Seismic hazard assessment is one of the main targets of seismological research, aiming to
contribute to reducing the catastrophic consequences of strong earthquakes (eg, M ≥ 6.0 …

The non-trivial properties of the small-world and scale-free structure are investigated in
earthquake networks that are formed from the seismicity taking place in Greece and …

We revisit the sandpile model and examine the effect of introducing site-dependent
thresholds that increase over time based on the generated avalanche size. This is inspired …

The sandpile is one of the earliest discrete models to have demonstrated the self-
organisation believed to be at work in earthquakes and other nonlinear systems in nature …

The monitoring of complex earthquake networks that are formed from Greek seismicity
based on the evolution of their measures, such as degree centrality, characteristic path …

The investigation of earthquake recurrence networks that were constructed from two
aftershock sequences in Greece, is performed, aiming to detect whether the structure of …

Slowly driven sandpile models has found applications in modelling earthquakes due to the
observed power law statistics in its magnitude distributions, like the behaviour of …

Relaxational processes in many complex systems often occur in the form of avalanches
resulting from internal cascades from across the system scale. Here, we probe the space …

Seismic hazard assessment is one of the main targets of seismological research, aiming to
contribute to reducing the catastrophic consequences of strong earthquakes (eg, M 6: 0) …