Active faults at a range in scales are observed in different directions (E-W, N-S and NE-SW) in the extensional tectonic regime of the Aegean region, western Turkey. However, mechanisms and types of faults in the Gulf of Izmir have not been investigated properly. Tectonic setting in the gulf together with the origin and characteristics of faults were studied in this study by integrating interpretation from various very high resolution acoustic data (multibeam bathymetry and CHIRP very high resolution seismic) acquired in the Gulf of Izmir
The Western Anatolia and the Aegean Sea regions are one of the most significant seismically active a...
The Gulf of Izmit is a critical basin in assessment of the kinematics of the North Anatolian Fault (...
This study focuses on the determination of the near-surface tectonic features in the eastern part of...
Active faults at a range in scales are observed in different directions (E-W, N-S and NE-SW) in the ...
This study includes the interpretation of submarine morphological structures using the multibeam ech...
Several active faults were determined in the Gulf of Izmit, using high-resolution shallow seismic an...
The Izmir Gulf and surrounding areas are located within an important geothermal area of Turkey in th...
Western Anatolia has been formed by the motions of the African plate, Arabian plate and Hellenic Sub...
Sıgacık Gulf is located south of Izmir (West Anatolia), the third crowded city of Turkey. The gulf i...
The western Aegean region of Turkey is highly populated; the centrally-located city of Izmir is the ...
Tez (Doktora) -- İstanbul Teknik Üniversitesi, Fen Bilimleri Enstitüsü, 2004Thesis (PhD) -- İstanbul...
The western Aegean region of Turkey is highly populated; the centrally-located city of Izmir is the ...
The Upper Quaternary seismic stratigraphy and active faults of the Gulf of Izmit were investigated b...
Although destructive earthquakes have not occurred in the instrumental period except for the 30 Octo...
Shallow seismic profiles are used to image the tectonic and stratigraphic setting in Izmit Bay, east...
The Western Anatolia and the Aegean Sea regions are one of the most significant seismically active a...
The Gulf of Izmit is a critical basin in assessment of the kinematics of the North Anatolian Fault (...
This study focuses on the determination of the near-surface tectonic features in the eastern part of...
Active faults at a range in scales are observed in different directions (E-W, N-S and NE-SW) in the ...
This study includes the interpretation of submarine morphological structures using the multibeam ech...
Several active faults were determined in the Gulf of Izmit, using high-resolution shallow seismic an...
The Izmir Gulf and surrounding areas are located within an important geothermal area of Turkey in th...
Western Anatolia has been formed by the motions of the African plate, Arabian plate and Hellenic Sub...
Sıgacık Gulf is located south of Izmir (West Anatolia), the third crowded city of Turkey. The gulf i...
The western Aegean region of Turkey is highly populated; the centrally-located city of Izmir is the ...
Tez (Doktora) -- İstanbul Teknik Üniversitesi, Fen Bilimleri Enstitüsü, 2004Thesis (PhD) -- İstanbul...
The western Aegean region of Turkey is highly populated; the centrally-located city of Izmir is the ...
The Upper Quaternary seismic stratigraphy and active faults of the Gulf of Izmit were investigated b...
Although destructive earthquakes have not occurred in the instrumental period except for the 30 Octo...
Shallow seismic profiles are used to image the tectonic and stratigraphic setting in Izmit Bay, east...
The Western Anatolia and the Aegean Sea regions are one of the most significant seismically active a...
The Gulf of Izmit is a critical basin in assessment of the kinematics of the North Anatolian Fault (...
This study focuses on the determination of the near-surface tectonic features in the eastern part of...