MISCELLANEOUS CURIOSITIES.—(Continued.)
Spontaneous Inflammation—Diseases peculiar to Particular Countries—Injuries from Swallowing the Stones of Fruits—Extraordinary Surgical Operation—Extraordinary Cures by Burning—Illumination by Electricity—Divisibility of Matter.
Spontaneous Inflammation—Diseases peculiar to Particular Countries—Injuries from Swallowing the Stones of Fruits—Extraordinary Surgical Operation—Extraordinary Cures by Burning—Illumination by Electricity—Divisibility of Matter.
Spontaneous Inflammation.—A paper on this subject, which appeared in the Repertory of Arts, vol. ii. p. 425, induced the Rev. W. Tooke to publish some remarks in vol. iii. p. 95, of that work, from which the following is an extract, respecting the spontaneous inflammation of animal and vegetable substances. “One Rüde, (says he,) an apothecary at Bautzen, had prepared a pyrophorus from rye-bran and alum. Not long after he had made the discovery, there broke out, in the next village of Nauslitz, a great fire, which did much mischief, and was said to have been occasioned by the treating of a sick cow in the cow-house. Mr. Rüde knew that the countrymen were accustomed to lay an application of parched rye-bran to their cattle, for curing the thick neck; he knew also that alum and rye-bran, by a proper process, yielded apyrophorus; and now, to try whether parched rye-bran alone would have the same effect, he roasted a quantity of it by the fire, till it had acquired the colour of roasted coffee. This roasted bran he wrapped up in a linen cloth; in a few minutes there arose a strong smoke, with a smell of burning. Soon after, the rag grew as black as tinder, and the bran, now become hot, fell through it on the ground in little balls. Mr. Rüde repeated the experiment, and always with the same result. Who now will doubt, that the frequency of fires in cow-houses, which in those parts are mostly wooden buildings, is occasioned by this practice, of binding roasted bran about the necks of the cattle?”
Montet relates, in theMemoires de l’Académie de Paris, 1748, that animal substances kindle into flame; and that he himself has been witness to the spontaneous accension of dunghills. The woollen stuff prepared at Sevennes, named Emperor’s stuff, has kindled of itself, and burnt to a coal. It is usual for this to happen to woollen stuffs, when in hot summers they are laid in a heap, in a room but little aired. In June, 1781, this happened at a woolcomber’s in Germany, where a heap of wool-combings, piled up in a close warehouse seldom aired, took fire of itself. This wool burnt from within outwards, and became quite a coal; though neitherfire nor light had been used at the packing. In like manner cloth-workers have certified, that after they have bought wool that was become wet, and packed it close in their warehouse, this wool has burnt of itself. The spontaneous accension of various matters from the vegetable kingdom, as wet hay, corn, and madder, and at times wet meal and malt, is well known. Hemp, flax, and hemp-oil, have also often given rise to dreadful conflagrations.
In the spring of 1780, a fire was discovered on board a frigate lying in the roads off Cronstadt, which endangered the whole fleet. After the severest scrutiny, no cause of the fire was to be found; and the matter remained without explanation, but with strong surmises of some wicked incendiary.—In August, 1780, a fire broke out at the hemp magazine at St. Petersburg, by which several hundred thousand poods (about 36lb. English) of hemp and flax were consumed. The walls of the magazine are of brick, the floors of stone, and the rafters and covering of iron; it stands alone on an island in the Neva, on which, as well as on board the ships lying in the Neva, no fire is permitted.—In St. Petersburg, in the same year, a fire was discovered in the vaulted shop of a furrier. In these shops, which are all vaults, neither fire nor candle is allowed, and the doors of them are all of iron. At length the probable cause was found to be, that the furrier, the evening before the fire, had got a roll of new cerecloth, and had left it in his vault, where it was found almost consumed.—In the night between the 20th and 21st of April, 1781, a fire was seen on board the frigate Maria, at anchor, with several other ships, in the roads off the island of Cronstadt; the fire was, however, soon extinguished, but, by the severest examination, nothing could be extorted concerning the manner in which it had arisen. The garrison was threatened with a scrutiny that should cost them dear; and while they were in this cruel suspense, the wisdom of the sovereign gave a turn to the affair, which quieted the minds of all, by pointing out the proper method to be pursued by the commissioners of inquiry, in the following order to Czernichef: “When we perceived, by the report you have delivered in of the examination into the accident that happened on board the frigate Maria, that, in the cabin where the fire broke out, there were found parcels of matting, tied together with packthread, in which the soot of burnt fir-wood had been mixed with oil, for the purpose of painting the ship’s bottom, it came into our mind, that, for the fire which happened last year at the hemp-warehouses, the following cause was assigned; that the fire might have proceeded from the hemp being bound up in greasy mats, or even from such mats having lain near the hemp: therefore, neglect not to guide your farther inquiries by this remark.”
As, upon juridical examination as well as private inquiry, it was found that, in the ship’s cabin, where the smoke appeared, there lay a bundle of matting, containing Russian lamp-black, prepared from fir-soot moistened with hemp-oil varnish, which was perceived to have sparks of fire in it at the time of the extinction, the Russian admiralty gave orders to make various experiments, to see whether a mixture of hemp-oil varnish and the forementioned Russian black, folded up in a mat and bound together, would kindle of itself. They shook 40lb. of fir-wood soot into a tub, and poured about 35lb. of hemp-oil varnish upon it; this they let stand for an hour, after which they poured off the oil. The remaining mixture they now wrapped up in a mat, and the bundle was laid close to the cabin where the midshipmen had their birth. Two officers sealed both the mat and door with their own seals, and stationed a watch of four officers, to take notice of all that passed during the whole night; and as soon as any smoke should appear, immediately to give information to the commandant of the port. The experiment was made on the 26th of April, about eleven o’clockA. M.in presence of all the officers. Early on the 27th, about six o’clockA. M.a smoke appeared, of which the chief commandant was immediately informed: he came with speed, and, through a small hole in the door, saw the mat smoking. He dispatched a messenger to the members of the commission; but as the smoke became stronger, and fire began to appear, he found it necessary to break the seals and open the door. No sooner was the air thus admitted, than the mat began to burn with greater force, and presently it burst into a flame.
