Hyblean Plateau Dataset - SupMat egusphere-2024-85
EasyData
New satellite geodetic data challenge our knowledge of the deformation mechanisms driving the active deformations affecting Southeastern Sicily. The PS-InSAR measurements evidence a generalized subsidence and an eastward tilting of the Hyblean Plateau combined with a local relative uplift along its eastern coast. To find a mechanical explanation for the present-day strain field, we investigate short and large-scale surface-to-crustal deformation processes. Geological and geophysical data suggest that the southward migration of the Calabrian subduction could be the causative geodynamic process. Amélie Viger et al. Solid Earth, 2024
Collection: INTERSEISMIC AND LONG-TERM DEFORMATION OF SOUTHEASTERN SICILY DRIVEN BY THE IONIAN SLAB ROLL-BACK
creationMay 31, 2024revisionAug 1, 2024publicationAug 1, 2024
Temporal CoverageJan 1, 2020Jun 1, 2024
Overview
Lineage
UMR 5243 Géosciences Montpellier CNRS - Université de Montpellier
Links
Downloads
- SUPPLEMENTARY_MATERIAL_VIGER_et_al_2024.pdf
- Viger_2024_Hyblean_Plateau_GNSS_Henriquet2022_Processed_and_Extended_2023.dat
- Viger_2024_Hyblean_Plateau_PSInSAR_Henriquet2022_Up_Component.xyu
- README.txt
Geolinks
- No links available
Others
- Link to Original Record [easydata.earth] This metadata comes from easydata.earth
- Digital Object Identifier (DOI)
Contacts
Data Terra
Keywords
Constraints
Licence
unrestricted
Other restrictions
CC-BY-4.0