This study uses complete earthquake catalog data and spatio-temporal analysis to construct
a reliable model to forecast the potential seismogenic earthquake or earthquake fault zones …

Significant earthquakes on the island of Sumatra, Indonesia, have predominantly been
earthquakes with a thrust mechanism that occurred due to the subduction process and …

The probabilistic seismic hazard function (PSHF) before large earthquake events based on
the hypothesis earthquake forecast algorithm using the Akaike information criterion (AIC) is …

This study uses integrated geological, geodesy, and seismology data to assess the potential
tsunami and Probabilistic Seismic Hazard Function (PSHF) near Sumatra's coastal cities. It …

This study intends to evaluate the possible correlation between the correlation dimension
(DC) and the seismic moment rate for different late Quaternary active fault data, shallow …

The Liwa area is near the active shear fault of the Sumatra Fault Zone (SFZ), with a right
lateral mechanism where the Kumering segment crosses this area. The geodynamic …

This study investigates the application of time-independent models for the regional
earthquake likelihood models earthquake forecast testing based on the modified probability …

Because of its well‐documented subduction zone and outer island arc, Sumatra provides a
unique setting for studying and forecasting earthquakes within the seismically active Sunda …

In this study, we developed a regional likelihood model for crustal earthquakes using
geodetic strain-rate data from southwest Japan. First, the smoothed strain-rate distributions …

A seismic hazard study and analysis of the megathrust source off the west coast of North
Sumatra, Indonesia, were conducted based on the estimated horizontal crustal strain using …