Eco activists make an opinionated point about pollution. The mining and drilling industries are usually the preferred targets of environmental agencies. But life runs rather in one or more spirals, not exactly along black and white lines, or according to evil big oil vs. good green non-profits and so on. Bacteria can get even more extreme than the most stubborn radical activist. These life forms are called extremophiles, for a good reason.
“To go to Berkeley Pit Lake, you have to complete a forty-hour Hazmat program—and that’s just to stand next to the water,” advises Andrea Stierle, a research professor at the University of Montana-Missoula, who began studying samples from the Pit sixteen years ago. And when employees of the Montana Bureau of Mines and Geology venture out onto the lake, they do so in a boat that’s made of fiberglass (as opposed to aluminum), “because they don’t want it to dissolve before they get back to shore,” she continues. It’s probably best that the privately-owned Berkeley Pit—a mile by a mile-and-a-half across, and encircled by a barbed-wire fence—is off-limits to all but a select few. After all, it’s an abandoned open pit copper mine filled with an estimated forty billion gallons of acidic, metal-contaminated water—part of the largest Environmental Protection Agency (EPA) Superfund site in the United States, and an ongoing liability for its “responsible parties,” the Atlantic Richfield Company (which merged into British Petroleum) and Montana Resources.
Though it might seem an irredeemable place, it turns out that the Pit—located in the mining town of Butte, Montana, and operational between 1955 and 1982—is proving to be a rich source of unusual extremophilic microorganisms, which have produced novel and compelling bioactive metabolites. In other words, the water is filled with a hardy assortment of fungi, algae, protozoans, and bacteria, many of which have shown great promise as producers of potential anti-cancer agents and anti-inflammatories. Yet as late as 1995, local microbiologists assumed that the environment was too toxic for much of anything to survive, much less thrive. That is, until that same year, when Andrea and her husband Donald (also now a research professor in the department of Biomedical and Pharmaceutical Sciences at UM-Missoula) were provided water samples by a Bureau of Mines and Geology hydrogeologist and found some “fascinating compounds,” including one that has the potential to prevent migraine headaches.
Source: failuremag.com - The Berkley Pit
Environment tainted with poisonous industrial byproducts can be naturally cleaned with one or another form of yeast, instead of excessive government spending and environmental bureaucracy. Nature herself knows best how to erase traces left by the mining or oil industries. There's no such thing as endangered species - other than from another species up on the food chain. As humans, the most intelligent species on this planet, we may learn a new lesson.
Yes, contained and strictly controlled industrially polluted areas have the interesting feature of revealing particular forms of life with the healthy potential of teaching doctors about novel ways to cure daunting maladies.
Nothing is strictly black and white in life. Take it with a grain of salt...
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