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done, and some remorse for having deceived his employers.

Lukawski and Strawenski were both taken, and several of the other assassins. At his majesty's peculiar request and entreaty, the diet remitted the capital punishment of the inferior conspirators, and condemned them to work for life on the fortifications of Kaminiec, where they now are. By his intercession likewise with the diet, the horrible punishment and various modes of torture, which the laws of Poland decree and inflict on regicides, were mitigated; and both Lukawski and Strawenski were only simply beheaded. Kosinski was detained under a very strict confinement, and obliged to give evidence against his two companions. A person of distinction who saw them both die, has assured me, that nothing could be more noble and manly than all Lukawski's conduct previous to his death. When he was carried to the place of execution, although his body was almost extenuated by the severity of his confinement, diet and treatment, his spirit unsubdued, raised him above the terrors of an infamous and public execution. He had not been permitted to shave his beard while in prison, and his dress was squalid to the greatest degree; yet none of these humiliations could depress his mind. With a grandeur of soul worthy of a better cause, but which it was impossible not to admire, he refused to see or embrace the traitor Kosinski. When conducted to the scene of execution, which was about a mile from War saw, he betrayed no emotions of terror or unmanly fear. He made a short harangue to the multitude assembled upon the occasion, in which he by no means expressed any sorrow for his past conduct, or contrition for his attempt on the king, which he probably regarded as meritorious and patriotic. His head was severed from his body. Strawenski was beheaded at the same time, but he neither harangued the people, nor showed any signs of contrition. Pulaski, who commanded one of the many corps of confederate Poles then in arms, and who was the great agent and promoter of the assassination is still alive,* though an outlaw and an exile. He is said, even by the Russians his enemies, to possess military talents of a very superior nature, nor were they ever able to take him prisoner during the civil war.

To return to Kosinski, the man who saved the king's life :-About a week after Lukawski and Strawenski's execution, he was sent by his majesty out of Poland. He now resides at Semigallia, in the papal territories, where he enjoys an annual pension from the king.

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A circumstance almost incredible, and which seems to breathe all the sanguinary bigotry of the sixteenth century, I cannot omit. It is that the papal nuncio in Poland, inspired with a furious zeal against the dissidents, whom he believed to be protected by the king, not only approved the scheme for assassinating his majesty, but blessed the weapons of the conspirators at Czetschohow, previous to their setting out on their expedition. This is a fact indisputably true, and scarcely to be exceeded by any thing under the reign of Charles IX. of France, and of his mother Catherine de Medicis. Col. Mag

NEW VIEW OF LONDON.

As we make very free in our observations on foreign countries, so do foreigners make very free in their criticisms upon England. The following appeared in a Ghent paper extremely hostile to Great Britain, and, though it may be amusing to read, is so fu riously intolerant and unjust, that we cannot, in speaking of it, say even, Fas est ab hoste doceri.

SIR,

Bruges, Jan. 9, 1818.

Curiosity induced me, a short time ago, to visit London, where I remained about a fortnight. Assuredly no one will deny that it is the largest city in Europe, and, without contradiction, it is at present the richest in the world; but I must confess I was not a little astonished to find the noblemen and citizens so wealthy, and their houses so mean and pitiable. Though in England manufactures are carried to the highest point of perfection, yet painting, sculpture, and architecture, are more backward than in any other kingdom in Europe;--but in a country where people of exalted rank abandon themselves to intemperate drinking and dissipation of every kind,-where the grand object of the nobility is to purchase votes to obtain seats in parliament, it is not surprising that the arts and sciences should be neglected.

