Mosaics in Situ
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MINITOUR DELLA SICILIA Da PALERMO a CATANIA
Novità 2015 !!!!! MINITOUR DELLA SICILIA Da PALERMO a CATANIA MINIMO 2 PARTECIPANTI SOLO SERVIZI A TERRA POSSIBILITA' DI 4 notti / 5 giorni PRENOTARE ANCHE I VOLI AEREI ( tariffe su richiesta ) Partenze 2015 DOMENICA Aprile: 05, 12, 19, 26 Maggio: 03, 10, 17, 24, 31 Giugno: 07, 14, 21, 28 Luglio: 05, 12, 19, 26 Agosto: 02, 09, 16, 23, 30 Settembre: 06, 13, 20, 27 Ottobre: 04, 11, 18, 25 1° giorno: PALERMO Arrivo individuale all’hotel prenotato di Palermo e sistemazione nelle camere riservate. Incontro con l’accompagnatore, cena e pernottamento. 2° giorno: PALERMO – MONREALE - MARSALA Dopo la prima colazione in hotel, partenza per la visita della bellissima città di Palermo con il suo ricco patrimonio artistico ed architettonico. Residenza di emiri e re, conserva monumenti del periodo arabo - barocco tra cui la Cattedrale. A seguire, la Chiesa della Martorana tra le più affascinanti delle chiese Bizantine del Medioevo; la Cappella Palatina; il Teatro Massimo; la Fontana di Piazza Pretoria. Dorante le visite, sorpresa gastronomica presso la storica focacce ria San Francesco. Pranzo libero e continuo delle visite con partenza verso Monreale. Visita alla Cattedrale in stile arabo-normanno definita l’ottava meraviglia del mondo e dello splendido Chiostro. Proseguimento per Marsala, visita e degustazione presso una cantina vinicola. Sistemazione in hotel, cena e pernottamento. 3° giorno: MARSALA – SELINUNTE - AGRIGENTO Dopo la colazione, breve visita della cittadina di Marsala e proseguimento verso la via del sale per ammirare le isole dello Stagnone e le saline. Sosta a Selinunte per una passeggiata tra i resti di questa antica città greca con i suoi templi collocati nel parco archeologico più esteso del Mediterraneo. -
Giresun, Ordu Ve Samsun Illerinde Findik Bahçelerinde Zarar Yapan Yaziciböcek (Coleoptera: Scolytidae) Türleri, Kisa Biyolojileri Ve Bulunuş Oranlari
OMÜ Zir. Fak. Dergisi, 2005,20(2):37-44 J. of Fac. of Agric., OMU, 2005,20(2):37-44 GİRESUN, ORDU VE SAMSUN İLLERİNDE FINDIK BAHÇELERİNDE ZARAR YAPAN YAZICIBÖCEK (COLEOPTERA: SCOLYTIDAE) TÜRLERİ, KISA BİYOLOJİLERİ VE BULUNUŞ ORANLARI Kibar AK Karadeniz Tarımsal Araştırma Enstitüsü, Samsun Meryem UYSAL S.Ü. Ziraat Fakültesi, Bitki Koruma Bölümü, Konya Celal TUNCER O.M.Ü. Ziraat Fakültesi, Bitki Koruma Bölümü, Samsun Geliş Tarihi: 09.12.2004 ÖZET: Bu çalışma fındık üretiminin yoğun olarak yapıldığı Giresun, Ordu ve Samsun illerinde fındık bahçelerinde son yıllarda giderek zararı artan yazıcıböcek (Col.: Scolytidae) türlerinin tespiti ve önemli türlerin kısa biyolojileri ve bulunuş oranlarının belirlenmesi amacıyla 2003 ve 2004 yıllarında yapılmıştır. Sürvey sahasında fındıklarda zararlı dört scolytid türü [ Xyleborus dispar (Fabricius), Lymantor coryli (Perris), Xyleborus xylographus (Say) ve Hypothenemus eruditus Westwood ] belirlenmiştir. Bu türlerden H. eruditus Türkiye’de fındıkta ilk kayıt niteliğindedir. L. coryli ve X. dispar en yaygın ve önemli türler olarak belirlenmiştir. Sürvey sahasındaki scolytid populasyonunun %90’ını L. coryli, %10’unu ise X. dispar oluşturmuştur. L. coryli’nin fındık alanlarında önemli bir zararlı olduğu bu çalışmayla ortaya konulmuş, ayrıca biyolojileriyle ilgili ilginç bulgular elde edilmiştir. Anahtar Kelimeler: Yazıcıböcekler, Scolytidae, Xyleborus dispar, Lymantor coryli, Xyleborus xylographus, Hypothenemus eruditus, Fındık BARK BEETLE (COLEOPTERA: SCOLYTIDAE) SPECIES WHICH ARE HARMFUL IN HAZELNUT ORCHARDS, THEIR SHORT BIOLOGY AND DENSITIES IN GIRESUN, ORDU AND SAMSUN PROVINCES OF TURKEY ABSTRACT: This study was carried out in 2003-2004 years to determine the species of Bark Beetle (Col.:Scolytidae), the densities and short biology of important species, which their importance has increased in the recent years in the hazelnut orchards of Giresun, Ordu and Samsun provinces where hazelnut has been intensively produced. -
019-49 ITALIA VERANO 2019.Indd 48 20/03/19 18:03 Nápoles Positano Capri Sorrento Salerno Cuevas De Pertosa
