We investigated the active tectonic deformation in Java using Global Positioning System
(GPS) velocity data from 2008 to 2013. We calculated strain rate and estimate that, in …

In areas where regional tectonic strain is accommodated by broad zones of short and low
slip rate faults, geomorphic and paleoseismic characterization of faults is difficult because of …

Abstract Study region The Bromo-Tengger volcanic aquifer system,(East Java, Indonesia).
Study focus Andesitic volcanic aquifers in Indonesia are an important source of groundwater …

Abstract The Central and East Java region, which is part of the Sunda Arc, has relatively
high seismic rates due to the convergence of two major tectonic plates in the Indonesian …

Abstract The Java Back‐arc Thrust scars the entire back‐arc area of Java Island, but the
faults' nature, timing, and activity remain partly elusive. Characterizing the structure and …

Stress fields in the Earth's crust are important indicators leading to better understanding of
geologic processes. One way to acquire stress data is through morphometric analysis of …

Abstract Mount (Mt.) Merapi is a Quaternary stratovolcano situated on the active volcanic
front in Central Java. It is a part of the active volcanic arc chain of Java Island formed by the …

The major climatic oscillations during the Quaternary Period significantly influenced the
evolution and distribution of ancient and modern coastal systems. Here we investigate the …

The Central and East Java region, which is part of the Sunda Arc, has an important role in
producing destructive earthquakes and volcanic complexes in Indonesia as a result of the …

The subduction of the Indo-Australian plate underneath the Eurasian plate causes the crust
of the Central and East Java region to experience long-term deformation. We have analysed …