Gneissic domes and granitoid plutons are extremely frequent objectsIn the metamorphic zones of the orogenic domains. Consider them together andAttempt to analyze by the same method aims to understand why, where, and howThe ascending gravity instabilities (diapirism) develop during the orogeny.Whether orogeny itself is a consequence of gravitational instability, orIf mountain chains can result only from a gravitational instability is outsideOf the framework of this thesis.Les dômes gneissiques et les plutons granitoïdes sont des objets extrêmement fréquentsdans les zones métamorphiques des domaines orogéniques. Les considérer ensemble et ententer une analyse par une même méthode a pour objectif de comprendre pourquoi, où, et commentse dévelo...
Deep-seated gravitational slope deformations have slow displacement rates and can reach the size of ...
Morphodynamic principles of alpine mountainous geosystems. The aim of this paper is to investigate ...
Abstract Previous works have proposed gravitational collapse as the driving mechanism of extensional...
Gneissic domes and granitoid plutons are extremely frequent objectsIn the metamorphic zones of the o...
The nature of occurrence of diapiric plutonic masses, in the eastern half of Pyrenees, has imp...
Late Neogene culminating high planation surfaces can be observed through all the internal areas of t...
Slope movements are one of the principal factors for mountain belts erosion and represent also a dec...
International audienceThe western part of the Argentera–Mercantour massif (French Alps) hosts very l...
The mountain ranges are witnesses of disturbances and thermal and mechanical readjustments at the pa...
SUMMARY: Two gravity-driven tectonic processes are common in orogenic belts, such as the Scandinavi...
Les déstabilisations gravitaires de grande ampleur ont souvent été étudiées mais rarement à l échell...
After a description of the possible conditions of initiation of geological rapid gravitational movem...
Deep-seated gravitational slope deformations have slow displacement rates and can reach the size of ...
Morphodynamic principles of alpine mountainous geosystems. The aim of this paper is to investigate ...
Abstract Previous works have proposed gravitational collapse as the driving mechanism of extensional...
Gneissic domes and granitoid plutons are extremely frequent objectsIn the metamorphic zones of the o...
The nature of occurrence of diapiric plutonic masses, in the eastern half of Pyrenees, has imp...
Late Neogene culminating high planation surfaces can be observed through all the internal areas of t...
Slope movements are one of the principal factors for mountain belts erosion and represent also a dec...
International audienceThe western part of the Argentera–Mercantour massif (French Alps) hosts very l...
The mountain ranges are witnesses of disturbances and thermal and mechanical readjustments at the pa...
SUMMARY: Two gravity-driven tectonic processes are common in orogenic belts, such as the Scandinavi...
Les déstabilisations gravitaires de grande ampleur ont souvent été étudiées mais rarement à l échell...
After a description of the possible conditions of initiation of geological rapid gravitational movem...
Deep-seated gravitational slope deformations have slow displacement rates and can reach the size of ...
Morphodynamic principles of alpine mountainous geosystems. The aim of this paper is to investigate ...
Abstract Previous works have proposed gravitational collapse as the driving mechanism of extensional...