Conch Calls Into the Anthropocene: Pututus As Instruments of Human-Environmental Relations at Monumental Chaviń
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Archaeoacoustics: a Key Role of Echoes at Utah Rock Art Sites
Steven J. Waller ARCHAEOACOUSTICS: A KEY ROLE OF ECHOES AT UTAH ROCK ART SITES Archaeoacoustics is an emerging field of study emanate from rock surfaces where beings are investigating sound in relation to the past. The depicted, as if the images are speaking. Myths intent of this paper is to convey appreciation for attribute echoes to sheep, humans, lizards, the echoes at Utah rock art sites, by recognizing snakes and other figures that are major rock art the importance of their influence both on the themes. Echo-rich Fremont Indian State Park ancient artists, and on modern scientific studies. even has a panel that has been interpreted as The title of this paper is thus intentionally showing the mythological Echo Twin. The worded such that it could be understood in two study, appreciation, and preservation of rock art different but interrelated ways. One, the study acoustics in Utah are encouraged. of sound indicates that echoes were an im- portant factor relative to rock art in Utah. Two, INITIAL STUDIES OUTSIDE UTAH the echoes found to be associated with Utah rock art sites have been particularly helpful in A conceptual connection between sound and developing theories relating sound to past cul- rock art originally occurred to me when visiting tural activities and ideologies. This paper de- European Palaeolithic caves in 1987. A fortui- scribes in a roughly chronological order the tous shout at the mouth of a cave resulted in a events and studies that have led to Utah featur- startling echo. I immediately remembered the ing prominently in the development of archaeo- Greek myth in which echoes were attributed to acoustics. -
159. City of Cusco, Including Qorikancha (Inka Main Temple), Santa Domingo (Spanish Colonial Convent), and Walls of Saqsa Waman (Sacsayhuaman)
159. City of Cusco, including Qorikancha (INka main temple), Santa Domingo (Spanish colonial convent), and Walls of Saqsa Waman (Sacsayhuaman). Central highlands, Peru. Inka. C.1440 C.E.; conent added 1550-1650 C.E. Andesite (3 images) Article at Khan Academy Cusco, a city in the Peruvian Andes, was once capital of the Inca empire, and is now known for its archaeological remains and Spanish colonial architecture. Set at an altitude of 3,400m, it's the gateway to further Inca sites in the Urubamba (Sacred) Valley and the Inca Trail, a multiday trek that ends at the mountain citadel of Machu Picchu. Carbon-14 dating of Saksaywaman, the walled complex outside Cusco, has established that the Killke culture constructed the fortress about 1100 o The Inca later expanded and occupied the complex in the 13th century and after Function: 2008, archaeologists discovered the ruins of an ancient temple, roadway and aqueduct system at Saksaywaman.[11] The temple covers some 2,700 square feet (250 square meters) and contains 11 rooms thought to have held idols and mummies,[11] establishing its religious purpose. Together with the results of excavations in 2007, when another temple was found at the edge of the fortress, indicates there was longtime religious as well as military use of the facility, overturning previous conclusions about the site. Many believe that the city was planned as an effigy in the shape of a puma, a sacred animal. It is unknown how Cusco was specifically built, or how its large stones were quarried and transported to the site. -
Southern Destinations Gihan Tubbeh Renzo Giraldo Renzo Gihan Tubbeh Gihan Tubbeh
