THE MELETIAN CALENDAR the Meletian Calendar Was Established by the Astronomers and Philosophers of Meletis
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{TEXTBOOK} the Mayan and Other Ancient Calendars Pdf Free Download
THE MAYAN AND OTHER ANCIENT CALENDARS PDF, EPUB, EBOOK Geoff Stray | 64 pages | 16 Oct 2007 | Wooden Books | 9781904263609 | English | Powys, United Kingdom The Mayan Calendar | Calendars Four days per month were dedicated to Ahura Mazda and seven were named after the six Amesha Spentas. Three were dedicated to the female divinities, Daena yazata of religion and personified conscious , Ashi yazata of fortune and Arshtat justice. The Parthians Arsacid dynasty adopted the same calendar system with minor modifications, and dated their era from BC, the date they succeeded the Seleucids. Their names for the months and days are Parthian equivalents of the Avestan ones used previously, differing slightly from the Middle Persian names used by the Sassanians. When in April of AD the Parthian dynasty fell and was replaced by the Sasanid, the new king, Ardashir I , abolished the official Babylonian calendar and replaced it with the Zoroastrian. This involved a correction to the places of the gahanbar , which had slipped back in the seasons since they were fixed. These were placed eight months later, as were the epagemonai , the 'Gatha' or 'Gah' days after the ancient Zoroastrian hymns of the same name. Other countries, such as the Armenians and Choresmians, did not accept the change. Toghril Beg , the founder of the Seljuq dynasty , had made Esfahan the capital of his domains and his grandson Malik-Shah was the ruler of that city from Other leading astronomers were also brought to the Observatory in Esfahan and for 18 years Khayyam led the scientists and produced work of outstanding quality. During this time Khayyam led work on compiling astronomical tables and he also contributed to calendar reform in Cowell quotes the Calcutta Review No When the Malik Shah determined to reform the calendar, Omar was one of the eight learned men employed to do it, the result was the Jalali era so called from Jalal-ud-din, one of the king's names - 'a computation of time,' says Gibbon, 'which surpasses the Julian, and approaches the accuracy of the Gregorian style. -
Athenian 'Imperialism' in the Aegean Sea in the 4Th Century BCE: The
ELECTRUM * Vol. 27 (2020): 117–130 doi: 10.4467/20800909EL.20.006.12796 www.ejournals.eu/electrum Athenian ‘Imperialism’ in the Aegean Sea in the 4th Century BCE: The Case of Keos* Wojciech Duszyński http:/orcid.org/0000-0002-9939-039X Jagiellonian University in Kraków Abstract: This article concerns the degree of direct involvement in the Athenian foreign policy in the 4th century BC. One of main questions debated by scholars is whether the Second Athe- nian Sea League was gradually evolving into an arche, to eventually resemble the league of the previous century. The following text contributes to the scholarly debate through a case study of relations between Athens and poleis on the island of Keos in 360s. Despite its small size, Keos included four settlements having the status of polis: Karthaia, Poiessa, Koresia and Ioulis, all members of the Second Athenian League. Around year 363/2 (according to the Attic calendar), anti-Athenian riots, usually described as revolts, erupted on Keos, to be quickly quelled by the strategos Chabrias. It is commonly assumed that the Athenians used the uprising to interfere di- rectly in internal affairs on the island, enforcing the dissolution of the local federation of poleis. However, my analysis of selected sources suggests that such an interpretation cannot be readily defended: in fact, the federation on Keos could have broken up earlier, possibly without any ex- ternal intervention. In result, it appears that the Athenians did not interfere in the local affairs to such a degree as it is often accepted. Keywords: Athens, Keos, Koresia, Karthaia, Poiessa, Ioulis, Aegean, 4th century BC, Second Athenian League, Imperialism. -
The Sisters in Crime Newsletter Volume XXII • Number 3 September 2009
