CSG Journal 2019-2020Rev7
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Common Heritage Совместное Наследие
COMMON HERITAGE СОВМЕСТНОЕ НАСЛЕДИЕ The multicultural heritage of Vyborg and its preservation Мультикультурное наследие Выборга и его сохранение COMMON HERITAGE СОВМЕСТНОЕ НАСЛЕДИЕ The multicultural heritage of Vyborg and its preservation Proceedings of the international seminar 13.–14.2.2014 at The Alvar Aalto library in Vyborg Мультикультурное наследие Выборга и его сохранение Труды мeждународного семинара 13.–14.2.2014 в Центральной городской библиотеке А. Аалто, Выборг Table of contents Оглавление Editor Netta Böök FOREWORD .................................................................6 Редактор Нетта Бёэк ПРЕДИСЛОВИЕ Graphic design Miina Blot Margaretha Ehrström, Maunu Häyrynen: Te dialogical landscape of Vyborg .....7 Графический дизайн Мийна Блот Маргарета Эрстрëм, Мауну Хяйрюнен: Диалогический ландшафт Выборга Translations Gareth Grifths and Kristina Kölhi / Gekko Design; Boris Sergeyev Переводы Гарет Гриффитс и Кристина Кëлхи / Гекко Дизайн; Борис Сергеев Publishers The Finnish National Committee of ICOMOS (International Council for Monuments and Sites) and OPENING WORDS The Finnish Architecture Society ..........................................................12 Издатели Финляндский национальный комитет ИКОМОС (Международного совета по сохранению ВСТУПИТЕЛЬНЫЕ СЛОВА памятников и достопримечательных мест) и Архитектурное общество Финляндии Maunu Häyrynen: Opening address of the seminar ............................15 Printed in Forssa Print Мауну Хяйрюнен: Вступительное обращение семинара Отпечатано в типографии Forssa Print -
EXCAVATIONS at the ROMAN FORT of CRAWFORD, LANARKSHIRE | 149 Extra-Mural Class in Archaeology at Edinburgh University
Excavation Romae th t sa n for Crawfordf o t , Lanarkshire by Gordon Maxwell INTRODUCTION The existence of a Roman fort in the neighbourhood of Crawford, although suspected by General Roy,i was not proved until 1938 when excavation carried out by Dr J K St Joseph2 on a site lying about 400 yds N of the village on the right bank of the Clyde put the matter beyon doubtl d al for e tTh . (NG 954214S RN ) occupie smoderatela y strong positio narroa n no w plateau of hard glacial gravel protected on the south by the Clyde, and on the E and W by the Camps Wate Berried an r s Burn respectively; site acces th ewoul N froo t se mth d have been impeded in Roman times by marshy ground (fig 1). Strategically, however, it was of great importance. At this point the Roman roads from Annandale and Nithsdale met, the latter probably crossing the Clyde to the SW of the site; the route then left the valley of the Clyde, avoidin e gorge-likgth e defile between Crawfor Abingtond dan climbed an , d northward over Raggengile th l Pas rejoio st f Coldchapel Clydo e nth S e e for th e jussitin e th o t t t f Th .musg o t also have been influence presencmuce s da th areconsiderable a y hf b th a o en i e native populationJ e nee th observo dt y b s a e regular intervals betwee e garrisonnth s guardin e Romagth n road notee networkb y d thama importance t I th .t stils site elth wa recognisef o e medievan di l times when Crawford Castle, originally a seat of the Lindsays, but later ceded to the Douglas family, Romae th f o nS site.e th 4wao t Doubtles s builyd 0 5 t s from this time onwar usefors e dth dwa t quarrconstructioa e s th a r yfo associates castlrepair e it n o th d f ean o r d buildings evidence .Th e for prehistoric use of the site is discussed below (pp 187—8). -
Our Castle, Our Town
Our Castle, Our Town An n 2011 BACAS took part in a community project undertaken by Castle Cary investigation Museum with the purpose of exploring a selection of historic sites in and around into the the town of Castle Cary. archaeology of I Castle Cary's Using a number of non intrusive surveying methods including geophysical survey Castle site and aerial photography, the aim of the project was to develop the interpretation of some of the town’s historic sites, including the town’s castle site. A geophysical Matthew survey was undertaken at three sites, including the Castle site, the later manorial Charlton site, and a small survey 2 km south west of Castle Cary, at Dimmer. The focus of the article will be the main castle site centred in the town (see Figure 1) which will provide a brief history of the site, followed by the results of the survey and subsequent interpretation. Location and Topography Castle Cary is a small town in south east Somerset, lying within the Jurassic belt of geology, approximately at the junction of the upper lias and the inferior and upper oolites. Building stone is plentiful, and is orange to yellow in colour. This is the source of the River Cary, which now runs to the Bristol Channel via King’s Sedgemoor Drain and the River Parrett, but prior to 1793 petered out within Sedgemoor. The site occupies a natural spur formed by two conjoining, irregularly shaped mounds extending from the north east to the south west. The ground gradually rises to the north and, more steeply, to the east, and falls away to the south. -