The Russian admiralty, being now fully convinced of the self-enkindling property of this composition, transmitted their experiment to the Imperial Academy of Sciences; who appointed Mr. Georgi, a very learned adjunct of the academy, to make farther experiments on the subject. Three pounds of Russian fir-black were slowly impregnated with 5lb. of hemp-oil varnish; and when the mixture had stood open five hours, it was bound up in linen. By this process it became clotted; but some of the black remained dry. When the bundle had lain sixteen hours in a chest, it was observed to emit a very nauseous, and rather putrid smell, not unlike that of boiling oil. Some parts of it became warm, and steamed much; eighteen hours after the mixture was wrapt up, one place became brown, emitted smoke, and directly afterwards glowing fire appeared. The same thing happened in a second or third place; though other places were scarcely warm. The fire crept slowly around, and gave a thick, grey, stinking smoke. Mr. Georgi took the bundle out of the chest, and laid it on a stone pavement; when, on being exposed to thefree air, there arose a slow burning flame, a span high, with a strong body of smoke. Not long afterwards, there appeared, here and there, several chaps, or clefts, as from a little volcano, the vapour issuing from which burst into flames. On his breaking the lump, it burst into a very violent flame, full three feet high, which soon grew less, and then went out. The smoking and glowing fire lasted six hours; and the remainder continued to glow without for two hours longer. The grey earthy ashes, when cold, weighed five and a half ounces. Mr. Tooke concludes with a case of self-accension, noticed by Mr. Hagemann, an apothecary, at Bremen. He prepared a boiled oil ofhyoscyamus, or henbane, in the usual way, with common oil. The humidity of the herb was nearly evaporated, when he was called away by other affairs, and was obliged to leave the oil on the fire. The evaporation of the humidity was hereby carried so far, that the herb could easily be rubbed to powder. The oil had lost its green colour, and had become brownish. In this state it was laid on the straining cloth, and placed in the garden, behind the house, in the open air. In half an hour, on coming again to this place, he perceived a strong smoke there, though he thought the oil must have long been cooled: on closer inspection, he found that the smoke did not proceed from the oil, but from the herb on the straining cloth; at the same time the smell betrayed a concealed fire. He stirred the herb about, and blew into it with a bellows, whereupon it broke out into a bright flame.
Diseases peculiar to Particular Countries.—The inhabitants of particular places are peculiarly subject to particular diseases, owing to their manner of living, or to the air and effluvia of the earth and waters. Hoffman has made some curious observations on diseases of this kind. He remarks, that swellings of the throat have always been common to the inhabitants of mountainous countries: and the old Roman authors say, ‘Who wonders at a swelled throat in the Alps?’ The people of Switzerland, Carinthia, Stiria, the Hartz forest, Transylvania, and the inhabitants of Cronstadt, he observes, are all subject to this disease. The French are peculiarly troubled with fevers, worms, hydroceles, and sarcoceles; and all these disorders seem to be owing originally to their eating very large quantities of chestnuts. The people of Britain are affected with hoarsenesses, catarrhs, coughs, dysenteries, consumptions, and the scurvy; the women with thefluor albus; and children with a disease scarcely known elsewhere, which we call the rickets.
In different parts of Italy, different diseases reign. At Naples, the venereal disease is more common than in any other partof the world. At Venice, people are peculiarly subject to the bleeding piles. At Rome, tertian agues and lethargic distempers are most common; in Tuscany, the epilepsy; and in Apulia, burning fevers, pleurisies, and that sort of madness which is attributed to the bite of the tarantula, and fancied to be cured by music. In Spain, apoplexies are common, as also melancholy, hypochondriacal complaints, and bleeding piles. The Dutch are peculiarly subject to the scurvy, and to the stone in the kidneys. The people of Denmark, Norway, Sweden, Pomerania, and Livonia, are all terribly afflicted with the scurvy: and it is remarkable, that in Denmark, Sweden, and Norway, fevers are very common; but in Iceland, Lapland, and Finland, there is scarcely ever such a disease met with. The Russians and Tartars are afflicted with ulcers, made by the cold, of the nature of what we call chilblains, but greatly worse; and in Poland and Lithuania, there reigns a peculiar disease, called thePlica Polonica, so terribly painful and offensive, that scarcely any thing can be thought worse. The people of Hungary are very subject to the gout and rheumatism: they are also more infested with lice and fleas than any other people in the world; and they have a peculiar disease which they callcremor. The Germans, in different parts of the empire, are subject to different reigning diseases. In Westphalia, they are peculiarly troubled with peripneumonies and the itch. In Silesia, Franconia, Austria, and other places thereabout, they are very liable to fevers of the burning kind, to bleedings at the nose, and other hæmorrhages; and to the gout, inflammations, and consumptions. In Misnia they have purple fevers; and the children are peculiarly infested with worms. In Greece, Macedonia, and Thrace, there are very few diseases; but what they have are principally burning fevers and phrenzies. Anciently, the most common diseases in Egypt were blindness, ulcers in the legs, consumptions, and the leprosy, calledelephantiasis, which was peculiar to that country; as Pliny observes,Egypti peculiare hoc malum elephantiasis. At Constantinople the plague always rages; and in the West Indian islands, malignant fevers, and the most terrible colics. These diseases are calledendemic. In general, it is observed, that the colder the country is, the fewer and the less violent are the diseases.
Schœffer tells us, that the Laplanders know no such thing as the plague, or fevers of the burning kind; nor are they subject to half the distempers we are. They are robust and strong, and live to eighty, ninety, and many of them to more than one hundred years; and at this great age they are not feeble and decrepit, but a man of ninety is able to work or travel as well as a man of sixty with us. They are subject, however, to some diseases, more than other nations. Theyhave often distempers of the eyes, owing to their living in smoke, or being blinded by snow. Pleurisies, inflammations of the lungs, and violent pains of the head, are also very frequently found among these hardy inhabitants of the north; and the small-pox rages with great violence. They have one general remedy against these and all other internal diseases; this is, the root of that sort of moss which they calljerth. They make a decoction of this root in the whey of rein-deer’s milk, and drink very large doses of it warm, to keep up a breathing sweat; if they cannot get this, they use the stalks of angelica boiled in the same manner: but the keeping in a sweat, and drinking plentifully of diluting liquors, may go a great way in the cure. They cure pleurisies by this method in a very few days, and get so well through the small-pox with it, that very few die of the disease.
Injuries from swallowing the Stones of Fruits.—The dangers arising from swallowing the stones of plums and other fruits are very great. The Philosophical Transactions give an account of a woman who suffered violent pains in her bowels for thirty years, the malady returning once in a month or less. At length, a strong purge being given her, the occasion of all these complaints was discovered to be a stone of an oval figure, of about ten drams in weight, and measuring five inches in circumference. This had caused all the violent fits of pain, which she had suffered for so many years; after this, she became perfectly well. The ball extracted looked like a stone, and felt very hard, but swam in water. On cutting it through with a knife, there was found in the centre, a plum-stone, round which several coats of this hard and tough matter had gathered.
