Megaliths and Geology: a Journey Through Monuments, Landscapes and Peoples
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Pottery Technology As a Revealer of Cultural And
Pottery technology as a revealer of cultural and symbolic shifts: Funerary and ritual practices in the Sion ‘Petit-Chasseur’ megalithic necropolis (3100–1600 BC, Western Switzerland) Eve Derenne, Vincent Ard, Marie Besse To cite this version: Eve Derenne, Vincent Ard, Marie Besse. Pottery technology as a revealer of cultural and symbolic shifts: Funerary and ritual practices in the Sion ‘Petit-Chasseur’ megalithic necropolis (3100–1600 BC, Western Switzerland). Journal of Anthropological Archaeology, Elsevier, 2020, 58, pp.101170. 10.1016/j.jaa.2020.101170. hal-03051558 HAL Id: hal-03051558 https://hal.archives-ouvertes.fr/hal-03051558 Submitted on 10 Dec 2020 HAL is a multi-disciplinary open access L’archive ouverte pluridisciplinaire HAL, est archive for the deposit and dissemination of sci- destinée au dépôt et à la diffusion de documents entific research documents, whether they are pub- scientifiques de niveau recherche, publiés ou non, lished or not. The documents may come from émanant des établissements d’enseignement et de teaching and research institutions in France or recherche français ou étrangers, des laboratoires abroad, or from public or private research centers. publics ou privés. Journal of Anthropological Archaeology 58 (2020) 101170 Contents lists available at ScienceDirect Journal of Anthropological Archaeology journal homepage: www.elsevier.com/locate/jaa Pottery technology as a revealer of cultural and symbolic shifts: Funerary and ritual practices in the Sion ‘Petit-Chasseur’ megalithic necropolis T (3100–1600 BC, -
How to Tell a Cromlech from a Quoit ©
How to tell a cromlech from a quoit © As you might have guessed from the title, this article looks at different types of Neolithic or early Bronze Age megaliths and burial mounds, with particular reference to some well-known examples in the UK. It’s also a quick overview of some of the terms used when describing certain types of megaliths, standing stones and tombs. The definitions below serve to illustrate that there is little general agreement over what we could classify as burial mounds. Burial mounds, cairns, tumuli and barrows can all refer to man- made hills of earth or stone, are located globally and may include all types of standing stones. A barrow is a mound of earth that covers a burial. Sometimes, burials were dug into the original ground surface, but some are found placed in the mound itself. The term, barrow, can be used for British burial mounds of any period. However, round barrows can be dated to either the Early Bronze Age or the Saxon period before the conversion to Christianity, whereas long barrows are usually Neolithic in origin. So, what is a megalith? A megalith is a large stone structure or a group of standing stones - the term, megalith means great stone, from two Greek words, megas (meaning: great) and lithos (meaning: stone). However, the general meaning of megaliths includes any structure composed of large stones, which include tombs and circular standing structures. Such structures have been found in Europe, Asia, Africa, Australia, North and South America and may have had religious significance. Megaliths tend to be put into two general categories, ie dolmens or menhirs. -
ARC 112 History of Architecture II
Prehistoric Architecture Dr. Zeinab Feisal Stone Age period When? Where? How did we know about it? What about social characteristics & Believes? Architecture of the civilization. Stone Age period Occurred before invention of written records No written record from the prehistoric period How did we know about it? Information is gathered from scientific studies of prehistoric objects Many academic disciplines are interested in studying human civilization- archeology, paleontology, anthropology etc The disciplines study prehistoric objects They provide information about civilizations based on studies Early Stone Age (or Paleolithic) Up to 9000 BC New Stone Age (or Neolithic) Stone Age STONE AGE 9000 BC to 3000 BC Stone Age period Not restricted to any particular geographical region Occurred in different locations, Usually close to sources of food, near rivers Stone Age period