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Dr Emma Liu

volcanic emissions, aerial (drone) monitoring strategies, natural and environmental hazards, petrology

Lecturer in Earth Sciences 

 

Emma Liu

 

Appointment:

Room:

Lecturer in Earth SciencesKathleen Lonsdale, 111

Courses Taught:

GEOL0038  Research Proposal
GEOL0024 Geological and Environmental Mapping
GEOL0056 Independent Research & Dissertation
GEOL0007 The Earth (contributor)
GEOL0062 Geological & Geotechnical Hazards (contributor)
GEOL0065 Research Methods and Skills (contributor)
MSc Geophysical Hazards Field Trip

Research Group(s):

Volcanology, UCL Hazards Centre
 

Email Address:

Telephone Number:

emma.liu@ucl.ac.uk020 3108 7144 (77144)

Research Summary

Volcanic eruptions release vast quantities of ash, gas, and aerosols into the atmosphere. These emissions pose significant societal, environmental and climatic hazards that operate over a range of timescales from days to decades. My research interests are diverse and inter-disciplinary across physical volcanology, volatile/trace metal geochemistry, and volcanic hazard assessment. I seek to understand the magmatic processes and plume dynamics that govern the magnitude and impact of volcanic emissions: from the generation of volcanic ash during explosive eruptions and its transport in the atmosphere, to the geochemical controls on the outgassing of volatiles and trace metals. The novel application of Unoccupied Aerial Systems (UAS) or ‘drones’ for aerial volcanic sampling and volcano monitoring is a key element of my research strategy.

Meet the Staff: Dr Emma Liu

My current project 'ABOVE: Aerial Observations of Volcanic Gas Emissions', brings together more than twenty researchers from seven different countries. We are targeting the Papua New Guinea volcanic arc, as it is home to several highly active volcanoes known from satellite observations to be strong gas emitters, but that are entirely inaccessible for ground-based measurements. Ultimately, the project will help to refine our regional, and global, estimates of volcanic carbon outgassing, and will provide critical insight into volatile recycling through the Papua New Guinea subduction zone.

Vimeo Widget Placeholderhttps://vimeo.com/369354180

 

Please see our Deep Carbon project webpage for updates. You can follow my field expeditions on Twitter @EmmaLiu31.