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The language is Chinese, except for a few Japanese characters on the illustrations of European countries. On the lower right South America is featured as an island south of Japan with a small peninsula as part of Central America, carrying among just a few place-names including four Chinese characters whose phonetical Japanese reading is a€?A-ME-RI-KAa€?.
As mentioned above, this all was based on the Japanese version of Hsuan-Tsanga€™s Chinese narrative, the Si-yu-ki, printed as late as 1653.
While this map represents a significant step forward in the Japanese attempt to combine religious and contemporary geographic knowledge it remains in essence a Buddhist map.
Rokashi Hotana€™s map became the model on which all future Japanese Buddhist world maps were drawn well into the 19th century. This is the earliest map of this type representing Buddhist cosmology and became the prototype of Buddhist world maps. Ayusawa, Shintaro, a€?The types of world map made in Japana€™s Age of National Isolationa€?, Imago Mundi, Volume 10 (1953), pp.
Christiea€™s, Natural History, Plate Books and Cartography, June 7, 2006, sale 7225, lot 94. Nobuo Muroga, Kazutaka Unno, a€?The Buddhist World Map in Japan and Its Contact with European Mapsa€?, Imago Mundi, Vol. Rokashi Hotan [Zuda Rokwa Si]a€™s Nansenbushu Bankoku Shoka no Zu, 1710, a€?woodblock print, 118 x 1456 cm, Kobe City Museum, Japan. Contains a list of Buddhist sutras, Chinese histories and other literary classics on the left side of the map title.
In essence this is a traditional Buddhist world view in the Gotenjikuzu mold centered on the world spanning continent of Jambu-Dvipa. A A A  This is the earliest map of this type representing Buddhist cosmology and became the prototype of Buddhist world maps. Rokashi Hotan [Zuda Rokwa Si]a€™s Nansenbushu Bankoku Shoka no Zu, 1710, woodblock print, 118 x 1456 cm, Kobe City Museum, Japan.
Some of these monographs may be thought of as an anthology of maps, which, like all anthologies, reflects the taste and predilection of the collector. Cartography, like architecture, has attributes of both a scientific and an artistic pursuit, a dichotomy that is certainly not satisfactorily reconciled in all presentations.
The significance of maps - and much of their meaning in the past - derives from the fact that people make them to tell other people about the places or space they have experienced. It is assumed that cartography, like art, pre-dates writing; like pictures, map symbols are apt to be more universally understood than verbal or written ones. As previously mentioned, many early maps, especially those prior to the advent of mass production printing techniques, are known only through descriptions or references in the literature (having either perished or disappeared). It must be said at the outset that we have little contemporary evidence for Greco-Roman maps.
Methods for accurately reproducing and eventually printing maps in sufficient quantities to enable cartographical knowledge to a€?penetrate very deepa€™ are in fact a feature only of modern times.
It is nonetheless the case that many modern school atlases could not (and cannot) resist the temptation to reconstruct ancient maps by combining modern knowledge about the shape of the earth's landmass with data from ancient texts. Many libraries and collections were not in the habit of preserving maps that they considered a€?obsoletea€? and simply discarded them.
A series of maps of one region, arranged in chronological order, can show vividly how it was discovered, explored by travelers and described in detail; this may be seen in facsimile atlases like those of America (K. As mediators between an inner mental world and an outer physical world, maps are fundamental tools helping the human mind make sense of its universe at various scales.
The history of cartography represents more than a technical and practical history of the artifacts.
The only evidence we have for the mapmaking inclinations and talents of the inhabitants of Europe and adjacent parts of the Middle East and North Africa during the prehistoric period is the markings and designs on relatively indestructible materials. Although some questions will always remain unanswered, there can be no doubt that prehistoric rock and mobiliary art as a whole constitutes a major testimony of early mana€™s expression of himself and his world view. Despite the richness of civilization in ancient Babylonia and the recovery of whole archives and libraries, a mere handful of Babylonian maps have so far been found.
Although cuneiform maps may not be forerunners from which later Western maps originate, they share characteristics with other cartographic traditions in their graphic imaging of territorial, social, and cosmological space. Where once such maps would not have been admitted within a general history of cartography, a new view of the meaning of the map can embrace them. By no means do all ancient Near Eastern maps display metrological finesse or even the use of measurement, though some characteristically do, such as the agrarian field and urban plot cadastral surveys.
The maps of cities with their waterways and surrounding physical landscape combine cartography of sacred space, seen in the temple plans, with that of economic space, seen in the field surveys. The Babylonian world map is an attempt to encompass the totality of the eartha€™s surface iconographically: land, ocean, mountain, swamp, and distant uncharted a€?regionsa€? This said, it represents more of an understanding of what the world is from the viewpoint of historical imagination than an image of its topography against a measured framework. The diversity of cultures that have sought to preserve their maps, putting them on clay, papyrus, parchment, and other writing media, points to a near universality of making maps in human culture. Egypt, which exercised so strong an influence on the ancient civilizations of southeast Europe and the Near East, has left us no more numerous cartographic documents than her neighbor Babylonia. In so far as cartography was concerned, perhaps the greatest extant Egyptian achievement is represented by the Turin Papyrus, collected by Bernardino Drovetti before 1824 (see monograph #102) . In so far as cartography was concerned, perhaps the greatest extent that Egyptian achievement is represented is by the Turin Papyrus, collected by Bernardino Drovetti before 1824 (#102).
It has often been remarked that the Greek contribution to cartography lay in the speculative and theoretical realms rather than in the practical realm, and nowhere is this truer than in the Archaic and Classical Period. To the Arab countries belongs chief credit for keeping alive an interest in astronomical studies during the so-called Christian middle ages, and we find them interested in globe construction, that is, in celestial globe construction; so far as we have knowledge, it seems doubtful that they undertook the construction of terrestrial globes. Among the Christian peoples of Europe in this same period there was not wanting an interest in both geography and astronomy. Above the convex surface of the earth (ki-a) spread the sky (ana), itself divided into two regions - the highest heaven or firmament, which, with the fixed stars immovably attached to it, revolved, as round an axis or pivot, around an immensely high mountain, which joined it to the earth as a pillar, and was situated somewhere in the far North-East, some say North, and the lower heaven, where the planets - a sort of resplendent animals, seven in number, of beneficent nature - wandered forever on their appointed path. Now, it is remarkable that the Greeks, adopting the earlier Chaldean ideas concerning the sphericity of the earth, believed also in the circumfluent ocean; but they appear to have removed its position from latitudes encircling the Arctic regions to a latitude in close proximity to the equator.
Notwithstanding this encroachment of the external ocean - encroachment which may have obliterated indications of a certain northern portion of Australia, and which certainly filled those regions with the great earth - surrounding river Okeanos - the traditions relating to the existence of an island, of immense extent, beyond the known world, were kept up, for they pervade the writings of many of the authors of antiquity.
In a fragment of the works of Theopompus, preserved by Aelian, is the account of a conversation between Silenus and Midas, King of Phrygia, in which the former says that Europe, Asia, and Africa were lands surrounded by the sea; but that beyond this known world was another island, of immense extent, of which he gives a description. Theopompus declareth that Midas, the Phrygian, and Selenus were knit in familiaritie and acquaintance. The side of the boat curves inwards, so that when reversed the figure of it would be like an orange with a slice taken off the top, and then set on its flat side. Comparing these early notions, as to the shape and extent of the habitable world, with the later ideas which limited the habitable portion of the globe to the equatorial regions, we may surmise how it came to pass that islands--to say nothing of continents which could not be represented for want of space - belonging to the southern hemisphere were set down as belonging to the northern hemisphere. We have no positive proof of this having been done at a very early period, as the earlier globes and maps have all disappeared; but we may safely conjecture as much, judging from copies that have been handed down. Early maps of the world, as distinguished from globes, take us back to a somewhat more remote period; they all bear most of the disproportions of the Ptolemaic geography, for none belonging to the pre-Ptolemaic period are known to exist.
We have seen that, according to the earliest geographical notions, the habitable world was represented as having the shape of an inverted round boat, with a broad river or ocean flowing all round its rim, beyond which opened out the Abyss or bottomless pit, which was beneath the habitable crust.
The description is sufficiently clear, and there is no mistaking its general sense, the only point that needs elucidation being that which refers to the position of the earth or globe as viewed by the spectator. Our modern notions and our way of looking at a terrestrial globe or map with the north at the top, would lead us to conclude that the abyss or bottomless pit of the inverted Chaldean boat, the Hades and Tartaros of the Greek conception, should be situated to the south, somewhere in the Antarctic regions. The internal evidence of the Poems points to a northern as well as a southern location for the entrance to the infernal regions. Another probable source of information: The Phoinikes of Homer are the same Phoenicians who as pilots of King Solomona€™s fleets brought gold and silver, ivory, apes and peacocks from Asia beyond the Ganges and the East Indian islands.
European mariners and geographers of the Homeric period considered the bearing of land and sea only in connection with the rising and setting of the sun and with the four winds Boreas, Euros, Notos, and Sephuros. These mariners and geographers adopted the plan - an arbitrary one - of considering the earth as having the north above and the south below, and, after globes or maps had been constructed with the north at the top, and this method had been handed down to us, we took for granted that it had obtained universally and in all times. Such has not been the case, for the earliest navigators, the Phoenicians, the Arabs, the Chinese, and perhaps all Asiatic nations, considered the south to be above and the north below.
It is strange that some historians, in pointing out so cleverly that the Chaldean conception was more in accordance with the true doctrine concerning the form of the globe than had been suspected, fails, at the same time, to notice that Homer in his brain-map reversed the Chaldean terrestrial globe and placed the north at the top. During the middle ages, we shall see a reversion take place, and the terrestrial paradise and heavenly paradise placed according to the earlier Chaldean notions; and on maps of this epoch, encircling the known world from the North Pole to the equator, flows the antic Ocean, which in days of yore encircled the infernal regions. At a later period, during which planispheric maps, showing one hemisphere of the world, may have been constructed, the circumfluent ocean must have encircled the world as represented by the geographical exponents of the time being; albeit in a totally different way than expressed in the Shumiro-Accadian records.
It follows from all this that, as mariners did actually traverse those regions and penetrate south of the equator, the islands they visited most, such as Java, its eastern prolongation of islands, Sumbawa, etc., were believed to be in the northern hemisphere, and were consequently placed there by geographers, as the earliest maps of the various editions of Ptolemya€™s Geography bear witness.
These mistakes were the result doubtless of an erroneous interpretation of information received; and the most likely period during which cognizance of these islands was obtained was when Alexandria was the center of the Eastern and Western commerce of the world. But to return to the earlier Pre-Ptolemaic period and to form an idea of the chances of information which the traffic carried on in the Indian Ocean may have offered to the Greeks and Romans, here is what Antonio Galvano, Governor of Ternate says in 1555, quoting Strabo and Pliny (Strabo, lib. Now as the above articles of commerce, mentioned by Strabo and Pliny, after leaving their original ports in Asia and Austral-Asia, were conveyed from one island to another, any information, when sought for, concerning the location of the islands from which the spices came, must necessarily have been of a very unreliable character, for the different islands at which any stay was made were invariably confounded with those from which the spices originally came. From these facts, and many others, such as the positions given to the Mountain of the East or North-East of the Shumiro-Accads, the Mountain of the South, or Southwest, of Homer, and the Infernal Regions, we may conclude that the North Pole of the Ancients was situated somewhere in the neighborhood of the Sea of Okhotsk. It is in the Classical Period of Greek cartography that we can start to trace a continuous tradition of theoretical concepts about the size and shape of the earth. Likewise, it should be emphasized that the vast majority of our knowledge about Greek cartography in this early period is known primarily only from second- or third-hand accounts.
There is no complete break between the development of cartography in Classical and in Hellenistic Greece. In spite of these speculations, however, Greek cartography might have remained largely the province of philosophy had it not been for a vigorous and parallel growth of empirical knowledge. That such a change should occur is due both to political and military factors and to cultural developments within Greek society as a whole. The librarians not only brought together existing texts, they corrected them for publication, listed them in descriptive catalogs, and tried to keep them up to date. The other great factor underlying the increasing realism of maps of the inhabited world in the Hellenistic Period was the expansion of the Greek world through conquest and discovery, with a consequent acquisition of new geographical knowledge.
Among the contemporaries of Alexander was Pytheas, a navigator and astronomer from Massalia [Marseilles], who as a private citizen embarked upon an exploration of the oceanic coasts of Western Europe. As exemplified by the journeys of Alexander and Pytheas, the combination of theoretical knowledge with direct observation and the fruits of extensive travel gradually provided new data for the compilation of world maps. The importance of the Hellenistic Period in the history of ancient world cartography, however, has been clearly established.
In the history of geographical (or terrestrial) mapping, the great practical step forward during this period was to locate the inhabited world exactly on the terrestrial globe. Thus it was at various scales of mapping, from the purely local to the representation of the cosmos, that the Greeks of the Hellenistic Period enhanced and then disseminated a knowledge of maps. The Roman Republic offers a good case for continuing to treat the Greek contribution to mapping as a separate strand in the history of classical cartography.
The remarkable influence of Ptolemy on the development of European, Arabic, and ultimately world cartography can hardly be denied. Notwithstanding his immense importance in the study of the history of cartography, Ptolemy remains in many respects a complicated figure to assess. Still the culmination of Greek cartographic thought is seen in the work of Claudius Ptolemy, who worked within the framework of the early Roman Empire. When we turn to Roman cartography, it has been shown that by the end of the Augustan era many of its essential characteristics were already in existence. In the course of the early empire large-scale maps were harnessed to a number of clearly defined aspects of everyday life. Maps in the period of the decline of the empire and its sequel in the Byzantine civilization were of course greatly influenced by Christianity. Continuity between the classical period and succeeding ages was interrupted, and there was disruption of the old way of life with its technological achievements, which also involved mapmaking. DESCRIPTION: Homer (#105) was thought to have lived somewhere in Ionia, the culturally Greek area of Asia Minor, perhaps not too far from Miletus, where Greek rational science was born and Greek mapmaking began. The philosophical analog to political debate and open discussion is critical inquiry, which forms the foundation of rational science. This monograph shows a reconstruction by Arthur Cavanagh of the world-view as conceived by the Ionian Anaximenes of Miletus. The age of Anaximenes has not been determined with certainty, but he was certainly intermediate between Anaximander of Miletus and Anaxagoras, and may be regarded as having flourished in the last half of the sixth century B.C. Anaximander of Miletus was not only the first Greek to be credited with drawing a map in the formal sense according to Eratosthenes, but he also engaged in broad intellectual pursuits and may even have founded a colony, perhaps on the Black Sea.
Anaximandera€™s terrestrial map comprised an outline (perimetron) of the earth and sea; the late antique Greek geographer Agathemerus (ca. Anaximander envisioned the world as a shallow but broad cylinder, its depth one third of its width, a€?like a stone column,a€? hanging freely in the air, equidistant from other celestial objects, the upper face of which alone is inhabited. Anaximander is also said to have constructed a celestial globe, placing the earth at the center, following the pattern noted above on Achillesa€™ shield. The Homeric conception of the world represented as a flat, rectangular-shaped land surrounded by a continuous ocean-stream remained a popular notion in the Greek world even after many philosophers and scientists had accepted the theory of the sphericity of the earth enunciated by the Pythagoreans and subjected to theoretical proof by Aristotle (see #104). Anaximandera€™s bold use of non-mythological explanatory hypotheses considerably distinguishes him from previous cosmology writers such as Hesiod. At the origin, after the separation of hot and cold, a ball of flame appeared that surrounded the Earth like bark on a tree. Anaximander was the first astronomer to consider the sun as a huge mass, and consequently, to realize how far from earth it might be, and the first to present a system where the celestial bodies turned at different distances. Both Strabo and Agathemerus (later Greek geographers) claim that, according to the geographer Eratosthenes, Anaximander was the first to publish a map of the world. Local maps were produced in ancient times, notably in Egypt, Lydia, the Middle East, and Babylon.