The Early Effects of Gunpowder on Fortress Design: a Lasting Impact
The Early Effects of Gunpowder on Fortress Design: A Lasting Impact MATTHEW BAILEY COLLEGE OF THE HOLY CROSS The introduction of gunpowder did not immediately transform the battlefields of Europe. Designers of fortifications only had to respond to the destructive threats of siege warfare, and witnessing the technical failures of early gunpowder weaponry would hardly have convinced a European magnate to bolster his defenses. This essay follows the advancement of gunpowder tactics in late medieval and early Renaissance Europe. In particular, it focuses on Edward III’s employment of primitive ordnance during the Hundred Years’ War, the role of artillery in the Ottoman conquest of Constantinople, and the organizational challenges of effectively implementing gunpowder as late as the end of the fifteenth century. This essay also seeks to illustrate the nature of the development of fortification in response to the emerging threat of gunpowder siege weaponry, including the architectural theories of the early Renaissance Italians, Henry VIII’s English artillery forts of the mid-sixteenth century, and the evolution of the angle bastion. The article concludes with a short discussion of the longevity and lasting relevance of the fortification technologies developed during the late medieval and early Renaissance eras. The castle was an inseparable component of medieval warfare. Since Duke William of Normandy’s 1066 conquest of Anglo-Saxon England, the construction of castles had become the earmark of medieval territorial expansion. These fortifications were not simply stone squares with round towers adorning the corners. Edward I’s massive castle building program in Wales, for example, resulted in fortifications so visually disparate that one might assume they were from different time periods.1 Medieval engineers had built upon castle technology for centuries by 1500, and the introduction of gunpowder weaponry to the battlefields of Europe foreshadowed a revision of the basics of fortress design. -
Gloucestershire Castles
Gloucestershire Archives Take One Castle Gloucestershire Castles The first castles in Gloucestershire were built soon after the Norman invasion of 1066. After the Battle of Hastings, the Normans had an urgent need to consolidate the land they had conquered and at the same time provide a secure political and military base to control the country. Castles were an ideal way to do this as not only did they secure newly won lands in military terms (acting as bases for troops and supply bases), they also served as a visible reminder to the local population of the ever-present power and threat of force of their new overlords. Early castles were usually one of three types; a ringwork, a motte or a motte & bailey; A Ringwork was a simple oval or circular earthwork formed of a ditch and bank. A motte was an artificially raised earthwork (made by piling up turf and soil) with a flat top on which was built a wooden tower or ‘keep’ and a protective palisade. A motte & bailey was a combination of a motte with a bailey or walled enclosure that usually but not always enclosed the motte. The keep was the strongest and securest part of a castle and was usually the main place of residence of the lord of the castle, although this changed over time. The name has a complex origin and stems from the Middle English term ‘kype’, meaning basket or cask, after the structure of the early keeps (which resembled tubes). The name ‘keep’ was only used from the 1500s onwards and the contemporary medieval term was ‘donjon’ (an apparent French corruption of the Latin dominarium) although turris, turris castri or magna turris (tower, castle tower and great tower respectively) were also used. -
Multi-Channel Ground-Penetrating Radar Array Surveys of the Iron Age and Medieval Ringfort Bårby on the Island of Öland, Sweden
