Novus Orbis: Images of the New World
part 2: 1507 - 1669
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In 1507, Martin Waldseemüller published a globe, a large world map Universalis Cosmographia, and an accompanying book Cosmographiae Introductio, shown here. In Universalis Cosmographia, the first map that depicts the New World as two continents, Waldseemüller designates the Southern landmass Americathe first appearance of this name on a map.
In his book Cosmographiae Introductio, Waldseemüller
justifies his proposal to name the New World after Amerigo
Vespucci:
Now truly these parts [Europe, Africa, Asia] have been more widely explored, and another, fourth, part has been discovered by Americus Vespucius (as will appear in what follows), and I do not see why anyone should rightly forbid naming it Amerigeland of Americus, as it were, after its discoverer Americus, a man of acute geniusor America, since both Europe and Asia have received their names from women. Its position and the manners and customs of its people may clearly be learned from the twice-two voyages of Americus that follow.
Waldseemüller later acknowledged the primacy of Columbuss
discovery and dropped the name America from
his maps. By then, however, it was too lateAmerica
was here to stay.
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Sebastian Münster was the first mapmaker to produce
separate maps of the four known continents. The woodcut
map shown here is a version of the first map to show North
and South America connected to each other but separate from
any other land mass. The map, Novae Insulae, XVII
Nova Tabula, was originally published in Münsters
edition of Ptolemys Geographia (Basle, 1540)
and in Münsters masterwork, Cosmographia
in 1544.
Cosmographia was one of the most influential works on
geography in the mid-sixteenth century; it was translated
into five languages and published in forty different editions.
Münsters map was the most widely circulated New
World map of its time. It depicts the false Sea of Verrazano
and the Northwest Passage and presents a view of North America
that precedes the Spanish explorations to the interior of
the continent.
The map shown here, from an Italian edition of Cosmographia
published in Cologne in 1575, differs from the version in
Ptolemys 1540 Geographia only in its title
and labeling.
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Abraham Ortelius published Theatrum Orbis Terrarum
in 1570. This work, composed of maps coordinated in size
and content, is considered the first modern atlas. The atlas
appeared in forty-two editions and seven languages between
1570 and 1612. One remarkable feature of this book is that
at a time when cartographers copied from the work of others
without attribution, Ortelius scrupulously credited ninety-one
sources.
Americae sive Novi Orbis provides a reasonably
accurate outline of North America. Ortelius was one of the
first cartographers outside of Spain to adopt the American
place names designated by Spanish explorers.
In Americae sive Novi Orbis, Ortelius locates
Quiviraan area explored by Francisco Vásquez
de Coronadotoo far to the west. This map also shows
Anian in the Northwest. Anian was a mythical
kingdom mentioned in Marco Polos travel accounts.
Before it appeared in America on this map, Anian was generally
believed to be located off the northern coast of Asia.
In 1597, Flemish cartographer Cornelius Wytfliet published Descriptionis Ptolemaicae augmentum as a supplement to Ptolemys Geographia. Wytfliets work was the first atlas devoted exclusively to the New World. It contains nineteen regional maps of the Americas, including the two shown here.
The two maps depict the West coast of North America. In
Granata Nova et California, the coast of upper
California runs almost due west until it reaches Cape Mendocino
(C. Medocino). In Limes Occidentis Quivira
et Anian, Quiviraan area explored by Coronadoappears
too far to the west. The exact site of Quivira is unknown
but historians speculate it was in present-day Kansas. Finally,
like many other maps of the period, a world map (not shown)
in Wytfliets atlas depicts the Straits of Anian connecting
to the fabled Northwest Passage from the Atlantic Ocean.
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The great geographer and mathematician Gerhard Mercator
revolutionized cartography when he developed an isogonic
cylindrical projection that mapped a sphere onto a flat
plane. Mercator expected that his projection would be
a valuable tool for navigators but he neglected to provide
practical guidelines on how use it. Edward Wright, a professor
of mathematics at Cambridge University, modified Mercators
system and published his results, Certaine errors in
Navigation, in 1599 and again in an improved edition,
Certaine errors in Navigation, detected and corrected,
shown here. Wrights book contained new mathematical
tables and instructions on plotting straight-line courses
on maps based on the Mercator projection. The system developed
by Wright contributed to the supremacy of the British
Navy and is still in use today.


