Mercury (Hg) pollution is a global issue due to the high toxicity and wide dispersion of Hg
around the world. Whether due to anthropogenic activities or natural processes, Hg …

Phytoextraction is an emerging cost effective remediation technology that uses plants to
remove metals from contaminated soils. Pot experiments were conducted to compare the …

The endocrine-disrupting chemical, bisphenol A (BPA) has attracted much attention due to
its estrogenic activity and widespread environmental distribution. The toxicity and cellular …

Heavy metals pollution is one of the hot areas of environmental research. Despite natural
existence, various anthropomorphic sources have contributed to an unusually high …

Phytoremediation acts as an efficient methodology for management of toxic elements spiked
soils. The accumulation and tolerance potential of hyper-accumulator plants for toxic …

Heavy metal contamination of agricultural soils is of worldwide concern. Unfortunately, there
are currently no efficient and sustainable approaches for addressing this concern. In this …

Marine microalgae with high removal efficiency of phenol are needed for the remediation of
polluted seawater in cases involving phenol spills. To achieve this purpose, adaptive …

This study evaluated the effect of EDTA, IAA and GA3 alone and in combination in improving
plant growth, Pb accumulation, and management of effective mechanisms associated with …

Heavy metals accumulation in soils poses a potential threat to ecosystems, which, in turn,
threat human health through food chains. Therefore, remediating polluted sites is important …

Phytoremediation is an emerging and eco-friendly technology that has gained wide
acceptance and is currently an area of active research in plant biology. A number of metal …