Isotopic Geochemistry Applied on Marble Samples of Kythnos Island in Greece

Abstract

The present contribution aims to study the isotopic characteristics of various marbles from the archaeological site of Kythnos Island in the Cyclades, Greece. The database of this research is very important and useful in the conservation and restoration of monuments as these tasks should aim at preserving their material status and their authenticity. The characterization of marble taken from this site contributes significantly to the determination of the origin of the raw materials used in monuments in the wider area of the Aegean Sea. Samples were obtained mainly from the inner layers of the findings, which were not exposed to the weather conditions and without remarkable traces or signs of severe corrosion. The methods that were used required very small quantities of material. The measurements are considered almost non-destructive and based on isotopic geochemistry.

Keywords

• Oxygen isotopes
• Carbon isotopes
• Marbles
• Kythnos
• Tinos
• Raw materials

References

1. Attanasio, D. (2003) Ancient white marbles: Analysis and identification with paramagnetic resonance spectroscopy. Rome: L’erma di Bretschneider.
2. De Nuccio, M., Bruno, M., Gorgoni, C., & Pallante, P. (2000). The use of Proconnesian marble in the architectural decoration of the Bellona Temple in Rome. In L. Lazzarini (Ed.), Interdisciplinary studies of ancient stone. Proceedings of the 6th International Conference ASMOSIA VI (pp. 293–302). Laboratorio di Analisi dei Materiali Antichi.
3. Mazarakis Ainian, A. (2019). The sanctuaries of Ancient Kythnos. Rennes, France.
4. Melidonis, N. G. (1980). The geological structure and mineral deposits of Tinos Island (Cyclades – Greece). In The geology of Greece IGME,13, 1–80.