Asturica Augusta
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Recent Archaeological Research at Asturica Augusta
Proceedings of the British Academy, 86, 371-394 Recent Archaeological Research at Asturica Augusta VICTORINO GARCfA MARCOS & JULIO M. VIDAL ENCINAS Iunguntur iis Asturum XXII populi divisi in Augustanos et Transmontanos, Asturica urbe magnifica (..) (Pliny NH 3.28). OVERTHE LAST 10 YEARS, as the result of the delegation of the management of cultural affairs to the Autonomous Community of Castilla y Le6n, uninterrupted rescue excavations have taken place in the town of Astorga, Roman Asturica Augusta (Vidal 1986a and 1986b; Garcia and Vidal1990; Vidal et al. 1990, 259-63; Garcla and Vidal 1993; Tab. Imp. Rom. 1991, 27-9; Vidal 1993, 309-12; Fernhndez 1993, 227-31; Garcia 1994). At the same time, rescue excavations have also taken place at Le6n, although on a smaller scale, the camp of the Legio VI1 Gemina (Vidal 1986c; Miguel and Garcia 1993). A total of more than 50 building sites have been subject to archaeological investigation, ranging from simple watching briefs to more-frequent open-area excavations. In some cases the excavated remains have been preserved beneath newly constructed buildings and incorpor- ated into public spaces' (Figure 1). From all of this somewhat frenetic activity an enormous body of histori- cal information has been derived, which has still to be studied in depth? Nevertheless it allows a new picture to be presented of one of the least well-known of the towns of Roman Spain? Literary sources Asturica Augusta is mentioned in classical literature on a number of occasions. The earliest reference, cited at the beginning of this paper, is by Pliny the Elder (AD 23-79), procurator of the province of Hispania Citerior Tarraconensis at around AD 73, during the reign of the Emperor Vespasian. -
Actas CONGRESO 7™ SESIO
XVIII CIAC: Centro y periferia en el Mundo Clásico / Centre and periphery in the ancient world S. 7. Las vías de comunicación en Grecia y Roma: rutas e infraestructuras Communication routes in Greece and Rome: routes and infrastructures Mérida. 2014: xxx-xxx HEADING WEST TO THE SEA FROM AUGUSTA EMERITA: ARCHAEOLOGICAL FIELD DATA AND THE ANTONINE ITINERARY Maria José de Almeida1, André Carneiro2 University of Lisbon1, University of Évora2 ABSTRACT The provincial capital of Lusitania plays a key role in the communications network of Hispania. The roads heading West were of great importance as they guaranteed a connection to the Atlantic Ocean and access to the maritime trade. The archaeological fieldwork that was undertaken in the region has enabled us to recognise direct and indirect evidence of these routes, presented here as a partial reconstitution of Lusitania’s road network. This cartography is confronted with the Antonine Itinerary description of these routes, highlighting numerous interpretation problems. The provincial capital of Roman Lusitania plays a unquestionably be identified with Santarém key role in the communications network of Hispania. (Portugal)6. The exact location of the remaining 14 Although its location on the major North-South route mansiones is still uncertain, despite ongoing and (Vía de la Plata) is well known and has been studied, vibrant discussions among scholars. the roads heading West were equally important, since Another interpretation problem is related to the they guaranteed a connection to the Atlantic Ocean figures for the total distance between the starting and and access to the maritime trade. The Antonine ending points and those that supposedly measure the Itinerary (AI)1 mentions three routes heading West distance of the intermediate points. -
Skeletonized Microfossils from the Lower–Middle Cambrian Transition of the Cantabrian Mountains, Northern Spain
