Earthquake rupture variability along the central seismic gap segment (78°- 82°E) of the Himalayan Frontal Thrust, Western and Central Himalaya. [PDF]
Arora S +10 more
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Seismogenic strength and anatomy of mahendragarh-dehradun fault: implication to seismic risk. [PDF]
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Aseismic slip and seismic swarms leading up to the 2024 M7.3 Hualien earthquake. [PDF]
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Variabilities of ground motion in 2023 M<sub>w</sub> 7.8 Pazarcık earthquake in Turkey and 2008 M<sub>w</sub> 7.9 Wenchuan earthquake in China. [PDF]
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Predictive analysis of seismic damage to buildings near-surface faults under the influence of multiple factors. [PDF]
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Machine learning predicts meter-scale laboratory earthquakes. [PDF]
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Repeat photography of Langtang Valley, Nepal (1949-2025): A dataset for monitoring landscape and settlement changes. [PDF]
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Abstract A database of Iranian earthquakes during the instrumental period (1900–2014) is used to analyze geometric and kinematic aspects of the surface ruptures in different seismotectonic regions of the country. Majority of the ruptures have occurred along or associated with known geological or active faults.
Mohammad R Ghassemi
exaly +2 more sources
Surface Rupture of the 1857 Southern Italian Earthquake?
Terra Nova, 1998In October 1862, Robert Mallet published an extensive study of a large earthquake that occurred on 16 December 1857, 150 km south‐east of Naples. This event is one of the most destructive ever recorded in Italy. Although continental earthquakes of similar size are almost invariably associated with surface faulting, Mallet did not identify any surface ...
L Benedetti +3 more
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