Hoisting gear and rope had been prepared on the first day, in case it should be necessary to lower any one, for the wire rope had snapped when the attempt had been made to draw up the cage after the second explosion, and the sudden release from the strain had caused the engine to fly round, breaking some gear, and for the time disabling it from further work. A hundred and forty fathoms of rope, the depth of the shaft being a hundred and twenty, had been prepared, and was in readiness to be passed over a pulley suspended above the shaft. A lighted candle in a candlestick was placed on a sort of tray, which was fastened to the rope, and then it was lowered gradually down. Eagerly those above watched it as it descended—down—down, till it became a mere speck below. Then it suddenly disappeared.
"Stop," Mr. Hardinge, who was directing the operations, said.
"There are six more fathoms yet, sir—nigh seven—before it gets to the hundred-and-twenty fathom mark."
"Draw up carefully, lads. What can have put the light out forty feet from the bottom of the shaft? Choke-damp, I suppose; but it's very singular."
When the candle came up to the surface there was a cry of astonishment; the tray and the candle were wet! The whole of those present were astounded, and Mr. Hardinge at once determined to descend himself and verify this extraordinary occurrence. There was no fear of an explosion now. Taking a miner's lamp, he took his seat in a sling, and was lowered down. Just before the rope had run out to the point at which the light was extinguished he gave the signal to stop by jerking a thin rope which he held in his hands.
There was a pause, and in a minute or two came two jerks, the signal to haul up.
"It is so," he said, when he gained the surface; "there are forty feet of water in the shaft, but where it came from is more than I can tell."
Much astonished at this singular occurrence, the group of mining engineers walked back to breakfast at Stokebridge, where the population were greatly excited at the news that the pit was flooded. To the miners it was a subject of the greatest surprise, while the friends of those in the pit received the news as the death-blow of their last hopes. It was now impossible that any one could be alive in the pit.
At ten o'clock the mining authorities went again to discuss the curious phenomenon. All agreed that it was out of the question that so large a quantity of water had accumulated in any old workings, for the plan of the pit had been repeatedly inspected by them all. Some inclined to the belief that there must have been some immense natural cavern above the workings, and that when the fire in the pit burned away the pillars left to support the roof, this must have fallen in, and let the water in the cavern into the mine; others pointed out that there was no example whatever of a cavern of such dimensions as this must have been, being found in the coal formation, and pointed to the worked-out Logan pit, which was known to be full of water, as the probable source of supply.
During the previous four days the plan had been discussed of cutting through from the Logan, which was known to have been worked nearly up to the Vaughan boundary. This would enable them to enter the pit and rescue any miners who might be alive, but the fact that to erect pumping gear and get out the water would be an affair of many weeks, if not months, had caused the idea to be abandoned as soon as broached. To those who argued that the water had come from the Logan, it was pointed out that there were certainly several yards of solid coal between the Vaughan and the Logan still standing, and that as the force of the explosion was evidently near the Vaughan shaft it was incredible that this barrier between the pits should have been shattered. However, it was decided to solve the question one way or the other by an immediate visit to the top of the old Logan shaft.