Appalachian History Series – Five Lived Behind a Wall: The Cross Mountain Mine Disaster of 1911
On the morning of December 9, 1911, eighty-nine men entered the Cross Mountain Mine near Briceville, Tennessee. Before the morning was far along, the mountain had become a tomb for nearly all of them.
At about 7:20 a.m., an explosion swept through miles of underground workings belonging to the Knoxville Iron Company. The force tore out ventilation structures, scattered coal dust and slate, damaged the mine’s fan, and filled portions of the workings with poisonous afterdamp. Families gathered outside while miners, mine officials, state inspectors, and newly trained federal rescue men began a dangerous search through a mine that was still burning in places.
Eighty-four men and boys would die. Five would come out alive.
Their survival, after roughly fifty-eight hours underground, became one of the most remarkable episodes in the early history of organized American mine rescue.
The Coal Country Around Briceville
Cross Mountain stood within the Coal Creek mining district of Anderson County, an Appalachian coalfield where mining had shaped communities for decades. Briceville, Coal Creek, Fraterville, and the surrounding hollows were places where the rhythms of family life had become tied to shifts underground, coal trains moving through the valley, and the companies that employed much of the local population.
Cross Mountain itself was no primitive opening scratched into a hillside. By 1911 it was an extensive industrial operation. Tennessee Chief Mine Inspector George E. Sylvester described a drift mine covering more than 500 acres when worked-out sections were included. The main entry stretched approximately 8,400 feet into the mountain, while some cross entries extended several thousand feet farther. Coal was undercut using electrically driven chain machines, electric motors moved cars along portions of the haulage system, and black powder was used to bring down coal in many working places.
The mine generally employed about 125 men. Its ventilation system supplied more air than Tennessee law required for its classification, and Cross Mountain was regarded as a Class B mine that was not known for producing dangerous quantities of gas. Inspectors had visited it on August 3 and October 30, 1911, and reported normal conditions. Monthly reports for the preceding year repeatedly listed no gas indications.
Nothing about those reports suggested what December would bring.
The human character of the place survives in photographs as well as government records. In December 1910, almost exactly one year before the disaster, photographer Lewis Wickes Hine visited Cross Mountain for the National Child Labor Committee. One of his photographs showed James O’Dell, whom Hine believed to be about twelve or thirteen years old, working as a greaser and coupler on the mine tipple and helping move heavily loaded cars. The photograph offers a rare view of daily work at Cross Mountain before the place became nationally associated with catastrophe.
Saturday Morning, December 9
Saturday ordinarily brought a smaller workforce than a weekday, and that circumstance almost certainly kept the death toll from being higher.
Only eighty-nine men were underground when the explosion came.
Sylvester placed the time at approximately 7:20 a.m. The blast traveled through the lower workings with tremendous force, particularly along the left side of the mine. Investigators later found thick stoppings blown apart, timbers displaced, rocks driven into wooden supports, and dust transformed by heat. The affected workings extended across more than one hundred acres, with roughly ten miles of entry and air course showing effects of the explosion.
Almost immediately, another danger emerged.
Cross Mountain’s main ventilating fan stood underground near the bottom of an air shaft. The explosion damaged it and put it out of commission. Without dependable ventilation, smoke and afterdamp could remain trapped in the workings or move unpredictably through passages where rescuers were trying to advance.
Superintendent P. F. Lynch, Mine Foreman George Bullmer, inspectors, and volunteer miners began rebuilding the destroyed brattices that directed the underground air current. A replacement disc fan was obtained from the Black Diamond mine and installed near the entrance. By about two o’clock Sunday morning, it was forcing additional fresh air into Cross Mountain.
The rescue had already become much larger than a single company’s emergency.
The New Bureau of Mines Comes to Briceville
The Cross Mountain explosion happened at an important moment in American mining history. The United States Bureau of Mines had only recently been established, in part because repeated disasters across the nation’s coalfields had revealed how poorly prepared many communities were for underground emergencies.
At Briceville, the new federal agency had an opportunity to demonstrate what organized mine rescue could accomplish.
E. B. Sutton, who headed the Bureau’s Knoxville station, reached Cross Mountain with oxygen helmets on a special train. Mine Rescue Car No. 7 arrived at 5:30 Saturday evening under William Burk. Rescue Car No. 6 followed on Monday. Bureau Director Joseph A. Holmes also came to Briceville, and trained men were summoned from Kentucky and Alabama to supplement the rescuers already present.
The equipment did not make the work easy.
