Large earthquakes strike infrequently and close-in recordings are uncommon. This situation makes it difficult to predict the ground motion very close to earthquake-generating faults, if the prediction is to be based on readily available observations. A solution might be to cover the Earth with seismic instruments so that one could rely on the data from previous events to predict future shaking. However, even in the case of complete seismic data coverage for hundreds of years, there would still be one type of earthquake that would be difficult to predict: those very rare earthquakes that produce very large ground motion
By nature, earthquake prediction is only possible with some statistical uncertainty. Methods are ...
Predictability of long-period (1 sec or longer) ground motions generated by long strike-slip earthqu...
Recent studies suggest that small and large earthquakes nucleate similarly, and that they often have...
Large earthquakes strike infrequently and close-in recordings are uncommon. This situation makes it ...
Large earthquakes strike infrequently and close-in recordings are uncommon. This situation makes it ...
We present a physically based methodology to predict the range of ground-motion hazard for earthqua...
We present a physically based methodology to predict the range of ground-motion hazard for earthquak...
Accurate prediction of the intensity and variability of strong ground motions for future large eart...
We test a methodology to predict the range of ground-motion hazard for a fixed magnitude earthquake ...
We test the physically-based ground motion hazard prediction methodology of Hutchings et al. [Hutchi...
We test the physically-based ground motion hazard prediction methodology of Hutchings et al. [Hutchi...
Predictability of long-period (1 sec or longer) ground motions generated by long strike-slip earthqu...
Recent studies suggest that small and large earthquakes nucleate similarly, and that they often have...
ABSTRACT Accurate prediction of the intensity and variability of strong ground motions for future la...
Predictability of long-period (1 sec or longer) ground motions generated by long strike-slip earthqu...
By nature, earthquake prediction is only possible with some statistical uncertainty. Methods are ...
Predictability of long-period (1 sec or longer) ground motions generated by long strike-slip earthqu...
Recent studies suggest that small and large earthquakes nucleate similarly, and that they often have...
Large earthquakes strike infrequently and close-in recordings are uncommon. This situation makes it ...
Large earthquakes strike infrequently and close-in recordings are uncommon. This situation makes it ...
We present a physically based methodology to predict the range of ground-motion hazard for earthqua...
We present a physically based methodology to predict the range of ground-motion hazard for earthquak...
Accurate prediction of the intensity and variability of strong ground motions for future large eart...
We test a methodology to predict the range of ground-motion hazard for a fixed magnitude earthquake ...
We test the physically-based ground motion hazard prediction methodology of Hutchings et al. [Hutchi...
We test the physically-based ground motion hazard prediction methodology of Hutchings et al. [Hutchi...
Predictability of long-period (1 sec or longer) ground motions generated by long strike-slip earthqu...
Recent studies suggest that small and large earthquakes nucleate similarly, and that they often have...
ABSTRACT Accurate prediction of the intensity and variability of strong ground motions for future la...
Predictability of long-period (1 sec or longer) ground motions generated by long strike-slip earthqu...
By nature, earthquake prediction is only possible with some statistical uncertainty. Methods are ...
Predictability of long-period (1 sec or longer) ground motions generated by long strike-slip earthqu...
Recent studies suggest that small and large earthquakes nucleate similarly, and that they often have...
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