All Stories

  1. Far-reaching hunter-gatherer networks during the Last Glacial Maximum in Western Europe
  2. Analysis of glass beads from the Mukhurcha archaeological complex (Georgia, 8th–6th c. BC)
  3. Monte Frignone 2 (San Romano in Garfagnana, Lucca) et la transition néolithique dans l’Apennin tosco-émilien (Italie)
  4. Monte Frignone 2 (San Romano in Garfagnana, Lucca) and the Neolithic Transition in the Tuscan-Emilian Apennines (Italy)
  5. The Production of Smalt, and other Cobalt Compounds at the Blaafarveværket, Modum, Norway
  6. Analysis of Early Iron Age / Classical period glass beads from Brili necropolis (Georgia)
  7. Analysis of early Iron age glass beads (8th to 7th c. BC) from the Tsaishi necropolis (Georgia)
  8. The systematic techno-stylistic and chemical study of glass beads from post-15th century West African sites
  9. Long-distance movements during the Last Glacial Maximum in the Pyrenean mountain Range: Fresh insights for Montlleó archaeological site (Prats i Sansor, Cerdanya, Spain)
  10. Évolution de Bordeaux durant l’Antiquité tardive
  11. High-precision 40Ar/39Ar dating of Australasian tektites associated with bifacial tools in the Bose Basin (Xiaomei and Fengshudao sites), South China and in Vietnam (Go Da and Roc Tung 1 sites)
  12. Provenance Studies of a Set of Pick-Up Glass Fragments Found in Portugal and Dated to the 17th Century
  13. Novel approach for emergency dosimetry: Investigations of screen protectors for smartphones by EPR spectroscopy
  14. Obsidian in the Caribbean islands? Mysterious Ceramic Age glass artefacts in the Lesser Antilles
  15. The role of tin and iron in the production of Spanish copper red glass from the 19th to the 20th century
  16. Patterns of lithic procurement strategies in the Pre‐Pyrenean Middle Magdalenian sequence of Cova del Parco (Alòs de Balaguer, Spain)
  17. Multi-Technique Characterization of 3.45 Ga Microfossils on Earth: A Key Approach to Detect Possible Traces of Life in Returned Samples from Mars
  18. Archaeometric analysis of the obsidian assemblage from Hodoni/Hodony (Banat, Romania)
  19. Produits de traite et connexion Europe -sud côtier de la Côte d’Ivoire aux XVIIe-XIXe siècles
  20. Report on the Excavations at Kuchchaveli, Sri Lanka (2011)
  21. In the quest for historical Lisbon through 17th century Millefiori glass
  22. A produção secundária de vidro romano em Conímbriga: novos dados
  23. Viking Age Windows
  24. Inferring the territoriality of Upper Palaeolithic hunter-gatherer’s groups settled at Cueva del Gato 2 (Épila, Zaragoza)
  25. Inferring Upper Palaeolithic Human Mobility Strategies in the Pyrenees
  26. The role of sulphur in the early production of copper red stained glass
  27. The glass finds from the Vetricella site (9th-12th c.)Introduction
  28. Affiner l’argent au verre et au savon: expérimentation d’une recette atypique du Probierbüchlien de 1524
  29. New data on different patterns of obsidian procurement in Georgia (Southern Caucasus) during the Chalcolithic, Bronze and Iron Age Periods
  30. Geochemical Study of Chert Artefacts from Xicotó Rockshelter (NE Iberia) Archaeological Site. New Data on Neolithic and Mesolithic Human Occupations
  31. Origins and manufacture of the glass mosaic tesserae from the great Umayyad Mosque in Damascus
  32. Compositions of early Islamic glass along the Iranian Silk Road
  33. The Making of Bikini Glass in Bida, Nigeria: Ethnography, Chemical Composition, and Archaeology
  34. Glass ingots from the Uluburun shipwreck: Addition of glass cullet during manufacture and evidence for the changing context of New Kingdom Egyptian glass production in the late 18th Dynasty
  35. Garnet Trade in Early Medieval Europe: The Italian Network
  36. Glass ingots from the Uluburun shipwreck: Glass by the batch in the Late Bronze Age
  37. Depositional Practices at the Natural Sanctuary of Veshnaveh, Central Iran. Jewellery and Watery Caves: Mining Archaeology in Iran 1
