To date, research on neotectonics and related continental topography development has
mostly focused on active plate boundaries characterized by generally high deformation rates. …

Knowledge of temperature at drillable depth is a prerequisite in site selection for geothermal
exploration and development of enhanced geothermal systems (EGS). Equally important, …

Research on neotectonics and related seismicity has hitherto been mostly focused on active
plate boundaries that are characterized by generally high levels of earthquake activity. …

We examine the role of lithosphere folding in the large‐scale evolution of the continental
lithosphere. Analysis of the record of recent vertical motions and the geometry of basin …

Integration of stress indicator data, gravity data, crustal kinematics data, and analysis of
topography and recent vertical motions demonstrates the occurrence of consistently oriented …

Subsidence, sedimentation and tectonic quiescence of the Pannonian basin was interrupted
a few million years ago by tectonic reactivation. This recent activity has manifested itself in …

Although the initiation of subduction is a key element in plate tectonic schemes for evolution
of lithospheric plates, the underlying mechanisms are not well understood. Plate rupture is …

The Carpathians orogenic system, with its along-arc variations in topography developed in
the aftermath of continental collision, is associated with unusual foredeep basins, large-scale …

Subsidence analysis of wells in the central North Sea and Labrador-Grand Banks and oft the
West Greenland, Scotian shelf and United States Atlantic margin shows distinct quantitative …

In this study, we investigate thermo-mechanical consequences of erosion of rift shoulders.
Conventional models imply post-rift cooling that results in subsidence and strengthening of …