Skeletonized microfossils from the Lower–Middle Cambrian transition of the Cantabrian Mountains, northern Spain SÉBASTIEN CLAUSEN and J. JAVIER ÁLVARO Clausen, S. and Álvaro, J.J. 2006. Skeletonized microfossils from the Lower–Middle Cambrian transition of the Cantabrian Mountains, northern Spain. Acta Palaeontologica Polonica 51 (2): 223–238. Two different assemblages of skeletonized microfossils are recorded in bioclastic shoals that cross the Lower–Middle Cambrian boundary in the Esla nappe, Cantabrian Mountains. The uppermost Lower Cambrian sedimentary rocks repre− sent a ramp with ooid−bioclastic shoals that allowed development of protected archaeocyathan−microbial reefs. The shoals yield abundant debris of tube−shelled microfossils, such as hyoliths and hyolithelminths (Torellella), and trilobites. The overlying erosive unconformity marks the disappearance of archaeocyaths and the Iberian Lower–Middle Cambrian boundary. A different assemblage occurs in the overlying glauconitic limestone associated with development of widespread low−relief bioclastic shoals. Their lowermost part is rich in hyoliths, hexactinellid, and heteractinid sponge spicules (Eiffelia), chancelloriid sclerites (at least six form species of Allonnia, Archiasterella, and Chancelloria), cambroclaves (Parazhijinites), probable eoconchariids (Cantabria labyrinthica gen. et sp. nov.), sclerites of uncertain af− finity (Holoplicatella margarita gen. et sp. nov.), echinoderm ossicles and trilobites. Although both bioclastic shoal com− plexes represent similar high−energy conditions, the unconformity at the Lower–Middle Cambrian boundary marks a drastic replacement of microfossil assemblages. This change may represent a real community replacement from hyolithelminth−phosphatic tubular shells to CES (chancelloriid−echinoderm−sponge) meadows. This replacement coin− cides with the immigration event based on trilobites previously reported across the boundary, although the partial infor− mation available from originally carbonate skeletons is also affected by taphonomic bias. -
Achila, Visigothic King, 34 Acisclus, Córdoban Martyr, 158 Adams
Index ; Achila, Visigothic king, 34 Almodóvar del Río, Spain, 123–24 Acisclus, Córdoban martyr, 158 Almonacid de la Cuba, Spain, 150. See Adams, Robert, 21 also Dams Aemilian, St., 160 Alonso de la Sierra, Juan, 97 Aerial photography, 40, 82 Amalaric, Visigothic king, 29–30, 132, Aetius, Roman general, 173–75 157 Africa, 4, 21–23; and amphorae, 116, Amber, 114 137, 187, 196; and ARS, 46, 56, 90, Ammianus Marcellinus, Roman histo- 99, 187; and Byzantine reconquest, rian, 166, 168 30; and ‹shing, 103; and olive oil, Amphorae, 43, 80, 199–200; exported 88, 188; and Roman army, 114, 127, from Spain, 44, 97–98, 113, 115–16, 166; and trade, 105, 141; and Van- 172; kilns, 61–62, 87–90, 184; from dals, 27–28, 97, 127, 174 North Africa, 129, 187. See also African Red Slip (ARS) pottery, 101, Kilns 147, 186–87, 191, 197; de‹nition, 41, Anderson, Perry, 5 43, 44, 46; and site survival, 90, Andujar, Spain, 38, 47, 63 92–95, 98–99; and trade, 105–6, 110, Annales, 8, 12, 39 114, 116, 129, 183 Annona: disruption by Vandals, 97, Agde, council of, 29, 36, 41 174; to Roman army, 44, 81, 114–17; Agglomeration, 40–42, 59, 92 to Rome, 23, 27, 44, 81, 113; under Agila, Visigothic king, 158–59. See Ostrogoths, 29, 133. See also Army also Athanagild Antioch, Syria, 126 Agrippa, Roman general, 118 Anti-Semitism, 12, 33. See also Jews Alans, 24, 26, 27, 34, 126, 175 Antonine Itinerary, 152 Alaric, Visigothic king, 2, 5, 26–27 Apuleius, Roman writer, 75–76, 122 Alaric II, Visigothic king, 29–30 Aqueducts, 119, 130, 134, 174–75 Alcalá del Río, Spain, 40, 44, 93, 123, Aquitaine, France, 2, 27, 45, 102 148 Arabs, 33–34, 132–33, 137. -
Connectivity Study in Northwest Spain: Barriers, Impedances, and Corridors
