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Index Geophysics

Crustal structure of the Aegean Sea and the Hellenides obtained from geophysical surveys


Title (Dublin Core)

en-US Crustal structure of the Aegean Sea and the Hellenides obtained from geophysical surveys

Description (Dublin Core)

en-US In the period 1971 to 1974 the territory of Greece has been geophysically investigated by Greek and German Institutions. Gravity and magnetic stations have been distributed at a spacing of one station per 25 km2. Five deep seismic sounding cross-sections have been fired and recorded along the lines: Ionian Sea — Peloponnese, Amorgos — Mikonos — Evia, Crete: East-West, Cretan Sea: North-South, Cretan Sea: East-West.  The results of the seismic programms revealed a pure continental structure of variable thickness. The most attenuated area is that of the Cretan Sea, with only 22 km depth to the Moho-Discontinuity at the Bouguer gravity maximum of +175 mgal. The very unevenly distributed sedimentary cover of the Cretan Sea is composed mainly of Neogene Sediments with thickness of 3–3,5 km in local basins (Jonsma et al., 1975). The Greek mainland along the Pindos Chains has minimum Bouguer anomalies of –120 to –140 mgal and Moho-Depths between 42–46 km. The Aegean Area builds a large dome and incorporates also a large part of the Taurides, Western Turkey (Makris, 1975). 

Creator (Dublin Core)

Makris, J.

Subject (Dublin Core)

en-US Crust of Earth
en-US Gravity Anomalies
en-US Refraction Seismics
en-US Greece
en-US Aegean Sea
en-US Hellenides
en-US Data

Publisher (Dublin Core)

en-US Journal of Geophysics

Date (Dublin Core)


Type (Dublin Core)

en-US Peer-reviewed Article

Format (Dublin Core)


Identifier (Dublin Core)

Source (Dublin Core)

en-US Journal of Geophysics; Vol 41 No 1 (1975): Journal of Geophysics; 441-443

Language (Dublin Core)


Relation (Dublin Core)