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23 de mar. de 2021 · Abstract. Analysis of geodetic data obtained by the global positioning system (GPS) leads to better understanding of earthquake origins and helps to interpret their sequences. For this, we cross-compare the pre- and postseismic displacements associated with great earthquakes and derived from GPS observations and seismic catalogs.
11 de mar. de 2024 · Our analysis reveals common patterns, and sheds light on the interplay of structural, tectonic and other boundary conditions that influence the dynamics of earthquake sequences, and hence, in...
9 de sept. de 2020 · We attempt to clarify processes associated with the 2019 Ridgecrest earthquake sequence by analyzing space-time variations of seismicity, potency values, and focal mechanisms of earthquakes leading to and during the sequence.
22 de ago. de 2012 · The 2010–2011 Canterbury sequence is a complex system of seismic events that started with a Mw7.1 earthquake and continued with large aftershocks with dramatic consequences, particularly for the ci...
12 de ene. de 2010 · Understanding Earthquakes — Brief history of seismology to 1910, earthquake and plate tectonic quizzes, earthquake accounts by famous people, elastic rebound animation, and links to addition resources.
21 de ene. de 2019 · Differences between earthquake sequences in the crust and adjacent uppermost mantle at oceanic transform faults are revealed by a seafloor seismic experiment at the Blanco Transform Fault....
Several recent studies have shown the potential of new approaches to simultaneously detect earthquake foreshocks and slow-slip phenomena through ground deformation, seismic, and gravi- tational transients—weeks to months before large subduction zone earthquakes.
