Chapter V (2)

As Columbus was at the court of Lisbon, when he had resolved to undertake his great enterprise, and, in fact, regarded himself as in some degree a Portuguese subject, he naturally applied in the first instance to John II., requesting that monarch to let him have some ships to carry him to Marco Polo's island of Zepango or Japan. The king referred him to the Bishop of Ceuta and his two physicians; but they having no faith in the existence of this island, rejected the services of Columbus. For seven years afterwards he solicited the court of Spain to send him out, while, during the same period, his brother, Bartholomew, was soliciting the court of England: the latter was unsuccessful, but Columbus himself at length persuaded Isabella to grant 40,000 crowns for the service of the expedition. He accordingly sailed from Palos, in Andalusia, on the 3d of August, 1492; and in thirty-three days landed on one of the Bahamas. He had already sailed nine hundred and fifty leagues west from the Canaries: after touching at the Bahamas, he continued his course to the west, and at length discovered the island of Cuba. He went no farther on this voyage; but on his return home, he discovered Hispaniola. The variation of the compass was first observed in this voyage. In a second voyage, in 1492, Columbus discovered Jamaica, and in a third, in 1494, he visited Trinidad and the continent of America, near the mouth of the Orinoco. In 1502, he made a fourth and last voyage, in which he explored some part of the shores of the Gulph of Mexico. The ungrateful return he met with from his country is well known: worn out with fatigue, disappointment, and sorrow, he died at Valladolid, on the 20th of May, 1506, in the fifty-ninth year of his age.

In the mean time, the completion of the discovery of America was rapidly advancing. In 1499, Ogeda, one of Columbus's companions, sailed for the new world: he was accompanied by Amerigo Vespucci: little was discovered on the voyage, except some part of the coast of Guana and Terra Firma. But Amerigo, having, on his return to Spain, published the first account of the New World, the whole of this extensive quarter of the globe was called after him. Some authors, however, contend that Amerigo visited the coasts of Guiana and Terra Firma before Columbus; the more probable account is, that he examined them more carefully two years after their discovery by Columbus. Amerigo was treated by the court of Spain with as little attention and gratitude as Columbus had been: he therefore offered his services to Portugal, and in two voyages, between 1500 and 1504, he examined the coasts of that part of South America which was afterwards called Brazil. This country had been discovered by Cabral, who commanded the second expedition of the Portuguese to India: on his voyage thither, a tempest drove him so far to the west, that he reached the shores of America. He called it the Land of the Holy Cross; but it was afterwards called Brazil, from the quantity of red wood of that name found on it.

For some time after the discovery of America it was supposed to be part of India: and hence, the name of the West Indies, still retained by the islands in the Gulph of Mexico, was given to all those countries. There were, however, circumstances which soon led the discoverers to doubt of the truth of the first conceived opinion. The Portuguese had visited no part of Asia, either continent or island, from the coast of Malabar to China, on which they had not found natives highly civilized, who had made considerable progress in the elegant as well as the useful arts of life, and who were evidently accustomed to intercourse with strangers, and acquainted with commerce. In all these respects, the New World formed a striking contrast: the islands were inhabited by savages, naked, unacquainted with the rudest arts of life, and indebted for their sustenance to the spontaneous productions of a fertile soil and a fine climate. The continent, for the most part, presented immense forests, and with the exception of Mexico and Peru, was thinly inhabited by savages as ignorant and low in the scale of human nature as those who dwelt on the islands.

The natural productions and the animals differed also most essentially from those, not only of India, but also of Europe. There were no lemons, oranges, pomegranates, quinces, figs, olives, melons, vines, nor sugar canes: neither apples, pears, plumbs, cherries, currants, gooseberries, rice, nor any other corn but maize. There was no poultry (except turkeys), oxen, sheep, goats, swine, horses, asses, camels, elephants, cats, nor dogs, except an animal resembling a dog, but which did not bark. Even the inhabitants of Mexico and Peru were unacquainted with iron and the other useful metals, and destitute of the address requisite for acquiring such command of the inferior animals, as to derive any considerable aid from their labour.

In addition to these most marked and decided points of difference between India and the newly discovered quarter of the globe, it was naturally inferred that a coast extending, as America was soon ascertained to do, many hundred miles to the northward and to the southward of the equator, could not possibly be that of the Indies. At last, in the year 1513, a view of the Grand Ocean having been attained from the mountains of Darien, the supposition that the New World formed part of India was abandoned. To this ocean the name of the South Sea was given.

In the mean time, the Portuguese had visited all the islands of the Malay Archipelago, as far as the Moluccas. Portugal had received from the Pope a grant of all the countries she might discover: the Spaniards, after the third voyage of Columbus, obtained a similar grant. As, however, it was necessary to draw a line between those grants, the Pope fixed on 27-1/2° west of the meridian of the island of Ferro. The sovereigns, for their mutual benefit, allowed it to 370 leagues west of the Cape Verd islands: all the countries to the east of this line were to belong to Portugal, and all those to the west of it to Spain. According to this line of demarcation, supposing the globe to be equally divided between the two powers, it is plain that the Moluccas were situated within the hemisphere which belonged to Spain. Portugal, however, would not yield them up, contending that she was entitled to the sovereignty of all the countries she could discover by sailing eastward. This dispute gave rise to the first circumnavigation of the globe, and the first practical proof that India could be reached by sailing westward from Europe, as well as to other results of the greatest importance to geography and commerce.