Surely aware of the seaa€™s convexity, he may have designed his map on a slightly rounded metal surface.
Anaximenes, without giving a precise opinion as to the form of the earth, made it out to be supported on compressed air (see below), though he gave no idea as to how the air was to be compressed. DESCRIPTION: While some earlier scholars would have labeled these maps as a€?the epitome of medieval European cartographya€?, due to the very ecclesiastical form and content, they were, indeed, an exception in this perioda€™s mapmaking.
In his recent book, Body-Worlds, Opinicus de Canistris and the Medieval Cartographic Imagination, Karl Whittington writes that on the 31st of March, 1334, this Italian priest named Opinicus de Canistris fell sick. As mentioned above, Opicinusa€™ drawings survive in two manuscripts, both kept in the Vatican Library in Rome.
There is no way of knowing how many other drawings Opicinus completed, and certainly no reason to believe that all or even a majority of his works have survived.
Victoria Morsea€™s 1996 doctoral dissertation for the first time performed a large-scale study in order to demonstrate the logic of Opicinusa€™ works. It was not unusual during the later Middle Ages to bring together the body and the earth in pictorial representations. The relationship on the page between texts, diagrams, and pictures throughout Opicinusa€™ work is an especially important issue. According to Whittington the captions on most of the drawings seem to interact with them in the following way: Opicinus created the visual material first, usually to address a particular theological question or theme. The elaborate, complex, and beautiful drawings that Opicinus created in the years following his illness and vision are the subject of this monograph.
What we see, then, is an embodied map a€” a picture of the eartha€™s surface that is also a depiction of human bodies. Opicinusa€™ beliefs and hypotheses about the earthly, the heavenly, and the human are encoded in the very structures of his drawings.
Over half of Opicinusa€™ 80 drawings in the Vaticanus and Palatinus manuscripts include at least part of a portolan chart.
Opicinusa€™ body-maps are far more complicated than any of the examples above, and the question of what they mean is more difficult to answer.
In a number of drawings, Opicinus used the most basic form of the body-worlds - presumably the one that he describes having received in his 1334 vision.
As in all of Opicinusa€™ drawings of the body-worlds, each figure takes on a specific identity, though in this example these identities are complex. It seems most likely that the figure depicts a sort of hybrid a€” a personification of Christianity, with Christ at its head and its heart, surrounded by elements of the cosmic order. Its chest is bare (we can see the cloak falling away from the shoulder on the northern coast of France), but the lower roundel covers the place where a breast is often revealed in Opicinusa€™ female European figures. In three folios near the end of the Vaticanus manuscript, Opicinusa€™ cartographic drawings add one more layer of meaning on top of the basic arrangement outlined above: he superimposes a gridded local map of Pavia, his hometown, on top of a single portolan chart. According to Whittington the precise placement and scale of the two maps is certainly not accidental; the maps have been placed in a precise relation to one another in order to create and explain correspondences between them. In contrast to this relatively simple correspondence, another caption shows how complicated his spatial interpretations could become.
As a final word on this drawing, I want to return to one more visual feature: the form of the local city grid.
In the two previous examples, Opicinus constructed a drawing using only one portolan chart; on fol. This doubling and mirroring of the portolan chart served a specific purpose: as Victoria Morse has argued, it allowed Opicinus to contrast the world as it was seen and known with the possibility of an alternate world converted to a state of grace.
Each of the four land-figures bears an emblem on its chest a€” these signify the intention or motivation of each character.
On the bottom half of the page, however, similar captions placed on the white chart actually point to cities on that chart, rather than on the one below. Even after all of the figures in the drawing have been identified, its meaning remains elusive.
There is one caption on the page that offers a tantalizing comment on its form and content. This quoted caption outlines the general principle that Opicinus follows in these drawings that employ mirroring or correspondence a€” that the multiplied forms are generators of multiple truths and realities. Many Vaticanus drawings contain more explicit imagery of birth and reproduction; metaphors of birth and rebirth seem to have been one of Opicinusa€™ primary ways of expressing the spiritual transformation that he underwent following his illness of 1334.
The interest in the local ramifications of the pregnancy of the European figure is explored even more closely in two drawings in which Europe is actually pregnant with a tiny map a€” fols.
DESCRIPTION: A good example of Protestant theologian Heinrich Buntinga€™s Europa, Europe as a Queen. This is the first Japanese printed map to depict the world, including Europe and America, from a Buddhist cosmographical perspective.
Jambu-dvipa is the Indian name for the great continent south of the cosmic Mount Meru, marked on this map by a central spiral (see the excerpt on the left). Japan itself appears as a series of islands in the upper right and, like India, is one of the few recognizable elements - at least from a cartographic perspective. Europe, which had no place at all in earlier Buddhist world maps, making this one of the first Japanese maps to depict Europe, is shown at upper left as a group of islands, which can be identified from Iceland to England, Scandinavia, Poland, Hungary and Turkey, but deliberately deleting the Iberian Peninsula.
North of Japan, a land bridge joins Asia with an unnamed landmass, presumably North America. Here numerous details are given, including the interesting feature of the so-called a€?iron-gatea€?, shown as a strongly over-sized square, and the path taken by the monk whilst crossing the forbidden mountain systems after leaving Samarkand. Prior to this map America had rarely if ever been depicted on Japanese maps, so Rokashi Hotan turned to the Chinese map Daimin Kyuhen Zu [Map of China under the Ming Dynasty and its surrounding Countries], from which he copied both the small island-like form of South America (just south of Japan), and the curious land bridge (the Aelutian Islands?) connecting Asia to what the Japanese historians Nobuo Muroga and Kazutaka Unno conclude a€?must undoubtedly be a reflection of North Americaa€?. It is likely that Rokashi Hotan was aware important European style maps circulating in China at the time.
The confused cosmological view upon which his map is based, referencing at once religious, secular, and non-Buddhist teachings, matched the growing religio-secular conflict that would emerge in Japan during the coming centuries. The Nan-en-budai Shokoku Shuran no Zu (a world map), the date of which is still uncertain, and the Sekai Daiso Zu (a world map), the En-bu-dai-Zu (a world map), Tenjuku Yoch Ziu (a map of India), a trilogy by Sonto, a Buddhist, are derived from Hotana€™s world map. A land bridge connects China to an unnamed continent in the upper right corner, and the island of Ezo [Japan] with its fief of Matsumae is located slightly to the south of the mystery continent. It may also be likened to a book of reproductions of works of art, in the sense that the illustrations, even with the accompanying commentary, cannot really do justice to the originals.
A knowledge of maps and their contents is not automatic - it has to be learned; and it is important for educated people to know about maps even though they may not be called upon to make them. Some maps are successful in their display of material but are scientifically barren, while in others an important message may be obscured because of the poverty of presentation.
Maps constitute a specialized graphic language, an instrument of communication that has influenced behavioral characteristics and the social life of humanity throughout history.
Maps produced by contemporary primitive peoples have been likened to so-called prehistoric maps. But the trans-local culture did not penetrate very deep The high culture owed this peculiar combination of wide expanse and superficiality to the nature of communications in the preindustrial world, in combination with scarcity and political factors. Ancient a€?educated mena€? covered huge distances in both place and time to debate scientific questions about geography. In the modern world, the nature of communications allows original texts and graphics to be preserved, transmitted and accessed for extended periods of time. In earlier times these maps were considered to be ephemeral material, like newspapers and pamphlets, and large wall-maps received particularly careless treatment because they were difficult to store. When, in 1918, a mosaic floor was discovered in the ancient TransJordanian church of Madaba showing a map of Palestine, Syria and part of Egypt, a whole series of reproductions and treatises was published on the geography of Palestine at that time. Kretschner, 1892), Japan (P.Teleki, 1909), Madagascar (Gravier, 1896), Albania (Nopcsa, 1916), Spitzbergen (Wieder, 1919), the northwest of America (Wagner, 1937), and others. Indeed, much of its universal appeal is that the simpler types of map can be read and interpreted with only a little training.
Crone remarked that a€?a map can be considered from several aspects, as a scientific report, a historical document, a research tool, and an object of art. It may also be viewed as an aspect of the history of human thought, so that while the study of the techniques that influence the medium of that thought is important, it also considers the social significance of cartographic innovation and the way maps have impinged on the many other facets of human history they touch. It is reasonable to expect some evidence in this art of the societya€™s spatial consciousness. There is, for example, clear evidence in the prehistoric art of Europe that maps - permanent graphic images epitomizing the spatial distribution of objects and events - were being made as early as the Upper Paleolithic.
In Mesopotamia the invention by the Sumerians of cuneiform writing in the fourth millennium B.C. In the former field, among other things, they attained a remarkably close approximation for a?s2, namely 1.414213. The courses of the Tigris and Euphrates rivers offered major routes to and from the north, and the northwest, and the Persian Gulf allowed contact by sea along the coasts of Arabia and east to India. Cuneiform texts provide several varieties of evidence for the ancient Mesopotamian efforts to express order by describing, delimiting, and measuring the heaven and earth of their experience, producing house, temple, plot, and field plans, city maps, and, with respect to the celestial landscape, diagrammatic depictions of stars. The historiography of maps and cartography has emerged from criticisms similar in nature to those made against the modernist or presentist historiography of science, namely, that in reifying science or sciences such as cartography, false evolutionary histories are liable to be constructed.
Concern for orientation is attested in a number of maps, but not always in the same way, although with a tendency toward an oblique orientation northwest to southeast.
The cities of Nippur and Babylon had a religious and cosmological function as well as a political and economic one. It offers a selective account of the relationship of Babylon to other places, including those that were at the furthest reach of knowledge. Cognitive psychologists claim that we come into our physical world mentally equipped to perceive and describe space and spatial relationships. Within this span of some three thousand years, the main achievements in Greek cartography took place from about the sixth century B.C. Stevenson, it is not easy to fix, with anything like a satisfactory measure of certainty, the beginning of globe construction; very naturally it was not until a spherical theory concerning the heavens and the earth had been accepted, and for this we are led back quite to Aristotle and beyond, back indeed to the Pythagoreans if not yet farther. We are now learning that those centuries were not entirely barren of a certain interest in sciences other than theological.
It has now been ascertained and demonstrated beyond doubt that the earliest ideas concerning the laws of the universe and the shape of the earth were, in many respects, more correct and clearer than those of a subsequent period. Ragozin, says the Shumiro-Accads had formed a very elaborate and clever idea of what they supposed the world to be like; they imagined it to have the shape of an inverted round boat or bowl, the thickness of which would represent the mixture of land and water (ki-a) which we call the crust of the earth, while the hollow beneath this inhabitable crust was fancied as a bottomless pit or abyss (ge), in which dwelt many powers.
The account of this conversation, which is too lengthy here to give in full, was written three centuries and a half before the Christian era. Of the familiaritie of Midas, the Phrigian, and Selenus, and of certaine circumstances which he incredibly reported. This Selenus was the sonne of a nymphe inferiour to the gods in condition and degree, but superiour to men concerning mortalytie and death.
The Chaldean conception, thus rudely described, shows a yet nearer approximation to the true doctrine concerning the form of the globe, when we bear in mind that this actually is in shape a flattened sphere, with the vertical diameter the shorter one.
A curious example of the difficulties that early cartographers of the circumfluent ocean period had to contend with, and of the sans faA§on method of dealing with them, occurs in the celebrated Fra Mauro mappamundi (Book III, #249), which is one of the last in which the external ocean is still retained.
The influence of the Ptolemaic astronomical and geographical system was very great, and lasted for over thirteen hundred years.
There are reasons to believe however, apart from the evidence we gather in the Poems, that these abyssal regions were supposed or believed to be situated around the North Pole.
Homer, The Outward Geography Eastwards: a€?The outer geography eastwards, or wonderland, has for its exterior boundary the great river Okeanos, a noble conception, in everlasting flux and reflux, roundabout the territory given to living man.
The Phoenician reports referred to came most likely therefore, not so much from the north, as from these regions which, tradition tells us (Fra Mauroa€™s mappamundi #249), were situated propinqua ale tenebre.
These winds covered the arcs intervening between our four cardinal points of the compass, which points were not located exactly as with us; but the north leaning to the east, the east to the south, the south to the west and the west to the north (see Beatusa€™ Turin map, Book II, #207).
The reason for this is plausible, for whereas the northern seaman regulated his navigation by the North Star, the Asiatic sailor turned to southern constellations for his guidance. This is all the more strange when we take into consideration that, in the light of his context, the fact is apparent and of great importance as coinciding with other European views concerning the location of the north on terrestrial globes and maps.
The Chaldeans placed their heaven in the east or northeast; Homer placed his heaven in the south or southwest. In this ocean we find also EA the Exalted Fish, but, deprived of his ancient grandeur and divinity, he is no doubt considered nothing more than a merman at the period when acquaintance is renewed with him on the SchA¶ner-Frankfort gores of Asiatic origin bearing the date 1515 (Book IV, #328). The divergence was probably owing in a great measure to the inability of representing graphically the perspective appearance of the globe on a plane; but may be also traceable to an erroneous interpretation of the original idea, caused by the reversion of the cardinal points of the compass. According to this division other continents south of the equator were supposed to exist and habited, some said, but not to be approached by those inhabiting the northern hemisphere on account of the presumed impossibility of traversing the equatorial regions, the heat of which was believed to be too intense. We shall see, when dealing with Ptolemy's map of the world, some of the results of this confusion. Thomas, after the dispersion of the Apostles, preached the Gospel to the Parthians and Persians; then went to India, where he gave up his life for Jesus Christ. That he corroborates Homera€™s views as to the sphericity of the earth by describing Cratesa€™ terrestrial globe (Geographica; Book ii. That he accentuates Homera€™s views concerning the black races that lived some in the west (the African race) others in the east (the Australian race). That he shows the four cardinal points of the compass to have been situated somewhat differently than with us, for he says (Book 1, c. That he appears to be perpetuating an ancient tradition when he supposes the existence of a vast continent or antichthonos in the southern hemisphere to counterbalance the weight of the northern continents.
The relativeness of these positions appears to have been maintained on some mediaeval maps. To appreciate how this period laid the foundations for the developments of the ensuing Hellenistic Period, it is necessary to draw on a wide range of Greek writings containing references to maps. We have no original texts of Anaximander, Pythagoras, or Eratosthenes - all pillars of the development of Greek cartographic thought.
In contrast to many periods in the ancient and medieval world and despite the fragmentary artifacts, we are able to reconstruct throughout the Greek period, and indeed into the Roman, a continuum in cartographic thought and practice.
Indeed, one of the salient trends in the history of the Hellenistic Period of cartography was the growing tendency to relate theories and mathematical models to newly acquired facts about the world - especially those gathered in the course of Greek exploration or embodied in direct observations such as those recorded by Eratosthenes in his scientific measurement of the circumference of the earth. With respect to the latter, we can see how Greek cartography started to be influenced by a new infrastructure for learning that had a profound effect on the growth of formalized knowledge in general. Thus Alexandria became a clearing-house for cartographic and geographical knowledge; it was a center where this could be codified and evaluated and where, we may assume, new maps as well as texts could be produced in parallel with the growth of empirical knowledge.
In his treatise On the Ocean, Pytheas relates his journey and provides geographical and astronomical information about the countries that he observed. While we can assume a priori that such a linkage was crucial to the development of Hellenistic cartography, again there is no hard evidence, as in so many other aspects of its history, that allows us to reconstruct the technical processes and physical qualities of the maps themselves. Its outstanding characteristic was the fruitful marriage of theoretical and empirical knowledge.
