mouvement des plaques – English Translation – Keybot Dictionary

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  2 Hits ejournal8.com  
Quelle incidence le mouvement des plaques tectoniques a-t-il dans ta région?
Sample questions to support inquiry with students:
  banduawargames.com  
Expliquer le mouvement des plaques tectoniques.
Explain the movement of tectonic plates
  metalpartss.com  
la séismologie instrumentale qui mesure les mouvements du sol, détecte, localise et étudie les séismes à travers le monde. Cette étude se poursuit par l'étude du mouvement des plaques, des tensions interplaques, de la nature des frontières entre les plaques et de la morphologie des failles.
Instrumental seismology, which aims at measuring ground motions, detect, localize and study earthquakes in the world. This study cares also about plate motions, interplate stresses, the properties of the plate boundaries and the fault morphology.
  www.photon.ece.mcgill.ca  
la séismologie instrumentale qui mesure les mouvements du sol, détecte, localise et étudie les séismes à travers le monde. Cette étude se poursuit par l'étude du mouvement des plaques, des tensions interplaques, de la nature des frontières entre les plaques et de la morphologie des failles.
Instrumental seismology, which aims at measuring ground motions, detect, localize and study earthquakes in the world. This study cares also about plate motions, interplate stresses, the properties of the plate boundaries and the fault morphology.
  www.deciocarvalho.com  
la séismologie instrumentale qui mesure les mouvements du sol, détecte, localise et étudie les séismes à travers le monde. Cette étude se poursuit par l'étude du mouvement des plaques, des tensions interplaques, de la nature des frontières entre les plaques et de la morphologie des failles.
Instrumental seismology, which aims at measuring ground motions, detect, localize and study earthquakes in the world. This study cares also about plate motions, interplate stresses, the properties of the plate boundaries and the fault morphology.
  2 Hits www.rncan.gc.ca  
Des observations continues faites à des stations de référence GPS  à travers le monde permettent de suivre le mouvement des plaques tectoniques. La plaque nord-américaine tourne dans le sens anti-horaire à raison d’environ 2 cm par année.
Continuous observations at GPS reference stations worldwide permits the monitoring of tectonic plate motion.  The North American Tectonic plate rotates in a counter-clockwise direction at a rate of approximately 2 cm per year. Two regions of Canada experience major regional seismic and tectonic activity: the West Coast and the Lower St-Laurence valley.
  7 Hits www.nrcan.gc.ca  
Des observations continues faites à des stations de référence GPS  à travers le monde permettent de suivre le mouvement des plaques tectoniques. La plaque nord-américaine tourne dans le sens anti-horaire à raison d’environ 2 cm par année.
Continuous observations at GPS reference stations worldwide permits the monitoring of tectonic plate motion.  The North American Tectonic plate rotates in a counter-clockwise direction at a rate of approximately 2 cm per year. Two regions of Canada experience major regional seismic and tectonic activity: the West Coast and the Lower St-Laurence valley.
  www.sitesakamoto.com  
Trois cratères alignés Mais pourquoi la fracture se déplaçait vers l'ouest? Je lui ai expliqué qu'il est généré par le mouvement des plaques tectoniques en mouvement dans cette direction. Pour cette raison,, du côté argentin des volcans des Andes sont uniquement côté chilien tandis que il ya beaucoup de cônes en activité.
Three craters aligned But why the fracture was moving westward? I explained that it is generated by the movement of tectonic plates moving in that direction. For this reason, the Argentine side of the Andes are extinct volcanoes only Chilean side while there are plenty of active cones. We could almost say that Copahue is the firing of Argentina. In a few thousand years a new crater appears on the Chilean side. Meanwhile Copahue can still act up from time to time ...
  2 Hits sciencepress.mnhn.fr  
Les cellules de convexion du manteau terrestre animées par l'énérgie géothermique, mécanisme retenu par les tenants de la théorie de la Tectonique globale, ne constituent pas, à leurs yeux, un mécanisme convaincant pour expliquer le mouvement des plaques.
There are four possibilities concerning the size of the Earth, which impinge on all theories of its global-scale tectonic evolution - a) its radius has remained constant through geologic time (the constant 'r' hypothesis underpins much past and current thought in the Theory of Plate Tectonics); b) its radius has increased with the passage of geologic time (the increasing 'r' hypothesis is the main proposition of the Expanding Earth Theory); its radius has decreased with the passage of geological time (an early idea put forward to explain the existence of the world's fold mountain belts); and d) its radius has fluctuated over geological time, sometimes increasing, sometimes decreasing (an idea put forward to explain the existence of both compressional and tensional structures in the Earth's crust). The first two parts of this paper deal with two of the above competing theories of global tectonics - a) the Plate Tectonics Theory in a globe of constant 'r', and b) the Expanding Earth Theory in which 'r' has increased over geologic time. Examination of these theories indicates that there are serious difficulties in reconciling the available geological data with the Plate Tectonics paradigm in which it is almost universally assumed that the globe has remained constant in size and the oceans constant in volume through geological time. Many of the inconsistencies disappear if the same data are viewed within a model of an expanding Earth, as long as appropriately sized globes are used for plotting up the data. The third section of the paper examines the periodicity of events in the lithosphere, hydrosphere, atmosphere and biosphere and relates these to episodic changes in the orientation of the axis of rotation of Earth which induce changes in the Sun/Earth relationship and the development of tremendous stresses and strains in the fabric of the globe, as well as other effects. The causes of such changes are thelmselves related to alterations of the Earth's fabric during Earth Expansion, principally due to unevenly distributed generation of oceanic crust at spreading ridges, which induces imbalance in the global gyroscope. The third part also looks at some of the secular changes that have occurred in various Earth systems, including the biosphere, hydrosphere and atmosphere. The paper ends with several major conclusions which attempt to explain the evidently close relationship that existed between events in the lithosphere, hydrosphere, atmosphere and biosphere.