The Great Frozen Sea: A Personal Narrative of the Voyage of the "Alert"

CHAPTER XIII.

Chapter 402,816 wordsPublic domain

WINTER QUARTERS.

"Let winter come! let polar spirits sweep The dark'ning world and tempest-troubled deep. Though boundless snows the withered heath deform, And the dim sun _ne'er_ wanders through the storm, Yet shall the smile of social love repay With mental light the melancholy day."

CAMPBELL.

The sledge travellers having all returned, the necessary preparations for passing the winter were immediately taken in hand.

Notwithstanding the loss of the sun, which took its final departure on the 11th of October, we had for many days sufficient light, during five or six hours of the day, to enable us to carry out the manifold duties connected with the preparations for a winter in the Arctic Regions.

Although the ship was completely frozen in, and the ice in which she was imprisoned was increasing in thickness day by day, additional precautions for her safety were taken by burying a couple of the largest anchors on shore, and freezing them into their holes by pouring water over them; to these were attached the chain cables. These we felt would be a perfect security for us against any off-shore gale.

Provisions in large quantities were landed as a precaution, in case any unforeseen event should, during the winter, cause the destruction of our ship, and so at one fell swoop deprive us both of home and supplies. Out of the casks and cases so landed a spacious house was constructed, capable, if necessary, of affording accommodation to our entire party. This house, which went by the name of "Markham Hall," was used as a receptacle for sails, rope, sledge gear, and all articles that could not be conveniently stowed under hatches on board. Its dimensions were forty-nine feet long, by twelve feet wide, and ten feet high. The mainsail was used to roof it over. It was altogether a very grand edifice, and we were, and I think with some reason, very proud at the result of our architectural skill.

The building mania seemed to be very prevalent amongst the officers, the majority of whom employed themselves in constructing snow-houses for various purposes near the ship. One officer went so far as to commence a _colonnade_, reaching from the shore to the ship, the pillars to be made of frozen blocks of snow, but the undertaking was of too gigantic a nature to be carried out with any hope of success, and was abandoned after a few days' work.

A wooden observatory, brought out from England for the express purpose, was set up for the transit instrument, and this with a house adjoining, in which was placed the alt-azimuth instrument, being the head-quarters of our astronomical observers, Parr and May, went by the name of "Greenwich."

Snow-houses were constructed on shore for the several magnetic instruments, and these latter were securely fixed by being firmly frozen on snow pedestals. The three houses in which the instruments were placed were connected, one with the other, by sub-glacial passages, one being no less than a hundred and twenty feet in length. The whole establishment, which was most complete and reflected great credit on its architect, was called "Kew." Giffard and myself were the two officers entrusted with the charge of the magnetic observations, and many a cold and comfortless hour had we to spend, in our endeavours to add to the slight knowledge we possess in this interesting branch of science.

Several other snow-houses were built for various purposes. One was for the reception of our powder, as it is most important that such a dangerous and combustible article should be removed from the ship, where of necessity so many fires have to be kept up. The place in which the powder was stored was called "Woolwich." Others were constructed in which were deposited all our salt beef for present use, and these buildings, of course, went by the name of "Deptford," after our great naval victualling depôt in England.

Altogether the neighbourhood of our winter quarters had the appearance of a young thriving settlement rapidly springing into maturity, rendering what would otherwise have been a barren and desolate scene, one of cheerful life and activity.

The salt beef, which was exceptionally tough and salt, more so indeed than the ordinary salt "junk" used in the navy, was kept in a snow-house; because we found, by experiment, that it was rendered more palatable by so doing. In all probability the process of congelation tended to extract, or precipitate, a very large portion of the saline matter with which it was impregnated, and thus deprived it, to some extent, of its hardness and saltness.

By the 26th of October the ship was completely "housed" in by a set of awnings, extending from the after part of the top-gallant forecastle to the mizzen-mast. This "housing" was made of a material called tilt cloth, similar to that used to cover waggons in England. It was spread on spars lashed between the masts, having curtains on each side so fitted that they could readily and easily be triced up when required for purposes of ventilation. Hanging lamps were suspended from the spars over the centre of the deck, which were kept alight night and day. The funnel, which was provided with a hinge, was lowered down, and formed a famous and convenient stow-hole for rope. The number of coils that were deposited in it was truly marvellous.

