This study is a step forward in understanding the palaeoenvironmental effects of the Minoan eruption of Santorini (1627–1600 BCE). We employ geostatistics to produce a prediction map for the thickness of the tephra fallout over the Eastern Mediterranean, and we reconstruct the effects by comparisons with recent eruption analogues. Based on the geostatistical map, the amount of environmental disruption over so far undocumented areas is estimated by comparison with archaeological sites where emplaced Minoan tephra has been recorded before. Nevertheless, independent field evidence suggest that the environment responded differently in places, occasionally posing challenges to the presented interpolation. A second line of evidence coming from co...
Volcanic eruptions are natural hazards that may have severe impact on the environment and on human s...
International audienceA geomorphological survey immediately west of the Minoan town of Malia (Crete)...
A discussion of the archaeological indications of the impact of the eruption on Minoan societ
This study is a step forward in understanding the palaeoenvironmental effects of the Minoan eruption...
Co-auteur étrangerInternational audienceOne of the best known places on Earth where volcanology meet...
One of the best known places on Earth where volcanology meets archaeology and history is the volcani...
A tephra layer originating from the mid-second millennium BC (3300 14C yr BP) ‘Minoan’ eruption of S...
A tephra layer originating from the mid-second millennium bc (~3300 14C yr BP) ‘Minoan’ eruption of ...
This paper explores the probability of a causal relationship between the eruption of the volcano on ...
The paroxysmal eruption of Santorini (ca. 3500 BP), referred to as the Late Bronze Age (LBA) eruptio...
This thesis examines Late Minoan Settlements in Crete that were destroyed or abandoned due to the co...
The advection–diffusion model TEPHRA2 has been used in conjunction with the downhill simplex method ...
A tephra layer originating from the mid-second millennium BC (3300 14C yr BP) ‘Minoan’ eruption of S...
The site of Malia, on the northwest coast of Crete, is a good case study for geoarchaeology. A Minoa...
The Minoan Thera eruption of the Bronze Age is the most significant Aegean explosive volcanism. The ...
Volcanic eruptions are natural hazards that may have severe impact on the environment and on human s...
International audienceA geomorphological survey immediately west of the Minoan town of Malia (Crete)...
A discussion of the archaeological indications of the impact of the eruption on Minoan societ
This study is a step forward in understanding the palaeoenvironmental effects of the Minoan eruption...
Co-auteur étrangerInternational audienceOne of the best known places on Earth where volcanology meet...
One of the best known places on Earth where volcanology meets archaeology and history is the volcani...
A tephra layer originating from the mid-second millennium BC (3300 14C yr BP) ‘Minoan’ eruption of S...
A tephra layer originating from the mid-second millennium bc (~3300 14C yr BP) ‘Minoan’ eruption of ...
This paper explores the probability of a causal relationship between the eruption of the volcano on ...
The paroxysmal eruption of Santorini (ca. 3500 BP), referred to as the Late Bronze Age (LBA) eruptio...
This thesis examines Late Minoan Settlements in Crete that were destroyed or abandoned due to the co...
The advection–diffusion model TEPHRA2 has been used in conjunction with the downhill simplex method ...
A tephra layer originating from the mid-second millennium BC (3300 14C yr BP) ‘Minoan’ eruption of S...
The site of Malia, on the northwest coast of Crete, is a good case study for geoarchaeology. A Minoa...
The Minoan Thera eruption of the Bronze Age is the most significant Aegean explosive volcanism. The ...
Volcanic eruptions are natural hazards that may have severe impact on the environment and on human s...
International audienceA geomorphological survey immediately west of the Minoan town of Malia (Crete)...
A discussion of the archaeological indications of the impact of the eruption on Minoan societ