Eratosthenes was apparently the first to accomplish this, and his map was the earliest scientific attempt to give the different parts of the world represented on a plane surface approximately their true proportions. By so improving the mimesis or imitation of the world, founded on sound theoretical premises, they made other intellectual advances possible and helped to extend the Greek vision far beyond the Aegean. While there was a considerable blending and interdependence of Greek and Roman concepts and skills, the fundamental distinction between the often theoretical nature of the Greek contribution and the increasingly practical uses for maps devised by the Romans forms a familiar but satisfactory division for their respective cartographic influences.
The profound difference between the Roman and the Greek mind is illustrated with peculiar clarity in their maps. Through both the Mathematical Syntaxis (a treatise on mathematics and astronomy in thirteen books, also called the Almagest and the Geography (in eight books), it can be said that Ptolemy tended to dominate both astronomy and geography, and hence their cartographic manifestations, for over fourteen centuries. A modern analysis of Ptolemaic scholarship offers nothing to revise the long-held consensus that he is a key figure in the long term development of scientific mapping. In its most obvious aspect, the exaggerated size of Jerusalem on the Madaba mosaic map (# 121) was no doubt an attempt to make the Holy City not only dominant but also more accurately depicted in this difficult medium. Early rational attempts to describe the earth, if not to map it, were abstract and theoretical. As a vigorous center of commercial and colonizing activity, Miletus was likely a hub of varied geographic information circulated by sailors in port, and it was from this environment that geographic theory and empirical frameworks were developed. In contrast, sky maps were developed from both abstract geometric principles and from direct observations of the risings and settings of stars, carefully recorded.
As the successor to Anaximander, and the third in the series of Ionic philosophers, Anaximenes is said (by Aristotle) to have held that the earth was of irregular quadrangular form, in consequence of its pressing it down like the lid of a vessel.
Among the geographic titles attributed to him are Circuit of the Earth, On Fixed Stars, and Celestial Globe.
400) adds that Anaximander a€?dared to drawa€? a map of the oikoumene [inhabited world] on a pinax (tablet), a Greek word used both of painted panels and of bronze tablets.
This cylinder, he states, is one-third as high as its diameter, and it floats freely in the centre of the celestial vault, because there is no reason why it should move to one side rather than the other. Anaximander devised ratios for relative distances between celestial bodies, placing the sun, equal in size to the earth, in a terrestrial orbit of twenty-seven times the diameter of the earth; the radius of the moona€™s orbit was eighteen times the eartha€™s diameter, a progression of multiples of the number nine.
In this interpretation the world is like a plateau on the top of a mountain; inside this, close to the surface of the earth, lies the House of Hades, the Realm of Death, and beneath it Tartarus, the Realm of Eternal Darkness.
It confirms that pre-Socratic philosophers were making an early effort to demystify physical processes. In his model, the earth floats very still in the centre of the infinite, not supported by anything. It goes further than Thalesa€™ claim of a world floating on water, for which Thales faced the problem of explaining what would contain this ocean, while Anaximander solved it by introducing his concept of a€?infinitea€? (apeiron). A part of that mass evaporated under the suna€™s action, thus causing the winds and even the rotation of the celestial bodies, which he believed were attracted to places where water is more abundant.
The map probably inspired the Greek historian Hecataeus of Miletus (#108) to draw a more accurate version. Opicinus was a minor functionary and scribe at the papal court, which had moved to Avignon some thirty years earlier, and luckily for us he kept a kind of day-book that still survives.
Numerous scholars such as Camille, Kris and Salomon point to Opicinusa€™ a€?frequenta€? self-representation in the drawings. Medieval mappaemundi often organized the land-forms of the earth around the shape of a crucifix (sometimes even a cruciform body), medieval astrological drawings commonly showed human figures at the center of cosmic and planetary networks, and the concepts of macrocosm and microcosm had been fully developed for a millennium. It is possible, and productive, to partially separate Opicinusa€™ texts from his diagrams and pictures, especially those that represent his body-worlds vision. Opicinusa€™ works present a conundrum when it comes to audience and reception, since there is no textual or visual evidence that anyone ever actually saw the drawings. Their unusual forms complicate our most basic assumptions about what and how medieval artists could represent. These structures form the core of the drawingsa€™ disorientation and strangeness a€” maps are piled on top of other maps, sometimes transparent and sometimes opaque, in a seemingly endless play of permeability and superimposition. Some drawings contain one chart, others up to four; sometimes the continents and seas are embodied, while other times they are left plain. His drawings are so diverse and disorienting that generalizations about their design or meaning are difficult and often misleading. These drawings depict a single Africa and a single Europe, separated by the Mediterranean Sea. The figure of Africa appears to be a woman; she is labeled Babilon maledicta [cursed Babylon] by the small caption above her forehead. Captions suggest various identities: Christ, Opicinus, and a female personification of prudence are all indicated.
The face is smooth and beardless (many male figures in Opicinusa€™ work wear beards), and has long, flowing hair. According to Whittington it is mainly a confrontation between two figures: a figure of Babylon (probably representing Islam) and a figure of Christianity. This interplay between the local and the global is not unusual within Opicinusa€™ texts and captions on other drawings, which often comment on the everyday world of his youth and family (we must remember that he made these drawings in Avignon, not Pavia), but the specific visual alignment of parts of Pavia with parts of the Mediterranean region is unique in these three drawings. In the bottom right corner of the page is a caption that reads, a€?Just as the islands of purgatory pay a tax to the Roman Church, so too the Chapel of St. Opicinus seems to say that when any two maps are placed in relation to each other, if they are true empirical representations of Goda€™s created earth, one will find correspondences between them. One interprets the significance of the placement of Opicinusa€™ home parish district, around the Chapel of Saint Mary, delineated with a red outline near Tunisia and Sicily on the lower map. 84v each part of Opicinusa€™ hometown is given multiple interpretations, usually based on its placement on the portolan chart, but other times simply based on etymological connections, family stories, dreams, or coincidence. Certainly the drawing contains multiple levels of reality: it is an allegorical depiction of three body-world characters in contact and dialogue, a depiction of the structural connections between local and regional realities, and a series of interpretive musings about the significance of these connections for Opicinusa€™ own life and family.
As the reader may already have noticed, this grid strongly evokes the rhumb-line grids that were placed over contemporary portolan charts.
61r he uses the skeletons of two portolan charts of the Mediterranean region, which have been rotated and overlapped to form one image.
61r, parts of each of the charts remain intact, while others are distorted or hidden by the overlapping forms. In this particular example, the map shows the natural world at the bottom and the spiritual world at the top: labels on the drawing indicate that Affrica naturalis ypocrita and Europa naturalis occupy the continents of the smaller chart while Affrica spiritualis and Europa spiritualis talk to each other in the larger chart above. Europa naturalis bears a tarasque (a river demon from the Rhone) and Europa spiritualis contains an image of Christ showing his wounds, his side-wound situated suggestively close to Avignon, where Opicinus was living when he made the drawing. The message itself is simple enough: one must abandon the external senses that lead to sin in order to follow the internal senses to redemption. 58r of the Vaticanus Opicinus combines four small embodied portolan charts to create juxtapositions between the four seasons, the four cardinal directions, and the four states of the soul.
82r, we see many of the principles and techniques of the other drawings pushed to the limits of recognition and interpretability. On its surface lie two complete portolan outlines that retain the white color of the paper. On the upper half of the page, the brown labels all point out the location of cities on the colored chart, even though all lie on the space of the white chart; they indicate the continued presence of the map below, even when it is obscured by the upper chart.
At the precise center of the drawing, a cruciform shape is formed by the two mirrored shapes of Asia Minor and the Holy Land; Asia Minor forms the two arms, and the land below forms the body of a cruciform vestment. While other drawings seem designed to convey a single allegory or a primary confrontation between figures (which are often reinforced by the particular cartographic forms that Opicinus chose for the drawing), this drawing resists this type of analysis.
According to the letter, this is a heretical position, since one species cannot be transformed into another. 84v, there are several depictions (or suggestions) of male genitalia in the Vaticanus manuscript, each of which is unique.
1350), a Pavian who worked at the papal court in Avignon, drew a series of imaginative maps, while acknowledging in a text written between 1334 and 1338 his use of nautical charts. Printed by woodblock in 1710 (Hoei 7 = Year of the Tiger), this map was composed by the Buddhist monk Rokashi Hotan. China and Korea appear to the west of Japan and are vaguely identifiable geographically, which itself represents a significant advancement over the Gotenjikuzu map. Also, at the upper left corner 102 references from Buddhist holy writings and Chinese annals are mentioned to increase the credibility of the map. Whether this represents ancient knowledge from early Chinese navigations in this region, for which there is some literary if not historical evidence, or merely a printing error, we can only speculate. The Mateo Ricci map (#441) is one such example and copies were known to have reached Japan in the 17th century. Ultimately this is one of the most important, beautiful, and influential printed maps ever to emerge in Japan.
A less common example was published by the bookseller Bundaiken Uhei and corresponds to this example.
The special features of these maps are the representation of an imaginary India, where Buddha was born, and the illustration of the religious World as expounded by Buddhists.
They have often served as memory banks for spatial data and as mnemonics in societies without the printed word and can speak across the barriers of ordinary language, constituting a common language used by men of different races and tongues to express the relationship of their society to a geographic environment.
Certain carvings on bone and petroglyphs have been identified as prehistoric route maps, although according to a strict definition, they might not qualify as a€?mapsa€?. In the present work, reconstruction of maps no longer extant are used in place of originals or assumed originals. They communicated in the same a€?learned languagea€?a€” Greek a€” and discussed a€?the same body of ideasa€?.
The pre-modern world, on the other hand, had only a series of copies to work with, made over the centuries on organic material.
Only Senefeldera€™s invention of lithography in 1796, and the innovative use of it for the mass printing of graphics, including in color, In the century that followed, allowed maps to be printed and distributed in quantity. Since the maps were missing, he drew them himself from indications in the ancient text, and when the work was finished, he commemorated this too in verse. The map answered many hitherto insoluble or disputed questions, for example the question as to where the Virgin Mary met the mother of John Baptist.
A series of maps of a coastal region (for example, that of Holland or Friesland) or of river estuaries (the Po, Mississippi, Volga, or lower Yellow River) gives information on the rate of changes in outline and their causes. Maps represent an excellent mirror of culture and civilizationa€?, but they are also more than a mere reflection: maps in their own right enter the historical process by means of reciprocally structured relationships.
But when it comes to drawing up the balance sheet of evidence for prehistoric maps, we must admit that the evidence is tenuous and certainly inconclusive.
The same evidence shows, too, that the quintessentially cartographic concept of representation in plan was already in use in that period.
Our divisions into 60 and 360 for minutes, seconds and degrees are a direct inheritance from the Babylonians, who thought in these terms. Various orders of power are implicit in the expression of these aspects of order in the environment.
Some originating point is identified, such as the origins of science in Greece, or of mapmaking in Babylonia, from which a continuous history may be written from a presentist perspective, a tale of a discipline's inexorable progress from its originating moment to the present.
Ancient Near Eastern maps may not have invariably been meant as exact or direct replications of territory, but there can be little doubt that they distinctively reflect the conceptual terrain of their social community and culture at large.
In the periods of their supremacy each was viewed as the center of the universe, as the meeting ground between heaven and the netherworld. The linguistic act of spatial description is perhaps a proto-mapmaking function of our very desire and attempt to place ourselves in relation to the physical world. The Pharaohs organized military campaigns, trade missions, and even purely geographical expeditions to explore various countries.
From earliest times much of the area covered by the annual Nile floods had, upon their retreat, to be re-surveyed in order to establish the exact boundaries of properties.
We find allusions to celestial globes in the days of Eudoxus and Archimedes, to terrestrial globes in the days of Crates and Hipparchus.
In Justiniana€™s day, or near it, one Leontius Mechanicus busied himself in Constantinople with globe construction, and we have left to us his brief descriptive reference to his work.
But above all these, higher in rank and greater in power, is the Spirit (Zi) of heaven (ana), ZI-ANA, or, as often, simply ANA--Heaven.
On this map of the world the islands of the Malay Archipelago follow the shores of Asia from Malacca to Japan. Even the Arabs, who, after the fall of the Roman Empire, developed the geographical knowledge of the world during the first period of the middle ages, adopted many of its errors. Volcanoes were supposed to be the entrances to the infernal regions, and towards the southeast the whole region beyond the river Okeanos of Homer, from Java to Sumbawa and the Sea of Banda, was sufficiently studded with mighty peaks to warrant the idea they may have originated.


Many cartographers of the renascence, whose charts indeed we cannot read unless we reverse them, must have followed Asiatic cartographical methods, and this perhaps through copying local charts obtained in the countries visited by them. Taprobana was the Greek corruption of the Tamravarna of Arabian, or even perhaps Phoenician, nomenclature; our modern Sumatra. Geographical science was on the eve of reaching its apogee with the Greeks, were it was doomed to retrograde with the decline of the Roman Empire. John III, King of Portugal, ordered his remains to be sought for in a little ruined chapel that was over his tomb, outside Meliapur or Maliapor. In some cases the authors of these texts are not normally thought of in the context of geographic or cartographic science, but nevertheless they reflect a widespread and often critical interest in such questions. In particular, there are relatively few surviving artifacts in the form of graphic representations that may be considered maps. Despite a continuing lack of surviving maps and original texts throughout the period - which continues to limit our understanding of the changing form and content of cartography - it can be shown that, by the perioda€™s end, a markedly different cartographic image of the inhabited world had emerged. Of particular importance for the history of the map was the growth of Alexandria as a major center of learning, far surpassing in this respect the Macedonian court at Pella. Later geographers used the accounts of Alexandera€™s journeys extensively to make maps of Asia and to fill in the outline of the inhabited world. Not even the improved maps that resulted from these processes have survived, and the literary references to their existence (enabling a partial reconstruction of their content) can even in their entirety refer only to a tiny fraction of the number of maps once made and once in circulation.
It has been demonstrated beyond doubt that the geometric study of the sphere, as expressed in theorems and physical models, had important practical applications and that its principles underlay the development both of mathematical geography and of scientific cartography as applied to celestial and terrestrial phenomena. On his map, moreover, one could have distinguished the geometric shapes of the countries, and one could have used the map as a tool to estimate the distances between places. To Rome, Hellenistic Greece left a seminal cartographic heritage - one that, in the first instance at least, was barely challenged in the intellectual centers of Roman society.
Certainly the political expansion of Rome, whose domination was rapidly extending over the Mediterranean, did not lead to an eclipse of Greek influence. Such knowledge, relating to both terrestrial and celestial mapping, had been transmitted through a succession of well-defined master-pupil relationships, and the preservation of texts and three-dimensional models had been aided by the growth of libraries. The Romans were indifferent to mathematical geography, with its system of latitudes and longitudes, its astronomical measurements, and its problem of projections. Yet Ptolemy, as much through the accidental survival and transmission of his texts when so many others perished as through his comprehensive approach to mapping, does nevertheless stride like a colossus over the cartographic knowledge of the later Greco-Roman world and the Renaissance.
Pilgrims from distant lands obviously needed itineraries like that starting at Bordeaux, giving fairly simple instructions. One of the first priorities of the work was a complete examination of all previous exploration and excavation in the precinct, particularly that of Margaret Benson carried out in 1895-7. Along with other Greek cities in Asia Minor, Miletus benefited from numerous intellectual, economic, and cultural stimuli which fostered scholarly and rational activity Until its destruction by the Persians in 494, it was a wealthy center of trade, in contact with the scientific and artistic achievements of the Near East and Egypt. Early Greek terrestrial maps probably reflected both practical and abstract aims: to demonstrate the physical relationship between places as well as to prove a sense of order in the world and human (that is, Ionic Greek) control over that world order.
Sky maps had both theoretical (cosmology) and practical (astrology and calendars) applications. He succeeded him and became the second master of that school where he counted Anaximenes and Pythagoras amongst his pupils. It is impossible to reconstruct with any reliable accuracy either the map or even its shape and size, let alone Anaximandera€™s written account.
