Field-based research on naturally occurring arsenic contamination of surface waters and
groundwaters and the mechanisms of contamination are reviewed. The distribution of …

Synchrotron-based X-ray absorption spectroscopy (XAS) is an in situ, minimallydestructive,
element-specific, molecular-scale structural probe that has been employed to study the …

The efficient and low-cost adsorption of arsenic toxins from drinking water is a global
concern because of its adverse health effects. The simple extraction and eco-friendly …

Millions of people in the deltaic regions of S/SE Asia regularly consume As contaminated
groundwater. Arsenic persists within these groundwaters despite being flushed by several …

Abstract Savar Upazila in the Dhaka District is a rapidly expanding city with a diverse range
of industries and agricultural activities. This expansion poses environmental challenges …

Arsenic is a potent contaminant in waterways across the world. In this investigation, Fe3+ ion
immobilized poly (vinyl alcohol)(PVA) nanofibers were used for the removal of arsenic (As) …

Elevated levels of arsenic (As) have been reported in groundwater from sandy aquifer
systems in the Mannar Island, located in the northwest of Sri Lanka. As a result of serious …

Occurrences of high arsenic (As) in sediments and groundwaters were investigated in the
Claromecó fluvial basin, southern Pampean plain, Argentina. This investigation includes …

Arsenic (As)-contaminated aquifer sediments from Datong basin, China have been analyzed
to infer the provenance and depositional environment related to As distribution in the aquifer …

Biogenic iron (III) minerals (BIM) widely occur in aquatic systems. However, characteristics
and mechanisms of As sequestration by biogenic biphasic Fe (III) minerals (Bio-bi-minerals) …