How Coal Mining Contributed to Deadly Kentucky Floods

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Meanwhile, extraction waste is poisoning Appalachia’s waterways.

This story was originally published by Grist and is reproduced here as part of the Climate Desk collaboration.

Appalachian states like Kentucky have a long, turbulent history with coal and mountaintop removal—an extractive mining process that uses explosives to clear forests and scrape soil in order to access underlying coal seams. For years, researchers have warned that land warped by mountaintop removal may be more prone to flooding due to the resulting lack of vegetation to prevent increased runoff. Without trees to buffer the rain and soil to soak it up, water pools together and heads for the least resistant path—downhill.

In 2019, a pair of Duke University scientists conducted an analysis of floodprone communities throughout the region for Inside Climate News that identified the most “mining damaged areas.” These included many of the same Eastern Kentucky communities that saw river levels rise by 25 feet in just 24 hours this past week. 

“The findings suggest that long after the coal mining stops, its legacy of mining could continue to exact a price on residents who live downstream from the hundreds of mountains that have been leveled in Appalachia to produce electricity,” wrote Inside Climate News’ James Bruggers.

Now those findings feel tragically prescient. From July 25 to 30, Eastern Kentucky saw a mixture of flash floods and thunderstorms bringing upwards of four inches of rain per hour, swelling local rivers to historic levels. To date, the flooding has claimed at least 37 lives.

Nicolas Zégre, director of West Virginia University’s Mountain Hydrology Laboratory, studies the hydrological impacts of mountaintop removal mining and how water moves through the environment. While it’s too early to know how much the area’s history of mining contributed to this year’s flooding, he said he thinks of Appalachia as “climate zero,” a region built on the coal industry, which contributed to rising global temperatures and increased carbon in the atmosphere.

“Whether it was the 2016 flood in West Virginia or the recent floods in Kentucky, there’s more intense rainfall due to warmer temperatures,” Zégre said, “and then that rainfall was falling on landscapes that have had their forests removed.”

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