The planks broke one by one, and the water rushed into the works. The consulting engineer of the mine was called in, and when he arrived he descended with the superintendent, both of them in fear that they were going to certain death. Their lamps went out while they were descending, but they carried a lantern, which was hanging to the bottom of the tub in which they descended. By the light of this lantern they discovered an enormous opening in the middle of the lining. Stone, and earth, and rubbish were continually falling, and a torrent of water ran through.
“Let us go up again,” said the engineer. “The water is master of the situation, and all hope of saving this working is gone.”
In relating this incident afterwards, the engineer said, “I lived ten years in half an hour. My hair turned white in that perilous descent, which I shall never forget as long as I live.”
A few hours afterwards, holes which began at the middle of the shaft extended from top to bottom. At the pit’s mouth, an immense opening had formed nearly forty yards in diameter, and ten yards deep. Engine, boilers, buildings, machinery, and scaffolding gradually fell into the opening. At each movement of the ground a fresh ingulfment took place. The sky was dark and covered with clouds. The timbering of the shaft gave out sparks under the enormous friction which was caused by the sudden fracture of the wood. A peacock, shut up in the neighboring court-yard, gave signs of alarm, and uttered loud cries at every movement of the ground, and at every fresh fall. “No poet could describe, nor painter represent, the desolating spectacle which we witnessed,” said the engineer, in concluding the account of the occurrence.
STATISTICS OF ACCIDENTS.
In this country it is next to impossible to give correct statistics of the number of lives lost by these accidents. In Great Britain and France statistics are obtainable.
In those countries, according to the report of the inspectors of mines, about one half the mining accidents are occasioned by falls of the roof and coal. A third of the accidents are in the shaft in various ways. The remainder, or one sixth of the casualties, occur from blasting, explosion of fire-damp, suffocation, and, finally, inundation.
According to an English report, there was one death for every two hundred and sixteen persons employed in the mines. It was estimated that one life was lost for every sixty-eight thousand tons of coal obtained. In some districts of England the proportion was one life lost for every twenty-two thousand tons. In the year 1866, six hundred and fifty-one lives were lost from explosions of fire-damp. In the previous year there were only one hundred and sixty-eight deaths from the same cause. Altogether, in the year 1866, there were fourteen hundred and eighty-four deaths from mining accidents in Great Britain alone. The total number of deaths from all violent causes in the mines of Great Britain, in ten years, was nine thousand nine hundred and sixteen. Twenty per cent. of these were caused by fire-damp explosions.
The greatest number of lives lost at any one time through mining accidents was at the Oaks Colliery, in 1866, when three hundred and sixty-one miners lost their lives.