IInnSSiinnCC The Sisters in Crime Newsletter Volume XXII • Number 3 September 2009 SinC Puts Forward StroPnick. MgarySis anlawaardt- eat tfheoRefreren2ce D0esk0and9as -the2lib0rary1’s PR0 co - ByCRlicohébyeers,tabuItsitletriubl,y PseeamsstlPikereyessitderednayt that winning poet and short ordinator. One of the very best parts of her job is Libby Hellmann called to ask if I’d consider tak - story writer and former bringing writers — especially mystery writers — ing a spot on the Sisters in Crime National Board recording engineer. She to the library. “There is absolutely nothing better of Directors. These four years have been chal - lives in Nashville. than for a library user to tell me they have been lenging and so very rewarding and it’s with mixed Treasurer Kathryn reading a mystery author because they met her at feelings that I step down. On behalf of the nomi - R. Wall is the author of the library and that they can’t wait for her next nating committee, I am delighted to offer SinC Covenant Hall and book to come out!” members a very strong slate for the 2009-2010 eight previous Bay Tan - Nancy Martin board. Elections will take place at Bouchercon in ner mysteries set in the (Member At Large) Indiana. If you’re not planning to attend, please Mary Saums Low Country of South wrote more than 40 ro - vote by mail, using the ballot on page 15 in this is - Carolina. The Mercy mance novels before sue. And now, the slate: Oak , released in 2008, turning to her real pas - President-elect was a Southeastern In - sion – murder myster - Marcia Talley is the dependent Book - ies. -
Ancient Greek Calendars from Wikipedia, the Free Encyclopedia
Ancient Greek calendars From Wikipedia, the free encyclopedia The various ancient Greek calendars began in most states of ancient Greece between Autumn and Winter except for the Attic calendar, which began in Summer. The Greeks, as early as the time of Homer, appear to have been familiar with the division of the year into the twelve lunar months but no intercalary month Embolimos or day is then mentioned. Independent of the division of a month into days, it was divided into periods according to the increase and decrease of the moon. Thus, the first day or new moon was called Noumenia. The month in which the year began, as well as the names of the months, differed among the states, and in some parts even no names existed for the months, as they were distinguished only numerically, as the first, second, third, fourth month, etc. Of primary importance for the reconstruction of the regional Greek calendars is the calendar of Delphi, because of the numerous documents found there recording the manumission of slaves, many of which are dated both in the Delphian and in a regional calendar. Contents 1 Calendars by region 1.1 Aetolian 1.2 Argolian 1.3 Attic 1.4 Boeotian 1.5 Corinthian 1.6 Cretan 1.7 Delphic 1.8 Elian 1.9 Epidaurian 1.10 Laconian 1.11 Locris 1.12 Macedonian 1.13 Rhodian 1.14 Sicilian 1.15 Thessalian 2 See also 3 References 3.1 Citations 3.2 Bibliography 4 External links Calendars by region Aetolian The months of the Aetolian calendar have been presented by Daux (1932) based on arguments by Nititsky (1901) based on synchronisms in manumission documents found at Delphi (dated to the 2nd century BC).[1] The month names are: Prokuklios - Προκύκλιος Athanaios - Ἀθαναίος Boukatios - Βουκάτιος Dios - Διός Euthaios - Ἑυθυαίος Homoloios - Ὁμολώιος Hermaios - Ἑρμαίος Dionusios - Διονύσιος Agueios - Ἀγύειος Hippodromos - Ἱπποδρόμιος Laphraios - Λαφραίος Panamos - Πάναμος The intercalary month was Dios, attested as Dios embolimos in SEG SVI 344, equivalent to Delphian Poitropoios ho deuteros. -
Development of a Machine Translation System for Date Referencing in Yoruba Language
International Journal of Computer Applications (0975 – 8887) Volume 177 – No. 20, November 2019 Development of a Machine Translation System for Date Referencing in Yoruba Language Durodola Folasade Olayinka Eludiora Safiriyu Ijiyemi Department of Mechatronics Engineering, Computer Science and Engineering Department, Federal University of Agriculture, Abeokuta. Obafemi Awolowo University, Ile-Ife. ABSTRACT some cultural activities to fix the date of events. For example, Olojo festival in Ile-Ife, new yam festival in Igbo land. This This study collected data on various format of writing date in study experiments the translation of date phrase from English English language and investigated the process underlying language to Yoruba language in order to integrate into the their translation into Yoruba language text. It formulates