Solr Search · GéoProdig, portail d'information géographique

Tectonics of the Caucasus and adjoining regions: implications for the evolution of the Tethys ocean in Tectonics. A selection of papers.
Asie ; Asie du Sud-Ouest ; Géographie de l'Asie ; Kavkaz ; Mésozoïque ; Ophiolite ; Paléozoïque ; Tectonique ; Tectonique de plaques ; Tectonique globale ; Tethys ; URSS d'Europe

Mid-Mesozoic closure of Permo-Triassic Tethys and its implications
Data from the northern Tethyan domain indicate that Permo-Triassic Palaeo-Tethys closed between the late Triassic and the mid-Jurassic. This closure was caused by the collision with Laurasia of a Cimmerian continent rifted away from northen Gondwana
land during the Triassic. The Neo-Tethys may have opened partly as a back-arc basin over the Palaeo-Tethyan subduction zone and rotation of the Cimmerian continent may have been partially responsible for mid-Mesozoic block faulting in extra-Alpine

Early development of Tethys and Jurassic ophiolite displacement
Asie ; Asie du Sud-Ouest ; Crétacé ; Datation ; Datation Ar-Ar ; Ere secondaire ; Géographie physique ; Iran ; Jurassique ; Makran ; Mésozoïque ; Ophiolite ; Tectonique ; Tectonique de plaques ; Tectonique globale ; Tethys ; Zagros

In the last years different paleogeographic reconstructions of the Central Mediterranean area depict the Panormide Carbonate Platform in a complex geodynamic area between two oceans: the Ionian Tethys to the east and the Alpine Tethys to west
. However two different solutions are proposed : a continental bridge separating the two oceanic areas or an oceanic connection between Ionian and Alpine Tethys. The Panormide Platform is a key sector in this issue. - (NF)

The Mediterranean sea, a remainder of the Tethys is still at present in a narrowing, dying phase because of the continuous approachement of Africa to Europe. (CK).

Eustatic cycles and tectonics in the Cretaceous shallow Tethys, Central-Southern Apennines

Asie ; Chine ; Chine, Sud-Ouest ; Cénozoïque ; Géographie de l'Asie ; Géomorphogenèse ; Mésozoïque ; Paléozoïque ; Tectogenèse ; Tectonique ; Tectonique globale ; Tethys ; Tibet

Asie ; Asie du Sud ; Gondwana ; Géographie de l'Asie ; Himalaya ; Inde ; Paléogéographie ; Paléozoïque ; Permien ; Tethys ; Tibet

and in northern continents indicates that the Tethys and Arctic oceans were connected.

Neotectonic and climatic impressions in the zone of Trans Himadri Fault (THF), Kumaun Tethys Himalaya, India : A case study from palaeolake deposits
Late Quaternary tectonic activity on a NW-SE trending fault within the Trans Himadri Fault (THF) zone in lower reaches of the Milam glacier (Indian Tethys Himalaya) resulted in development of a lake around 23 ka BP. The remnants of the ancient lake

Etude d'une portion de l'arc andésitique développé au Crétacé à travers l'Asie du Sud face à la Tethys. (CM).

Calcaire à fusulinidés ; Gondwana ; Géographie de l'Océanie ; Nouvelle-Zélande ; Paléogéographie ; Paléozoïque ; Permien ; Tethys

is introduced : the eastward displacement of the Pacific basin relative to the Earth's crust. New connotations are also introduced : Pangaea is used for all continent crust, past and present, Tethys and Iapetus are taken as synonymous with the Pacific

La Méditerranée est une mer intercontinentale entre l'Europe, l'Afrique et l'Asie. Elle se différencie en bassins et crêtes sous-marines résultant de la tectonique des plaques. L'A. insiste sur l'évolution de la paléo-Téthis, la crise de salinité au

-Tethys domain, where sedimentological and stratigraphic data allow to check climate simulation results against geological data. The climatic simulations show that paleoclimates differ between Western Europe and North Africa. In Western Europe

Couverture végétale ; Evolution du relief ; Gondwana ; Laurasie ; Paléogéographie ; Paléozoïque ; Permien ; Tethys

as a consequence of the subduction of the Alpine Tethys. The Late Cretaceous SEFB is the prolongation on the European foreland of the Alpine subduction trench.

Résultats de la recherche (18 résultats)