Paleoseismology is the study of prehistoric earthquakes, especially their location, timing and size. Paleoseismology and Neotectonics should not be confused. Whereas Neotectonics deals with general crustal deformation in recent times (late Cenozoic), Paleoseismology is concerned with sudden deformation of landforms and sediments during earthquakes. Paleoseismologists are only able to study earthquakes that produce recognizable surface deformation, i.e. earthquakes of M>6..
The identification of individual past earthquakes and their characterization in time and space, as w...
A paleoseismic data set derived from the relationship between the thickness of seismites, ‘mixed lay...
Seismogenic faults that have not produced historical large earthquakes remain unnoticed and, thus, a...
Paleoseismology allows the characterization of seismogenic faults in high strain rates regions but a...
The Betic Cordilleras in southern Spain have experienced a number of moderate to strong seismic even...
We present the paleoseismological analysis of the El Camp fault scarp. Paleoseismology constitutes t...
A sackung scarp has been investigated by trenching in the central Spanish Pyrenees. This feature is ...
International audiencePaleoseismology is a relatively young method of earthquake studies at the inte...
Masana, E. ... et al.-- 16 pages, 5 figures, 3 tablesSeismogenic faults that have not produced histo...
The Guadalentín Depression, located in SE Spain (Murcia Region), is bounded by two of the main NE-SW...
A sackung scarp has been investigated by trenching in the central Spanish Pyrenees. This feature is ...
Most catastrophic earthquakes occur along fast-moving faults, although some of them are triggered by...
Instrumental and historical seismicity in the Albacete province (External Prebetic Zone) has been sc...
The identification of individual past earthquakes and their characterization in time and space, as w...
A paleoseismic data set derived from the relationship between the thickness of seismites, ‘mixed lay...
Seismogenic faults that have not produced historical large earthquakes remain unnoticed and, thus, a...
Paleoseismology allows the characterization of seismogenic faults in high strain rates regions but a...
The Betic Cordilleras in southern Spain have experienced a number of moderate to strong seismic even...
We present the paleoseismological analysis of the El Camp fault scarp. Paleoseismology constitutes t...
A sackung scarp has been investigated by trenching in the central Spanish Pyrenees. This feature is ...
International audiencePaleoseismology is a relatively young method of earthquake studies at the inte...
Masana, E. ... et al.-- 16 pages, 5 figures, 3 tablesSeismogenic faults that have not produced histo...
The Guadalentín Depression, located in SE Spain (Murcia Region), is bounded by two of the main NE-SW...
A sackung scarp has been investigated by trenching in the central Spanish Pyrenees. This feature is ...
Most catastrophic earthquakes occur along fast-moving faults, although some of them are triggered by...
Instrumental and historical seismicity in the Albacete province (External Prebetic Zone) has been sc...
The identification of individual past earthquakes and their characterization in time and space, as w...
A paleoseismic data set derived from the relationship between the thickness of seismites, ‘mixed lay...
Seismogenic faults that have not produced historical large earthquakes remain unnoticed and, thus, a...