Terrestrial Cartography in Ancient Mesopotamia
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The History of Cartography, Volume 3
THE HISTORY OF CARTOGRAPHY VOLUME THREE Volume Three Editorial Advisors Denis E. Cosgrove Richard Helgerson Catherine Delano-Smith Christian Jacob Felipe Fernández-Armesto Richard L. Kagan Paula Findlen Martin Kemp Patrick Gautier Dalché Chandra Mukerji Anthony Grafton Günter Schilder Stephen Greenblatt Sarah Tyacke Glyndwr Williams The History of Cartography J. B. Harley and David Woodward, Founding Editors 1 Cartography in Prehistoric, Ancient, and Medieval Europe and the Mediterranean 2.1 Cartography in the Traditional Islamic and South Asian Societies 2.2 Cartography in the Traditional East and Southeast Asian Societies 2.3 Cartography in the Traditional African, American, Arctic, Australian, and Pacific Societies 3 Cartography in the European Renaissance 4 Cartography in the European Enlightenment 5 Cartography in the Nineteenth Century 6 Cartography in the Twentieth Century THE HISTORY OF CARTOGRAPHY VOLUME THREE Cartography in the European Renaissance PART 1 Edited by DAVID WOODWARD THE UNIVERSITY OF CHICAGO PRESS • CHICAGO & LONDON David Woodward was the Arthur H. Robinson Professor Emeritus of Geography at the University of Wisconsin–Madison. The University of Chicago Press, Chicago 60637 The University of Chicago Press, Ltd., London © 2007 by the University of Chicago All rights reserved. Published 2007 Printed in the United States of America 1615141312111009080712345 Set ISBN-10: 0-226-90732-5 (cloth) ISBN-13: 978-0-226-90732-1 (cloth) Part 1 ISBN-10: 0-226-90733-3 (cloth) ISBN-13: 978-0-226-90733-8 (cloth) Part 2 ISBN-10: 0-226-90734-1 (cloth) ISBN-13: 978-0-226-90734-5 (cloth) Editorial work on The History of Cartography is supported in part by grants from the Division of Preservation and Access of the National Endowment for the Humanities and the Geography and Regional Science Program and Science and Society Program of the National Science Foundation, independent federal agencies. -
The Beautiful Cubit System I Douglas 2019 the Beautiful Cubit System
The Beautiful Cubit System I Douglas 2019 The Beautiful Cubit System Ian Douglas, B.Sc [email protected] 30 June 2019 Version 1.0.0 DOI: https://doi.org/10.5281/zenodo.3263864 This work is licensed under the Creative Commons Attribution 4.0 International License. Abstract An analysis of the Egyptian Royal cubit, presenting some research and opinions flowing from that research, into what I believe was the original cubit, and how it was corrupted. I show various close arithmetic approximations and multiple ways of getting the divisions of the cubit, as well as some related measures. The cubit also encapsulates the basic components for the metric system. Keywords: Egyptology, metrology, royal cubit, cubit, metre, foot, metric system Contents 1. Introduction 2. Overview of current understanding 3. An alternative origin 4. Different ways of approximating the royal cubit 5. Different ways of getting the cubit divisions 6. Geometry, the Royal Cubit and the metric system 7. Bibliography 1. Introduction The cubit is a well-know ancient measure of length, used around various places in the Middle East and Mediterranean region in the distant past. 1 The Beautiful Cubit System I Douglas 2019 It is allegedly based on the length of a human (male) fore-arm. It is typically measured from the back of the elbow to some point between the wrist and the end of the outstretched middle finger, or in some variants, a point beyond that. The problem with this approach is that everyone’s arm is a different length. If the heights of the dynastic Egyptians is taken as representative, then their arms would have been too short to justify the accepted lengths. -
Earliest Known Maps #100 TITLE
Earliest Known Maps #100 TITLE: The Earliest Known Map DATE: 6,200 B.C. AUTHOR: unknown DESCRIPTION: The human activity of graphically translating one’s perception of his world is now generally recognized as a universally acquired skill and one that pre-dates virtually all other forms of written communication. Set in this pre-literate context and subjected to the ravages of time, the identification of any artifact as “the oldest map”, in any definitive sense, becomes an elusive task. Nevertheless, searching for the earliest forms of cartography is a continuing effort of considerable interest and fascination. These discoveries provide not only chronological benchmarks and information about geographical features and perceptions thereof, but they also verify the ubiquitous nature of mapping, help to elucidate cultural differences and influences, provide valuable data for tracing conceptual evolution in graphic presentations, and enable examination of relationships to more “contemporary primitive” mapping. As such, there are a number of well- known early examples that appear in most standard accounts of the history of cartography. The most familiar artifacts put forth as “the oldest extant cartographic efforts” are the Babylonian maps engraved on clay tablets. These maps vary in scale, ranging from small-scale world conceptions to regional, local and large-scale depictions, down to building and grounds plans. In detailed accounts of these cartographic artifacts there are conflicting estimates concerning their antiquity, content and significance. Dates quoted by “authorities” may vary by as much as 1,500 years and the interpretation of specific symbols, colors, geographic locations and names on these artifacts often differ in interpretation from scholar to scholar. -