Life style differed between the Early Stone Age period and the New Stone Age Period Each of the two periods will be examined independently to understand the people and their society Nomadic, always on move Move about in search of food, water, and good climate Got their food through food gathering, hunting and fishing Usually move about in small bands of less than 15 persons Not much is known about their beliefs GOT THEIR FOOD THROUGH FOOD GATHERING, HUNTING AND FISHING GOT THEIR FOOD THROUGH FOOD GATHERING, HUNTING AND FISHING People stopped wandering and settled down in permanent settlements Discovered art of farming and animal husbandry Period -
Actually Consists of 2 Cleavages
Types of foliations • Crenulation Cleavage- – Actually consists of 2 cleavages – The first may be a slaty cleavage or schistosity that becomes microfolded – Fold axial planes typically form at high angle to the σ1 of the second compressional phase 1 Progressive development (a → c) of a crenulation cleavage for both asymmetric (top) and symmetric (bottom) situations. From Spry (1969) Metamorphic Textures. Pergamon. Oxford. 2 Figure 23.24a. Symmetrical crenulation cleavages in amphibole-quartz-rich schist. Note concentration of quartz in hinge areas. From Borradaile et al. (1982) Atlas of Deformational and Metamorphic Rock Fabrics. Springer-Verlag. 3 Figure 23.24b. Asymmetric crenulation cleavages in mica-quartz-rich schist. Note horizontal compositional layering (relict bedding) and preferential dissolution of quartz from one limb of the folds. From Borradaile et al. (1982) Atlas of Deformational and Metamorphic Rock Fabrics. Springer-Verlag. 4 Figure 23.25. Stages in the development of crenulation cleavage as a function of temperature and intensity of the second deformation. From Passchier and Trouw (1996) Microtectonics. Springer-Verlag. Development of S2 micas depends upon T and the intensity of the second deformation 5 Types of lineations a. Preferred orientation of elongated mineral aggregates b. Preferred orientation of elongate minerals c. Lineation defined by platy minerals d. Fold axes (especially of crenulations) e. Intersecting planar elements. Figure 23.26. Types of fabric elements that define a lineation. From Turner and Weiss (1963) Structural 6 Analysis of Metamorphic Tectonites. McGraw Hill. Analysis of Deformed Rocks • If two or more geometric elements are present, we can add a numeric subscript to denote the chronological sequence in which they were developed and superimposed- • Deformational events: D1 D2 D3 … • Metamorphic events: M1 M2 M3 … • Foliations: So S1 S2 S3 … • Lineations: Lo L1 L2 L3 … • Plot on a metamorphism-deformation-time plot showing the crystallization of each mineral 7 Deformation vs. -
Megaliths in Ancient India and Their Possible Association to Astronomy1
MEGALITHS IN ANCIENT INDIA AND THEIR POSSIBLE ASSOCIATION TO ASTRONOMY1 Mayank N. Vahia Tata Institute of Fundamental Research, Mumbai, India And Manipal Advanced Research Group, Manipal University Manipal – 576104, Karnataka, India. E-mail: [email protected] Srikumar M. Menon Faculty of Architecture, Manipal Institite of Technology Manipal – 576104, Karnataka, India. E-mail: [email protected] Riza Abbas Indian Rock Art Research Centre, Nashik (a division of Indian Numismatic, Historical and Cultural Research Foundation), Nashik E-mail: [email protected] Nisha Yadav Tata Institute of Fundamental Research, Mumbai, India E-mail: [email protected] Abstract The megalithic monuments of peninsular India, believed to have been erected in the Iron Age (1500BC – 200AD), can be broadly categorized into sepulchral and non-sepulchral in purpose. Though a lot of work has gone into the study of these monuments since Babington first reported megaliths in India in 1823, not much has been understood about the knowledge systems extant in the period these were built – in science and engineering, especially mathematics and astronomy. We take a brief look at the archaeological understanding of megaliths, before taking a detailed assessment of a group of megaliths (in the south Canara region of Karnataka state in South India) that were hitherto assumed to be haphazard clusters of menhirs. Our surveys have indicated positive correlation of sight-lines with sunrise and sunset points on the horizon for both summer and winter solstices. We identify 5 such monuments in the region and present the survey results for one of the sites, demonstrating the astronomical implications. We also discuss the possible use of the typologies of megaliths known as stone alignments/avenues as calendar devices. -
