Hidden Oxygen Fingerprints Reveal What Really Drives Toxic Sulfate in Mining Water
Isotopic analysis of water from Mongolia's Erdenet mining region shows that ferric iron, not molecular oxygen, drives the highest sulfate ...
Isotopic analysis of water from Mongolia's Erdenet mining region shows that ferric iron, not molecular oxygen, drives the highest sulfate ...
A new review in Environmental Science and Pollution Research maps how electrochemical technologies such as electrocoagulation, electrodeposition, membrane systems, and ...
A new study of the abandoned Okpara coal mine in Enugu, Nigeria, finds radium and thorium contamination driving dietary radiation ...
A new study of an acid mine drainage-impacted river shows that rare prokaryotic taxa, though nearly invisible, occupy keystone positions ...
A comprehensive geochemical survey of the Welkom Goldfield reveals that abandoned gold mine tailings dams continue to contaminate surrounding soils ...
New research shows tungsten reshapes the aging of schwertmannite in acid mine drainage, first accelerating sulfate release and goethite formation ...
Bacteriophages released from Acidithiobacillus ferrooxidans lift chalcopyrite copper bioleaching efficiency by 55 percent by stripping passivation layers and accelerating sulfur ...
Sulfur isotope mapping of soils, plants, coal and water at a remediated Durham coalfield reveals how legacy mining waste still ...
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© 2025 Scienmag - Science Magazine