Peter Shebalin

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12 We introduce a new approach to short-term earthquake prediction named " Reverse Tracing of Precursors " (RTP), since it considers precursors in reverse order of their appearance. First, we detect the " candidates " for the short-term precursors; in our case, these are newly introduced chains of earthquakes reflecting the rise of an earthquake correlation(More)
Two of the long-standing relationships of statistical seismology are power laws: the Gutenberg-Richter relation describing the earthquake frequency-magnitude distribution, and the Omori-Utsu law characterizing the temporal decay of aftershock rate following a main shock. Recently, the effect of stress on the slope (the b value) of the earthquake(More)
Short-term earthquake prediction, months in advance, is an elusive goal of earth sciences, of great importance for fundamental science and for disaster preparedness. Here, we describe a methodology for short-term prediction named RTP (Reverse Tracing of Precursors). The physical basis of RTP can be summed up as follows: An earthquake is generated by two(More)
Both earthquake size-distributions and aftershock decay rates obey power laws. Recent studies have demonstrated the sensibility of their parameters to faulting properties such as focal mechanism, rupture speed or fault complexity. The faulting style dependence may be related to the magnitude of the differential stress, but no model so far has been able to(More)
In order to estimate the hazard rate distribution of the largest seismic events in Vrancea, SouthEastern Carpathians, we study temporal properties of historical and instrumental catalogues of seismicity. First, on the basis of Generalized Extreme Value theory we estimate the average return period of the largest events. Then, following Bak et al. (2002) and(More)
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