During the discussions which this unexpected and embarrassing difficulty produced, Francis Magellan came to the court of Spain, to offer his services as a navigator, suggesting a mode by which he maintained that court would be able to decide the question in its own favour. Magellan had served under Albuquerque, and had visited the Moluccas: and he proposed, if the Spanish monarch would give him ships, to sail to these islands by a westerly course, which would, even according to the Portuguese, establish the Spanish right to their possession. The emperor Charles, who was at this period king of Spain, joyfully embraced the proposal, although a short time previous, Solis, who had sailed in quest of a westerly passage to India, had, after discovering the Rio de la Plata, perished in the attempt.

It is maintained by some authors that Magellan's confidence in the success of his own plan arose from the information he received from a chart drawn up by Martin Behaim, in which the straits that were afterwards explored by Magellan, and named after him, were laid down; and that he carried the information he derived from it to Spain, and by means of it obtained the protection of Cardinal Ximenes, and the command of the fleet, with which he was the first to circumnavigate the world.

As this is a point which has been a good deal discussed, and as it is of importance, not only to the fame of Magellan, but to a right understanding of the actual state of geographical knowledge, with respect to the New World, at this era, it may be proper briefly to consider it.

The claim of Behaim rests entirely on a passage in Pigafetta's journal of the voyage of Magellan, in which it is stated that Magellan, as skilful as he was courageous, knew that he was to seek for a passage through an obscure strait: this strait he had seen laid down in a chart of Martin Behaim, a most excellent cosmographer, which was in the possession of the king of Portugal. In describing the nature of the maps and charts which, during the whole of the middle ages, were drawn up, we observed that it was very usual to insert countries, &c. which were merely supposed to exist. The question, therefore, is--allowing that a strait was laid down in a chart drawn up by Behaim, whether it was a conjectural strait or one laid down from good authority? That Behaim himself did not discover such a strait will be evident from the following circumstances: in the Nuremberg globe, formed by Behaim, it does not appear: there is nothing between the Azores and Japan, except the fabulous islands of Aulitia and St. Brandon; no mention of it is made in the archives of that city or in his numerous letters, which are still preserved. The date of the Nuremberg globe is 1492, the very year in which Columbus first reached the West Indies: Behaim therefore cannot be supposed to have contributed to this discovery. It is said, however, that he made a long voyage in 1483 and 1484: but this voyage was in an easterly direction, for it is expressly stated to have been to Ethiopia; probably to Congo, and the cargo he brought home, which consisted of an inferior kind of pepper, proves that he had not visited America. Besides, if he had visited any part of America in 1483 or 1484, he would have laid it down in his globe in 1492, whereas, as we have remarked, no country appears on it to the west of St. Brandon. We may, therefore, safely conclude that he did not himself discover any passage round the south point of America.

But all the other great discoveries of the Portuguese and Spaniards (except that of Diaz in 1486) were made between 1492, the date of the Nuremberg Globe, and 1506, the date of the death of Behaim, and between these periods, he constantly resided at Fayal. It is much more probable that he inserted this strait in his chart on supposition, thinking it probable that, as Africa terminated in a cape, so America would. That Magellan did not himself believe the strait was laid down in Behaim's chart from any authority is evident, from a circumstance mentioned by Pigafetta, who expressly informs us, that Magellan was resolved to prosecute his search after it to latitude 75°, had he not found it in latitude 52°. Now, as Behaim undoubtedly was the greatest cosmographer of the age, and had been employed to fit the astrolobe as a sea instrument, it is not to be supposed that, if he had good authority for the existence of a passage round South America, he would have left it in any chart he drew, with an uncertainty of 23 degrees.

Magellan sailed from Spain in 1519, with five ships: he explored the river Plate a considerable way, thinking at first it was the sea, and would lead him to the west. He then continued his voyage to the south, and reached the entrance of the straits which afterwards received his name, on the 21st October, 1520, but, in consequence of storms, and the scarcity of provisions, he did not clear them till the 28th of November. He now directed his course to the north-west: for three months and twenty days he saw no land. In 15 south, he discovered a small island; and another in 9 south. Continuing his course still in the same direction, he arrived at the Ladrones, and soon afterwards at the Phillippines, where he lost his life in a skirmish. His companions continued their voyage; and, on the twenty-seventh month after their departure from Spain, arrived at one of the Molucca islands. Here the Spaniards found plenty of spices, which they obtained in exchange for the cloth, glass, beads, &c., which they had brought with them for that purpose. From the Moluccas they returned home round the Cape of Good Hope, and reached Seville in September, 1552. Only one ship returned, and she was drawn up in Seville, and long preserved as a monument of the first circumnavigation of the globe. The Spaniards were surprised, on their return to their native country, to find that they had gained a day in their reckoning--a proof of the scanty knowledge at that time possessed, respecting one of the plainest and most obvious results of the diurnal motion of the earth.

