The study is focused on earthquake migrations along active faults in seismic zones of Mongolia. The earthquake migrations are interpreted as a result of the influence of deformational waves. Vector velocities and other parameters of the deformational waves are studied. Based on data from largescale maps, local faults are compared, and differences and similarities of parameters of waves related to faults of different ranks are described
Active tectonic structures in intracontinental, intraplate regions are rarely recorded due to slow d...
We identify and describe a series of east-west left-lateral strike-slip faults (named the Songino-Ma...
International audienceIn 1905, 14 days apart, two M ~ 8 continental strike‐slip earthquakes, the Tse...
Deformation waves as a trigger mechanism of seismic activity and migration of earthquake foci have b...
Lithospheric stress in Mongolia has been studied using mechanisms of 84 MLH ≥ 4 earthquakes that occ...
Publications about the earthquake foci migration have been reviewed. An important result o...
Active faults of the Hangay-Hentiy tectonic saddle region in Central Mongolia are studied by space i...
Mongolia has a complex tectonic history. The lithosphere was formed from multiple plate collisions i...
International audienceWe present first constraints from tectonic geomorphology and paleoseismology a...
The interaction between the Amur, Pacific and Eurasian tectonic plates initiates seismic activity at...
Seismicity migration is studied by a new method based on space-time diagrams and a combination of cl...
Large intraplate earthquakes faraway from plate boundaries are not well understood. In this study, w...
Active intraplate deformation as a far-field effect of the India-Eurasia convergence has led to four...
Much of the territory of Mongolia is located in highly seismic areas of Central- Asian seismic belt ...
Journal of Geophysical Research, v. 108, n. B10, p. 2503, 2003. http://dx.doi.org/10.1029/2002JB0023...
Active tectonic structures in intracontinental, intraplate regions are rarely recorded due to slow d...
We identify and describe a series of east-west left-lateral strike-slip faults (named the Songino-Ma...
International audienceIn 1905, 14 days apart, two M ~ 8 continental strike‐slip earthquakes, the Tse...
Deformation waves as a trigger mechanism of seismic activity and migration of earthquake foci have b...
Lithospheric stress in Mongolia has been studied using mechanisms of 84 MLH ≥ 4 earthquakes that occ...
Publications about the earthquake foci migration have been reviewed. An important result o...
Active faults of the Hangay-Hentiy tectonic saddle region in Central Mongolia are studied by space i...
Mongolia has a complex tectonic history. The lithosphere was formed from multiple plate collisions i...
International audienceWe present first constraints from tectonic geomorphology and paleoseismology a...
The interaction between the Amur, Pacific and Eurasian tectonic plates initiates seismic activity at...
Seismicity migration is studied by a new method based on space-time diagrams and a combination of cl...
Large intraplate earthquakes faraway from plate boundaries are not well understood. In this study, w...
Active intraplate deformation as a far-field effect of the India-Eurasia convergence has led to four...
Much of the territory of Mongolia is located in highly seismic areas of Central- Asian seismic belt ...
Journal of Geophysical Research, v. 108, n. B10, p. 2503, 2003. http://dx.doi.org/10.1029/2002JB0023...
Active tectonic structures in intracontinental, intraplate regions are rarely recorded due to slow d...
We identify and describe a series of east-west left-lateral strike-slip faults (named the Songino-Ma...
International audienceIn 1905, 14 days apart, two M ~ 8 continental strike‐slip earthquakes, the Tse...