Last week, the U.S. Energy Information Administration pointed to a steep decline in coal produced by mountaintop removal mining. But much more work is needed to truly end destructive mining practices in Central Appalachia.

Last week, the U.S. Energy Information Administration reported that surface coal production nationwide decreased about 21 percent between 2008 and 2014, while production from surface mines that include mountaintop removal mining in three central Appalachian states had decreased 62 percent.

At first, this seems like a huge win in the fight against mountaintop removal mining, a practice that is devastating to community health and the environment, and yields few jobs compared to traditional mining practices. While it is a step in the right direction, declining production is not a sufficient measure of the ongoing human and environmental impacts of mountaintop removal.

Closer examination of the data calls into question the adequacy of the legal definition of “mountaintop removal” and, more importantly, demonstrates that much more work is needed to truly end destructive mining practices in Central Appalachia.

First, let’s look at the numbers reported by the EIA. The post, published on the agency’s Today In Energy blog, opens by saying, “Coal production from mines with mountaintop removal (MTR) permits has declined since 2008, more than the downward trend in total U.S. coal production.” While this is true, comparing the decline in mountaintop removal production to the decline in nationwide surface production (62 and 21 percent, respectively) gives the false impression that mountaintop removal, in particular, is on its way out. However, when you compare the decline in mountaintop removal production to the decline in surface mine production only for Central Appalachia, the picture looks much different: surface mine production in Central Appalachia has declined by 55 percent from 2008 to 2014.

With this new information, it becomes apparent that mountaintop removal production has not declined much more than surface mining on the whole in Central Appalachia. Given the similarity, we can attribute the decline in mountaintop removal largely to the same market forces that are leading to a decline in all coal mining in Central Appalachia.

The EIA report also relies on the Surface Mine Control and Reclamation Act’s (SMCRA) narrow definition of what constitutes mountaintop removal mining — essentially, a surface mine “running through the upper fraction of a mountain, ridge, or hill” that is exempt from returning the land to “approximate original contour” because the new land use is intended to be of equal or better economic or public value. The problem with this definition of mountaintop removal is that many Central Appalachian surface mines that cross ridgelines and employ many of the same problematic practices — large-scale blasting, mining through streams, and valley filling — are not, under SMCRA’s narrow definition, considered mountaintop removal mines.

The reality on the ground is that the rugged terrain of Central Appalachia makes it difficult to conduct any large-scale surface mine without mining across a ridgeline. Take for example the recently permitted Jim Justice-owned surface mine in McDowell County, W.Va. The Big Creek Surface Mine certainly cross multiple ridgelines and will construct a valley fill within half a mile of a Head Start preschool, yet this mine is not considered a mountaintop removal mine by either the federal government or the state of West Virginia. Furthermore, the valley fill does not require a 404 permit under the Clean Water Act, as it is not being constructed in public waters of the United States.

These facts mean there is little the local community, largely unsupportive of the mine, can do to stop it. Additionally, reclamation of the site requires that the company return the land to its “approximate original contour.” That phrase has never been clearly defined, however, so the land will be returned to a much lower elevation, lacking the fully functioning forest and ecosystems present before mining.

Another issue is that measuring mountaintop removal only by production and permit designation does not lead to a full accounting of the destruction done to the land as a whole.

Back in April, Appalachian Voices undertook a mapping analysis to look at how surface mines are impacting local communities. We had noticed that, even though mining is declining in the region, we are still regularly contacted by impacted residents. So we set out to determine if surface mining was moving closer to communities, and through our Communities at Risk project, we confirmed that mines are in fact encroaching even more on local residents.

A view of the Communities at Risk mapping tool. Click to explore the map on iLoveMountains.org.

To complete this analysis, we identified surface mines across the region using satellite imagery and other data to differentiate between mining and non-mining areas. We excluded areas less than 25,000 square meters. This left us with a map layer of large surface mines, including mountaintop removal mines (whether designated as such by any government agencies, or not), across the region.

This data set is useful not only for our Communities at Risk tool, but also for other analysis on the trends in surface mining in Central Appalachia over time. Using this map, we determined the current amount of land disturbance due to mining — basically any area that is barren due to active mining, recently idled or abandoned mines, or mines not yet reclaimed — has declined from 148,000 acres in 2008 to 89,000 acres in 2014.

Unfortunately, we can’t directly compare yearly production numbers to the number of acres disturbed to yield that production. Land within a surface mine is constantly being shifted, blown up, backfilled, and regraded. Basically, not all barren areas are actively producing coal at any given time. Many areas stay barren for years, while other areas of the mine are producing coal (despite legal requirements for contemporaneous reclamation).

The comparison we can make is that the amount of currently barren land is not falling as fast as production numbers. The extent of surface mined area (whether active, idled, or just unreclaimed) has declined about 40 percent, while production from Central Appalachian surface mines has declined 55 percent.

Essentially, we have more unreclaimed land in 2014, per ton of coal produced in 2014, than in previous years. This is likely due to a number of factors:

• As thinner, deeper seams are mined, more land must be disturbed per ton of production;
• Recently, mines have been idled, or even bond-forfeited due to market pressures; and
• Reclamation is a slow and expensive process.

Mathew Louis-Rosenburg, a West Virginia resident, sums up the problem of only considering the EIA numbers without on-the-ground context:

“On the ground, we measure [mountaintop removal] in acres lost, in water contaminated, communities harmed. The steep decline in surface mine productivity means that a lot more land is being disturbed to get that smaller tonnage and idled mines still contaminate water at a similar rate to active ones. The battle here is far from over and stories like this just lead more and more resources and support to leave the region because people from elsewhere think that we have won already.”

It is beyond time for the Obama administration to take action to end destructive surface mining across Central Appalachia. We are hopeful that a strong Stream Protection Rule will go a long way toward protecting the streams and the people of the region. The Appalachian Community Health Emergency Act (H.R. 912) could also go a long way in protecting communities from health impacts confirmed by mounting scientific evidence.

Unfortunately, the likelihood of success on either of these actions decreases every time misleading evidence suggests this problem has gone away. You can help prevent this by telling the Obama administration to end mountaintop removal and by keeping this conversation going among a national audience. We owe that to the people of Central Appalachia.