Another instance is given in the same papers, of a man, who, dying of an incurable colic, which had tormented him many years, and baffled the effects of medicines, was opened after death; and in his bowels was found a ball similar to that above-mentioned, but somewhat larger, being six inches in circumference, and weighing an ounce and a half. In the centre of this, as of the other, there was found the stone of a common plum, and the coats were of the same nature with those of the former. These and similar instances mentioned in the same work, sufficiently shew the folly of that common opinion, that the stones of fruits are wholesome. Even cherry stones, swallowed in great quantities, have occasioned death.
Extraordinary Surgical Operation.—“The most surprising and honourable operation of surgery ever performed, was, without any contradiction, that executed by M. Richerand,by taking away a part of the ribs and of the pleura. The patient was himself a medical man, and not ignorant of the danger he ran in this operation being had recourse to; but he also knew that his disorder was otherwise incurable. He was attacked with a cancer on the internal surface of the ribs and of the pleura, which continually produced enormous fungosities, that had been in vain attempted to be repressed by the actual cautery. M. Richerand was obliged to lay the ribs bare, to saw away two, to detach them from the pleura, and to cut away all the cancerous part of that membrane.
“As soon as he had made the opening, the air rushing into the chest, occasioned the first day great suffering, and distressing shortness of breath; the surgeon could touch and see the heart through the pericardium, which was as transparent as glass, and could assure himself of the total insensibility of both. Much serous fluid flowed from the wound, as long as it remained open; but it filled up slowly by means of the adhesion of the lung with the pericardium, and the fleshy granulations that were formed in it. At length the patient got so well, that on the twenty-seventh day after the operation, he could not resist the desire of going to the Medicinal School, to see the fragments of the ribs that had been taken from him; and in three or four days afterwards he returned home, and went about his ordinary business. The success of M. Richerand is the more important, because it will authorize, in other cases, enterprises, which, according to received opinions, would appear impossible; and we shall be less afraid of penetrating into the interior of the chest. M. Richerand even hopes, that by opening the pericardium itself, and using proper injections, we may cure a disease that has hitherto always been fatal, the dropsy of that cavity.”—Thomson’s Annals.
Extraordinary Cures by Burning.—The following case is recorded in the memoirs of the Academy of Sciences, by M. Homberg. A woman, of about thirty-five, became subject to a headach, which at times was so violent, that it drove her out of her senses, making her sometimes stupid and foolish, at other times raving and furious. The seat of the pain was in the forehead, and over the eyes, which were inflamed, and looked exceedingly red and sparkling; and the most violent fits of it were attended with nausea and vomiting. In the time of the fits, she could take no food; but at all others she had a very good appetite. M. Homberg had in vain attempted her cure for three years, with all kinds of medicines: only opium succeeded; and that but little, all its effect being only to take off the pain for a few hours. The redness of her eyes was always the sign of an approachingfit. One night, feeling a fit coming on, she went to lie down upon the bed; but first walked up to the glass with the candle in her hand, to see how her eyes looked: in observing this, the candle set fire to her cap; and as she was alone, her head was terribly burnt before the fire could be extinguished. M. Homberg was sent for, and ordered bleeding and proper dressings: but the expected fit this night never came on; the pain of the burning wore off by degrees; and the patient found herself from that hour cured of the headach, which had never once returned in four years after; such being the time when the account was communicated.
Another case, not less remarkable, was communicated to M. Homberg by a physician at Bruges. A woman, who for several years had her legs and thighs swelled in an extraordinary manner, found some relief from rubbing them before the fire with brandy every morning and evening. One evening, the brandy she had rubbed herself with took fire, and slightly burnt her. She applied some brandy to her burn; and in the night all the water with which the afflicted parts were swelled, was entirely discharged, and the swelling did not again return.
Illumination by Electricity.—Professor Meinecke, of Hallchas, in Gilbert’s Annals, 1819, Number 5, proposed to illuminate halls, houses, and streets, by the electric spark; and expresses his strong persuasion that one day it will afford a more perfect and less expensive light than gas-illumination, and ultimately replace it. His plan is, to arrange, what are called, in electricity, luminous tubes, glasses, &c.; i. e. insulating substances, having a series of metallic spangles at small distances from each other, along the place to be illuminated; and then, by a machine, send a current of electricity through them: sometimes also partially exhausted glasses, as the luminous receiver, conductor, &c., are used. In this way Professor Meinecke obtained from a two-feet plate machine, a constant light in his apartment equal to that of the moon, and even surpassing it; and by enclosing his system of sparks in tubes filled with rarified hydrogen gas, in which gas it is assumed that the electric spark is more than doubled in brilliancy, he thinks it will be easy to enlarge the plan to any extent.
Divisibility of Matter.—We may be readily convinced of the infinite divisibility of bodies, by simply walking in a garden, and inhaling the sweet incense that rises from a thousand flowers. How inconceivably small must be the odoriferous particles of a carnation, which diffuse themselves through a whole garden, and every where strike our sense ofsmell! If this is not sufficient, let us consider some other objects of nature; as, for instance, one of those silk threads, the work of a poor worm. Suppose this thread is three hundred and sixty feet long, it will weigh but a single grain. Again, consider into how many perceptible parts a length of three hundred and sixty feet can be divided. A single inch may be divided into six hundred parts, each as thick as a hair, and consequently be perfectly visible. Hence a single grain of silk can be divided into at least two millions five hundred and ninety-two thousand parts, each of which may be seen without the help of a microscope. And as every one of these parts may be again divided into several more millions of parts, till the division is carried beyond the reach of thought, it is evident that this progression may be infinite. The last particles, which are no longer divisible by human industry, must still have extension, and be consequently susceptible of division, though we are no longer able to effect it. If we examine the animal kingdom, we shall discover still further proofs of the infinite divisibility of matter. Pepper has been put into a glass of water, and on looking through a microscope, a multitude of animalcules were seen in the water, a thousand million times less than a grain of sand! How inconceivably minute then must be the feet, muscles, vessels, nerves, and organs of sense, in these animals! And how small their eggs and their young ones, and the fluids which circulate in them! Here the imagination loses itself, our ideas become confused, and we are incapable of giving form to such very small particles. What still more claims our attention is, that the more we magnify, by means of glasses, the productions of nature, the more perfect and beautiful do they appear: whilst with works of art it is generally quite contrary; for when these are seen through a microscope, we find them rough, coarse, and imperfect, though executed by the most able artists, and with the utmost care. Thus the Almighty has impressed even upon the smallest atom the stamp of his infinity. The most subtile body is as a world, in which millions of parts unite and are arranged in the most perfect order.