  38. Sand and Pebbles: The Study of Portuguese Raw Materials for Provenance Archaeological Glass
  39. Des indices du travail du verre de la fin du iiie siècle à la fin du viie siècle à Saran (Loiret) : confrontation des données archéologiques et archéométriques
  40. Glass Ingots from the Uluburun Shipwreck: Addition of Glass Cullet During Manufacture and Evidence for the Changing Context of New Kingdom Egyptian Glass Production in the Late 18th Dynasty
  41. Production or Consumption? Glass Beads from the Roman Villa of Aiano, Tuscany
  42. New data and perspectives on the early stages of the Neolithic in the Middle Kura River Valley (South Caucasus). The 2017–2019 excavations at Kiçik Tepe, Western Azerbaijan
  43. First 40Ar/39Ar analyses of Australasian tektites in close association with bifacially worked artifacts at Nalai site in Bose Basin, South China: The question of the early Chinese Acheulean
  44. Chemical and Mechanical Characterisation of White Earthenware Glazes from the Johnston‐Vieillard Manufactory (France, 19th Century)
  45. Extending the scale of obsidian studies: Towards a high‐resolution investigation of obsidian prehistoric circulation patterns in the southern Caucasus and north‐western Iran
  46. Glass in the Middle East and Western Europe at the End of the First Millennium CE, Transition from Natron to Plant Ash Soda or Forest Glasses
  47. Indian Glass Beads in Western and North Europe in Early Middle Age
  48. Chapitre 8. Quelques considérations sur le mobilier
  49. D’argent, de verre et de plomb : maximisation de la production et économie de pénurie dans les mines de Melle au haut Moyen Âge
  50. The use of natural resources at Mentesh Tepe during the Late Chalcolithic period and the Early Bronze Age
  51. L’habitat et les sépultures du haut Moyen Âge (vie-ixe siècle) de Soulages (Saint-Maurice-Navacelles, Hérault)
  52. Document sans titre
  53. Compositional and provenance study of glass beads from archaeological sites in Mali and Senegal at the time of the first Sahelian states
  54. Comparison of pXRF and LA-ICP-MS analysis of lead-rich glass mosaic tesserae
  55. Chapitre 9 : Les verres mosaïqués : la palette de couleurs du verrier égyptien
  56. Characterizing the lithic raw materials from Fuente del Trucho (Asque‐Colungo, Huesca): New data about Palaeolithic human mobility in north‐east Iberia
  57. Composition, microstructure and corrosion mechanisms of Catalan Modernist enamelled glass
  58. Forts and Fortification in Wallacea: Archaeological and Ethnohistoric Investigations
  59. COMMERCIAL AND SOCIAL SIGNIFICANCE OF GLASS BEADS IN MIGRATION‐PERIOD ITALY: THE CEMETERY OF CAMPO MARCHIONE
  60. Tracing Palaeolithic human routes through the geochemical characterisation of chert tools from Caune de Belvis (Aude, France)
  61. Lithic raw material procurement at the Chaves cave (Huesca, Spain): A geochemical approach to defining Palaeolithic human mobility
  62. Modernist enamels: Composition, microstructure and stability
  63. Diachronic variability in obsidian procurement patterns and the role of the cave-sheepfold of Getahovit-2 (NE Armenia) during the Chalcolithic period
  64. Eastward expansion of the Neolithic from the Zagros: Obsidian provenience from Sang-e Chakhmaq, a late 8th-early 7th millennia BCE Neolithic site in northeast Iran
  65. Le verre du VIIIe au XVIe siècle en Europe occidentale
  66. Le verre creux du VIIIe au XIe siècle dans la vallée de la Loire moyenne et de la basse vallée de la Vienne. Essai typo-chronologique et archéométrique
  67. Die frühmittelalterliche Siedlung und Friedhof von Soulages (Saint-Maurice-Navacelles, Hérault) aus dem 6.-9. Jahrhundert [gekürzte Fassung]
  68. Early medieval habitat and burials (6th-9th century) of Soulages (Saint-Maurice-Navacelles, Hérault) [abridged version]
  69. El hábitat y las sepulturas de la Alta Edad Media (siglos VI-IX) de Soulages (Saint-Maurice-Navacelles, Hérault) [versión abreviada]
