Knowledge and visualization of the present-day relationship between earthquakes, active
tectonics and crustal deformation is a key to understanding geodynamic processes, and is …

The natural variability of geometry and dynamics of subduction zones leads to a variety of
mantle and crustal processes that may influence the genesis of ore deposits in the …

A key issue in the Cenozoic evolution of the Tibetan plateau is the geodynamic drivers for
north‐trending rifting in southern Tibet. Recent studies have demonstrated an eastward …

The Cenozoic history of the Anatolian Plateau is investigated using the distribution of the last
Cenozoic marine strata, the ages of Neogene continental sediments and magmatic rocks …

Using finite-frequency teleseismic P-wave tomography, we developed a new three-
dimensional (3-D) velocity model of the mantle beneath Anatolia down to 900 km depth that …

It is agreed that mantle dynamics have played a role in generating and maintaining the
elevated topography of Anatolia during Neogene times. However, there is debate about the …

Widespread mafic volcanism, elevated crustal temperatures, and plateau‐type topography
in Central Anatolia, Turkey, could collectively be the result of lithospheric delamination …

Mediterranean tectonics since the Lower Cretaceous has been characterized by a
multiphase subduction and collision history with temporally and spatially variable, small …

This study revisits subduction processes at the Hellenic Subduction Zone (HSZ) including
tearing, segmentation, and backstepping, by refining the geometry of the Nubian slab down …

To complement velocity distributions, seismic attenuation provides additional important
information on fluid properties of hydrocarbon reservoirs in exploration seismology, as well …