“We scientists usually think we know everything,” said Dr Wang Yu, a Research Fellow at the Earth Observatory of Singapore (EOS), “but when we go into the field, we start to realise that...
Earthquake Geology - Kerry Sieh
Director Kerry Sieh’s principal research interest is earthquake geology, which uses geological layers and landforms to understand the geometries of active faults, the earthquakes they generate, and the crustal structure their movements produce. His early work on the San Andreas fault led to the discovery of how often and how regularly it produces large earthquakes in southern California.
More recently, his group has begun a study of the earthquake geology of Myanmar and New Guinea. Current research is especially focused on the subduction megathrust that produced the devastating giant Aceh-Andaman earthquake and Indian Ocean tsunami of 2004.
A Quantitative Reappraisal of Historical Earthquakes in Indonesia from Uniformly Assessed Macroseismic Observations from the Dutch Colonial Period
Our aim is to establish a collaborative geochronology partnership between the Earth Observatory of Singapore and the WiscAr geochronology laboratory at the University of Wisconsin, targeting geochronology needs in Southeast Asia.
Close to solving one of the most celebrated, long-standing geo-hazard mysteries of the region, Sieh’s group is searching for an 800,000-year-old impact crater in Laos.
By studying land-level changes over the past 1,000 years, Sieh and his team have gained a better understanding of earthquake behaviour along the Sumatran portion of the Sunda subduction zone; this will lead to improved forecasts for places such...
The Shan Plateau, which passes through China and Myanmar, is not well studied; this three-year project that aims to determine earthquake recurrence intervals of two key faults will be invaluable to assessing hazard there.
Probabilistic Seismic Hazard Assessment for Myanmar: Initiative of the Southeast Asia Earthquake Model
Beginning with Myanmar as the test sub-region, Sieh and his team will combine fault and earthquake data to construct a state-of-the-art regional model to assess seismic hazards.