The voyage of Magellan occupied 1124 days: Sir Francis Drake, who sailed round the world about half a century afterwards, accomplished the passage in 1051 days: the next circumnavigator sailed round the globe in 769 days; and the first navigators who passed to the south of Terra del Fuego, accomplished the voyage in 749 days. In the middle of the eighteenth century, a Scotch privateer sailed round the world in 240 days.

In the meantime, several voyages had been performed to the east coast of North America. The first voyages to this part of the new world were undertaken by the English: there is some doubt and uncertainty respecting the period when these were performed. The following seems the most probable account.

At the time when Columbus discovered America, there lived in London a Venetian merchant, John Cabot, who had three sons. The father was a man of science, and had paid particular attention to the doctrine of the spheres: his studies, as well as his business as a merchant, induced him to feel much interest in the discoveries which were at that period making. He seems to have applied to Henry VII.; who accordingly empowered him to sail from England under the royal flag, to make discoveries in the east, the west, and the north, and to take possession of countries inhabited by Pagans, and not previously discovered by other European nations. The king gave him two ships, and the merchants of Bristol three or four small vessels, loaded with coarse cloth, caps, and other small goods. The doubt respecting the precise date of this voyage seems to receive the most satisfactory solution from the following contemporary testimony of Alderman Fabian, who says, in his _Chronicle of England and France_, that Cabot sailed in the beginning of May, in the mayoralty of John Tate, that is, in 1497, and returned in the subsequent mayoralty of William Purchase, bringing with him three _sauvages_ from Newfoundland. This fixes the date of this voyage: the course he steered, and the limits of his voyage, are however liable to uncertainty. He himself informs us, that he reached only 56° north latitude, and that the coast of America, at that part, winded to the east: but there is no coast of North America that answers to this description. According to other accounts, he reached 67-1/2° north latitude; but this is the coast of Greenland, and not the coast of Labrador, as these accounts call it. It is most probable that he did not reach farther than Newfoundland, which he certainly discovered. To this island he at first gave the names of Prima Vista and Baccaloas; and it is worthy of notice, that a cape of Newfoundland still retains the name of Bona Vista, and there is a small island still called Bacalao, not far from hence.

From this land he sailed to the south-west till he reached the latitude of Gibraltar, and the longitude of Cuba; if these circumstances be correct, he must have sailed nearly as far as Chesapeak Bay: want of provisions now obliged him to return to England.

Portugal, jealous of the discoveries which Spain had made in the new world, resolved to undertake similar enterprizes, with the double hope of discovering some new part of America, and a new route to India. Influenced by these motives, Certireal, a man of birth and family, sailed from Lisbon in 1500 or 1501: he arrived at Conception Bay, in Newfoundland, explored the east coast of that island, and afterwards discovered the river St. Lawrence. To the next country which he discovered, he gave the name of Labrador, because, from its latitude and appearance, it seemed to him better fitted for culture than his other discoveries in this part of America. This country he coasted till he came to a strait, which he called the Strait of Anian. Through this strait he imagined a passage would be found to India, but not being able to explore it himself, he returned to Portugal, to communicate the important and interesting information. He soon afterwards went out on a second voyage, to prosecute his discoveries in this strait; but in this he perished. The same voyage was undertaken by another brother, but he also perished. As the situation of the Strait of Anian was very imperfectly described, it was long sought for in vain on both sides of America; it is now generally supposed to have been Hudson's Strait, at the entrance of Hudson's Bay.

The Spaniards were naturally most alarmed at the prospect of the Portuguese finding a passage by this strait to India. Cortez, the conqueror of Mexico, undertook himself an expedition for this purpose; but he returned without accomplishing any thing. After him the viceroy, Mendoza, sent people, both by sea and land, to explore the coast as far as 53° north latitude; but neither party reached farther than 36 degrees. The Spanish court itself now undertook the enterprize; and in the year 1542, Cabrillo, a Portuguese in the service of that court, sailed from Spain. He went no farther than to 44 degrees north latitude, where he found it very cold. He coasted the countries which at present are called New California, as far as Cape Blanco: he discovered, likewise, Cape Mendocino; and ascertained, that from this place to the harbour De la Nadividad, the land continued without the intervention of any strait. In 1582, Gualle was directed by the king of Spain to examine if there was a passage to the east and north-east of Japan, that connected the sea of Asia with the South Sea. He accordingly steered from Japan to the E.N.E. about 300 leagues: here he found the current setting from the north and north-west, till he had sailed above 700 leagues, when he reckoned he was only 200 leagues from the coast of California. In this voyage he discovered those parts of the north-west coast of America which are called New Georgia and New Cornwall. At the beginning of the seventeenth century, the Spaniards, alarmed at the achievements of Sir Francis Drake on this part of America, and still anxious to discover, if possible, the Straits of Anian, sent out Sebastian Viscaino from Acapulco: he examined the coasts as far as Cape Mendocino, and discovered the harbour of Montery. One of his ships reached the latitude of 43 degrees, where the mouth of a strait, or a large river, was said to have been discovered.