The helmet crews were trained to enter poisonous atmospheres, but many did not know the Cross Mountain workings. Smoke and afterdamp were so thick in places that even men wearing breathing equipment had difficulty seeing their way. Sylvester later observed that trained local miners familiar with both the apparatus and the mine could have allowed exploration to proceed more quickly.
Nevertheless, the helmet crews entered dangerous areas, found and extinguished underground fires, and explored entries that could not yet safely be reached by men breathing ordinary mine air. The operation demonstrated both the possibilities of modern rescue equipment and the importance of training miners before a disaster occurred.
Outside the mine, the waiting continued.
Families at the Mine Mouth
News traveled quickly through the Coal Creek Valley.
Women, children, friends, and relatives gathered near the mine entrance while rescue crews came and went. Philip Francis, an experienced miner who had also participated in rescue work following the 1902 Fraterville disaster, later remembered arriving at Cross Mountain and encountering women and children crying in distress. The National Register documentation for the Miners’ Circle records that the crowd continued to grow through Sunday and that a local preacher held church services at the mine site while the rescue continued.
Newspapers initially struggled to determine even how many men were missing.
Some reports claimed more than one hundred miners were trapped. The New York Times initially reported 156. Other newspapers repeated similar estimates, producing headlines that made the disaster appear even larger than the terrible reality.
The confusion is visible in surviving contemporary newspapers. On December 12, the Brunswick News reported that officials believed more than one hundred men remained underground and described families standing outside in the rain while rescuers slowly reconstructed ventilation. At that stage only a portion of the victims had been recovered.
Yet while newspapers were beginning to surrender hope, something extraordinary had happened beneath Cross Mountain.
Building a Wall Against Death
A group of miners had survived the explosion itself.
Their greater danger was the afterdamp.
After a mine explosion, carbon monoxide and other poisonous gases could spread through underground passages even where flame had never reached. A miner who escaped the blast could still suffocate minutes or hours later.
Arthur Thomas Scott, Theodore “Dore” Irish, Irving Smith, Milton Henderson, and William Henderson found themselves trapped inside the mine. Rather than continue wandering blindly through poisoned entries, the men sought refuge and attempted to isolate themselves from the contaminated atmosphere.
They constructed barricades.
According to later family accounts and material preserved from the Bureau of Mines investigation, they blocked openings and even stuffed clothing into gaps to slow the movement of bad air. Their refuge had another advantage. Water used for mine mules was available nearby, giving them something to drink while they waited. Arthur Scott reportedly left the protected area at times to obtain water for the group.
Then they waited.
Hours became a day.
One day became two.
Outside, rescuers continued rebuilding ventilation and penetrating farther into the workings.
Inside, five men remained alive behind their improvised defenses.
Five Men Come Out Alive
Monday evening brought the moment that transformed Cross Mountain from a story of almost certain death into one that the national press could scarcely believe.
Sylvester’s official Tennessee report gives one of the clearest contemporary accounts.
At about six o’clock Monday evening, three men reached the reconstructed brattices at 18 Left. By then the afterdamp had been diluted enough for them to leave their refuge and move toward the rescuers. They immediately reported that two other men were still alive at a barricade near 17 Left.
Rescuers went after them.
The remaining two were soon brought out.
Five men had survived approximately fifty-eight hours inside the wrecked Cross Mountain Mine.
The news traveled far beyond Anderson County.
The Associated Press reported on December 11 that five miners had been found alive, creating sudden hope that others might also have survived. Families who had spent more than two days expecting almost nothing but bodies could briefly imagine another miracle.
There would be no second group of living men.
The five were the only survivors among the eighty-nine miners underground when Cross Mountain exploded.
Their barricade had worked.
Men Who Tried to Walk Out
The survivors also brought troubling news.
Two men who had once been with their party had decided to leave the protected area and search for a route through higher entries. Their bodies were discovered several days later on 16 Left. Sylvester concluded that afterdamp probably overcame them shortly after they abandoned the barricade.
Elsewhere in the mine, investigators found bodies positioned in ways that suggested some men had tried to escape after surviving the initial explosion.
Most of the dead, according to Sylvester, apparently died immediately from the blast or very soon afterward from poisonous gases. Others were beyond the main limits of the explosion and probably remained alive for some period before afterdamp reached them.
Cross Mountain therefore left investigators with a grim lesson.
Surviving the explosion did not necessarily mean that trying to reach the portal was the safest choice. The men who sealed themselves away from the poisoned mine air had accomplished something that others who attempted escape could not.
The importance of barricading would become one of the most remembered lessons of the disaster.
Eugene Ault and Alonzo Wood
The five survivors provide the hopeful side of the Cross Mountain story.
