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Groundwater Pumping Reduces Global Aquifer Storage by 17 km3 per Year
Global water resources are stretched by climate change and human population growth, and farms and cities are increasingly turning to groundwater to fill their needs. Unfortunately, the pumping of groundwater can cause the ground surface above to sink, as the aquifers below are drained and the architecture of the ground collapses. For the first time, a new study maps this loss of groundwater storage capacity around the world.
Latest Research Articles
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Urban Green Spaces Boost Well-Being and Health of City Dwellers, New Research Suggests
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Spawning Relieves Fish of Body Weight and Boosts Oxygen Intake, Study Finds
Monster Coconut Crabs: Did Giant Land Crabs Kill Missing American Pilot Amelia Earhart?
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US Pet Adoption: Animal Shelters Provide Safe Haven Program to Provide Free vaccinations, Food for Pets
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Wild Orca Pod Sinks Another Yacht Off the Coasts of Spain, Morocco
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Canada's Alberta Wildfires 2023: 60% of Fires Were Human-Caused
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Amazon Rainforest Could be the Next Source of World's Next Pandemic Due to Climate Change, Deforestation [Study]
Man-Made Aurora 'Airglow' Along Alaska Road System Visible for Four Nights As High-Frequency Radio Experiments Push Through
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Northern Lights Dazzle Midwest, Northeast US Skies Following Recent G3 Geomagnetic Storm
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Invasive 'Cocaine Hippo' Population is Getting Out of Control, Colombian Government Plans to Cull Them
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Plastic Pollution In River May Carry Antibiotic Resistance Genes That Threatens Public Health, Study Says
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Hawaii Weather Forecast: Red Flag Warning in Effect For Extreme Fire Weather Conditions