The expedition of Sir Francis Drake, though expressly undertaken for the purpose of distressing the Spaniards in their new settlements, must be noticed here, on account of its having contributed also, in some degree, to the geographical knowledge of the north-west coast of America. He sailed from Plymouth on the 15th November, 1577, with five vessels, (the largest only 100 tons, and the smallest 15,) and 164 men. On the 20th of August, 1578, he entered the Strait of Magellan, which he cleared on the 6th of September: "a most extraordinary short passage," observes Captain Tuckey, "for no navigator since, though aided by the immense improvements in navigation, has been able to accomplish it in less than 36 days." After coasting the whole of South America to the extremity of Mexico, he resolved to seek a northern passage into the Atlantic. With this intention, he sailed along the coast, to which, from its white cliffs, he gave the name of New Albion. When he arrived, however, at Cape Blanco, the cold was so intense, that he abandoned his intention of searching for a passage into the Atlantic, and crossed the Pacific to the Molucca islands. In this long passage he discovered only a few islands in 20° north latitude: after an absence of 1501 days, he arrived at Plymouth. The discoveries made by this circumnavigator, will, however, be deemed much more important, if the opinion of Fleurien, in his remarks on the austral lands of Drake, inserted in the Voyage of Marchand, in which opinion he is followed by Malte Brun, be correct; viz. that Drake discovered, under the name of the Isles of Elizabeth, the western part of the archipelago of Terra del Fuego; and that he reached even the southern extremity of America, which afterwards received, from the Dutch navigators, the name of Cape Horn. These are all the well authenticated discoveries made in the sixteenth and seventeenth centuries, on the north-west coast of America. Cape Mendocino, in about 40-1/2 degrees north latitude, is the extreme limit of the certain knowledge possessed at this period respecting this coast: the information possessed respecting New Georgia and New Cornwall was very vague and obscure.

In the beginning of the sixteenth century, the coasts of the east side of North America, particularly those of Florida, Virginia, Acadia and Canada, were examined by navigators of different countries. Florida was discovered in the year 1512, by the Spanish navigator, Ponce de Leon; but as it did not present any appearance of containing the precious metals, the Spaniards entirely neglected it. In 1524, the French seem to have engaged in their first voyage of discovery to America. Francis I. sent out a Florentine with four ships: three of these were left at Madeira; with the fourth he reached Florida. From this country he is said to have coasted till he arrived in fifty degrees of north latitude. To this part he gave the name of New France; but he returned home without having formed any colony. Towards the end of the sixteenth and beginning of the seventeenth centuries, the English began to form settlements in these parts of North America. Virginia was examined by the famous Sir Walter Raleigh: this name was given to all the coast on which the English formed settlements. That part of it now called Carolina, seems to have been first discovered by Raleigh.

The beginning of the seventeenth century was particularly distinguished by the voyage of La Maire and Schouten. The States General of Holland, who had formed an East India Company, in order to secure to it the monopoly of the Indian trade, prohibited all individuals from navigating to the Indian Ocean, either round the Cape of Good Hope or through the Straits of Magellan. It was therefore an object of great importance to discover, if practicable, any passage to India, which would enable the Dutch, without incurring the penalties of the law, to reach India. This idea was first suggested by La Maire, a merchant of Amsterdam, and William Schouten, a merchant of Horn. They had also another object in view: in all the maps of the world of the sixteenth century, a great southern continent is laid down. In 1606, Quiros, a Spanish navigator, had searched in vain for this continent; and La Maire and Schouten, in their voyage, resolved to look for it, as well as for a new passage to India. In 1615 they sailed from Holland with two ships: they coasted Patagonia, discovered the strait which bears the name of La Maire, and Staten Island, which joins it on the east. On the 31st of January next year, they doubled the southern point of America, having sailed almost into the sixtieth degree of south latitude; this point they named Cape Horn, after the town of which Schouten was a native. From this cape they steered right across the great southern ocean to the northwest. In their course they discovered several small islands; but finding no trace of a continent, they gave up the search for it, and steering to the south, passed to the east of the Papua Archipelago. They then changed their course to the west; discovered the east coast of the island, afterwards called New Zealand, as well as the north side of New Guinea. They afterwards reached Batavia, where they were seized by the president of the Dutch East India Company. This voyage was important, as it completed the navigation of the coast of South America from the Strait of Magellan to Cape Horn, and ascertained that the two great oceans, the Pacific and the Atlantic, joined each other to the south of America, by a great austral sea. This voyage added also considerably to maritime geography, "though many of the islands in the Pacific thus discovered have, from the errors in their estimated longitudes, been claimed as new discoveries by more recent navigators." In the year 1623, the Dutch found a shorter passage into the Pacific, by the Straits of Nassau, north-west of La Maire's Strait; and another still shorter, by Brewer's Straits, in the year 1643.

The success of the Portuguese and Spaniards in their discoveries of a passage to India by the Cape of Good Hope, and of America, induced, as we have seen, the other maritime nations to turn their attention to navigation and commerce. As, however, the riches derived from the East India commerce were certain, and the commodities which supplied them had long been in regular demand in Europe, the attempts to discover new routes to India raised greater energies than those which were made to complete the discovery of America. In fact, as we have seen, the east coast, both of South and North America, in all probability would not have been visited so frequently, or so soon and carefully examined, had it not been with the hope of finding some passage to India in that direction. But it was also supposed, that a passage to India might be made by sailing round the north of Europe to the east. Hence arose the frequent attempts to find out what are called the north-west and north-east passages; the most important of which, that were made during the sixteenth and seventeenth centuries, we shall now proceed to notice.

