The Naval Battle of Salamis: a Fundamental Example of Coalition Naval Warfare Dr
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Downloaded from the Online Library of the International Society for Soil Mechanics and Geotechnical Engineering (ISSMGE)
INTERNATIONAL SOCIETY FOR SOIL MECHANICS AND GEOTECHNICAL ENGINEERING This paper was downloaded from the Online Library of the International Society for Soil Mechanics and Geotechnical Engineering (ISSMGE). The library is available here: https://www.issmge.org/publications/online-library This is an open-access database that archives thousands of papers published under the Auspices of the ISSMGE and maintained by the Innovation and Development Committee of ISSMGE. 5/1 Some geotechnical aspects of the marls of Corinth Canal Quelques aspects geotechniques des marnes du canal de Corinthe A.ANAGNOSTOPOULOS, Ass. Professor, Technical University of Athens, Greece ST.CHRISTOULAS, Ass. Professor, Technical University of Athens, Greece N.KALTEZIOTIS, Public Works Research Center, Athens, Greece G.TSIAMBAOS, Public Works Research Center, Athens, Greece SYNOPSIS: The Corinth Canal is of great importance regarding the navigation in the Mediterranean Sea and the railway and roadway transportation between Peloponnese and the Central Greece. For a better understanding of the mechanical behaviour of the marls, found in abundance in the narrow zone of the Corinth Canal, investigations of laboratory and in situ testing have been carried out including: Dril ling of boreholes and sampling; laboratory testing (determination of Atterberg limits, unconfined and triaxial compression tests, residual shear strength characteristics of the different types of marls involved, consolidation tests, etc.); mineralogical analysis by using X-Ray diffraction techniques and electronic microscopy. In this paper after considering the Engineering geological aspects of the area, results of the tests described above are presented and critically discussed, some correlations are given and some comparisons with marls from other areas of Greece are considered. -
The Satrap of Western Anatolia and the Greeks
University of Pennsylvania ScholarlyCommons Publicly Accessible Penn Dissertations 2017 The aS trap Of Western Anatolia And The Greeks Eyal Meyer University of Pennsylvania, [email protected] Follow this and additional works at: https://repository.upenn.edu/edissertations Part of the Ancient History, Greek and Roman through Late Antiquity Commons Recommended Citation Meyer, Eyal, "The aS trap Of Western Anatolia And The Greeks" (2017). Publicly Accessible Penn Dissertations. 2473. https://repository.upenn.edu/edissertations/2473 This paper is posted at ScholarlyCommons. https://repository.upenn.edu/edissertations/2473 For more information, please contact [email protected]. The aS trap Of Western Anatolia And The Greeks Abstract This dissertation explores the extent to which Persian policies in the western satrapies originated from the provincial capitals in the Anatolian periphery rather than from the royal centers in the Persian heartland in the fifth ec ntury BC. I begin by establishing that the Persian administrative apparatus was a product of a grand reform initiated by Darius I, which was aimed at producing a more uniform and centralized administrative infrastructure. In the following chapter I show that the provincial administration was embedded with chancellors, scribes, secretaries and military personnel of royal status and that the satrapies were periodically inspected by the Persian King or his loyal agents, which allowed to central authorities to monitory the provinces. In chapter three I delineate the extent of satrapal authority, responsibility and resources, and conclude that the satraps were supplied with considerable resources which enabled to fulfill the duties of their office. After the power dynamic between the Great Persian King and his provincial governors and the nature of the office of satrap has been analyzed, I begin a diachronic scrutiny of Greco-Persian interactions in the fifth century BC. -
The Case of the Salamis's Battle