7/15/13 8:18 PM 8:18 7/15/13 1 Sur.indd EN_07_Infografia As you head south, you start to see more of Peru’s many different facets; in terms of our ancient cultural legacy, the most striking examples are the grand ruins Ancient Traditions Ancient History Abundant Nature There are plenty of southern villages that still Heading south, you are going to find vestiges of Machu Picchu and road system left by the Incan Empire and the mysterious Nasca Lines. As keep their ancestors’ life styles and traditions Uros Island some of Peru’s most important Pre-Colombian Peru possesses eighty-four of the existing 104 life zones for natural seings, our protected areas and coastal, mountain, and jungle alive. For example, in the area around Lake civilizations. Titicaca, Puno, the Pukara thrived from 1800 Also, it is the first habitat in the world for buerfly, fish and orchid species, second in bird species, and B.C. to 400 A.D., and their decline opened up landscapes offer plenty of chances to reconnect with nature, even while engaging Ica is where you find the Nasca Lines, geoglyphs third in mammal and amphibian species. the development of important cultures like of geometric figures and shapes of animals and in adventure sports in deserts (dunes), beaches, and rivers. And contemporary life the Tiahuanaco and Uro. From 1100 A.D. to the plants on the desert floor that were made 1500 arrival of the Spanish, the Aymara controlled is found in our main cities with their range of excellent hospitality services offered years ago by the Nasca people. -
The Case of the Beaulieu Abbey
acoustics Article An Archaeoacoustics Analysis of Cistercian Architecture: The Case of the Beaulieu Abbey Sebastian Duran *, Martyn Chambers * and Ioannis Kanellopoulos * School of Media Arts and Technology, Solent University (Southampton), East Park Terrace, Southampton SO14 0YN, UK * Correspondence: [email protected] (S.D.); [email protected] (M.C.); [email protected] (I.K.) Abstract: The Cistercian order is of acoustic interest because previous research has hypothesized that Cistercian architectural structures were designed for longer reverberation times in order to reinforce Gregorian chants. The presented study focused on an archaeoacacoustics analysis of the Cistercian Beaulieu Abbey (Hampshire, England, UK), using Geometrical Acoustics (GA) to recreate and investigate the acoustical properties of the original structure. To construct an acoustic model of the Abbey, the building’s dimensions and layout were retrieved from published archaeology research and comparison with equivalent structures. Absorption and scattering coefficients were assigned to emulate the original room surface materials’ acoustics properties. CATT-Acoustics was then used to perform the acoustics analysis of the simplified building structure. Shorter reverbera- tion time (RTs) was generally observed at higher frequencies for all the simulated scenarios. Low speech intelligibility index (STI) and speech clarity (C50) values were observed across Abbey’s nave section. Despite limitations given by the impossibility to calibrate the model according to in situ measurements conducted in the original structure, the simulated acoustics performance suggested Citation: Duran, S.; Chambers, M.; how the Abbey could have been designed to promote sacral music and chants, rather than preserve Kanellopoulos, I. An Archaeoacoustics high speech intelligibility. Analysis of Cistercian Architecture: The Case of the Beaulieu Abbey. -
Andean Path to Machu Picchu
ADVENTURE PROGRAM: APURIMAC RIVER: Head Water of the Amazon River + MACHU PICCHU “” DAY BY DAY ITINERARY DAY 1: ARRIVE TO CUSCO At your arrival to Cusco Airport our representative will be waiting for you to take you you hotel located at center of the City. Overnight at Cusco City No meals Included DAY 2: CUSCO We will pick you up from your hotel or meet you at the place of your choice for the city tour. We will start with a visit to the Cathedral, built over 450 years ago, and its fine collection of paintings of the Cusqueño School. After this, we will visit the Koricancha, the most sumptuous temple of the Inca culture, which was dedicated to worship the sun. Next, we will drive to the magnificent ruins of Sacsayhuaman and its impressive rocky constructions, followed by Kenko, PukaPukara and Tambomachay. Finally, we will head back to Cusco city. Overnight at Cusco City MEAL: Breakfast + Lunch Email Alberto: [email protected] Call Alberto: +51 9417 012 16. www.apumayo.com DAY BY DAY ITINERARY DAY 3: FROM CUSCO TO MAUKALLACTA AND CEDROCHAYOQ The guide will meet you at the hotel to leave Cusco (7:00 am) in our private vehicle, we will drive for 2½ hours towards Maukallacta Inca site. We will hike for about one hour and half to the mythical Inca site called Maukallacta (2,900 meters) where we will enjoy our snack and hear stories about the Ayar brothers and wives, founders of the Inca civilization. After a hike and visit this amazing and sacred Inca site, we will enjoy lunch. -