We have already mentioned the earliest attempts to find out the Straits of Anian; the idea that they existed on the northwest coast of America seems to have been abandoned for some time, unless we suppose, that a voyage undertaken by the French in 1535 had for its object the discovery of these straits: it is undoubted, that one of the objects of this voyage was to find a passage to India. In this voyage, the river St. Lawrence was examined as far as Montreal. In 1536, the English in vain endeavoured to find a north-west passage to India. The result of this voyage was, however, important in one respect; as it gave vise to the very beneficial fishery of the English on the banks of Newfoundland. The French had already engaged in this fishery.

In 1576, the idea of a north-west passage having been revived in England, Frobisher was sent in search of it, with two barks of twenty-five tons each, and one pinnace of ten tons. He entered the strait, leading into what was afterwards called Hudson's Bay: this strait he named after himself. He discovered the southern coast of Greenland; and picking up there some stone or ore which resembled gold, he returned to England. The London goldsmiths having examined this, they reported that it contained a large proportion of gold. This induced the Russian Company to send him out a second time, in 1577; but during this voyage, and a third in 1578, no discoveries of consequence were made. In the years 1585, 86, and 87, Captain Davis, who was in the service of an English company of adventurers, made three voyages in search of a north-west passage. In the first he proceded as far north as sixty-six degrees forty minutes, visited the southwest coast of Greenland, and gave his own name to the straits that separate it from America. At this time the use of a kind of harpoon was known, by which they were enabled to kill porpoises; but though they saw many whales, they knew not the right manner of killing them. In his second voyage an unsuccessful attempt was made to penetrate between Iceland and Greenland, but the ships were unable to penetrate beyond sixty-seven degrees north latitude. The west coast of Greenland was examined; but not being able to sail along its north coast, he stretched across to America, which he examined to latitude fifty-four. In his last voyage, Davis reached the west coast of Greenland, as far as latitude seventy-two. All his endeavours, however, to find a north-west passage were ineffectual.

In 1607, Hudson, an experienced seaman of great knowledge and intrepidity, sailed in search of this passage. He directed his course straight north, and reached the eighty-second degree of latitude, and the seventy-third degree of west longitude. During this voyage more of the eastern coast of Greenland was discovered than had been previously known. In his second voyage, which was undertaken in 1608, he endeavoured to sail between Nova Zembla and Spitzbergen, but unsuccessfully: of this and his first voyage we have very imperfect accounts. His third voyage was undertaken for the Dutch: in this he discovered the river in America which bears his name. His fourth and last voyage, in which he perished, and to which he owes his principal fame as a navigator, was in the service of the Russia Company of England. In this voyage he reached the strait which bears his name: his crew mutinied at this place, and setting him on shore, returned to England. As soon as the Russia Company learned the fate of Hudson, they sent one Captain Button in search of him, and also to explore the straits which he had discovered: in this voyage Hudson's Bay was discovered. Button's journal was never published: it is said, however, to have contained some important observations on the tides, and other objects of natural philosophy.

The existence of such a bay as Hudson's was described to be, induced the merchants of England to believe that they had at length found out the entrance to a passage which would lead them to the East Indies: many voyages were therefore undertaken, in a very short time after this bay had been discovered. The most important was that of Bylot and Baffin: they advanced through Davis's Straits into an extensive sea, which they called Baffin's Bay: they proceeded, according to their account, as far north as the latitude 78°. The nature and extent of this discovery was very much doubted at the time, and subsequently, till the discoveries of Captains Ross and Parry, at the beginning of the nineteenth century, proved that Baffin was substantially accurate and faithful.

Baffin's voyage took place in the year 1616: after this there was no voyage undertaken with the same object, till the year 1631, when Captain Fox sailed from Deptford. He had been used to the sea from his youth, and had employed his leisure time in collecting all the information he could possibly obtain, respecting voyages, to the north. He was besides well acquainted with some celebrated mathematicians and cosmographers, particularly Thomas Herne, who had carefully collected all the journals and charts of the former voyages, with a view to his business, which was that of a maker of globes. When Fox was presented to Charles I, his majesty gave him a map, containing all the discoveries which had been made in the north seas. He discovered several islands during the voyage, but not the passage he sought for; though he is of opinion, that if a passage is to be found, it must be in Sir Thomas Roe's Welcome,--a bay he discovered near an island of that name, in north latitude 64° 10', not far from the main land, on the west side of Hudson's Bay. He published a small treatise on the voyage, called The North-west Fox, which contains many important facts and judicious observations on the ice, the tides, compass, northern lights, &c. Captain James sailed on the same enterprise nearly at the same time that Fox did. His account was printed by King Charles's command, in 1633: it contains some remarkable physical observations respecting the intenseness of the cold, and the accumulation of ice, in northern latitudes; but no discovery of moment. He was of opinion, that no north-west passage existed.

The last voyage in the seventeenth century, in search of this passage, was undertaken in consequence of the representations of a Frenchman to Charles II. From the same cause proceeded the establishment of the Hudson's Bay Company by that monarch.

