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| Eastern Pennsylvania Coalition for Abandoned Mine Reclamation | |
|---|---|
| Name | Eastern Pennsylvania Coalition for Abandoned Mine Reclamation |
| Formation | 1990s |
| Type | Nonprofit coalition |
| Headquarters | Pennsylvania |
| Region served | Eastern Pennsylvania |
| Focus | Mine reclamation, environmental restoration |
Eastern Pennsylvania Coalition for Abandoned Mine Reclamation is a regional nonprofit coalition that coordinates mine reclamation, water treatment, and community revitalization efforts across eastern Pennsylvania coalfields. The coalition collaborates with federal agencies, state departments, local municipalities, conservation groups, and academic institutions to remediate legacy coal mining impacts in counties affected by anthracite and bituminous extraction. Its activities intersect with regulatory frameworks, funding programs, and technical initiatives led by multiple public and private partners.
The coalition formed amid declining anthracite output and rising environmental concern in the late 20th century, emerging alongside programs administered by the United States Office of Surface Mining Reclamation and Enforcement and initiatives tied to the Surface Mining Control and Reclamation Act of 1977. Early members included regional watershed groups, county conservation districts, and nonprofits responding to acid mine drainage visible in tributaries of the Schuylkill River, Delaware River, and Lehigh River. Throughout the 1990s and 2000s the coalition worked with the Pennsylvania Department of Environmental Protection, the National Oceanic and Atmospheric Administration, and foundations that supported reclamation and habitat restoration, while engaging researchers from institutions such as Pennsylvania State University and Lehigh University. Landmark events influencing its growth included state-level funding adjustments, federal grant cycles under the Abandoned Mine Land Reclamation Program, and legal settlements involving major utilities and mining companies.
The coalition's mission emphasizes remediation of abandoned mine lands, restoration of aquatic ecosystems, and promotion of public health and economic redevelopment in affected communities. Key objectives reference compliance with standards articulated by the Environmental Protection Agency, remediation best practices advanced by the United States Geological Survey, and water quality goals articulated under interstate compacts affecting the Delaware River Basin Commission. Strategic aims include designing passive and active treatment systems, reclaiming spoil piles consonant with standards from the Natural Resources Conservation Service, and leveraging workforce development programs in coordination with regional workforce boards and community colleges such as Community College of Philadelphia and Reading Area Community College.
The coalition operates as a membership-driven body with a board of directors drawn from municipal officials, conservation nonprofits, and academic partners including representatives from Bucknell University and Temple University. Staffed by project managers, hydrogeologists, and outreach coordinators, the coalition secures funding through grants from the United States Department of Agriculture, the National Fish and Wildlife Foundation, state appropriation streams administered by the Pennsylvania General Assembly, and private philanthropy from entities similar to the William Penn Foundation. Contracts with engineering firms, consultants from the American Society of Civil Engineers, and laboratories accredited by the American Chemical Society support technical work. Intergovernmental agreements link the coalition to county planning commissions, municipal authorities, and corridor development initiatives involving entities such as the Federal Highway Administration.
Major projects include construction of passive treatment wetlands along tributaries impacted by acid mine drainage, reclamation of culm banks near former collieries, and abandoned mine land grading tied to habitat restoration in riparian corridors feeding the Susquehanna River and Schuylkill River National Heritage Area. Programs have included water quality monitoring partnerships with the Monongahela Conservancy District model, mine pool mapping efforts in collaboration with the Pennsylvania Geological Survey, and volunteer-driven stream cleanups coordinated with organizations like the Sierra Club and the Trout Unlimited. Pilot initiatives incorporated innovative technologies promoted by research from the National Renewable Energy Laboratory and ecological design firms with ties to the American Rivers network.
The coalition maintains formal and informal partnerships with federal agencies such as the Environmental Protection Agency, state agencies including the Pennsylvania Fish and Boat Commission, regional planning bodies, and local governments in counties historically shaped by coal extraction like Luzerne County and Schuylkill County. Engagement strategies emphasize collaboration with tribal entities where applicable, public utilities, labor unions formerly representing miners like the United Mine Workers of America, and private landowners. Outreach leverages civic organizations including Rotary International chapters, historical societies preserving coal heritage, and environmental education efforts tied to museums and centers such as the Anthracite Heritage Museum.
Environmental outcomes reported by the coalition include improved pH and metal reduction in treated streams, enhanced aquatic habitat supporting species promoted by the Pennsylvania Fish and Boat Commission and Trout Unlimited, and restored floodplain function in former spoil-impacted zones. Economically, reclamation has enabled land reuse for light industrial parks, greenways connected to the Delaware & Lehigh National Heritage Corridor, and recreation corridors that support tourism anchored by regional attractions and rail-trail projects promoted by state tourism offices. Funding leverages job creation data comparable to workforce impacts observed in Appalachian Regional Commission projects and contributes to municipal tax base improvements in formerly distressed boroughs.
The coalition faces challenges including competing priorities among stakeholders, limited and cyclical funding influenced by appropriations in the United States Congress and state legislatures, and technical complexity tied to deep mine pool hydrology studied by the United States Geological Survey. Controversies have arisen over site selection, tradeoffs between passive versus active treatment favored by engineering firms represented in the American Society of Civil Engineers, and disagreements with legacy landowners and developers over easements and liability allocation informed by precedents in state case law. Climate change impacts modeled by researchers at institutions like Columbia University and Drexel University add uncertainty to long-term planning for treatment infrastructure and community resilience strategies.