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 …

Groundwater is a critical water source, and was investigated from a coastal plain of southern
China to reveal its hydrochemical constrains on water supply from phreatic aquifers of humid …

Chronic exposure to high fluoride (F-) groundwater has a detrimental effect on the health of
hundreds of millions of individuals worldwide. High F-groundwater in coastal areas is …

The confined groundwater of arid sedimentary plains has been disturbed by long‐term
anthropogenic extraction, and its hydrochemical quality is required for sustainable …

Fluoride (F−) enrichment in groundwater poses significant risks to drinking water safety;
however, reports of high F− concentrations in groundwater in a vast desert and its …

Native high fluoride (F−) groundwater is one of the most serious environmental problems
facing China and even the international society, which seriously threatens human health …

Chronic exposure to elevated geogenic arsenic (As) and fluoride (F−) concentrations in
groundwater poses a significant global health risk. In regions around the world where …

Ecological water supplementation effectively controls the land subsidence rate and protects
the groundwater environment. However, the annual variability and evolutionary mechanisms …

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 …

As a major grain-producing region in China, the North China Plain (NCP) faces serious
challenges such as water shortage and land subsidence. In late 2014, the Central Route of …