The distance of the sphere of fixed stars, which he placed closest to the earth, was presumably nine times the eartha€™s diameter. The plateau of the earth is surrounded by Oceanus, the world river, and from its periphery rises the fixed dome of the sky. His major contribution to history was writing the oldest prose document about the universe and the origins of life; for this he is often called the a€?Father of Cosmologya€? and founder of astronomy.
It remains a€?in the same place because of its indifferencea€?, a point of view that Aristotle considered ingenious, but false, in On the Heavens.
It resembled a system of hollow concentric wheels, filled with fire, with the rims pierced by holes like those of a flute. This invention undoubtedly made him the first to realize the obliquity of the Zodiac as the Roman philosopher Pliny the Elder reports in Natural History (II, 8). Anaximandera€™s innovation was to represent the entire inhabited land known to the ancient Greeks. First, it could be used to improve navigation and trade between Miletusa€™ colonies and other colonies around the Mediterranean Sea and Black Sea.
The Aegean Sea was near the mapa€™s center and enclosed by three continents, themselves located in the middle of the ocean and isolated like islands by sea and rivers.
The cube, which is bound by six equal faces, appeared to him the most perfect of solids, and therefore most suitable for the earth, which was to stand in the centre of the universe. In a passage that describes what sounds like a stroke, Opicinus details how his body slowly became paralyzed; he temporarily lost his ability to speak, and much of his memory. Opicinus almost always dated the Vaticanus drawings, which were composed between June and November of 1337.
The passage describes a visionary experience: through oculus meis interioribus, Opicinus is granted a new view of the earth, one in which the land and the sea take on human attributes.
Most examples, however, lie in the realm of the theoretical, the academic, or the theological.
A significant problem with many previous studies of Opicinusa€™ drawings is that they take a few lines of text, from folios of the Palatinus, or from distant pages of text in the Vaticanus, and use them to a€?explaina€? the content of Opicinusa€™ strangest imagery. The captions (and some of the texts), then, are often the evidence of Opicinusa€™ self-analysis a€” he uses himself as a case study, personalizing the drawings through the text.
Simply put, we do not know if they were ever viewed as more than a curiosity by those who encountered them. Visual parallels to these drawings certainly exist: body-maps have been produced in numerous periods, including such famous examples as the Ebstorf Map (#224, Book II, a medieval world map that placed Christa€™s body in the corners of the earth), the Leo Belgicus (a map of the Netherlands and Belgium formed into the shape of a lion, the earliest example of which dates from 1583), or the Europa Regina, a depiction of Europe as a royal female (see below). In these drawings, Opicinus was not trying to express a single concept or doctrine, but rather to visualize the possibilities raised by an entire new way of looking at the world, based on what he had seen during his visionary experience of 1334.
The varied formats of these diagrams cannot be taken for granted a€” their arrangements form a crucial and underexplored aspect of their meaning. But looking at them as a group, perhaps the first thing one notices is that the map itself is incredibly accurate. The drawings in this first a€?categorya€? are not all alike, and there is no evidence that Opicinus thought of them as a group, but finding language to describe and categorize their forms is a critical first step in their interpretation. This folio includes a cartographic picture in the upper two-thirds of the page, and text at the bottom. She is a rare example of a figure with a distinct racial identity: Opicinus darkened her skin with a grey-brown wash, in a clear reference to an African or Middle-Eastern skin tone. One could even identify Europe in this drawing as a kind of conglomerate figure of Christianity. The strongest indicator that the figure is female is the small child lying over Lombardy a€” the area always associated with the womb of the European figure. The simplicity of this contrast stands out despite the extensive texts and interpretations written around it. Binary themes in similar drawings include a contrast between the mouth of hell and the temple of the Lord (fol. Opicinus played with this arrangement differently in each of the three drawings, changing the scales and position of the two maps, presumably seeking different correspondences.
On the page we see the body-worlds with which we are now familiar: here, a female Europe confronts a female Africa, and the Mediterranean devil lies between them, his head to the east.
84r, in which the scale of the portolan chart is completely different (much smaller in comparison to the grid of Pavia); here, Opicinus identifies different correspondences and comes to different conclusions as a result of the change in scale. Yet the drawing is all about experimentation, layering, and play; to claim that creating or interpreting a drawing like this is a burden or struggle may be a modern misperception.
But Opicinus piles on meanings, multiplies forms, and plays with realities seemingly as a form of experimentation. The grid may offer a clue to Opicinusa€™ working process, or the way he was inspired to create these drawings. Each of the two charts is rendered in a different scale, with a larger one oriented toward the top of the page and a smaller one pointed toward the bottom. On each map, the western Mediterranean retains its integrity a€” France, Spain, and the northwestern coast of Africa are clearly visible both at the top and the bottom of the page. In the Italian peninsula of the upper map, for example, which is overlapped by the eastern Mediterranean of the lower map, we see the word Roma written over the sea (on the sea-mana€™s forehead), signaling where the city would have been on the map below.
Both figures of the a€?natural worlda€? are male (a bearded, older figure in Europe and a tonsured monk in Africa), while both of the a€?spirituala€? figures are female (Africa is a robed nun and Europe is a younger woman with long, flowing hair). The question, just as in the previous examples, is how its meaning is changed, activated, complicated, or simplified by its construction within the doubled and overlapped forms of the portolan charts. Within the drawing, small lines suggest points of correspondence between elements in each of the four quadrants.
The three previous drawings were characteristic of a particular type; in contrast, this drawing is unique in Opicinusa€™ oeuvre.
At the top of the page are two labels for Europe and Africa: Europe is the aduena rector novus, the strange new priest, and Africa is the parrochia aliena, the parish of another. This is labeled in a caption on the right side of the page, which reads a€?behold the vestment of the Church soaked in blood.a€? Opicinus accentuated the form of the vestment by adding a small cutout for the neck. The longer captions on this folio do not always contain a single focus, and many make no comment at all on the drawing. But spiritually there is truth in this mirror [i.e., in this drawing], since no heresy, fiction or allegory can be found that in this mirror does not give birth, at least in part, to a certain truth? Here, Opicinus seems to say that men do not transition literally into angels of light or darkness a€” the figures of the priest and parish at the top of the page do not actually become the figures at the bottom of the page.
Even as Opicinusa€™ drawings make use of the natural world and empirical science, the arrangement of their forms expresses the detachment from reality that characterizes a dream. At first, we would not identify these as genitalia a€” they are simply two small, robed bodies that stand within the genital region of the European body.
Four of these drawings depict the body-worlds, and the reproduction always takes place within the body of the European figure. In each of these drawings, Opicinus drew a small copy of the body-worlds over the area of Lombardy, even extending it slightly into the sea near Genoa. Zuda Rokashi Hotan (1654-1728) was a prominent Buddhist scholar-priest active in Japan during the late 17th and early 18th centuries. At its center is Lake Anavatapta, a whirlpool-like quadruple helix lake believed to be the center of the universe. Southeast Asia also makes one of its first appearances in a Japanese Buddhist map as an island cluster to the east of India.
On the other hand, this map is much more than a world map and the main concept by the author was to celebrate a historically very important event.
It is curious that Rokashi Hotan chose to ignore it and other Eurocentric data in exchange for a religious world-view, while at the same time attempting to reconcile Buddhist and modern geography. In the Buddhist world maps or Shumi World, the space for the regions called Nan-sen-bu and Nan-en-budai etc. This implies that throughout history maps have been more than just the sum of technical processes or the craftsmanship in their production and more than just a static image of their content frozen in time. The reconstructions of such maps appear in the correct chronology of the originals, irrespective of the date of the reconstruction.
Their debate a€?did not penetrate very deepa€? within the culture, which is why one should draw a sharp distinction between descriptive geography, with its wide application, and mathematical or scientific geography, for which no such application was envisaged or achieved.
The process was almost manageable for texts, multiple copies of which could be created by copyist teams working fro dictation.
After the fall of Byzantium in 1453, its conqueror, the Turkish Sultan Mohammed II, found in the library that he inherited from the Byzantine rulers a manuscript of Ptolemya€™s Geographia, which lacked the world-map, and he commissioned Georgios Aminutzes, a philosopher in his entourage, to draw up a world map based on Ptolemya€™s text.
Comparison of travelersa€™ maps from various periods show the development and change of routes or road-building and allows us to draw conclusions of every kind about the development or decay of farms, villages and towns. They were artistic treasure-houses, being often decorated with fine miniatures portraying life and customs in distant lands, various types of ships, coats-of-arms, portraits of rulers, and so on. The development of the map, whether it occurred in one place or at a number of independent hearths, was clearly a conceptual advance - an important increment to the technology of the intellect - that in some respects may be compared to the emergence of literacy or numeracy. The historian of cartography, looking for maps in the art of prehistoric Europe and its adjacent regions, is in exactly the same position as any other scholar seeking to interpret the content, functions, and meanings of that art.
Moreover, there is sufficient evidence for the use of cartographic signs from at least the post-Paleolithic period.
They are impressed on small clay tablets like those generally used by the Babylonians for cuneiform inscriptions of documents, a medium which must have limited the cartographera€™s scope.
Administrative and economic powers support, or even require, the making of maps, as well as determining overtly the topographies that maps depict.
Critical cartographic history, however, has laid aside such ideas, and we no longer look to (in the words of Denis Wood), a€?a hero saga involving such men as Eratosthenes, Ptolemy, Mercator, and the Cassinis, that tracked cartographic progress from humble origins in Mesopotamia to the putative accomplishments of the Greeks and Romansa€?. The maps of buildings and fields focus on the urban and agricultural environment, matters of critical importance to whatever political and economic powers prevailed. The map of the principal temple in Babylon, E-sagil, which was the earthly abode of the national deity Marduk, represents the terrestrial counterpart to the celestial residence of the great god Enlil, designed, figuratively speaking, on the blueprint of the cosmic subterranean sweet watery region of the Apsu.
By extension, we should not doubt that mapmaking too, in all its historical subjectivity, is a universal feature of human culture. The survey was carried out, mostly in squares, by professional surveyors with knotted ropes. We find that the Greek geographer Strabo gives us quite a definite word concerning their value and their construction, and that Ptolemy is so definite in his references to them as to lead to a belief that globes were by no means uncommon instruments in his day, and that they were regarded of much value in the study of geography and astronomy, particularly of the latter science.
With stress laid, during the many centuries succeeding, upon matters pertaining to the religious life, there naturally was less concern than there had been in the humanistic days of classical antiquity as to whether the earth is spherical in form, or flat like a circular disc, nor was it thought to matter much as to the form of the heavens. Hyde Clarke has more than once pointed out in The Legend of the Atlantis of Plato, Royal Historical Society 1886, etc., that Australia must have been known in the most remote antiquity of the early history of civilization, at a time when the intercourse with America was still maintained.
Between the lower heaven and the surface of the earth is the atmospheric region, the realm of IM or MERMER, the Wind, where he drives the clouds, rouses the storms, and whence he pours down the rain, which is stored in the great reservoir of Ana, in the heavenly ocean. Then in a northeasterly direction Homera€™s great river Okeanos would flow along the shores of the Sandwich group, where the volcanic peak of Mt. Aristotlea€™s writings, for example, provide a summary of the theoretical knowledge that underlay the construction of world maps by the end of the Greek Classical Period.
Our cartographic knowledge must, therefore, be gleaned largely from literary descriptions, often couched in poetic language and difficult to interpret.
The ambition of Eratosthenes to draw a general map of the oikumene based on new discoveries was also partly inspired by Alexandera€™s exploration.
In this case too, the generalizations drawn herein by various authorities (ancient and modern scholars, historians, geographers, and cartographers) are founded upon the chance survival of references made to maps by individual authors.
Yet this evidence should not be interpreted to suggest that the Greek contribution to cartography in the early Roman world was merely a passive recital of the substance of earlier advances. If land survey did play such an important part, then these plans, being based on centuriation requirements and therefore square or rectangular, may have influenced the shape of smaller-scale maps.
This is perhaps more remarkable in that his work was primarily instructional and theoretical, and it remains debatable if he bequeathed a set of images that could be automatically copied by an uninterrupted succession of manuscript illuminators. Although early Greek cartographic initiatives in all likelihood derived from Babylonian and Egyptian traditions, the evidence for the transmission and reception of the relevant mathematical concepts is circumstantial at best. Shown here in the modern reconstruction are the Mediterranean Sea and a circumfluent Ocean Sea. A Greek philosopher, often called the founder of astronomy, he apparently wrote treatises on geography, astronomy, and cosmology that survived for several centuries and made a map of the known world. It is also debated whether Anaximander wrote a commentary on his map or on the construction of his celestial globe. His treatise perhaps began with a cosmological introduction; then, by combining history, astronomy, and geography, it may well have proceeded in lecture format to discuss the arrangement of natural and man-made landmarks, cities, and climate as revealed in the pictorial map.
The ratios of this celestial map have been connected to architectural proportions, and, intriguingly, Anaximandera€™s approach to drafting both celestial and terrestrial maps may have derived from architecture.
The sun, the moon, and the stars rise from the waters at the edge of the dome, move in an arc above the earth, and then sink once again into the sea to complete their course beneath the Oceanus. Consequently, the sun was the fire that one could see through a hole the same size as the earth on the farthest wheel, and an eclipse corresponded with the occlusion of that hole. For him, the earth was slowly drying up and water only remained in the deepest regions, which someday would go dry as well. Second, Thales would probably have found it easier to convince the Ionian city-states to join in a federation in order to push the Median threat away if he possessed such a tool.
Europe was bordered on the south by the Mediterranean Sea and was separated from Asia by the Pontus Euxinus [the Black Sea], the Lake Maeotis, and, further east, either by the Phasis River (now called the Rioni) or the Tanais. He returned to these folios frequently in the years that followed a€” many include changes, graphic additions, or new captions, which he dated individually (we find dates from the years 1338-1341, especially). Morsea€™s other crucial innovation, in addition to asserting the rational and intentional basis of Opicinusa€™ thought, was to place the Vaticanus manuscript at the heart of her research. Salomon and others characterize the themes of the Vaticanus manuscript as just an extension of those in the Palatinus. The shapes of Europe, Africa, and the Mediterranean Sea each contain (or form) a human figure; these are the forms that Whittington calls a€?body-worlds,a€? and they constitute Opicinusa€™ most original and perplexing contribution to 14th century visual culture.
One of the things that makes Opicinusa€™ drawings so unusual is that they also incorporate a visual tradition that was practical, empirical, and scientific a€” medieval sea charts, usually called portolan charts. He often kept adding to the drawings over many years, including new details or textual explanations, and dating them to a specific day. As mentioned above, it seems possible that the Vaticanus was never meant to be viewed by others; much of it is arranged chronologically (like a diary), rather than thematically, and the subject matter of the texts and images suggests a private function.
The meaning of such imagery obviously depends on context, but these diverse examples demonstrate how a land, country, or region has often been embodied within a human figure, to show the potential power of that space, or even the dominion of a figure over it. The images of Africa and Europe as human figures were the core of this experience, but the interpretation of the vision was left up to him. According to Whittington the formats of Opicinusa€™ body-world drawings can be grouped into four categories: (1) single portolan charts, (2) portolan charts overlapping with local maps, (3) multiple portolan charts overlapping with each other, and (4) multiple, mirrored portolan charts. The coastlines of the Mediterranean and the relative scale and position of the landforms are almost exactly the same as we know them to be today.
The figure appears to be bare-chested, although no breasts are visible (perhaps they are covered by her long hair). But the label above the head of the figure seems to identify it as Opicinus assuming the identity of a€?the house of God.a€? Another caption in the Mediterranean Sea off the southern coast of France labels the figure as an Ymago Prudentie.
The fact that the face is labeled as Christa€™s would indicate on the surface that the figure is male.
