The current configuration of the archeological area of Rome and the Palatin Hill, lends well to describing the relationship between a city and the natural hazards that threaten itself. The monuments, the built structures, and the archeological remains with the relative foundation soils, both man-made and natural, are here depicted on geological section based on the most recent geo-archeological studies to visualize the conditions such as: the morphology and the buried morpho-stratigraphic structure, wich expert acconditioning on the city development on natural risks factors (effects of amplification of seismic waves, flood phenomena, slope instability).
A virtual field trip in the archeological area of Rome. From the geological to the seismological viewpoint
Iolanda Gaudiosi;Margherita Giuffrè;Marco Mancini;Edoardo Peronace;Maria Sole Benigni;Gian Paolo Cavinato;Monia Coltella;Cristina Di Salvo;Massimiliano Moscatelli;Francesco Pennica;Federica Polpetta;Attilio Porchia;Maurizio Simionato;Francesco Stigliano;Daniel Tentori;Chiara Varone;Francesco Versino
2023
Abstract
The current configuration of the archeological area of Rome and the Palatin Hill, lends well to describing the relationship between a city and the natural hazards that threaten itself. The monuments, the built structures, and the archeological remains with the relative foundation soils, both man-made and natural, are here depicted on geological section based on the most recent geo-archeological studies to visualize the conditions such as: the morphology and the buried morpho-stratigraphic structure, wich expert acconditioning on the city development on natural risks factors (effects of amplification of seismic waves, flood phenomena, slope instability).I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
