Myanmar / Kyrgyzstan / United States / United Kingdom / China / Tibet / India / / /
Event
Natural Disaster / /
Facility
International Seismological Centre / Chengdu Institute of Geology / Campus Box / Lehigh University / Massachusetts Institute of Technology / University of Colorado / / /
IndustryTerm
high-resolution imaging / travel time correction / tomographic imaging / travel time inversion / differential travel time residuals / manual processing / seismic imaging studies / travel time tomography / upper mantle travel time tomography / rst order differential operator / travel time data / Careful processing / travel time / travel times / local seismograph networks / travel time residuals / web version / /
NaturalFeature
Himalaya / Himalayan / South China Sea / Jinsha River / Bay of Bengal / Tarim / Red River / Tethys ocean / Indus / Tibetan Plateau / /
Organization
USA Department of Physics / Department of Earth / Atmospheric / and Planetary Sciences / Chengdu Institute of Geology and Mineral Resources / University of Colorado / Massachusetts Institute of Technology / Chengdu Institute of Geology / Lehigh University / International Seismological Centre / /
Person
Liang / Anne S. Meltzer / Crust / Kennett / Robert D. van der Hilst / Lhasa Block / Song / / /
Position
ak135 reference model / Vp / Editor / global model / Corresponding author / HB / /
western Tibet / south China / East Tibet / southwest China / central Tibet / eastern Tibet / southwestern Tibet / eastern Himalayan / central India / southeastern Tibet / /
doi:j.epsl