Canada was at this time colonized by the French; and a French settler there, De Gronsseliers, an enterprising and speculative man, after travelling in various directions, reached a country, where he received information respecting Hudson's Bay: he therefore resolved to attempt to reach this bay by sea. In the course of this undertaking he met with a few English, who had settled themselves near Port Nelson River: these he attacked, and by their defeat became master of the country. He afterwards explored the whole district, and returned to Quebec with a large quantity of valuable furs and English merchandize; but meeting with ill-treatment in Quebec, and afterwards at the court of France, he came to England, where he was introduced to the Count Palatine Rupert. The prince patronized all laudable and useful enterprises; and persuaded the king to send out Captain Gillam, and the Frenchman with him. The ship was loaded with goods to traffic for furs. They passed through Hudson's Straits to Baffin's Bay, as far as 75 degrees north latitude: they afterwards sailed as far to the south as 51 degrees, where, near the banks of a river, called after Prince Rupert, they built Charles Fort. This was the first attempt to carry on commerce in this part of America.

We must now return to the period of the first attempt to find out a north-east passage to India. A society of merchants had been formed in London for this purpose. Sebastian Cabot, either the son or the grandson of John Cabot, and who held the situation of grand pilot of England under Edward VI., was chosen governor of this society. Three vessels were fitted out: one of them is particularly noticed in the contemporary accounts, as having been sheathed with thin plates of lead. Sir Hew Willoughby had the chief command: Captain Richard Chanceller and Captain Durfovill commanded the other two vessels under him. Willoughby, having reached 72 degrees of north latitude, was obliged by the severity of the season to run his ship into a small harbour, where he and his crew were frozen to death. Captain Durfovill returned to England. Chanceller was more fortunate; for he reached the White Sea, and wintered in the Dwina, near the site of Archangel. While his ship lay up frozen, Chanceller proceeded to Moscow, where he obtained from the Czar privileges for the English merchants, and letters to King Edward: as the Czar was at this period engaged in the Livonian war, which greatly interrupted and embarrassed the trade of the Baltic, he was the more disposed to encourage the English to trade to the White Sea. We have already remarked, in giving an account of the voyage of Ohter, in King Alfred's time, that he had penetrated as far as the White Sea. This part of Europe, however, seems afterwards to have been entirely lost sight of, till the voyage of Chanceller; for in a map of the most northern parts of Europe, given in Munster's Geographia, which was printed in 1540, Greenland is laid down as joined to the north part of Lapland; and, consequently, the northern ocean appears merely as a great bay, enclosed by these countries. Three years afterwards, the English reached the coasts of Nova Zembla, and heard of, if they did not arrive at, the Straits of Waygats. The next attempts were made by the Dutch, who were desirous of reaching India by a route, in the course of which they would not be liable to meet with the Spaniards or Portuguese. They accordingly made four attempts between 1594 and 1596, but unsuccessfully. In the last voyage they reached Spitzbergen; but after striving in vain to penetrate to the north-east, they were obliged to winter on the north coast of Nova Zembla, in 76° latitude. Here they built a smaller vessel out of the remains of the one they had brought from Holland, and arrived the following summer at Kola, in Lapland.

In 1653, Frederic III, king of Denmark, sent three vessels to discover a north-east passage: it is said that they actually passed through Waygats' Straits; but that in the bay beyond these straits they found insurmountable obstacles from the ice and cold, and consequently were obliged to return.

The last attempt made in the seventeenth century, was by the English: it was proposed and undertaken by John Wood, an experienced seaman, who had paid particular attention to the voyages that had been made to the north. His arguments in favour of a north-east passage were, that whales had been found near Japan, with English and Dutch harpoons in them; and that the Dutch had found temperate weather near the Pole, and had sailed 300 leagues to the east of Nova Zembla. The first argument only proved, that there was sea between Nova Zembla and Japan; but not that it was navigable, though passable for whales: the other two positions were unfounded. Wood, however, persuaded the Duke of York to send him out in 1676. He doubled the North Cape, and reached 76 degrees of north latitude. One of the ships was wrecked off the coast of Nova Zembla, and Wood returned in the other, with an opinion that a north-east passage is impracticable, and that Nova Zembla is a part of the continent of Greenland.

But we must turn from these attempts to discover a northwest or north-east passage to India, which, from the accounts given of them, it will be evident, contributed very little to the progress of geographical knowledge, though they necessarily increased the skill, confidence, and experience of navigators.

While these unprofitable voyages were undertaken in the north, discoveries of consequence were making in the southern ocean. These may be divided into two classes; viz., such as relate to what is now called Australasia; and those which relate to the islands which are scattered in the southern ocean.

We have already stated that there is reason to believe some part of New Holland was first discovered by the Portuguese: two ancient maps in the British Museum are supposed to confirm this opinion; but the date of one is uncertain; the other is dated 1542, and certainly contains a country, which, in form and position, resembles New Holland, as it was laid down prior to the voyage of Tasman. But allowing this to be New Holland, it only proves, that at the date of this map it was known, not that it had been discovered by the Portuguese.

