Long-Term Morphotectonic Evolution of the Southern Apennines (Italy)
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New morphometrical data, derived by means of Gis analysis on SRTM data from the Southern Apennine fold and thrust belt, highlight the extension of the post-orogenic uplift from the Bradanic foredeep to the outer side of the chain. These data, together with field data from the larger wedge-top basin of the Southern Apennine (the Sant'Arcangelo basin, Lucania region) and with Apatite Fission Track and AHe data, suggest that the Monte Alpi area (where the Apulia foreland crops out) has experienced the highest surface uplift, which is also related to the occurrence of detachment faulting that affe...
New morphometrical data, derived by means of Gis analysis on SRTM data from the Southern Apennine fold and thrust belt, highlight the extension of the post-orogenic uplift from the Bradanic foredeep to the outer side of the chain. These data, together with field data from the larger wedge-top basin of the Southern Apennine (the Sant'Arcangelo basin, Lucania region) and with Apatite Fission Track and AHe data, suggest that the Monte Alpi area (where the Apulia foreland crops out) has experienced the highest surface uplift, which is also related to the occurrence of detachment faulting that affected the allochthonous cover units during the late stages of compression.
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