a body of English to Yoruba machine translation system. Some date referencing model for the translation process, implements researchers have worked on phrases and sentences machine the model and evaluates the system with a view to developing translation systems for the English and Yoruba languages but a system that translate date to Yoruba language. The Yoruba their studies did not address date referencing. language date translation process was achieved by identifying and extracting a date phrase in English language using regular A web-based Yoruba language translation system was expressions, the extracted date phrase is then converted to the developed by [1] to address Yoruba language endangerment British pattern of date referencing which is the particularly on numeral. The study enumerated how number DD/MM/YYYY. It is this pattern of date referencing that is in English language can be translated to Yoruba language. -
Polemos As Kinêsis
POLEMOS AS KINÊSIS POLEMOS AS KINÊSIS: THE EFFECTS OF THE PELOPONNESIAN WAR ON ATHENIAN SOCIETY AND CULTURE By JONATHAN M. REEVES, B.A., M.A. A thesis Submitted to the School of Graduate Studies in Partial Fulfillment of the Requirements for the Degree Doctor of Philosophy McMaster University © Copyright by Jonathan Reeves, October 2016 McMaster University DOCTOR OF PHILOSOPHY (2016) Hamilton, Ontario (Classics) TITLE: Polemos as kinêsis: the effects of the Peloponnesian War on Athenian society and culture AUTHOR: Jonathan M. Reeves, B.A. (York University), M.A. (McMaster University) SUPERVISOR: Professor S. Corner NUMBER OF PAGES: 452 ii Abstract This is a study of war as a force for socio-economic, demographic, and political change in late fifth-century Athens. Thucydides famously describes the Peloponnesian War (431-404 BC) as the greatest kinêsis, or upheaval, ever to affect the Greek world. This protracted war placed great stress on the traditional social systems and institutions of the polis and the generation-long conflict is commonly regarded by historians as the nadir of classical Greek civilization and a cause of the decline of the Greek city-state. Drawing on the testimony of Thucydides and his literary contemporaries, as well as on archaeology and epigraphy, I offer a richly textured account of the impact of the Peloponnesian War on several key aspects of Athenian life. In the first half of my thesis, I consider the material effects of the war on Athenian agriculture and food supply, investigating how the Athenians, as individuals and as a state, adapted to the economic pressures generated by the war. -
Counting Days in Ancient Babylon: Eclipses, Omens, and Calendrics During the Old Babylonian Period (1750-1600 Bce)
COUNTING DAYS IN ANCIENT BABYLON: ECLIPSES, OMENS, AND CALENDRICS DURING THE OLD BABYLONIAN PERIOD (1750-1600 BCE) by Steven Jedael A thesis submitted to the faculty of The University of North Carolina at Charlotte in partial fulfillment of the requirements for the degree of Master of Arts in Religious Studies Charlotte 2016 Approved by: Dr. John C. Reeves Dr. Steven Falconer Dr. Dennis Ogburn ii Copyright ©2016 Steven Jedael ALL RIGHTS RESERVED iii ABSTRACT STEVEN JEDAEL. Counting days in ancient Babylon: eclipses, omens, and calendrics during the Old Babylonian period (1750-1600 bce). (Under the direction of DR. JOHN C. REEVES) Prior to the sixth century BCE, each lunar month of the Babylonian calendar is believed to have been determined solely by direct observation of the new moon with the insertion of intercalary months arbitrarily dictated by the king and his advisors. However, lunar eclipse omens within the divination texts of the Enūma Anu Enlil, some which date to the second half of the Old Babylonian period (ca. 1750-1600 BCE), clearly indicate a pattern of lunar eclipses occurring on days 14, 15, 16, 20, and 21 of the lunar month—a pattern suggesting an early schematic structure. In this study, I argue that observed period relations between lunar phases, equinoxes, and solstices as well as the invention of the water clock enabled the Babylonians to become aware of the 8-year lunisolar cycle (known as the octaeteris in ancient Greece) and develop calendars with standardized month-lengths and fixed rules of intercalation during the second millennium BCE. iv TABLE OF CONTENTS LIST OF TABLES vi LIST OF FIGURES vii LIST OFABBREVIATIONS AND SYMBOLS viii LIST OF STANDARD MESOPOTAMIAN MONTHS (SUMERIAN x LOGOGRAPHIC SPELLINGS) CHAPTER 1: INTRODUCTION 1 1.1. -