SICILIA Y LA COSTA AMALFITANA 2 noches en Siracusa, 1 en Agrigento 2 en Palermo, 1 en Catania 1 en Regio Calabria, 2 en Salerno y 1 en Nápoles DOS OPCIONES 1. Media pensión, incluye además: • Visita de Catania, Palermo, Monreale • Visita de Siracusa, Noto, Ragusa, Cefalú y Piazza Armerina • Visita al Valle de los Templos, Trapani y Segesta • Visita a Regio Calabria, Paestum, Salerno, Sorrento, Capri y Nápoles 2. Pensión completa, más: • Todas las visitas incluidas en la opción 1. días, ...en Hoteles 3***SUP /4**** 11 DÍA 1. (Sábado) ESPAÑA-CATANIA- zaremos la visita de la Catedral y el Palacio de SIRACUSA los Normandos, actualmente sede del Parla- Presentación en le aeropuerto para embarcar Servicios incluidos en cada opción mento Regional Siciliano y en su interior se en- en avión con destino a Catania. Llegada y con- cuentra la Capilla Palatina construida en 1132, Día Opc. 2: Pensión C. Opc. 1: M. Pensión tinuación a Siracusa situada en el sureste de la es una de las obras más bellas de la época. isla. Cena (opción 1 y 2) y alojamiento Almuerzo (2). A continuación nos dirigimos 1 Cena Cena a Monreale, a 8 km de Palermo, ciudad que Siracusa DIA 2 (Domingo) SIRACUSA domina el Valle del Oreto y la “Conca d’Oro”. 2 Desayuno buffet Desayuno buffet Desayuno buff et. Visita de Siracusa donde Destaca su Catedral árabe-normanda, que vi- Siracusa Visita de Siracusa Visita de Siracusa notaremos las huellas de las civilizaciones sitaremos y que es conocida como “El Templo Almuerzo – antiguas que poblaron sus tierras: romanos más bonito del mundo”. -
L'histoire Municipale Thuburbo Majus
ALFRED MERLIN MEMBRE DE L'INSTITUT L'HISTOIRE MUNICIPALE DE THUBURBO MAJUS EXTRAIT ou CINQUIÈME CONGRÈS INTERNATIONAL D'ARCHÉOLOGIE ALGER .(14-16 Avril 1930) ALGER SOCIÉTÉ HISTORIQUE ALGÉRIENNE 12, RUE ÉMILE-MAUPAS, 12 1933 L'Histoire Municipale de Tbnbnrbo Majns PAR ALFRED MERLIN MEMBRE DE L'UVSTIl'VT Depuis une vingtaine d'années, la Direction des Anti quités de Tunisi~ effectue des fouilles dans les nÜne.s de Thuburbo Majus, situées à un~ cinquantaine de kilo mètres au sud de Tunis (1). On a déblayé s1).ccessive ment le forUfil bordé d'un côté par le Capitole et entouré sur l~s autres faces <Je portiques sous lesquels s'ouvraient notamment ~n temple de Merc~re et la curie (2), deux établissements de bains décoré.s de noin,breuse~ statues (3), (1) La I~ocalité appelée aujoufQ.'hui Henchir Kasbat a é~é iden tifiée avec Thuburbo ~Iajus par Tissot (Revue Africaine, l, 1857, 1=. 417 et suiv.) à la suite de la Q.écouverte faite par lui de l'ins cription C.I.L., VIII, 848, qui est aujourd'hui conservée au Musée du Bardo (La manchère et Gauckler, Cat. du Musée Alaoui, p. 89, AO 407; cf. L. Poin&sot, Bull. arch. du ComU(J, 1905, 'p. 401-402, n. 3). Sur le;s ruines de Thuburbo Majus tel~es ·qu'elles se présen taient avant les travaux récents, cf. Guérin, Voy. arch. 'dans la Régence d,e Tunis, II, p. 366 et suiv. ; J. POins&ot, Bull. des anti quités africaines, 1, 1882-1883, p. 319 et suiv. -
Vermiculite Concrete Introduction Vermiculite Concrete Is a Low Density Non-Structural Construction Product
Vermiculite Concrete Introduction Vermiculite concrete is a low density non-structural construction product. It is insulating (both thermally and acoustically) and intrinsically fire resistant. It is normally made simply by mixing exfoliated vermiculite as the aggregate, with cement and water, plus additives such as plasticisers if required. The ratio of exfoliated vermiculite aggregate to cement and the vermiculite grade can be varied to the properties such as strength and insulation as required for the concrete. The applications for vermiculite concrete are however, all non-structural. Vermiculite concretes can also be produced containing other lightweight aggregates, such as expanded perlite, to give differing physical properties. Normally the type of cement used in these mixes is Ordinary Portland Cement (O.P.C), although a higher initial strength may be obtained using Rapid Hardening Portland Cement (R.H.P.C). For high temperature refractory applications, high alumina (luminate in the USA) cements may be used with great success to manufacture lightweight in-situ cast insulation mixes