The Himalayan-Tibetan orogen, formed primarily due to the India-Asia collision, represents a complex interplay of collisional tectonics, climate and environmental processes. However, its paleogeographic evolution, as well as the timing of the collision itself, remain the subject of intense debate. This controversy is partly the result of understudying major components of the Himalayan orogen. At the eastern edge of the orogen, the paleogeography of the Burma Terrane (Myanmar) is particularly uncertain but key for solving the India-Asia collision puzzle. Therefore, this thesis presents a complete set of Late Cretaceous to Miocene paleomagnetic data from the Burma Terrane. With sedimentology and geochronology data, these results were incorpor...
International audienceCenozoic collision between India and Eurasia produced the Himalayan-Tibetan or...
Lower Miocene conglomerates crop out along the length of the Yarlung Tsangpo suture zone on the sout...
Paul TAPPONNIER, rapporteur; Eric CALAIS, rapporteur; Boudewijn AMBROSIUS, examinateur;Pierre VERGEL...
The Himalayan-Tibetan orogen, formed primarily due to the India-Asia collision, represents a complex...
International audienceThe paleogeographic evolution of the India-Asia collision and the resulting fo...
International audienceThe Burma Terrane (Myanmar) played an important role in the India-Asia collisi...
The Burma Terrane (Myanmar) played an important role in the India‐Asia collision and moved over 2,00...
International audienceThe geological history of the Burmese subduction margin, where India obliquely...
The West Burma Terrane (WBT) is a small terrane bounded to the east by the Asian Sibumasu Block and ...
International audienceConvergence between the Indian and Asian plates has reshaped large parts of As...
The West Burma Terrane (WBT) is a small terrane bounded to the east by the Asian Sibumasu Block and ...
National audienceRecent paleomagnetic data from Myanmar demonstrate that the Burma Terrane (BT)under...
International audience<p>Recent paleomagnetic data from early Late Cretaceous and late Eocene ...
The enigmatic geodynamic processes involved in the India-Asia collision shape our understanding of u...
International audienceCenozoic collision between India and Eurasia produced the Himalayan-Tibetan or...
Lower Miocene conglomerates crop out along the length of the Yarlung Tsangpo suture zone on the sout...
Paul TAPPONNIER, rapporteur; Eric CALAIS, rapporteur; Boudewijn AMBROSIUS, examinateur;Pierre VERGEL...
The Himalayan-Tibetan orogen, formed primarily due to the India-Asia collision, represents a complex...
International audienceThe paleogeographic evolution of the India-Asia collision and the resulting fo...
International audienceThe Burma Terrane (Myanmar) played an important role in the India-Asia collisi...
The Burma Terrane (Myanmar) played an important role in the India‐Asia collision and moved over 2,00...
International audienceThe geological history of the Burmese subduction margin, where India obliquely...
The West Burma Terrane (WBT) is a small terrane bounded to the east by the Asian Sibumasu Block and ...
International audienceConvergence between the Indian and Asian plates has reshaped large parts of As...
The West Burma Terrane (WBT) is a small terrane bounded to the east by the Asian Sibumasu Block and ...
National audienceRecent paleomagnetic data from Myanmar demonstrate that the Burma Terrane (BT)under...
International audience<p>Recent paleomagnetic data from early Late Cretaceous and late Eocene ...
The enigmatic geodynamic processes involved in the India-Asia collision shape our understanding of u...
International audienceCenozoic collision between India and Eurasia produced the Himalayan-Tibetan or...
Lower Miocene conglomerates crop out along the length of the Yarlung Tsangpo suture zone on the sout...
Paul TAPPONNIER, rapporteur; Eric CALAIS, rapporteur; Boudewijn AMBROSIUS, examinateur;Pierre VERGEL...