sustainability Article Connectivity Study in Northwest Spain: Barriers, Impedances, and Corridors Enrique Valero, Xana Álvarez * and Juan Picos AF4 Research Group, Department of Natural Resources and Environmental Engineering, Forestry Engineering College, University of Vigo, Campus A Xunqueira, s/n, 36005 Pontevedra, Spain; [email protected] (E.V.); [email protected] (J.P.) * Correspondence: [email protected]; Tel.: +34-986-801-959 Received: 9 August 2019; Accepted: 14 September 2019; Published: 19 September 2019 Abstract: Functional connectivity between habitats is a fundamental quality for species dispersal and genetic exchange throughout their distribution range. Brown bear populations in Northwest Spain comprise around 200 individuals separated into two sub-populations that are very difficult to connect. We analysed the fragmentation and connectivity for the Ancares-Courel Site of Community Importance (SCI) and its surroundings, including the distribution area for this species within Asturias and in the northwest of Castile and León. The work analysed the territory’s connectivity by using Geographic Information Systems (GIS). The distance-cost method was used to calculate the least-cost paths with Patch Matrix. The Conefor Sensinode software calculated the Integral Connectivity Index and the Connectivity Probability. Locating the least-cost paths made it possible to define areas of favourable connectivity and to identify critical areas, while the results obtained from the connectivity indices led to the discovery of habitat patches that are fundamental for maintaining connectivity within and between different spaces. Three routes turned out to be the main ones connecting the northern (Ancares) and southern (Courel) areas of the SCI. Finally, this work shows the importance of conserving natural habitats and the biology, migration, and genetic exchange of sensitive species. -
Iberian Forests
IBERIAN FORESTS STRUCTURE AND DYNAMICS OF THE MAIN FORESTS IN THE IBERIAN PENINSULA PABLO J. HIDALGO MATERIALES PARA LA DOCENCIA [144] 2015 © Universidad de Huelva Servicio de Publicaciones © Los Autores Maquetación BONANZA SISTEMAS DIGITALES S.L. Impresión BONANZA SISTEMAS DIGITALES S.L. I.S.B.N. 978-84-16061-51-8 IBERIAN FORESTS. PABLO J. HIDALGO 3 INDEX 1. Physical Geography of the Iberian Peninsula ............................................................. 5 2. Temperate forest (Atlantic forest) ................................................................................ 9 3. Riparian forest ............................................................................................................. 15 4. Mediterranean forest ................................................................................................... 17 5. High mountain forest ................................................................................................... 23 Bibliography ..................................................................................................................... 27 Annex I. Iberian Forest Species ...................................................................................... 29 IBERIAN FORESTS. PABLO J. HIDALGO 5 1. PHYSICAL GEOGRAPHY OF THE IBERIAN PENINSULA. 1.1. Topography: Many different mountain ranges at high altitudes. Two plateaus 800–1100 m a.s.l. By contrast, many areas in Europe are plains with the exception of several mountain ran- ges such as the Alps, Urals, Balkans, Apennines, Carpathians, -
Roman Roads of Britain
Roman Roads of Britain A Wikipedia Compilation by Michael A. Linton PDF generated using the open source mwlib toolkit. See http://code.pediapress.com/ for more information. PDF generated at: Thu, 04 Jul 2013 02:32:02 UTC Contents Articles Roman roads in Britain 1 Ackling Dyke 9 Akeman Street 10 Cade's Road 11 Dere Street 13 Devil's Causeway 17 Ermin Street 20 Ermine Street 21 Fen Causeway 23 Fosse Way 24 Icknield Street 27 King Street (Roman road) 33 Military Way (Hadrian's Wall) 36 Peddars Way 37 Portway 39 Pye Road 40 Stane Street (Chichester) 41 Stane Street (Colchester) 46 Stanegate 48 Watling Street 51 Via Devana 56 Wade's Causeway 57 References Article Sources and Contributors 59 Image Sources, Licenses and Contributors 61 Article Licenses License 63 Roman roads in Britain 1 Roman roads in Britain Roman roads, together with Roman aqueducts and the vast standing Roman army, constituted the three most impressive features of the Roman Empire. In Britain, as in their other provinces, the Romans constructed a comprehensive network of paved trunk roads (i.e. surfaced highways) during their nearly four centuries of occupation (43 - 410 AD). This article focuses on the ca. 2,000 mi (3,200 km) of Roman roads in Britain shown on the Ordnance Survey's Map of Roman Britain.[1] This contains the most accurate and up-to-date layout of certain and probable routes that is readily available to the general public. The pre-Roman Britons used mostly unpaved trackways for their communications, including very ancient ones running along elevated ridges of hills, such as the South Downs Way, now a public long-distance footpath. -
