Sentence examples for earthquake interaction from inspiring English sources

Other ongoing projects stem from the use of precise earthquake relocation techniques that enable one to image fault zone structures and earthquake interaction with unprecedented detail.

The earthquake interaction model does not need to invoke aseismic transients for explaining the foreshock sequence.

Since the immediate cause of these triggered events is apparent and relatively easy to quantify, systematic analysis of remote triggering offers a unique opportunity for better understanding the underlying mechanism of earthquake interaction and physics of earthquake occurrence.

For an interpretation of the foreshock sequence (Hirose et al., 2011) prior to the 2011 Tohoku earthquake (M 9.0), there are two conflicting hypotheses: a slow slip event model (Ando and Imanishi, 2011; Kato et al., 2012) and an earthquake interaction model (Marsan and Enescu, 2012; Gusman et al., 2013).

Whereas the seismicity rate changes we observe may be explained by various models, our preferred explanation is that it is caused by a long-term slow slip event (LSSE) rather than, for example, a dilatancy model or an earthquake interaction model.

That evening, over salmon dip and crackers, Susan Wilson, who operates the inn with her husband, shared tales of early statehood, the 1964 earthquake, interactions with Eskimos and stray polar bears.

As a result, interactions between the largest earthquake in a sequence, known as a mainshock, and its aftershocks may hold clues to earthquake interactions more broadly, helping to explain how changes on a fault induced by one earthquake may affect the potential site of another.

From a physical point of view, this new branching accounts for possible long-term earthquake interactions.

Coulomb stress change analysis contributes to illuminating stress transmissions, understanding earthquake interactions, and assessing seismic hazard associated with large earthquakes.

Likelihood tests applied to forecasts defined on a high-density spatial grid are often criticized because of potential earthquake interactions (Molchan 2012).

As for any building structure expected to exceed its elastic behaviour-range in case of earthquake, the interaction of design capacity, load bearing capacity and structural ductility will influence the performance.