Two gangways were cut in the ship's side: the one on the port side being used as the general one for entrance and exit; the one on the starboard for carrying out all slops and dirt to a large dirt-heap established between the hummocks, some hundred yards from the ship. A smaller dirt-heap was temporarily used nearer the ship, the accumulations being removed to the larger one once or twice a week.

Although, as a rule, the snow was not well adapted for building purposes on account of its consistency, we were able to supply ourselves with blocks from certain places where the snow had drifted in large quantities and hardened by pressure.

A snow wall, constructed from solid blocks obtained from these quarries, was formed round the ship at about six feet distance, and at the height of about four feet. When this was completed the space between the ship's side and this wall was filled in with snow, reaching as high as the fore and main channels, forming a perfectly solid and impervious embankment that would effectually aid in preserving the warmth of the ship. The upper deck was cleared of all superfluous articles, and was covered with snow about twelve inches deep. A layer of gravel and ashes was strewn over the surface; but I am not sure that we benefited much by this measure, for it was rendered so slippery by being frozen that it was by no means an easy matter to walk on it.

All skylights and hatchways were carefully covered up, two only of the latter being kept open as a means of ingress and egress. These were so constructed with porches and double doors as to prevent the admission of the outside air. The doors, being fitted with weights, were made self-shutting, so that the closing of one door was insured before the opening of the other. Snow walls were also built up round the porches, and in fact round the hatchways and skylights not in use, so as to render them all the more impervious to the cold air.

Round the funnel of the galley fire there was a large space, inclosed by a wall of snow, in which was deposited every morning a supply of ice or frozen snow, to be converted into water sufficient to last twenty-four hours. The ice for this purpose was procured from a large floe about one hundred and fifty yards from the ship, which in all probability was formed by the thawing and subsequent re-freezing of the snow on its surface. When it was difficult to find work for the men to do outside the ship during the winter, they were employed in conveying this ice to a large depôt that was formed close to the vessel, protected from the Eskimo dogs by a snow wall, from which during gales of wind or other bad weather we were able to supply ourselves.

Our boats were all hauled up in a safe position on shore. Sails were left bent, but securely furled and covered. Ropes that were not unrove were carefully hauled taut, so as to prevent our being kept awake during a gale of wind by an uninterrupted "devil's tattoo"--that is, the continual flapping of a rope against a spar, which produces a very aggravating and monotonous sound.

Former expeditions were supplied with Sylvester's warming apparatus, which, by means of pipes leading along the whole length of the ship, warmed the "between decks" with hot air. The only means for heating the vessel at our disposal were by stoves. These were placed in various parts of the ship, and put under the charge of men who were periodically selected for this service. Stringent regulations were issued regarding the economical consumption of fuel, and also to guard against all accidents from fire.

As it is necessary in all ships wintering in the Arctic Regions to devote a certain place to the washing and drying of clothes in which a high temperature can be constantly kept, we appointed for this purpose a compartment on the fore part of the lower deck, commonly called the fore-peak. The men had certain days during the week allotted to them for the use of this place, and it was found that clothes washed and hung up one afternoon would be invariably dry on the following morning.

The vapour arising in this room did not reach the deck on which the men lived, but was conveyed through a trap hatch leading into the fore-peak to a large space under the top-gallant forecastle, inclosed by a snow wall and made its exit through an up-take formed of a piece of funnelling. The compartment was heated by a stove, the fire in which was kept burning night and day.

The very difficult question of ventilation below was carefully considered. It is one of the most important and serious matters that can come under the consideration of the commander of an Arctic expedition. Nothing is so essential to the preservation of health as the pure and free circulation of air on the living deck.

In this respect we were not so well off as our predecessors, for they, being supplied with the Sylvester heating apparatus, were able to admit a more constant current of air, and thus keep their habitable deck in a better state and more free from condensation than ours. We found it a very difficult matter to prevent in the slightest degree the accumulation of moisture on the beams overhead, caused by the condensation formed by the number of people living on the deck, and by the vapour arising from the galley fire. Several up-takes and down-takes were fitted in holes cut through the upper deck in our attempts to remedy this serious defect, but as a rule they had little effect in counteracting it. Men were incessantly employed during the winter in wiping the moisture off the beams with cloths. If the hatchway doors were kept open, even for a short time, this moisture was at once converted into ice, which, of course, thawed and dripped immediately as the temperature was raised. This drip was a constant source of annoyance to us during the whole winter, and it was one to which we had, in part, to submit.

