Dr Thomas Jones
ReaderResearch Overview
I am a volcanologist who uses a combination of field studies and laboratory experiments to investigate the physical processes that operate during the transport and eruption of magma. Current research projects and interests include magma fragmentation and the generation of volcanic ash, flow properties of pyroclastic density currents, and the transport of mantle cargo during kimberlite eruptions. Although largely focussed on volcanic problems, I enjoy crossing traditional discipline boundaries and have collaborated with engineers, material scientists and ecologists.
Career Details
Employment (reverse chronological order):
- Reader (Associate Professor) in Volcanology and UKRI Future Leaders Fellow, Lancaster University, UK
- Lecturer (Assistant Professor) in Earth Sciences, University of Liverpool, UK
- Rice Academy Fellow, Rice University, Houston, USA
- Lecturer, University of Tübingen, Germany
Education (reverse chronological order):
- Postgraduate Certificate in Academic Practice, University of Liverpool, UK
- PhD, Volcanology, Durham University, UK
- MSci (Hons) Geology with Study Abroad, University of Bristol, UK & University of British Columbia, Canada
Current fellowships:
- UKRI Future Leader Fellow
- Fellowship of the Higher Education Academy (FHEA)
Web Links
https://scholar.google.nl/citations?user=k6Y1HOYAAAAJ&hl=en
PhD Supervision Interests
There are PhD/ graduate student opportunities within my group to work on topics related to magma fragmentation, kimberlites, volcanic ash and rheology. High performing and motivated students are encouraged to get in touch by email.
FLF: Flow and fragmentation of melts and magmas: developing a unified view through experimental, numerical and field investigations
01/12/2022 → 30/11/2026
Research
Fragmentation and flow of gas-particle mixtures in volcanic systems
01/10/2022 → 30/04/2026
Research
Unravelling the internal dynamics of pyroclastic density currents
01/10/2022 → 31/10/2023
Research
NI: Pyroclastic Density Current Partnership (PDCP): A global partnership to align numerical models and experimental techniques
30/09/2022 → 31/03/2023
Research