remote sensing Article Multi-Channel Ground-Penetrating Radar Array Surveys of the Iron Age and Medieval Ringfort Bårby on the Island of Öland, Sweden Andreas Viberg 1,* , Christer Gustafsson 2 and Anders Andrén 3 1 Archaeological Research Laboratory, Department of Archaeology and Classical Studies, Stockholm University, SE-106 91 Stockholm, Sweden 2 ImpulseRadar AB, Storgatan 78, SE–939 32 Malå, Sweden; [email protected] 3 Department of Archaeology and Classical Studies, Stockholm University, SE-106 91 Stockholm, Sweden; [email protected] * Correspondence: [email protected] Received: 20 December 2019; Accepted: 4 January 2020; Published: 9 January 2020 Abstract: As a part of the project “The Big Five”, large-scale multi-channel ground-penetrating radar surveys were carried out at Bårby ringfort (Swedish: borg), Öland, Sweden. The surveys were carried out using a MALÅ Imaging Radar Array (MIRA) system and aimed at mapping possible buried Iron Age and Medieval remains through the interior in order to better understand the purpose of the fort during its periods of use. An additional goal was to evaluate the impact of earlier farming on the preservation of the archaeological remains. The data provided clear evidence of well-preserved Iron Age and Medieval buildings inside the fort. The size and the pattern of the Iron Age houses suggest close similarities with, for example, the previously excavated fort at Eketorp on Öland. Given the presence of a substantial cultural layer together with a large number of artefacts recovered during a metal detection survey, it is suggested that Bårby borg’s primary function during the Iron Age was as a fortified village. -
An Excavation in the Inner Bailey of Shrewsbury Castle
An excavation in the inner bailey of Shrewsbury Castle Nigel Baker January 2020 An excavation in the inner bailey of Shrewsbury Castle Nigel Baker BA PhD FSA MCIfA January 2020 A report to the Castle Studies Trust 1. Shrewsbury Castle: the inner bailey excavation in progress, July 2019. North to top. (Shropshire Council) Summary In May and July 2019 a two-phase archaeological investigation of the inner bailey of Shrewsbury Castle took place, supported by a grant from the Castle Studies Trust. A geophysical survey by Tiger Geo used resistivity and ground-penetrating radar to identify a hard surface under the north-west side of the inner bailey lawn and a number of features under the western rampart. A trench excavated across the lawn showed that the hard material was the flattened top of natural glacial deposits, the site having been levelled in the post-medieval period, possibly by Telford in the 1790s. The natural gravel was found to have been cut by a twelve-metre wide ditch around the base of the motte, together with pits and garden features. One pit was of late pre-Conquest date. 1 Introduction Shrewsbury Castle is situated on the isthmus, the neck, of the great loop of the river Severn containing the pre-Conquest borough of Shrewsbury, a situation akin to that of the castles at Durham and Bristol. It was in existence within three years of the Battle of Hastings and in 1069 withstood a siege mounted by local rebels against Norman rule under Edric ‘the Wild’ (Sylvaticus). It is one of the best-preserved Conquest-period shire-town earthwork castles in England, but is also one of the least well known, no excavation having previously taken place within the perimeter of the inner bailey. -
Framlingham Castle
ACTIVITY TRAIL Framlingham Castle This resource has been designed to help teachers plan a visit to Framlingham Castle, which gives insight into how our national story was shaped by the changing control of a castle between kings, earls and others. Use the Teachers’ Guide and Teachers’ Answer Sheet before, during and after your visit to help pupils get the most out of the Activity Trail. INCLUDED: • Teachers’ Guide • Teachers’ Answer Sheet • Pupils’ Activity Trail Get in touch with our Education Bookings Team: 0370 333 0606 [email protected] https://bookings.english-heritage.org.uk/education/ Don’t forget to download our Hazard Information Sheets to help with planning. Share your visit with us @EHEducation All images are copyright of English Heritage or Historic England unless otherwise stated. Published October 2017. TEACHERS’ GUIDE LEARNING OVERVIEW BEFORE YOUR VISIT Curriculum Links The Activity Trail provides suggestions for things to find, points to discuss • History and questions to answer, with space to draw and write. The answers