The marine geophysical data collected during the 2015 MEGA-TERA expedition provide a unique window into the near-trench structure of the Sumatran accretionary wedge.
The primary objective of this project is to measure Ba and Ba isotopes in the river waters and oceans of Southeast Asia in order to characterize and also understand the potential of using Ba isotop
This webinar was part of the preparations for the Subduction Zone Observatory workshop held on 29 September to 1 October 2016 at the Boise Centre in Boise, Idaho, USA.
As the year comes to a close, I’d like to thank you for your continued interest and support in the research, initiatives and programs being conducted here at the Earth Observatory. Over the past year, your increased engagement has helped us to better understand your interests in geohazard research and provide content to meet them. From publications to awards and new blog series, here is a look back on a few highlights from 2017.
The sea-level database (81 index points and 12 limiting data) from the Malay-Thai Peninsula reveal an upward trend of Holocene relative sea level from a minimum of -22 m at 9.7 – 9.2 ka to a
Petrological studies can inform of the processes and time scales of magma movement and ascent, and thus allow associating them with monitoring unrest signals, and thus better mitigate volcano hazar
We propose to install 30 broadband seismometers to cover the seismic gap on the Sagaing fault and the neighbouring region, which is one of the most populated areas in Myanmar. The seismic data will be used to better understand the seismotectonic setting in the region. The proposed works include waveform modelling for earthquake focal mechanism and crustal and slab velocity structure, and determining micro-seismicity location, locking depth and the slip rate on the fault. These will be key for seismic hazard estimation and preparedness in Myanmar.