Potential Range and Corridors for Brown Bears
POTENTIALRANGE AND CORRIDORSFOR BROWNBEARS INTHE EASTERN ALPS, ITALY LUIGIBOITANI, Department of Animaland HumanBiology, Viale Universita 32,00185-Roma, Italy,email: boitani @ pan.bio.uniromal .it PAOLOCIUCCI, Department of Animaland HumanBiology, Viale Universita 32,00185-Roma, Italy,email: ciucci@ pan.bio.uniromal .it FABIOCORSI, Istituto Ecologia Applicata, Via Spallanzani 32,00161 -Roma,Italy, email: corsi @ pan.bio.uniromal .it EUGENIODUPRE', Istituto Nazionale Fauna Selvatica, Via Ca Fornacetta,40064-Ozzano Emilia, Italy, email: infseuge@ iperbole.bologna.it Abstract: Although several techniqueshave been used to explore the spatialfeatures of brownbear (Ursus arctos) range (e.g., potentialdistribution ranges,linkages between isolated sub-populations, and analyses of habitatsuitability), quality and quantity of datahave often constrainedthe usefulness of the results.We used 12 environmentalvariables to identifypotentially suitable areas for bears in the Italianpart of the EasternAlps. We usedMahalanobis distancestatistic as a relativeindex of the environmentalquality of the studyarea by calculatingfor eachpixel (250 meters)the distancefrom the centroid of the environmentalconditions of 100 locationsrandomly selected within known bear ranges. We used differentlevels of this suitabilityindex to identify potentialoptimal and sub-optimal areas and their interconnecting corridors. The model identified4 majorareas of potentialbear presence having a total size of about 10,850 km2.Assuming functionalconnectivity among the areasand mean density -
Asturias (Northern Spain) As Case Study
Celts, Collective Identity and Archaeological Responsibility: Asturias (Northern Spain) as case study David González Álvarez, Carlos Marín Suárez Abstract Celtism was introduced in Asturias (Northern Spain) as a source of identity in the 19th century by the bourgeois and intellectual elite which developed the Asturianism and a regionalist political agenda. The archaeological Celts did not appear until Franco dictatorship, when they were linked to the Iron Age hillforts. Since the beginning of Spanish democracy, in 1978, most of the archaeologists who have been working on Asturian Iron Age have omit- ted ethnic studies. Today, almost nobody speaks about Celts in Academia. But, in the last years the Celtism has widespread on Asturian society. Celts are a very important political reference point in the new frame of Autonomous regions in Spain. In this context, archaeologists must to assume our responsibility in order of clarifying the uses and abuses of Celtism as a historiographical myth. We have to transmit the deconstruction of Celtism to society and we should be able to present alternatives to these archaeological old discourses in which Celtism entail the assumption of an ethnocentric, hierarchical and androcentric view of the past. Zusammenfassung Der Keltizismus wurde in Asturien (Nordspanien) als identitätsstiftende Ressource im 19. Jahrhundert durch bürgerliche und intellektuelle Eliten entwickelt, die Asturianismus und regionalistische politische Ziele propagierte. Die archäologischen Kelten erschienen allerdings erst während der Franco-Diktatur, während der sie mit den eisen- zeitlichen befestigten Höhensiedlungen verknüpft wurden. Seit der Einführung der Demokratie in Spanien im Jahr 1978 haben die meisten Archäologen, die über die asturische Eisenzeit arbeiten, ethnische Studien vernachlässigt. -
Venta Belgarum: What Is in the Name for Roman Winchester?