Eugene Ault and Alonzo Wood provide its most heartbreaking one.
They also survived long enough after the explosion to understand what was happening around them. Somewhere in the darkness, with the available air disappearing, they left messages behind.
Ault addressed his family, mentioned Wood beside him, and wrote of the failing air. Among his final thoughts were instructions about his clothes, his trunk, and a stickpin he wanted given to Bessie Robbins.
The simplicity of those concerns makes the message especially powerful. He was not writing history. He was arranging the few possessions of an ordinary young miner because he believed he would never leave Cross Mountain.
One surviving portion reads, “Air is not much now.”
Ault and Wood did not survive.
Their bodies were among those reached during the last stages of the recovery. Ault’s message endured, eventually becoming part of his grave marker at Briceville Community Church Cemetery. The words written underground in December 1911 became one of the most intimate primary documents left by the disaster.
What Caused the Explosion?
When rescue became recovery, investigators faced another question.
What had happened inside a mine officially considered non-gaseous?
George E. Sylvester and federal mining engineer J. J. Rutledge participated in the investigation. They followed the physical evidence through the workings, examining broken stoppings, dust deposits, burned areas, bodies, falls, and the direction in which debris had traveled.
The evidence pointed toward the lower left side of the mine.
One particularly important location was Room 21 on 25 Left. Investigators discovered a roof fall there and detected methane within the fall. Tests on later visits produced a measurable mixture of gas, although methane was not found in comparable quantities throughout the rest of the mine.
Sylvester was cautious.
He did not claim that investigators could prove the exact ignition point. He believed the explosion began somewhere around 25 or 26 Left, but several possible ignition sources remained. A small amount of methane released by the roof fall could have been ignited by a miner’s open lamp. A blown-out powder shot was another possibility, although investigators found no conclusive evidence of one. An accidental ignition of a smaller quantity of explosive material also could not be completely eliminated.
What Sylvester considered much clearer was the role of coal dust.
He concluded that the catastrophe was mainly, and perhaps entirely, a dust explosion. A comparatively small initial ignition could have lifted fine coal particles into the air and carried flame violently through the mine.
Cross Mountain contained plenty of fuel for such an explosion.
Coal Dust Through the Workings
The mine used water cars to sprinkle its roadways, but investigators found an important weakness in that system.
The water largely dampened the track.
It did little for coal dust accumulated on ribs, in gob, inside rooms, or along air courses. Cross Mountain was also naturally dry, and the disaster followed a prolonged period of cold weather.
Coal transportation added more dust. Cars were loaded high, and fine coal spilled as they traveled rapidly through the mine. Electric cutting machines created additional particles. Over years of production, dust could collect in places where routine roadway sprinkling never reached it.
When the initial explosion occurred, the shock lifted that material into the air.
Now the dust itself could burn.
Investigators found that the explosion moved especially violently through certain confined air courses, while shale mixed with coal dust in other places may actually have helped extinguish the flame before it traveled farther.
Cross Mountain demonstrated why a mine did not need to be regarded as exceptionally “gassy” to suffer a devastating explosion.
Dust could transform a relatively small ignition into a catastrophe extending for miles.
A Ventilation System Vulnerable to Disaster
Investigators also criticized the location of the Cross Mountain ventilation fan.
The fan had been installed underground near the bottom of the air shaft. Under normal conditions it performed its purpose, but an explosion could disable the very machinery needed most after an emergency.
That is exactly what happened on December 9.
Sylvester described the location as contrary to good mining practice, although regulations applying to the mine’s particular classification did not require the same safeguards demanded elsewhere. Had another fan not been obtained quickly, he believed the damaged ventilation system could have delayed the rescue much more seriously.
Cross Mountain therefore exposed more than a single mysterious ignition.
The disaster revealed how seemingly separate conditions could combine. Dry dust accumulated over time. Open lights remained in use. Explosives were part of everyday production. A mine regarded as non-gaseous could still encounter a local release of methane. A ventilation fan vulnerable to explosion could fail at precisely the moment survivors needed fresh air.
No single weakness tells the whole story.
Together, they help explain why eighty-four men never returned home.
Ten Days Beneath Cross Mountain
Recovery continued long after the five survivors emerged.
Fires complicated exploration. One blaze on 17 Right became difficult enough that rescuers had to use alternate passages to reach bodies beyond it. The final bodies were removed on December 19, ten days after the explosion.
The mine had taken eighty-four lives.
The scale of the loss becomes harder to understand when reduced only to a number. These were fathers, sons, brothers, husbands, immigrants, young workers, and veteran miners whose families lived within the same tightly connected Appalachian communities.