Yet beyond the basic characters and the captions, the drawinga€™s meaning is clearly activated or shifted by the placement of the two personifications within the geographical forms of the portolan chart; after all, it is not difficult to imagine a much simpler way to express this confrontation, using only pictures and no maps. The scene is full of interesting and surprisingly graphic details, many of them interpreted in the marginal texts. Such interpretations are, I think, meant as models; as Morse demonstrated, Opicinus hoped that the drawings could be used by others to probe their own consciences and personal histories. Many parts of it must have been intentionally humorous, such as the basket for collecting the sea-mana€™s excrement, the graphic sexual organs, the interpretation of the Europe womana€™s pearl earrings, or the depiction of the Africa womana€™s cloak as a green river.
Even when texts in the Vaticanus indicated the stressors in Opicinusa€™ life a€”spiritual, moral, legal a€” the drawings remain exploratory and even lighthearted. Without any words from him on the subject it is impossible to know where such an idea comes from, but perhaps the grids on the portolan chart(s) from which Opicinus was working reminded him of a gridded map of Pavia that he had seen, or perhaps even made. The mapsa€™ superimposition encourages the viewer to seek correlations between them, and Opicinus reinforces these correspondences by drawing actual lines and lines of text to connect various parts.
He grafts a spiritual system of correspondences and coordinations onto this new representation of the physical world, but specifically includes details that undermine both systems, seeking instead a negotiation between the two. The rota on the breast of Affrica naturalis shows the mental processes that lead to sin: thinking, imagining, deciding, and delighting in (cogitatio, ymaginatio, electio, delectatio) lead the sinner to consent to sin (consensus peccati).
These can either connect the same geographical location between two separate maps (as in the line drawn between the two Carthages on the upper left map and the lower left map), or establish a point of contact between the same physiological parts of two body-worlds on the same map (as in the line drawn between the reproductive areas of the Europe-woman and the Africa-woman in the upper-right map).
It contains four complete portolan charts, all the exact same size, placed in careful relation to one another through overlapping and mirroring. This is different from the numerous drawings in the previous category, in which the two charts overlapped one another; here, the two white charts on the surface of the page are both complete diagrams of the region, reflecting one another along an invisible horizontal line in the Holy Land and Asia Minor.
The figures seem to present the encounter between a new priest and his new parish (a situation that Opicinus underwent several times in his early career). The role of this form in the drawing is ambiguous a€” its cruciform shape and its a€?soaking in blooda€? certainly evoke Christa€™s sacrifice, and its position at the heart of the drawing, precisely where the two white maps are mirrored, suggests that it may be significant in the transition between the two. One caption on the left side of the page is a short rant about the mosquitoes that were bothering Opicinus while he made the drawing, while another, longer text at the lower left is an extended metaphorical description of the penis, describing how, like a heretic disobeying the Church, the penis disobeys the orders of the body.
It is the caption that tells us something different; over their heads are written the words a€?matrixa€? and a€?virgaa€? a€” womb and penis. Representing pregnancy and birth inside of Europe was a way for Opicinus to convey how both good and evil tendencies enter the world. Some researchers have convincingly explained this positioning of the tiny body-world figures as indicating a Caesarian birth; as Opicinus explains, the two figures are born through Genoa, the a€?forced porta€? in the stomach of the European figure, rather than through Venice, the a€?natural porta€? of the figurea€™s vaginal canal (Opicinus makes the pun about Venetian a€?canalsa€? several times). The earliest depiction of Europe as a woman is believed to be by the 14th century Pavian cleric Opicinus de Canistris for the papal court, then at Avignon. This lake, which is commonly associated with Lake Manasarovar in northern India, is believed in Buddhist mythology to be the legendary site where Queen Maya conceived the Buddha. It should be noted that at the time of its production, Japan maintained an isolationist policy that began in 1603 with the Edo period under the military ruler Tokugawa Ieyasu, and lasting for nearly 270 years. Indeed, any history of maps is compounded by a complex series of interactions, involving their intent, their use and their purpose, as well as the process of their making.
All reconstructions are, to a greater or lesser degree, the product of the compiler and the technology of his times. The reasons for this divide include the limited quantity of scientific geographic scholarship, the nature of communications and scarcity, and political factors. But it was not feasible for graphics, the copying of which inevitably led to increasing distortion.
Any assumption that maps were widely available in the preindustrial world thus derives from anachronistic thinking based on later developments. There is no evidence for the use of such forms of representation in ancient maps, and this book deliberately presents no such reconstructions.
He knew it would be out of date, but that is precisely what he wanted - an ancient map; to perpetuate it, he also had a carpet woven from the drawing. Inferences have to be made about states of mind separated from the present not only by millennia but also - where ethnography is called into service to help illuminate the prehistoric evidence - by the geographical distance and different cultural contexts of other continents. Two of the basic map styles of the historical period, the picture map (perspective view) and the plan (ichnographic view), also have their prehistoric counterparts.
The interest of the cuneiform maps lies in their rich articulation of such a feature, uniquely shaped by the particular social norms and forces that emerged and changed within ancient Mesopotamian history.
However, the measurement of circular and triangular plots was envisaged: advice on this, and plans, are given in the Rhind Mathematical Papyrus of ca.
From Ptolemaic Egypt there is a rough rectangular plan of surveyed land accompanying the text of the Lille Papyrus I, now in Paris; also two from the estate of Apollonius, minister of Ptolemy II.
There is, however, but one example known, which has come down to us from that ancient day, this a celestial globe, briefly described as the Farnese globe.
Yet there was no century, not even in those ages we happily are learning to call no longer a€?darka€?, that geography and astronomy were not studied and taught, and globes celestial as well as armillary spheres, if not terrestrial globes, were constructed. Here however he makes his hero confess that he is wholly out of his bearings, and cannot well say where the sun is to set or to rise (Od.
Although these views were continued and developed to a certain extent by their successors, Strabo and Ptolemy, through the Roman period, and more or less entertained during the Middle Ages, they became obscured as time rolled on.
The bones of the holy apostle were found, with some relics that were placed in a rich vase.
Again, if we consider the Atlantic and North Pacific Oceans as devoid of the American Continent, and the Atlantic Ocean as stretching to the shores of Asia, as Strabo did, the parallel of Iberia (Spain) would have taken Columbusa€™ ships to the north of Japan--i.e. At the time when Alexander the Great set off to conquer and explore Asia and when Pytheas of Massalia was exploring northern Europe, therefore, the sum of geographic and cartographic knowledge in the Greek world was already considerable and was demonstrated in a variety of graphic and three-dimensional representations of the heavens and the earth.
In addition, many other ancient texts alluding to maps are further distorted by being written centuries after the period they record; they too must be viewed with caution because they are similarly interpretative as well as descriptive. Eudoxus had already formulated the geocentric hypothesis in mathematical models; and he had also translated his concepts into celestial globes that may be regarded as anticipating the sphairopoiia [mechanical spheres]. And it was at Alexandria that this Ptolemy, son of Ptolemy I Soter, a companion of Alexander, had founded the library, soon to become famous through the Mediterranean world. It seems, though, that having left Massalia, Pytheas put into Gades [Cadiz], then followed the coasts of Iberia [Spain] and France to Brittany, crossing to Cornwall and sailing north along the west coast of England and Scotland to the Orkney Islands.
On the contrary, a principal characteristic of the new age was the extent to which it was openly critical of earlier attempts at mapping.
Disregarding the elaborate projections of the Greeks, they reverted to the old disk map of the Ionian geographers as being better adapted to their purposes. This shape was also one which suited the Roman habit of placing a large map on a wall of a temple or colonnade.
90-168), Greek and Roman influences in cartography had been fused to a considerable extent into one tradition. The Almagest, although translated into Latin by Gerard of Cremona in the 12th century, appears to have had little direct influence on the development of cartography. Ptolemya€™s principal legacy was thus to cartographic method, and both the Almagest and the Geography may be regarded as among the most influential works in cartographic history. A thirty year old semi-invalid of a distinguished English family, she had the rare good luck to ask for the concession to a site that seemed unimportant and a site that no one else wanted.
The laws they formulated were intended both to engender citizen consent and to express the political will of the majority; in addition, a widely disseminated and fully alphabetic script rendered the laws easily accessible. Anaximenes maintained also that the sun and stars did not descend beneath the earth, and rise again at its other extremity, which appears to have been the prevalent doctrine in his day, but that they were carried around the earth, at a great distance, and that the light of the sun was intercepted during the night by high mountains. Even so, works with the titles cited, whether real or apocryphal, imply an informed preoccupation with both celestial and terrestrial cartography, and it seems credible that Anaximander was motivated to give a rational and critical account of the origin of the cosmos and the spread of human civilization. All scholarly reconstructions of his map envision a flat circle of earth surrounded by the stream of Ocean.
Like an architect designing a temple, a cartographer would sketch a frame of the oikoumene on bronze or wood and build up his plan of the world from it. The atmosphere above the mountain of the earth is thick with clouds and mist, but higher up is the clear A†ther with its starry ceiling. The diameter of the solar wheel was twenty-seven times that of the earth (or twenty-eight, depending on the sources) and the lunar wheel, whose fire was less intense, eighteen (or nineteen) times.
Finally, the philosophical idea of a global representation of the world simply for the sake of knowledge was reason enough to design one.
The Nile flowed south into the ocean, separating Libya (which was the name for the part of the then-known African continent) from Asia.
The dating of the Palatinus is more complicated a€” the large autobiographical calendar on fol. The Vaticanus was often mentioned by earlier authors, but had never been the object of extensive study, perhaps because its visual material is smaller and less elaborate than the large Palatinus folios.
These and other claims are refuted by Whittington with a basic statistical analysis of the manuscriptsa€™ subject matter. Their enigmatic forms, expressions, and arrangements have the power to arrest the attention of modern viewers, reversing expectations about what sorts of imagery were possible in the early 14th century. The a€?world,a€? in Opicinusa€™ drawings, is always represented using these charts; they form the drawingsa€™ structural basis and frame their meanings. Still, crucially, this does not make the drawings, in their inception, a€?abouta€? Opicinus. The large size of the Palatinus folios suggests a more public function, given their physical similarity to large medieval wall maps and portolan charts. Here one sees before a map of the Mediterranean world a€” Europe, North Africa, Anatolia and part of the Near East are left the white color of the paper, and the seas around them are tinted with a reddish-brown wash.
The incredibly diverse drawings that he created in the years that followed were his way of exploring the meaning of this vision and experimenting with different strategies for representing its shape and scope, searching for the arrangements and combinations that would lead him to the deepest meaning.
Opicinusa€™ maps were based on the most modern and technically accomplished cartography of his day a€” marinersa€™ sea-charts, which we call portolan charts.
Several folios depict only the western portion of the standard Mediterranean portolan chart, limiting their view to the area between Gibraltar and the boot of Italy. The geographic range of the depicted portolan outline is narrow - we see Gibraltar, Tunisia, France, Spain, and Italy, but none of the eastern Mediterranean, which is cut off by the drawinga€™s lower edge. Little is visible of her lower body, but she wears some kind of cloth wrapped around her waist.
However, the most prominent indicator of the figurea€™s identity is the large rota around the face in the Iberian peninsula, which seems to label the figure as Christ. The drawing thus suggests a combination of male and female elements: a pregnant female personification of Christendom, with Christ at the head and heart. In this first example, where the contrast between the two figures is simple and direct, we can more easily explore two ways that the form of the drawing a€” its geographical frame a€”may change the meaning of these figures. For example, the Mediterranean figure appears to have two sexual organs a€” one massive penis that seems to be ejaculating onto the southern coast of Spain, and another that he clutches in his fist (presumably in an act of masturbation) near Venice. 84v, numerous captions explore the moral, theological, quotidian, and incidental correspondences created by the overlay of the city grid on the portolan chart. In addition, the monastery with which they were both associated fell near Rome on the portolan chart. The revelation and the experiment were meant to be used by anyone a€” Opicinus is using himself as a test case, taking examples from his own life, family history, and childhood, and using them to interpret the correspondence between the two charts. These are all examples of Akbaria€™s horizontal allegory, or of allegory as a primarily interpretive act; Opicinus creates the structure (which may or may not have an intrinsic meaning a€” in this case, it seems not to), but the primary work is put into interpretation, play, and the creative exploration of his visual construction.
Opicinus created, an over-determined world because of its opportunities and flexibility, not to build a burdensome system that would collapse on top of him.
This basic format is repeated on at least eight other pages in the Vaticanus; again, there are variations in the size and placement of the two maps, but all of these examples include two portolan charts that are laid on top of one another.
In the smaller, lower image, the negative space of the chart a€” the sea a€” is tinted with a light brown wash, delineating the body of the so-called a€?Mediterranean Man,a€? often labeled a€?Lucifera€? His head and beard occupy the eastern Mediterranean (his ear tucked against the Nile delta and curving beard shaping the coast of the Anatolian peninsula), his arms gesture near Italy (one fist plunging violently east of Italy, forming the Adriatic), and his feet poke out near Gibraltar, between the faces of Europe and Africa. On this page he connects the two representations of the Adriatic with a diagonal line that slices through the center of the image, running from Venice on one chart to Venice on the other. Morse also points out that different renderings of the sea in the two charts likely correspond to their content; the embodied a€?devil seaa€? lies between the natural worlds, while the a€?spiritual seaa€? is left empty, perhaps to indicate its purity. Small lines connect the first four concepts to the eyes, ears, nose, and mouth of the Africa-figure, indicating the complicity of the exterior senses in this pathway to sin. 74v how Opicinus, by framing his allegories within the portolan charts, solidified their meaning into measured form, aligning the worlda€™s shapes with the truths and figures they revealed. The meaning of such lines remains ambiguous, but they do suggest points of contact and interconnection between elements that are otherwise set in opposition to one another. All four of these portolan charts are embodied, creating eight distinct characters: four male figures of Europe, and four figures of Africa (two angels and two male figures). Rather than containing the figure of the diabolical sea, the spaces of the Mediterranean and Black Seas on these two charts are left as windows through which the viewer can see the other maps in the drawing.
The colored worlds below are not labeled, but the figures seem to be a precise mirror of those on top, in both gender and physical appearance. Opicinusa€™ statement about the generation of meaning seems to apply both to this drawing and to many others that depict multiple levels of reality (usually through multiple iterations of the body-worlds). 82r becomes overwhelming, Opicinus provides the viewer with visual cues to make sense of the drawinga€™s disorienting forms.
This drawing contrasts two complete sets of body-worlds, one overlapping and partially obscuring the other, and two very different depictions of genitalia are found in the area around Venice on both depictions of Europe. In a passage early in the Vaticanus, Opicinus describes how the a€?diabolical seaa€? inseminates an already-pregnant Europe, splitting the child unnaturally into two figures a€” Europe and Africa.
Victoria Morse shows the way that Opicinus read meaning even into the precise position of these two tiny body-worlds over Lombardy below, determining which local cities fell under Africa and Europe. Inspired by the 1653 publication of Si-yu-ki, a pilgrimage narrative of the Chinese monk Hsuang-Tsanga€™s (602-604) travels to India in search of sacred Sanskrit writings, Rokashi Hotana€™s map attempts to update Buddhist mythological cartography, as exemplified in the 1634 manuscript map Gotenjikuzu [Map of the Five Regions of India], to correspond with the Si-yu-ki, as well as with contemporary and ancient religious texts, Chinese annals, travel narratives, and even some European maps.
From the quadruple beast headed helix (heads of a horse, a lion, an elephant, and an ox) of Manasarovar or Lake Anavatapta radiate the four sacred rivers of the region: the Indus, the Ganges, the Bramaputra, and the Sutlej (or Ganges, Oxus, Indus and Tarim).
