It's always fascinating to find a place that was abandoned and preserved as it was in the past. That's why I love visiting the town of Tombstone, Arizona- it looks similar to the way it did in the 1880s. But this story is about a mine re-discovered in the United Kingdom that has artifacts from the 1810s! Here's the story from LiveScience'
(Image: Jamie Lund, an archaeologist, and Ed Coghlan, a caving club leader, explore mines beneath Alderley Edge. (Image credit: National Trust Images/Paul Harris)
Cave explorers discover a 19th-century mining scene preserved like a time capsule
By JoAnna Wendel LIVE SCIENCE (click for source article)
Leather shoes, clay pipes, a mysterious inscription written in candle soot — these are just a few of the artifacts a group of cavers recently discovered in a centuries-old cobalt mine in Cheshire, England.
The mine, located near Manchester in a village called Alderley Edge, was once a source of cobalt, an element mined for the brilliant blue pigment imbued on pottery and glass. Cobalt mining was a lucrative trade for England in the 19th century. But imports from other countries became cheaper than English cobalt, so this particular mine, owned by Sir John Thomas Stanley in the early 1800s, was abandoned around 1810.
Members of the Derbyshire Caving Club have been exploring the Alderley Edge mine since the 1970s, leasing access from National Trust, a U.K.-based conservation charity. The caving group recently stumbled upon some personal items left behind in a previously unexplored part of the mine. The discovery was like opening a time capsule.
The remains of a shoe found in an old mine in northwestern England. It is a single black shoe and in fairly good condition, although it is rather worn looking.
(Left: image of what the mine looks like- Cobalt Mines Alderley Edge. Credit: https://christiansltd.com/Cobalt%20Mine%20at%20Alderley%20Edge/) "To find a mine in pristine condition, together with such personal objects and inscriptions, is rare," Ed Coghlan, a member of the Derbyshire Caving Club, said in a statement(opens in new tab) from National Trust. "It is a compelling window into the past and to the last day when the mine workers stopped their activities."
Along with the shoes and pipes, the cavers found a bowl buried in a wall, which might be a sign of superstitious miners thanking the mine for its good ore, according to the statement. One rare finding was an instrument called a windlass, used for lifting and shifting heavy materials.
The fact that the miners left such an important tool behind makes Coghlan suspect that the miners "were told without much warning to collect their tools and move on," he said.
One particularly mysterious finding was an inscription of the initials "WS," with the date "August 20, 1810" written below. "Our research so far has not identified who this could be," Coghlan said. "Was it just an individual wanting to say, 'I was here,' or from a visit by a mine manager or estate owner, or could it have been to indicate the last day this mine was in use?" The cavers found other words and numbers scratched into the mine's walls.
"We found other more basic initials and numbers in what we believe were the 'cribs' or rest areas, as if someone had been learning and practicing their writing," Coghlan said.
(IMAGE: This 200-year-old instrument, called a windlass, would have been used to move heavy material. (Image credit: National Trust Images/Paul Harris)
Now, you can tour the mine *(CLICK HERE FOR WEBSITE) from the comfort of your home. To make the historic discovery more accessible to the public, the Derbyshire Caving Club and the National Trust teamed up with Christians Survey and Inspection Solutions, a company that uses technology to build virtual, 3D models of buildings and underground spaces.
In the Alderley Edge mine, the team used laser scanners, which shoot lasers around the environment. Those laser beams bounce back into the scanner, which calculates the distance each laser beam traveled. Doing that hundreds of times around a space produces a virtual 3D picture.
Originally published on Live Science.
