As a result of neotectonic, morphotectonic and seismotectonic researches it is now possible to draw detailed map of the major active faults affecting Thessaly, a large region of continental Greece. For many of these faults, where specific studies have been carried out, the degree of fault activity (i.e. the long term slip rate) have been also assigned ranging from 0.05 to 4 mm/yr. In the present work, the main morphotectonic features and seismotectonic characteristics of the more important faults are recalled from previous works, while the recent tectonic activity is compared with the seismic activity of the area. The occurrence of both large (M>6.0) and moderate (M<6.0) earthquakes during the present century is concentrated in the southern...
One of the major Middle-Late Quaternary faults separating the Tyrnavos Basin from the Gonnoi Horst, ...
Using information concerning reliable fault plane solutions, spatial distribution of strong earthqua...
The Tyrnavos Fault (TF) is an ESE-WNW trending, north-dipping dip-slip normal fault representing one...
As a result of neotectonic, morphotectonic and seismotectonic research it is now possible to draw de...
After several years of neotectonic, morphotectonic and seismotectonic researches it is now possible ...
A palaeoseismological investigation has been carried out along the Tyrnavos Fault, an ESE–WNW trendi...
The whole Aegean Region is at present undergoing a N-S crustal stretching. During the last few years...
In order to characterize and quantify the superficial deformation occurred during Middle-Late Quater...
Greece is the most seismically active country in Europe and is subject to regular earthquakes. The m...
Northern Attica in Greece is characterized by a set of north dipping, subparallel normal faults. The...
Abstract: Northern Greece is an intracontinental region behind the Hellenic subduction zone, with wi...
Palaeoseismological studies carried out in the Aegean Region during the past decade or so, mainly fr...
Eastern Thessaly region (Central Greece) shows numerous evidences of seismic activity ranging from s...
Palaeoseismological studies carried out in the Aegean Region during the past decade or so, mainly fr...
We present paleoseismological trenching results for the active Skinos Fault, which ruptured the sur...
One of the major Middle-Late Quaternary faults separating the Tyrnavos Basin from the Gonnoi Horst, ...
Using information concerning reliable fault plane solutions, spatial distribution of strong earthqua...
The Tyrnavos Fault (TF) is an ESE-WNW trending, north-dipping dip-slip normal fault representing one...
As a result of neotectonic, morphotectonic and seismotectonic research it is now possible to draw de...
After several years of neotectonic, morphotectonic and seismotectonic researches it is now possible ...
A palaeoseismological investigation has been carried out along the Tyrnavos Fault, an ESE–WNW trendi...
The whole Aegean Region is at present undergoing a N-S crustal stretching. During the last few years...
In order to characterize and quantify the superficial deformation occurred during Middle-Late Quater...
Greece is the most seismically active country in Europe and is subject to regular earthquakes. The m...
Northern Attica in Greece is characterized by a set of north dipping, subparallel normal faults. The...
Abstract: Northern Greece is an intracontinental region behind the Hellenic subduction zone, with wi...
Palaeoseismological studies carried out in the Aegean Region during the past decade or so, mainly fr...
Eastern Thessaly region (Central Greece) shows numerous evidences of seismic activity ranging from s...
Palaeoseismological studies carried out in the Aegean Region during the past decade or so, mainly fr...
We present paleoseismological trenching results for the active Skinos Fault, which ruptured the sur...
One of the major Middle-Late Quaternary faults separating the Tyrnavos Basin from the Gonnoi Horst, ...
Using information concerning reliable fault plane solutions, spatial distribution of strong earthqua...
The Tyrnavos Fault (TF) is an ESE-WNW trending, north-dipping dip-slip normal fault representing one...