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Eruptive history of the Santorini volcano

The caldera cliffs of Santorini revealing layer upon layer from different volcanic eruptions that built up most of the island edifice over the past 500,000 years.
The caldera cliffs of Santorini revealing layer upon layer from different volcanic eruptions that built up most of the island edifice over the past 500,000 years.
The island of Santorini is the result of a complex history of volcanic eruptions over about 2 million years, during which the island has changed its shape and size repeatedly. Before any volcanic activity took place (caused by the subduction of the African plate under the Eurasian one), there was a small island in the area, similar to the other Islands of the Cyclades. This non-volcanic island forms the Profitis Ilias and Mesa Vouno mountains, as well as the shists at Athinios harbour and in the Plaka bay connected to Profitis Ilias mountain through the ridge of Pirgos, the Gavrilos ridge (the "windmill hill" south of Emborio) and the islolated rick of Monolithos.
Volcanism in the area of Santorini started about 2 million years ago when the first eruptions occurred from the sea floor in the area of the Akrotiri Peninsula and probably also at the location of the Christiania Islands 20 km SW of Santorini.
The activity built dacitic lava domes that eventually formed a series of islands, still visible in the hills of the Akrotiri peninsula. In a second stage, a stratovolcano (Peristeria volcano) was formed in the northern part of Santorini, parts of which are still visible in the cliffs and slopes of Mikro Profitis Ilias and Megalo Vouno.
Starting about 400,000 years ago, the focus of volcanic activity shifted to where it has been since then, the center of the present-day caldera. The most characteristic type of activity over the last 400.000 years has been the cyclic construction of shield volcanoes interrupted by large explosive and destructive events like the Minoan eruption about 3600 years ago.
In detail, the volcanic evolution of Santorini can be divided into six main stages (Druitt and others, 1989):
  • Akrotiri Volcanoes (approx. 2 mio - 600,000 years ago)
  • Cinder cones of the Akrotiri peninsula (around 600 - 300 ka)
  • Peristeria Volcano (530 - 300 ka)
  • Products of the first eruptive cycle (360-180 ka)
  • Products of the second eruptive cycle (180 ka - 1613 BC)
  • Kameni shield (1613 BC - present)

Eruptions of Santorini since the Bronze Age:

1613 BC +-7 years (the so-called "Minoan eruption")
Historic eruptions:
197 BC (Palea Kameni)
46/47 AD (Palea Kameni ? Bankos Reef ?)
726 AD (Palea Kameni)
1570-1573 (perhaps only one year of the interval, Mikri Kameni, now part of Nea Kameni)
1707-1711 (formation of Nea Kameni)
1866-1870 (Nea Kameni)
1925-1928 (Nea Kameni)
1939-1941 (Nea Kameni)
1950 (Nea Kameni)
???? (? -> when will the next eruption occur?)

Summary table of Volcanic eruption sequence on Santorini

EventMagma compositionDating
(note: Plinian eruptions in bold)
Formation of the Kameni lava shielddacite197 BC to 1950 [1]
! Caldera collapse 4 !
Minoan eruptionrhyodacite, andesite3,6 ka [2]
! Caldera collapse 3 !
Cape Riva eruptionrhyodacite, andesite21 ka [3]
Formation of Therasia lava shieldrhyodacite, andesite
Eruption of the andesites of Oiaandesite
Upper Scoriae 2 eruptionandesite40 ka [4]
Construction of Skaros lava shieldbasalt-andesite
! Caldera collapse 2 !
Upper Scoriae 1 eruptionandesite60-40 ka [4]
Vourvoulos eruptionandesite, dacite
Megalo Vouno and Kokkino Vouno cinder conesandesite50-70 ka [5]
Aspronisi tuff ring (also Kolumbus tuff ring ?)
Middle Pumice eruptiondacite, andesite60 ka [4]
Cape Thera eruptionandesite
Construction of Simandiri lava shieldandesite172+-33 ka [5]
! Caldera collapse 1 !
Lower Pumice 2 eruptionrhyodacite, andesite180 [6]
Lower Pumice 1 eruptionrhyodacite, andesite203+-24 ka [5]
Cape Therma 3 eruptionandesite
Extrusion of rhyodacites of Cape Alonaki + NE Therarhyodacite257+- 36 ka; 224+-5 ka [5]
Cape Therma 2 eruptionrhyodacite
Cape Therma 1 eruptionandesite
Extrusion of the andesites of Cape Alaiandesite364+-85 ka; 229+- 85 ka[5]
Balos, Kokkinopetra and Mavrorachidi cinder conesbasalt, andesite344+- 25 ka [5]
Eruption of lavas of Peristeria 3basalt, andesite308-480 ka [5]
Extrusion of domes and flows of Peristeria 2andesite496+-16 ka [5]
Construction of Peristeria 1 core complexandesite528+-8 ka [5]
Eruption of early submarine centres of Akrotirirhyodaciteca. 2,000-600 [4,5]
[1] Historic records
[2] Mean of radiocarbon ages on plant remains in tuffs (Friedrich and others, 1990)
[3] Mean of radiocarbon ages on plant remains in tuffs (Pichler and Friedrich, 1976) corrected using the data of Bard and others (1990)
[4] Friedrich (2000)
[5] Ar 39-40 data from Druitt and others (1989)
[6] Constrained by age of Lower Pumice 1 and Simandiri Shield

Cited references:

- Bard, E., Hamelin, B., Fairbanks, R.G., and Zindler, A. (1990) "Calibration of the C-14 timescale over the past 30,000 years using mass spectrometric U-Th ages from Barbados corals", Nature, v. 345, p. 405-410.
- Bond, A. & Sparks, R. S. J. (1976) "The Minoan eruption of Santorini, Greece", Journal of the Geological Society of London, Vol. 132, 1-16
- Druitt, T. H., et al. (1989) "Explosive volcanism on Santorini, Greece." GEOLOGICAL MAGAZINE , Vol. 126, No. 2, p. 95-126
- Friedrich, W. L., et al. (1990) "Radiocarbon dated plant remains from the Akrotiri excavation on Santorini, Greece." Hardy, D. A., et al. THERA AND THE AEGEAN WORLD - PROCEEDINGS OF THE 3rd INTERNATIONAL CONFERENCE, Vol. 3, p. 188-196
- Friedrich, W.L. (1994) "Feuer im Meer", Spektrum Akademischer Verlag, Heidelberg, Berlin Oxford, 256 p.
- Friedrich, W.L. (2000) "Fire in the Sea. Volcanism and the Natural History of Santorini", Cambridge Univ Pr., Cambridge, 256 p.
- Pichler, H., and Friedrich, W. (1976) "Radiocarbon dates of Santorini volcanics" Nature (London) 262, 373-374

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