If a volcano is rumbling then we can expect an eruption, but how big will that eruption be? Currently we have little idea of how to forecast the size of future eruptions.
Physical Volcanology and Petrology - Caroline Bouvet de Maisonneuve
The development of increasingly precise geophysical monitoring tools has led to progress in the field of eruption forecasting, but predicting the size and vigor of an eruption remains a major challenge in the assessment of risks. The vast majority of active volcanoes display wide ranges in eruption styles over long and short time scales, from effusive lava flows or dome growth to explosive Strombolian, Vulcanian, or Plinian eruptions. The long term goals of my group are to shed light on the combinations of processes and physical parameters that govern the magnitudes and styles of eruptions, and to enhance our ability to interpret geophysical and geodetic monitoring signals in terms of magmatic processes.
Our main research interests, therefore, focus on:
- What processes control the magnitude and style of a given eruption?
- How and why do these controlling factors change from one eruptive center to the next?
- Why does the magnitude and style vary from eruption to eruption at a same volcano?
In addition, the fact of addressing these questions may also bring elements of response to more petrology-based problems such as: How to reconcile the plutonic and volcanic record? How and where do magmas differentiate (e.g. assimilation vs. fractional crystallization)? How do the transport, accumulation, and differentiation of magma affect the formation of continental crust?
The University of Haifa and the Asian School of the Environment are searching for one graduate student to work on the interpretation of Sub-Bottom Profiler (SBP) data collected from lakes in Sumatra (Indonesia). To learn more about this opportunity, please click here.
The Asian School of the Environment and the Institute of Advanced Studies at Nanyang Technological University present the Workshop in Advances in Tephrochronology in Southeast Asia. Find out more at their website here.
Read about The 18th century eruption of Makaturing volcano, Philippines: A catalyst for slavery, raiding and regional conflict.
EOS Participation in “Hazards, Tipping Points, Adaptation and Collapse in the Indo-Pacific World” A Project Integrating History and Science
The project, funded by the Australian Research Council (ARC), aims to provide a new understanding of Indo-Pacific history post-1000 C.E.
We seek to understand the unrest signals of caldera-related volcanic systems. Rabaul caldera showed strong seismic activity and deformation between 1971 and 1994 before culminating in a plinian eruption in 1994. This provides a unique opportunity...
Sumatra hosts the volcanoes closest to Singapore and is home to some of the largest eruptions in the world. This project is the first step of a long-term effort directed towards a detailed assessment of the hazard related to Sumatran volcanoes....
We conduct a multidisciplinary study which investigates conduit and reservoir bubble dynamics through a combination of petrology, geochemistry, textural analysis, and numerical modeling.