The identification of archaeological amber has been used in Iberian prehistory to evidence long-distance exchanges and engage Iberia in networks that connect western Europe with central and northern Europe, the emergence of social complexity, and the consolidation of trade networks. However, until now, no comprehensive analytical study of the Iberian amber has been produced to support any of the interpretive models currently in use. This paper approaches the analysis of Iberian Peninsula amber artefacts by considering their provenance (based on FTIR characterization), chronology, and spatial relationship with other exotica. Our work increases the number of analyzed artefacts to 156 (24%), out of the c. 647 currently known for the Iberian P...
The production of amber ornaments occurred in Italy during the Eneolithic (E)–Early Bronze Age (EBA)...
A group of beads from the artificial cave of La Molina (Lora de Estepa, Sevilla) and Cova del Gegan...
Cova del Gegant beads 4472 and 4476 SEM-EMP analysis of the bead core (A) and superficial coating (B...
The identification of archaeological amber has been used in Iberian prehistory to evidence long-dist...
The identification of archaeological amber has been used in Iberian prehistory to evidence long-dist...
Provenancing exotic raw materials and reconstructing the nature and routes of exchange is a major c...
Provenancing exotic raw materials and reconstructing the nature and routes of exchange is a major co...
Provenancing exotic raw materials and reconstructing the nature and routes of exchange is a major co...
Provenancing exotic raw materials and reconstructing the nature and routes of exchange is a major c...
Amber in Bohemia in the Bronze Age - Abstract Amber found in archeaological contexts like any sensit...
Portuguese amber has received very little attention from the paleontological and geological points o...
A group of beads from the artificial cave of La Molina (Lora de Estepa, Sevilla) and Cova del Gegant...
A group of beads from the artificial cave of La Molina (Lora de Estepa, Sevilla) and Cova del Gegant...
A group of beads from the artificial cave of La Molina (Lora de Estepa, Sevilla) and Cova del Gegant...
The production of amber ornaments occurred in Italy during the Eneolithic (E)\u2013Early Bronze Age ...
The production of amber ornaments occurred in Italy during the Eneolithic (E)–Early Bronze Age (EBA)...
A group of beads from the artificial cave of La Molina (Lora de Estepa, Sevilla) and Cova del Gegan...
Cova del Gegant beads 4472 and 4476 SEM-EMP analysis of the bead core (A) and superficial coating (B...
The identification of archaeological amber has been used in Iberian prehistory to evidence long-dist...
The identification of archaeological amber has been used in Iberian prehistory to evidence long-dist...
Provenancing exotic raw materials and reconstructing the nature and routes of exchange is a major c...
Provenancing exotic raw materials and reconstructing the nature and routes of exchange is a major co...
Provenancing exotic raw materials and reconstructing the nature and routes of exchange is a major co...
Provenancing exotic raw materials and reconstructing the nature and routes of exchange is a major c...
Amber in Bohemia in the Bronze Age - Abstract Amber found in archeaological contexts like any sensit...
Portuguese amber has received very little attention from the paleontological and geological points o...
A group of beads from the artificial cave of La Molina (Lora de Estepa, Sevilla) and Cova del Gegant...
A group of beads from the artificial cave of La Molina (Lora de Estepa, Sevilla) and Cova del Gegant...
A group of beads from the artificial cave of La Molina (Lora de Estepa, Sevilla) and Cova del Gegant...
The production of amber ornaments occurred in Italy during the Eneolithic (E)\u2013Early Bronze Age ...
The production of amber ornaments occurred in Italy during the Eneolithic (E)–Early Bronze Age (EBA)...
A group of beads from the artificial cave of La Molina (Lora de Estepa, Sevilla) and Cova del Gegan...
Cova del Gegant beads 4472 and 4476 SEM-EMP analysis of the bead core (A) and superficial coating (B...