Island Meditation Parkland Features Stonehenge-Like Monuments
Island Meditation Parkland features Stonehenge-like Monuments (SEATTLE, Washington) - On a 72-acre parcel logged 20 years ago, forest, streams, ponds, and a peat bog have found new life as "Earth Sanctuary." A 500-year master plan for its restoration now guides the future of this Whidbey Island nature reserve and meditation parkland north of Seattle. More than 4,000 plants from 60 native species are being planted in the first phase of the plan, according to Dan Borroff, the project's award-winning landscape designer. The remarkable project created by a remarkable visionary, Chuck Pettis, has the environmental goal of restoring the landscape's old growth forest, wetlands, and streams - as well as providing habitat for the greatest possible diversity of bird and animal species native to Whidbey Island. See http://www.EarthSanctuary.org. "Earth Sanctuary is designed to restore wholeness to the human spirit, as well as to the natural environment" says Pettis, noted for his megalithic Stonehenge-like environmental artworks, as well as his writings. Visitors, on a reservation basis, are welcome to walk the two miles of Earth Sanctuary's forested paths and to meditate at the sites of the environmental artworks. The stone structures, designed as focal points for meditation, include a labyrinth, a dolmen, and a stone circle. In Borroff's view, planning for human response - both emotional and intellectual - is an integral part of good design. He describes his plant placement choices as "enhanced environmentalism." Borroff believes that the project will "nurture our spirit and transform and re-empower our passion for the land." Pettis, author of Secrets of Sacred Space: Discover and Create Places of Power ($20, Llewellyn), has financed the entire project with personal funds. -
New Discoveries and Documentation of Megalithic Structes in Juffain Dolmen Archaeological Field, Jordan
Mediterranean Archaeology and Archaeometry, Vol. 18, No 1, (2018), pp. 175-197 Copyright © 2018 MAA Open Access. Printed in Greece. All rights reserved. DOI: 10.5281/zenodo.1161357 NEW DISCOVERIES AND DOCUMENTATION OF MEGALITHIC STRUCTES IN JUFFAIN DOLMEN ARCHAEOLOGICAL FIELD, JORDAN Atef Shiyab1, Kennett Schath, Hussein Al-jarrah, Firas Alawneh2, Wassef Al Sekheneh1 1Faculty of Archaeology and Anthropology-Yarmouk University, Irbid, Jordan. 2Department of Conservation Science, Queen Rania Faculty of Tourism & Heritage, Hashemite University, P.O. Box 330127 Postal Code 13115 Zarqa, Jordan Received: 02/01/2018 Accepted: 02/02/2018 Corresponding Author: Firas Alawneh ([email protected]) ABSTRACT The research presented here is about documentation, analysis and sharing new discoveries of Juffain mega- lithic field. Using Geographic information system (GIS) to produce topographical maps is the basis for the conservation and the development of a Dolmen Heritage Park. A previous survey with Perugia University, was performed in 2016, which provide insight about the high density of megalithic structures and study of structure distribution. While collecting data for a topographical map, of the structural types there are two different categories, single and centers. Single structures are those that stand alone they are, D, Dolmens; TU, Tumulus; T, Tomb; PA – Patio, W – Wall, CA – Cave, CIS - Cistern, S – Silo, P – Press, QS – Quarry Stone, C – Circle and SS – Standing Stone. Five major stunning discoveries relating to the dolmen culture is found. In rank of Importance, here are the discoveries: (1) borders and boundaries, show that each of the dolmen groups stand alone, (2) domestic meeting places point to a sedentary society, (3) quarries and cup hole cen- ters demonstrate a high scale of distribution of central places, and (4) ritualistic centers indicates a higher level of human relationship. -
Prehistoric Western Art 40,000 – 2,000 BCE
