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Evaluating the potential for acid mine drainage remediation through remining in the Tangascootack creek watershed, Clinton county, Pennsylvania

机译:通过保留在宾夕法尼亚州克林顿县的Tangascootack溪流域中来评估酸性矿山排水的潜力

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摘要

Pennsylvania has 4,000 km (2,500 miles) of streams that do not meet water-quality standards due to acid mine drainage (AMD), making AMD the greatest cause of water pollution in the state. The problem is mainly caused by abandoned coal mines. To abate AMD, Pennsylvania is using a watershed-based approach that includes remining as a key component of a comprehensive restoration strategy. The Tangascootack Creek Watershed was targeted for AMD restoration through remining. Geologic mapping and overburden data were analyzed using Earth Vision software to identify areas of coal reserves that could be remined to improve water quality. Incentives are offered to encourage mining in these designated areas.
机译:宾夕法尼亚州有4,000公里(2,500英里)的溪流由于酸性矿山排水(AMD)而未达到水质标准,这使AMD成为该州水污染的最大原因。问题主要是由废弃的煤矿引起的。为了减轻AMD的压力,宾夕法尼亚州正在使用一种基于分水岭的方法,其中包括将采矿作为全面修复策略的关键组成部分。坦加斯科塔克溪流域的目标是通过雷电恢复AMD。使用Earth Vision软件分析了地质图和覆盖层数据,以确定可以开采的煤炭储量,以改善水质。提供激励措施以鼓励在这些指定地区进行采矿。

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