Lesson No. 3:

Reclamation of Abandoned Mine Land by Re-Mining
Background Information in Preparation for Arbor Day 2011

This lesson plan is provided to assist students participating in the Arbor Day planting event understand the various steps involved in the mining and reclamation process.

Kopper Glo Fuel, Inc. will host the Arbor Day 2011 event at its Tackett Creek Surface Mine #2 in Claiborne County, Tennessee.  Students at Clairfield and White Oak Elementary Schools will establish indoor American chestnut nurseries in their classrooms in early 2011 and then transplant them at the planting event in April.  In addition to their potted American chestnut seedlings, students will also be planting bare-root seedlings of various species provided by Kopper Glo Fuel and the Tennessee Mining Association.

Most coal seams in Tennessee were strip mined to remove easily accessible coal under low cover prior to enactment of the  Surface Mining Control and Reclamation Act of 1977 (SMCRA).  Pre-SMCRA mining was often done with little regard to protecting the environment, because potential long-term impacts were unknown at that time.  Landowners did as they saw fit on their property.  This resulted in exposed highwalls, open pits, steep spoil banks, uncontrolled surface runoff, and significant erosion.  Mining at Tackett Creek Surface Mine #2 is being performed by re-mining coal that remains from such pre-SMCRA mining activities.

Example of exposed highwall from pre-SMCRA
mining at site of Tackett Creek Surface Mine #2
prior to re-mining by Kopper Glo Fuel

Four coal seams are being re-mined at the site as follows:

bulletCoal Creek seam, which averages 34 inches thick
bulletCoal Creek Rider seam, which averages 14 inches thick
bulletBlue Gem seam, which average 32 inches thick
bulletBlue Gem Rider seam, which averages 13 inches thick

Whereas pre-SMCRA mining was done with little regard to the environment, modern mining is done with protection of the environment as an integral part of the process.  Long before the start of mining, water and overburden sampling is performed to provide data for design of the mining plan.  A sequence of activities is developed to control runoff and sediment throughout the mining and reclamation process after consultation with the U.S. Army Corps of Engineers, U.S. Fish and Wildlife, U.S. Natural Resources Conservation Service, Tennessee Wildlife Resources Agency, Tennessee Division of Natural Heritage, and Tennessee Historical Commission.  These plans must be reviewed and approved by the U.S. Army Corps of Engineers, the U.S. Office of Surface Mining (OSM), and the Tennessee Department of Environment and Conservation (TDEC).  At the Tackett Creek Surface Mine #2, planning and preparation of a mine permit application is performed by Mark V Mining and Engineering, Inc., working as a consultant to Kopper Glo Fuel.

Re-mining at the site is done by both surface mining and highwall (auger) mining where coal is removed from beneath an exposed highwall without disturbing the land above it.   Highwall mining can rarely be performed beneath a pre-SMCRA highwall due to safety concerns and space limitations.  A rockfall from a ragged, pre-SMCRA highwall could damage highwall mining equipment and injure operators; thus, a second cut is required to expose a fresh, unweathered highwall prior to coal removal by highwall mining in accordance with safety standards of the U.S. Mine Safety and Health Administration.  Also, highwall mining equipment typically requires a minimum 100-foot wide bench from which to operate.   

The sequence of re-mining and reclamation is illustrated in the following photographs and cross-sections for the Blue Gem and Blue Gem Rider seams.  A similar sequence is also applicable for mining of the Coal Creek and Coal Creek Rider seams located approximately 350 feet in elevation below the Blue Gem seam.

Step 1. Cross-sectional view of conditions prior to re-mining showing proposed access
road, drainage control, and excavation to create a stable highwall and recover coal in the
Blue Gem Rider and Blue Gem seams.

Ditches route runoff to sediment basins for runoff
and erosion control.  Water quality is monitored
to verify compliance with permitting standards.

After blasting, overburden above the coal is removed
and trucked to backfill adjacent areas of the mine.


Coal is removed and loaded into trucks for transport to a crusher.  After crushing, the
surface-mined coal is loaded directly on railroad cars for transport to the customer.

Step 2.  Cross-sectional view of conditions after a stable highwall and bench are created by
surface mining.  A highwall mining machine is then used to auger coal from the Blue Gem seam
for a distance of up to 700 linear feet from the face of the stable highwall.

