Arsenic contaminations, often adversely influencing the living organisms, including plants,
animals, and the microbial communities, are of grave apprehension. Many physical …

Because dramatic cases of arsenic contamination of water resources, soils, vegetables,
humans and animals increase, this review has focussed on the fate and behaviour of this …

High-arsenic (As) groundwaters, a worldwide issue, are critically controlled by multiple
interconnected biogeochemical processes. However, there is limited information on the …

Microbial arsenite (As (III)) oxidation associated with nitrate (NO3–) reduction might be an
important process in diminishing arsenic bioavailability and toxicity to rice when paddy soils …

An arsenic hypertolerant bacterium was isolated from arsenic contaminated site of West
Bengal, India. The bacteria was identified as Staphylococcus arlettae strain NBRIEAG-6 …

Bacteria serve as important components of a constructed wetland (CW) system. Various
bacterial communities aid in pollutant removal; however, environmental conditions and other …

Background Environmental resistomes include transferable microbial genes. One important
resistome component is resistance to arsenic, a ubiquitous and toxic metalloid that can have …

Purpose Water management affects the bioavailability of cadmium (Cd) and arsenic (As) in
the soil and hence their accumulation in rice grains and grain yields. However, Cd and As …

Sodium sulfate stress is known to improve cadmium (Cd) mobilization in soil and microbial
sulfur oxidation, Cd resistance, and the accumulation of stress tolerance-associated …

Various functional groups of microorganisms and related biogeochemical processes are
likely to control arsenic (As) mobilization in groundwater systems. However, spatially …