Origin of Raw Materials of Ancient Glass (B.C.) from Kythnos Island, Greece

Year 2023, Volume: 24, 63 - 70, 30.11.2023

Petros Karalis Elissavet Dotsika Alexandros Mazarakis-ainian Evaggelia Kolofotia Foteini Rizou Anastasia Electra Poutouki Panagiotis Leandros Poutoukis Anastasios Drosou Dimitrios Tzovaras

https://doi.org/10.55549/epstem.1406231

Abstract

Glass samples (B.C.) from the ancient town of Kythnos in the Cyclades were selected and analyzed for their oxygen isotopic and chemical compositions. Results show that the majority of glass samples are produced using natron as flux, suggesting that raw materials probably came from Wadi Natron and the Levantine area. The majority of the analyzed samples from Kythnos have a homogeneous oxygen isotopic composition, which is equal or very close to the mean value of “B.C.” glass, as deduced from a set of isotopic measurements on glass from Europe dated from the 8th to the 4th centuries B.C., showing a relatively narrow range of δ18O values. Similar results were also obtained from Ancient Pydna in Northern Greece.

Keywords

Oxygen isotopes , Compositional analysis , Ancient glass , Kythnos

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