Earth Observatory of Singapore

Spotlight: Indonesia

Sumatran Fault Monitoring (SuMo) Campaign GPS project

Studies focused on tectonic activity along the Sumatran Fault zone (SFZ), which traverses the entire 1900-km length of Sumatra, are still lacking. The SFZ is segmented and the slip rate varies for each segment, but rates are poorly known, particularly at the southern end of the SFZ.

Earth Girl 2: Preparing for the Tsunami

Inspired by the challenges faced by coastal communities throughout Asia and Southeast Asia, Earth Girl 2 is a casual strategy game that teaches players how to prepare for and increase their odds of surviving a tsunami.

Testing the Potential of Wave Gliders for Ocean Exploration and Seafloor Geodesy in SE Asia

Barbot's team is developing geophysical marine robots to probe the deformation of the seafloor. The end goal is to extend geodetic measurements offshore to better understand earthquakes, tectonic processes and tsunami hazards.

Indian Ocean Earthquake may Signal the Formation of a New Plate Boundary

Results from the MEGA-TERA expedition point to a new fault system that may be a sign of the Indian and Australian plates breaking up.

How Strong are the Rocks in the Sumatran Subduction Zone?

The highly active Sumatran Subduction Zone has produced more than four great earthquakes in the last decade. The first of these was the giant Mw 9.2 Sumatra-Andaman earthquake that ruptured on 26 December 2004. This devastating event was followed by three others – the Mw 8.6 Nias-Simeulue quake in 2005, the Mw 8.4 Bengkulu earthquakes in 2007, and the Mw 7.7 Mentawai tsunami-earthquake in 2010.

Testing the Potential of Wave Gliders for Ocean Exploration and Seafloor Geodesy in SE Asia

Mentawai Gap—Tsunami Earthquake Risk Assessment (MEGA-TERA) Cruise Log

The Mentawai Gap — Tsunami Earthquake Risk Assessment (MEGA-TERA) project is a scientific expedition that aims to investigate the cause of tsunamis in the seismically active zone west of Siberut Island, near Sumatra.

Annual Report 2016
Nepal is the home to stunning landscapes and the tallest mountain range in the world. It is also the site of the largest active continental thrust fault called the Main Frontal Thrust. The collision of the Indian subcontinent and the Eurasian plate, which began about 50 million years ago, is still building the tallest mountains in the world and has produced many large, catastrophic earthquakes along the way.