Publication details

Local isotopic ecology of Eneolithic Moldova: Geomorphology, diet and mobility of prehistoric animals of the Tripolye settlement Gordineşti II − Stînca goală, northern Moldova

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Title in English Local isotopic ecology of Eneolithic Moldova: Geomorphology, diet and mobility of prehistoric animals of the Tripolye settlement Gordineşti II - Stînca goală, northern Moldova
Authors

POKUTTA Dalia KITTEL Piotr OKUPNY Daniel MAKOHONIENKO Mirosław TÓTH Peter ZACK Thomas RYBICKA Małgorzata

Year of publication 2025
Type Article in Periodical
Magazine / Source Journal of Archaeological Science: Reports
MU Faculty or unit

Faculty of Arts

Citation
web https://doi.org/10.1016/j.jasrep.2024.104918
Doi http://dx.doi.org/10.1016/j.jasrep.2024.104918
Keywords Archaeology; Eneolithic; Settlement; Stabile carbon and nitrogen isotopes; Strontium isotopes; Tripolye culture; Moldova; Paleoecology
Description This study presents multidisciplinary analyses of soil cover and archaeological faunal remains from the late Eneolithic fortified settlement of Gordineşti II – Stînca goală in Moldova. Associated with the Tripolye culture, the site dates back to the late 4th millennium BC. Significant cultural and economic shifts characterize this period, marked by a transition from agrarian to pastoral practices, which ultimately led to a gradual decline in sedentary settlements. Employing diverse geochemical techniques and isotopic analyses (87Sr/86Sr, ?15N, ?13C, 14C-dating), the research elucidates the palaeoecological context of the settlement, human-environment relationships and reasons for its decline and abandonment. We examined 25 faunal specimens, both domesticated and wild, providing local isotopic reference values (87Sr/86Sr baselines) from surficial deposits and water in the region. The initial carbon and nitrogen isotope values indicate a local isotopic ecology undergoing progressive aridification, particularly in the isotopic signatures of larger herbivores. Additionally, our analysis of 87Sr/86Sr isotopic values from faunal dental materials reveals distinct mobility patterns among certain animal groups, offering new insights into Eneolithic husbandry practices. This research holds considerable significance as it reveals the adaptive strategies of prehistoric communities navigating the critical shift from agriculture to pastoralism, thereby deepening our understanding of the socio-economic transformations that occurred in prehistoric Eastern and Central Europe.
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