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A Stanford study finds that pumping an aquifer to the last drop can also unlock dangerous arsenic from buried clays.
University Research | Solving the Freshwater Puzzle | Water Quality | Stanford UniversityResearchers from Stanford University have used a geophysical imaging technique to map where seawater has infiltrated freshwater aquifers along the Monterey Bay coastline.
Solving the Freshwater Puzzle | Water Quality | University Research | Stanford UniversityA University of Kansas researcher is working to use a machine-learning process similar to Craiyon or DALL-E to build new proteins designed to detect water pollutants.
University Research | Solving the Freshwater Puzzle | Water Quality | The University of KansasA case study of a small Wyoming town reveals that practices common in the fracking industry may have widespread impacts on drinking water resources.
Solving the Freshwater Puzzle | Water Quality | Stanford UniversityBacteria living in shallow sediment layers of permanently flooded wetlands in Asia drive arsenic release into water by feeding on freshly deposited plant material, a new Stanford University study finds.
Solving the Freshwater Puzzle | Water Quality | Stanford UniversityResearchers at Kentucky University are to turn algae into biofuel.
Solving the Freshwater Puzzle | Water Quality | The University of KansasA Stanford project in Jordan, a nation that is traditionally a stabilizing force in the Middle East, holds promise for better water management and less conflict in arid regions around the globe.
Solving the Freshwater Puzzle | Water Quality | Stanford University