and back up insulation products. However, these applications are beyond the scope of this specific application note. Applications for Vermiculite Concrete The principal applications for vermiculite concrete are for in-situ site mixed applications such as: • Floor and roof screeds • Void filling insulation mixes around chimneys, back boilers and fire backs • Blocks and slabs • Swimming pool bases [see separate application note for this application] Vermiculite concrete can be easily cut, sawed, nailed or screwed. The lower density vermiculite concrete screeds are usually covered with a denser topping mix of 4:1 or 5:1 sand to cement mix to a minimum depth of 25mm (1 inch); the screed and denser more load distributing topping should ideally be laid monolithically to prevent dis-bonding and shear fracturing between the screed and the topping. -
From Amphipolis to Mosul, New Approaches to Cultural Heritage Preservation in the Eastern Mediterranean
THE FUTURE OF THE PAST: From Amphipolis to Mosul, New Approaches to Cultural Heritage Preservation in the Eastern Mediterranean Editors Konstantinos Chalikias, Maggie Beeler, Ariel Pearce, and Steve Renette http://futureofthepast.wix.com/culturalheritage HERITAGE, CONSERVATION & ARCHAEOLOGY ARCHAEOLOGICAL INSTITUTE OF AMERICA Contents 1. The Future of the Past: From Amphipolis to Mosul, New Approaches to Cultural Heritage Preservation in the Eastern Mediterranean .......................................................................................................................................................................................... 3 Konstantinos Chalikias, National and Kapodistrian University of Athens, Maggie Beeler, Bryn Mawr College, Ariel Pearce, Temple University, and Steve Renette, University of Pennsylvania 2. Go, Do Good! Responsibility and the Future of Cultural Heritage in the Eastern Mediterranean in the 21st Century ........... 5 Morag M. Kersel, DePaul University 3. Contested Antiquities, Contested Histories: The City of David as an Example ........................................................................... 11 Rannfrid I. Thelle, Wichita State University 4. Cultural Racketeering in Egypt—Predicting Patterns in Illicit Activity: Quantitative Tools of the 21st-Century Archaeologist .......................................................................................................................................................................................... 21 Katie A. Paul, The Antiquities Coalition -
ANTY 513.01: Seminar in Bioarchaeology and Skeletal Biology
University of Montana ScholarWorks at University of Montana Syllabi Course Syllabi Spring 1-2016 ANTY 513.01: Seminar in Bioarchaeology and Skeletal Biology Corey Ragsdale University of Montana, Missoula Follow this and additional works at: https://scholarworks.umt.edu/syllabi Let us know how access to this document benefits ou.y Recommended Citation Ragsdale, Corey, "ANTY 513.01: Seminar in Bioarchaeology and Skeletal Biology" (2016). Syllabi. 4657. https://scholarworks.umt.edu/syllabi/4657 This Syllabus is brought to you for free and open access by the Course Syllabi at ScholarWorks at University of Montana. It has been accepted for inclusion in Syllabi by an authorized administrator of ScholarWorks at University of Montana. For more information, please contact [email protected]. Anthropology 513 Bioarchaeology Seminar Instructor: Dr. Corey Ragsdale Office: Social Science 217 Email: [email protected] Office hours: TR 2:00 to 3:30 Course Description Bioarchaeology allows us to ‘people’ the past. To do this, bioarchaeologists follow two general rules of thumb. First, they contextualize human remains in physical space, cultural milieu, and pre-historic time. That is, skeletonized and mummified bodies are never examined without also considering their associated archaeological materials. Second, bioarchaeologists regard ancient bodies as bio-cultural phenomena. Human biology is impacted directly by culture, and vice versa. With these two ideas in hand, we will explore bioarchaeology’s history, development, major topical concerns, and debates. We will also engage critically with categories and assumptions about race, sex/gender, age, ethnicity, disease and disability, violence, and body parts. To conclude the semester, we will reflect upon bioarchaeology’s relevance in contemporary politics. -
