Researchers have long been committed to identify nitrate sources in groundwater and to
develop an advanced technique for its remediation because better apply remediation …

Over the past decades, groundwater quality has deteriorated worldwide by nitrate pollution
due to the intensive use of fertilizers in agriculture, release of untreated urban sewage and …

Highly contaminated groundwater can affect the human health and constrain the economic
development of a country. For this study 105 groundwater samples were collected in rock …

Intensive farming usually imply a degradation of groundwater resources worldwide. In
particular, nitrate concentrations exceeding the 50 mg L− 1 limit established for drinking …

Isotopic signatures of anthropogenic sulfate sources within the Upper Silesian urban area
(southern Poland) were investigated to increase the reliability of the origin assessment of …

Besides sulfate-induced diarrhea, recent studies have emphasized that groundwater sulfate
drives the release of arsenic in groundwater and accelerates water pipeline corrosion …

Implementing sustainable groundwater resources management in coastal areas is
challenging due to the negative impacts of anthropogenic stressors and various interactions …

One of the crucial challenges of our time is climate change. The consequences of rising sea
levels and drought greatly impact water resources, potentially worsening seawater intrusion …

Since nitrate is a major agricultural freshwater contaminant, denitrification is the
environmentally most important step in the ecological succession of redox processes that …

The excessive input of nutrients into groundwater can accelerate eutrophication in
associated surface water systems. This study combined hydrogeochemistry, multi isotope …