Prehistoric Western Art 40,000 – 2,000 BCE Introduction Prehistoric Europe was an evolving melting pot of developing cultures driven by the arrival of Homo sapiens, migrating from Africa by way of southwest Asia. Mixing and mingling of numerous cultures over the Upper Paleolithic, Mesolithic and Neolithic periods in Europe stimulated the emergence of innovative advancements in farming, food preparation, animal domestication, community development, religious traditions and the arts. This report tracks European cultural developments over these prehistoric periods, Figure 1 Europe and the Near East emphasizing each period’s (adapted from Janson’s History of Art, 8th Edition) evolving demographic effects on art development. Then, representative arts of the periods are reviewed by genre, instead of cultural or timeline sequence, in order to better appreciate their commonalities and differences. Appendices identify Homo sapien roots in Africa and selected timeline events that were concurrent with prehistoric human life in Europe. Prehistoric Homo Sapiens in Europe Genetic, carbon dating and archeological evidence suggest that our own species, Homo sapiens, first appeared between 150 and 200 thousand years ago in Africa and migrated to Europe and Asia. The earliest archeological finds that exhibit all the characteristics of modern humans, including large rounded brain cases and small faces and teeth, date to 190 thousand years ago at Omo, Ethiopia. 1 IBM announced in 2011 that the Genographic Project, charting human genetic data, supports a southern route of human migration from Africa via the Bab-el-Mandeb Strait in Arabia, suggesting a role for Southwest Asia in the “Out of Africa” expansion of modern humans. -
Metamorphism and the Origin of Granitic Rocks Northgate District Colorado
Metamorphism and the Origin of Granitic Rocks Northgate District Colorado GEOLOGICAL SURVEY PROFESSIONAL PAPER 274-M Metamorphism and the Origin of Granitic Rocks Northgate District Colorado By T. A. STEVEN SHORTER CONTRIBUTIONS TO GENERAL GEOLOGY GEOLOGICAL SURVEY PROFESSIONAL PAPER 274-M A discussion of the progressive metamorphism, granitixation, and local rheomorphism of a layered sequence of rocks, and of the later emplacement and deuteric alteration of an unrelated granitic stock UNITED STATES GOVERNMENT PRINTING OFFICE, WASHINGTON : 1957 UNITED STATES DEPARTMENT OF THE INTERIOR FRED A. SEATON, Secretary GEOLOGICAL SURVEY Thomas B. Nolan, Director For sale by the Superintendent of Documents, U. S. Government Printing Office Washington 25, D. C. CONTENTS Page Page Abstract_________________________________ 335 Pre-Cambrian geology—Continued Introduction-_______________________________________ 335 Dacite porphyry—____ ——— __ —— _____________ 364 Acknowledgments__ ___--_____-____-_____-______-_ 336 Intrusive quartz monzonite_-____--_-__-_--_-_-_. 365 Geologic setting._______ — _________________________ 336 Petrography ________—— —— _______________ 365 Pre-Cambrian geology—___________________________ 337 Main body of the stock____________— 366 Hornblende gneiss___-_________-_-_____-________ 338 Marginal dikes_________-____-__-__——— 366 Quartz monzonite gneiss_________________________ 342 Satellitic dikes___-___.__________ 367 Biotite-garnet gneiss___________________________ 345 Wall-rock alteration_________ _ __——_ 368 Pegmatite_________________________________ -
Download the Scanned
THn AMERIceN M INERALoGIST JOURNAL OF THE MINERALOGICAL SOCIETY OF AMERICA Vol.22 DECEMBER, 1937 No. 12,Part 1 DEVELOPMENT OF PLAGIOCLASE PORPHYROBLASTSI G. E. Gootsrooo, U niver si.tyoJ W ashington, S eattle, W ashington. Assrnacr Porphyroblastic textures are common to hornfels in the Cornucopia area oJ the Wal- lowa Mountains of northeastern Oregon. Recent petrographic studies indicate that they are also common to some of the rocks of the Cascades of Washington. Plagioclase porphyro- blasts range from initial allotrioblastic forms to fully developed idioblastic crystals. They exhibit many characteristic features which may include poikioblastic structures, helizitic inclusions and complex aggregates. The arrangement within the crystal of inclusions of either identifiable minerals or turbid material, is apparently directly related to the stage of development of the porphyroblast. This included matter differs chiefly in its arrange- ment from the products of endogenetic or subsequent alteration. Recognition