  70. De nouvelles formes en verre à Orléans de la seconde moitié du XVe à la première moitié du XVIe siècle : regards croisés entre typologie et analyses
  71. Des artisans du verre dans le bourg monastique de Jumièges (Normandie, France)
  72. Les ateliers-maisons des argentières du Colombier (Ardèche)
  73. Crossing the Pyrenees during the Late Glacial Maximum. The use of geochemistry to trace past human mobility
  74. Long-distance mobility in the North-Western Mediterranean during the Neolithic transition using high resolution pottery sourcing
  75. Risk and reward: Explosive eruptions and obsidian lithic resource at Nabro volcano (Eritrea)
  76. From beams to glass: determining compositions to study provenance and production techniques
  77. The lithic landscape around Kharaneh IV (Azraq Basin, Jordan): Petrographical and geochemical characterization of geological cherts
  78. Glass and other vitreous materials through history
  79. Chronology of early Islamic glass compositions from Egypt
  80. A Phoenician glass eye bead from 7th–5th c. cal BCE Nin-Bèrè 3, Mali: Compositional characterisation by LA–ICP–MS
  81. Die wohnwerkstätten der silbererzminen von Le Colombier (Ardèche)
  82. The workshop-houses of the Colombier hill (Ardèche)
  83. Las casas-taller de las minas de plata del Colombier (Ardèche)
  84. Shanidar Cave and the Baradostian, a Zagros Aurignacian industry
  85. On the making, mixing and trading of glass from the Roman military fort at Oudenburg (Belgium)
  86. Abstract
  87. Annexes
  88. Changes in the Signature of Cobalt Colorants in Late Antique and Early Islamic Glass Production
  89. How much is known about glassy materials in Bronze and Iron Age Italy? New data and general overview
  90. Correction to: The trade of glass beads in early medieval Illyricum: towards an Islamic monopoly
  91. HIMT, glass composition and commodity branding in the primary glass industry
  92. Chemical compositional analysis of glass from the north cemetery of ancient Demetrias (Thessaly)
  93. Provenance d’artefacts en rhyolite corse : évaluation des méthodes d’analyse géochimique
  94. An archaeometric study of some pre-Roman glass beads from Son Mas (Mallorca, Spain)
  95. The procurement of obsidian at Arslantepe (Eastern Anatolia) during the Chalcolithic and Early Bronze Age: Connections with Anatolia and Caucasus
  96. The trade of glass beads in early medieval Illyricum: towards an Islamic monopoly
  97. Reconsidering prehistoric chert catchment sources: new data from the Central Pyrenees (Western Europe)
  98. Compositional observations for Islamic Glass from Sīrāf, Iran, in the Corning Museum of Glass collection
  99. Between cooking and knapping in the southern Caucasus: Obsidian-tempered ceramics from Aratashen (Armenia) and Mentesh Tepe (Azerbaijan)
  100. The geochemical characterization of two long distance chert tracers by ED-XRF and LA-ICP-MS. Implications for Magdalenian human mobility in the Pyrenees (SW Europe)
  101. Lisht as a New Kingdom Glass-Making Site with Its Own Chemical Signature
  102. Applying ED-XRF and LA-ICP-MS to geochemically characterize chert. The case of the Central-Eastern Pre-Pyrenean lacustrine cherts and their presence in the Magdalenian of NE Iberia
  103. Provenance studies of 18th century potassium-rich archaeological glass from Portugal
  104. Discovery of obsidian mines on Mount Chikiani in the Lesser Caucasus of Georgia
  105. Dating the mosaics of the Durres amphitheatre through interdisciplinary analysis
  106. Wine Bottles From Lisbon: Archaeometric Studies Of Two Archaeological Sites Dated From The 17th To The 19th Century
  107. Stéphane Rottier, Jacques Piette und Claude Mordant (dir.): Archéologie funéraire du Bronze final dans les vallées de l’Yonne et de la haute Seine: Les nécropoles de Barbey, Barbuise et La Saulsotte. Mit Beiträgen von Bernard Gratuze, Rachael Leahy, Pa...