Recycling of Autoclaved Aerated Concrete in Screed and Stabilized Sand
RECYCLING OF AUTOCLAVED AERATED CONCRETE IN SCREED AND STABILIZED SAND Jef Bergmans1, Peter Nielsen2, Kris Broos3, Ruben Snellings4, Mieke Quaghebeur5 1 Researcher, VITO, [email protected] 2 Senior Researcher, VITO, [email protected] 3 Team Leader, VITO, [email protected] 4 Researcher, VITO, [email protected] 5 Program Manager, VITO, [email protected] ABSTRACT Autoclaved aerated concrete (AAC) is a lightweight cellular concrete that has been used for more than 80 years. Currently, however, no good recycling options for AAC from construction and demolition waste exist. The amount of AAC waste that can be recycled in the production of new AAC is limited because of quality issues. Furthermore, recycling AAC into traditional concrete or as unbound aggregate causes both technical and environmental problems because of the low compressive strength (2-8 MPa) of AAC and its high amount of leachable sulfate: typically > 10,000 mg/kg dm (L/S = 10). In this paper, recycled AAC waste was evaluated as a replacement of sand in a traditional screed (subfloor) and in cement stabilized sand products. A range of cements (CEM I, CEM II and CEM III), were used in combination with the crushed AAC waste aggregate (0-8 mm). During hydration a reaction of the AAC leachable sulfate and the aluminate contained in the cement resulted in the formation of (insoluble) ettringite. The main conditions influencing the formation of ettringite, and hence the leaching of sulfate, were examined in cement stabilized sand products. A sufficiently high pH was found to be crucial to meet sulfate leaching standards. -
Roman Entertainment
Roman Entertainment The Emergence of Permanent Entertainment Buildings and its use as Propaganda David van Alten (3374912) [email protected] Bachelor thesis (Research seminar III ‘Urbs Roma’) 13-04-2012 Supervisor: Dr. S.L.M. Stevens Contents Introduction ................................................................................................................................ 3 1: The development of permanent entertainment buildings in Rome ...................................... 9 1.1 Ludi circenses and the circus ............................................................................................ 9 1.2 Ludi scaenici and the theatre ......................................................................................... 11 1.3 Munus gladiatorum and the amphitheatre ................................................................... 16 1.4 Conclusion ...................................................................................................................... 19 2: The uncompleted permanent theatres in Rome during the second century BC ................. 22 2.0 Context ........................................................................................................................... 22 2.1 First attempts in the second century BC ........................................................................ 22 2.2 Resistance to permanent theatres ................................................................................ 24 2.3 Conclusion ..................................................................................................................... -
Sorrento & Taormina