The Dutch, however, certainly made several voyages to it between 1616 and 1644: the western extremity was explored in 1616. The same year Van Dieman's Land was discovered. In the course of the ten following years, the western and northern coasts were visited. The southern coast was first discovered in 1627, but we have no particulars respecting the voyage in which it was discovered. In 1642, Tasman, a celebrated Dutch navigator, sailed from Batavia, and discovered the southern part of Van Dieman's Land and New Zealand. From this time to the beginning of the eighteenth century, little progress was made in exploring the coast of New Holland. Dampier, however, a man of wonderful talents, considering his education and mode of life, collected, during his voyage, some important details respecting the west coast. And among the numerous voyages undertaken by the Dutch East India Company towards the close of the seventeenth and beginning of the eighteenth century, to examine this vast country, which the Dutch regarded as belonging to them, there was one by Van Vlaming deserving of notice: this navigator examined with great care and attention many bays and harbours on the west side; and he is the first who mentions the black swans of this country.

Papua, or New Guinea, another part of Australasia, was discovered by the Portuguese in 1528. The passage that divides this country from New Britain was discovered by Dampier, who was also the first that explored and named the latter country in 1683. The discovery of Solomon Islands by the Spaniards took place in 1575: Mendana, a Spanish captain, sailed from Lima, to the westward, and in steering across the Pacific, he fell in with these islands. On a second voyage he extended his discoveries, and he sailed a third time to conquer and convert the natives. His death, which took place in one of these islands, put an end to these projects. They are supposed to be the easternmost of the Papua Archipelago, afterwards visited by Carteret, Bougainville, and other navigators. Mendana, during his last voyage, discovered a group of islands to which he gave the name of Marquesas de Mendoza.

This group properly belongs to Polynesia: of the other islands in this quarter of the globe, which were discovered prior to the eighteenth century, Otaheite is supposed to have been discovered by Quiros in 1606. His object was to discover the imagined austral continent; but his discoveries were confined to Otaheite, which he named Sagittaria, and an island which he named Terra del Esperitu Sancto, which is supposed to be the principal of the New Hebrides. The Ladrones were discovered by Magellan in 1521. The New Philippines, or Carolinas, were first made known by the accidental arrival of a family of their natives at the Philippines in 1686. Easter island, a detached and remote country, which, however, is inhabited by the Polynesian race, was discovered by Roggewein in 1686.

Having thus exhibited a brief and general sketch of the progress of discovery, from the period when the Portuguese first passed the Cape of Good Hope to the beginning of the eighteenth century, we shall next, before we give an account of the state and progress of commerce during the same period, direct our attention to the state of geographical science in the sixteenth and seventeenth centuries.

We have already stated that the astrolobe, which had been previously applied only to astronomical purposes, was accommodated to the use of mariners by Martin Behaim, towards the end of the fifteenth century. He was a scholar of Muller, of Koningsberg, better known under the name of Regiomontanus, who published the Almagest of Ptolemy. The Germans were at this time the best mathematicians of Europe. Walther, who was of that nation, and the friend and disciple of Regiomontanus, was the first who made use of clocks in his astronomical observations. He was succeeded by Werner, of Nuremberg, who published a translation of Ptolemy's Geography, with a commentary, in which he explains the method of finding the longitude at sea by the distance of a fixed star from the moon. The astronomical instruments hitherto used were, with the exception of the astrolobe, those which had been employed by Ptolemy and the Arabians. The quadrant of Ptolemy resembled the mural quadrant of later times; which, however, was improved by the Arabians, who, at the end of the tenth century, employed a quadrant twenty-one feet and eight inches radius, and a sextant fifty-seven feet nine inches radius, and divided into seconds. The use of the sextant seems to have been forgotten after this time; for Tycho Brahe is said to have re-invented it, and to have employed it for measuring the distances of the planets from the stars. The quadrant was about the same time improved by a method of subdividing its limbs by the diagonal scale, and by the Vernier. The telescope was invented in the year 1609, and telescopic sights were added to the quadrant in the year 1668. Picard, who was one of the first astronomers who applied telescopes to quadrants, determined the earth's diameter in 1669, by measuring a degree of the meridian in France. The observation made at Cayenne, that a pendulum which beat seconds there, must be shorter than one which beat seconds at Paris, was explained by Huygens, to arise from the diminution of gravity at the equator, and from this fact he inferred the spheroidal form of the earth. The application of the pendulum to clocks, one of the most beautiful and useful acquisitions which astronomy, and consequently navigation and geography have made, was owing to the ingenuity of Huygens. These are the principal discoveries and inventions, relating to astronomy, which were made prior to the eighteenth century, so far as they are connected with the advancement of the art of navigation and the science of geography.

The discoveries of Columbus and Gama necessarily overturned the systems of Ptolemy, Strabo, and the other geographers of antiquity. The opinion that the earth was a globe, which had been conjectured or inferred prior to the voyage of Magellan, was placed beyond a doubt by that voyage. The heavenly bodies were subjected to the calculations of man by the labours of Copernicus, Tycho Brahe, and Galileo. Under these circumstances it was necessary, and it was easy, to make great improvements in the construction of maps, in laying down the real form of the earth, and the relative situations of the countries of which it is formed, together with their latitudes and longitudes. The first maps which displayed the new world were those of the brothers Appian, and of Ribeiro: soon afterwards a more complete and accurate one was published by Gemma Frisius. Among the geographers of the sixteenth century, who are most distinguished for their science, may be reckoned Sebastian Munster; for though, as we have already mentioned, he joins Greenland to the north of Lapland in his map, yet his research, labour, and accuracy were such, that he is compared by his contemporaries to Strabo. Ortelius directed his studies and his learning to the elucidation of ancient geography; and according to Malte Bran, no incompetent judge, he may yet be consulted on this subject with advantage.

