In the last decade, remote sensing of the temporal variation of ground level and gravity has
improved our understanding of groundwater dynamics and storage. Mass changes are …

Groundwater deficits occur in several areas of Central Mexico, where water resource
assessment is limited by the availability and reliability of field data. In this context, GRACE …

Many areas worldwide are known to experience land subsidence due to groundwater
extraction. It is traditionally assumed that subsidence extent and rates are controlled by …

This paper illustrates how InSAR alone can be used to delineate potential ground fractures
related to aquifer system compaction. An InSAR-derived ground fracturing map of the Toluca …

Many regions of (semi) arid Mexico, such as the Valley of Toluca, face challenges due to
rapid growth and the simultaneous overexploitation of groundwater. The water reform of the …

Groundwater management scenarios for the Toluca Valley, Mexico, are examined with a
three dimensional groundwater flow model coupled to a one dimensional compaction …

The study discusses future runoff projection and uncertainty arising from different choices of
global circulation models (GCMs), different scenarios of future emission, and different …

Urbanization is a worldwide process that recently has culminated in wider use of the
subsurface, determining a significant interaction between groundwater and underground …

A geographic information system (GIS)-based water-budget framework has been developed
to study the climate-change impact on regional groundwater recharge, and it was applied to …

Urban areas have witnessed an inexorable expansion in population density, urban sprawl,
industrialization and agricultural activities in the past few decades. Withdrawal of …