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Transforming the Eastern Mediterranean: The Aegean-Cyprus Slab Tear
The Aegean and Western Anatolian region has experienced widespread extension since the Late Oligocene, characterized by southward migration of arc volcanism, exhumation, and basin formation. Recent seismic data have revealed a significant tear between the subducted Aegean and Cyprus slabs.Xiaowen Liu +3 more
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Geological Society, London, Special Publications, 2009
Abstract The evolution of the southern Tyrrhenian subduction has been possibly controlled by distinct episodes of slab break-off as indicated by a critical review of the geological literature and by the analysis of purposely acquired multichannel seismic profiles.
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Abstract The evolution of the southern Tyrrhenian subduction has been possibly controlled by distinct episodes of slab break-off as indicated by a critical review of the geological literature and by the analysis of purposely acquired multichannel seismic profiles.
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Slab tear and rotation imaged with core-refracted shear wave anisotropy
Journal of Geodynamics, 2023Laura Petrescu +2 more
exaly
Slab tear as a cause of coeval arc-intraplate volcanism in the Alexandra Volcanic Group, New Zealand
Lithos, 2022Marco Brenna, Adrian Pittari
exaly
Slab segmentation, tearing, and the development of anomalous arc magmatism
2022Rosenbaum, G. +5 more
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