination can cause adverse health effects, kind of methods such as …

Phytoextraction and phytostabilization are well-established sub-processes of
phytoremediation that are being followed for in situ remediation of soils contaminated with …

The environmental cleanup of toxic metals such as cadmium was paramount important and
it was a potential environmental hazard. A novel, cost-effective and eco-friendly …

Phytoremediation is a potential, innovative, and cost‐effective technology for non‐
destructive remediation of heavy‐metal contaminated soils. A field trial was conducted to …

Present study was envisaged to study chelators-metal interaction in phytoaccumulation of
metals as a bioremediation technology to decontaminate metal pollution and adsorption of …

An increase in the concentrations of heavy metals in the environment from year to year has
become a serious environmental concern. Technology development, anthropogenic and …

Phytoextraction is an emerging cost-effective solution for remediation of contaminated soils
which involves the removal of toxins, especially heavy metals and metalloids, by the roots of …

Cadmium is a toxic metal for living organisms and an environmental contaminant. Soils in
many parts of the world are slightly too moderately contaminated by Cd due to long term use …

Performance of B. napus in phytoextraction—an in situ environment friendly technique for
the cleanup of contaminated soils—was evaluated through its response to cadmium (Cd) …