Decades of mountaintop coal mining have substantially altered the topography of central Appalachia, according to new
esearch by Duke University. Areas affected by mining are as much as 60 percent flatter than they were pre-mining. In mountaintop mining, bedrock is blasted away to uncover coal seams below the surface. In addition to mountains reduced in height, the valleys are also affected; they can be substantially shallower after mining debris is deposited in them. The fill can be as deep as 200 meters, which can significantly alter water flow and contamination as well. “The depth of these impacts is changing the way the geology, water, and vegetation interact in fundamental ways that are likely to persist far longer than other forms of land use,” said Emily Bernhardt, a professor of biology at Duke and co-author on the study.
West Virginia Flatter After Decades of Mountaintop Removal
More From E360
-
RIVERS
A Win for Farmers and Tribes Brings New Hope to the Klamath
-
Solutions
Deconstructing Buildings: The Quest for New Life for Old Wood
-
NATURAL DEFENSES
How Restored Wetlands Can Protect Europe from Russian Invasion
-
Solutions
Birds vs. Wind Turbines: New Research Aims to Prevent Deaths
-
FORESTS
Cambodian Forest Defenders at Risk for Exposing Illegal Logging
-
OPINION
The ‘Green’ Aviation Fuel That Would Increase Carbon Emissions
-
CONSERVATION
Out of the Wild: How A.I. Is Transforming Conservation Science
-
Energy
China’s Mega Dam Project Poses Big Risks for Asia’s Grand Canyon
-
Solutions
How Natural Solutions Can Help Islands Survive Sea Level Rise
-
INTERVIEW
Will U.S. Push on Seabed Mining End Global Consensus on Oceans?
-
Biodiversity
In Mexico’s ‘Avocado Belt,’ Villagers Stand Up to Protect Their Lands
-
Food & Agriculture
How Herbicide Drift from Farms Is Harming Trees in Midwest