TITLE: Mesopotamian City Plan for Nippur DATE: 1,500 B.C
City Plan for Nippur #101 TITLE: Mesopotamian City Plan for Nippur DATE: 1,500 B.C. AUTHOR: unknown DESCRIPTION: This Babylonian clay tablet, drawn around 1,500 B.C. and measuring 18 x 21 cm, is incised with a plan of Nippur, the religious center of the Sumerians in Babylonia during this period. The tablet marks the principal temple of Enlil in its enclosure on the right edge, along with storehouses, a park and another enclosure, the river Euphrates, a canal to one side of the city, and another canal running through the center. A wall surrounds the city, pierced by seven gates which, like all the other features, have their names written beside them. As on some of the house plans, measurements are given for several of the structures, apparently in units of twelve cubits [about six meters]. Scrutiny of the map beside modern surveys of Nippur has led to the claim that it was drawn to scale. How much of the terrain around Nippur has been included cannot be known because of damage to the tablet, nor is there any statement of the plan’s purpose, although repair of the city’s defenses is suggested. As such, this tablet represents possibly the earliest known town plan drawn to scale. Nippur city map drawn to scale Examples of city maps, some quite fragmentary, are preserved for Gasur (later called Nuzi), Nippur, Babylon, Sippar, and Uruk. The ancient Mesopotamian city stands as the quintessential vehicle of self-identification in that fundamentally urban civilization. Our knowledge of a Meso- 1 City Plan for Nippur #101 potamian conception of “citizenship” is unfortunately quite poor, but a member of the community was identified as ”one of the city,” and so the equivalent expression of the term “citizen,” or something perhaps similar to it, is tied to the concept and word for the city. -
Methodology for Producing a Hand-Drawn Thematic City Map
Master Thesis Methodology for Producing a Hand-Drawn Thematic City Map submitted by: Alika C. Jensen born on: 27.08.1992 in Dayton, Ohio, USA submitted for the academic degree of Master of Science (M.Sc.) Date of Submission 16.10.2017 Supervisors Prof. Dipl.-Phys. Dr.-Ing. habil. Dirk Burghardt Technische Universität Dresden Univ.Prof. Mag.rer.nat. Dr.rer.nat. Georg Gartner Technische Universität Wien Statement of Authorship Herewith I declare that I am the sole author of the thesis named „Methodology for Producing a Hand-Drawn Thematic City Map“ which has been submitted to the study commission of geosciences today. I have fully referenced the ideas and work of others, whether published or unpublished. Literal or analogous citations are clearly marked as such. Dresden, 16.10.2017 Signature Alika C. Jensen 2 Contents Title............................................................................................................................................1 Statement of Authorship...........................................................................................................2 Contents....................................................................................................................................3 Figures.......................................................................................................................................5 Terminology..............................................................................................................................7 1 Introduction...........................................................................................................................8 -
3D Printing and 3D Scanning of Our Ancient History: Preservation and Protection of Our Cultural Heritage and Identity
INTERNATIONAL JOURNAL OF ENERGY AND ENVIRONMENT Volume 8, Issue 5, 2017 pp.441-456 Journal homepage: www.IJEE.IEEFoundation.org TECHNICAL PAPER 3D printing and 3D scanning of our ancient history: Preservation and protection of our cultural heritage and identity Maher A.R. Sadiq Al-Baghdadi Center of Preserving of the Cities Heritage and Identity, International Energy and Environment Foundation, Najaf, P.O.Box 39, Iraq. Received 12 June 2017; Received in revised form 12 Aug. 2017; Accepted 17 Aug. 2017; Available online 1 Sep. 2017 Abstract 3D printing and 3D scanning are increasingly used in archeology and in cultural heritage preservation. These 3D technologies provide museum curators, researchers and archeologists with new tools to capture in 3D ancient objects, artifacts or art pieces. They can then study, replicate, restore or simply archive them with much more details than traditional 2D pictures. It is even possible to 3D scan entire archeological sites to get a full 3D mapping. Iraq is too rich in ancient cultural heritage but unfortunately much of the hundreds of thousands of artifacts remain in archives of the museums worldwide. Having the exact copies of these ancient artifacts will allow the audience here to learn more about our heritage. The Center of Preserving of the Cities Heritage and Identity (CPCHI) at International Energy and Environment Foundation (IEEF) started a roadmap in preserving our ancient history with 3D scanning, 3D virtual reality, and 3D printing technologies. As part of the project create high-quality 3D replicas of our cultural heritage, which are located in our museums and sites, and most of them are spread around the world, and then exhibit it in several venues throughout our country Iraq. -