  108. Nîmes (Gard). Un ensemble funéraire de l’Antiquité tardive et du haut Moyen Âge au 12 rue Saint-Gilles
  109. Étude de provenance et implications économico-culturelles des parures vitreuses et résineuses du Bronze moyen de l’abri 1 de Campu Stefanu (Sollacaro, Corse-du-Sud)
  110. Comprehensive Chemical Characterisation of Byzantine Glass Weights
  111. Erratum - Unravelling the Iron Age glass trade in southern Italy: the first trace-element analyses
  112. Natron glass production and supply in the late antique and early medieval Near East: The effect of the Byzantine-Islamic transition
  113. Mesopotamian glass from Late Bronze Age Egypt, Romania, Germany, and Denmark
  114. The growth of early social networks: New geochemical results of obsidian from the Ubaid to Chalcolithic Period in Syria, Iraq and the Gulf
  115. Identification and characterization of two new obsidian sub-sources in the Nemrut volcano (Eastern Anatolia, Turkey): The Sıcaksu and Kayacık obsidian
  116. Characterization and origin of steatite beads made by Northern Iroquoians in the St. Lawrence Valley during the 15th and 16th centuries
  117. Unravelling the Iron Age glass trade in southern Italy: the first trace-element analyses
  118. Lead it be! Identifying the construction phases of gothic cathedrals using lead analysis by LA-ICP-MS
  119. Gilding on glass: New evidence from a 17th century flask found in Portugal
  120. Provenance studies on façon-de-Venise glass excavated in Portugal
  121. Indo-Pacific glass beads from the Indian subcontinent in Early Merovingian graves (5th–6th century AD)
  122. Scientific Analysis of Ancient Glass: Answering the Questions and Questioning the Answers
  123. Quatre siècles d’artisanat verrier forestier en Languedoc méditerranéen : l’atelier du mas de Baumes Ferrières-les-Verreries, Hérault, XIVe-XVIIIe s
  124. Analysis of Vitreous Archaeological Materials by LA-ICP-MS
  125. Application of LA-ICP-MS to Black Stone Objects Used During the Iron Age in Celtic Europe
  126. Characterization of Slag Inclusions in Iron Objects
  127. Glass Characterization Using Laser Ablation-Inductively Coupled Plasma-Mass Spectrometry Methods
  128. LA-ICP-MS Analysis of Ancient Silver Coins Using Concentration Profiles
  129. Recent Advances in Laser Ablation ICP-MS for Archaeology
  130. Les affleurements d’obsidiennes du Nemrut (Anatolie orientale) : mise en évidence d’une source exploitable, premiers résultats
  131. Bronze Age vitreous materials from Punta di Zambrone (southern Italy)
  132. Sembiran and Pacung on the north coast of Bali: a strategic crossroads for early trans-Asiatic exchange
  133. Between Egypt, Mesopotamia and Scandinavia: Late Bronze Age glass beads found in Denmark
  134. 4. Developing an Adaptive Field Methodology for Challenging Landscapes
  135. Reflections on Bronze Age travels
  136. Trace element quantification of lead based roof sheets of historical monuments by Laser Induced Breakdown Spectroscopy
  137. Application de la spectrométrie de masse à plasma
  138. Obsidian-tempered pottery in the Southern Caucasus: a new approach to obsidian as a ceramic-temper
  139. Neolithic diffusion of obsidian in the western Mediterranean: new data from Iberia
  140. The Neolithic Obsidians From Southeastern Ukraine First Characterization and Provenance Determination
  141. Oculi des baies hautes du chœur. Étude archéologique et archéométrique des éléments métalliques
