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12 dead after mining pollution in DR Congo river by AFP Staff Writers Kinshasa (AFP) Sept 3, 2021 Twelve people have died and thousands have fallen ill after a river in southern DR Congo was polluted by toxic waste from a diamond mine, the government said. Pollution of the Kasai River came to light in July, when local residents said its waters had turned red and dead fish were seen floating at the city of Tshikapa, near the Angolan-owned mine. In addition to 12 fatalities, whose cause of death is unknown, 4,502 cases of diarrhoea and skin-related illness have been recorded, Environment Minister Eve Bazaiba said late Thursday. "This catastrophe was caused by an Angolan mining company, which has acknowledged the facts," she said, reporting on the findings of an expert bilateral commission of inquiry. In July, Bazaiba linked the pollution to a "spill of toxic substances by an Angolan factory specialising in industrial diamond mining". Local officials also saw dead hippos in the Kasai, a major tributary to the Congo, the second longest African river after the Nile. Four out of the five administrative territories in Kasai province have been affected by the disaster, totalling 968,000 people, the probe found. The provincial authorities banned consumption of the river water, but it was too late to avoid some people falling sick. The government said 40 tonnes (88,000 pounds) of medication to the area and the national water company is taking steps to increase supplies to those affected. "Compensation should be paid to those who are victims, on the basis of the polluter-pays principle," the government said.
Rare earth elements and old mines spell trouble for Western water supplies Boulder CO (SPX) Sep 06, 2021 Rare earth elements are finding their way into Colorado water supplies, driven by changes in climate, finds a new study published in the journal Environmental Science and Technology. Rare earth elements are necessary components of many computing and other high-tech devices, like cell phones and hard drives. But there is growing recognition that they can be hazardous in the environment even at low levels of concentration. "This is of concern because their concentrations are not monitored and ... read more
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