The National Register study of the disaster notes that the funerals scattered the victims across Briceville Community Church Cemetery, Leach Cemetery, Longfield Cemetery, family burial grounds, and other cemeteries throughout the area.
But one burial place became the enduring public memorial to them all.
The Cross Mountain Miners’ Circle
On the western slope of Walden Ridge, miners killed at Cross Mountain were buried together in a distinctive circular arrangement.
At the center stands an obelisk bearing the names of all eighty-four victims and symbols of the mining trade. Around it, grave markers preserve the shared date that joined the men forever: December 9, 1911.
The Cross Mountain Miners’ Circle eventually became part of the National Register of Historic Places. The National Park Service described the site not simply as a collection of graves but as a physical expression of occupational and community solidarity. Men who had labored together beneath the mountain were commemorated together above it.
That landscape remains one of the clearest surviving reminders of the mining culture that once dominated the Coal Creek Valley.
The mine itself could close.
Companies could change.
Railroads could become quieter.
But eighty-four names carved into stone ensured that December 9, 1911, would remain part of the landscape.
Why Cross Mountain Matters
Cross Mountain belongs to an era when American coal mining repeatedly produced disasters measured in dozens or hundreds of lives. Yet the story deserves to be remembered for more than its death toll.
It tells us how miners themselves responded.
Hundreds of men from the surrounding coalfield volunteered for the rescue and recovery effort. Sylvester specifically praised their willingness to enter the damaged mine and recorded that no distinction was made between miners, superintendents, operators, and others who participated. They were all part of the effort to reach the men underground.
It also tells us about a turning point in mine rescue.
The Bureau of Mines brought trained personnel, oxygen helmets, rescue cars, technical expertise, and a more organized approach to a disaster that would once have depended almost entirely upon local improvisation. Cross Mountain revealed weaknesses in that new system, particularly the shortage of miners who were both trained in breathing apparatus and personally familiar with local workings, but it also demonstrated what organized rescue could become.
Most importantly, Cross Mountain left proof that knowledge could mean the difference between life and death.
Five men built a wall.
They sealed openings as best they could, found water, resisted the urge to wander through poisonous workings, and waited while rescuers fought their way toward them.
For fifty-eight hours, nearly everyone outside believed that Cross Mountain contained only the dead.
Then five men came home.
The eighty-four who did not remain in Briceville’s cemeteries, in federal investigation reports, in photographs, in newspaper pages, and in messages written when the air underground was almost gone.
More than a century later, the Cross Mountain disaster remains a story of industrial danger, community grief, courage underground, and the slow development of mine-safety practices that generations of Appalachian miners would inherit.
Sources & Further Reading
Rutledge, J. J. Explosion, Cross Mountain Mine No. 1, Briceville, Anderson County, Tennessee, December 9, 1911. Pittsburgh: U.S. Bureau of Mines, 1912.
https://www.usdeadlyevents.com/1911-dec-9-cross-mountain-coal-mine-gas-explosion-briceville-tn/
Sylvester, George E. “Special Report on Explosion at Cross Mountain Mine.” In Annual Report of the Mining Department, Issue 21, 5–15. Nashville: Tennessee Mining Department, 1912.
https://ahgp.org/tn/anderson/Coal_Mining_files/Briceville.pdf
Tennessee Mining Department. Annual Report of the Mining Department. Issue 21. Nashville: Tennessee Mining Department, 1912.
https://books.google.com/books?id=2b1IAAAAMAAJ
United States Bureau of Mines. “Writing on Doors by Entombed Men after Explosion at Knoxville Mining Company’s Cross Mountain Mine in Briceville, Tennessee.” December 9, 1911. M. H. Ross Papers, Southern Labor Archives, Georgia State University.
https://dlg.usg.edu/record/gsu_mhross_102188
United States Bureau of Mines. “Widows and Orphans at Mine Entrance Waiting for News after Disaster at Knoxville Mining Company’s Cross Mountain Mine in Briceville, Tennessee.” 1911. M. H. Ross Papers, Southern Labor Archives, Georgia State University.
https://dlg.usg.edu/record/gsu_mhross_102264
Hine, Lewis Wickes. “Hard Work and Dangerous for Such a Young Boy. James O’Dell, a Greaser and Coupler on the Tipple of the Cross Mountain Mine, Knoxville Iron Co.” Photograph, December 1910. National Child Labor Committee Collection, Library of Congress.
https://www.loc.gov/pictures/item/2018676201/
Francis, Philip. Seventy Years in the Coal Mines. 1943.