  142. Analysis of glass from the post-Roman settlement Tonovcov grad (Slovenia) by PIXE–PIGE and LA-ICP-MS
  143. Middle Palaeolithic and Neolithic Occupations around Mundafan Palaeolake, Saudi Arabia: Implications for Climate Change and Human Dispersals
  144. Considering the Arabian Neolithic through a reconstitution of interregional obsidian distribution patterns in the region
  145. Le verre aventurine (« avventurina ») : son histoire, les recettes, les analyses, sa fabrication
  146. Provenance Analysis of Glass Artefacts
  147. Glass in South Asia
  148. Glass Characterisation Using Laser Ablation Inductively Coupled Plasma Mass Spectrometry Methods
  149. Obsidian Sources in the Regions of Erzurum and Kars (North-East Turkey): New Data
  150. New Data on the Exploitation of Obsidian in the Southern Caucasus (Armenia, Georgia) and Eastern Turkey, Part 1: Source Characterization
  151. New Data on the Exploitation of Obsidian in the Southern Caucasus (Armenia, Georgia) and Eastern Turkey, Part 2: Obsidian Procurement from the Upper Palaeolithic to the Late Bronze Age
  152. Obsidian Exchange Networks in Prehistoric Anatolia: New Data from the Black Sea Region
  153. Prendre la mesure du faux-monnayage : réflexions sur les chaînes opératoires et la productivité des faux-monnayeurs de la grotte de La Catette (Aude)
  154. Mesure et histoire médiévale
  155. L’or de la vallée de la Somme : recherches sur le monnayage d’or ambien (IIIe-Ier siècle av. J.-C.)
  156. Physicochemical changes in Miscanthus ash on agglomeration with fluidized bed material
  157. The medieval iron market in Ariège (France). Multidisciplinary analytical approach and multivariate analyses
  158. Les bracelets protohistoriques en verre de Bretagne
  159. New investigations of the Göllüdağ obsidian lava flows system: a multi-disciplinary approach
  160. La production monétaire romaine en orichalque : caractérisation du monnayage et approche du processus d’élaboration par l’expérimentation
  161. Melian obsidian in NW Turkey: Evidence for early Neolithic trade
  162. Les monnaies gauloises de l’Orne, de la Mayenne et de la Sarthe, approches typologique, analytique et territoriale
  163. Les sites protohistoriques d’Erstein « Grasweg-PAE » (Alsace, Bas-Rhin) : l’occupation Rhin-Suisse-France-Orientale
  164. The Dating of a Sixteenth Century Settlement in the Vicinity of Quebec City (Canada) by Means of Elemental Analysis of Glass Beads Through Thermal and Fast Neutron Activation Analyses
  165. Obsidian sources in highland Yemen and their relevance to archaeological research in the Red Sea region
  166. Mineral soda alumina glass: occurence and meaning
  167. L’artisanat des alliages cuivreux à l’époque romaine : témoignages d’une production métallurgique à Javols-Anderitum (Lozère)
  168. PROVENANCE OF OBSIDIAN EXCAVATED FROM LATE CHALCOLITHIC LEVELS AT THE SITES OF TELL HAMOUKAR AND TELL BRAK, SYRIA*
  169. Does it come from the Pays de Bray? Examination of an origin hypothesis for the ferrous reinforcements used in French medieval churches using major and trace element analyses
  170. Nouveaux résultats sur l’origine des obsidiennes de Peiro Signado à Portiragnes (Hérault)
  171. THE TRADING OF ANCIENT GLASS BEADS: NEW ANALYTICAL DATA FROM SOUTH ASIAN AND EAST AFRICAN SODA-ALUMINA GLASS BEADS*
  172. Les objets de parure en black shales à l’Âge du Fer en Europe celtique : recherche de provenance par l’analyse élémentaire (LA-ICP/MS)