The best nobleman's residence in London cannot be compared to one of secondary rank in Paris. Except St. Paul's Cathedral, Westminster Abbey, and the new Waterloo Bridge, there is no public edifice worthy of notice. A small triumphal arch is to be erected in St. James's park, which will doubtless be an excellent specimen of English architecture, for the elegant design of M.****, of Ghent, was rejected for no other reason than because he was not an English artist. Thousands of Englishmen are at present travelling in all quarters of Europe;-is it not astonishing that none of their men of learning should import to their native country some of the beautiful models of architecture which they see on the continent? Can they pass through Autun with. out admiring its triumphal arch? There is a noble design which they might copy. The grand entrance gate of Berlin, which is in

the Doric style, might likewise be worthy of their notice: but they will bestow no attention on the magnificent monuments they meet with, and prefer following their own bad taste; for they have no more notion of architecture than of music. They do not scruple to expend enormous sums on objects, the value of which they are incapable of appreciating. I went to view the new church erected at Marylebone, under the direction of earl Grosvenor. I thought it wretched; built without any regard either to taste or principles: the meanest architect on the continent would have blushed at the very thought of proposing such a design. I likewise saw the new square in Waterloo-Place. It is built of bricks and mortar, and will serve, perhaps, for a few years, to charm the eyes of the prince regent, whose knowledge of architecture is not remarkably extensive.

A monument is to be erected to the memory of the beloved and regretted princess Charlotte of Wales. This statue is to be executed by an English Sculptor, instead of being entrusted to the most celebrated statuary in the world (Canova,) who would have created a model fit for the study of young artists. It is a singular fact, that I never observed, either at Carlton House or the palaces at Windsor or Brighton, a single production of that eminent artist. A new custom-house has recently been erected in the vicinity of London bridge. It is built on an immense scale, and in a style resembling the gloomy gothic monuments of the ages of ignorance.

After having visited the two grand theatres (which are very inconsiderable with regard to size,) and the shops, in which are deposited the rich productions of Engglish commerce, I spent several days in walking about the town, without experiencing any other emotion than that of extreme fatigue. At length, heartily tired of a city in which all is noise, bustle, and con. fusion, I joyfully embarked on board a packet-boat, and returned to Bruges. Lon. Lit. Gaz.

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BARON C. W. De humboldt.

We have deferred, till our next Number, the continuation of the review of M. Humboldt's new work, in order to make room for a biographical account of that distinguished traveller, and his brother, the present Prussian ambassador at the court of London.

Baron Charles William de Humboldt, minister of state, and privy-counsellor of the king of Prussia, chief of the department for superintending religion, and director-general of public education, was, in 1810, appointed ambassador extraordinary to the court of Vienna, and created a knight of the Red Eagle. He had previously been minister from Prussia to the court of Rome. In

February, 1814, baron de Humboldt was one of the plenipotentiaries of the allied powers, who assembled at Chatillon-sur-Seine, to negotiate for peace with France. At the congress of Vienna he was distinguished for talent and extensive knowledge. He was one of the principal authors of the plan for a constitution, the discussion of which continued until the 16th of November, 1814. He was likewise a member of the general committee of the eight powers who signed the peace of Paris, for the questions relative to the abolition of the slave trade. On the 13th of March, 1815, he signed the first declara, tion of the same powers, concerning Napoleon Bonaparte's return from Elba; and, on the 12th of May following, the second declaration, which may be regarded as the last profession of faith made by the European powers. In the course of the same month, he likewise concluded with Saxony a treaty of peace, by which the king of Saxony renounced, in favour of Prussia, his claims to various provinces and districts. This treaty was signed at Vienna on the 18th of May, and ratified on the 21st. Towards the end of the year 1815, M. de Humboldt was appointed ambassador extraordinary and minister plenipotentiary to the court of Vienna; he was, however, recalled in February, 1816, and in the month of July was sent to Frankfort, to negotiate respecting territorial arrangements, and to be present at the diet of the Germanic confederation. In October he laid before the members of the diet, a memorial respecting the mode of treating the affairs which might be submitted to their discussion. As a reward for his services, the king of Prussia, about this time, created him a member of the council of state, and granted him a donation amounting to the annual value of five thousand crowns. About the commencement of 1817, M. de Humboldt was appointed ambassador to London, in the room of M. Jacobi Kloest.

