The evolution of fold-and-thrust systems developed at the expenses of pre-orogenic extensional basins ismainly achievedbyreactivation, truncation of precursor structures, orbyvariable combination of these two distinct modes of propagation of compressional deformation during positive tectonic inversion. An overview of three selected examples from the Central-Northern Apennines of peninsular Italy towards the nearbyAdriatic foreland domain illustrates that reactivation, truncation orcombinations of these two processes of precursor fault deformation tend to be dominant proceeding from forelands towards orogenic interiors, suggesting a correlation between modes of deformation during inversion and their spatial distribution across orogenic belts.
Tavarnelli, E., Calamita, F., Pace, P., Scisciani, V. (2026). Structural inheritance within the outer zones of arcuate collisional orogens: A case from the Central-Northern Apennine orogenic system. BULLETIN DE LA SOCIÉTÉ GÉOLOGIQUE DE FRANCE, 197 [10.1051/bsgf/2026001].
Structural inheritance within the outer zones of arcuate collisional orogens: A case from the Central-Northern Apennine orogenic system
Tavarnelli, Enrico
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2026-01-01
Abstract
The evolution of fold-and-thrust systems developed at the expenses of pre-orogenic extensional basins ismainly achievedbyreactivation, truncation of precursor structures, orbyvariable combination of these two distinct modes of propagation of compressional deformation during positive tectonic inversion. An overview of three selected examples from the Central-Northern Apennines of peninsular Italy towards the nearbyAdriatic foreland domain illustrates that reactivation, truncation orcombinations of these two processes of precursor fault deformation tend to be dominant proceeding from forelands towards orogenic interiors, suggesting a correlation between modes of deformation during inversion and their spatial distribution across orogenic belts.| File | Dimensione | Formato | |
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https://hdl.handle.net/11365/1314834
