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Diverse slip behaviour of velocity-weakening fault barriers
Seismic barriers are fault portions that promote earthquake rupture arrest and fault
segmentation. Despite their fundamental role in controlling the maximum magnitude of …
segmentation. Despite their fundamental role in controlling the maximum magnitude of …
Geological evidence of paleo-earthquakes on a transverse right-lateral strike-slip fault along the NW Himalayan front: Implications towards fault segmentation and …
Northwest Himalaya hosted several major earthquakes, with the most recent 1905 (Mw7. 8),
exhibits complex distribution of faults along the Nahan Salient and Kangra re-entrant …
exhibits complex distribution of faults along the Nahan Salient and Kangra re-entrant …
Long-term forecasting of strong earthquakes in north America, south America, Japan, southern China and northern India with machine learning
Strong earthquakes (magnitude≥ 7) occur worldwide affecting different cities and countries
while causing great human, ecological and economic losses. The ability to forecast strong …
while causing great human, ecological and economic losses. The ability to forecast strong …
The magnitude–frequency distributions of earthquakes in Aotearoa New Zealand and on adjoining subduction zones, using a new integrated earthquake catalog
Using a new integrated earthquake catalog for Aotearoa New Zealand (described in a
companion article), we estimate the magnitude–frequency distributions (MFDs) of …
companion article), we estimate the magnitude–frequency distributions (MFDs) of …
Evidence of strain accumulation and coupling variation in the Himachal region of NW Himalaya from short term geodetic measurements
Abstract Himachal region of Northwest Himalaya exhibits the widest structural re‐entrant in
Kangra region and significant strain partitioning along the frontal and hinterland out‐of …
Kangra region and significant strain partitioning along the frontal and hinterland out‐of …
Tectonic significance of the 2021 Lamjung, Nepal, mid-crustal seismic cluster
Since the M w 7.9 Gorkha earthquake of April 25, 2015, the seismicity of central and western
Nepalese Himalaya has been monitored by an increasing number of permanent seismic …
Nepalese Himalaya has been monitored by an increasing number of permanent seismic …
Interseismic slip rate and fault geometry along the northwest Himalaya
Geodetic networks enable us to investigate interseismic crustal deformation along the
northwest Himalaya. Using 144 GNSS surface velocities and a Bayesian inversion model …
northwest Himalaya. Using 144 GNSS surface velocities and a Bayesian inversion model …
A new method for InSAR stratified tropospheric delay correction facilitating refinement of coseismic displacement fields of small-to-moderate earthquakes
Focusing on stratified tropospheric delay correction in the small-amplitude coseismic
displacement field of small-to-moderate earthquakes (< Mw 6.5), we develop a Simple …
displacement field of small-to-moderate earthquakes (< Mw 6.5), we develop a Simple …
[HTML][HTML] New Probabilistic Seismic Hazard Model for Nepal Himalayas by Integrating Distributed Seismicity and Major Thrust Faults
Nepal is one of the most seismically active regions in the world, as highlighted by the recent
devastating 2015, Mw~ 7.8 Gorkha earthquake, and a robust assessment of seismic hazard …
devastating 2015, Mw~ 7.8 Gorkha earthquake, and a robust assessment of seismic hazard …
[HTML][HTML] Fluvial anomaly as indicator of tectonically active landscapes: A study in the Darjeeling Sikkim Himalaya, India
The analysis of fluvial system anomalies is crucial for understanding the topographic
evolution of the Darjeeling Sikkim Himalaya (DSH) orogen, due to the propensity of bedrock …
evolution of the Darjeeling Sikkim Himalaya (DSH) orogen, due to the propensity of bedrock …