Nitrate pollution in groundwater and related human health risk assessment are crucial to
ensure groundwater quality safety. In this study, the grey water footprint (GWF), DRASTIC …

Nutrient (eg, nitrogen and phosphorus) loss from point and non-point sources can cause
critical environmental problems, deteriorating the quality of surface water and groundwater …

As one of the most widespread pollutants worldwide, nitrogen has long been a concern in
the environment, including groundwater. However, due to the limitations of investigations …

Excess nutrients in surface water and groundwater can lead to water quality deterioration in
available water resources. Thus, the classification of nutrient concentrations in water …

Prediction and quantification of nutrient concentrations in surface water has gained
substantial attention during recent decades because excess nutrients released from …

There has been heavy application of chemical pesticides to farmland worldwide. As a state
with a heavy emphasis on farming, China has extensively applied chemical pesticides to …

Groundwater is the main source of production and living in most arid and semi-arid areas,
and it plays an increasingly critical role in achieving local urban development. There is a …

The shape of a concentration-discharge (CQ) relationship and its evolution in space and
time can be used to elucidate the predominant hydrological pathways and residence time of …

In groundwater environments, the interaction between microbial communities and the
hydrogeochemical parameters have been investigated extensively in the past years …

Most of the time, too much use of artificial fertilizers in rural areas, especially nitrogen
fertilizers used to make crops grow faster, causes nitrate levels in groundwater to rise. In the …