Arsenic (As) in groundwater from natural and anthropogenic sources is one of the most
common pollutants worldwide affecting people and ecosystems. A large dataset from> 3600 …

This study explores the hydrogeochemical behaviour of heavy metal (loid) s [HMs] in
groundwater, their seasonal variations in enrichment and depletion, and adverse effects on …

Heavy metal contamination has severe detrimental impacts on the entire river ecosystem's
quality and causes potential risks to human health. An integrated approach comprising …

Abstract The Indo-Gangetic Basin (IGB) alluvial aquifer system provides a reliable drinking
water supply to over half a billion people. Understanding the groundwater quality, aquifer …

High concentrations of arsenic (As) in groundwater are among the long-standing
environmental problems on the planet. Due to adverse impacts on the human and aquatic …

Abstract Satluj River Basin (SRB) has special economic significance, representing the
country's most incredible hydro-structure with fresh water, a primary source of irrigation and …

Although arsenic (As) contamination has been extensively investigated in the aquifers of the
lower and middle Gangetic plains, less attention has been given to the distribution and fate …

Despite the growing concerns about arsenic (As) toxicity, information on wheat adaptability
in such an aggravating environment is limited. Thus, the present investigation based on an …

Many places on Earth have been experiencing the impact of climate change. Due to a rise in
the frequency of hydrological and climatic events, the worsening trend of potable water …

The present study investigates the groundwater solute chemistry, hydrogeochemical
behavior of arsenic (As) and the assessment of health risks through ingestion and dermal …