  173. Le mobilier en verre du site de la Grotta Piatta (Aregno, Haute-Corse) : composition chimique et chronotypologie
  174. Application of laser ablation inductively coupled plasma mass spectrometry (LA-ICP-MS) for the investigation of ancient silver coins
  175. Paire de fibules en or du Ier s. av. J.-C. : autour d’une découverte de l’oppidum de Corent (Puy-de-Dôme)
  176. La composition des verres de Xanthos
  177. Dietary patterns during the late prehistoric/historic period in Cikobia island (Fiji): insights from stable isotopes and dental pathologies
  178. Comparative geochemical studies of obsidian samples from various localities
  179. Les éléments de parure en verre du site de Lumaca (Âge du Fer, Centuri, Haute-Corse) : compositions et typochronologie
  180. Glass from Khao Sam Kaeo: Transferred technology for an early Southeast Asian exchange network
  181. Chapitre 6. L’artisanat et la proto-industrie
  182. Chapter 15 Provenance analysis of glass artefacts
  183. Origine et diffusion du verre dans le monde indien et en Asie du Sud-Est : l'importance du dosage des éléments-traces.
  184. Verres et céramiques glaçurées archéologiques : complémentarité entre les textes et les résultats d'analyses
  185. Manganese Black Pigments in Prehistoric Paintings: the Case of the Black Frieze of Pech Merle (France)
  186. Analyse quantitative de fragments de verre provenant de Begram
  187. Nouvelles recherches sur l'Obsidienne de Cheikh Hassan (Vallée de l'Euphrate, Syrie) au néolithique : PPNA et PPNB Ancien
  188. Contribution of PIGE technique to the study of obsidian glasses
  189. Analysis of medieval glass by X-ray spectrometric methods
  190. Annexe : Étude chimique des verres de l'atelier de Beyrouth
  191. Essais de caractérisation des silex bédouliens provençaux par analyse chimique élémentaire.
  192. Obsidian Characterization by Laser Ablation ICP-MS and its Application to Prehistoric Trade in the Mediterranean and the Near East: Sources and Distribution of Obsidian within the Aegean and Anatolia
  193. L’obsidienne au Proche et Moyen Orient: Du volcan à l’outil
  194. Archaeological Ceramic Glazes Characterization by Laser Ablation - Inductively Coupled Plasma - Mass Spectrometry (LA-ICP-MS)
  195. Obsidiennes du site néolithique précéramique de Shillourokambos (Chypre).
  196. Caractérisation de boules de bleu égyptien : analyse par absorption visible et par activation avec des neutrons rapides de cyclotron
  197. De l'origine du cobalt : du verre à la céramique
  198. Contribution à l'analyse d'outils provenant du site archéologique de Magzalia
  199. Le verre : les éléments de réponses que peuvent proposer les méthodes de caractérisation physico-chimiques aux problématiques archéologiques posées par ce matériau
  200. NON-DESTRUCTIVE ANALYSIS OF OBSIDIAN ARTEFACTS USING NUCLEAR TECHNIQUES: INVESTIGATION OF PROVENANCE OF NEAR EASTERN ARTEFACTS
  201. Apport de la méthode ICP-MS couplée à l'ablation laser pour la caractérisation des archéomatériaux
  202. Ancient glassy materials analyses: a new bulk nondestructive method based on fast neutron activation analysis with a cyclotron
  203. De l'origine du cobalt dans les verres
  204. ISLAMIC GLASS WEIGHTS AND STAMPS: ANALYSIS USING NUCLEAR TECHNIQUES
  205. Les collyres
  206. Utilisation par l’industrie verrière des sels d’aluns des oasis égyptiennes au début du premier millénaire avant notre ère