https://cogenweb.org/lake/books/70-years-coal-mines.htm
The Sentinel-Record (Hot Springs, Arkansas). “Five Miners Found Alive.” December 12, 1911.
https://tile.loc.gov/storage-services/service/ndnp/arhi/batch_arhi_electabuzz_ver01/data/sn89051285/00414212736/1911121201/0653.pdf
The Brunswick News (Brunswick, Georgia). “Seventeen Bodies Have Been Taken from Cross Mt. Mine.” December 12, 1911.
https://tile.loc.gov/storage-services/service/ndnp/gu/batch_gu_keating_ver03/data/sn90052143/00414182641/1911121201/1166.pdf
Richmond Palladium and Sun-Telegram (Richmond, Indiana). “Scenes at the Tennessee Iron Mine Disaster.” December 14, 1911.
https://tile.loc.gov/storage-services/service/ndnp/in/batch_in_kautsky_ver01/data/sn86058226/00271744924/1911121401/0676.pdf
Fay, Albert H. Coal-Mine Fatalities in the United States, 1870–1914, with Statistics of Coal Production, Labor, and Mining Methods, by States and Calendar Years. Bulletin 115. Washington, DC: U.S. Bureau of Mines, 1916.
https://digital.library.unt.edu/ark:/67531/metadc12321/
Humphrey, H. B. Historical Summary of Coal-Mine Explosions in the United States, 1810–1958. Bulletin 586. Washington, DC: U.S. Bureau of Mines, 1960.
https://digital.library.unt.edu/ark:/67531/metadc12740/
National Institute for Occupational Safety and Health. “Mining Disasters: Incidents with Five or More Fatalities.” CDC/NIOSH Mining Program.
https://wwwn.cdc.gov/NIOSH-Mining/MMWC/MineDisasters/Count
Mine Safety and Health Administration and Joseph A. Holmes Safety Association. “The Cross Mountain Mine Disaster.” Joseph A. Holmes Safety Association Bulletin, 2012.
https://stacks.cdc.gov/view/cdc/227437/cdc_227437_DS1.pdf
VanWinkle, Tony. “Cross Mountain Miners’ Circle.” National Register of Historic Places Registration Form. National Park Service, October 2005.
https://npgallery.nps.gov/NRHP/GetAsset/0cb11153-3dbb-4f22-a403-f4785c0e2071
Post, Amanda, and Emily Robinson. “Briceville Community Church and Cemetery.” National Register of Historic Places Registration Form. National Park Service, October 2002.
https://npgallery.nps.gov/NRHP/GetAsset/0530cc24-a784-415b-a474-84502c8ff39b
Bell, Augusta Grove. Circling Windrock Mountain: Two Hundred Years in Appalachia. Knoxville: University of Tennessee Press, 1998.
https://utpress.org/9781572330382/circling-windrock-mountain/
Eller, Ronald D. Miners, Millhands, and Mountaineers: Industrialization of the Appalachian South, 1880–1930. Knoxville: University of Tennessee Press, 1982.
https://utpress.org/9780870493416/miners-millhands-and-mountaineers/
Shifflett, Crandall A. Coal Towns: Life, Work, and Culture in Company Towns of Southern Appalachia, 1880–1960. Knoxville: University of Tennessee Press, 1991.
https://utpress.org/9780870498855/coal-towns/
Shapiro, Karin A. A New South Rebellion: The Battle against Convict Labor in the Tennessee Coalfields, 1871–1896. Chapel Hill: University of North Carolina Press, 1998.
https://uncpress.org/9780807867051/a-new-south-rebellion/
Coal Creek Watershed Foundation. “Cross Mountain Mine Disaster & Rescue.”
https://www.coalcreekaml.com/Legacy5.htm
Coal Creek Watershed Foundation. “Cross Mountain Cemetery.”
https://www.coalcreekaml.com/CrossMtnCemetery.htm
Southern Labor Archives, Georgia State University. M. H. Ross Papers.
https://archivesspace.library.gsu.edu/repositories/2/resources/1
Fowler, Bob. “Centennial of Briceville’s Cross Mountain Mine Disaster Remembered.” Knoxville News Sentinel, December 4, 2011.
https://archive.knoxnews.com/news/state/centennial-of-bricevilles-cross-mountain-mine-disaster-remembered-ep-402371851-357354421.html
Author Note: This article draws heavily on federal and Tennessee mine investigations, contemporary newspapers, archival photographs, and firsthand accounts to reconstruct the Cross Mountain Mine disaster and rescue. It also remembers the eighty-four miners who died and the five men whose fifty-eight-hour survival behind a barricade became an important chapter in Appalachian mine-rescue history.