to the questions are provided in the Teachers’ Answer Sheet on pages 4 and 5. • Geography • Art PRIOR LEARNING • English We recommend you do the following before you visit: Learning Objectives • Check that pupils know key words such as: curtain wall, windlass, crenellation, coat-of-arms, portcullis, poaching, besieged, mere. WHAT: Learn how to spot key • Discuss why castles were built – as a residence, for defence, as an defensive features of a castle, administrative centre, a symbol of power, a prison. understand why it was built in its particular location, and • Check pupils’ chronological understanding and use the timeline in the what life was like here at Activity Trail to look at key periods of the castle’s history. -
Plate I. Liverpool Castle
PLATE I. LIVERPOOL CASTLE. RESTORED FROM AUTHENTIC PLANS AMD MEASUREMENTS BY EDWARD W. COX. AN ATTEMPT TO RECOVER THE PLANS OF THE CASTLE OF LIVERPOOL FROM AUTHENTIC RECORDS; CONSIDERED IN CONNEXION WITH MEDI/EVAL PRINCIPLES OF DEFENCE AND CON STRUCTION. By Edward W. Cox. (Read 6di November, 1890.) DESCRIPTION OF THE FEATURES AND BUILDINGS OF THE CASTLE. T TPON a rock}'knoll, washed by the Mersey on its V_J western side, and cut off from the mainland on the south and east by the tidal waters of the old Pool, forming the estuary of a small stream falling from the Moss Lake that lay in a fold of the Great Heath, at the foot of the hills which environ the town on the east, was built the Castle of Liverpool. The rocky platform on which it stood sloped westward towards the river, and was approached only from the north. About the centre of the promontory, and commanding its area and shores on every side, the castle was set on the highest point, and was defended by a ditch cut in the rock, varying from 30 to 40 feet in width, and from 24 to 30 feet in depth. Beyond this ditch to the northward, earth works were thrown across the peninsula, and from O 2 ig6 Liverpool Castle. notices in early records of the herbage on these defences, they seemed to have formed a line of outworks surrounding the castle. From the western side of the rock-cut ditch, which formed the castle's second line of defence, near the northern corner, an underground passage, ten feet high, was cut in the rock down to the shore of the Mersey, which still exists below the pave ment of James Street, and was seen by the writer when it was opened some thirty years since. -
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 -
Technological Advances and Trends in Modern High-Rise Buildings
buildings Article Technological Advances and Trends in Modern High-Rise Buildings Jerzy Szolomicki 1,* and Hanna Golasz-Szolomicka 2 1 Faculty of Civil Engineering, Wroclaw University of Science and Technology, 50-370 Wroclaw, Poland 2 Faculty of Architecture, Wroclaw University of Science and Technology, 50-370 Wroclaw, Poland * Correspondence: [email protected]; Tel.: +48-505-995-008 Received: 29 July 2019; Accepted: 22 August 2019; Published: 26 August 2019 Abstract: The purpose of this paper is to provide structural and architectural technological solutions applied in the construction of high-rise buildings, and present the possibilities of technological evolution in this field. Tall buildings always have relied on technological innovations in engineering and scientific progress. New technological developments have been continuously taking place in the world. It is closely linked to the search for efficient construction materials that enable buildings to be constructed higher, faster and safer. This paper presents a survey of the main technological advancements on the example of selected tall buildings erected in the last decade, with an emphasis on geometrical form, the structural system, sophisticated damping systems, sustainability, etc. The famous architectural studios (e.g., for Skidmore, Owings and Merill, Nikhen Sekkei, RMJM, Atkins and WOHA) that specialize, among others, in the designing of skyscrapers have played a major role in the development of technological ideas and architectural forms for such extraordinary engineering structures. Among their completed projects, there are examples of high-rise buildings that set a precedent for future development. Keywords: high-rise buildings; development; geometrical forms; structural system; advanced materials; damping systems; sustainability 1. -
Fish Terminologies
FISH TERMINOLOGIES Monument Type Thesaurus Report Format: Hierarchical listing - class Notes: Classification of monument type records by function.