While extant research has predominantly focused on elucidating the mechanisms of fluorine
(F−) enrichment in groundwater within the North China Plain, the occurrence and formation …

Understanding the formation of high fluoride (F-) groundwater in water-scarce northern
China is critical for the sustainable development of the region. This study investigates the …

Long-term usage of drinking water with excessive fluoride concentration (above 1.5 mg/L) is
known to harm human health. Since the fluoride concentration in the shallow groundwater of …

There is an obvious regional contradiction between water resources and agricultural
produce in lower plain area of North China, however, excessive fluorine in deep …

Hydrogeochemistry and isotope hydrology were carried out to investigate the spatial
distribution of fluoride (F−) and the mechanisms responsible for its enrichment in the western …

High-F− groundwater is widely distributed in Xiji County, which endangers the safety of
drinking water. In order to evaluate the key factors controlling the origin and geochemical …

Fluoride enrichment in groundwater of coastal plains poses a potential health hazard to
hundreds of millions of people. In the present study, 515 groundwater samples were …

High fluoride groundwater with F− concentration up to 6.20 mg/L occurs in Taiyuan basin,
northern China. The high fluoride groundwater zones are mainly located in the discharge …

Fluoride enrichment in groundwater at the North China Plain (NCP) is posing a potential
health risk to human being. To better understand the enrichment mechanism of fluoride in …

With rapid economic development and the increasing demand for drinking water, a large
amount of groundwater is exploited, resulting in a high F− content in groundwater, which is …