Cut-away view showing how a highwall mining machine removes coal from the base of the stable
highwall for a distance of 700 linear feet into the mountain.  A conveyance system connected to
the cutting head transports the coal to the open face where it can be loaded onto trucks for
transport to the coal preparation plant.  Use of a highwall mining machine allows underground
mining to be performed remotely (i.e. miners are not required to go underground).

Ribs of coal will remain un-mined to support the
highwall for safety of equipment and operators.

After impurities (i.e. silt, clay, shale, etc.)
are removed from the highwall-mined coal at
the preparation plant, it is loaded onto railroad
cars for transport to the customer.  In most
cases, clean coal is transported to a power
plant where the coal is burned to
generate electricity.

Step 3.  Cross-sectional view showing how spoil removed from an adjacent section of the surface mine
is used to backfill the highwall, and thus eliminate it after re-mining is done.

Completed backfill and reclamation to eliminate highwall and return ground to the approximate
original contour that existed prior to pre-SMCRA mining at the Tackett Creek Surface Mine #2 site.
This location is where one of the sediment basins was built to control runoff.  As appropriate,
stream channels disrupted by the original pre-SMCRA mining are restored.

Elk at Tackett Creek Surface Mine #2

Elk at Tackett Creek Surface Mine #2

Thus, by re-mining and reclaiming the land according to modern standards, abandoned highwalls and open pits are restored to productive use.  After the enactment of SMCRA, most surface-mined sites were covered with compacted soil and planted in grass for quick establishment of vegetation.  Researchers have found that trees grow faster if backfilled areas are covered with 4 feet of loose, rocky spoil, which is designated as the Forestry Reclamation Approach (FRA).  Rainfall is able to penetrate the loose, rocky spoil to irrigate trees roots.  Studies have shown that trees grow twice as fast on sites prepared by the Forestry Reclamation Approach compared to a natural forest setting.

Reclaimed surface mine in Tennessee
prepared according to the Forestry Reclamation
 Approach after 8 years of tree growth

Pre-SMCRA surface mine site in Tennessee
after 50 years of tree growth in loose, rocky spoil

Kopper Glo Fuel uses the FRA method during reclamation.  In 2009, OSM presented an ARRI Reforestation Award to Kopper Glo Fuel for its King Mountain Surface Mine in Claiborne County. Final reclamation of that mine site resulted in over 100,000 native hardwood trees being planted on 220 acres of reclaimed ground.

The planting site for the Arbor Day 2011 event has been prepared according to the Forestry Reclamation Approach and can be accessed by school buses.  Approximately half of the site has been backfilled to a gentle grade, with the remaining outslopes at a steeper grade above a sedimentation basin.  

Site for planting of seedlings during
2011 Arbor Day event

Click here to see
planting event

Our goal in the near future is to establish orchards of blight-resistant hybrids on
mined land in Tennessee as has been done in Ohio

Abandoned mine land in Ohio prior to re-mining and reclamation according to
the Forestry Reclamation Approach.



After re-mining and reclamation of this site
in Ohio according to the FRA method, 5,000
blight-resistant hybrid American chestnut
seedlings were planted in 2008 as part
of a research project with the American
Chestnut Foundation and Ohio University.


Here, the blight-resistant hybrids have everything
they need to grow:  sunlight, nutrients, and water.

chestnut tree.jpg (13204 bytes)Prior to the blight of the early 20th century, the American chestnut
was the predominant tree in Appalachia.  More details about the
efforts to help blight-resistant hybrids reclaim its former crown as
king of the Appalachian forest can be found at

[Master Plan] [Map] [Photo Gallery]
[Bank Stabilization Projects]
[Deadwood Removal Days] [Discovery Day 2000] [Scrape, Paint & Clean Day 2000
[Historic Fraterville Mine Disaster Field Trip 2001] [Fraterville Mine Disaster 100th Anniversary]
[Coal Creek War and Mining Disasters] [Mine Reclamation Lessons]
[CMD] [Economic Benefits] [Motor Discovery Trail] [Historic Cemeteries]
[Partners] [Schools in Watershed] [Mark the Trail Day]
[Awards] [Coal Creek Health Days]
[Briceville School History Field Trips] [Ghost Stories]
[Trout Stuff] [Join Us] [Eastern Coal Region Roundtable]
[Articles in the News] [Dream Contest]

Copyrightę Coal Creek Watershed Foundation, Inc. 2000 through 2021