2 Slow earthquakes have been observed in California and Japan. This type of earthquakes is characterized by nearly exponential strain changes that last for hours to days. Studies show that the duration of these earthquakes ranges from a few seconds to a few hundred seconds. In some cases, these events are accompanied by non-volcanic tremor that suggests the presence of forced fluid flow. Slow earthquakes occurrence suggests that faults can sustain ruptures over different time scales, that they have a slow rupture propagation, a low slip rate or both. However, the loading of the seismogenic zone by slow earthquakes has not been yet fully understood. In this work, I present an overview of the causes that originate slow earthquakes and I also ...
Recent technological advances combined with more detailed analyses of seismologic and geodetic obser...
Slow earthquakes and afterslips prove that the Earth does not have just two response time scales, i....
The discovery of slow-slip has radically changed the way we understand the relative movement of Eart...
Tectonic stress is released in the form of aseismic and seismic signatures. Slow and fast/regular ea...
Abstract Slow slip events usually occur downdip of seismogenic zones in subduction megathrusts and c...
Several clustered slow earthquakes have been recorded by a geodetic inter-ferometer in central Italy...
Continuous geodetic measurements from convergent margins have shown that deep transient creep events...
To better understand the physical mechanisms of slow slip events (SSEs) detected worldwide, we explo...
Faults show complex slip behaviors at different sections depending mainly on their stress and fricti...
It is well-known that the first-order kinematic characteristics of typical earthquakes, such as slip...
Slow earthquakes and afterslips prove that the Earth does not have just two response time scales, i...
International audienceSilent earthquakes, or slow slip events (SSEs), in subduction zones [Schwartz ...
[1] Continuous GPS and seismic data from northern California show that slow earthquakes periodically...
The recognition of slow earthquakes in geodetic and seismological data has transformed the understan...
Continuous GPS and seismic data from northern California show that slow earthquakes periodically rup...
Recent technological advances combined with more detailed analyses of seismologic and geodetic obser...
Slow earthquakes and afterslips prove that the Earth does not have just two response time scales, i....
The discovery of slow-slip has radically changed the way we understand the relative movement of Eart...
Tectonic stress is released in the form of aseismic and seismic signatures. Slow and fast/regular ea...
Abstract Slow slip events usually occur downdip of seismogenic zones in subduction megathrusts and c...
Several clustered slow earthquakes have been recorded by a geodetic inter-ferometer in central Italy...
Continuous geodetic measurements from convergent margins have shown that deep transient creep events...
To better understand the physical mechanisms of slow slip events (SSEs) detected worldwide, we explo...
Faults show complex slip behaviors at different sections depending mainly on their stress and fricti...
It is well-known that the first-order kinematic characteristics of typical earthquakes, such as slip...
Slow earthquakes and afterslips prove that the Earth does not have just two response time scales, i...
International audienceSilent earthquakes, or slow slip events (SSEs), in subduction zones [Schwartz ...
[1] Continuous GPS and seismic data from northern California show that slow earthquakes periodically...
The recognition of slow earthquakes in geodetic and seismological data has transformed the understan...
Continuous GPS and seismic data from northern California show that slow earthquakes periodically rup...
Recent technological advances combined with more detailed analyses of seismologic and geodetic obser...
Slow earthquakes and afterslips prove that the Earth does not have just two response time scales, i....
The discovery of slow-slip has radically changed the way we understand the relative movement of Eart...