Intracontinental zones of extensional tectonic style are commonly of finite width and length. Associated sedimentary troughs are fault-controlled. The evolution of those structures is accompanied by volcanic activity of variable intensity. The characteristic surface structures are usually underlaid by a lower crust of the transitional type while deeper subcustal areas show delayed travel times of seismic waves especially at young tectonic provinces. A correspondence between deep-seated processes and zones of continental extension appears obvious. A sequential order of mechanisms and their importance are discussed in the light of modern data compilations and quantitative kinematic and dynamic approaches. The Cenozoic exensional tectonics rel...
Mountain ranges are the most spectacular manifestation of continental dynamics. T he fact that some ...
The Quaternary volcanic fields of the Eifel (Rhineland-Palatinate, Germany) had their last eruptions...
The lithospheric memory is key for the interplay of lithospheric stresses and rheological structure ...
Crustal extension is accommodated by a wide range of structural styles ranging from high-angle norma...
The mechanism of extension in the continental crust is apparently much more complex than that acting...
Continental extension may occur in two main different modes, narrow and wide rifting, which mainly d...
We present numerical models that investigate the development of crustal and mantle detachments durin...
Most of the world’s hotspots occur on or near plate boundaries. Proposed ‘hotspot tracks ’ are prima...
We use numerical modeling to investigate the development of crustal and mantle detachments during li...
The southern end of the Upper Rhine Graben (URG) is formed by a major continental transfer zone, whi...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Earth and Planetary Science, 1982.Mi...
Deep seismic reflection data has shown the importance of low angle faults and detachments in contine...
We explore the sensitivity of extensional systems to the thermal structure of the lithosphere using ...
Lithospheric-scale analogue models are used to analyse the parameters controlling the typical evolut...
Continental lithosphere can be stretched according to three modes (wide rift, narrow rift, Core Comp...
Mountain ranges are the most spectacular manifestation of continental dynamics. T he fact that some ...
The Quaternary volcanic fields of the Eifel (Rhineland-Palatinate, Germany) had their last eruptions...
The lithospheric memory is key for the interplay of lithospheric stresses and rheological structure ...
Crustal extension is accommodated by a wide range of structural styles ranging from high-angle norma...
The mechanism of extension in the continental crust is apparently much more complex than that acting...
Continental extension may occur in two main different modes, narrow and wide rifting, which mainly d...
We present numerical models that investigate the development of crustal and mantle detachments durin...
Most of the world’s hotspots occur on or near plate boundaries. Proposed ‘hotspot tracks ’ are prima...
We use numerical modeling to investigate the development of crustal and mantle detachments during li...
The southern end of the Upper Rhine Graben (URG) is formed by a major continental transfer zone, whi...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Earth and Planetary Science, 1982.Mi...
Deep seismic reflection data has shown the importance of low angle faults and detachments in contine...
We explore the sensitivity of extensional systems to the thermal structure of the lithosphere using ...
Lithospheric-scale analogue models are used to analyse the parameters controlling the typical evolut...
Continental lithosphere can be stretched according to three modes (wide rift, narrow rift, Core Comp...
Mountain ranges are the most spectacular manifestation of continental dynamics. T he fact that some ...
The Quaternary volcanic fields of the Eifel (Rhineland-Palatinate, Germany) had their last eruptions...
The lithospheric memory is key for the interplay of lithospheric stresses and rheological structure ...