October 06, 2013 <Back to Index>
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Martin (von) Behaim (6 October, 1459 – 29 July 1507), (also known as Martinho da Boémia, Martin Bohemus, Martin Behaim von Schwarzbach, or Latin: Martinus de Boemia) was a German mariner, artist, cosmographer, astronomer, philosopher, geographer and explorer in service to the King of Portugal. The Behaim family had immigrated to Nuremberg because of religious persecution around 916. Behaim was born in Nuremberg, according to one source, about 1436; other sources suggest as late as 1459; while others indicate that he was born in Bohemia to Martin Behaim and Agnes Schopper, merchants and the oldest of seven sons. Martin Behaim, the father, had many businesses including some in Venice, and later became an elected senator (1461), eventually dying in 1474 (Agnes Schopper died on 8 July 1487). Their son attended the highest schools, receiving a scientific education, obligated to learn the languages of Europe and devote himself to commercial pursuits and studies, before being sent under apprenticeship abroad. With a vocation in commerce, he parted around 1477 for Flanders, settling in Malines where he joined the business of Jorius van Dorpp, a vendor of clothing. They visited Frankfurt fairs in 1477, where van Dorpp sold his wears to a German merchant from Antwerp, and Behaim was motivated by his mother to return in the fall where he worked with Bartels von Eyb (a friend of the family). Writing to his uncle, Leonhard Behaim (September 18, 1478), he expressed his desire not to return to Malines and wanted to improve his commercial skills. He eventually worked for another merchant, Fritz Heberlein (a native of Nuremberg but established in Antwerp) who allowed him to learn arithmetic and improve his skills. In 1480, trade between Portugal and Flanders attracted Behaim to Lisbon, and he became involved with the mercantile interests and overseas exploration that was occurring in the capital (from Flanders, Germany and the Hanseatic League). He was attracted to the knowledge of the navigators, cosmographers and explorers, acquiring a scientific reputation, and supposedly meeting with Christopher Columbus and Ferdinand Magellan and other celebrities then at the court of King John II of Portugal. Between 1471 - 75, as a pupil (real or supposed) of the astronomer Regiomontanus (Johannes Müller von Königsberg of Königsberg in Franconia), who died in 1476, he became linked to cosmography and cartography, resulting in an invitation from King John to a council on navigation in 1483, led by Abraham Zacuto. It is said that he introduced the cross - staff to Portugal (an invention first described by the Spanish Jew Levi ben Gerson in the 14th century), but this is a matter of some controversy. Many navigational instruments had been in use for centuries by Scandinavian, Greek, Roman, Arab, and Chinese navigators, although there were subtle differences between them. He made improvements to the astrolabe by introducing brass instruments in place of cumbrous wooden ones. It also seems likely that he helped to prepare improved navigational tables of the Iberian Peninsula. Behaim accompanied Diogo Cão during his second expedition (1485 – 86) along the coast of western Africa, reaching Cabo Negro and Cabo Ledo and returning by way of the Azores. It is still unclear whether Behaim sailed as far as reported, or whether he only reached the coast of Guinea, perhaps as far as the Bight of Benin. Perhaps these waypoints were only reached by the astronomers José Visinho and João Afonso de Aveiro in 1484 - 86. Behaim's later history was less memorable: on his return to Lisbon from exploration in western Africa, he was knighted by King John, who afterwards employed him in various capacities. Following his marriage to D. Joana de Macedo in 1486, he resided on the Portuguese island of Faial in the Azores, where his father - in - law, Josse van Huerter,
was Captain - donatário and leader of the Flemish community. In
1490, he returned to Nuremberg to handle the family business and design
his famous globe, the Erdapfel. He returned to Faial in 1493 by way of
Flanders and Lisbon, and he remained there until 1506. He died on July
29, 1507, while in Lisbon on business. During the Age of Exploration, it was common for the crown of Portugal to buy nautical charts from various sources, even if they were not accurate or showed unknown and mythic regions. Consequently, it is likely that during his familiarity with the Crown, that King John II would have purchased maps and charts from Martin Behaim, which might have depicted mysterious passages in an unknown land. This may account for the confusion caused by the story of Magellan's exploration of the southern route to the Pacific. Antonio Pigafetta, an Italian writer who accompanied Ferdinand Magellan notes that Magellan would have a partial drawing of the channel, analyzing it even before they had reached land. A second chart, as Pigafetta alleges, would have been memorized by the explorer, in order to prevent others from discovering the passage (particularly if his Spanish crew had mutinied). Although historians usually do not accept Behaim's influence on the discovery of the passage to the Pacific, it is fact that he is cited in the original Pigafetta's diary as the author of the original drawing of the channel. Magellan himself stated that he knew that a southern passage through a sound would lead to the "Southern Sea" (which Balboa had discovered in 1513 through the Isthmus of Panama), since he had seen the sound on a chart authored by Martin Behaim. Pigafetta later wrote:
While Martin Behaim may be regarded as a contributor to the discovery of the Straits of Magellan, he might have only made a copy of an original sketch of the strait. During his visit to his native home in Nuremberg, in collaboration with the painter Georg Albrecht Glockenthon, Martin Behaim constructed his familiar terrestrial globe between 1491 and 1493, one of two globes, which he called the Erdapfel (literally, the earth apple). It conforms to an idea of a globe envisioned in 1475 by Pope Sixtus IV, but has the added improvements of meridians and an equatorial line. It was, until recently, preserved in the German National Museum, on the same floor as Albrecht Dürer's gallery (owing to Nuremberg being the heart of the German Renaissance). The influence of the African Ptolemy,
who bequeathed the world latitude and longitude, is apparent, but every
attempt is made to incorporate the discoveries of the later Middle Ages (including information from the voyages of Marco Polo,
among others). Aside from its fame, the Behaim Globe has numerous
geographic errors, even when comparing them to discoveries of the
epoch. Western Africa is incorrect, though technology at the time made
such calculations difficult; the Cape Verde archipelago lies hundreds of miles out of its proper place; and the Atlantic is filled with mythological islands that were psychologically important to isolated Medieval Christendom. Japan
is located only 1500 miles off the coast, and was just where Marco Polo
mentioned it, placing it temptingly within sailing distance of the
Canaries. The Isle of St. Brendan is also located on this globe, but it
contains the entire Western Hemisphere in capsule form. There are
16º errors in the location of many of the places, whereas modern
maps seldom have more than 1º, because longitude was very
difficult to ascertain before the invention of accurate clocks. The
antiquity of this globe and the year of its execution, on the eve of
the discovery of the Americas,
makes it not just the oldest, but the most historically valuable globe.
Currently, it has been moved to an undisclosed location, to be studied
at high resolution by the Behaim Digital Globe Project, in Vienna. It corresponds particularly well with Columbus's
notion of the Earth, and makes the notion of a jump across that little
Ocean Sea to the Far East irresistible; he and Behaim drew their
information from the same sources. Though less navigationally accurate than the beautiful Catalonian portolani charts of the 14th century, as a scientific work it is of enormous importance; it may be the first terrestrial globe ever built, is tilted to spin at the correct angle, and represents an encyclopedia of the West's known world in the year 1492. His family rescued the globe from city hall before it went the way of so many out - of - date artifacts. |