Highlights in the field of air analysis included: a new focus on measuring tyre-wear particle
emissions; an interest in using unmanned aerial vehicles for sampling purposes and an …

Groundwater contamination by geogenic arsenic is a global problem affecting nearly 200
million people. In South and Southeast Asia, a cost-effective mitigation strategy is to use …

This study investigates the use of DC sputtering, physical vapor deposition as a facile
method for creating ultralow loading, Au/C electrodes for use in the detection of As (III) in …

Iron (hydr) oxides are effective sorbents of arsenic that undergo reductive dissolution when
exposed to dissolved sulfide, which significantly impacts the movement and repartition of …

Background The study of heritable epigenetic changes in arsenic exposure has intensified
over the last decade. Groundwater arsenic contamination causes a great threat to humans …

Sulfidation has been an efficient method for arsenic (As) removal from acid wastewater, yet it
is inefficient under neutral and weak acid conditions. The higher pH values resulted in the …

In arsenic toxicity, activation of the erythroid 2-related factor 2 (NRF2) pathway is regarded
as a driver of cancer development and progression; however, the mechanisms by which …

The current methods for determining high-concentration As (III) in the high-acid matrix from
the copper smelting industry are complex, time-consuming, and costly. This limits effective …

Pyrite formation at low temperature during early diagenesis in (sub-) surface sediments is an
essential step of Fe and S biogeochemical cycles and the presence of this ubiquitous …

Sulfate concentrations in eutrophic waters continue to increase; however, the
transformations of arsenic (As) in sediments under these conditions are unclear. In this …