Being a part of ongoing continental collision between the Arabian and Eurasian plates, the
Caucasus region is a remarkable site of moderate to strong seismicity, where devastating …

An estimate of the expected earthquake rate at all possible magnitudes is needed for
seismic hazard forecasts. Regional earthquake magnitude frequency distributions obey a …

The precursory scale increase (Ψ) phenomenon describes the sudden increase in rate and
magnitude in a precursory area AP, at precursor time TP, and with precursor magnitude MP …

We determine optimal on‐fault earthquake spatial distributions using a combinatorial
method that minimizes the long‐term cumulative stress resolved on the fault. An integer …

ABSTRACT A physics‐based earthquake simulation algorithm for modeling the long‐term
spatiotemporal process of strong (M≥ 6.0) earthquakes in Corinth Gulf area, Greece, is …

Strike-slip fault ruptures have a limited capacity to generate vertical deformation, and for this
reason they are usually dismissed as potential destructive tsunami sources. At the western …

Physics‐based earthquake simulators have been developed to overcome the relatively short
duration and incompleteness of historical earthquake and paleoseismic records …

Physics-based simulations have been extensively employed to generate synthetic
earthquake catalogs over the past decade. In this kind of simulation, primary known faults …

Tsunamis can have devastating consequences for coastal communities. Yet hazards from
future tsunamis are difficult to quantify due to their rarity in the instrumental record. Statistical …

On‐fault earthquake magnitude distributions are calculated for northern Caribbean faults
using estimates of fault slip and regional seismicity parameters. Integer programming, a …