Dynamical Systems Theory compared to Game Theory: The case of the Salamis’s battle Konstantina Founta1, Loukas Zachilas1 1Dept. of Economics, University of Thessaly, Volos, Greece Email: [email protected], [email protected] 1. Abstract In this paper, we present an innovative non–linear, discrete, dynamical system trying to model the historic battle of Salamis between Greeks and Persians. September 2020 marks the anniversary of the 2500 years that have passed since this famous naval battle which took place in late September 480 B.C. The suggested model describes very well the most effective strategic behavior between two participants during a battle (or in a war). Moreover, we compare the results of the Dynamical Systems analysis to Game Theory, considering this conflict as a “war game”. Keywords: Discrete Dynamical Systems, Modeling Strategic Behavior, Game Theory, Battle of Salamis. 2. Introduction In recent years, many researchers have studied the players’ behavior either through Game theory or through Dynamical Systems. Some of the notable works are Archan and Sagar [2] who present a possible evolutionary game-theoretic interpretation of non- convergent outcomes. They highlight that the evolutionary game dynamics is not about optimizing (mathematically) the fitness of phenotypes, but it is the heterogeneity weighted fitness that must be considered. They mention that heterogeneity can be a measure of diversity in the population. In our research, this is described by the asymmetry in the conflict. In addition, Toupo, Strogatz, Cohen and Rand [3] present how important the role of the environment of the game is for the decision-makers. They suggest simulations of agents who make decisions using either automatic or controlled cognitive processing and who not only compete, as well as affect the environment of the game. -
The Persian Wars: Ionian Revolt the Ionian Revolt, Which Began in 499
The Persian Wars: Ionian Revolt The Ionian Revolt, which began in 499 B.C. marked the beginning of the Greek-Persian wars. In 546 B.C. the Persians had conquered the wealthy Greek settlements in Ionia (Asia Minor). The Persians took the Ionians’ farmland and harbors. They forced the Ionians to pay tributes (the regular payments of goods). The Ionians also had to serve in the Persian army. The Ionians knew they could not defeat the Persians by themselves, so they asked mainland Greece for help. Athens sent soldiers and a small fleet of ships. Unfortunately for the Ionians, the Athenians went home after their initial success, leaving the small Ionian army to fight alone. In 493 B.C. the Persian army defeated the Ionians. To punish the Ionians for rebelling, the Persians destroyed the city of Miletus. They may have sold some of tis people into slavery. The Persian Wars: Battle of Marathon After the Ionian Revolt, the Persian King Darius decided to conquer the city-states of mainland Greece. He sent messengers to ask for presents of Greek earth and water as a sign that the Greeks agreed to accept Persian rule. But the Greeks refused. Darius was furious. In 490 B.C., he sent a large army of foot soldiers and cavalry (mounted soldiers) across the Aegean Sea by boat to Greece. The army assembled on the pain of Marathon. A general named Miltiades (Mill-te-ah-deez) convinced the other Greek commanders to fight the Persians at Marathon. In need of help, the Athenians sent a runner named Pheidippides (Fa-dip-e-deez) to Sparta who ran for two days and two nights. -
Barry Strauss
Faith for the Fight BARRY STRAUSS At a recent academic conference on an- cient history and modern politics, a copy of Robert D. Ka- plan’s Warrior Politics was held up by a speaker as an example of the current influence of the classics on Washing- ton policymakers, as if the horseman shown on the cover was riding straight from the Library of Congress to the Capitol.* One of the attendees was unimpressed. He de- nounced Kaplan as a pseudo-intellectual who does more harm than good. But not so fast: it is possible to be skeptical of the first claim without accepting the second. Yes, our politicians may quote Kaplan more than they actually read him, but if they do indeed study what he has to say, then they will be that much the better for it. Kaplan is not a scholar, as he admits, but there is nothing “pseudo” about his wise and pithy book. Kaplan is a journalist with long experience of living in and writing about the parts of the world that have exploded in recent decades: such places as Bosnia, Kosovo, Sierra Leone, Russia, Iran, Afghanistan, India, and Pakistan. Anyone who has made it through those trouble spots is more than up to the rigors of reading about the Peloponnesian War, even if he doesn’t do so in Attic Greek. A harsh critic might complain about Warrior Politics’ lack of a rigorous analytical thread, but not about the absence of a strong central thesis. Kaplan is clear about his main point: we will face our current foreign policy crises better by going *Robert D. -
