The distribution of interevent times between two successive earthquakes is generally modelled as Gamma distribution. However, significant deviations from Gamma distribution have been observed at small interevent times. These deviations can be easily modelled through the introduction of a new parameter in the interevent time distribution. The log-likelihood estimations of the model parameters performed for the data from four earthquake catalogues reveal that the proposed model fits the data well. Finally, the new parameter is interpreted in terms of the c parameter of the Omori law
The aim of this paper is to provide some constrains on the time behavior of earthquake generation me...
The initial footprint of an earthquake can be extended considerably by triggering of clustered after...
The initial footprint of an earthquake can be extended considerably by triggering of clustered after...
The distribution of interevent times between two successive earthquakes is generally modelled as Gam...
We present a study of the earthquake intertime distribution D(Δt) for a California catalog in tempor...
We present a study of the earthquake intertime distribution D(Delta t) for a California catalog in t...
We present a study of the earthquake intertime distribution D(Delta t) for a California catalog in t...
Abstract A mixed model is proposed to fit earthquake interevent time distribution. In this model, th...
The interevent time distribution characterizes the temporal occurrence in seismic catalogs. Universa...
The interevent time distribution characterizes the temporal occurrence in seismic catalogs. Universa...
peer reviewedStatistical modelling of earthquakes is a challenging and delicate topic: research acti...
[1] The distribution of tsunami interevent times is analyzed using global and site-specific (Hilo, H...
It is known that the distribution of seismic inter-event times is well described by the Gamma distri...
We propose a simple theory for the ``universal'' scaling law previously reported for the distributio...
Statistical studies on earthquake recurrence time probabilities have frequently been applied to seis...
The aim of this paper is to provide some constrains on the time behavior of earthquake generation me...
The initial footprint of an earthquake can be extended considerably by triggering of clustered after...
The initial footprint of an earthquake can be extended considerably by triggering of clustered after...
The distribution of interevent times between two successive earthquakes is generally modelled as Gam...
We present a study of the earthquake intertime distribution D(Δt) for a California catalog in tempor...
We present a study of the earthquake intertime distribution D(Delta t) for a California catalog in t...
We present a study of the earthquake intertime distribution D(Delta t) for a California catalog in t...
Abstract A mixed model is proposed to fit earthquake interevent time distribution. In this model, th...
The interevent time distribution characterizes the temporal occurrence in seismic catalogs. Universa...
The interevent time distribution characterizes the temporal occurrence in seismic catalogs. Universa...
peer reviewedStatistical modelling of earthquakes is a challenging and delicate topic: research acti...
[1] The distribution of tsunami interevent times is analyzed using global and site-specific (Hilo, H...
It is known that the distribution of seismic inter-event times is well described by the Gamma distri...
We propose a simple theory for the ``universal'' scaling law previously reported for the distributio...
Statistical studies on earthquake recurrence time probabilities have frequently been applied to seis...
The aim of this paper is to provide some constrains on the time behavior of earthquake generation me...
The initial footprint of an earthquake can be extended considerably by triggering of clustered after...
The initial footprint of an earthquake can be extended considerably by triggering of clustered after...