| Abstract (english) | The tradition of studying archaeological pottery in Croatia is deeply rooted in the cultural- historical approach, especially when it comes to prehistoric pottery. However, turning the approach by studying ceramics throughout its life cycle, from the selection of raw material, through the various stages of production, to distribution and use, can provide valuable research contributions to a topic that has not yet been fully explored. Therefore, a five-year project focusing on the study of prehistoric pottery traditions in Croatia was launched in 2021. A large-scale systematic archaeometric research programme will be combined with macroscopic physical forms of investigation of previously excavated pottery. The paper presents the preliminary results of a case study focused on the multi-period (Neolithic, Bronze Age, Iron Age, Roman, Mediaeval) archaeological site of Jagodnjak – Krčevine. Ceramic petrography, X-ray diffraction analysis and field sampling is used to identify the characteristics of archaeological ceramics and to determine the provenance, availability, and types of raw material used for the production of ceramics in the different periods of the past. In order to obtain an optimal data set related to the provenance of raw materials, a field survey was conducted. Field sampling was established according to zones with different distances from the archaeological site and in accordance with the characteristics of the lowland landscape. Comparison between XRD data of clayey material and pottery, and data obtained by optical microscopy suggests the location of the raw material source. Preliminary results of the archaeometric analysis indicated that raw material was probably collected in the vicinity of the settlement, during all periods of the past recorded at the site. However, certain preferences were observed, concerning not only the tempering material used, but also the choice of raw material sources and clay processing, that match different communities. Such diversity in the choice of raw materials indicates not only technological but also different patterns of landscape use over time. |
