Tamsin Mather

Research Interests

Volcanological research in Oxford is driven by the need to understand volcanoes and volcanism as (a) natural hazards (b) a key planetary-scale process throughout geological time, vital for maintaining habitability and (c) their role in resources such as geothermal power and critical metals. We have broad interests covering a wide range of volcanological problems. The details of any DPhil project can be defined in discussion with the student but recent examples include studying the atmospheric chemistry of volcanic plumes, region studies of style and rates of volcanism in places like Chile, Central America and Ethiopia, multi-parameter geophysical studies of individual volcanoes (e.g., Santorini in Greece), looking for the signature of large igneous provinces in the sedimentary record and even volcanism on Venus! The group uses a wide range of techniques including field studies, monitoring data (in collaboration with volcano observatories), remote sensing, geochemistry, petrology and simple modelling. Potential field areas include (but are not limited to) Italy, Ethiopia, Latin America and the Caribbean.

Follow this link to current DPhil topics in Earth Sciences

Experience & Qualifications

MSci (Chemistry, Cambridge), MPhil (History and Philosophy of Science, Cambridge), PhD (Earth Sciences, Cambridge) 1 year as a research fellow University of Cambridge, over 17 years as a research fellow/associate professor/professor at University of Oxford

Personal Research Keywords

Volcanoes, atmosphere, volcanic gases, remote sensing, igneous geochemistry, igneous petrology, volcanic metals

Key Stream Themes

Volcanology, Seismology and Active Tectonics

Critical Natural Resources

Atmosphere

Climates of the Past

Artificial Intelligence and Machine Learning

Clean Energy

Contact Details

Tamsin.Mather@earth.ox.ac.uk

Department of Earth Sciences
University of Oxford
South Parks Road
Oxford
OX1 3AN

https://www.earth.ox.ac.uk/people/mather/

Atmosphere Climates of the Past
Critical Natural Resources Volcanology, Seismology and Active Tectonics
Artificial Intelligence and Machine Learning Clean Energy
Dynamic Earth, Surface Processes and Natural Hazards The Physical Climate System
Earth Sciences