Thèse publiée dans la collection des Mémoires de Géosciences Rennes (ISSN 1240-1498) : Mémoire n° 106 (ISBN 2-914375-14-X)Central Brittany is a particular domain of the Hercynian belt of western Europe that suffered limited thickening during continental collision. It is bounded by two major dextral strike-slip zones. The present study argues that a large part of Central Brittany has been deformed by simple shear. A kinematic model based on a geostatistical analysis of structural data allowed to restore the strain in the area and to examine consequences along its faulted borders. South of Central Brittany, restoration of the deformation was further performed using new geophysical data that show that shearing of this domain was accommodated b...
International audienceThis paper combines geological knowledge and geophysical imagery at the crusta...
International audienceThis paper combines geological knowledge and geophysical imagery at the crusta...
International audienceThis paper combines geological knowledge and geophysical imagery at the crusta...
Thèse publiée dans la collection des Mémoires de Géosciences Rennes (ISSN 1240-1498) : Mémoire n° 10...
Abstract: Central Brittany comprises a major shear belt formed during the Hercynian Orogeny. In this...
International audienceThe Hercynian Armorican belt is made of different tectonic domains separated b...
International audienceThe Hercynian Armorican belt is made of different tectonic domains separated b...
International audienceThe Hercynian Armorican belt is made of different tectonic domains separated b...
International audienceA synthesis of existing geological, structural and geophysical data shows that...
International audienceA synthesis of existing geological, structural and geophysical data shows that...
International audienceA synthesis of existing geological, structural and geophysical data shows that...
International audienceA synthesis of existing geological, structural and geophysical data shows that...
Jury: Guilhem Barruol Examinateur Jean-Pierre Brun Invité Michel Granet Directeur de thèse Eduard Ki...
Jury: Guilhem Barruol Examinateur Jean-Pierre Brun Invité Michel Granet Directeur de thèse Eduard Ki...
Jury: Guilhem Barruol Examinateur Jean-Pierre Brun Invité Michel Granet Directeur de thèse Eduard Ki...
International audienceThis paper combines geological knowledge and geophysical imagery at the crusta...
International audienceThis paper combines geological knowledge and geophysical imagery at the crusta...
International audienceThis paper combines geological knowledge and geophysical imagery at the crusta...
Thèse publiée dans la collection des Mémoires de Géosciences Rennes (ISSN 1240-1498) : Mémoire n° 10...
Abstract: Central Brittany comprises a major shear belt formed during the Hercynian Orogeny. In this...
International audienceThe Hercynian Armorican belt is made of different tectonic domains separated b...
International audienceThe Hercynian Armorican belt is made of different tectonic domains separated b...
International audienceThe Hercynian Armorican belt is made of different tectonic domains separated b...
International audienceA synthesis of existing geological, structural and geophysical data shows that...
International audienceA synthesis of existing geological, structural and geophysical data shows that...
International audienceA synthesis of existing geological, structural and geophysical data shows that...
International audienceA synthesis of existing geological, structural and geophysical data shows that...
Jury: Guilhem Barruol Examinateur Jean-Pierre Brun Invité Michel Granet Directeur de thèse Eduard Ki...
Jury: Guilhem Barruol Examinateur Jean-Pierre Brun Invité Michel Granet Directeur de thèse Eduard Ki...
Jury: Guilhem Barruol Examinateur Jean-Pierre Brun Invité Michel Granet Directeur de thèse Eduard Ki...
International audienceThis paper combines geological knowledge and geophysical imagery at the crusta...
International audienceThis paper combines geological knowledge and geophysical imagery at the crusta...
International audienceThis paper combines geological knowledge and geophysical imagery at the crusta...