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Tsunami Efficiency Due to Very Slow Earthquakes

Seismological Research Letters, 2020
Abstract Often, tsunami “sources” have been treated as a quasistatic problem. Initial studies have demonstrated that, for earthquake rupture velocities in the span of 1.5–3  km/s, the kinematic and static part of the tsunami can be treated separately. However, very slow earthquake rupture velocities in the span of 0.1–1  km/s have not
Sebastian Riquelme, Mauricio Fuentes
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A Slow Start for Earthquakes

Science, 1998
SEISMOLOGYTheoretical and lab studies have suggested that faults should give off warning signs as they edge toward rupture, but no one has yet found what they are. Now, researchers using a seemingly roundabout method--testing for the effects of tides on quake timing--offer the strongest evidence yet that some faults do start to slip, rapidly ...
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Slow earthquake segmentation

Science, 2019
Geophysics The Japan Trench is responsible for disastrous megathrust earthquakes like the 2011 Tohoku-Oki quake. Nishikawa et al. used new observations from the S-net ocean-bottom seismic network to map slow earthquakes—disturbances that do not cause ground shaking—along the Japan Trench (see the Perspective by Houston).
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Stress redistribution and slow earthquakes

Tectonophysics, 1982
Abstract Earthquakes are usually assumed to result when the gradual stress buildup in a region eventually exceeds some initial local strength. There are observations which suggest that a number of mechanisms must have a significant role in stress redistribution in active earthquake regions.
I.Selwyn Sacks   +3 more
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Towards Slow Earthquakes Forecasting

2020
<p>Slow Slip Events (SSEs) are episodic slip events that play a significant role in the moment budget along subduction megathrust. They share many similarities with regular earthquakes, and have been observed in major subduction regions like, for example, Cascadia, Japan, Mexico, New Zealand.
Adriano Gualandi   +3 more
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Teleseismic Search for Slow Precursors to Large Earthquakes

Science, 1994
Some large earthquakes display low-frequency seismic anomalies that are best explained by episodes of slow, smooth deformation immediately before their high-frequency origin times. Analysis of the low-frequency spectra of 107 shallow-focus earthquakes revealed 20 events that had slow precursors (95 percent confidence level); 19 were slow earthquakes ...
P F, Ihmlé, T H, Jordan
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Data-driven slow earthquake dynamics

2023
Friction is a complex phenomenon. This can be seen, for example, in laboratory experiments where stick-slip motion of various kind (i.e., slow and fast instabilities) can be produced when adapting the normal stress applied to the system. Similarly, natural earthquakes also producecomplex stick-slip behaviour.
Gianmarco Mengaldo   +2 more
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Earthquakes: slow down for safety

Nature, 1996
In December 1992, part of the San Andreas fault ruptured. No damage was caused, because instead of lasting for a few seconds, this earthquake sequence took a week. So why are other earthquakes fast?
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Where slow and large earthquakes meet

Science
Adjacent slow slip events affect megathrust ...
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Development of a Slow Earthquake Database

Seismological Research Letters, 2018
Masayuki Kano   +28 more
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