MISCELLANEOUS CURIOSITIES.—(Continued.)
The Jew’s Harp—Remarkable Aqueducts—Crichup Linn—Eddystone Rocks—Dismal Swamp—Curious Wine Cellar—Mint of Segovia—Remarkable Mills—Silk Mill at Derby—Portland Vase—Murdering Statue—A Curious Pulpit.
The Jew’s Harp—Remarkable Aqueducts—Crichup Linn—Eddystone Rocks—Dismal Swamp—Curious Wine Cellar—Mint of Segovia—Remarkable Mills—Silk Mill at Derby—Portland Vase—Murdering Statue—A Curious Pulpit.
The Jew’s Harp.—The Jew’s trump, or Jew’s harp, as it is often called, though now a boy’s instrument, is of ancient origin, for Mr. Pennant informs us, (Tour to Scotland, p. 195,) that one made of gilt brass was found in Norway, deposited in an urn. There appears to be an allusion, in the name, to the inhabitants of Judea; and it is to be observed, that in Dodsley’s old plays, vol. iv. p. 171, Quick calls the usurer, on account of his Jewish avarice, “a notable Jew’s trump.” In the plate, however, of Jewish musical instruments, in Calmet’s Dictionary, nothing of this kind occurs; so that perhaps there is a corruption here ofjeu-trompe, a plaything, or play-tromp, as it is now only used by boys for that purpose; or it may be a corruption of Jew’s harp, from the circumstance of its being placed between the teeth when played.
Remarkable Aqueducts.—Aqueducts are conveyances for carrying water from one place to another; made on uneven ground, to preserve the level. Aqueducts of every kind were long ago the wonders of Rome; the vast quantity of them which they had; the prodigious expense employed in conducting waters over arcades from one place to another, at the distance of thirty, forty, sixty, and even one hundred miles, which were either continued or supplied by other labours, as by cutting mountains and piercing rocks: all this may well surprise us, as nothing like it is undertaken in our times; we dare not purchase conveniency at so dear a rate. Appius Claudius, the censor, devised and constructed the first aqueduct. His example gave the public luxury a hint to cultivate these objects; and the force of prodigious and indefatigable labour diverted the course of rivers and floods to Rome. Agrippa, in that year when he was edile, put the last hand to the magnificence of these works.
The aqueduct of the Aqua Martia, had an arch of sixteen feet in diameter. The whole was composed of three different kinds of stone; one of them reddish, another brown, and a third of an earth colour. Above, there appeared two canals, of which the highest was fed by the new waters of theTiverone, and the lower by what they called the Claudian river. The entire edifice is seventy Roman feet high. Near this aqueduct, we have, in Father Montfaucon, the plan of another, with three canals; the highest supplied by the Aqua Julia, that in the middle from Tepula, and the lowest from the Aqua Martia. The arch of the aqueduct of the Aqua Claudia is of hewn stone, very beautiful; that of the aqueduct of the Aqua Neronia is of bricks: they are each of them seventy-two Roman feet in height. The canal of the aqueduct which was called Aqua Appia, deserves to be mentioned for a singularity which is observed in it; for it is not, like the others, plain, nor gradual in its descent, but much narrower at the lower than the higher end. The consul Frontinus, who superintended the aqueducts under the emperor Nerva, mentions nine of them which had each 13,594 pipes of an inch in diameter. Vigerus observes, that, in the space of twenty-four hours, Rome received 500,000 hogsheads of water. Not to mention the aqueducts of Drusus and Rhiminius, that which gives the most striking idea of Roman magnificence, is the aqueduct of Metz, of which a great number of arcades still remain. These arcades crossed the Moselle, a river which is of vast breadth at that place. The copious sources of Gorze furnished water for the representation of a sea-fight. This water was collected in a reservoir; whence it was conducted by subterraneous canals formed of hewn-stone, and so spacious, that a man could walk erect in them: it traversed the Moselle upon its superb and lofty arcades, which may still be seen at the distance of two leagues from Metz; so nicely wrought, and so finely cemented, that except those parts in the middle which have been carried away by the ice, they have resisted, and will still resist, the severest shocks of the most violent seasons. From these arcades, other aqueducts conveyed the waters to the baths, and to the place where the naval engagement was exhibited.
If we may trust Colmenarus, the aqueduct of Segovia may be compared with the most admired labours of antiquity. There still remain one hundred and fifty-nine arcades, wholly consisting of stones enormously large, and joined without mortar. These arcades, with what remains of the edifice, are one hundred and two feet high; they are formed in two ranges, one above another. The aqueduct flows through the city, and runs beneath the greatest number of houses, which are at the lower end. After these enormous structures, we may be believed when we speak of the aqueduct which Louis XIV. caused to be built near Maintenon, for carrying water from the river Bucq to Versailles: it is perhaps the greatest aqueduct now in the world, being 7000 fathoms in length, above 2560 in height, and containing no fewer than two hundred and forty-two arcades.
Crichup Linn.—This is a very beautiful cascade, formed by the rivulet Crichup, in Berwickshire. It falls over a precipice about eighty-five or ninety feet high, and almost perpendicular. About a half a mile below this, descends a hill of red free-stone, forming a linn, or waterfall, peculiarly romantic. The linn from top to bottom is upwards of a hundred feet, and though twenty deep, it is yet so narrow at the top, that one might easily leap across it, were it not for the tremendous prospect below, and the noise of the water running its dark course, and by its deep murmuring, affrighting the imagination. “In the time of persecution, (says the Rev. Mr. Yorstoun,) the religious flying from their persecutors found an excellent hiding-place in Crichup Linn; and there is a seat, cut out by nature in the rock, which, having been the retreat of a shoemaker in those times, has ever since borne the name of the Sutor’s Seat. Nothing can be more striking than the appearance of this linn from its bottom. The darkness of the place, upon which the sun never shines; the ragged rocks rising over one’s head, and seeming to meet at the top, with here and there a blasted tree bursting from the crevices; the roaring of the water, together with some degree of danger to the spectator, while he surveys the striking objects—all naturally tend to work upon the imagination. Hence many fabulous stories which are told, were once believed concerning this curious linn.”
