International audienceThe seismic behavior of the Himalayan arc between central Nepal and Arunachal Pradesh remains poorly understood due to the lack of observations concerning the timing and size of past major and great earthquakes in Bhutan. We present here the first paleoseismic study along the Himalayan topographic front conducted at two sites in southern central Bhutan. Paleoseismological excavations and related OxCal modeling reveal that Bhutan experienced at least two great earthquakes in the last millennium: one between the seventeenth and eighteenth century and one during medieval times, producing a total cumulative vertical offset greater than 10 m. Along with previous studies that reported similar medieval events in Central Nepal...
Although the Main Himalayan Frontal Thrust (MHT/MFT), largest and fastest slipping continental megat...
The Himalayan Mountains are a ~2500 km long seismically active mountain range formed due to the coll...
The similar to 2500 km-long Himalaya plate boundary experienced three great earthquakes during the p...
The 1714 Bhutan earthquake was one of the largest in the Himalaya in the last millennium. We show th...
The similar to 2500 km long Himalayan arc has experienced three large to great earthquakes of M-w 7....
The Himalaya has experienced three great earthquakes during the last century1934 Nepal-Bihar, 1950 U...
The region of Bhutan is thought to be the only segment of the Himalayas not having experienced a maj...
The region of Bhutan is thought to be the only segment of the Himalayas not having experienced a maj...
International audiencehe Himalayan orogen has produced three thrust earthquakes with moment magnitud...
Abstract The Himalaya is one of the most seismically active regions of the world. The occurrence of ...
Toward understanding the relationship between strain accumulation and strain release in the context ...
The foothills of the Himalaya bordered by the Main Frontal Thrust (MFT) continue to be a locus of pa...
International audienceHow convergent systems distribute strain among frontal thrusts is a major conc...
Although the Main Himalayan Frontal Thrust (MHT/MFT), largest and fastest slipping continental megat...
The Himalayan Mountains are a ~2500 km long seismically active mountain range formed due to the coll...
The similar to 2500 km-long Himalaya plate boundary experienced three great earthquakes during the p...
The 1714 Bhutan earthquake was one of the largest in the Himalaya in the last millennium. We show th...
The similar to 2500 km long Himalayan arc has experienced three large to great earthquakes of M-w 7....
The Himalaya has experienced three great earthquakes during the last century1934 Nepal-Bihar, 1950 U...
The region of Bhutan is thought to be the only segment of the Himalayas not having experienced a maj...
The region of Bhutan is thought to be the only segment of the Himalayas not having experienced a maj...
International audiencehe Himalayan orogen has produced three thrust earthquakes with moment magnitud...
Abstract The Himalaya is one of the most seismically active regions of the world. The occurrence of ...
Toward understanding the relationship between strain accumulation and strain release in the context ...
The foothills of the Himalaya bordered by the Main Frontal Thrust (MFT) continue to be a locus of pa...
International audienceHow convergent systems distribute strain among frontal thrusts is a major conc...
Although the Main Himalayan Frontal Thrust (MHT/MFT), largest and fastest slipping continental megat...
The Himalayan Mountains are a ~2500 km long seismically active mountain range formed due to the coll...
The similar to 2500 km-long Himalaya plate boundary experienced three great earthquakes during the p...