Although knowing the world map by Matteo Ricci, published in Peking in 1602, Japanese maps mainly showed a purely Sino-centric view - or with acknowledgement of Buddhist traditional teaching - the Buddhist habitable world with an identifiable Indian sub-continent. A strong crisp image suggests that this is one of the first examples that Bundaiken Uhei printed, as wooden plates tend to wear quickly and many other examples show signs that the woodblock was more heavily worn. It has been maintained that their artists could not have closed their eyes, as far as these parts are concerned, to the objective world maps made in Europe.
Therefore, reconstructions are used here only to illustrate the general geographic concepts of the period in which the lost original map was made. All this is also evident in the history of cartography (a modern term created via a combination of Greek chartes, a€?charta€™, and graphein, a€?writea€™ or a€?drawa€™), that is, the study of maps as a special form of communicating geographic knowledge. Copies of copies of copies must generally have been very different from the vanished original, hence the scarcity of scholarly, illustrations transmitted from the ancient world.
There is even a temptation to go beyond reconstructions and invent a€” that is, falsify a€” maps from the ancient world. It was said that as the Archangel Gabriel appeared to Zacharias in the holy of holies, Zacharias must have been High Priest and have lived in Jerusalem; John the Baptist would then have been born in Jerusalem. I have not been able to find any such evidence or artifacts of map making that originated in the South America or Australia. This is described in an inscription in the Temple of Der-el-Bahri where the ship used for this journey is delineated, but there is no map. It is of marble, and is thought by some to date from the time of Eudoxus, that is, three hundred years before the Christian era. The Venerable Bede, Pope Sylvester I, the Emperor Frederick II, and King Alfonso of Castile, not to name many others of perhaps lesser significance, displayed an interest in globes and making.
See the sketch below of an inverted Chaldean boat transformed into a terrestrial globe, which will give an idea of the possible appearance of early globes.
Indeed, wherever we look round the margin of the circumfluent ocean for an appropriate entrance to Hades and Tartaros, we find it, whether in Japan, Iceland, the Azores, or Cape Verde Islands. Terrestrial maps and celestial globes were widely used as instruments of teaching and research. Despite what may appear to be reasonable continuity of some aspects of cartographic thought and practice, in this particular era scholars must extrapolate over large gaps to arrive at their conclusions. By the beginning of the Hellenistic Period there had been developed not only the various celestial globes, but also systems of concentric spheres, together with maps of the inhabited world that fostered a scientific curiosity about fundamental cartographic questions. The library not only accumulated the greatest collection of books available anywhere in the Hellenistic Period but, together with the museum, likewise founded by Ptolemy II, also constituted a meeting place for the scholars of three continents.
From there, some authors believe, he made an Arctic voyage to Thule [probably Iceland] after which he penetrated the Baltic.
Intellectual life moved to more energetic centers such as Pergamum, Rhodes, and above all Rome, but this promoted the diffusion and development of Greek knowledge about maps rather than its extinction.
The main texts, whether surviving or whether lost and known only through later writers, were strongly revisionist in their line of argument, so that the historian of cartography has to isolate the substantial challenge to earlier theories and frequently their reformulation of new maps. There is a case, accordingly, for treating them as a history of one already unified stream of thought and practice.
With translation of the text of the Geography into Latin in the early 15th century, however, the influence of Ptolemy was to structure European cartography directly for over a century. It would be wrong to over emphasize, as so much of the topographical literature has tended to do, a catalog of Ptolemya€™s a€?errorsa€?: what is vital for the cartographic historian is that his texts were the carriers of the idea of celestial and terrestrial mapping long after the factual content of the coordinates had been made obsolete through new discoveries and exploration. Similarly, in the towns, although only the Forma Urbis Romae is known to us in detail, large-scale maps were recognized as practical tools recording the lines of public utilities such as aqueducts, displaying the size and shape of imperial and religious buildings, and indicating the layout of streets and private property. It was assumed that even an woman amateur with no experience could do little harm at the nearly destroyed Temple of Mut, in a remote location south of the Amun precinct at Karnak. A rationalist, he prized symmetry and used geometry and mathematical proportions to help map the heavens; his theories thus departed from earlier, more mystical conceptions and foreshadowed the achievements of later astronomers. He believed that the same forces underlying the creation of the cosmos continued to guide it, and that these forces accounted for meteorological phenomena and climatic conditions. His oikoumene was seemingly divided into thirds, namely, Europe, Asia and Libya, separated by the Nile and Phasis rivers and the Mediterranean Sea and Black Sea.
To both his cosmic and terrestrial plans Anaximander applied a tripartite division together with the rules of proportionality and symmetry which guided Mediterranean architecture, especially column drums; he is known to have compared the earth to a stone column. The first 48 contain little visual material besides a few marginalia, while the second half of the book includes some text-only pages, some full-page drawings, and some smaller drawings with extensive text on or around them. 11r, which provides the most complete information about his life, ends with June 1336, suggesting that this drawing was finished by that date.
In contrast, Morse demonstrated that the Vaticanus holds the key to understanding Opicinusa€™ thought: its drawings are more intimate and revealing, and it contains over a hundred pages of text.
Portolan charts were modern, cutting-edge diagrammatic maps of the Mediterranean region, and Opicinusa€™ use of them transforms what would otherwise have been old-fashioned, theoretical, and primarily textual drawings into a completely new type of representation. Interpreting the vision with relation to his own body and life was only one of the tactics that he used. The drawings in both manuscripts could have been preparatory studies for some larger-scale project or commission that was never carried out. According to Whittington, to explain what the body-worlds a€?mean,a€? one must explore how and why Opicinus harnessed these maritime maps to a completely different purpose from that for which they were created. Others include the entire range of the chart, from the Atlantic Ocean to the Black Sea and the Holy Land. Small captions and rotae are positioned at various points on the map; some of these are placed to comment specifically on a geographical feature, while others remark more generally on the drawing and its characters.
A worm or snake emerges from an otherwise empty circle on her stomach, twisting along the North African coast, its mouth gnawing on the figurea€™s thumb near Carthage. Large red capital letters spell out C-R-I-S-T-U-S, with each letter also being the first letter of one of the seven gifts of the Holy Spirit.
Opicinus uses the portolan chart to construct a binary system in which values can be opposed, and also to place these allegories or personifications within a space that is, in the broadest sense, real.
On the southern coast of France, a basket-woven pattern is explained in a caption as a basket to catch the excrement of the sea-figure. For example, in a short passage in the upper left corner of the page, Opicinus mentions that the body of the sea-devil extends beyond the inner city wall of the Pavian map, which he interprets as a sign that malice and mischief are spread out in the city; beyond the old city walls.
An over-determined world allowed him to make visible to himself and his potential readers the primary concerns, impulses, histories, and spaces of his world and his body in a way that led to potentially productive connections and revelations. In contrast, the sea of the larger top map is not embodied, and retains the color of the paper. This line could help the viewer perceive the imagea€™s orientation, by providing a reference point for the location of the same city on each map at this crucial juncture at the center. The sea-figure takes control of the pagea€™s center, superimposing his twisting body over the eastern half of the upper, spiritual chart a€” his a€?negativea€? space dominates the positive space of the other chart. In contrast, a caption on the rota for Affrica spiritualis points to the interior senses (sensus interiores) that indicate spiritual progress: meditation, contemplation, discernment, and rumination (meditatio, contemplatio, discretio, degustatio).
They also establish that the body-worldsa€™ identities as both bodies and maps remain significant on their own; because connections rely on their status as both maps and bodies, one is not emphasized over the other.
This window or outline a€” the negative space of the upper drawing a€” provides a view onto a world of color.
The mirror of any of his creations, which he acknowledges are fabrications (in the sense that they are imaginary and exploratory), will always contain some new level of meaning.
The two red lines indicate the precise point where worlds are mirrored, and the differentiation in color a€” white, brown, and red a€” brings the forms of the body-worlds into a near-sculptural relief.
In the overlapped body-worlds, which are tinted with red and brown wash, we see a small penis depicted inside the figure of Europe, just past the fist of the Mediterranean figure. It must be acknowledged that both figures are shaped like small penises, but it is also true that in medieval anatomical texts the female genitalia are often described as an interiorized mirror image of a male penis, so perhaps we should not be surprised that the two are a€?personified,a€? if we want to use that term, in similar ways.
According to Victoria Morse, Europea€™s pregnancy was also related to local political situations, visualizing the (sexual) corruption of Lombardy within an otherwise holy European body. She then contrasts this a€?violenta€? delivery of the figures with the small baby depicted on fol. In 1537 the Tirolese cartographer Johann Putsch celebrated the Hapsburg rule over Europe by presenting a placid a€?Europa Reginaa€? wearing Charles Va€™s Spain as a crown and Ferdinanda€™s Austria as a medal at her waist, representing the triumph of the Hapsburgs. Ultimately, this map makes a lot more sense when one understands that Rokashi Hotan scaled his world map not by distance but rather by religious importance. But these maps treat India as the heart of their World, and consequently we can say that they never recognized the European world maps. No one person or area of study is capable of embracing the whole field; and cartographers, like workers in other activities, have become more and more specialized with the advantages and disadvantages which this inevitably brings. Nevertheless, reconstructions of maps which are known to have existed, and which have been made a long time after the missing originals, can be of great interest and utility to scholars.
Maps are generally two-dimensional representations, often to scale, of portions of the earth's surface.


Every generation or so, a new a€?discoverya€™ of such a map is announced, only to be exposed as either a hoax designed to embarrass an individual scholar or scholars in general, or an attempt to make money from an unsuspecting public. The fact that King Sargon of Akkad was making military expeditions westwards from about 2,330 B.C.
It has been shown how these could have appealed to the imagination not only of an educated minority, for whom they sometimes became the subject of careful scholarly commentary, but also of a wider Greek public that was already learning to think about the world in a physical and social sense through the medium of maps. The relative smallness of the inhabited world, for example, later to be proved by Eratosthenes, had already been dimly envisaged. The confirmation of the sources of tin (in the ancient Cassiterides or Tin Islands) and amber (in the Baltic) was of primary interest to him, together with new trade routes for these commodities. Indeed, we can see how the conditions of Roman expansion positively favored the growth and applications of cartography in both a theoretical and a practical sense.
The context shows that he must be talking about a map, since he makes the philosopher among his group start with Eratosthenesa€™ division of the world into North and South. Here, however, though such a unity existed, the discussion is focused primarily on the cartographic contributions of Ptolemy, writing in Greek within the institutions of Roman society. In the history of the transmission of cartographic ideas it is indeed his work, straddling the European Middle Ages, that provides the strongest link in the chain between the knowledge of mapping in the ancient and early modem worlds.
Finally, the interpretation of modem scholars has progressively come down on the side of the opinion that Ptolemy or a contemporary probably did make at least some of the maps so clearly specified in his texts. Some types of Roman maps had come to possess standard formats as well as regular scales and established conventions for depicting ground detail. She worked there for only three seasons from 1895 to 1897 and she published The Temple of Mut in Asher in 1899 2 with Janet Gourlay, who joined her in the second season. Otherwise, the earlier Greek evidence is either entirely lost or survives merely quoted without context in scant fragments. Whereas earlier theories had suggested that the earth was suspended or supported from elsewhere in the heavens, Anaximander asserted that the earth remained unsupported at the center of the universe because it had no reason to move in any direction. There is no consensus regarding the relative sizes of the landmasses, let alone the mapa€™s center: Delphi, Delos, and Miletus have all been proposed.
The representation and interpretation of this divine image of the earth would occupy much of the rest of his life. Other dates in the manuscript are scarce; most scholars agree that the bulk of the drawings were completed between February 1335 and June 1336, with later additions stretching all the way to 1350. Opicinus was working during a crucial moment in the history of cartography, when numerous artists and mapmakers sought to combine old and new forms. Most of the drawings suggest other interpretive avenues, through personifications, allegorical confrontations, or superimposition; one does not have to turn to Opicinusa€™ biography to explain them. It is also possible that these works were intended, like several of Opicinusa€™ earlier treatises, for the Pope.
In this example, Europe is embodied as a man a€” his head occupies the Iberian Peninsula, his chest and stomach lie in France (where some kind of beast in the ocean tries to bite at his shoulder), his arm arches up through the lowlands and Germany, and his legs occupy the Italian peninsula and the Dalmatian coast.
He used this technical, practical, scientific cartography to probe deeper into the nature of God and the created world. But all of the drawings in this category share a single feature: they include only one map, one level of cartographic reality on the page.
The two figures that constitute, lie within, or coexist with Africa and Europe are classic examples of Opicinusa€™ body-worlds (the third figure that often appears in the Mediterranean is not included, in this particular drawing). In two outer concentric rings Opicinus places the names of the seven planets and the days of the week.
Yet their placement within a map, particularly an empirical one which was actually used for travelling, emphasizes the tenuousness of such binary oppositions. Despite these and other details on the figures, the actual bodies seem less important to Opicinus in these three drawings; the commentary focuses more on the physical interplay and connections between the two overlapping maps.
It is not that he thinks that this image of the two maps placed in this particular arrangement is necessarily a€?correcta€? or a€?truea€? a€” on fol. 84v offers further evidence that Opicinus viewed the portolan charts as empirical representations. At the centre of the page the embodied eastern Mediterranean of the lower map (including the Black Sea) overlaps both the land and the sea of the upper map, so that its eastern half (part of Italy and all of Greece, Egypt, and Turkey) is obscured.
Or, given the opposing genders of the two Europes in the maps, and the fact that the area at the top of the Adriatic was understood as the erogenous zone of the European body, the line could suggest a sexual point of contact a€” even intercourse a€” between the two figures.
It is necessary first to describe and explain the drawinga€™s complex structure, before discussing its content in relation to several captions that surround it. In the space below, the continents are shaded a brick red, while the seas are painted a soft brown-grey. The interpretive paradigm for this drawing must be one of experimentation; it is the only image in the manuscript with this particular arrangement of forms, and through it Opicinus only seems to have arrived at fragments of meaning.
The small caption nearby simply reads Venetie [Venice] and without further explanation it is unclear whether the penis belongs to the European body, depicted lying back against his stomach, or whether he is somehow being penetrated by a small penis belonging to the sea-figure. Here, reproductive sexuality is a sign of corruption; elsewhere, as we will see, it is a marker of generative spirituality. 74v, which is positioned for a normal delivery through Venice, with its head down and its arms folded peacefully in prayer.
The queena€™s crown (Spain), orb (Sicily), and heart (Bohemia) from a triangle that directs the viewera€™s eye away from Eastern Europe toward the West. The consequent product of Rokashi Hotana€™s work is this magnificent amalgam of disparate ideas and traditions. India, the birthplace of the Buddha, is the central locale in the Jabmu-Dvipa conception and on this map.
In their maps the Buddhists connected the a€?Five Continentsa€? with the a€?Spiritual Worlda€? where the Spirit of human beings must go after death.
The possibilities include those for which specific information is available to the compiler and those that are described or merely referred to in the literature. Some saw in the a€?hill countrya€™ Hebron, a place that had for a long time been a leading Levitical city, while others held that Juda was the Levitical city concerned. The whole northern region, of sea as he supposed it, from west to east, was known to him only by Phoenician reports. If a literal interpretation was followed, the cartographic image of the inhabited world, like that of the universe as a whole, was often misleading; it could create confusion or it could help establish and perpetuate false ideas. It had been the subject of comment by Plato, while Aristotle had quoted a figure for the circumference of the earth from a€?the mathematiciansa€? at 400,000 stades; he does not explain how he arrived at this figure, which may have been Eudoxusa€™ estimate. It would appear from what is known about Pytheasa€™ journeys and interests that he may have undertaken his voyage to the northern seas partly in order to verify what geometry (or experiments with three dimensional models) have taught him.
Not only had the known world been extended considerably through the Roman conquests - so that new empirical knowledge had to be adjusted to existing theories and maps - but Roman society offered a new educational market for the cartographic knowledge codified by the Greeks. Ptolemy owed much to Roman sources of information and to the extension of geographical knowledge under this growing empire: yet he represents a culmination as well as a final synthesis of the scientific tradition in Greek cartography that has been highlighted in this introduction.