Though M. de Humboldt has acquired so brilliant a reputation as a diplomatist, his literary attainments are by no means unimportant. He has produced an excellent translation of Pindar, and a poetical translation of Eschylus's tragedy of Agamemnon,which appeared in 1816.

If it be matter of surprise that, amidst the important affairs with which this minister has been entrusted, he should have found time to complete a work which required no less erudition than poetic genius, our astonishment is increased two-fold on reading the translation. He has imitated the Greek metre, both in the dialogue and chorusses; and the translation is altogether so faithful, that it gives the original not only line for line, but word for word. Finally, it is an effort of which perhaps the German language alone is capable. It is equally remarkable that M. de Humboldt has studied the Basque language to a greater extent than any other literary character. During his travels, he chanced to live in the house of a Biscayan curate. The good pastor spoke of his native

language with so much enthusiasm, that the traveller determined to reside for several weeks in the village in order to acquire it. He read every work that is printed in the Basque language, and all the manuscripts le could procure, and thus enabled himself to communicate to the rest of Europe an original and almost unknown language, which bears no resemblance to any other. M. de Humboldt has published a Basque vocabulary consisting of about 6000 words, in the 4th volume of Adelung's Mithridates, continued by M. Vater, Berlin, 1817.

BARON F. H. A. DE HUMBOLDT.

Frederick Henry Alexander, baron de Humboldt, a celebrated traveller, brother to the individual before mentioned, was born at Berlin on the 14th of Sept. 1769. He pursued his studies at Gottingen, at Frankfort on the Oder, and lastly, at the Commercial School at Hamburgh, (see Buch's Universal Biography.) In 1790 he undertook his first journey through Europe, accompanied by Forster and Geuns. He visited the banks of the Rhine, Holland, and England, and published his Observations on the Basaltes of the Rhine, Brunswick, 1790, 8vo. In 1791, he studied mineralogy and botany, under Werner, at Freiberg; and in 1793, printed at Berlin, his Specimen Flora Freibergensis Subterrana. In 1792, he became assessor of the council of mines at Berlin, and aftewards director-general of the mines of the principality of Anspach and Bayreuth, in Franconia. There he founded several magnificent establishments, such as the School of Seben, and was likewise one of the first who repeated the five experiments of Galvani. Not satisfied with merely observing the muscular and nervous irritability of animals, he had the courage to make very painful experiments on himself, the results of which he published, with remarks by Blumenbach, in a work written in German, Berlin, 1796, 2 vols. 8vo. The first volume has been translated into French by J. F. N. Jadelot, under the following title: Experiences sur le Galvanisme, et en general sur l'irritation des Fibres Musculaires et Nerveuses, 1799, 8vo. In 1795, M. de Humboldt Travelled to Italy and Switzerland, accompanied by M. de Friedeleben; and in 1797, he proceeded with his brother to Paris, where he became acquainted with M. Aime Bonpland. At that time he entertained a wish to form part of the expedition of capt. Baudin; but the renewal of hostilities with Austria prevented him from embarking. M. de Humboldt now turned his thoughts seriously towards executing a plan which he had long since formed, namely, of making a philosophic visit to the east. He anxiously wished to join the expedition which had departed for Egypt, from whence he hoped to penetrate as far as Arabia, and then to the English settlements by crossing the Persian Gulf. He waited two months at Marseilles to obtain his passage on board a Swedish frigate, which was to convey a consul from Sweden to Algiers. At length, supposing

