The Community Engagement Office aims to build the identity of the Observatory beyond the scientific community, reaching government and leadership, educators, partners, and the media. This is achieved by elevating our scientists’ research and expressing the importance of Earth science awareness through both local and international media, and through the Observatory’s social channels.


“Unraveling Myanmar’s Underground Structure to Better Prepare for Future Geohazards”

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Lying at the junction of several tectonic plates, Myanmar is exposed to geohazards such as earthquakes, tsunamis, and volcanic eruptions. To help prepare for these hazards, scientists produce hazard assessments using their understanding of the region’s geology and tectonic activity. They seek to answer questions such as: how do the tectonic plates interact with each other, how deep the magma is, where the faults are, and what kinds of earthquakes can we expect? 

Scientists from the Earth Observatory of Singapore (EOS) and their collaborators proposed a new 3D velocity model for the subsurface structure of the Earth’s crust and lithosphere down to a depth of 80 kilometres (km) below Myanmar. 

In this study, published in Earth and Planetary Science Letters, the research team used data collected from 55 seismic stations. These stations, which are mostly from the...

“Drawing the Connection between Climate Change and Tectonics”

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In this interview series, we learn about the perspectives of the PhD students whose wide-ranging work contributes to the SEA2 Program and share what drives them in their research.

What comes to mind when you think of climate change and sea-level rise? 

The science of tectonics is linked to both in the most unexpected way. When an earthquake occurs, for example, a tectonic fault ruptures and causes short-term deformations, such as vertical land motion – a shift in the earth that influences sea-level rise by literally raising or lowering the seabed – it forms a link to climate change that is not immediately apparent.

An earthquake may also form long-term deformations that may not be instantly observed, with repercussions lasting any time between several weeks to even years. For instance, ...

“A New Way to Measure the Benefits of Natural Solutions for Reducing Disaster Risk”

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Forests help us in many ways. They preserve biodiversity, combat climate change, and even protect us from floods. However, quantifying the value of these benefits has been a challenge for many years. 

Scientists from the Earth Observatory of Singapore (EOS) have found a way to evaluate the impacts of nature-based solutions, such as forest protection, on flood risk. In a new study published in One Earth, they show that protecting forests from deforestation in Myanmar’s Chindwin River basin could reduce the economic and human costs of floods by 14 per cent, saving US$1 million in flood-losses annually and protecting 30,000 people in the next decade.

"Scientists have known for a long time that forests affect the volume and timing of floodwaters, in addition to other environmental benefits," said Assistant Professor...


We work with the media to provide expert commentary on topics including earth science phenomena, geohazard crises, and new research findings.

To learn more about the Earth Observatory of Singapore in the news, please visit our newsroom.

To view a curated collection of Earth Observatory researchers in the news, please go to our media archive.

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Outreach Events

We share our science and connect with our audience at various outreach events, from on-site tours to conferences to public exhibitions.