4.5 Article

The late medieval and early modern ceramics in the city of Cordoba (Andalusia, Spain). Christian productions under the Islamic tradition

Journal

Publisher

SPRINGER HEIDELBERG
DOI: 10.1007/s12520-022-01669-1

Keywords

Late medieval; Early modern; Pottery; Technology; Provenance; Cordoba

Funding

  1. CRUE-CSIC
  2. Springer Nature
  3. Agencia Estatal de Investigacion (MCIN/AEI) (Spain) [PID2020-117769GB-I00]
  4. Spanish Government (Ministry of Universities) [FPU2018-998758-00791]

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The archaeological knowledge of material culture in Cordoba during the late medieval and early modern periods is scarce, but recent studies have started to fill this gap by focusing on ceramic production. This article aims to study the chemical reference groups and production technology of ceramics from workshops in Cordoba during this period.
The archaeological knowledge of the material culture in the city of Cordoba (Andalusia, Spain) during the late medieval and early modern periods is very scarce. Urban rescue excavations and archive sources evidence that the so-called Barrio de las Ollerias (potters' quarter) was the main ceramic production area from the early medieval period until the end of the early modern period. Nevertheless, there is a total lack of archaeological and archaeometric studies since research has traditionally focused on Seville city and other production centres closer to the Atlantic Coast. However, archaeological and archaeometric studies concerning Islamic pottery have increased in Cordoba in the last years, although there is a lack of studies on the late medieval and early modern ceramic production. This article aims to contribute to filling this gap through an exhaustive study of the ceramic production of Cordoba in this period. As a first objective, studying the ceramics recovered from the workshops will enable us to define the chemical reference groups (RG). The second step will be the approach to the technology used by the potters for the elaboration of the different products. With these objectives in mind, 120 individuals have been chemically characterised using x-ray fluorescence analysis (XRF) and mineralogically through x-ray diffraction analysis (XRD). The sample includes tin-lead glazed vessels, coarse and cooking ware vessels, and storage and transport jars dated from the fifteenth to the eighteenth centuries.

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