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· It is argued here that primary copper production in the Early Bronze Age Southern Aegean was more likely a two-stage process that did not rely on the simultaneous use of natural draught and bellows. Along with other examples of wind-powered furnaces, the working of the Aegean perforated furnace is reconsidered and a new model proposed
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Bronze Age Textile & Wool Economy: The Case of the Terramare Site of Montale, Italy | Proceedings of the Prehistoric Society | Cambridge Core
Subsequently, from Middle Bronze Age 3 into the Recent Bronze Age 1 (), a form of site hierarchy emerged with some larger settlements over 10 ha that held populations of perhaps 1000 or more (eg, Pacciarelli Reference Pacciarelli 2016, 168–71).
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(PDF) Human Mobility and Technological Transfer in the Prehistoric Mediterranean
2015. Some Reflections on Ceramic Technology Transfer at Bronze Age Kastri on Kythera, Kolonna on Aegina, and Lerna in the Argolid, in: The Transmission of Technical Knowledge in the Production of Ancient Mediterranean Pottery
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2015. Some Reflections on Ceramic Technology Transfer at Bronze
The discovery at Tsoungiza of discrete deposits of pottery datable to several different stages of the terminal Middle Bronze Age (MH III) and initial Late Bronze Age (LH I, LH IIA)
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Technological transfers of luxury craftsmanship between Crete and the Orient during the Bronze Age
As for stone industries, gold technology transfer implies direct contact and interaction between craftsmen. But the results of technological studies show that technical processes and choices in Crete at the beginning of the 2 nd millennium BC are not entirely similar to those in the Orient, even if they compare with Levantine or Egyptian techniques.
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The Power of Technology in the Bronze Age Eastern Mediterranean. The Case
In the past, Bronze Age painted plaster in the Aegean and the Eastern Mediterranean has been studied from a range of different but isolated viewpoints. One of the current questions about this material is its direction of transfer. This volume brings both technological and iconographic (and other) approaches closer together: 1) by completing certain gaps in
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· The archaeometallurgical and archaeological research carried out in Anatolia has provided numerous examples of diverse alloying practices representing different levels of societal interaction, from the extraction of ores to the trade of finished goods and high level gift exchange among elites. While discussions abound about the
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ResearchGate | Find and share research-S. A. Paipetis's research
Technology Transfer in the Bronze Age: The Case of a Faience-Like Blue Glaze Produced at Bread-Oven Temperatures Chapter Early Bronze Technology at Land's End, North Western Iberia Citing
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History of Europe-Bronze Age, Migration, Trade | Britannica
Although the dates and the cultural roots of the Early Bronze Age vary, it is similarly defined by the use of copper alloys for tools throughout Europe. During the Bronze Age, the techniques of metalworking increased in sophistication. A range of new working methods, such as valve molds, cire perdue, and sheet-metal working, were developed.
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Technology Transfer in the Bronze Age: The Case of a Faience-Like Blue Glaze Produced at Bread-Oven Temperatures
Technology Transfer in the Bronze Age 151 Fig. 4 Synthetically produced “geopolymer-faience”. Fig. 5 The vitreous material produced at low temperatures consists of an alkali alumino-silicate, polymer-like compound with a chemical formula as shown on the left.
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Early Metallurgy of the Persian Gulf: Technology, Trade, and the Bronze Age
Request PDF | On Jan 1, 2003, Lloyd Weeks published Early Metallurgy of the Persian Gulf: Technology, Trade, and the Bronze Age World | Find, read and cite all the research
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Technological transfers of luxury craftsmanship between Crete and the Orient during the Bronze Age
Aegaeum 7. Liège: Université de Liège. Oddy, W. A. 1977 “The Production of Gold Wire in Antiquity.” Gold Bulletin 10/3, 79–87. Politis, T. 2001 “Gold and Granulation: Exploring the Social Implications of a Prestige Technology in the Bronze Age Mediterranean.”
