The nature of the long-run correlations in a seismic catalog (the Iberian Peninsula catalog recorded from 1970 to 2001) is analyzed by means of the Hurst exponent. Different techniques, tested with simulated time series, are used to calculate this parameter, so that the results are reliable. We find that there is strong correlation in the region, and that small earthquakes are very important to the stress transfers. In addition, it is shown that predictability in an earthquake system is a function of the relationship between magnitude and energy, and that seismicity rate, or number of events, provides the best measure of this predictability
International audienceTemporal and spatial analysis of seismicity is performed via the Rescaled Rang...
In the present work the statistical properties of the earthquake activity in a highly seismic region...
We analyze the experimental seismic catalog of Southern California and we show the existence of corr...
Since the beginning of the 1980s, when Mandelbrot observed that earthquakes occur on 'fractal' self-...
The south of the Iberian Peninsula is of especial interest for the application of Earthquake Early W...
We detect long-range correlations and trends in time series extracted from the data of seismic event...
We study seismic records in regimes of stationary seismic activity in Northern and Southern Californ...
The Long-Range Connective Sandpile (LRCS) model was applied to the Italian seismicity. The Hurst exp...
The present study aims at proving the existence of long memory (or long-range dependence) in the ear...
It has been observed that discrete earthquake events possess memory, i.e., that events occurring in ...
Hurst's rescaled range analysis is a useful tool in the examination of a time series and is designed...
The seismic generation rate, SGR, at southern California along the 1981–2007 recording period is ana...
Earthquakes are one of the most devastating natural disasters that plague society. Skilled, reliable...
It is well established that earthquakes are correlated over distances greatly exceeding their source...
Several empiric cumulative distributions of elapsed times and distances between seismic even...
International audienceTemporal and spatial analysis of seismicity is performed via the Rescaled Rang...
In the present work the statistical properties of the earthquake activity in a highly seismic region...
We analyze the experimental seismic catalog of Southern California and we show the existence of corr...
Since the beginning of the 1980s, when Mandelbrot observed that earthquakes occur on 'fractal' self-...
The south of the Iberian Peninsula is of especial interest for the application of Earthquake Early W...
We detect long-range correlations and trends in time series extracted from the data of seismic event...
We study seismic records in regimes of stationary seismic activity in Northern and Southern Californ...
The Long-Range Connective Sandpile (LRCS) model was applied to the Italian seismicity. The Hurst exp...
The present study aims at proving the existence of long memory (or long-range dependence) in the ear...
It has been observed that discrete earthquake events possess memory, i.e., that events occurring in ...
Hurst's rescaled range analysis is a useful tool in the examination of a time series and is designed...
The seismic generation rate, SGR, at southern California along the 1981–2007 recording period is ana...
Earthquakes are one of the most devastating natural disasters that plague society. Skilled, reliable...
It is well established that earthquakes are correlated over distances greatly exceeding their source...
Several empiric cumulative distributions of elapsed times and distances between seismic even...
International audienceTemporal and spatial analysis of seismicity is performed via the Rescaled Rang...
In the present work the statistical properties of the earthquake activity in a highly seismic region...
We analyze the experimental seismic catalog of Southern California and we show the existence of corr...