MAule eaRthquake: Integration of Seismic Cycle Observations and Structural investigations.

The 2010 Maule earthquake (Mw=8.8) was the first megathrust event for which a large amount of high-quality data is available for all stages of the seismic cycle and thus is a unique opportunity to deepen our understanding of the geodynamic processes that are involved in earthquake processes.

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Seismotektonische Zusammenhänge im westlichen Pamir und den angrenzenden tadschikischen und afghanischen Becken

 

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Innerhalb dieses seismologischen Experimentes sollen tiefe Strukturen und geodynamische Prozesse der Tien Shan und Pamir Kollisionszonen untersucht werden.

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Aktive Deformation des Ferghanabeckens aus lokalen Erdbeben Daten

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Sculpting the Earth’s topography: insights from modelling deep-surface processes - A European Training Network in Earth Sciences Topomod

 

 

 

 

 

 

 

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A combined thermochronology and analogue modelling approach to the coupling of tectonics and climate in the European Alps

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Adriatic Lithospheric Investigation

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During a seismic cycle permanent upper plate deformation may be attained, which can be preserved in the geological record. Accumulation of permanent deformation over many seismic cycles may result from transient deformation related to the interplate earthquake cycle, from creeping of faults in the upper crust and/or ductile flow of lower crustal material. We explore how the unbalanced deformation within an earthquake cycle can reflect the geomorphic expression of long-term deformation.

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