Antiquity (August 2007)
Set the wild echoes flying By Jerry D. Moore Department of Anthropology, California State University Dominguez Hills, 1000 K Victoria Street, Carson, CA 90747, USA (Email: [email protected]) BARRY BLESSER & LINDA-RUTH SALTER. Spaces speak, The two volumes under review are you listening? Experiencing aural architecture. form a complementary pair of xiv+438 pages, 21 illustrations. 2007. Cambridge texts, although not a perfect (MA): Massachusetts Institute of Technology; 978-0- fit. Barry Blesser and Linda- 262-02605-5 hardback £25.95. CHRIS SCARRE & Ruth Salter's book, Spaces GRAEME LAWSON (ed.). Archaeoacoustics. x+126 Speak, Are You Listening?, is a pages, 68 illustrations, 5 tables. 2006. Cambridge: broad overview, an often en- McDonald Institute for Archaeological Research; 1- gaging introduction to aural 902937-35-X hardback £25. architecture and spatial Second only to scent as the most evanescent of acoustics. Archaeoacoustics, sensations, sound would seem particularly elusive of edited by Chris Scarre and archaeological inquiry. And yet — and obviously — Graeme Lawson, is a human life is inherently aural, and ancient sound is collection of conference papers intertwined in our species' evolution and social that present specific case existence. Throughout prehistory humans have studies about the creation extended the ambit of sound with instruments, of auditory spaces and, to a specially created spaces, and composed tonalities. lesser extent, the development of culturally For such reasons, at some level archaeology must formalised -
Shell Trumpets in Mesoamerica Music-Archaelogical Evidence and Living Tradition Arnd Adje Both
Shell Trumpets in Mesoamerica Music-Archaelogical Evidence and Living Tradition Arnd Adje Both ZUSAMMENFASSUNG ceps) exhibited in the Museo Nacional de Antropología, Mexico City (Fig. 1)2. The decora- Musikarchäologische Daten belegen, daß Schnek- tion depicts a headdress consisting of a zigzag kentrompeten in vorspanischen Kulturen eine band in yellow and red with green feathers, and a große zeremonielle Bedeutung zukam. In diesem double glyph at the body whorl consisting of two Beitrag wird eine vielschichtige Musiktradition tassel headdresses with the numerical coefficients verfolgt, die trotz der abwechslungsreichen Ge- “9” and “12” indicated by bars and dots. The sym- schichte Mesoamerikas vergleichbare Elemente bolic meaning of the double glyph is still unclear3. aufweist. In Zeremonien verschiedener mexikani- One trumpet of 36 cm in length dating from A.D. scher Ethnien werden die Instrumente bis heute 500 was excavated near an altar of Tetitla, one of verwendet. Ihr Gebrauch läßt Merkmale erken- the many residential compounds of Teotihuacan. nen, die sich möglicherweise als fortlebende Rest- Several finds show that shell trumpets were also bestände alter, bereits in den frühen Kulturen deposited in ceremonial burials, possibly as a per- Mesoamerikas entstandener Musikpraktiken er- sonal item. One specimen made of a Florida Horse weisen. conch (Pleuroploca gigantea) without decoration was recently excavated in Burial 5 within the Pyra- mid of the Moon, dating from A.D. 350 (Fig. 3). 1. MUSIC-ARCHAEOLOGI- The trumpet was unearthed next to a flaked obsidi- CAL EVIDENCE an figure and pointed towards the west, where the sun is going down into the underworld. Several Shell trumpets were already known in the end of objects of greenstone (jadeite) carved in Maya style the Early Preclassic period of Mesoamerica (2000 indicate some form of contact between the ruling to 1200 B.C.), as demonstrated by sound artefacts group of Teotihuacan and Maya royal families. -
Research Designs for Hawaiian Archaeology
