An historical and critical account of Winchester Cathedral.

Mode of access: Internet.

The cathedral church of Winchester; a description of its fabric and a brief history of the Episcopal see,

Mode of access: Internet.

The history and antiquities of the see and cathedral church of Winchester ... including biographical anecdotes of the bishops, and of other eminent persons connected with the church.

"A list of books, essays, and prints": p. [133]-138.

Our English minsters,

Second series, "by the Very Rev. A. P. Purey-Cust and others."

Cathedral antiquities. Historical and descriptive accounts, with 311 illustration, of the following English cathedrals. Viz. Canterbury, York, Salisbury, Norwich, Winchester, Lichfield, Oxford, Wells, Exeter, Peterborough, Gloucester, Bristol, Hereford, and Worcester. The engravings, mostly by J. Le Keux, esq. from drawings by E. Blore ... [and others]

Each volume has also special and engraved title-pages.

Winchester, England, 1809 (Raster Image)

This layer is a georeferenced raster image of the historic paper map entitled: Ancient ichnography of the city of Winchester, Js. Cave delineavit ad mentem J. Milner. It was published by Jas. Robbins, March 1st, 1809. Scale [ca. 1:3,800].The image inside the map neatline is georeferenced to the surface of the earth and fit to the 'British National Grid' coordinate system. All map collar and inset information is also available as part of the raster image, including any inset maps, profiles, statistical tables, directories, text, illustrations, index maps, legends, or other information associated with the principal map. This map shows features such as roads, drainage, built-up areas and selected buildings, ground cover, parks, and more. Includes 2 insets: Ichnography of the environs of Winchester, Ichnography of the Cathedral Church.This layer is part of a selection of digitally scanned and georeferenced historic maps from the Harvard Map Collection. These maps typically portray both natural and manmade features. The selection represents a range of originators, ground condition dates, scales, and map purposes.

(FAB05_058) The cathedral precinct: ideal and contingency

Henry-Russell Hitchcock, in his review of High Victorian Gothic architecture in Australia, writes that the Anglican Cathedral in Brisbane is perhaps the finest. John Loughborough and Frank Loughborough Pearson's designs for Brisbane embody the full ideal of the nineteenth-century English cathedral. While the ideal represented in the cathedral church itself might be readily appreciated, the more encompassing ideal for housing an entire Anglican cathedral establishment may be less well known and less apparent on the site. Although it is only partly built, St John's is probably the only Anglican cathedral in Australia with a comprehensive nineteenth-century precinct plan.

Structural analysis of the masonry envelope of Ica Cathedral, Peru

Dissertação de mestrado em Structural Analysis of Monuments and Historical Constructions

Structural analysis of the timber structure of Ica Cathedral, Peru

Dissertação de mestrado em Structural Analysis of Monuments and Historical Constructions

Institute Responds to DSD Consultation on Cathedral Quarter Masterplans

The Institute of Public Health welcomes the opportunity to respond to the following consultations on the regeneration of Belfast City Centre; A. Draft North East Quarter Masterplan Key Regeneration Principles and Concept Plan – February 2005B. Draft North West Quarter Masterplan Key Regeneration Principles and Concept Plan – February 2005 The Institute of Public Health is a cross border organisation funded by the Department of Health, Social Services and Public Safety in Northern Ireland and the Department of Health and Children in the Republic of Ireland (www.publichealth.ie). It aims to improve health and tackle inequalities in health across the island of Ireland. The Institute believes that one of the most effective ways of addressing inequalities in health across the island is to ensure that all Government Departments recognise the wider determinants which influence health and maximise opportunities within their policies to improve the health of the population.

The glasses of the transept's rosette of the Cathedral of Tarragona: characterization, classification and decay.

The glasses of the rosette forming the main window of the transept of the Gothic Cathedral of Tarragona have been characterised by means of SEM/EDS, XRD, FTIR and electronic microprobe. The multivariate statistical treatment of these data allow to establish a classification of the samples forming groups having an historical significance and reflecting ancient restorations. Furthermore, the decay patterns and mechanisms have been determined and the weathering by-products characterised. It has been demonstrated a clear influence of the bioactivity in the decay of these glasses, which activity is partially controlled by the chemical composition of the glasses.

The glasses of the transept's rosette of the Cathedral of Tarragona: characterization, classification and decay.

The glasses of the rosette forming the main window of the transept of the Gothic Cathedral of Tarragona have been characterised by means of SEM/EDS, XRD, FTIR and electronic microprobe. The multivariate statistical treatment of these data allow to establish a classification of the samples forming groups having an historical significance and reflecting ancient restorations. Furthermore, the decay patterns and mechanisms have been determined and the weathering by-products characterised. It has been demonstrated a clear influence of the bioactivity in the decay of these glasses, which activity is partially controlled by the chemical composition of the glasses.

Archaeological Excavation Confirms the Geophysical Anomalies Recorded at the Cathedral of Tarragona - A Comparative Study

An integrated geophysical survey was conducted in September 2007 at the Cathedral of Tarragona (Catalonia, NE Spain), to search for archaeological remains of the Roman temple dedicated to the Emperor Augustus. Many hypotheses about its location have been put forward, the most recent ones suggesting it could be inside the present cathedral. Tarragona’s Cathedral, one of the most famous churches in Spain (12th century), was built during the evolution from the Romanesque to Gothic styles. As its area is rather wide, direct digging to detect hidden structures would be expensive and also interfere with religious services. Consequently, the use of detailed non-invasive analyses was preferred. A project including Electrical resistivity tomography (ERT) and Ground probing radar (GPR) was planned for a year and conducted during a week of intensive field survey. Both ERT and GPR provided detailed information about subsoil structures. Different ERT techniques and arrays were used, ranging from standard Wenner-Schlumberger 2D sections to full 3D electrical imaging using the MYG array. Electrical resistivity data were recorded extensively, making available many thousands of apparent resistivity points to obtain a complete 3D image after full inversion. The geophysical results were clear enough to persuade the archaeologists to excavate the area. The excavation confirmed the geophysical interpretation. In conclusion, the significant buried structures revealed by geophysical methods under the cathedral were confirmed by recent archaeological digging as the basement of the impressive Roman Temple that headed the Provincial Forum of Tarraco, seat of the Concilium of Hispania Citerior Province.