Application of different thermochronological methods to two areas of pronounced relief (Apuane Alps and Mt. Falterona ) of the Northern Apennines chain documents an average exhumation rate of about 0:7 mm=yr: This result suggests that the general exhumation of the chain is driven mainly by erosion. Nevertheless, the long-term exhumation trend seems to be perturbed by shortterm events at higher exhumation rates. The time of increased exhumation rates coincides with onset of intramontane sedimentation, documenting a contribution of tectonics (local normal faulting?) to the surface uplift. The data indicate an eastward shifting of the onset of topographic relief, Early Pliocene in the Apuane Alps and Early Pleistocene in the Mt. Falterona are
The Monte Alpi area of the Southern Apennines represents the only sector of the thrust belt where th...
The metamorphic core of the Northern Apennines is exposed in the Alpi Apuane which form a topographi...
The Ligurian Alps segment of the Alpine-Apennine orogen in NW Italy is unconformably covered by Uppe...
Over a variety of mountain belts, evidence that erosion rates are comparable with exhumation rates s...
none5In active orogens spatial variations in exhumation rates are reflected by different cooling age...
basin and sedimentary supply rates, formerly to the Northern Apennine Foredeep and at present o the ...
Apatite fission track ages of 20 samples collected from turbidite successions deposited in foreland ...
In the southern Apennines, low-temperature thermochronometry data indicate that exhumation of previ...
Analysis of new detrital apatite fission-track (AFT) ages from modern river sands, published bedrock...
Stratigraphic and structural data indicate that, at the beginning of the Miocene, the frontal part o...
We review the burial-exhumation history of sedimentary units along the Apennines, focussing on paleo...
In the Northern Apennines of Italy the Ligurian and Subligurian Units (LSU) represent far-travelled/...
In the Northern Apennines of Italy the Ligurian and Subligurian Units (LSU) represent far-travelled/...
In many young orogens of the Mediterranean region, Quaternary tectonics and regional uplift are trad...
The Apennine Range is a young convergent orogen that formed over a retreating subduction zone. T...
The Monte Alpi area of the Southern Apennines represents the only sector of the thrust belt where th...
The metamorphic core of the Northern Apennines is exposed in the Alpi Apuane which form a topographi...
The Ligurian Alps segment of the Alpine-Apennine orogen in NW Italy is unconformably covered by Uppe...
Over a variety of mountain belts, evidence that erosion rates are comparable with exhumation rates s...
none5In active orogens spatial variations in exhumation rates are reflected by different cooling age...
basin and sedimentary supply rates, formerly to the Northern Apennine Foredeep and at present o the ...
Apatite fission track ages of 20 samples collected from turbidite successions deposited in foreland ...
In the southern Apennines, low-temperature thermochronometry data indicate that exhumation of previ...
Analysis of new detrital apatite fission-track (AFT) ages from modern river sands, published bedrock...
Stratigraphic and structural data indicate that, at the beginning of the Miocene, the frontal part o...
We review the burial-exhumation history of sedimentary units along the Apennines, focussing on paleo...
In the Northern Apennines of Italy the Ligurian and Subligurian Units (LSU) represent far-travelled/...
In the Northern Apennines of Italy the Ligurian and Subligurian Units (LSU) represent far-travelled/...
In many young orogens of the Mediterranean region, Quaternary tectonics and regional uplift are trad...
The Apennine Range is a young convergent orogen that formed over a retreating subduction zone. T...
The Monte Alpi area of the Southern Apennines represents the only sector of the thrust belt where th...
The metamorphic core of the Northern Apennines is exposed in the Alpi Apuane which form a topographi...
The Ligurian Alps segment of the Alpine-Apennine orogen in NW Italy is unconformably covered by Uppe...