The Chalcolithic metallurgical tradition of Northeast Iberia and its later influence: New analyses and a synthesis
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Chalcolithic copper smelting crucibles slag technological tradition
Fecha
2025-12Referencia bibliográfica
Montes-Landa et al. 2025. The Chalcolithic metallurgical tradition of Northeast Iberia and its later influence: New analyses and a synthesis. Trabajos de Prehistoria, 82(2): 1053.
Patrocinador
This work was funded by a Cambridge Trust Vice-chancellor’s Award and the Arts and Humanities Research Council-Departmental Training Partnership program (2113448), both granted to JML to fund her PhD titled ‘Understanding the selection and co-existence of tin bronze alloying techniques in Antiquity. An experimental and archaeological approach with Northeast Iberia as case study (2800-200 BC)’. The University of Cambridge also supported the costs related to research visits to collect samples through the University Fieldwork Fund. MMT’s contribution to write-up of this research was supported by funding from the European Research Council (ERC) under a European Union’s Horizon 2020 research and innovation programme (Grant Agreement No. 101021480, Project REVERSEACTION). The laboratory analyses at the University of Cambridge were made possible by a grant from UKRI Arts and Humanities Research Council (AHRC) Capability for Collections (CapCo) Fund for the Cambridge Heritage Science Hub (CHERISH) Initiative (AH/V011685/1).Resumen
Our knowledge of Chalcolithic copper smelting practices across Iberia is extensive but lacks regional nuance. This prevents an assessment of regional trajectories that may depart from a general ‘Iberian technological tradition’, including their origins and diachronic evolution. This paper contributes to these questions by analysing 3rd millennium BC copper production residues from various sites in Northeast Iberia: Covas Cartanyà, del Buldó, Josefina d’Escornalbou, de l’Heura, and Balma del Duc. Using pXRF, OM, and SEM-EDS, we characterise the ores used and the metallurgical operations conducted (including smelting of copper carbonates, co-smelting of sulphidic and oxidic ores, and melting), and discuss them in relation to their contexts, contemporaneous materials and available lead isotopes data. We reveal Northeast Iberian metallurgy as a distinct and versatile tradition that selectively adopted elements from Southern Iberia and Southern France traditions, and trace the legacy of these idiosyncratic practices in copper and bronze making over two millennia.