Yet it is perhaps in the importance accorded the map as a permanent record of ownership or rights over property, whether held by the state or by individuals, that Roman large-scale mapping most clearly anticipated the modern world. In the introduction to that publication of her work she emphasized that it was the first time any woman had been given permission by the Egyptian Department of Antiquities to excavate; she was well aware that it was something of an accomplishment. In over eighty surviving drawings, now kept in the Vatican Library and referred to by scholars as the Vaticanus and Palatinus manuscripts, he experimented with how he could uncover the meaning that he was sure God had planted in the vision he saw, in the hope that his drawings would help to renew the faith of all Christians.
Far more drawings in the Vaticanus portray body-worlds (23), while few in the Palatinus do so (6). This encounter between the scientific and the spiritual is best explored by looking at the structures that Opicinus used to create the drawings. Another rota lies inside France, near the location that Opicinus usually associates with the a€?hearta€? of the Europe figure a€” Avignon. On a map you can literally sail by sea from one a€?placea€? or a€?bodya€? to the other a€” each place is accessible to the other.
Here, the grid structures the space of the local map, but also shapes the way we view the portolan below.
It looks like a kind of symbolic twin to the spatio-indexical rhumb lines of the original portolan charts.
61r demonstrates that Opicinus was also aware of the dangers of aligning appearance with truth; appearances could just as easily deceive as reveal. The arrangement of these colored maps beneath the surface of the white ones is the most complicated aspect of the drawing. The angels are labeled angelus lucis and angelus tenebrarum a€” an angel of light and an angel of darkness. Given the penises in this region that we discussed above, this latter proposition is not without basis, but it seems more likely that it belongs to the European figure, since it is tinted the same color. Other countries, including China, Japan itself, and even more so the distant continents of Africa, Europe and the Americas, Rokashi Hotan considered a€?but mote-like countries in the Jambu-Dvipaa€? and a€?as small as a millet-graina€?. Viewed in its development through time, the map is a sensitive indicator of the changing thought of man, and few of these works seem to reflect such an excellent mirror of culture and civilization. Of a different order, but also of interest, are those maps made in comparatively recent times that are designed to illustrate the geographical ideas of a particular person or group in the past but are suggested by no known maps. Many solutions to this problem were put forward, but it was solved once and for all by the Madaba map, which showed, between Jerusalem and Hebron, a place called Beth Zachari: the house of Zacharias.
The paucity of evidence of clearly defined representations of constellations in rock art, which should be easily recognized, seems strange in view of the association of celestial features with religious or cosmological beliefs, though it is understandable if stars were used only for practical matters such as navigation or as the agricultural calendar. Later we encounter itineraries, referring either to military or to trading expeditions and provide an indication of the extent of Babylonian geographical knowledge at an early date. The celestial globe had reinforced the belief in a spherical and finite universe such as Aristotle had described; the drawing of a circular horizon, however, from a point of observation, might have perpetuated the idea that the inhabited world was circular, as might also the drawing of a sphere on a flat surface. Aristotle also believed that only the ocean prevented a passage around the world westward from the Straits of Gibraltar to India.
The result was that his observations served not merely to extend geographical knowledge about the places he had visited, but also to lay the foundation for the scientific use of parallels of latitude in the compilation of maps. Many influential Romans both in the Republic and in the early Empire, from emperors downward, were enthusiastic Philhellenes and were patrons of Greek philosophers and scholars.
In this respect, Rome had provided a model for the use of maps that was not to be fully exploited in many parts of the world until the 18th and 19th centuries. His map may have incorporated a three-point coordinate system, corresponding to the rising and setting of the sun on the days of the equinoxes and solstices. Nearly all of the drawings in the Palatinus feature what Whittington calls an a€?overarching containing structurea€? a€” a geometrical framework that contains all of the drawinga€™s content.
Her face is to the west, shown in profile as she seems to whisper into the ear of the European figure across the Straits of Gibraltar. She seems to speak directly into the ear of the European figure, depicted partly in profile and partly from the front. At the center of the roundel is a seated figure of Christ showing his wounds; around this are the names of seven episcopal seats, and the seven planets and their positions. In these simplest drawings, though, such a possibility is only hinted at; a much fuller manipulation of the metaphor of travel and movement between binaries, and indeed a subversion of the very concept of binary opposition, is found in Opicinusa€™ more complicated images, discussed below. This grid, eight squares by ten, is oriented in the same way as the map below, with east at the top of the page (the street grid of Pavia was, and still is, slightly off-axis from the cardinal points because of its alignment with the river, which is reflected in its positioning at a slight angle on the page). Opicinus just seems to be testing each possible arrangement on either side of the folio, turning it back and forth to see which parts of it align with things he believes to be true. Any resident or visitor familiar with the city would recognize that the local map of Pavia was a measured, accurate representation, and the fundamental hypothesis of this image and its interpretation is that correspondences can be deduced through the alignment of one measured map with another.
One complete map lies below the upper white map, and one complete map lies below the lower white map, but each is placed in a different relation to its chart above. The angel of light in the surface map whispers into the ear of the upper male Europe, labeled homo spiritualis, while the angel of darkness whispers to homo carnalis. 61v, where two tiny figures with the same labels hold between them a baby, its head positioned downward, pointing toward the area near Venice through which we presume it would be born. 1680 - 1720) was a Japanese bookseller and publisher active in Kyoto during the early part of the 18th century and is best known for his publication of this important Buddhist world map. The maps of early man, which pre-date other forms of written communication, were attempts to depict earth distributions graphically in order to better visualize them; like those of primitive peoples, the earliest maps served specific functional or practical needs.
Excavations on this site revealed the foundations of a little church, with a fragment of a mosaic that contained the name a€?Zachariasa€?. What is certainly different is the place and prominence of maps in prehistoric times as compared with historical times, an aspect associated with much wider issues of the social organization, values, and philosophies of two very different types of cultures, the oral and the literate.
They do not go so far as to record distances, but they do mention the number of nights spent at each place, and sometimes include notes or drawings of localities passed through. Another of a land, also in the north, where a man, who could dispense with sleep, might earn double wages, as there was hardly any night. There was, however, evidently no consensus between cartographic theorists, and there seems in particular to have been a gap between the acceptance of the most advanced scientific theories and their translation into map form. The danger of any study of Opicinus is that in seeking out the contexts in which one may understand Opicinusa€™ work as logical and coherent, one risks losing sight of what makes them so exceptional.
But he also used this idea in order to create images unrivalled in their complexity and interpretive difficulty, multiplying maps and figures across the page in kaleidoscopic networks.
The local grid is filled in with detail; the numerous small labels in brown indicate churches, city gates, bridges, and monasteries in Pavia, while the few red captions refer to cities or regions on the portolan below (here, like elsewhere, Opicinus uses color to clarify his content for the reader). Once again, a grid serves two functions, measuring the space of one reality and indicating the measurability of another. On the top half of the page, the tinted map below is a precise mirror image of the upper map, reflected from it along a red horizontal line that bisects the upper, white body-worlds. The arrangement recalls nothing so much as the angel and devil of the human conscience that perch on the shoulders of cartoon figures in modern movies and comics, offering advice and urging the character towards good or bad decisions; in the drawing, the heads of the angels seem to rest directly on the shoulders of the figures below them.
Here, the two a€?personificationsa€? of the penis and the womb have produced a tiny child and are preparing it for birth.
Later editions of Europe as a queen were issued by Sebastian Munster, Heinrich Bunting and Matthias Quad. Maps were also frequently used purely for decoration; they furnished designs for Gobelins tapestries, were engraved on goblets of gold and silver, tables, and jewel-caskets, and used in frescoes, mosaics, etc. As in Greek and Roman inscriptions, some documents record the boundaries of countries or cities. He probably had the first account from some sailor who had visited the northern latitudes in summer; and the second from one who had done the like in winter.
We were frankly warned that we should make no discoveries; indeed if any had been anticipated, it was unlikely that the clearance would have been entrusted to inexperienced direction. This a€?manuscripta€? is a collection of 27 huge unbound parchment sheets, averaging about two by three feet, although some are significantly larger. This observation prompts the next a€” that the Palatinus drawings almost always include calendars (usually as part of the overarching containing structure), while few of the Vaticanus drawings do. Looking at the drawings as a whole, there can be no doubt that there are distinct threads running through them a€” themes, problems, and possibilities that Opicinus set out to explore.
And just as the drawingsa€™ forms combine simplicity and complexity, their content also veers from the straightforward to the impenetrable. The relationship between these human figures and the landforms is, as is always the case in Opicinusa€™ drawings, very difficult to describe. The huge green swath at the right of the page indicates the Ticino River, which is coextensive with the long veil or cloak worn by the Africa woman. The white body-worlds in the top layer always overlap the lower, colored ones, which are only visible in the negative space of the sea. These personificationsa€™ sexuality is normative and non-transgressive a€” male and female members come together inside of the female body. It was not until the 18th century, however, that maps were gradually stripped of their artistic decoration and transformed into plain, specialist sources of information based upon measurement. 3 A Margaret Benson was born June 16, 1865, one of the six children of Edward White Benson. Depending on the individual viewera€™s perception, the figures can seem to be lying on top of the land, growing out of it, or somehow placed under it a€” as if the landforms are windows through which we are looking. The green lines at the top and bottom of the page show the path of several Pavian canals, and the three concentric red boundaries drawn around the page indicate the city walls. The same system is repeated in the lower half of the drawing, except that the lower tinted map is reflected along a vertical line, also colored red. From these observations, Whittington generalizes some of the basic differences between the two manuscripts. Most of all, however, these enigmatic forms seem to depict the earth and the bodies as coextensive, and of the same material a€” bodies made out of the earth.
The two maps on the bottom half of the page are also mirror images of one another, but along a different axis. He was first an assistant master at Rugby, then the first headmaster of the newly founded Wellington College.He rose in the service of the church as Chancellor of the diocese of Lincoln, Bishop of Truro and, finally, Archbishop of Canterbury.
The Vaticanus seems to be more of a personal manuscript, perhaps never intended for a wider audience.
The more one looks at these body-worlds, the more one sees the human figures as figures a€” the stranger parts of their bodies, where the landforms do not align so easily with a normative human shape, become less and less noticeable. The two red axes are thus crucial to understanding the drawing: they must have been used to construct it and also intended to aid in its decoding.
Its drawings are less structured and presentational, contain more sexual imagery, and include more personal themes, all of which we might associate with a private, rather than public function (although such distinctions were perhaps more fluid in 14th century Italy than they are today).
Secondly, the drawings in the Vaticanus and Palatinus have very different structures; the Vaticanus uses the form of the portolan [nautical] chart to structure meaning and representations of bodies, while the Palatinus drawings use larger geometric, ecclesiastical, and temporal frames, which in turn often contain representations of the earth. Benson was a learned man with a wide knowledge of history and a serious concern for the education of the young. Finally, the Palatinus drawings contain a temporal, cyclical element (numerous calendars and representations of the zodiac) that the Vaticanus drawings usually lack. He was also something of a poet and one of his hymns is still included in the American Episcopal Hymnal. Arthur Christopher, the eldest, was first a master at Eton and then at Magdalen College, Cambridge. A noted author and poet with an enormous literary output, he published over fifty books, most of an inspirational nature, but he was also the author of monographs on D.
He helped to edit the correspondence of Queen Victoria for publication, contributed poetry to The Yellow Book, and wrote the words to the anthem "Land of Hope and Glory". Most important to the study of the excavator of the Mut Temple, he was the author of The Life and Letters of Maggie Benson, 4 a sympathetic biography which helps to shed some light on her short archaeological career. He also wrote several reminiscences of his family in which he included his sister and described his involvement in her excavations. He helped to supervise part of the work and he prepared the plan of the temple which was used in her eventual publication. His younger brother, Robert Hugh Benson, took Holy Orders in the Church of England, later converted to Roman Catholicism and was ordained a priest in that rite. He also achieved some fame as a novelist and poet and rose to the position of Papal Chamberlain.
Her publication of the excavation is cited in every reference to theTemple of Mut in the Egyptological literature, but she is known to history as a name in a footnote and little else.A Margaret Benson was born at Wellington College during her father's tenure as headmaster. Each career advancement for him meant a move for the family so her childhood was spent in a series of official residences until she went to Oxford in 1883. She was eighteen when she was enrolled at Lady Margaret Hall, a women's college founded only four years before. One of her tutors commented to his sister that he was sorry Margaret had not been able to read for "Greats" in the normal way. 5 When she took a first in the Women's Honours School of Philosophy, he said, "No one will realize how brilliantly she has done." 6 Since her work was not compared to that of her male contemporaries, it would have escaped noticed. In her studies she concentrated on political economy and moral sciences but she was also active in many aspects of the college. She participated in dramatics, debating and sports but her outstanding talent was for drawing and painting in watercolor. Her skill was so superior he thought she should be appointed drawing mistress if she remained at Lady Margaret Hall for any length of time. She began a work titled "The Venture of Rational Faith" which occupied her thoughts for many years.
From the titles alone they suggest a young woman who was deeply concerned with problems of society and the spirit and this preoccupation with the spiritual was to be one of her concerns throughout the rest of her life.
In some of her letters from Egypt it is clear that she was attempting to understand something of the spiritual life of the ancient Egyptians, not a surprising interest for the daughter of a churchman like Edward White Benson. A In 1885, at the age of twenty, Margaret was taken ill with scarlet fever while at Zermatt in Switzerland.
By the time she was twenty-five she had developed the symptoms of rheumatism and the beginnings of arthritis. She made her first voyage to Egypt in 1894 because the warm climate was considered to be beneficial for those who suffered from her ailments. Wintering in Egypt was highly recommended at the time for a wide range of illnesses ranging from simple asthma to "mental strain." Lord Carnarvon, Howard Carter's sponsor in the search for the tomb of Tutankhamun, was one of the many who went to Egypt for reasons of health.
After Cairo and Giza she went on by stages as far as Aswan and the island temples of Philae.
She commented on the "wonderful calm" of the Great Sphinx, the physical beauty of the Nubians, the color of the stone at Philae, the descent of the cataract by boat, which she said was "not at all dangerous".
By the end of January she was established in Luxor with a program of visits to the monuments set out. I don't feel as if I should have really had an idea of Egypt at all if I hadn't stayed here -- the Bas-reliefs of kings in chariots are only now beginning to look individual instead of made on a pattern, and the immensity of the whole thing is beginning to dawn -- and the colours, oh my goodness! The ancient language and script she found fascinating but she was not as interested in reading classical Arabic.
Her interest was maintained by the variety of animal and bird life for at home in England she had been surrounded by domestic animals and had always been keen on keeping pets.
By the time her first stay ended in March, 1894, she had already resolved to return in the fall. When Margaret returned to Egypt in November she had already conceived the idea of excavating a site and thus applied to the Egyptian authorities.
Edouard Naville, the Swiss Egyptologist who was working at the Temple of Hatshepsut at Dier el Bahri for the Egypt Exploration Fund, wrote to Henri de Morgan, Director of the Department of Antiquities, on her behalf. From her letters of the time, it is clear that this was one of the most exciting moments of Margaret Benson's life because she was allowed to embark on what she considered a great adventure. A Margaret's physical condition at the beginning of the excavation was of great concern to the family. A Margaret Benson had no particular training to qualify or prepare her for the job but what she lacked in experience she more than made up for with her "enthusiastic personality" and her intellectual curiosity. In the preface to The Temple of Mut in Asher she said that she had no intention of publishing the work because she had been warned that there was little to find. In the introduction to The Temple of Mut in Asher acknowledgments were made and gratitude was offered to a number of people who aided in the work in various ways.