Historical Maps in GIS
chapter one Historical Maps in GIS David Rumsey and Meredith Williams ost historical GIS would be and scientifi c understanding at the time of impossible without historical its creation. By incorporating information M maps, as the chapters in this book from historical maps, scholars doing his- testify. Maps record the geographical infor- torical GIS are stimulating new interest in mation that is fundamental to reconstruct- these rich sources that have much to offer ing past places, whether town, region, or historical scholarship and teaching. At the nation. Historical maps often hold informa- same time, the maps themselves challenge tion retained by no other written source, GIS users to understand the geographic such as place-names, boundaries, and physi- principles of cartography, particularly scale cal features that have been modifi ed or and projection. We have addressed these erased by modern development. Historical challenges in order to examine the value of maps capture the attitudes of those who including nineteenth- and early twentieth- made them and represent worldviews of century paper maps in GIS.1 their time. A map’s degree of accuracy tells One can use digital renditions of histori- us much about the state of technology cal maps to study historical landscapes, the ch01 1 1/3/03, 11:21:23 AM 2 past time, past place: gis for history Figure 1. Wheeler Survey map of maps themselves, and how places changed were only as reliable as the reader’s visual Yosemite Valley, 1883 over time. GIS is breathing new life into acuity and interpretive skill. The same The government-funded Wheeler historical maps by freeing them from the limits applied to cartography, the making Survey produced one of the fi rst accu- static confi nes of their original print form. -
Ancient Egyptian Cubits – Origin and Evolution
Ancient Egyptian Cubits – Origin and Evolution by Antoine Pierre Hirsch A thesis submitted in conformity with the requirements for the degree of Doctor of Philosophy Near and Middle Eastern Civilizations University of Toronto © Copyright by Antoine Pierre Hirsch 2013 i Ancient Egyptian Cubits – Origin and Evolution Antoine Pierre Hirsch Doctor of Philosophy Near and Middle Eastern Civilizations University of Toronto 2013 Abstract This thesis suggests that prior to Ptolemaic and Roman times, ancient Egypt had two distinct and parallel linear systems: the royal system limited to official architectural projects and land measurements, and a great (aA) system used for everyday measurements. A key 1/3 ratio explains ancient Egyptian linear measurements and their agricultural origin. Emmer is 1/3 lighter than barley, consequently, for an equal weight, a container filled with emmer will be 1/3 greater than a container filled with barley. The lengths derived from both containers share the same 1/3 ratio. The second chapter, Previous Studies, lists the work of scholars involved directly or indirectly with ancient Egyptian metrology. The third chapter, The Royal Cubit as a Converter and the Scribe’s Palette as a Measuring Device, capitalizes on the colour scheme (black and white on the reproduction of Appendix A) appearing on the Amenemope cubit artifact to show the presence of two cubits and two systems: the black (royal system) and the white (great [aA] system) materialized by the scribe's palette of 30, 40, and 50 cm. The royal cubit artifacts provide a conversion bridge between the royal and the great systems. The information derived from the visual clues on the Amenemope cubit artifact are tested against a database of artifacts scattered in museums around the world. -
The History of Cartography, Volume 1
THE HISTORY OF CARTOGRAPHY VOLUME ONE EDITORIAL ADVISORS Luis de Albuquerque Joseph Needham J. H. Andrews David B. Quinn J6zef Babicz Maria Luisa Righini Bonellit Marcel Destombest Walter W. Ristow o. A. W. Dilke Arthur H. Robinson L. A. Goldenberg Avelino Teixeira da Motat George Kish Helen M. Wallis Cornelis Koeman Lothar Z6gner tDeceased THE HISTORY OF CARTOGRAPHY 1 Cartography in Prehistoric, Ancient, and Medieval Europe and the Mediterranean 2 Cartography in the Traditional Asian Societies 3 Cartography in the Age of Renaissance and Discovery 4 Cartography in the Age of Science, Enlightenment, and Expansion 5 Cartography in the Nineteenth Century 6 Cartography in the Twentieth Century THE HISTORY OF CARTOGRAPHY VOLUME ONE Cartography in Prehistoric, Ancient, and Medieval Europe and the Mediterranean Edited by J. B. HARLEY and DAVID WOODWARD THE UNIVERSITY OF CHICAGO PRESS • CHICAGO & LONDON J. B. Harley is professor of geography at the University of Wisconsin-Milwaukee, formerly Montefiore Reader in Geography at the University of Exeter. David Woodward is professor of geography at the University of Wisconsin-Madison. The University of Chicago Press, Chicago 60637 The University of Chicago Press, Ltd., London © 1987 by The University ofChicago Allrights reserved. Published 1987 Printed in the United States ofAmerica 11 10 09 08 07 06 05 04 03 02 8 7 654 This work is supported in part by grants from the Division of Research Programs of the National Endowment for the Humanities, an independent federal agency Additional funds were contributed by The Andrew W. Mellon Foundation The National Geographic Society The Hermon Dunlap Smith Center for the History of Cartography, The Newberry Library The Johnson Foundation The Luther I. -
