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New Study Looks at Future of Appalachian Energy Development

Report and online mapping tool developed by the Appalachian Landscape Conservation Cooperative and The Nature Conservancy informs planning that helps protect natural resources while meeting domestic energy needs.

March 5, 2015 -- A new study and online mapping tool released today by the Appalachian Landscape Conservation Cooperative (LCC) and The Nature Conservancy are intended to inform discussions among conservation agencies and organizations, industry, policy makers, regulators and the public on how to protect essential natural resources while realizing the benefits of increased domestic energy production.

The study and online mapping tool were developed by Nature Conservancy researchers through a grant from the Appalachian LCC—one of a nationwide network of 22 partnerships linking science with management to sustain natural and cultural resources at large, regional scales. The study assesses energy development potential and trends of wind, shale gas, and coal and shows where these may overlap with important natural resources and associated benefits—such as municipal drinking water supplies—giving a full picture of what future energy development could look like in the Central and Southern Appalachians.

The online tool displays maps of potential energy development model results and potential overlap with examples of valued natural areas—such as intact forests and vital watersheds—to show users where potential intersections could occur. The model results can be downloaded and overlaid with other available natural resource information by users to identify additional intersections of natural resources and potential energy development areas. This will help provide information to industry, agencies, environmental organizations, and others to initiate effective collaborative dialogue on how to balance energy development and natural resource conservation.

“The Appalachians are a national and global hotspot for terrestrial and freshwater diversity, consisting of a large network of intact deciduous forests and the point of origin for drinking water supplies for 22 million people throughout the Mid-Atlantic,” said David K. Whitehurst, Director, Bureau of Wildlife Resources for the Virginia Department of Game and Inland Fisheries and Chair of the Appalachian LCC Steering Committee. “As wind and natural gas energy expand along with traditional coal development, there is an increasing need for such forward-looking research to inform discussions on how to meet immediate energy needs, while sustaining the health of natural systems for longer-term environmental and economic benefits.”

Whitehurst added that the study and mapping tool, both informed by industry input, underscore the Appalachian LCC’s commitment to serve as a forum for collaboration and to deliver science that informs natural resource conservation planning and action in balance with the needs of people.

Key findings include:

  • Nearly 7.6 million acres (an area larger than the state of Massachusetts) of new energy-related development may expand across the Appalachian region by 2035;
  • An estimated 5.3 million acres (roughly the size of New Jersey) of this new energy-related development is most likely to occur in forested areas;
  • More than 150 watersheds, which are reliant on forest cover to produce clean water to major cities and communities, occur in these same areas; and
  • Future energy development may be concentrated in the Allegheny and Cumberland Plateaus.

Thomas Minney, Director of The Nature Conservancy’s Central Appalachians Program, said the study builds on previous Conservancy research on potential shale gas and wind energy development within the Marcellus shale region. The LCC-funded study is designed to predict potential energy development across the Appalachian Region, including natural gas, coal, and wind. This includes assessing shale gas development (including Utica shale); wind-powered energy production opportunities; and further development of traditional surface mining coal extraction across the entire Appalachian LCC region.

“This study is part of a scientific planning process that intends to bring land management agencies, energy companies, and policymakers together to examine and minimize impacts on natural resources over wide geographical areas in the long-term with the goal of avoiding impacts wherever feasible and minimizing impacts that cannot be avoided,” Minney said. “Hopefully, it will help open the door to productive dialogue, as well as collaborative and long-term solutions that sustain people and nature in the Appalachians for generations to come.”

To view the assessment and access the online tool, visit:

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