As the Colorado River's giant reservoirs have declined during the last two decades, even larger amounts of water have been ...

The Colorado River Basin has lost twice as much groundwater since 2003 as water taken out of its reservoirs, according to a ...

The Colorado River Basin’s groundwater supplies are dwindling, thanks to a combination of both natural events and human ...

The effects of topography on the ... The importance of subsurface flow paths has become increasingly well understood, but a complete global picture of groundwater discharge to streams, neighboring ...

determine the direction of groundwater flow, and identify water-stressed areas within WSSP’s operational zones. Additionally, it aims to determine sustainable extraction rates for different areas, map ...

Increasing drought, less precipitation, rising water demand in agriculture—climate change is causing problems for our groundwater. In Germany and around the world, it is leading to falling ...

Abstract: The velocity and direction of groundwater flow characterize the magnitude and direction of hydrodynamic pressure in landslides, which is critical for landslide stability analysis. However, ...

Abstract: Landslide mechanisms research relies significantly on groundwater flow velocity and direction, and typical thermal flow velocity and direction sensors can scarcely achieve the measurement ...

This alteration in groundwater flow direction ultimately led to the tragic landslide at the camp. The report emphasizes that no evidence indicates human factors cause the landslide. While human ...

But groundwater ... on hydrogeology, topography, land-use and land cover, demography, consumption patterns across sectors, etc. The consolidated data is visualised as a water flow diagram to ...