6 · Cartography in the Ancient Near East
6 · Cartography in the Ancient Near East A. R. MILLARD Under the term "ancient Near East" fall the modern amples of these lists have been unearthed in Babylonia, states of Iraq, Syria, Lebanon, Jordan, and Israel. Tur at Abu Salabikh near Nippur, and at the northern Syrian key, Saudi Arabia, the Gulf States, Yemen, and Iran may settlement of Ebla, the scene of important discoveries also be included. The eras embraced begin with the first by Italian archaeologists, lying fifty-five kilometers south urban settlements (ca. 5000 B.C.) and continue until the of Aleppo. The scribes who wrote these tablets were defeat of Darius III by Alexander the Great, who offi working between 2500 and 2200 B.C., but their lists cially introduced Hellenism to the area (330 B.C.). There were drawn from earlier sources that reached back as are few examples of maps as they have been defined in far as the beginning of the third millennium. Besides the the literature of the history of cartography, but those names of places in Babylonia, names of Syrian towns that remain are important in helping to build a picture appear in the lists from Ebla, including Ugarit (Ra's of the geographical knowledge available, and of related Shamrah) on the Mediterranean coast.1 This is one in achievements. dication of the level Babylonian geographical knowledge had reached at an early date. In support of that may be BABYLONIAN GEOGRAPHICAL KNOWLEDGE cited historical sources, contemporary and traditional, for military campaigns by King Sargon of Akkad and Babylonia was open to travelers from all directions. -
Which Cubit for Noah's Ark?
Papers Which cubit for Noah’s Ark? Tim Lovett Noah’s Ark is the earliest ship known to man. Amazingly, an accurate record of its dimensions has survived to this day, in Genesis 6:15. However, the Bible uses cubits, an ancient measure that may have been anywhere from 445 mm (17.5 in) to more than 609 mm (2 ft) long, depending on when and where it was used. The standard chronology places the Tower of Babel so soon after Noah’s Ark that they must have shared the same cubit. After the dispersion this cubit should have found its way into early structures and monuments. Today, when we look in the ancient Near East for the best clues, we find that the earliest major works in Egypt and Babylon used long cubits. Could this be the one that Noah used? The cubit Table 1 shows cubit lengths chosen by key creationist authors dealing with Noah’s Ark, all clearly driven by a he length of the Ark shall be three hundred conservative space argument. cubits, the breadth of it fifty cubits, and the ‘T In every case the ‘common’ cubit has been chosen, height of it thirty cubits’ (Genesis 6:15). How long is a cubit? The word comes from the despite clear evidence that it was the ‘royal’ cubit Latin cubitum1 which refers to the forearm. It was measured that dominated major building projects of the earliest from the elbow to the fingertip. This provides a foolproof civilizations, Noah’s immediate descendents. The dominant 4 method of gauging the size of Noah’s Ark—at least ap- primary source is the 1959 paper by R.B.Y. -
The History and Mathematics of Conversions
THE HISTORY AND MATHEMATICS OF CONVERSIONS BY JAMES D. NICKEL THE METRIC SYSTEM I f you live in the United States of America, you have to work with two systems of measure. These two sys- tems are called (1) British Imperial system of measure and (2) Metric system of measure. In the British sys- Item, with its long and storied history, there are many sub-systems where different bases are used. The pint- gallon system is base 8, the inches-foot system is base 12, the yard-foot system is base 3, the week-day system is base 7, the month-year system is base 12, the yard-mile system is base 1760, and the foot-mile system is base 5280. In contrast, the Metric system of measurement is, like most national currencies, decimalized (base 10). As we have already noted, it was developed in France in the late 18th century.1 Since the 1960s the International System of Units (SI) (Système International d'Unités in French, hence “SI”) has been the internationally recognized standard metric system. Metric units are widely used around the world for personal, commercial and scientific purposes. Of all the nations of the world (Date: early 21st century), only Liberia, Myanmar and the United States have not yet officially adopt- ed the Metric system. Metric units consist of a standard set of prefixes in multiples of 10 that may be used to derive larger and smaller units. Work- ing with these units is as easy as multiply- ing or dividing by 10 (or powers of 10).