Research Designs for Hawaiian Archaeology Research Designs for Hawaiian Archaeology Agriculture, Architecture, Methodology Thomas S. Dye, editor Special Publication 3 Society for Hawaiian Archaeology All rights reserved. Copyright © 2010 by Society for Hawaiian Archaeology. Published in 2010 in the United States of America by Society for Hawaiian Archaeology, P.O. Box 23292, Honolulu, HI 96823. Contents List of Figures vii List of Tables ix 1 Watershed: Testing the Limited Land Hypothesis Robert J. Hommon 1 2 Traditional Hawaiian Surface Architecture: Absolute and Rel- ative Dating Thomas S. Dye 93 3 Lady Mondegreen’s Hopes and Dreams: Three Brief Essays on Inference in Hawaiian Archaeology Dave Tuggle 157 Index 185 v List of Figures 2.1 Map of the Hawaiian Islands . 96 2.2 Oblique schematic of Kaneaki Heiau . 98 2.3 Plan of site 50–10–04–22268 ................... 104 2.4 Interior of the U-shape enclosure at site 50–10–04–22268 . 105 2.5 Panoramic view of site 50–10–04–22268 ............ 106 2.6 Hypothetical stratigraphic section . 110 2.7 Bayesian calibration yields interpretable results . 113 2.8 Deduction and induction . 115 2.9 Plan of site 50–10–04–22119 .................... 121 2.10 Dated enclosure at site 50–10–04–22119 ............ 122 2.11 Plan of site 50–10–04–22201 ................... 124 2.12 Plan of site 50–10–04–22248 ................... 125 2.13 Plan of site 50–50–17–1089 .................... 127 2.14 Plan of site 50–50–17–1088 .................... 128 2.15 Estimated ages of construction events . 132 2.16 Plan of H¯apaiali‘i Heiau . -
Songs of the Caves: Sound and Prehistoric Art in Caves
Songs of the Caves: Sound and Prehistoric Art in Caves Initial report on a study in the Cave of Tito Bustillo, Asturias, Spain Dr. Rupert Till, Dr Simon Wyatt, Dr. Bruno Fazenda, Dr. Jon Sheaffer, Prof. Chris Scarre. Project Team: Dr Rupert Till, University of Huddersfield (UK); Prof. Chris Scarre, Durham University (UK); Dr Bruno Fazenda, University of Salford (UK); Dr Simon Wyatt, Durham University (UK); Dr Jon Sheaffer, University of Salford (UK); Dr Aaron Watson, www.Monumental.uk.com / University of Huddersfield (UK); Prof. Roberto Ontañón Peredo, University of Cantabria; Prof. Manuel Rojo Guerra, University of Valladolid; Prof. Pablo Arias Cabal (University of Cantabria), Raquel Pasolodas Jiménez, University of Valladolid; Cristina Tejedor, University of Valladolid; Carlos Benito Garcia, University of Zaragoza; Prof. Jian Kang, University of Sheffield (UK); Prof. Paul Pettitt. University of Durham (UK). Introduction The visual primacy of rock-art imagery can sometimes blind researchers to equally important but less obvious, non-visual aspects of rock art. Recent work from southern Africa indicates that certain San rock engravings were hammered, rubbed, cut and flaked in order to produce sound; to touch certain numinous images and rocks; and to possess pieces of potent places. Ouzman 2001: 237. A significant amount of evidence exists for the significance of organised sound in prehistory (Seewald 1934; Megaw 1968; Wyatt 2009). Research in this area has progressed for over 30 years, for example within the International Council for Traditional Music (ICTM) International Study Group for Music Archaeology (ISGMA). This includes the discovery of fragmentary sound making devices dated to 40,000 BP (Conard et al 2009). -
Trumpets and Horns
TRUMPETS AND HORNS NATURAL TRUMPETS SHOFAR The shofar is an ancient Jewish liturgical instrument. It is a natural trumpet without a mouthpiece and produces only two tones, the second and third harmonics. The Talmud has laid down precise instructions for its maintenance and use, as well as materials and methods of construction. The shofar is usually made from ram's horn, although the horn of any animal of the sheep or goat family may be used. The horn is softened by heat and straightened. Subsequently, it is re-bent in one of several shapes (Plate 58). A blow-hole is bored into the pointed end of the horn. In the Northern European variety of shofar, the blow-hole usually has no distinct shape. In the Israeli and Southern European type, the mouthpiece is formed into a miniature trum- pet mouthpiece. CATALOGUE # 85 SHOFAR (73-840) MIDDLE EAST Plate 58, Fig. 97. COLLECTED: Toronto, Ontario, 1973 CATALOGUE It 86 SHOFAR (73-847) MIDDLE EAST Plate 58, Fig. 98. COLLECTED: Toronto, Ontario, 1973 CATALOGUE It 87 SHOFAR (74-68) USSR A family treasure, this shofar (Plate 58, Fig. 99) was brought to Canada ca. 1900 from Minsk, Russia by Vladislaw Schwartz. Mr. Schwartz donated it to the Minsken Synagogue, Toronto upon his assumption of the presidency in 1932. COLLECTED: Toronto, Ontario, 1973 Plate 58 Shofars 1. Catalogue 087 085 2. Catalogue 3. Catalogue 086 b1-3/44 ________ 0 Scm a t 6.5 L L__— 5.5 - -- -- -—____________________ /t---- N ---A / N re 97 75.0 / .8 0 5cm Figure 96 6L Natural trumpets 125 HORA The hora is the end-blown shell trumpet of Japan. -
