Emission of colloids from treatment wetlands solid deposit (SD) may affect the speciation,
toxicity and transfer of organic and inorganic pollutants, thereby controlling the associated …

Heavy metal pollution in soil can have detrimental effects on soil ecosystems and human
health. In situ remediation techniques are widely used to reduce the bioavailable fractions of …

In arid soil with low-iron and high-calcium carbonate contents, the fate of arsenic (As) is
mainly controlled by the contents of calcium and organic matter in the soil. However, there is …

Low-molecular-weight organic acids (LMWOAs) are essential components of rice roots
exudates and an important source of soil organic carbon. The chemical-microbial pathway …

Iron and manganese (hydrogen) oxides (IMHOs) exhibit excellent redox capabilities for
environmental pollutants and are commonly used in situ chemical oxidation (ISCO) …

The newly deposited mercury (Hg) is more readily methylated to methylmercury (MeHg) than
native Hg in paddy soil. However, the biogeochemical processes of the newly deposited Hg …

Soil health is the foundation of sustainable agriculture, and its preservation is paramount in
global arsenic (As) contamination challenges. Soil As contamination is a critical issue for …

Microbial-driven arsenic reduction and methane emissions in anaerobic soils are regulated
by widespread humic substances (HS), while how this effect responds to climate change …

Microbe-mediated transformations of arsenic (As) often require As to be taken up into cells
prior to enzymatic reaction. Despite the importance of these microbial reactions for As …

Both iron (Fe) and organic matter (OM) occur ubiquitously in the subsurface environment
that draws tremendous attention for its impact on the fate and transport of antimony (Sb). The …