Passport must be valid for 6 months after return date for payment by credit card for payment by cash/check EARLY BOOKING INCENTIVE! SEE PAGE 2 FOR DETAILS *Rates are for payment by cash/check. See reservation form for credit card rates. Rates are per person, twin occupancy, and INCLUDE $550 in air taxes, fees, and fuel surcharges (subject to change). OUR SORRENTO & TAORMINA TOUR ITINERARY: DAY 1 – BOSTON~NAPLES: Depart Boston's Logan Airport aboard our transatlantic flight to Naples (via Intermediate City) with food and beverage service, as well as stereo headsets, available while in flight. DAY 2 – NAPLES~SORRENTO: Benvenuti in Italia! Arrival at the Naples Airport where we will be met by our Tour Host who will assist with our transfer. Aboard our private motorcoach, travel to the Sorrento area for check-in at the Hotel Michelangelo (or similar). The remainder of the day is at our leisure to get acquainted with our surroundings. Dinner and overnight at our hotel. (D) Hotel website: https://www.michelangelosorrento.com/ DAY 3 – ISLE OF CAPRI: After breakfast, we will visit the beautiful Isle of Capri! Our full-day excursion includes a round trip ferry ride and a guided sightseeing tour. The town of Capri is very chic with shops, hotels, and restaurants lying along winding streets. The main square, Piazza Umberto, has a pretty white church and several open-air cafes where you can sit and watch the world go by. We’ll stop for lunch along the way. We will also visit the Augustus Gardens and their magnificent view over the Faraglioni Rocks. -
826 INDEX 1066 Country Walk 195 AA La Ronde
© Lonely Planet Publications 826 Index 1066 Country Walk 195 animals 85-7, see also birds, individual Cecil Higgins Art Gallery 266 ABBREVIATIONS animals Cheltenham Art Gallery & Museum A ACT Australian Capital books 86 256 A La RondeTerritory 378 internet resources 85 City Museum & Art Gallery 332 abbeys,NSW see New churches South & cathedrals Wales aquariums Dali Universe 127 Abbotsbury,NT Northern 311 Territory Aquarium of the Lakes 709 FACT 680 accommodationQld Queensland 787-90, 791, see Blue Planet Aquarium 674 Ferens Art Gallery 616 alsoSA individualSouth locations Australia Blue Reef Aquarium (Newquay) Graves Gallery 590 activitiesTas 790-2,Tasmania see also individual 401 Guildhall Art Gallery 123 activitiesVic Victoria Blue Reef Aquarium (Portsmouth) Hayward Gallery 127 AintreeWA FestivalWestern 683 Australia INDEX 286 Hereford Museum & Art Gallery 563 air travel Brighton Sea Life Centre 207 Hove Museum & Art Gallery 207 airlines 804 Deep, The 615 Ikon Gallery 534 airports 803-4 London Aquarium 127 Institute of Contemporary Art 118 tickets 804 National Marine Aquarium 384 Keswick Museum & Art Gallery 726 to/from England 803-5 National Sea Life Centre 534 Kettle’s Yard 433 within England 806 Oceanarium 299 Lady Lever Art Gallery 689 Albert Dock 680-1 Sea Life Centre & Marine Laing Art Gallery 749 Aldeburgh 453-5 Sanctuary 638 Leeds Art Gallery 594-5 Alfred the Great 37 archaeological sites, see also Roman Lowry 660 statues 239, 279 sites Manchester Art Gallery 658 All Souls College 228-9 Avebury 326-9, 327, 9 Mercer Art Gallery -
Chedworth Roman Villa Gloucestershire
CHEDWORTH ROMAN VILLA GLOUCESTERSHIRE ARCHAEOLOGICAL RECORDING AND EVALUATION For THE NATIONAL TRUST CA PROJECT: 3264 CA REPORT: 10232 JANUARY 2011 CHEDWORTH ROMAN VILLA GLOUCESTERSHIRE ARCHAEOLOGICAL RECORDING AND EVALUATION CA PROJECT: 3264 CA REPORT: 10232 prepared by Alexandra Wilkinson, Project Supervisor date 10 January 2011 checked by Laurent Coleman, Project Manager date 19 January 2011 approved by Simon Cox, Head of Fieldwork signed date 24 January 2011 issue 01 This report is confidential to the client. Cotswold Archaeology accepts no responsibility or liability to any third party to whom this report, or any part of it, is made known. Any such party relies upon this report entirely at their own risk. No part of this report may be reproduced by any means without permission. © Cotswold Archaeology Building 11, Kemble Enterprise Park, Kemble, Cirencester, Gloucestershire, GL7 6BQ Tel. 01285 771022 Fax. 01285 771033 E-mail: [email protected] © Cotswold Archaeology Chedworth Roman Villa, Gloucestershire: Archaeological Recording and Evaluation CONTENTS SUMMARY........................................................................................................................ 2 1. INTRODUCTION ................................................................................................. 3 2. RESULTS (FIGS 2-8) .......................................................................................... 7 3. DISCUSSION......................................................................................................