Characterizing the crustal structure of Indonesia is important to gain a better understanding
of its geodynamic evolution and improve seismic hazard assessments in the area. However …

This paper presents the depth inversion of Rayleigh wave group velocity to obtain an S-
wave velocity model from seismic ambient noise cross-correlation in western Java …

Borneo is an island situated in a tectonically complex region and characterised by multiple
arcs and continental blocks accreted during the Mesozoic and early Cenozoic. We analyse …

Traces of past landslides were found on the seabed of Palabuhanratu Bay, West Java. This
landslide is thought to have generated a tsunami, but has never been investigated before …

We investigate the sediment and Earth's crustal structure beneath the East Kalimantan and
East Java by modelling the stacked receiver function from six seismic broadband stations …

Based on analyses of published geological cross sections along the Baribis Fault, we briefly
review several possible mechanisms of this backarc thrust that developed behind the …

The Earth's crust layer and sediment in Western Indonesia has been studied using the
inversion of teleseismic receiver function from BMKG's seismic network. Earthquake events …

The study of individual volcanoes in northwest Java has been largely overlooked. In this
study, an investigation of the magma evolution and plumbing system of Gede-Salak Volcano …

West Java is one of the regions in Indonesia that has a complex geological structure caused
by plate subduction in the south of Java Island. This resulted the formation structure of the …

We study crustal properties using teleseismic receiver functions extracted from two
broadband seismic stations around the Meratus Complex region, Southeast Borneo. The …