Wanted: a Date with Herodotus
2021-4240-AJHIS – 05 MAY 2021 Wanted: A Date with Herodotus Herodotus comes down to us as the father of history and his fifth-century work, the Histories, is recognised as the first in an entirely new literary genre. But mid-fifth- century historiography is missing one of the most convenient of supranational tools—a reliable dating grid, or calendar—and Herodotus simply must make do as best he can without one. Although it was first suggested by a sixth-century Scythian monk, the axis of time along the now familiar BC/AD system is of comparatively recent adoption. Partly because of bitter doctrinal disputes over when Jesus of Nazareth was born—this system is never widely accepted until a seventeenth-century Jesuit scholar suggests that Anno Domini year one is just a convenient convention and by no means an agreement. When reading Herodotus today, particularly in an annotated edition in translation providing scholarly estimates of the Julian dates for the events under discussion, it is only too easy to be blissfully unaware of the author’s extreme dating handicap. Introduction Just as there is no Archaic or Classical Greek word for biography, there is no word in Classical Greek or Latin for date—I mean a numerical, supranational, chronological date as in the children’s nursery rhyme, ‚In sixteen-hundred and sixty-six, London Town was burnt to sticks.‛ 1 This is a massive challenge to Herodotus and to all of his ethnically diverse oral sources in the Eastern Mediterranean when trying to tell him when something happened—how do they date events and communicate them to others? The simple answer is that they must rely on synchronicities—if they can find a pair that fits. -
Sacred Geography of the Ancient Greeks Astrological Symbolism In
SACRED GEOGRAPHY OF THE ANCIENT GREEKS SUNY Series in Western Esoteric Traditions David Appelbaum, editor Omphalos decoratedwith the "net." (COpl)from the Roman period, Museum of Delphi) SACRED GEOGRAPHY OF THE ANCIENT GREEKS Astrological Symbolism in Art, Architecture, and Landscape � F 1G7Lf '?,-- 'j .1 \ '/ , ) Jean Richer Translated by Christine Rhone STATE UNIVERSITY OF NEW YORK PRE�� f Published by State University of New York Press, Albany ©1994 State University of New York All rights reserved Printed in the United States of America No part of this book may be used or reproduced in any manner whatsoever without written permission except in the case of brief quotations embodied in critical articles and reviews. For information, address State University of New York Press, State University Plaza, Albany, N.Y., 12246 Library of Congress Cataloging-in-Publication Data Richer, Jean, 1915- [Geographie sacree du monde grec. English] Sacred geography of the ancient Greeks: astrological symbolism in art, architecture, and landscape / Jean Richer; translated by Christine Rhone. p. cm. - (SUNY series in Western esoteric traditions) Includes bibliographical references and index. ISBN 0-7914-2023-X - ISBN 0-7914-2024-8 (pbk.) 1. Astrology/Greek. 2. Sacred space-Greece. 3. Shrines Greece. 4. Artand religion-Greece. 5. Gretfe-Religion. " ! I. Title. n. Series. 1 994 f.�C;'� �� :;:;�2� 1) 094 �;:60 10 9 8 7 6 5 4 3 2 1 Contents List of Maps xi Foreword xxi Translator's Preface xxvii Preface xxxi Chapter 1. Theory of Alignments 1 1. Delphi: Apollo and Athena 1 2. The Meridian of Delphi: Te mpe-Delphi-Sparta-Cape Taenarum 2 3. -
Re-Defining the Lunar New Year Chart
Om Gam Ganapataye Namah Om Rishibhyo Namah Om Sree Gurubhyo Namah Re-defining the Lunar New Year Chart P.V.R. Narasimha Rao December 3, 2014 (version 1) Warning : All copyrights are reserved with author. This article cannot be reproduced in any form in part or in full, without express permission from the author. Introduction Lunar calendar is used in many parts of the world including India. However, there are many variations of lunar calendar, with different definitions used for reckoning the lunar new year. The lunar new year chart will be re- defined in this article. Solar Calendar Before defining the soli-lunar calendar, let us define the solar calendar. A solar year is of 365.242 days (tropical) or 365.256 days (sidereal). Tropical solar year is the