The study found that the United States, China, and Iran account for most of the global groundwater storage loss, with some regions experiencing more than 5 cm/year of land subsidence.

The Colorado River Basin which supplies water to seven U.S. states is facing "severe water shortages," scientists warn.

The groundwater that supplies farms, homes, industries and cities is being depleted across the world, and in many places faster than in the past 40 years, according to a new study Wednesday, Jan ...

The study indicates that by 2100, groundwater temperatures will rise by 3.8 degrees Fahrenheit in one scenario ... We can provide maps showing global groundwater temperatures at various depths ...

The study found that groundwater losses in the Colorado River basin were 2.4 times greater than the amount of water lost from the surfaces of Lake Powell, Lake Mead, and a number of other smaller ...

A recent study has revealed a startling public health threat: About 17 million people are at risk of gastrointestinal problems due to excessive sulfate levels in groundwater. This alarming finding ...

A map included in the study showed that Arizona’s greatest groundwater losses have occurred in southeastern Arizona, centered on the Willcox and Douglas basins, and in La Paz and Mohave counties ...

To address this scenario, the researchers involved in the study emphasize the need to integrate surface and groundwater management. Tools based on remote sensing and field data can help map ...

The study found that the United States, China, and Iran account for most of the global groundwater storage loss, with some regions experiencing more than 5cm/year of land subsidence.

Jasechko and his colleagues analyzed groundwater data from 170,000 wells and nearly 1,700 aquifers across more than 40 countries that cover 75% of all groundwater withdrawals.

The study found that groundwater losses in the Colorado River basin were 2.4 times greater than the amount of water lost from the surfaces of Lake Powell, Lake Mead and a number of other smaller ...