[THE STOKERS]

Except for the actual lift she receives from a wave, a battleship rolling in a beam sea moves a good deal like an inverted pendulum, so that one feels a minimum of motion when he is down against the skin of a lower hold and the maximum in the foretop. The transition had been a sudden one for me that morning, for the Gunnery Lieutenant, who had been initiating me into the secrets of "Director Firing" in the foretop, brought me back to the main deck and turned me over to the Senior Engineer, who had volunteered to show me what "rough weather" stoking was like.

The big ship was wallowing with that ever-disconcerting "hang" at the end of a roll, such a pause as one never experiences in an ocean liner which (with no heavy guns and only light upper works) needs no great amount of time to make up its mind as to whether or not it is worth while going to the trouble of getting back on an even keel. As we put one reeling steel ladder after another above us in our descent, the roll decreased as the tumult of crashing waves was stilled to muffled jolts, and, with a flight or two still to go, we were steady enough on our feet to have both hands free to lift the heavy air-tight "flap" of the boiler-room.

As I ducked under the "flap" the chill, damp, clammily clinging air of the decks above was assailed by a sharp blast which, however hot and dry, was still (at least in comparison with the heavy atmosphere of the higher 'tween decks spaces) fresh and invigorating. Although far from an earthly paradise in a ship on an equatorial run, the stokehold of a battleship that is battened down against heavy winter weather is in some respects the most comfortable spot aboard her.

Certainly the half-dozen brawny fellows who sat or lounged against the steel bulkhead of the half of the boiler-room into which we had descended did not look to be having anything like so bad a time of it as an equal number of oilskinned seamen I had seen but a few minutes before bracing themselves against the seas sweeping the icy forecastle deck as they tried to repair a smashed ventilator. Grimy they were, to be sure, but otherwise there was little about them to suggest the sweating, stripped-to-the-waist, in-to-the-last-gasp stoker of romance and popular fancy.

To one who has pictured the stoker as a gaunt-eyed demon steadily shovelling coal under a boiler for four hours, the first glimpse of a stokehold of a warship that is in no great hurry to get somewhere will come as a good deal of a surprise. The place is neither especially dirty nor especially hot. Neither the letting the coal slide down by its own weight from the encompassing bunkers nor the cracking up of the occasional lumps which are too large for even combustion raises as much dust as the dumping of a single sack upon one of the upper decks.

The footing on the grilled steel plates of the deck is firm and sure, and, as I have said, there is less motion in the stokehold than in any other part of the ship. It might conceivably happen in destroyers, but the stories of men half-roasted from being thrown against the furnace doors in storms do not originate on battleships.

But let us see how these comfortable, easy-moving chaps manage to handle the fuel sufficient to send twenty-five or thirty thousand tons of steel hurtling through the seas with so little apparent haste or effort. The running back of a sliding steel door brings a stream of coal running out of one of the bunkers, coal which, dumped from sacks into the entrance of a chute on one of the upper decks, has worked its way downward by gravity as that beneath it has been fed to the furnaces. This stream is caught in a "skip" of steel, shaped like the half of a cylinder and capable of holding something like a couple of hundredweight. Sliding fairly easily over the grilled deck—pushed by one man and pulled by another—the "skip" loads are dumped evenly along in front of the twelve doors which open—four to each—to the three furnaces under the boilers occupying this half of the stokehold. Now we come to the actual stoking.

A bell suddenly clangs, echoing sharply from the steel walls, and instantly two of the lounging figures quicken to the alert. One scoops up a shovelful of coal and the other steps forward and rests a hand on the lever running to one of the furnace doors. A second or two later, as a number shows on a dial at the side, the latter pushes the lever sharply, and the door is pressed upwards, revealing a glowing bed of fire running back out of sight under the boiler. The shovel is already swinging forward as the door rises, and, missing that steel plate by a fraction of an inch, its contents are discharged—with a quick "wristy" motion which scatters the coal evenly over the fire—into the furnace.

As the shovel is drawn back the lever is released, permitting the door to fall shut of its own weight. With all possible speed another scoop is filled with coal and the operation repeated once or twice more according to the speed which it is desired to maintain. Then the two men relax and stand at ease until another clanging of the bell heralds the number of the next furnace to be fired. Then the door is lifted and the coal thrown in as before, the operation going on until each of the twelve has received its two, three, or four shovels, when—always subject to the indicator on the wall—it begins over again.