Using Scale Modelling to Assess the Prehistoric Acoustics of Stonehenge Cox, TJ, Fazenda, BM and Greaney, SE
Using scale modelling to assess the prehistoric acoustics of stonehenge Cox, TJ, Fazenda, BM and Greaney, SE http://dx.doi.org/10.1016/j.jas.2020.105218 Title Using scale modelling to assess the prehistoric acoustics of stonehenge Authors Cox, TJ, Fazenda, BM and Greaney, SE Type Article URL This version is available at: http://usir.salford.ac.uk/id/eprint/58059/ Published Date 2020 USIR is a digital collection of the research output of the University of Salford. Where copyright permits, full text material held in the repository is made freely available online and can be read, downloaded and copied for non-commercial private study or research purposes. Please check the manuscript for any further copyright restrictions. For more information, including our policy and submission procedure, please contact the Repository Team at: [email protected]. Journal of Archaeological Science 122 (2020) 105218 Contents lists available at ScienceDirect Journal of Archaeological Science journal homepage: http://www.elsevier.com/locate/jas Using scale modelling to assess the prehistoric acoustics of stonehenge Trevor J. Cox a,*, Bruno M. Fazenda a, Susan E. Greaney b a Acoustics Research Centre, University of Salford, Salford, M5 4WT, UK b English Heritage, 29 Queen Square, Bristol, BS1 4ND, UK ARTICLE INFO ABSTRACT Keywords: With social rituals usually involving sound, an archaeological understanding of a site requires the acoustics to be Acoustics assessed. This paper demonstrates how this can be done with acoustic scale models. Scale modelling is an Stonehenge established method in architectural acoustics, but it has not previously been applied to prehistoric monuments. Prehistoric The Stonehenge model described here allows the acoustics in the Late Neolithic and early Bronze Age to be Scale modelling quantified and the effects on musical sounds and speech to be inferred. -
Ancient Seashell Resonates After 18,000 Years
PRESS RELEASE - PARIS - 10 FEBRUARY 2021 Ancient seashell resonates after 18,000 years Almost 80 years after its discovery, a large shell from the ornate Marsoulas Cave in the Pyrenees has been studied by a multidisciplinary team from the CNRS, the Muséum de Toulouse, the Université Toulouse - Jean Jaurès and the Musée du quai Branly - Jacques-Chirac1: it is believed to be the oldest wind instrument of its type. Scientists reveal how it sounds in a study published in the journal Science Advances on 10th February 2021. The Marsoulas Cave, between Haute-Garonne and Ariège, was the first decorated cave to be found in the Pyrenees. Discovered in 1897, the cave bears witness to the beginning of the Magdalenian2 culture in this region, at the end of the Last Glacial Maximum. During an inventory of the material from the archaeological excavations, most of which is kept in the Muséum de Toulouse, scientists examined a large Charonia lampas (sea snail) shell, which had been largely overlooked when discovered in 1931. The tip of the shell is broken, forming a 3.5 cm diameter opening. As this is the hardest part of the shell, the break is clearly not accidental. At the opposite end, the shell opening shows traces of retouching (cutting) and a tomography scan has revealed that one of the first coils is perforated. Finally, the shell has been decorated with a red pigment (hematite), characteristic of the Marsoulas Cave, which indicates its status as a symbolic object. To confirm the hypothesis that this conch was used to produce sounds, scientists enlisted the help of a horn player, who managed to produce three sounds close to the notes C, C-sharp and D.