Eddystone Rocks.—This is the name of some rocks in the English Channel, so called from the variety of contrary currents in their vicinity. They are situated nearly S. S. W. from the middle of Plymouth Sound, their distance from the port is about fourteen miles, and from Rame Head, the nearest point of land, twelve and a half. They are almost in the line which joins the Start and Lizard points; and as they lie nearly in the direction of vessels coasting up and down the channel, they were very dangerous, and ships were sometimes wrecked on them, before the lighthouse was established. They are so exposed to the swells of the ocean, from all the south and west points of the compass, that the heavy seas come uncontrolled, and break on them with the utmost fury. Sometimes after a storm, when the sea in general is, to all appearance, quite smooth, and its surface unruffled by the slightest breeze, the growing swell or under current, meeting the slope of the rocks, the sea beats dreadfully upon them, and even rises above the lighthouse in a magnificent manner, overtopping it, for the moment, as with a canopy of frothy wave. Notwithstanding this tremendous swell, Mr. Henry Winstanley, in 1696, undertook to build a lighthouse on the principal rock; and he completed it 1700. This ingenious mechanic was soconfident of the stability of his structure, that he declared his wish to be in it during the most tremendous storm that could blow. Unfortunately he obtained his wish, for he perished in it, during the dreadful storm which destroyed it on the 27th of November, 1703. In 1709, another lighthouse was erected of wood on this rock, but on a different construction, by Mr. John Rudyard. It stood till 1755, when it was burnt. A third one, of stone, was begun by the late celebrated Mr. John Smeaton, on the 2d of April, 1757, and finished 24th of August, 1759; and has withstood the rage of all weathers ever since. The rock which slopes towards the south-west is cut into horizontal steps; into which are dove-tailed, and united by a strong cement, Portland stone, and granite: for Mr. Smeaton discovered, that it was impossible to make use of the former entirely, as there is a marine animal that can destroy it; and that he could not use the latter solely, as the labour of working it would have been too expensive. He therefore used the one for the internal, and the other for the external part of the structure. Upon the principle of a broad base and accumulation of matter, the whole, to the height of thirty-five feet from the foundation, is a solid mass of stones engrafted into each other, and united by every kind of additional strength. The lighthouse has four rooms, one over another, and at the top a gallery and lantern. The stone floors are flat above, but concave below, and are kept from pressing against the sides of the building by a chain let into the walls. The lighthouse is nearly eighty feet high, and withstands the most violent storms, without sustaining the smallest injury. It has now stood above sixty-three years, during which time it has been often assaulted by all the fury of the elements; and, in all probability, as Mr. Smeaton said, nothing but an earthquake can destroy it. The wooden part of it, however, was burnt in 1770, but renewed in 1774.
Dismal Swamp,—is a morass in North America, reaching from Albermarle Sound, in North Carolina, to the neighbourhood of Portsmouth, on the opposite side of the harbour to Norfolk. It is supposed to contain about two hundred and fifty square miles, or one hundred and fifty thousand acres.
Some of the interior parts of this vast swampy plain are seldom explored, being full of danger; yet several adventurous huntsmen sometimes pursue their game within its precincts, but they cannot advance far without great risk of forfeiting their lives to their temerity.
Mr. Janson, a late traveller, relates, that in one of these excursions he was often knee-deep, though, in other parts, the ground supported him firmly. In endeavouring to pass one of these fenny spots, he attempted to avail himself of asort of bridge, formed of the body of a very large tree; when, to his surprise, he was suddenly immersed in dust up to his waist, the tree having become rotten, or probably eaten out by insects, though it retained its shape, and appearance of solidity. Wild beasts lurk in this impenetrable recess: cattle also stray there, and often become wild: hogs are turned into it by their owners, to fatten upon the acorns that fall from the oaks.
Lake Drummond is situated near the centre of the swamp, and is formed by the drainings of this immense bog. It is crowded with fish of various kinds, which, living unmolested, attain a prodigious size.
Curious Wine Cellar.—The monastery of Arcadi, in Candia, surpasses every other part of the island, though fertile in religious houses, both in the number of monks, and the endowment of the convents. It is supposed to be built on the spot where the ancient Arcadia once stood. The house itself contains nearly one hundred inhabitants, while about two hundred more are dispersed over the lands belonging to the monastery, and are employed in agriculture. The cellar is by far the finest part of the building. It contains two hundred casks of wine, of which the choicest is marked with the name of the superior, and no one may touch it without his permission. This cellar receives a solemn annual benediction immediately after the vintage. The prayer recited by the superior on this occasion, is printed in the Greek Spiritual; it is as follows:—“Lord God! who lovest mankind, look on this wine, and on those that shall drink it; bless those vessels as thou hast blessed the wells of Jacob, the fishpool of Siloa, and the beverage of thy holy apostles. Lord, who didst condescend to be present at the marriage of Cana, where thou didst manifest thy glory to thy disciples by changing water into wine, send thy holy Spirit on this wine, and bless it in thy name.”
Mint of Segovia.—At the mint of Segovia, in Spain, there is an engine moved by water, but so artificially made, that one part of it distends an ingot of gold into the breadth and thickness requisite to make coin. “It delivereth the plate that it hath wrought unto another, that printeth the figure of the coin upon it; and from thence it is turned over to another, that cutteth it according to the print in due shape and weight. And lastly, the several pieces fall into a coffer in another room, where the officer, whose charge it is, finds treasure ready coined.”
Remarkable Mills.—At Dantzic, a city of Prussia, Mr.Morrison, an ingenious traveller of this nation, saw a mill, which, without help of hands, did saw boards, having an iron wheel, which did not only drive the saw, but also did hook in, and turn the boards unto the saw. Dr. John Dee mentions the like seen by him at Prague; but whether the mill moved by wind or water, is set down by neither of them.
Silk Mill at Derby.—This mill, situated on the river Derwent, was erected by Sir T. Loombe, who, at a vast expense and great hazard, brought the model from Italy. It is fixed in a large house, six stories high, and consists of 26,586 wheels, with 97,746 movements, all driven by one large water-wheel, fixed on the outside of the house! It goes round three times in one minute, and each time works 78,726 yards of silk thread, so that in twenty-four hours it works 318,496,320 yards of silk thread, under the management of only one regulator! It has been of such service to the silk trade, that Sir Thomas had the benefit of it during his life; but the parliament having allowed him £14,000, as a further reward for his services, he suffered a model of it to be taken. This model now lies in the Record-office at the Tower, for the benefit of the public, any person being allowed to inspect it, so that there are at present several mills of the kind erected in different parts of the kingdom.