Whilst all these necessary preparations for the safety and warmth of the ship were being carried out, the comforts of those who were about to brave the rigours of an Arctic winter were not forgotten. Warm garments were issued, consisting principally of a complete suit of seal-skins and warm woollen guernseys. It must not be supposed that our seal-skins were of the same material as those soft fur jackets so much in vogue with the fair ones at home. Ours were obtained from the ordinary Greenland seals, whose skins are covered with coarse bristly hairs. They were, nevertheless, quite as warm, and were indeed our favourite articles of clothing after the unpleasant aroma, which seems inseparable from clothing of this description, had worn off, or until we had become so accustomed to it as to fail to notice it!

Carpet boots, or moccasins made of moose-skin, were worn on the feet. The former were furnished with tops, made of duffel, reaching as high as the knees, and with cork soles over an inch thick. With any temperature below zero leather boots and shoes must be discontinued, as they freeze so hard that the material loses its flexibility, and renders the foot in consequence more liable to frost-bite. Moccasins, worn over a couple of pairs of blanket wrappers, and a pair of thick woollen stockings reaching above the knee, are undoubtedly the most comfortable foot-gear, and the best adapted for low temperatures. Blanket wrappers are, as their name indicates, strips of blanket, generally about sixteen inches square, worn folded round the feet in lieu of socks and stockings, than which they are infinitely warmer.

As a rule, officers and men were dressed alike. Occasionally some of the former would make their appearance in long fur coats with hoods that they had obtained from the Hudson's Bay Company's store and other places in London, but the majority adhered to the clothing supplied to them by Government.

A special winter routine was made out, and commenced shortly after the return of the sledge parties. It was strictly adhered to through the long winter night that ensued.

I must not omit to mention the duty of keeping open the "fire hole"--a very necessary and important precaution, that must be taken, in order to be able to obtain a supply of water in case of fire breaking out on board. As a rule, in all ships that have wintered in the Arctic Regions, the water has frozen below the suction valves of the pumps, thus rendering them totally useless. In order, therefore, to obtain water, a hole was invariably cut through the ice near the ship, which was generally placed in charge of the quarter-master of the watch, whose duty it was from time to time to clear off the young ice from its surface, so that at any moment water might be obtained in buckets. In the "Alert," in consequence of our valves being much lower, our pumps were never incapacitated from this cause; still they were liable to be rendered useless by the water in the pipes becoming frozen. We therefore always kept our fire-hole in working order. It was close to the bow of the vessel, and was inclosed by a snow hut, so as to guard against the danger of anybody falling in whilst walking about in the dark. By fixing a tide-pole in the hole, and by devising a self-registering apparatus with a line leading from the tide-pole to the forecastle of the "Alert," we were able to obtain a very complete and valuable series of tidal observations. From having the registering-gauge on board the ship, these observations were continued uninterruptedly, and were unaffected by gales of wind or bad weather, that would otherwise have prevented any one from going outside the vessel in order to note them.

Thermometric observations were, as may be imagined, very carefully attended to, and the temperatures both inside and outside the ship duly registered. Maximum and minimum thermometers, by which the greatest heat and the greatest cold for each consecutive twenty-four hours were recorded, were established in different places, and were noted every day at noon by an officer especially appointed for that duty.

Each compartment in the ship was supplied with one of these thermometers, and on the living deck the temperatures at three different heights--namely, at the deck, about half-way up, and at the beams--were daily registered. For the outside air one of the ice-saw triangles was erected on the floe, sufficiently distant from the ship to neutralize any influence that might be derived from her presence, and on this, at the height of about twelve feet, were placed several thermometers. In addition to these, there were other thermometers on the hill about a quarter of a mile from the ship, and about one hundred yards above the level of the sea, so that we were able to obtain a correct mean of the true temperature of the air. We were also able to ascertain the temperature of the snow, and the ground at different depths; and also, by means of solar radiation thermometers, we succeeded, on the return of the sun, in getting the temperature due to its rays at various altitudes.