Indonesia is one of the most disaster-prone countries on the planet, given its high exposure
to natural hazards coupled with its high socio-economic vulnerability. The aim of this chapter …

The 1900‐km‐long, trench‐parallel Sumatran fault accommodates a significant amount of
the right‐lateral component of oblique convergence between the Eurasian and …

Catastrophic natural hazards, such as earthquake, pose serious threats to properties and
human lives in urban areas. Therefore, earthquake risk assessment (ERA) is indispensable …

The eastern boundary of the Sichuan-Yunnan faulted-block in southwestern China, which
contains four major fault zones named Xianshuihe, Anninghe, Zemuhe, and Xiaojiang …

I use GPS interseismic velocities and classic 2D elastic half-space models with a screw
dislocation to estimate the long-term fault slip rate, locking depth, and the offset between the …

We model spatial variations in horizontal displacements of 117 geodetic sites measured
during annual surveys in 1989–1996 with the Global Positioning System (GPS) as elastic …

The accuracy of active fault map, slip rate and its seismic parameters is crucial for seismic
hazard analysis. Fault maps, segmentations and slip rates of the Sumatran Fault Zone (SFZ) …

We present an interplate coupling model of the Australia–Java plate interface off the
southwestern coast of Java, Indonesia, based on data from the Indonesian Permanent GPS …

Decadal‐scale postseismic deformation of subduction earthquakes has been widely
modeled using a Maxwell viscoelastic Earth with a mantle‐wedge viscosity of about 1019 Pa …

The Great Sumatran Fault system in Indonesia is a major right‐lateral trench‐parallel system
that can be divided into several segments, most of which have ruptured within the last …