Heavy metals have always been a research hotspot due to their persistence, hazard and
bioaccumulation. Microorganisms are highly sensitive to heavy metal pollution and play an …

With the increasing successful stories of decontamination, different strategies for metal
remediation are gaining importance and popularization in developing countries …

Phytostabilization of metal-contaminated soils is effective to reduce their solubility and
availability in soils and reduce their toxicity to plants. However, the evaluation of appropriate …

Chromium (Cr) contamination has been of great concern in agricultural soil health due to its
persistence, toxicity and bioaccumulation. Fungi, as an essential regulator of soil …

Heavy metals from anthropogenic sources accumulate slowly but steadily, leading to high
metal concentration levels in soil. However, the effect of each heavy metal on soil bacterial …

Natural wetland has great retention effect on Cr (VI) migration due to its abiotic and biotic
reduction abilities, however, the zoning characteristics of dominating reduction mechanism …

Aims Nitrogen (N) fertilization and lime addition may affect soil microbial and nematode
communities and ecosystem functions through changing environmental conditions, such as …

This up-to-date compilation from international experts covers the tolerance of living
organisms to toxic contaminants. It examines the degree of generalization of tolerance at …

Modern industry and agriculture has aggravated heavy metal pollution of soils, of which
cadmium (Cd) is among the common most toxic and widely distributed pollutants. Bacteria …

Although the contamination situation of chromium (Cr) and vanadium (V) have been
revealed, the effects of their re-release on ecological risk in contaminated acidic paddy soil …