of these metamorphic textures and structures is one of the points essential to the interpretation of recrystallization-replacement as applied to igneous-appearing rocks which are believed to have been formed in situ by processesof additive hydrothermal metamorphism. In a previous paper the writer outlined the development of qaartz porphyroblasts in a siliceoushornfels.2 The quartz porphyroblasts in the siliceoushornfels were too small (0.5 mm.) to be conspicuousin the hand specimens,but were readily seenunder crossednicols, although in plane light they merged almost completely with the groundmass of the horn- fels, and contained the sameabundance of small inclusions as the ground- mass. The siliceoushornfels is not the most abundant; biotitic and horn- blendic varieties are far more common. -
Nucleation and Growth History in the Garnet Zone
Spear and Daniel Geological Materials Research v.1, n.1, p.1 Three-dimensional imaging of garnet porphyroblast sizes and chemical zoning: Nucleation and growth history in the garnet zone Frank S. Spear and Christopher G. Daniel Department of Earth and Environmental Sciences, Rensselaer Polytechnic Institute, Troy, New York 12180 <[email protected]> (Received July 1, 1998; Published October 30, 1998) Abstract The three-dimensional (3-D) growth history of two garnet zone samples (Grt + Chl + Bt + Ms + Pl + Qtz + Ilm) from southwestern Maine was examined by serial sectioning and 3-D reconstructions of compositional zoning from backscatter images and X-ray maps. Mn, Fe, Mg, and Ca zoning is broadly concentric. The concentration of Mn in garnet cores generally correlates with size (d = 50 to 750 microns), indicating progressive nucleation. In detail, all elements show irregular, patchy zoning in the cores. Assuming constancy of Mn on the rims of all garnet crystals in a rock volume plus no subsequent diffusional modification, Mn concentration can be used as a Òtime lineÓ for garnet growth. Examination of the evolution of individual garnet crystals reveals that multiple nuclei formed simultaneously in the core regions and that nuclei expanded by growth in amoeba-shape forms along preexisting mineral grain boundaries (primarily quartz and plagioclase), dissolving the interior grains until the grains were either gone or encapsulated, at which time dissolution ceased. Amoeba-shaped garnet crystals coalesced as they grew and, simultaneously, new nuclei appeared in the nearby matrix. The net result was a single garnet porphyroblast that formed by the growth and coalescence of multiple nuclei. -
A Dolmen in the Talmud
10 A DOL~iE~ l~ THE TALMUD. 34. Festuca ovina,-var. pinifolia. Hackel in litt., Flor. Or., V, 617. Higher Lebanon. 35. Scleropoa maritima. L. Sp. 128.-Coast near Sidon. 36. Bromusflabellatus. Hack., Boiss., Flor. Or., V, 648.-Near Jeru- salem. 37. Bromus alopecurus. Poir. Voy., II, 100.-Galilee and the coast. 38. Bromus squm-ros1ts.-L. Sp. 112.-Lebanon. 39. Bromus brachystachys. Hornung. Fl., XVI, 2, p. 418.-By the Jordan. 40. Brachypodium pinnatum. L. Sp. 115.-Lower Lebanon. 41. Agropyrum panormitanum. Pari. PI., var. Sic. II, p. 20.-Hermon. 42. Agropyrum repens. L. Sp. 128.-Lebanon. 43 . Agropyrum elongatum. Hort., Gr. Austr., II, 15.-Near Beyrout. 44. ..!Egilops bicornis. Forsk., Descr., 26.-Sandy places, coast. 45. Psilurus nardoides. 'frin. Fund., I, 73.-Coast and interior. 46. Hordeum secalinum. Schreb. Spic., 148.-'fhe Lejah. 47. Elymus delileanus. Schultz. Mant., 2, 424.-nentral Palestine. H. B. 'fRISTRAM. Durham, 26th November, 1884. A DOLMEN IN THE TALMUD. " RABBI IsHMAEL said, 'Three stones beside each other at the side of the image of Markulim are forbidden, but two are allowed. But the wise say when they are within his view they are forbidden, but when they are not within his view they are allowed.'" (Mishnah Aboda Zarah, iv, l.) This passage from the tract treating of "Strange Worship" refers to the idolatry of the second and third centuries A.D., before the establish ment of Christianity by Constantine. R. Ishmael was a contemporary of Akiha (circa 135 A.D.). From the Babylonian Talmud (Baba Metzia 25 b) we learn that· these three stones near the "Menhir of Mercury" (for Markulim was Mercury or Herrnes, the god of the pillar) were arranged two side by side and the third laid flat across.