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· Glass was first produced deliberately and consistently in Mesopotamia sometime between c. 1650 and 1550 BC. There is some scattered evidence for prior glassmaking, largely in the form of beads (see, e.g., Grose, 1989, p. 45), but much of this material was most likely the accidental by-product of other pyrotechnological processes,
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2015. Some Reflections on Ceramic Technology Transfer at Bronze Age
2015. Some Reflections on Ceramic Technology Transfer at Bronze Age Kastri on Kythera, Kolonna on Aegina, and Lerna in the Argolid, in: The Transmission of Technical Knowledge in the Production of Ancient Mediterranean Pottery
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· Discussions on typochronology and culture contact have dominated debates on archaeological material from northwest China, with a particular focus on painted fine ware and stylistic variation (see, e.g. Li, 1998 for a discussion of ceramic shapes and decoration types of Neolithic pottery from Northwest China; Shui, 2001 for similar information on the
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· The examination of the technological level in (monumental) constructions and hydraulic works of Middle Bronze Age – Late Bronze Age (MBA, ca. 2200/2100-1580 B.C. – LBA, ca. 1600 – 1100 B.C
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Science and Technology in Homeric Epics | SpringerLink
Technology Transfer in the Bronze Age: The Case of a Faience-Like Blue Glaze Produced at Bread-Oven Temperatures E. Pantos, J. Davidovits, M. Gelfi, G. Cornacchia, E. Bontempi, P. Colombi et al. Pages 139-164
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· During excavation of the cremation cemetery of urnfield culture in Legnica at Spokojna Street (Lower Silesia, Poland), dated to 1100-700 BC, the largest-so far in Poland – a collection of
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(PDF) The Archaeology of Metal Use in the Early
Proceedings of the 50th Anniversary Symposium, Cincinnati, Aegaeum 18 (Liège), 5–12. Branigan, K. 1967 The Early Bronze Age daggers of Crete. BSA 62: 211–39. 1974 Aegean metalwork of the Early and Middle
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· still rare during the Bronze Age, but it was practiced in Crete and in other regions of the Eastern Mediterranean like Syria (Tell Banat for example) as early as the mid-3rd millennium BCE (Branigan 1983: 15; Prévalet 2013: 64–65, id. 2014: 256, fig. 9).
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· Abstract. This paper presents compositional results for six faience beads from Adunqiaolu, an Early Bronze Age site in western Xinjiang, China. It is shown that all analysed samples were made of mixed-alkali flux with sodium oxide 8–10% and potassium oxide 5–9%. The microstructure of samples indicates that cementation glazing was used.
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Technology Transfer in the Bronze Age: The Case of a Faience
How familiar were the pre-Homeric Greeks with Egyptian technology? Accounts of apparent mythological nature and archaeological evidence indicate Technology Transfer in the Bronze Age: The Case of a Faience-Like Blue Glaze Produced at Bread-Oven
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Food, Technology and Culture in the Late Bronze Age of
This comparatively weak evidence for a Middle Bronze Age beginning is in contrast to many other sites which have firm associations with pottery which can be assigned to the Post-Deverel-Rimbury plainware phase of the Late Bronze Age, between 1100 and 800
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· A Bronze Age ‘idea of craft’ clearly existed at a technological level; the evidence of tool forms and their relation to specific craft processes, and indeed the wealth of evidence for crafted objects, is enough to show that the tools created had functions which were conceptualised, developed and used.
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· The result is the resilience, creativity, and flexibility to adapt to new situations as narrated in Greenberg’s masterly, nuanced, and engaging account of the Bronze Age Levant.’ Ann E. Killibrew Source: Journal of Eastern Mediterranean Archaeology and Heritage Studies
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· Phenomena such as itinerancy, artisan exchange, intermarriage, warfare, enslavement, and resettlement are all potential mechanisms of technological transfer at the micro-regional level. These
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· Decorated Italo-Mycenaean (IM) pottery, a high-status class found and made over three centuries from the Italian Late Middle Bronze Age onwards, was the subject of a large archaeological and archaeometric enquiry published by the present authors in 2014. The present paper focuses on identifying IM’s centres of production.
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The Power of Technology in the Bronze Age Eastern Mediterranean
In the past, Bronze Age painted plaster in the Aegean and the Eastern Mediterranean has been studied from a range of different but isolated viewpoints. One of the current questions about this material is its direction of transfer. This volume brings both technological
Consulta Technology Transfer in the Bronze Age: The Case of a Faience-Like
Technology Transfer in the Bronze Age: The Case of a Faience-Like Blue Glaze Produced at Bread-Oven Temperatures. In: Paipetis, S.A. (eds) Science and Technology in Homeric Epics. History of Mechanism and Machine Science, vol 6.
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: E. Pantos, J. Davidovits, M. Gelfi, G. Cornacchia, E. Bontempi, P. Colombi, L. Depero
Technology Transfer in the Bronze Age: The Case of a Faience-Like
Technology Transfer in the Bronze Age: The Case of a Faience-Like Blue Glaze Produced at Bread-Oven Temperatures. Emmanuel Pantos. See Full PDF. Download
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