Chapter 1 Venta Belgarum: What Is in the Name for Roman Winchester? Anthony C. King The name for Roman Winchester, Venta Belgarum, has been known for cent- uries, and the attribution of the name to modern Winchester has not been in question in any significant way. The purpose of this brief chapter about Bar- bara Yorke’s home town is to look at the two elements of the name, to reflect on recent scholarship, and to make a proposal concerning the second, ‘tribal’ component. An essential starting point is the entry for Venta Belgarum in A.L.F. Rivet and Colin Smith’s Place-Names of Roman Britain,1 in which the name is given as Venta (Ouenta in Greek transliteration) by Ptolemy,2 Venta Belgarum or Vel- garum in the Antonine Itinerary,3 Venta Velgarom in the Ravenna Cosmography,4 and also as Venta by Bede.5 The last in this list links Venta to Wintancaestir and provides the strongest early medieval evidence for continuity of the first ele- ment of the Roman name into the modern toponym.6 In addition, the Notitia Dignitatum lists a ‘Procurator gynaecii in Britannis Ventensis (var. bentensis)’.7 This Venta is Winchester, in all probability, but two others, Venta Icenorum (Caister St Edmund, Norfolk) and Venta Silurum (Caerwent, South Wales), are 1 A.L.F. Rivet and Colin Smith, The Place-Names of Roman Britain (London, 1979), p. 492. 2 Ptolemy, Geography, ii.3.13, ed. C. Müller (Paris 1883–1901). See also G.R. Isaac, Place-Names in Ptolemy’s Geography (Aberystwyth, 2004), CD-ROM s.v. -
Monitoring of a Melting Ice Patch from Geomatic Techniques: the Jou Negro
MONITORING OF A MELTING ICE PATCH FROM GEOMATIC TECHNIQUES: THE JOU NEGRO Alan D.J. Atkinson [email protected] José Juan de Sanjosé Blasco [email protected] Departamento de Expresión Gráfica Escuela Politécnica de Cáceres Universidad de Extremadura Av. de la Universidad, s/n. 10071 Cáceres. España. Enrique Serrano Cañadas [email protected] Juan José González Trueba [email protected] Departamento de Geografía Facultad de Filosofía y Letras. Universidad de Valladolid Plaza del Campus, s/n. 47011 Valladolid. España. Abstract Introduction Glaciers are receding all over the world and the loss of ice mass is a common fact in all mountains of the Earth. Nowadays, glaciers suffer significant recession and they become an ice patch, that is to say, residual ice masses without motion but with melting mechanisms which imply adjustments and small movements. Ice patches can be found in the Pyrenees and in the Cantabrian Mountains, which are situated in the north of the Iberian Peninsula. The processes related to the definitive deglaciation of mountains and the study of small glaciers and marginal ice bodies is nowadays an open research field of burgeoning interest. The Jou Negro is a glaciokarstic cirque located in the north-west of the Central Massif , on the north face of Torre Cerredo (2648 m), the highest summit of the Cantabrian Mountains. Objectives The aim of the study was to use geomatic techniques (GPS, Topographical survey, terrestrial photogrammetry) in order to determine the main features and the annual changes on the ice mass and around it. This would provide information on possible changes in area, volume and melting in response to climate variations. -
Developing Archaeological Audiences Along the Roman Route Aquileia
Developing archaeological audiences along the Roman route Aquileia-Emona-Sirmium-Viminacium Ljubljana, July 2016 WP3, Task 3.1 – Historiographic research update on the Roman route Index 3 Bernarda Županek, Musem and Galleries of Ljubljana Roman road Aquileia-Emona- Siscia-Sirmium-Viminacium: the Slovenian section 21 Dora Kušan Špalj and Nikoleta Perok, Archaeological Museum in Zagreb Roman road Aquileia-Emona-Siscia-Viminacium: Section of the road in the territory of present-day Croatia 37 Biljana Lučić, Institute for protection of cultural monuments Sremska Mitrovica Contribution to the research of the main Roman road through Srem 45 Ilija Danković and Nemanja Mrđić, Institute of Archaeology, Belgrade From Singidunum to Viminacium through Moesia Superior 2 Bernarda Županek, Musem and Galleries of Ljubljana Roman road Aquileia-Emona- Siscia-Sirmium-Viminacium: the Slovenian section The construction of the road that connected the Italic region with central Slovenia, and then made its way towards the east, was of key strategic importance for the Roman conquest of regions between the Sava and the Danube at the end of the first century BC. After the administrative establishment of the province of Pannonia this road became the main communication route, in the west-east direction, between Italy and the eastern provinces, especially with Pannonia and Moesia. The start of the road, which we follow in the context of the ARCHEST project, was in Aquileia, then across Emona to Neviodunim, passing Aquae Iassae towards Siscia and onwards into Sirmium, Singidunum and Viminacium. Myth-shrouded beginnings: the Amber Road and the Argonauts The territory of modern Slovenia was already covered with various routes during prehistoric times.