The collection and archiving of the data used in this study was supported by the IRIS PASSCAL and DMS programs and by the NSF Continental Dynamics Project EAR 0309927. Amy Gilligan is supported by a NERC studentship, with CASE funding from Weston Geophysical. Figures were prepared using Generic Mapping Tools (GMT) software (Wessel & Smith 1998). We thank two anonymous reviewers for their comments.Peer reviewedPublisher PD
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Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Earth, Atmospheric, and Planetary S...
Long-period seismograms of nuclear explosions and natural earthquakes in central Asia, recorded at t...
In spite of numerous studies, the mechanisms for the crustal shortening, mountain formation and asso...
We present new, high-resolution, shear velocity models for the western Himalayas and West Tibet from...
The Tien Shan is the largest active intracontinental orogenic belt on Earth. To better understand th...
The Tien Shan in central Asia is the world’s largest and most active intracontinental orogen, with a...
Through analysis of seismic ambient noise recorded by the GHENGIS array, we constructed a high-resol...
Average a priori shear velocity models are constructed for the Tien Shan, Tarim basin, Pamir-Hindu K...
The Tien Shan is an approximately 2500-km long, 300-500-km wide chain of mountains located in centra...
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We present new, high-resolution, shear velocity models for the western Himalayas and West Tibet from...
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We carry out a joint inversion of surface wave dispersion curves and teleseismic shear wave arrival ...
The Tien Shan is an intraplate mountain belt situated between two stable Precambrian continental blo...
The Tien Shan is an intraplate mountain belt situated between two stable Precambrian continental blo...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Earth, Atmospheric, and Planetary S...
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We present new, high-resolution, shear velocity models for the western Himalayas and West Tibet from...