Dados Bibliográficos

AUTOR(ES) J.I. Morales , M. Soto , A. Eixea , M. Gema Chacón , Bruno Gómez de Soler , Hans Mommsen , Josep Vallverdú , Ángel Carrancho , Clodoaldo Roldán , Francesc Gispert-Guirado , Alicia Muñoz del Pozo , Miguel Soares-Remiseiro
ANO 2023
TIPO Artigo
PERIÓDICO Archaeological and Anthropological Sciences
ISSN 1866-9557
E-ISSN 1866-9565
DOI 10.1007/s12520-023-01780-x
CITAÇÕES 1
ADICIONADO EM 2025-08-18

Resumo

The Sant Genís Formation is located in the NE of the Iberian Peninsula (Catalonia, Spain) and is dated to the Priabonian (upper Eocene), being part of the evaporitic formations of the margin of the Ebro Basin. It is formed by a succession of sandy lutites, occasional limestone layers, marls, and local stratified gypsum and cherts, including the Sant Martí de Tous chert. The Sant Martí de Tous chert type is confirmed by its abundance at specific locations within the territory (NE Iberian Peninsula). This is an important raw material procurement area, as evidenced by the presence of this chert in the main prehistoric sites of the region (e.g., Abric Romaní) and the constant discovery of new sites in the area around the Sant Genís Formation, especially from the Neolithic period onwards (e.g., Cal Sitjo, La Guinardera Nord workshop). All these features, together with the great heterogeneity of the Cenozoic evaporitic cherts, prompted us to carry out a multi-proxy characterization for obtaining a valid criterion by which to identify this chert in the archaeological record. This very heterogeneity hampers the macroscopic characterization of archaeological cherts (e.g., at Abric Romaní), but through petrographic analysis we have been able to identify their origins and, albeit to a lesser extent, their lithostratigraphic unit of provenance within the formation. The complementary mineralogical and geochemical techniques applied in this study show that, although it is difficult to establish an exact origin, through intensive sampling and criteria such as the differential presence of Fe and Ca, some differences among the siliceous varieties within a formation can be detected.

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