Portland Vase.—This is a celebrated funeral vase, which was long in the possession of the Baberini family; but which was some years since purchased for 1000 guineas by the duke of Portland, from whom it has derived its present name. Its height is about ten inches; and its diameter, where broadest, six. There are a variety of figures upon it, of most exquisite workmanship, in bas relief, in white opaque, raised on a ground of deep blue glass, which appears black, except when held against the light. It appears to have been the work of many years; and there are antiquarians who date its production several centuries before the Christian era, since, as has been said, sculpture was declining in excellence in the time of Alexander the Great. Respecting the purpose of this vase, and what the figures on it were meant to represent, there have been various conjectures. We shall, therefore, give a short account of the several figures, without noticing any of the theories or conjectures that have been made about them. In one compartment, three exquisite figures are placed on a ruined column, the capital of which is fallen, and lies at their feet among other disjointed stones: they sit under a tree, on loose piles of stone. The middle figure is a female in a reclining and dying attitude, with an inverted torch in her left hand, the elbow of which supports her as she sinks, while the righthand is raised, and thrown over her drooping head. The figure on her right hand is a man, and that on the left a woman, both supporting themselves on their arms, and apparently thinking intensely. Their backs are to the dying figure, and their faces are turned towards her, but without an attempt to assist her. On another compartment of the vase is a figure coming through a portal, and going down with great timidity into a darker region, where he is received by beautiful female, who stretches forth her hand to help him: between her knees is a large and playful serpent. She sits with her feet towards an aged figure, having one foot sunk into the earth, and the other raised on a column, with his chin resting on his hand. Above the female figure is a Cupid preceding the first figure, and beckoning him to advance. This first figure holds a cloak or garment, which he seems anxious to bring with him, but which adheres to the side of the portal through which he has passed. In this compartment there are two trees, one of which bends over the female figure, and the other over the aged one. On the bottom of the vase, there is another figure on a larger scale than the one we have already mentioned, but not so well finished nor so elevated. This figure points with its finger to its mouth. The dress appears to be curious and cumbersome, and above there is a foliage of a tree. On the head of the figure there is a Phrygian cap: it is not easy to say whether this figure be male or female. On the handles of the vase are represented two aged heads with the ears of a quadruped, and from the middle of the forehead rises a kind of tree without leaves: these figures are, in all probability, mere ornaments, and have no connection with the story represented on the vase.
Murdering Statue.—Kenith, king of Scotland, had slain Cruthlintus the son, and Malcolmus Duffus the king, and kinsman of Fenella: she, to be revenged of the murderer, caused a statue to be framed with admirable art. In one of the hands of it was an apple of gold set full of precious stones, which, whosoever touched, was immediately slain with many darts, which the statue threw or shot at him. Kenith, suspecting nothing, was invited to this place, and being slain in this manner, Fenella escaped over into Ireland.
A Curious Pulpit.—The pulpit of the grand parochial church at Brussels, a curious production of Henry Verbruggen, of Antwerp, is placed in the middle of the nave. At the base are Adam and Eve, large as life, the expelling Angel and Death in the rear! Our first parents, though closely pursued, bear upon their shoulders the terrestrial globe, the cavity of which is filled by the preacher! From the globe rises a tree, whosetop extends into a canopy sustaining an Angel, and Truth exhibited as a female genius. Above are the Virgin and the infant Jesus, crushing the serpent’s head with a cross. The steps on either side appear as if cut from trunks of trees, and are accompanied by carvings of the ostrich, eagle, peacock, parrot, &c.
MISCELLANEOUS CURIOSITIES.—(Continued.)
Extraordinary Echoes, and Whispering Places—Natural Productions resembling Artificial Compositions—Remarkable Lamps—Perpetual Fire—Magical Drum—An Extraordinary Cannon—Curious Account of Old Bread—Substitute for Spectacles—Winter Sleep of Animals and Plants.
Extraordinary Echoes, and Whispering Places—Natural Productions resembling Artificial Compositions—Remarkable Lamps—Perpetual Fire—Magical Drum—An Extraordinary Cannon—Curious Account of Old Bread—Substitute for Spectacles—Winter Sleep of Animals and Plants.
Extraordinary Echoes, and Whispering Places.—These are places where a whisper, or other low sound, may be heard from one part to another, to a great distance. They depend on a principle, that the voice, &c. being applied to one end of an arch, easily passes by repeated reflections to the other.
Hence sound is conveyed from one side of a whispering gallery to the opposite one, without being perceived by those who stand in the middle. The form of a whispering-gallery is that of a segment of a sphere, or the like arched figure. All the contrivance in whispering-places is, that near the person who whispers there may be a smooth wall, arched either cylindrically or elliptically. A circular arch will do, but not so well.
The most considerable whispering-places in England are, the whispering-gallery in the dome of St. Paul’s, London, where the ticking of a watch may be heard from side to side, and a very easy whisper be sent all round the dome. The famous whispering-place in Gloucester Cathedral, is no other than a gallery above the east end of the choir, leading from one side thereof to the other. It consists of five angles and six sides; the middlemost of which is a naked window, yet two whisperers hear each other at the distance of twenty-five yards.
In the Philosophical Transactions for 1746, there is a letter inserted from Robert Southwell, Esq. in which he gives the following account of some extraordinary whispering-places and echoes.—“The best whispering-place in England,” he observes, “I ever saw, was that at Gloucester: but in Italy,in the way to Naples, two days from Rome, I saw, in a inn, a room with a square vault, where a whisper could be easily heard at the opposite corner, but not at all in the side corner that was near to you.
“I saw another, in the way from Paris to Lyons, in the porch of a common inn, which had a round vault: but neither of these was comparable to that of Gloucester; only the difference between these last two was, that to the latter, by holding your mouth to the side of the wall, several could hear you on the other side; the voice being more diffused: but to the former, it being a square room, and you whispering in the corner, it was only audible in the opposite corner, and not to any distance from thence, as to distinction of words. And this property was common to each corner of the room.
“As to Echoes, there is one at Brussels that answers fifteen times: but when at Milan, I went two miles from thence to a nobleman’s palace, to notice one still more extraordinary. The building is of some length in the front, and has two wings projecting forward; so that it wants only one side of an oblong figure. About one hundred paces before the house, there runs a small brook, and that very slowly; over which you pass from the house into the garden. We carried some pistols with us, and, firing one of them, I heard fifty-six reiterations of the noise. The first twenty were with some distinction; but then, as the noise seemed to fly away, and the answers were at a great distance, the repetition was so doubled, that you could hardly count them all, seeming as if the principal sound was saluted in its passage by reports on this and that side at the same time. Some of our company reckoned above sixty reiterations, when a louder pistol was discharged.”
