International audienceThe Lower Cretaceous corresponds, in northwestern Europe, to a period of significant extension with the rifting of the Bay of Biscay and its eastern prolongation, the Parentis Basin. This basin has a long history of rifting and several important discontinuities between the uppermost Jurassic and the Albian (at the top of the Jurassic, top of the Barremian and at the Aptian-Albian boundary). North of this basin i.e. the Aquitaine Platform, the sedimentation is very patchy, the few known Lower Cretaceous deposits suggest continental conditions during this period. Preliminary work carried out on some deep boreholes located on the Aquitaine platform reconstructed temperatures by thermochronology (apatite fission track on T...
International audienceThe Aquitaine Basin is closely linked to the evolution of the Pyrenees, provid...
International audienceDocumenting surface uplift of basement areas is challenging, usually due to la...
International audienceApatite fission-track and (U-Th)/He thermochronometry have been applied to inv...
International audienceThe Lower Cretaceous corresponds, in northwestern Europe, to a period of signi...
International audienceThe Lower Cretaceous corresponds, in northwestern Europe, to a period of signi...
The paleogeography during Early Cretaceous of the northern margin of the Ligurian Tethys is poorly c...
International audienceThe Malm-Lower Cretaceous period is often considered to represent a period of ...
International audienceLow-temperature thermochronology data have been acquired from outcrop samples ...
International audienceReconstitution of the geometry of sedimentary basins is fundamental to underst...
International audienceThe Pyrenean belt is resulting in the inversion of several lower Cretaceous ba...
International audienceDuring the early Cretaceous, successive tectonic phases and several sea level ...
International audienceThe aim of this study is to decipher the respective influences of geodynamic a...
Located in the foreland domain of the Alpine and Pyrenean mountain belts, the French Massif Central ...
International audienceThe Aquitaine Basin is closely linked to the evolution of the Pyrenees, provid...
International audienceDocumenting surface uplift of basement areas is challenging, usually due to la...
International audienceApatite fission-track and (U-Th)/He thermochronometry have been applied to inv...
International audienceThe Lower Cretaceous corresponds, in northwestern Europe, to a period of signi...
International audienceThe Lower Cretaceous corresponds, in northwestern Europe, to a period of signi...
The paleogeography during Early Cretaceous of the northern margin of the Ligurian Tethys is poorly c...
International audienceThe Malm-Lower Cretaceous period is often considered to represent a period of ...
International audienceLow-temperature thermochronology data have been acquired from outcrop samples ...
International audienceReconstitution of the geometry of sedimentary basins is fundamental to underst...
International audienceThe Pyrenean belt is resulting in the inversion of several lower Cretaceous ba...
International audienceDuring the early Cretaceous, successive tectonic phases and several sea level ...
International audienceThe aim of this study is to decipher the respective influences of geodynamic a...
Located in the foreland domain of the Alpine and Pyrenean mountain belts, the French Massif Central ...
International audienceThe Aquitaine Basin is closely linked to the evolution of the Pyrenees, provid...
International audienceDocumenting surface uplift of basement areas is challenging, usually due to la...
International audienceApatite fission-track and (U-Th)/He thermochronometry have been applied to inv...