The First Corinth Canal SUP Crossing
THE FIRst CORINTH CANAL SUP CROSSING THE CORINTH CANAL, A MAN-MADE WATERWAY LINKING THE IONIAN AND AEGEAN SEAS, SLICES THROUGH THE NARROW IstHMUS OF CORINTH AND SEPARATES THE PELOPONNESIAN PENINSULA FROM THE GREEK MAINLAND. FOLLOWING OUR PADDLES IN CLASSIC LOCATIONS ACROSS THE GLobe — SequANA IN PARIS, SILVAPALANA IN SWITZERLAND AND THE GERMAN PORT OF HAMBURg — THE FIRST CORINTH CANAL SUP By Helen Katsarou CROSSING CONNECTED THE NEW SPORT OF SUP WITH THE HIstORY OF THIS ANCIENT LAND. 62 /SU P magazine / VOL 4Nº3 2O12 STANDUPpaddlemagazine.COM / 63 THE PLAN canal control tower speaking. In two minutes, Poseidonia Bridge will be sunk. Are you ready?” Our response was immediate: “Everyone Crossing the canal via SUP for the very first time ever: The idea was is ready!” Moments later, the bridge operator spoke. “The bridge bold, the plan was challenging, and the bureaucracy was egregious. The has been sunk. You are ready to go!” From our attendant board, canal’s management team had lots of questions, the first of which was, alone in the morning silence, came the command, “Start now.” H IstORY OF THE CORINTH CANAL “What is a SUP?” We answered endless queries patiently, describing Paddles dug hard in the water. Everyone paddled vigorously, seeking the burgeoning sport, explaining how winds and currents affect the proper rhythm. We all wanted to place first in this mesmerizing, Many ancient rulers dreamed of bisecting the Isthmus of Corinth. The him first. Nero actually began the project in 67 AD, but it never went paddlers and reassuring everyone with liability on his mind that proper historic canal crossing. -
Ceramic Production and Exchange in the Late Mycenaean Saronic Gulf
Ceramic Production and Exchange in the Late Mycenaean Saronic Gulf William D. Gilstrap A Thesis Submitted for the Degree of Doctor of Philosophy Department of Archaeology University of Sheffield February 2015 Abstract This thesis examines the production, exchange and consumption of pottery around the Saronic Gulf, Greece, during Late Mycenaean period, specifically Late Helladic IIIB1 to Late Helladic IIIC Phase 1, roughly 1300-1130 BC. While the focus of many studies of Mycenaean political economy has fallen on Messinia and the Argolid, the choice of the Saronic Gulf offers the chance to examine ceramic crafting, movement and use in an area which hosts no accepted ‘palatial’ centres. It aims to examine the role of pottery in everyday social and economic transaction, taking a ‘bottom-up’ approach to shedding light on Mycenaean society and economy. Pottery from a wide range of sites has been studied: urban centres such as Athens; harbours at Kanakia on Salamis and Kalamianos in coastal Corinthia; small settlements of Stiri in Corinthia, Myti Kommeni on Dokos and Lazarides on Aegina; sanctuary sites of Eleusis and Ayios Konstantinos, Methana; and finally the settlement and pottery production site of Kontopigado, Alimos near the Attic coast. Based on typological and macroscopic fabric studies, a large number of samples have been chosen for examination by an integrated programme of petrographic, chemical (by neutron activation analysis) and microstructural analysis (by scanning electron microscopy), in order to group and characterise to pottery according to composition, to reconstruct key aspects of ceramic manufacture and, where possible, to suggest the area or location of their production. -
Ancient Greece
