Spotlight: Indonesia

Illustration of waveglider motion
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.

Spotlight: Myanmar

Annual Report 2017 - Research

Home to more than 50 million people, Myanmar is shaped like a giant kite with a long tail that sweeps down along the Andaman Sea.

Beneath the surface, invisible dangers affect Myanmar’s growing population, making it one of the most earthquake-prone countries in the world. In the north, mountain ranges mark the northeast limit of the Indian tectonic plate, which has been colliding with the southern edge of the Eurasian plate for tens of millions of years. It is this interaction that has helped push...

Spotlight: Myanmar

New Seismic Network Sheds Light on Myanmar’s Tectonic Activity

Scientists have long known that Myammar is tectonically vulnerable. But only recently, says Dr Paramesh Banerjee, have they been able to understand the full extent of the country’s seismic activity. This new insight is made possible by the new Myanmar Seismic Network, established earlier this year.

Spotlight: Indonesia

Illustration of waveglider motion
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.

Spotlight: Indonesia

Illustration of waveglider motion
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.

Spotlight: Nepal

Post-Disaster Damage Assessments: Room for Improvement?

On 25 April 2015, a 7.8-magnitude earthquake struck Nepal, destroying buildings and infrastructure across 31 of Nepal’s 70 districts. Approximately 9,000 people lost their lives to the earthquake that day, 22,000 suffered from injuries, and eight million were affected. I arrived in Kathmandu one week after the quake to support the government of Nepal in various response and recovery activities.

Spotlight: Myanmar

Annual Report 2017
This annual report marks the end of the Earth Observatory’s first decade. At the onset, we conceived of a regional research and educational institution aimed at conducting basic geohazards research, headquartered on the campus of an up-and-coming university, NTU Singapore. Did we move significantly toward these goals during our first ten years? Are we contributing to making Southeast Asian societies safer and more sustainable? Are we likely, through the remainder of the century, to play a premier role in meeting the challenges...

Spotlight: Myanmar

Today's Quake in Myanmar is a Reminder of How Active the Sagaing Fault is

Very early in the morning on Friday, 12 January 2018, Myanmar was struck by a magnitude-6.0 earthquake. Residents in the two capital cities, Yangon and Nay Pyi Taw, were able to feel the quake that had originated 40 kilometres west of the Sagaing Fault in Central Myanmar.

In the video below, Dr Wang Yu, a Research Fellow at the Earth Observatory of Singapore,...

Spotlight: Indonesia

Illustration of waveglider motion
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.

Spotlight: Nepal

Geometry and Kinematics of the Main Frontal Thrust, Himalaya

This project aims to study the MFT and its associated fault splays by acquiring a densely-spaced set of high-resolution seismic reflection profiles across the fault tip in order to assess the geometry and kinematics of the fault.

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