time period in which Sun traverses the tropical zodiac once. Sidereal solar year is the time period in which Sun traverses the sidereal zodiac once. Vishnu Purana Teaching For defining soli-lunar years, astrologers now-a-days use sidereal solar year as the reference for alignment. However, this is inconsistent with the teachings of Maharshi Parasara to Maitreya in “Vishnu Purana” chapter 2.8 . Maharshi Pararsara taught Maitreya that a solar year consists of 2 ayanas and that each ayana consists of 3 ritus (seasons). This link to seasons clearly points to tropical zodiac. A solar year based on tropical zodiac ( i.e. the time Sun takes to traverse exactly 360° around the tropical zodiac) is tied to seasons. For example, when Sun enters tropical Aries, day and night are of equal length and it is spring. -
The Collection of Ancient Greek Inscriptions in the British Museum
iCO <£> ioo ftO ico THE COLLECTION OF ANCIENT GREEK INSCRIPTIONS IN THE BRITISH MUSEUM PART II EDITED BY C. T. NEWTON KEEPER OF THE GREEK AND ROMAN ANTIQUITIES PRINTED BY ORDER OF THE TRUSTEES AT THE CLARENDON PRESS, OXFORD 1883 CH ptZ i^t \^^ / ^ n- s PREFACE. The first Part of 'The Collection of Greek Inscriptions in the British Museum/ published in 1874, contained those found in Attika. In editing the Part now published I have followed the geographical arrangement adopted by Bockh, placing first the inscriptions from the Peloponnese, after which follow those from Northern Greece, Macedonia, Thrace, the Kimmerian Bosporos, and the islands of the Greek Archipelago. All the inscriptions from the island of Kalymna, and most of those from Rhodes, Kos, and Lesbos, are now published for the first time. I have to acknowledge the very valuable aid I have received in preparing this Part from Mr. A. S. Murray and Mr. Cecil H. Smith, Assistants in the Department of Greek and Roman Antiquities, who have carefully collated the uncial texts with the original marbles, and revised every sheet as it passed through the press, contributing at the same time valuable suggestions as to the decypherment and interpretation of certain very difficult inscriptions. Part III, edited by the Rev. E. L. Hicks, and now in the Press, will contain the inscriptions from Priene, Ephesos, and lasos. C. T. NEWTON. CONTENTS OF PART II. PAGE Chapter I. INSCRIPTIONS FROM MEGARA, ARGOLIS, LAKONIA, . i KYTHERA, ARKADIA . Chapter II. INSCRIPTIONS FROM BOEOTIA, THESSALY, CORCYRA, MACEDONIA .17 Chapter III. INSCRIPTIONS FROM THRACE AND THE KIMMERIAN BOSPOROS 34 Chapter IV. -
Attic Calendar (Contact: [email protected])
Attic Calendar (Contact: [email protected]) In this site you can find a reconstruction of the ancient Attic/ Athenian calendar introduced by the astronomer Meton in 432 BC. The year begins with the new moon after the summer solstice with the month Hakatombaion, with the next months: Metageitnion, Boedromion, Pyanepsion, Maimakterion, Poseideon, Poseideon II (intercalated month in the case of the long years), Gamelion, Anthesterion, Elaphebolion, Mounichion, Thargelion and Skirophorion. The most important element is the discovery of the 19 years cycle after which the solar and the lunar date are aligned again. Meton cycle consists of 6940 days distributed as follows: 8 normal years of 354 days (Hakatombaion:30, Metageitnion: 29, Boedromion:30, Pyanepsion:29, Maimakterion:30, Poseideon:29, Gamelion:30, Anthesterion:29, Elaphebolion:30, Mounichion:29, Thargelion:30 and Skirophorion:29), 4 normal years of 355 days (by extending one 29-days month to 30 days, let select: Metageitnion) and 7 long years of 384 days (through the intercalation of one more 30-month, named Poseideon II, after Poseideon). The order of a year is found as year modulo 19, with modulo 0 setting as 19. Thus every year is characterized by its order 1 to 19. The long years are the years: 3,6,8,11,14,17,19. We consider as normal years: 2,4,5,9,10,13,16,18 and as extended years: 1,7,12,15. We considered as the year 1 of the 1st Meton cycle the one beginning with the actual beginning of Meton-cycles: 432 BC. We extended the calendar 20 cycles to the past in order to have the opportunity to use the Attic calendar for the definition of some certain dates recorded in the ancient texts (as the eclipse foretold by Thales, which has been identified with 28 May, 585 BC in proleptic Julian Calendar).