αρχαία Ελλάδα (Ancient Greece) The Birthplace of Western Civilization Marshall High School Mr. Cline Western Civilization I: Ancient Foundations Unit Three AA * European Civilization • Neolithic Europe • Europe’s earliest farming communities developed in Greece and the Balkans around 6500 B.C. • Their staple crops of emmer wheat and barley were of near eastern origin, indicating that farming was introduced by settlers from Anatolia • Farming spread most rapidly through Mediterranean Europe. • Society was mostly composed of small, loose knit, extended family units or clans • They marked their territory through the construction of megalithic tombs and astronomical markers • Stonehenge in England • Hanobukten, Sweden * European Civilization • Neolithic Europe • Society was mostly composed of small, loose knit, extended family units or clans • These were usually built over several seasons on a part time basis, and required little organization • However, larger monuments such as Stonehenge are evidence of larger, more complex societies requiring the civic organization of a territorial chiefdom that could command labor and resources over a wide area. • Yet, even these relatively complex societies had no towns or cities, and were not literate * European Civilization • Ancient Aegean Civilization • Minos and the Minotaur. Helen of Troy. Odysseus and his Odyssey. These names, still famous today, bring to mind the glories of the Bronze Age Aegean. • But what was the truth behind these legends? • The Wine Dark Sea • In Greek Epic, the sea was always described as “wine dark”, a common appellation used by many Indo European peoples and languages. • It is even speculated that the color blue was not known at this time. Not because they could not see it, but because their society just had no word for it! • The Aegean Sea is the body of water which lays to the east of Greece, west of Turkey, and north of the island of Crete. -
Sea-Level Changes and Shelf Break Prograding Sequences During the Last 400 Ka in the Aegean Margins: Subsidence Rates and Palaeogeographic Implications
ARTICLE IN PRESS Continental Shelf Research 29 (2009) 2037–2044 Contents lists available at ScienceDirect Continental Shelf Research journal homepage: www.elsevier.com/locate/csr Sea-level changes and shelf break prograding sequences during the last 400 ka in the Aegean margins: Subsidence rates and palaeogeographic implications V. Lykousis à Hellenic Centre for Marine Research, 47 km Athens-Sounio Avenue, Anavyssos 19013, Athens, Greece article info abstract Article history: The subsidence rates of the Aegean margins during the Middle-Upper Pleistocene were evaluated based Received 21 February 2008 on new and historical seismic profiling data. High-resolution seismic profiling (AirGun, Sparker and Received in revised form 3.5 kHz) have shown that (at least) four major oblique prograding sequences can be traced below the 26 September 2008 Aegean marginal slopes at increasing subbottom depths. These palaeo-shelf break glacial delta Accepted 24 November 2008 sediments have been developed during successive low sea-level stands (LST prograding sequences), Available online 6 December 2008 suggesting continuous and gradual subsidence of the Aegean margins during the last 400 ka. Subsidence Keywords: rates of the Aegean margins were calculated from the vertical displacement of successive topset-to- Aegean margins foreset transitions (palaeo-shelf break) of the LST prograding sediment sequences. Sea-level The estimated subsidence rates that were calculated in the active boundaries of the Aegean Subsidence rates microplate (North Aegean margins, Gulfs of Patras and Corinth) are high and range from 0.7 to Palaeogeography À1 À1 Middle-Upper Pleistocene 1.88 m ka , while the lowest values (0.34–0.60 m ka ) are related to the low tectonic and seismic activity margins like the margin of Cyclades plateau. -
Calendar of Roman Events
Introduction Steve Worboys and I began this calendar in 1980 or 1981 when we discovered that the exact dates of many events survive from Roman antiquity, the most famous being the ides of March murder of Caesar. Flipping through a few books on Roman history revealed a handful of dates, and we believed that to fill every day of the year would certainly be impossible. From 1981 until 1989 I kept the calendar, adding dates as I ran across them. In 1989 I typed the list into the computer and we began again to plunder books and journals for dates, this time recording sources. Since then I have worked and reworked the Calendar, revising old entries and