Some persons tell us, that the sound of one musical instrument in this place will seem like a great number of instruments playing together in concert. This echo is of the multiple or tautological kind, returning one sound several times successively, so as to make one clap of the hands seem like many,—oneha, like a laughter,—or one instrument like several of the same kind, imitating each other; and by placing certain echoing bodies in such a manner, that any note played should be returned in thirds, fifths, and eighths, a musical room may be so contrived, that not only one violin played therein shall seem many of the same sort and size, but even a concert of different instruments. Those echoes which return the voice but once are called single; whereof some are tonical, only repeating when modulated into some particular musical tone. Others, that repeat many syllables or words, are termed polysyllabical; of which kind is the fine echo in Woodstock Park, which Dr. Plott assures us will return seventeensyllables distinctly in the day-time, and in the night twenty. Barthius likewise, in his notes on Statius’s Thebais, mentions an echo near Bingeni in Germany, which would repeat words seventeen times, as he himself had proved; and what is very strange in this echo, the person who speaks is scarcely heard at all, but the repetition most clearly, and always in surprising varieties, the echo seeming sometimes to approach nearer, and sometimes to retire to a greater distance. Vitruvius tells us, that in several parts of Greece and Italy there were brazen vessels artfully ranged under the seats of the theatres, to render the sound of the actors’ voices more clear, and make a kind of echo; by which means, of the prodigious number of persons present, every one might hear with ease and pleasure.
Knout.—This is a punishment inflicted in Russia, with a kind of whip calledknout, and made of a long strap of leather prepared for this purpose. With this whip the executioners dexterously carry a slip of skin from the neck to the bottom of the back, laid bare to the waist; and repeating their blows, in a little while rend away all the skin off the back in parallel strips. In the common knout, the criminal receives the lashes suspended on the back of one of the executioners; but in the great knout, which is generally used on the same occasions as racking on the wheel was in France, the criminal is raised into the air by means of a pulley fixed to the gallows, and a cord fastened to the two wrists, which are tied together; a piece of wood is placed between his two legs, which are also tied together; and another of a crucial form under his breast. Sometimes his hands are tied behind over his back, and when he is pulled up in this position, his shoulders are dislocated. The executioners can make this punishment more or less cruel; and it is said, they are so dexterous, that when a criminal is condemned to die, they can make him expire either by one or several lashes.
Natural Productions resembling Artificial Compositions.—Some stones are preserved by the curious, for representing distinctly figures traced by Nature alone, and without the aid of Art.
Pliny mentions an agate, in which appeared, formed by the hand of Nature, Apollo amidst the Nine Muses, holding a harp. Majolus assures us, that at Venice another is seen, in which is naturally formed the perfect figure of a man. At Pisa, in the church of St. John, there is a similar natural production, which represents an old hermit in a desert, seated by the side of a stream, and who holds in his hands a small bell, as St. Anthony is commonly painted. In the temple ofSt. Sophia, at Constantinople, there was formerly, on a white marble, the image of St. John the Baptist, covered with the skin of a camel, with this only imperfection, that nature had given but one leg.—At Ravenna, in the church of St. Vital, a Cordelier is seen on a dusky stone. In Italy, a marble was found, in which a crucifix was so elaborately finished, that there appeared the nails, the drops of blood, and the wounds, as perfectly as the most excellent painter could have performed.—At Sneilberg, in Germany, they found in a mine a certain rough metal, on which was seen the figure of a man, who carried a child on his back.—In Provence, was found, in a mine, a quantity of natural figures of birds, trees, rats, and serpents; and in some places of the western parts of Tartary, are seen on divers rocks, the figures of camels, horses, and sheep. Pancirollus, in his Lost Antiquities, attests, that in a church at Rome, a marble perfectly represented a priest celebrating mass, and raising the host. Paul III. conceiving that art had been used, scraped the marble to discover whether any painting had been employed; but nothing of the kind was discovered.
There is a species of the orchis found in the mountainous parts of Lincolnshire, Kent, &c. Nature has formed a bee, apparently feeding in the breast of the flower, with so much exactness, that it is impossible at a very small distance to distinguish the imposition. Hence the plant derives its name, and is called theBee Flower. This is elegantly expressed by Langhorne, who thus notices its appearance:
See on that flow’ret’s velvet breast,How close the busy vagrant lies!His thin-wrought plume, his downy breast,Th’ ambrosial gold that swells his thighs.Perhaps his fragrant load may bindHis limbs; we’ll set the captive free:—I sought the living Bee to find,And found thepictureof a Bee.
Remarkable Lamps.—Cedrenus makes mention of a lamp, which, together with an image of Christ, was found at Edessa, in the reign of the Emperor Justinian. It was set over a certain gate there, and privily enclosed, as appeared by the date of it, soon after Christ was crucified: it was found burning, as it had done for five hundred years before, by the soldiers of Cosroes, king of Persia, by whom also the oil was taken out, and cast into the fire; which occasioned such a plague, as brought death upon almost all his forces.—At the demolition of our monasteries here in England, there was found, in the supposed monument of Constantius Chlorus, (father to the Great Constantine,) a lamp, which was thought to have continued burning there ever since his burial, whichwas about three hundred years after Christ. The ancient Romans used in that manner to preserve lights in their sepulchres a long time, by the oil of gold, resolved by art into a liquid substance.
Perpetual Fire.—In the peninsula of Abeheron, in the province of Schirwan, formerly belonging to Persia, but now in Russia, there is found a perpetual, or as it is there called, an eternal fire. It rises, and has risen from time immemorial, from an irregular orifice in the earth, of about twelve feet in depth, with a constant flame. The flame rises to the height of six or eight feet, unattended with smoke, and it yields no smell. The aperture, which is about one hundred and twenty feet in width, consists of a mass of rock, ever retaining the same solidity and the same depth. The finest turf grows about the borders, and at the distance of two toises, are two springs of water. The neighbouring inhabitants have a sort of veneration for this fire, which they accompany with religious ceremonies.