that he might easily find means to proceed
from Spain to Barbary, he set out for the
former country, carrying with him a consi-
derable collection of physical and astrono-
mical instruments. After remaining several
months at Madrid, the Spanish government
granted him permission to visit their colonies
in the new world. He immediately wrote
to Paris, to request that M. Bonpland would
accompany him, and the two friends em-
barked at Corunna, on board a Spanish ves-
sel. They arrived at Cumana, in South Ame-
rica, in July 1799. The remainder of the
year was spent in visiting the provinces of
New Andalusia and Spanish Guyana. They
returned to Cumana by the mission of the
Caraibees, and in 1800 proceeded to the isl-
and of Cuba, where, in the space of three
months, M. de Humboldt determined the
longitude of the Havanna, and assisted the
planters in constructing furnaces for the pre-
paration of sugar. In 1801, several false re-
ports were circulated respecting the voyage
of capt. Baudin, which induced M. de Hum-
boldt to form the design of meeting him; but
in order to avoid accidents he sent his col-
lections and manuscripts to Europe, and set
out himself in the month of March. The un-
favourable state of the weather, however,
prevented him from pursuing the course he
had traced out; and he resolved to visit the
superb collection of Mutis, a celebrated Ame
rican naturalist. In September, 1801, M. de
Humboldt set out for Quito, where he arrived
in the month of January, 1802. There he
was at length able to repose after his fatigues,
and to enjoy the pleasures of hospitality
amidst the most beautiful productions of na-
ture. At Quito, M. de Humboldt, accompanied
by the son of the Marquess de Selva Alegre,
(who, through an ardent passion for science,
had never quitted him since his arrival,) de-
termined on an enterprise, the execution of
which cost him incredible labour. Finally,
he departed, towards the middle of the sum-
mer, for the volcano of Tungaragno and the
Nevado del Chimborazo. They passed
through the ruins ot Riobamba, and several
other villages, destroyed on the 7th of Feb.
1797, by an earthquake, which in one mo-
ment swallowed up more than 40,000 indi-
viduals, and ultimately, after innumerable
difficulties, arrived, on the 23d of June, on
the eastern side of Chimborazo, and fixed
their instruments on the brink of a porphyry
rock,which projected over an immense space
covered with an impenetrable bed of snow.
A breach, about five hundred feet in width,
prevented them from advancing further.
The density of the air was one-half reduced;
they experienced the bitterest cold; they
breathed with difficulty, and the blood flow-
ed from their eyes, lips, and gums. They
were then on the most elevated point that
had ever been touched by mortal footsteps.
They stood at an elevation of 3485 feet
higher than that which Condamine attained
in 1745, and were consequently 19,500 feet
above the level of the sea. From this posi-
tion of extreme height they ascertained, by

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genes de l'Amerique, 1811; 2 vols. large folio, with plates, 1814, 2 vols. 8vo.-3. Recueil d'Observations Astronomiques, et de Mesures executees dans le Nouveau Continent, 2 vols. 4to. M. de Humboldt has neglected no means of verifying his calculations. He has submitted to the examination of the Bureau de Longitude, a portion of his astronomical observations on lunar distances, and the eclipses of the satellites of Jupiter. Nearly 500 barometrical heights have, moreover, been calculated by M. Prony, according to the formula of M. La Place.-4. Essai sur la Geographie des Plantes, ou Tableau Physique des Regions Equinoxiales, fonde sur des Observations et des mesures faites depuis le 100 degre de latitude australe, jusqu'au 10° degre de latitude boreale; 4to. with a large plate.

