Groundwater occurrence in semi-arid regions is variable in space and time due to climate
patterns, terrain features, and aquifer properties. Thus, accurate delineation of Groundwater …

Several million people around the world are currently exposed to excessive amounts of
arsenic (As) and fluoride (F) in their drinking water. Although the individual toxic effects of As …

Globally, groundwater with high fluoride and arsenic receives extensive concern because of
its wide distribution and great harm to human health caused by drinking water. In this paper …

Este artículo expone un caso de desposesión territorial, destrucción del paisaje y
dominación política de comunidades campesinas mexicanas protagonizado por la …

Identifying contributing factors of potential recharge zones is essential for sustainable
groundwater resources management in arid regions. In this study, a data matrix with 66 …

Fluoride, an incompatible lithophile and the most electronegative element, forms a number
of soluble, pH-dependent formation of complexes with polyvalent metal ions in water. The …

The San Luis Potosi metropolitan area has suffered considerable damage from land
subsidence over the past decades, which has become visible since 1990. This paper seeks …

In this study, the most suitable areas in terms of groundwater potential within the borders of
the adjacent area of Sivas Municipality (Sivas/Turkey) were determined with the help of …

La historia de la ciudad San Luis Potosí se remonta al siglo XVI. Con el descubrimiento de
yacimientos de oro y plata y la presencia de cuerpos de agua en el valle, fue fundada la …

The rapid population growth in urban areas stresses the underlying aquifers in both quantity
and quality. The identification of aquifer vulnerability and quality characteristics help …