Magical Drum.—This is an instrument of superstition, used in Lapland, which is thus described by Schœffer, in his History of that country: It is made of beech, pine, or fir, split in the middle, and hollowed on the flat side where the drum is to be made. The hollow is of an oval figure, and is covered with a skin clean dressed, and painted with figures of various kinds, such as stars, suns and moons, animals and plants, and even countries, lakes, and rivers; and of later days, since the preaching of Christianity among them, the acts and sufferings of our Saviour and his apostles are often added among the rest. All these figures are separated by lines into three regions or clusters. There is, besides these parts of the drum, an index and a hammer. The index is a bundle of grass or iron rings, the largest of which has a hole in its middle, and the smaller ones are hung to it. The hammer, or drumstick, is made of the horn of a reindeer; and with this they beat the drum so as to make these rings move, they being laid on the top for that purpose. In the motion of these rings about the pictures figured on the drum, they fancy to themselves some prediction in regard to the things they inquire about. What they principally search into by this instrument, are three things: 1. What sacrifices will prove most acceptable to their gods: 2. What success they shall have in their occupations, as hunting, fishing, curing diseases, and the like: and 3. What is done in places remote from them. On these occasions they use several peculiar ceremonies, and place themselves in various odd postures as they beat the drum, which influences the rings to the one orthe other side, and to come nearer to the one or the other set of figures. And when they have done this, they have a method of calculating a discovery, which they keep as a great secret, but which seems merely the business of the imagination in the diviner or magician.
An Extraordinary Cannon.—At Kubberpore-na-Jeal, in India, there is a cannon two hundred and thirteen inches long, sixty-six inches round the muzzle, and eighteen inches round the calibre. It has five, and had originally six, equidistant rings, by which it was lifted up. This gun is called by the natives, Jaun Kushall, or the destroyer of life, and its casting and position are attributed to the doctas or divinities, though its almost obliterated Persian inscriptions declare its formation by human means. But what is most extraordinary about it is, that two peepul trees have grown both cannon and carriage into themselves. Fragments of the iron, a spring, one of the linches, and part of the wood-work, protrude from between the roots and bodies of these trees; but the trees alone entirely support the gun, one of the rings of which, and half of its whole length, are completely hidden between, and inside their bark and trunks. A more curious sight, or a cannon more firmly fixed, though by the mere gradual growth of two trees, cannot well be imagined. The Indians assert that it was only once fired, and then sent the ball twenty-four miles!—Asiatic Journal.
Old Bread.—Bartholinus assures us, that in Norway the inhabitants make bread which keeps thirty or forty years; and that they are there fonder of their old hard bread, than others are of new or soft; since the older it is, the more agreeable it grows. For their great feasts, particular care is taken to have the oldest bread; so that at the christening of a child, they have usually bread which had been baked perhaps at the christening of his grandfather! It is made by a mixture of barley and oatmeal, baked between two hollow stones.
The following is said to beA Substitute for Spectacles.—A man, especially if accustomed to spend his time among books, would be much to be pitied, when his sight begins to fail, could he not in a great measure restore it by the aid of spectacles; but there are some men whose sight cannot be aided by the use either of convex or concave glasses. The following method, adopted by one of these to aid his sight, is certainly worthy of notice. When about sixty years of age, this man had almost entirely lost his sight, seeing nothing but a kind of thick mist, with little black speckswhich appeared to float in the air. He knew not any of his friends; he could not even distinguish a man from a woman; nor could he walk in the streets without being led. Glasses were of no use to him; the best print, seen through the bell spectacles, seemed to him like a daubed paper. Wearied with this melancholy state, he thought of the following expedient. He procured some spectacles with very large rings; and taking out the glasses, substituted in each circle a conic tube of black Spanish copper. Looking through the large end of the cone, he could read the smallest print placed at its other extremity. These tubes were of different lengths, and the openings at the end were also of different sizes; the smaller the aperture, the better could he distinguish the smallest letters; the larger the aperture, the more words or lines it commanded; and consequently, the less occasion was there for moving the head and the hand in reading. Sometimes he used one eye, sometimes the other, alternately relieving each; for the rays of the two eyes could not unite upon the same object when thus separated by two opaque tubes. The thinner these tubes, the less troublesome are they. They must be totally blackened within, so as to prevent all shining, and they should be made to lengthen or contract, and enlarge or reduce the aperture, at pleasure. When he placed convex glasses in these tubes, the letters indeed appeared larger, but not so clear and distinct as through the empty tube; he also found the tubes more convenient when not fixed in the spectacle rings; for when they hung loosely, they could be raised or lowered with the hand, and one or both might be used, as occasion required. It is almost needless to add, that the material of the tubes is of no importance, and that they may be made of iron or tin as well as of copper, provided the insides of them be sufficiently blackened.—SeeLa Nouvell, Bigaruréfor February, 1754, orMonthly Magazinefor April, 1799.
Winter Sleep of Animals and Plants.—The winter sleep is a very singular property of animals and plants; and, though it occurs daily before our eyes, we are not able to explain the phenomena with which it is attended. In cold countries, many animals, on the approach of winter, retire to their subterraneous abodes, in which they bury themselves under the snow, where they remain five or six months without nourishment or motion; nay, almost without circulation of their blood, which flows only sluggishly, and in the widest vessels. Their perspiration is almost imperceptible; but still they lose something by it, as they enter their winter quarters in very good condition, and are exceedingly thin when they return from them.
Some animals enjoy their winter sleep under the earth, and others are concealed beneath the snow; some for the same purpose creep into the holes of rocks, and others under stones, or the bark of trees.
Plants have their winter sleep also; for, during the period of winter, their sap flows towards the roots, and the circulation of it, which is very slow, takes place only in the widest vessels. Were the expansion of the sap in winter as considerable as in summer, it would burst all the vessels, on being frozen.
Some observers have endeavoured to prove that this singular circumstance is merely accidental, and, indeed, no difference is found in the internal organization of those animals which have winter sleep, and those which have not. It is very remarkable, that this property belongs in general to animals of prey. As these have far stronger powers of digestion, and stronger digestive juices, it would appear that abstinence from food for several months would to them be hardly possible.
The common bear, the bat, and the hedgehog, have winter sleep, but the white bear has not. As the latter is secured from the cold by his long hair, he finds nourishment in the dead whales and seals which are cast on shore by the waves.
The earthworms have winter sleep; but aquatic worms very seldom. Insects, as well as their larvæ, have winter sleep. Butterflies may be often seen fluttering about in the warm days of spring, after having spent the whole winter in that condition. Amphibious animals have winter sleep, those which live merely in the ocean excepted. Few birds, on the other hand, are exposed to this state. The greater part of these, on the approach of winter, retire to a milder climate, where they can find more abundant nourishment. In Iceland, the sheep have winter sleep. In that country they are suffered to range in perfect freedom. In the winter season, therefore, they may be found buried under the snow, where it would be impossible for them to remain, were they not in that condition.