means of a trigonometrical operation, that the summit of Chimborazo was 2140 feet higher than the point on which they stood. Having concluded these important observations, M. de Humboldt directed his course towards Lima, the capital of Peru. He remained for several months in that city, enchanted with the vivacity and intelligence of its inhabitants. During his residence among the Peruvians, he observed, at the port of Callao, the emersion of the passage of Mercury on the disk of the sun. From Lima he proceeded to New Spain, where he remained for the space of a year; he arrived at Mexico in April, 1803. In the neighbourhood of that city be discovered the trunk of the famous Cheirostemon Platonoides, the only tree of that species that is to be seen in New Spain: it has existed since the remotest ages, 5. Plantes Equinoxiales, recueillies au Mexand is nine yards in circumference. The la- ique, dans l'Isle de Cuba, dans le Provinces, bours of M. de Humboldt were now drawing de Caracas, de Cumana, &c. 2 vols. folio.to a close. He made several excursions dur- 6. Monographie de Melastomes; 2 vols. folio. ing the months of January and February -7. Nova Genera et Species Plantarum; 3 1804; but they were his last, and he hasten- vols. folio.-8. Recueil d'Observations de ed to embark for the Havanna. In July he Zoologie et d'Anatomie comparees, faites dans set sail for Philadelphia, and after having re- un Voyage aux Tropiques; 2 vols. 4to.-9. sided for some time in the United States, he Essai Politique sur la Nouvelle Espagne; erossed the Atlantic and arrived in France, 1811, 2 vols. 4to, with a folio atlas, or 5 vols. after an absence of six years, marked by 8vo. with plates.-10. Physique General et labours the most useful and satisfactory, Geologie; 1 vol. 4to, (not yet published.)though filled with fatigue, dangers, and dis- 11. Ansichten der Natur; Tubingen, 1808, tress, of every kind. During his travels, M. Svo.; translated into French by M. Eyries, de Humboldt rectified, by the most exact under the superintendence of the author.operations, the errors which had been com- 12. De Distributione Geographica, Plantamitted in fixing the geographical positions of rum secundum Cali temperiem et altitudinem most of the points of the New World. He montium prolegomena; Paris, 1817; 8vo.has likewise discovered a very ingenious 13. Sur l'Elevation des Montagnes de l'Inde ; method, preferable to any description, for 8vo. M. Humboldt and M. Bonpland havdemonstrating, under a single point of view, ing shared together all the fatigues and danthe accumulated results of his topographi- gers of their journey, agreed that their cal and mineralogical observations. He has works should be published under the names given profiles of the vertical sections of the of both; the preface of each work explaincountries he visited. The herbal which he ing to whom such and such a portion is spebrought with him from Mexico, is one of the cifically due. M. de Humboldt also laboured richest in exotic plants that was ever trans- in common with M. de Guy-Lussac. They ported to Europe: it contains 6300 different conjointly verified the theory of M. Biot, on species. Animated by an ardent desire for the position of the magnetic equator; and making discoveries, and endowed with the ascertained that great chains of mountains, means of satisfying this noble ambition, M. and even burning volcanos, have no sensible de Humboldt has extended his researches to influence on the magnetic power, and that every branch of physical and social know- this power progressively diminishes in proledge. The mass of curious information, portion as we depart from the terrestrial which he collected in the New World, sur- equator. The narratives of M. de Humboldt's passes all that has ever resulted from the in- voyages have been published in several difvestigations of any other individual. He has ferent languages; but he has disavowed diffused a new light over the history of our them by publishing those which we have species, extended the limits of mathematical mentioned in the course of this article. It geography, and added an infinite number of has been stated in several public journals, new objects to the treasures of botany, zoo- that this indefatigable traveller intends visitlogy, and mineralogy. These precious ac- ing the Alps of Thibet, the most elevated quisitions, each classed in the order to which point of which is said to be 2700 feet higher they belong, were published in 1805, and than Chimborazo. At one of the sittings of several succeeding years, at Paris, Ham- the French Academy, in 1817, M. de Humburgh, and London, in the following man- boldt produced his chart of the river Oronooner-1. Voyage aux Regions Equinoxiales ko, which presents the phenomenon of the du Noveau Continent, pendant les Annees junction of that immense river with the Ama1799, 1800, 1801, 1802, 1803, et 1804: 4 vols. zon, by the intermediate waters of the Rio 4to. The first published in 1814-1817, has Negro; a coufluence which was supposed to likewise appeared in 4 vols. 8vo.-2. Vues exist by d'Anville, but which had hitherto rede Cordilieres et Monuments des Peuples indi-mained a matter of doubt.-Lon. Lit. Gas.

