Taiwan’s numerous active faults and folds demarcate distinct eastern and western neotectonic belts. The western belt results from the attachment and subsequent detachment of a sliver of continental lithosphere to the Eurasian continental margin. The eastern belt is the product of the same continental sliver docking with and then separating from the Luzon volcanic arc. Thus, the active Taiwan orogen is a tandem suturing and tandem disengagement of a volcanic arc and a continental sliver to and from the Eurasian continental margin. This progressive suturing and separation is a superb, living demonstration of the fundamental weakness of lithospheric sutures. Furthermore, this neotectonic architecture provides...
The largest compilation of seismological and gravimetry data are combined in a sequential inversion ...
International audienceThe largest compilation of seismological and gravimetry data are combined in a...
Studies of mountain belts worldwide have shown that the structural, mechanical, and kinematic evolut...
Taiwan's numerous active faults and folds demarcate distinct eastern and western neotectonic belts. ...
Taiwan's numerous active faults and folds demarcate distinct eastern and western neotectonic belts. ...
urgent need for better knowledge of the island’s potential earthquake sources. Toward this end, we h...
The disastrous effects of the 1999 Chi-Chi earthquake in Taiwan demonstrated an urgent need for bett...
Studies of mountain belts worldwide show that along‐strike changes are common in their foreland fold...
Studies of mountain belts worldwide show that along‐strike changes are common in their foreland fold...
Studies of mountain belts worldwide show that along‐strike changes are common in their foreland fold...
Studies of mountain belts worldwide show that along-strike changes are common in their foreland fold...
[1] Seismic and well data suggest that the West Taiwan basin developed by orogenic loading and flexu...
The Eurasian Margin is obliquely colliding with the Luzon Arc to form the Taiwan orogen. This config...
The Taiwan orogen is forming due to the oblique collision between the Eurasian continental margin a...
[1] The structure of the Taiwan mountain belt is thought to be that of an imbricate thrust and fold ...
The largest compilation of seismological and gravimetry data are combined in a sequential inversion ...
International audienceThe largest compilation of seismological and gravimetry data are combined in a...
Studies of mountain belts worldwide have shown that the structural, mechanical, and kinematic evolut...
Taiwan's numerous active faults and folds demarcate distinct eastern and western neotectonic belts. ...
Taiwan's numerous active faults and folds demarcate distinct eastern and western neotectonic belts. ...
urgent need for better knowledge of the island’s potential earthquake sources. Toward this end, we h...
The disastrous effects of the 1999 Chi-Chi earthquake in Taiwan demonstrated an urgent need for bett...
Studies of mountain belts worldwide show that along‐strike changes are common in their foreland fold...
Studies of mountain belts worldwide show that along‐strike changes are common in their foreland fold...
Studies of mountain belts worldwide show that along‐strike changes are common in their foreland fold...
Studies of mountain belts worldwide show that along-strike changes are common in their foreland fold...
[1] Seismic and well data suggest that the West Taiwan basin developed by orogenic loading and flexu...
The Eurasian Margin is obliquely colliding with the Luzon Arc to form the Taiwan orogen. This config...
The Taiwan orogen is forming due to the oblique collision between the Eurasian continental margin a...
[1] The structure of the Taiwan mountain belt is thought to be that of an imbricate thrust and fold ...
The largest compilation of seismological and gravimetry data are combined in a sequential inversion ...
International audienceThe largest compilation of seismological and gravimetry data are combined in a...
Studies of mountain belts worldwide have shown that the structural, mechanical, and kinematic evolut...