The professional Egyptologists and archaeologists included Naville, Petrie, de Morgan, Brugsch, Borchardt, Daressy, Hogarth and especially Percy Newberry who translated the inscriptions on all of the statues found.
Lea), 10 a Colonel Esdaile, 11 and Margaret's brother, Fred, helped in the supervision of the work in one or more seasons. A It is usually assumed that Margaret Benson and Janet Gourlay worked only as amateurs, with little direction and totally inexperienced help.
It is clear from the publication that Naville helped to set up the excavation and helped to plan the work. Hogarth 12 gave advice in the direction of the digging and Newberry was singled out for his advice, suggestions and correction as well as "unwearied kindness." Margaret's brother, Fred, helped his inexperienced sister by supervising some of the work as well as making a measured plan of the temple which is reproduced in the publication.
Benson) was qualified to help because he had intended to pursue archaeology as a career, studied Classical Languages and archaeology at Cambridge, and was awarded a scholarship at King's College on the basis of his work.
He organized a small excavation at Chester to search for Roman legionary tomb stones built into the town wall and the results of his efforts were noticed favorably by Theodore Mommsen, the great nineteenth century classicist, and by Mr. Benson went on to excavate at Megalopolis in Greece for the British School at Athens and published the result of his work in the Journal of Hellenic Studies. His first love was Greece and its antiquities and it is probable that concern for his sister's health was a more important reason for him joining the excavation than an interest in the antiquities of Egypt. 13A It is interesting to speculate as to why a Victorian woman was drawn to the Temple of Mut. The precinct of the goddess who was the consort of Amun, titled "Lady of Heaven", and "Mistress of all the Gods", is a compelling site and was certainly in need of further exploration in Margaret's time. Its isolation and the arrangement with the Temple of Mut enclosed on three sides by its own sacred lake made it seem even more romantic. 14 When she began the excavation three days was considered enough time to "do" the monuments of Luxor and Margaret said that few people could be expected to spend even a half hour at in the Precinct of Mut. A On her first visit to Egypt in 1894 she had gone to see the temple because she had heard about the granite statues with cats' heads (the lion-headed images of Sakhmet).
The donkey-boys knew how to find the temple but it was not considered a "usual excursion" and after her early visits to the site she said that "The temple itself was much destroyed, and the broken walls so far buried, that one could not trace the plan of more than the outer court and a few small chambers". 15 The Precinct of the Goddess Mut is an extensive field of ruins about twenty-two acres in size, of which Margaret had chosen to excavate only the central structure. Connected to the southernmost pylons of the larger Amun Temple of Karnak by an avenue of sphinxes, the Mut precinct contains three major temples and a number of smaller structures in various stages of dilapidation. She noted some of these details in her initial description of the site, but in three short seasons she was only able to work inside the Mut Temple proper and she cleared little of its exterior. Serious study of the temple complex was started at least as early as the expedition of Napoleon at the end of the eighteenth century when artists and engineers attached to the military corps measured the ruins and made drawings of some of the statues.
During the first quarter of the nineteenth century, the great age of the treasure hunters in Egypt, Giovanni Belzoni carried away many of the lion-headed statues and pieces of sculpture to European museums. Champollion, the decipherer of hieroglyphs, and Karl Lepsius, the pioneer German Egyptologist, both visited the precinct, copied inscriptions and made maps of the remains.16 August Mariette had excavated there and believed that he had exhausted the site.
Most of the travelers and scholars who had visited the precinct or carried out work there left some notes or sketches of what they saw and these were useful as references for the new excavation. Since some of the early sources on the site are quoted in her publication, Margaret was obviously aware of their existence. 17A On her return to Egypt at the end of November, 1894, she stopped at Mena House hotel at Giza and for a short time at Helwan, south of Cairo.
Helwan was known for its sulphur springs and from about 1880 it had become a popular health resort, particularly suited for the treatment of the sorts of maladies from which Margaret suffered.
People at every turn asked if she remembered them and her donkey-boy almost wept to see her. A "On January 1st, 1895, we began the excavation" -- with a crew composed of four men, sixteen boys (to carry away the earth), an overseer, a night guardian and a water carrier.
The largest the work gang would be in the three seasons of excavation was sixteen or seventeen men and eighty boys, still a sizable number. Before the work started Naville came to "interview our overseer and show us how to determine the course of the work".
A A good part of Margaret's time was occupied with learning how to supervise the workmen and the basket boys. Since her spoken Arabic was almost nonexistent, she had to use a donkey-boy as a translator. It would have been helpful if she had had the opportunity to work on an excavation conducted by a professional and profit from the experience but she was eager to learn and had generally good advice at her disposal so she proceeded in an orderly manner and began to clear the temple. On the second of January she wrote to her mother: "I don't think much will be found of little things, only walls, bases of pillars, and possibly Cat-statues. I shall feel rather like --'Massa in the shade would lay While we poor niggers toiled all day' -- for I am to have a responsible overseer, and my chief duty apparently will be paying.
18A She is described as riding out from the Luxor Hotel on donkey-back with bags of piaster pieces jingling for the Saturday payday.
She had been warned to pay each man and boy personally rather than through the overseer to reduce the chances of wages disappearing into the hands of intermediaries.
The workmen believed that she was at least a princess and they wanted to know if her father lived in the same village as the Queen of England. When they sang their impromptu work songs (as Egyptian workmen still do) they called Margaret the "Princess" and her brother Fred the "Khedive". A PART II: THE EXCAVATIONSA The clearance was begun in the northern, outer, court of the temple where Mariette had certainly worked. Earth was banked to the north side of the court, against the back of the ruined first pylon but on the south it had been dug out even below the level of the pavement.
Mariette's map is inaccurate in a number of respects suggesting that he was not able to expose enough of the main walls. At the first (northern) gate it was necessary for Margaret Benson to clear ten or twelve feet of earth to reach the paving stones at the bottom. In the process they found what were described as fallen roofing blocks, a lion-headed statue lying across and blocking the way, and also a small sandstone head of a hippopotamus.
In the clearance of the court the bases of four pairs of columns were found, not five as on Mariette's map. After working around the west half of the first court and disengaging eight Sakhmet statues in the process, they came on their first important find. Near the west wall of the court, was discovered a block statue of a man named Amenemhet, a royal scribe of the time of Amenhotep II. The statue is now in the Egyptian Museum in Cairo 19 but Margaret was given a cast of it to take home to England.
When it was discovered she wrote to her father: A My Dearest Papa, We have had such a splendid find at the Temple of Mut that I must write to tell you about it. We were just going out there on Monday, when we met one of our boys who works there running to tell us that they had found a statue. When we got there they were washing it, and it proved to be a black granite figure about two feet high, knees up to its chin, hands crossed on them, one hand holding a lotus. 20A The government had appointed an overseer who spent his time watching the excavation for just such finds. He reported it to a sub-inspector who immediately took the block statue away to a store house and locked it up. He said it was hard that Margaret should not have "la jouissance de la statue que vous avez trouve" and she was allowed to take it to the hotel where she could enjoy it until the end of the season when it would become the property of the museum.
The statue had been found on the pavement level, apparently in situ, suggesting to the excavator that this was good evidence for an earlier dating for the temple than was generally believed at the time.
The presence of a statue on the floor of a temple does not necessarily date the temple, but many contemporary Egyptologists might have come to the same conclusion. One visitor to the site recalled that a party of American tourists were perplexed when Margaret was pointed out to them as the director of the dig. At that moment she and a friend were sitting on the ground quarreling about who could build the best sand castle.
This was probably not the picture of an "important" English Egyptologist that the Americans had expected. A As work was continued in the first court other broken statues of Sakhmet were found as well as two seated sandstone baboons of the time of Ramesses III. 21 The baboons went to the museum in Cairo, a fragment of a limestone stela was eventually consigned to a store house in Luxor and the upper part of a female figure was left in the precinct where it was recently rediscovered.
The small objects found in the season of 1895 included a few coins, a terra cotta of a reclining "princess", some beads, Roman pots and broken bits of bronze. Time was spent repositioning Sakhmet statues which appeared to be out of place based on what was perceived as a pattern for their arrangement.
Even if they were correct they could not be sure that they were reconstructing the original ancient placement of the statues in the temple or some modification of the original design.
In the spirit of neatness and attempting to leave the precinct in good order, they also repaired some of the statues with the aid of an Italian plasterer, hired especially for that purpose. A Margaret was often bed ridden by her illnesses and she was subject to fits of depression as well but she and her brother Fred would while away the evenings playing impromptu parlor games. For a fancy dress ball at the Luxor Hotel she appeared costumed as the goddess Mut, wearing a vulture headdress which Naville praised for its ingenuity.
The resources in the souk of Luxor for fancy dress were nonexistent but Margaret was resourceful enough to find material with which to fabricate a costume based, as she said, on "Old Egyptian pictures." A The results of the first season would have been gratifying for any excavator.
In a short five weeks the "English Lady" had begun to clear the temple and to note the errors on the older plans available to her.
She had started a program of reconstruction with the idea of preserving some of the statues of Sakhmet littering the site. She had found one statue of great importance and the torso of another which did not seem so significant to her.
Her original intention of digging in a picturesque place where she had been told there was nothing much to be found was beginning to produce unexpected results.A The Benson party arrived in Egypt for the second season early in January of 1896. After a trip down to, they reached Luxor Aswan around the twenty-sixth and the work began on the thirtieth. That day Margaret was introduced to Janet Gourlay who had come to assist with the excavation. The beginning of the long relationship between "Maggie" Benson and "Nettie" Gourlay was not signaled with any particular importance. By May of the same year she was to write (also to her mother): "I like her more and more -- I haven't liked anyone so well in years". Miss Benson and Miss Gourlay seemed to work together very well and to share similar reactions and feelings.
They were to remain close friends for much of Margaret's life, visiting and travelling together often. Their correspondence reflects a deep mutual sympathy and Janet was apparently much on Margaret's mind because she often mentioned her friend in writing to others. After her relationship with Margaret Benson she faded into obscurity and even her family has been difficult to trace, although a sister was located a few years ago. A For the second season in 1896 the work staff was a little larger, with eight to twelve men, twenty-four to thirty-six boys, a rais (overseer), guardians and the necessary water carrier. With the first court considered cleared in the previous season, work was begun at the gate way between the first and second courts.
An investigation was made of the ruined wall between these two courts and the conclusion was drawn that it was "a composite structure" suggesting that part of the wall was of a later date than the rest.
The wall east of the gate opening is of stone and clearly of at least two building periods while the west side has a mud brick core faced on the south with stone.
Margaret thought the west half of the wall to be completely destroyed because it was of mud brick which had never been replaced by stone. She found the remains of "more than one row of hollow pots" which she thought had been used as "air bricks" in some later rebuilding.
Originally built of mud brick, like many of the structures in the Precinct of Mut, the south face of both halves of the wall was sheathed with stone one course thick no later than the Ramesside Period. During the Ptolemaic Period the core of the east half of the mud brick wall was replaced with stone but the Ramesside sheathing was retained. Here the untrained excavator was beginning to understand some of the problems of clearing a temple structure in Egypt. Mariette's plan of the second chamber probably seemed accurate after a superficial examination so a complete clearing seemed unnecessary. Other fragments were found and the original height of the seated statue was estimated between fourteen and sixteen feet high.
The following year de Morgan, the Director General of the Department of Antiquities, ordered the head sent to the museum in Cairo The finding of the large lion head is mentioned in a letter from Margaret to her mother dated February 9, 1896, 22. In the same letter she also mentions the discovery of a statue of Ramesses II on the day before the letter was written. 23.Her published letters often give exact or close dates of discoveries whereas her later publication in the Temple of Mut in Asher was an attempt at a narrative of the work in some order of progression through the temple and dates are often lacking.
About the same time that the giant lion head was found some effort was made to raise a large cornerstone block but a crowbar was bent and a rope was broken. The end result of the activity is not explained at that point and the location of the corner not given but it can probably be identified with the southeast cornerstone of the Mut Temple mentioned later in a description of the search for foundation deposits. A Somewhere near the central axis of the second court, but just inside the gateway, they came on the upper half of a royal statue with nemes headdress and the remains of a false beard.
There had been inscriptions on the shoulder and back pillar but these had been methodically erased.
The lower half was found a little later and it was possible to reconstruct an over life-sized, nearly complete, seated statue of a king.
The excavators published it as "possibly" Tutankhamun, an identification not accepted today, and it is still to be seen, sitting to the east of the gateway, facing into the second court.24 A large statue of Sakhmet was also found, not as large as the colossal head, but larger than the other figures still in the precinct and in most Egyptian collections. It was also reconstructed and left in place, on the west side of the doorway where it is one of the most recognizable landmarks in the temple. In the clearance of the second court a feature described as a thin wall built out from the north wall was found in the northeast corner. It was later interpreted by the nineteenth century excavators as part of the arrangement for a raised cloister and it was not until recent excavation that it was identified as the lower part of the wall of a small chapel, built against the north wall of the court.
The process of determining any sequence of the levels in the second court was complicated by the fact that it had been worked over by earlier treasure hunters and archaeologists.
In some cases statues were found below the original floor level, leading to the assumption that some pieces had fallen, broken the pavement, and sunk into the floor of their own weight.
It is more probable that the stone floors had been dug out and undermined in the search for antiquities. A An attempt was made to put the area in order for future visitors as the excavation progressed.
This included the reconstruction of some of the statues as found and the moving of others in a general attempt to neaten the appearance of the temple.
Other finds made in the second court included inscribed blocks too large to move or reused in parts of walls still standing. The statue identified as Ramesses II, mentioned in Margaret's letter of February 9, was found on the southwest side of the court, near the center. It was a seated figure in pink granite, rather large in size, but when it was completely uncovered it was found to be broken through the middle with the lower half in an advanced state of disintegration. The upper part was in relatively good condition except for the left shoulder and arm and it was eventually awarded to the excavators. A Mention was also made of several small finds from the second court including a head of a god in black stone and part of the vulture headdress from a statue of a goddess or a queen. The recent ongoing excavations carried out by the Brooklyn Museum have revealed a female head with traces of a vulture headdress as well as a number of fragments of legs and feet which suggest that the head of the god found by Margaret Benson was from a pair statue representing Amun and Mut. Another important discovery she made on the south side of the court was a series of sandstone relief blocks representing the arrival at Thebes of Nitocris, daughter of Psamtik I, as God's Wife of Amun.25A At some time during the season Margaret was made aware of the possibility that foundation deposits might still be in place.
These dedicatory deposits were put down at the time of the founding of a structure or at a time of a major rebuilding, and they are often found under the cornerstones, the thresholds or under major walls, usually in the center. They contain a number of small objects including containers for food offerings, model tools and model bricks or plaques inscribed with the name of the ruler. The importance of finding such a deposit in the Temple of Mut was obvious to Margaret because it would prove to everyone's satisfaction who had built the temple, or at least who had made additions to it. A They first looked for foundation deposits in the middle of the gateway between the first and second courts.
At the same time another part of the crew was clearing the innermost rooms in the south part of the temple.
Under the central of the three chambers they discovered a subterranean crypt with an entrance so small that it had to be excavated by "a small boy with a trowel". This chamber has been re-cleared in recent years and proved to be a small rectangular room with traces of an erased one-line text around the four walls. In antiquity the access seems to have been hidden by a paving stone which had to be lifted each time the room was entered.
A The search for foundation deposits continued in the southeast corner of the temple (probably the place where the crowbar was bent and the rope broken). Again no deposit was found but in digging around the cornerstone, below the original ground level, they began to find statues and fragments of statues. As the earth continued to yield more and more pieces of sculpture, Legrain arrived from the Amun Temple, where he was supervising the excavation, and announced his intention to take everything away to the storehouse. Aside from the pleasure of the find, it was important to have the objects at hand for study, comparison and the copying of inscriptions.




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