0000000000384860

AUTHOR

Marco Moro

showing 2 related works from this author

Geomorphological and geophysical investigations to study the landslide affecting the archaeological site of abakainon

2016

In recent years, a detailed archeoseismological investigation has been carried out in the necropolis of Abakainon in order to identify traces of an ancient earthquake. Although the identification of seismic damage was undoubtedly attributed to the 1st century AD earthquake, it was hypothesised that the level of damaging observed in the necropolis, as well as the counter slope tilting of the tomb basements may have also caused by a seismo-induced landslide, which produced locally an amplification of the seismic shaking. In order to identify the landslide, on which the Greek site lies, detailed geomorphological and geophysical surveys have been carried out. The research was directed to the ac…

landslidearcheo-seismologyEngineering geologyLandslideGeophysicsresistivityTectonicsAbakainonSettore GEO/11 - Geofisica ApplicataSeismic refractionElectrical resistivity tomographyrefraction seismicMicrotremorEconomic geologyPalaeogeographyGeomorphologySeismologyGeology
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Recognition of earthquake-induced damage in the Abakainon necropolis (NE Sicily): results from geo-morphological, geophysical and numerical analyses

2017

Seismotectonic activity and slope instability are a permanent threat in the archaeological site of Abakainon and in the nearby village of Tripi in NE Sicily. In recent times, signs of an ancient earthquake have been identified in the necropolis of Abakainon which dating was ascertained to the first century AD earthquake. The site is located on a slope of Peloritani Mts. along the Tindari Fault Line and contains evidence for earthquake-induced landslide, including fallen columns and blocks, horizontal shift and counter slope tilting of the tomb basements. In this paper, we used an integrated geomorphological and geophysical analysis to constrain the landslide. The research was directed to th…

landslide010504 meteorology & atmospheric sciencesseismic site effectsSRT010502 geochemistry & geophysics01 natural sciencesSeismic waveGeochemistry and PetrologySettore GEO/11 - Geofisica ApplicataNE SicilySeismic refractionElectrical resistivity tomographyHistorical earthquake landslide ERT SRT seismic site effects numerical simulation NE Sicily.0105 earth and related environmental sciencesSeismic loadingLandslideSeismic site effectsGeophysicsGeophysicsAge estimationnumerical simulationWestern europeERTHistorical earthquakeSeismologyGeology
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