Environmental effects of nano remediation engineering of arsenic (As) pollution need to be
considered. In this study, the roles of Fe 2 O 3 and TiO 2 nanoparticles (NPs) on the …

Arsenic (As) remediation in contaminated water using nanoparticles is promising. However,
the fate and transport of As associated with nano-adsorbents in natural environment is …

Microcosm experiments were conducted to investigate the mechanism of microbial-
mediated As mobilization from high arsenic tailing sediments amended with nanoparticles …

The potential of microbial mediated iron plaque reduction, and associated arsenic (As)
mobility were examined by iron reducing bacteria enriched from As contaminated paddy …

Sequential extraction procedures were used to investigate the influence of the microbes on
the distribution of arsenic in a Chinese paddy soil under different long-term fertilization …

In rhizospheric soil, arsenic can be activated by both biological and abiotic reactions with
plant exudates or phosphates, but little is known about the relative contributions of these two …

The use of iron-manganese oxide (FMO) as a promising amendment for remediating arsenic
(As) contamination in soils has gained attention, but its application is limited owing to …

Arsenic removal using nanomaterials has attracted increasing attention worldwide, whereas
the potential release of As from spent nanomaterials to groundwater in reducing …

Iron‐bearing amendments, such as iron grit, are proved to be effective amendments for the
remediation of arsenic‐(As‐) contaminated soils. In present study, the effect of redox …

The association of arsenic (As) with colloidal particles could facilitate its transport to adjacent
water systems or alter its availability in soil–rice systems. However, little is known about the …