THER

ART. 8. NEW INVENTION.

On the Propulsion of Navigable Bodies. HE important and increasing benefits this great country experiences from its improvements in nautical mechanism, and the extraordinary magnitude of the vessels actuated by mechanical power, are circumstances that infallibly excite the attention of an European on his arrival in the United States. The Brooklyn steam-ferry-boat was the first moving object that arrested my attention as I entered the port of New-York. The effect, to me who had never witnessed the spontaneous march of the huge fabric, laden with carriages, horses and men, now gliding past our ship, was delightful, and impressed upon my imagination a more elevated idea of the enterprising spirit of the New World, than would the most lofty panegyric, unaccompanied by the test before me.

Thus forcibly impressed, before I had even touched the American shores, an habitual fondness for investigation, has subsequently impelled me to study the progressive history of mechanical navigation, from the obscure hints of the first projectors of the steam-engine, to the more finished works of Fulton. In the course of my pursuits, the latent principles of action were developed, and it became obvious that, notwithstanding the excellence already attained, the machine was still imperfect-imperfect in its original principle, and that there yet remained a wide unlocated field for the introduction of important improvements.

Comparing the magnitude of vessels with the power ordinarily expended in their propulsion, there seemed to be a great disparity, and the fact became indisputable, when I reflected, that, on the canals in England, barges carrying thirty tons, and themselves weighing at least fifteen tons, making a total gravity of forty-five tons, (measured by the displacement of water), are towed, through still water, five miles per hour by one horse. But here the Brooklyn twin ferry-boat, each half being shaped like the English canal barges, displaces only four times the bulk of water, (i. e. 180 tons,) and yet advances but five and a half miles per hour through the water, her engine exerting a power equal to that of twentyfour horses.

Now it is manifest that the power of a steam-engine must be the same, whether exerted on board a vessel or on shore; and, therefore, if a greater power be VOL. III.-No. II.

17

spent on board to propel it through water, than would give it an equal velocity if applied from the shore, the necessity for the excess must proceed, not from any imperfection in the engine, but from circumstances connected with the machinery, actuated by it as a “ primum mobile," and the medium (i. e. water) upon which it operates.

That power is unavoidably lost in the friction of the wheels giving notion to the water-wheel is obvious, and some allowance must be made on that account, but the amount of that loss bears but a small proportion to the total deficiency-the remainder must therefore be attributable to other causes which I will endeavour to point out.

Let us for a moment suppose the two vessels forming the Nassau ferry-boat, to float, connectedly as they now do, but each in a separate canal, divided by a firm bank, and that the water-wheel, instead of acting against water, rolled upon solid ground, as quickly as it now turns, (i. e. 20 times per minute,) the result would be an advance of the boat, as rapid as the revolution of the wheel, which, taking its actual measurement of 12-6 diameter, would give a pace of nine miles per hour. But we find by experience, that although the water-wheel of this boat does actually revolve at the rate of nine miles per hour, the boat never advances through the water, more than five and a half miles. Whence this enormous deficiency?

The paddles of water-wheels impinge upon unsolid matter, that yields to the stroke, and one-third of their velocity is spent in agitating the water into which they dip: thus, every three feet of the wheels' motions imparts two to the boat, and one in opposite course to the water. The powers thus expended, in producing these opposite motions, are, as the squares of their velocities, and, therefore, onefifth of the primum mobile, is thus lost to every useful purpose.

To illustrate this position more sensibly, let us again imagine the vessel placed in the double canal, above instanced, but that the dividing bank, upon which the wheel rolls, consists of loose sand, instead of hard ground, the sand will then slip back with the wheel, and inasmuch as it does slip back, so much will the motion of the boat be less than that of the wheel. The effect in water is similar, except that water, consisting of more minute, smooth

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