But modern geography may most probably be dated from the time of Mercator: he published an edition of Ptolemy, in which he pointed out the imperfection of the system of the ancients. The great object at this time, was to contrive such a chart in plano, with short lines, that all places might be truly laid down according to their respective longitudes and latitudes. A method of this kind had been obscurely pointed at by Ptolemy; but the first map on this plan was made by Mercator, about the year 1550. The principles, however, on which it was constructed, were not demonstrated till the year 1559, when Wright, an Englishman, pointed them out, as well as a ready and easy way of making such a map. This was a great help to navigators; since by enlarging, the meridian line, as Wright suggested and explained, so that all the degrees of longitude might be proportional to those of latitude, a chart on Mercator's projection shews the course and distance from place to place, in all cases of sailing; and is therefore in several respects more convenient to navigators than the globe itself. Mercator, in his maps and charts, chose Corvo, one of the Azores, for his first meridian, because at that time it was the line of no variation of the compass.

We have already alluded to Regiomontanus, as a celebrated mathematician, and as having published the Almagest of Ptolemy. He seems, likewise, to have written notes on Ptolemy's Geography. In 1525, a later translation of Ptolemy was published, which contained these annotations. To Ptolemy's maps, tables, &c., are added a new set of maps on wooden plates, according to the new discoveries: from these we find, that in consequence of the voyages of the Portuguese, the charts of the coasts of Arabia, Africa, Persia, and India, are laid down with tolerable accuracy. Nothing is noticed regarding China, except that it may be reached by sea from India. America is called Terra Nova inventa per Christ. Columbus: this seems to be all the editor knew of it. That part of the work which relates to the north of Europe, is most grossly erroneous: Denmark, Norway, Sweden, and the Baltic, seem to have been little known. A great bay is laid down between Greenland and Lapland, which bay is bounded on the north by a ridge of mountains, thus retaining the error of Ptolemy with respect to this part of Europe. There are two maps of England and Scotland: in one they are represented as one island; in the other as different islands. These maps and charts must have been the work of the editor or translator, as Regiomontanus, whose annotations are subjoined, died before the discovery of America.

We have been thus particular in describing the principal maps of this work, as they prove how imperfect geography was, prior to the time of Mercator, and with how much justice it may be said that he is the father of modern geography. There were, however, some maps of particular countries, drawn up in the sixteenth century with tolerable accuracy, considering the imperfection of those sciences and instruments, by which alone perfect accuracy can be attained. George Lilly, son of William, the famous grammarian, published, according to Nicholson, (English Historical Library,) "the first exact map that ever was, till then, drawn of this island." This praise must, however, be taken with great qualification; for even so late as the beginning of the nineteenth century, the distance from the South Foreland to the Lands-end was laid down, in all the maps of England, half a degree more than it actually is. We may here remark, that Nicholson represents Thomas Sulmo, a Guernsey man, who died in 1545, as our oldest general geographer.

In some of the MSS. of Harding's Chronicle, written in the reign of Edward IV., there is a rude map of Scotland. In 1539, Alexander Lindsey, an excellent navigator and hydrographer, published a chart of Scotland and its isles, drawn up from his own observations, which were made when he accompanied James V. in 1539, on his voyage to the highlands and islands. This chart is very accurate for the age; and is much superior to that published by Bishop Lesley, with his history, in 1578.

The first map of Russia, known to the other nations of Europe, was published in 1558 by Mr. Anthony Jenkinson, agent to the English Russia Company, from the result of his enquiries and observations during his long residence in that kingdom.

These are the most important maps, either general or of particular countries, with which the sixteenth century supplies us.

The seventeenth century continued the impulse which was given to the science of geography by Mercator. As new discoveries were constantly in progress, errors in maps were corrected, vacant spaces filled up, more accurate positions assigned, and greater attention paid to the actual and relative sizes of different countries. Malte Brun justly reckons Cluverius, Riccioli, and Varenius, as amongst the most celebrated geographers of this century. Cluverius was a man of extensive and accurate erudition, which he applied to the illustration of ancient geography. Riccioli, an Italian Jesuit, devoted his abilities and leisure to the study of mathematics, and the sciences dependent upon it, particularly astronomy; and was thus enabled to render important service to the higher parts of geography. Varenius is a still more celebrated name in geographical science: he excelled in mathematical geography; and such was his fame and merit in the higher branches of physics, and his ingenuity in applying them to geography, that a system of universal geography, which he published in Latin, was deemed worthy by Newton, to be republished and commented upon. Cellarius bestowed much pains on ancient geography. That branch of the science which pays more especial regard to the distances of places, was much advanced by Sanson, in France; Blew, in Holland; and Buraeus, in Sweden.

We must now turn to the progress of commerce during the sixteenth and seventeenth centuries.