A GIS Methodology for Assessing the Safety Hazards of Abandoned Mine Lands (AMLs): Application to the State of Pennsylvania

A GIS Methodology for Assessing the Safety Hazards of Abandoned Mine Lands (AMLs): Application to the State of Pennsylvania

Timothy J. Dolney (Penn State University – Altoona, USA)
Copyright: © 2011 |Pages: 22
DOI: 10.4018/jagr.2011070104
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Abstract

Abandoned mine lands (AMLs) associated with past coal-mining scar Pennsylvania’s landscape with environmental and safety hazards. Reclamation projects eliminate and reduce hazards AMLs pose. Due to the large number of AMLs and limited funds, precedence is given to reclaim the most hazardous sites first. These sites are identified through an assessment process that assigns priorities to AMLs. However, priorities are out-dated and do not accurately reflect the current spatial distribution of land use and census data. This article presents a GIS methodology for the prioritization of AMLs using the process of extrapolation and focal statistics. By incorporating current assessment techniques into GIS with current land use and census data, AML priorities were reassigned to accurately reflect the current spatial landscape. Results indicate that current AML priorities assigned by the state do not accurately reflect current land use and census data and underestimate the safety hazards of many sites, including high priority sites.
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Introduction

Pennsylvania is one of 11 states east of the Mississippi River dealing with remnants of past coal mining in the form of abandoned mine lands (AMLs). Their presence is a result of unregulated coal mining from the mid-1700s to the late 1940s. Prior to the 1940’s, mine operators would remove all economically recoverable coal from a mine site and not be required to return the land to its pre-mining condition. Current reclamation law, dating from 1977, requires the mine operator to reclaim the mine site to its pre-mining condition. But there is almost a two-hundred year history of coal mining in which mine reclamation did not occur. Consequently, an estimated 250,000 acres of AMLs mark Pennsylvania’s landscape and pose a threat to public health and the environmental quality of the state (Rossman, Wytovich, & Seif, 1997). Forty-three (43) of Pennsylvania’s sixty-seven (67) counties contain AMLs, more than any other state in the nation (Rossman, Wytovich, & Seif, 1997). Many are located near residential areas, schools, and hospitals; places frequented by the population on a daily basis. Thus, their presence poses a risk to the general population. Many have been the scenes of death due to drowning as unsuspecting individuals attempt to swim in cold, shallow abandoned open water pits that contain old mining equipment. Others perished by falling from dangerous highwalls as they navigate the woods on feet or all terrain vehicles (ATV). Abandoned mining equipment is an attractive playground for young children. These illustrate just a few safety hazards posed by AMLs. From 2000-2008, 250 non-employee mine fatalities occurred nationwide on both active and abandoned mine facilities (MSHA, 2009). Pennsylvania has the most deaths with 23 (Figure 1). Environmentally, the most significant impact of AMLs is the untreated discharge of acid mine drainage (AMD) (Bilek, 2004; Brake, Connors, & Romberger, 2001; Correa, Costa, & Koppe, 2003; Equeenuddin, Tripathy, Sahoo, & Panigrahi, 2010; Hammarstrom, Belkin, & Sibrell, 2003; Hawkins, 1994; Herman & Baumgartner, 1992; Jaynes & Pionke, 1984; Kim & Chon, 2001; Kimmel, 1983; Kumar-Vadapalli et al., 2008; Mayo, Petersen, & Kravits, 2000; O’Bara & Estes, 1985; Rahn, 1992; Rahmatian, 1990; Ramsey & Brannon, 1998; Saria, Shimaoka, & Miyawaki, 2006; Siriwardane, Kannan, & Ziemkiewicz, 2003; Smith & Skema, 2001; Stevens, McCarthy, & Vis, 2001; Wielder, 1993; Wu et al., 2009; Zalack, Smucker, & Vis, 2010). Untreated discharge entering streams can degrade both the habitat and water quality leaving an environment unsuitable for desired uses and void of aquatic life.

Figure 1.

Non-Employee Mine Fatalities 2000-2008

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