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Vingt ans de recherches à Saint-Véran, Hautes Alpes: état des connaissances de l’activité de production de cuivre à l’âge du Bronze ancien
4 references·12 citing·40 second hop
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J.-C – env. 500 ap.J.-C) de cuivre au Complexe de Vilabouly (Laos Central) (2021)Reconstitution technologique …Provenance studies using lead isotopy: contribution of the consideration of geological contexts in archaeological databases (2021)Provenance studies using lead…Late prehistoric copper smelting in the Lao PDR: Experimental reconstruction based on the Vilabouly Complex evidence (2021)Late prehistoric copper smelt…Diversity of resources and volatility of metallurgical networks—multi-methodological provenance analysis of neolithic and EBA-copper-artefacts from Switzerland and eastern France (2021)Diversity of resources and vo…Rediscovering famous assemblages: A rare Bronze Age crucible from El Argar, Spain (2019)Rediscovering famous assembla…Mineralogy of slags: A key approach for our understanding of ancient copper smelting processes (2019)Mineralogy of slags: A key ap…La métallurgie du cuivre à l'âge du Fer en péninsule d'Oman : organisations et caractéristiques techniques (2019)La métallurgie du cuivre à l'…Évolutions dans l'exploitation minière entre le second âge du Fer et le début de la période romaine dans le Sud-Ouest de la Gaule : le cas du district pyrénéen à cuivre argentifère du Massif de l'Arize (2018)Évolutions dans l'exploitatio…Late Bronze Age copper smelting in the southeastern Alps: how standardized was the smelting process? 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this work references cited by second hop

References

  • 1988Old World Archaeometallurgy96 cited
  • 1994Blowpipes versus Bellows in Ancient Metallurgy32 cited
  • 2008The beginning of copper mass production in the western Alps: the Saint-Veran mining area reconsidered21 cited
  • 2010The reconstruction of the first copper-smelting processes in Europe during the 4th and the 3rd millennium BC: where does the oxygen come from?20 cited

Cited by

  • 2019Mineralogy of slags: A key approach for our understanding of ancient copper smelting processes17 cited
  • 2017Late Bronze Age copper smelting in the southeastern Alps: how standardized was the smelting process? Evidence from Transacqua and Segonzano, Trentino, Italy12 cited
  • 2019Rediscovering famous assemblages: A rare Bronze Age crucible from El Argar, Spain9 cited
  • 2021Late prehistoric copper smelting in the Lao PDR: Experimental reconstruction based on the Vilabouly Complex evidence9 cited
  • 2021Diversity of resources and volatility of metallurgical networks—multi-methodological provenance analysis of neolithic and EBA-copper-artefacts from Switzerland and eastern France8 cited
  • 2022Technological reconstruction of the late prehistoric primary copper production of the Vilabouly Complex (central Laos)8 cited
  • 2021Provenance studies using lead isotopy: contribution of the consideration of geological contexts in archaeological databases5 cited
  • 2025Bronze Age copper supply in Mediterranean France: first results from lead isotope and chemical analyses of hoarded metalwork1 cited

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  • 2023Fire-set mining in an ancient lead mine: Khaf Al Laasif, Al ‘Āmrāt, Oman1 cited
  • 2018Évolutions dans l'exploitation minière entre le second âge du Fer et le début de la période romaine dans le Sud-Ouest de la Gaule : le cas du district pyrénéen à cuivre argentifère du Massif de l'Arize1 cited
  • 2019La métallurgie du cuivre à l'âge du Fer en péninsule d'Oman : organisations et caractéristiques techniques0 cited
  • 2021Reconstitution technologique de la production préhistorique tardive (env. 1000 av. J.-C – env. 500 ap.J.-C) de cuivre au Complexe de Vilabouly (Laos Central)0 cited