Dr Dan Morgan
- Position: Associate Professor, Igneous Petrology & Volcanology
- Areas of expertise: mineralogy; petrology; optical microscopy; geochemistry; solid-state diffusion; diffusion chronometry; volcanology; isotope geoscience; textural analysis; microanalysis; geoscience education
- Email: D.J.Morgan@leeds.ac.uk
- Phone: +44(0)113 343 5202
- Location: 9.111 School of Earth and Environment
- 2013-present Associate Professor in Igneous Petrology & Volcanology, University of Leeds
- 2007-2013 Lecturer in Petrology and volcanology, University of Leeds
- 2006-2007 Marie Curie Fellowship, held at Université Joseph Fourier, Grenoble.
- 2003-2006 PDRA at University of Durham, working on the EU 5th Framework ERUPT Project
- Magma mixing and equilibration
- Textures and crystal populations
- Caldera volcanism
SEM and Microprobe facility
In 2009 I led the project to replace the School's SEM and microprobe facilities. We obtained 50% matched funding from HEFCE and the instruments were commissioned in 2010-11. Both are modern, top-of-the-range instruments, optimised for geological sample analysis. We are a small research facility (SRF) and welcome enquiries for use. More information, contact details, sample images and data can be found on the Facilities web page. In 2017 we added another SEM to the unit, and are routinely upgrading the hardware and software on the instruments, keeping our provision up to date.
Current Research - active projects
I have been strongly interested in looking at the eruption of Eyjafjallajökull volcano in 2010. In 2012, we received funding from NERC to look at the pre-eruptive timescales and to see if we could read back the precursory activity from the rock record, as a test of whether such records - which are comparable to monitoring - can be recovered. The test was indeed successful, with a full record of the precursory activity being obtained from the rock samples, and becomes one of very few demonstrated linkages to date between independently-derived geophysical time series and petrological time series for the pre-eruptive phase of an eruption. The first main paper from the study is freely available on Gold Open Access.
OfS funded research: Embedding and sustaining inclusive STEM practices
This project, funded via the Catalyst funding scheme of HEFCE, and which then migrated to the new Office for Students, is part of a national series of projects addressing barriers to student success. This project looks in particular at the successful strategies and mitigations that can be put in place to benefit students with disabilities. The project is led from the OU by Dr. Trevor Collins, and the University of Plymouth and the University of Leeds are participating institutions. Work at Leeds has focused on the usage and development of the virtual landscapes project, which was itself recognised in the Times Higher Education Awards of 2016, winning the category of Outstanding Digital Innovation in Teaching or Research. In addition we are also running an inclusive field class that demonstrates how to produce a widely accessible field class that has a parity of outcomes for all participants; this also makes use of the Virtual Microscope, as detailed below.
The virtual microscope project (or VM for short) was funded by the GEES (Geography, Earth & Environmental Sciences) subject centre and is a collaboration between the Open University and Leeds University. The Open University are a world-leading provider of distance learning courses and have in the last 20 years developed a 'virtual microscope' for teaching petrology to students on remote learning courses. The project constructed a Leeds-specific virtual microscope that was provided to students studying petrology at Leeds to reinforce the practical teaching classes. Materials are publicly available to the geoscience community.<h4>Research projects</h4> <p>Any research projects I'm currently working on will be listed below. Our list of all <a href="https://environment.leeds.ac.uk/dir/research-projects">research projects</a> allows you to view and search the full list of projects in the faculty.</p>
- PhD, Timescales of magmatic differentiation at Vesuvius volcano
- MSci, Natural Science, University of Cambridge
- BA, Natural Science, University of Cambridge
- Mineralogical Society of Great Britain & Ireland
- Mineralogical Society of America
I teach within the Geological Sciences programme including igneous petrology - the study of igneous rocks and minerals - in hand specimen and microscope section. I also organise and participate in various geology field classes, support dissertation students and run tutorial sessions at all levels, as well as supporting final year research projects in high temperature geochemistry and petrology.
Research groups and institutes
- Ores and Mineralization
- Rocks, Melts and Fluids
- Institute of Geophysics and Tectonics