adding many, many more. The Roman Calendar The calendar was reformed twice, once by Caesar in 46 BC and later by Augustus in 8 BC. Each of these reforms is described in A. K. Michels’ book The Calendar of the Roman Republic. In an ordinary pre-Julian year, the number of days in each month was as follows: 29 January 31 May 29 September 28 February 29 June 31 October 31 March 31 Quintilis (July) 29 November 29 April 29 Sextilis (August) 29 December. The Romans did not number the days of the months consecutively. They reckoned backwards from three fixed points: The kalends, the nones, and the ides. The kalends is the first day of the month. For months with 31 days the nones fall on the 7th and the ides the 15th. For other months the nones fall on the 5th and the ides on the 13th. -
Ancient Greece - Moving Ships Over Land
Ancient Greece - Moving Ships Over Land In ancient times, there was no waterway for sailors to easily reach Athens if they were traveling to and from Greece’s Ionian coast. A piece of land, called the Isthmus of Corinth, was “in the way.” Without a “shortcut,” across the Isthmus, ships would have to sail from the Ionian Sea to the Aegean Sea by rounding the Peloponnesian Peninsula. Not only was that a long sail, it was a dangerous one. Gale-force winds often trouble sailors at Cape Matapan and Cape Maleas (with its treacherous shoreline). So ... the ancients invented a way to help boats cross the Isthmus on land. They made a road - known as “The Diolkos” - which served as an overland passage between the relatively quiet waters of the Gulf of Corinth and the Saronic Gulf. This image depicts what is left of the Diolkos (which today lies next to the Corinth Canal). We’re not exactly sure when it was first created, but ancient writers referred to it. Those writings reach-back to Aristophanes (at least) who lived between 446 BC and c. 386 BC. Scholars believe that his phrase “as fast as a Corinthian” referred to the Diolkos (and a Corinthian’s ability to swiftly move from Corinth to Athens via the overland passage). Ships carrying goods, or ships bound for war, could cross the Isthmus via the Diolkos. It measured somewhere between 3.7 to 5.3 miles (6 to 8.5 km) and likely remained in use from circa 600 BC to the middle of the first century AD. -
The Role of Weather During the Greek–Persian “Naval Battle of Salamis” in 480 B.C
atmosphere Article The Role of Weather during the Greek–Persian “Naval Battle of Salamis” in 480 B.C. Christos Zerefos 1,2,3,4,*, Stavros Solomos 1, Dimitris Melas 5, John Kapsomenakis 1 and Christos Repapis 1,4 1 Research Centre for Atmospheric Physics and Climatology, Academy of Athens, 106 80 Athens, Greece; [email protected] (S.S.); [email protected] (J.K.); [email protected] (C.R.) 2 Biomedical Research Foundation, Academy of Athens, 115 27 Athens, Greece 3 Navarino Environmental Observatory (N.E.O.), 24 001 Messinia, Greece 4 Mariolopoulos-Kanaginis Foundation for the Environmental Sciences, 106 75 Athens, Greece 5 Department of Applied and Environmental Physics, School of Physics, Faculty of Sciences, Aristotle University of Thessaloniki, 54 124 Thessaloniki, Greece; [email protected] * Correspondence: [email protected] Received: 14 July 2020; Accepted: 6 August 2020; Published: 8 August 2020 Abstract: The Battle of Salamis in 480 B.C. is one of the most important naval battles of all times. This work examines in detail the climatically prevailing weather conditions during the Persian invasion in Greece. We perform a climatological analysis of the wind regime in the narrow straits of Salamis, where this historic battle took place, based on available station measurements, reanalysis and modeling simulations (ERA5, WRF) spanning through the period of 1960–2019. Our results are compared to ancient sources before and during the course of the conflict and can be summarized as follows: (i) Our climatological station measurements and model runs describing the prevailing winds in the area of interest are consistent with the eyewitness descriptions reported by ancient historians and (ii) The ancient Greeks and particularly Themistocles must have been aware of the local wind climatology since their strategic plan was carefully designed and implemented to take advantage of the diurnal wind variation.