The seismicity of the Bhutan Himalaya region is generally low as compared to its adjoining Himalayan segments. The topography in the region is slightly subdued and different from the neighbouring central Nepal region. Low seismicity in the region may possibly be due to the postulated low convergence rate in the Bhutan Himalaya, difference in subsurface structures, or the aseismic nature of the region. We suggest that the lower seismicity in the Bhutan Himalaya may also be due to stress change caused by the great 1897 Shillong Plateau earthquake as the low seismicity region of the Bhutan Himalaya coincides with the stress shadow of the earthquake
This paper is concerned with the implications of earthquake depth distributions in the Himalayan–Tib...
Coulomb failure hypothesis suggests that earthquake interaction can lead to earthquake sequences and...
Spread over countries including Pakistan, India, Nepal, Bhutan, and China, the Himalayan mountain ch...
International audienceHow convergent systems distribute strain among frontal thrusts is a major conc...
The instrumental record of Bhutan is characterized by a lower seismicity compared to other parts of ...
International audienceWithin the northern Indian Plate, the Shillong Plateau is a peculiar geodynami...
The Himalaya is the quintessential collisional orogen and is geologically young and tectonically act...
The study of seismic activity at some stage in 1963 to 2006 in the Western Nepal Himalaya and its ad...
Results of investigations of local earthquakes in the region of the Main Central Thrust (MCT) in the...
Economies of countries located in seismic zones are strongly effected by this seismicity. If we unde...
The National Seismological Network of Nepal consists of 17 short period seismic stations operated si...
Copyright 1984, James Ni. See also: http://atlas.geo.cornell.edu/dissertations/Ni_1984.htmAvailabl...
[1] A temporary 37-station seismic array was operated in southern Tibet from June 2004 to August 200...
The frontal Himalayan region, India, represents a classical example of relief developed in a compres...
The record of earthquakes in India is patchy prior to 1800 and its improvement is much impeded by it...
This paper is concerned with the implications of earthquake depth distributions in the Himalayan–Tib...
Coulomb failure hypothesis suggests that earthquake interaction can lead to earthquake sequences and...
Spread over countries including Pakistan, India, Nepal, Bhutan, and China, the Himalayan mountain ch...
International audienceHow convergent systems distribute strain among frontal thrusts is a major conc...
The instrumental record of Bhutan is characterized by a lower seismicity compared to other parts of ...
International audienceWithin the northern Indian Plate, the Shillong Plateau is a peculiar geodynami...
The Himalaya is the quintessential collisional orogen and is geologically young and tectonically act...
The study of seismic activity at some stage in 1963 to 2006 in the Western Nepal Himalaya and its ad...
Results of investigations of local earthquakes in the region of the Main Central Thrust (MCT) in the...
Economies of countries located in seismic zones are strongly effected by this seismicity. If we unde...
The National Seismological Network of Nepal consists of 17 short period seismic stations operated si...
Copyright 1984, James Ni. See also: http://atlas.geo.cornell.edu/dissertations/Ni_1984.htmAvailabl...
[1] A temporary 37-station seismic array was operated in southern Tibet from June 2004 to August 200...
The frontal Himalayan region, India, represents a classical example of relief developed in a compres...
The record of earthquakes in India is patchy prior to 1800 and its improvement is much impeded by it...
This paper is concerned with the implications of earthquake depth distributions in the Himalayan–Tib...
Coulomb failure hypothesis suggests that earthquake interaction can lead to earthquake sequences and...
Spread over countries including Pakistan, India, Nepal, Bhutan, and China, the Himalayan mountain ch...