Tsunami hazards associated with explosion-collapse processes of a dome complex on Minoan Thera

Minoura, K
Imamura, E
Kuran, U
Nakamura, T
Papadopoulos, GA
Takahashi, T
Yalçıner, Ahmet Cevdet
The Minoan Thera eruption of the Bronze Age is the most significant Aegean explosive volcanism. The eruption resulted in caldera collapse. We studied the Minoan volcano-tectonic event from the viewpoint of sedimentology and hydraulics. On the Aegean Sea coast of Turkey and Crete we found traces of tsunamis. The tsunami layers are overlain by felsic tephra. The mineralogical characteristics of volcanic tephra and AMS radiocarbon dating on foraminiferal tests show that the tsunami layers are correlative to the Minoan event. The results of our numerical simulation on the tsunami show that a destructive train of waves caused by the caldera collapse reached the Aegean Sea shore within 2.5 hours and the great surf set up by arrival of waves washed the coast. We conclude that the Minoan tsunami hazards damaged the maritime economy in the coastal areas of Aegean islands and Turkey.


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Dolostone has been abundantly used in the construction of monuments during archaeological periods in Anatolia. Several of those monuments have some decay problems to be assessed and need conservation treatments to be developed. In the study, it was aimed to prepare a nanodispersive solution from the dolostone itself and follow its carbonation mineral phases in order to obtain a compatible consolidation treatment for dolostone. A mixture of calcium and magnesium hydroxide nanodispersive solution in ethyl alc...
Citation Formats
K. Minoura et al., “Tsunami hazards associated with explosion-collapse processes of a dome complex on Minoan Thera,” 2003, vol. 21, Accessed: 00, 2020. [Online]. Available: https://hdl.handle.net/11511/55326.