The concept of a stressed elastic lithospheric plate riding on a viscous asthenosphere is used to calculate the recurrence interval of great earthquakes at convergent plate boundaries, the separation of decoupling and lithospheric earthquakes, and the migration pattern of large earthquakes along an arc. It is proposed that plate motions accelerate after great decoupling earthquakes and that most of the observed plate motions occur during short periods of time, separated by periods of relative quiescence
The original kinematic plate tectonic model proposed that the outer shell (lithosphere) of the Eart...
Abstract: A long vertical strike-slip fault is taken to be situated in a layered elastic crust in w...
Convergent plate margins occur when two adjoining tectonic plates come together to form either a sub...
The concept of a stressed elastic lithospheric plate riding on a viscous asthenosphere is used to ca...
Earthquakes, volcanoes, active faults, and mountains tend to occur in long, linear belts on the Ea...
Plate tectonics is the root concept underpinning our current knowledge of how Earth's internal dynam...
The processes occurring on the Earth are controlled by several gradients. The surface of the Planet ...
Relevance. Earthquakes occur in the space of tectonic plates during their mutual (relative) movement...
A microplate is modelled as an elastic plate with two long strike‐slip boundaries, lying over a Maxw...
The mobility of the lithosphere over a weaker asthenosphere constitutes the essential element of pla...
Since the theory of plate tectonics was first proposed thirty years ago, some problems have arisen i...
This is a brief overview of the Theory of Plate Tectonics. According to the theory, the Earth's surf...
Plate boundaries are intensely deformed and fractured belts, across which the relative plate motion ...
Assuming lithospheric plates to be rigid, we systematically invert 68 spreading rates, 62 fracture z...
[1] The balance of forces implies stress transfers during the seismic cycle between the elastobrittl...
The original kinematic plate tectonic model proposed that the outer shell (lithosphere) of the Eart...
Abstract: A long vertical strike-slip fault is taken to be situated in a layered elastic crust in w...
Convergent plate margins occur when two adjoining tectonic plates come together to form either a sub...
The concept of a stressed elastic lithospheric plate riding on a viscous asthenosphere is used to ca...
Earthquakes, volcanoes, active faults, and mountains tend to occur in long, linear belts on the Ea...
Plate tectonics is the root concept underpinning our current knowledge of how Earth's internal dynam...
The processes occurring on the Earth are controlled by several gradients. The surface of the Planet ...
Relevance. Earthquakes occur in the space of tectonic plates during their mutual (relative) movement...
A microplate is modelled as an elastic plate with two long strike‐slip boundaries, lying over a Maxw...
The mobility of the lithosphere over a weaker asthenosphere constitutes the essential element of pla...
Since the theory of plate tectonics was first proposed thirty years ago, some problems have arisen i...
This is a brief overview of the Theory of Plate Tectonics. According to the theory, the Earth's surf...
Plate boundaries are intensely deformed and fractured belts, across which the relative plate motion ...
Assuming lithospheric plates to be rigid, we systematically invert 68 spreading rates, 62 fracture z...
[1] The balance of forces implies stress transfers during the seismic cycle between the elastobrittl...
The original kinematic plate tectonic model proposed that the outer shell (lithosphere) of the Eart...
Abstract: A long vertical strike-slip fault is taken to be situated in a layered elastic crust in w...
Convergent plate margins occur when two adjoining tectonic plates come together to form either a sub...