School of Earth and Environmental Sciences
Dr Mike Fowler
- Role Title: Reader in Geochemistry
- Address: School of Earth and Environmental Sciences Burnaby Building Burnaby Road Portsmouth PO1 3QL
- Telephone: 023 92 842293
- Email: firstname.lastname@example.org
- Department: Earth and Environmental Sciences
- Faculty: Science
I am a geochemist with over 20 years teaching experience. I have taught most flavours of geochemistry in that time, from Earth evolution through petrological applications, simple organic geochemistry, environmental and forensic geochemistry, ore genesis and exploration geochemistry, biogeochemical cycles, to both stable and radiogenic isotope geochemistry. I have particular expertise in elemental and stable isotope analysis of silicate rocks and minerals, but also waters, soils, dusts, and other environmental matrices.
I studied geology and mineral chemistry at the Universities of Bristol and Birmingham, and completed my PhD and an 1851 Research Fellowship at Imperial College. I then worked for the British Geological Survey in its regional geochemistry group and at the NERC Isotope Geology Centre, before teaching geochemistry to geologists at Oxford Brookes for 13 years. From Oxford I moved briefly to the University of Gloucestershire, but have been very happy at Portsmouth since 2006. My main research interests have been in granite petrogenesis and the environmental geochemistry of metals, and more recently in chemical methods for source attribution of industrial fugitive dusts.
Science for Earth Systems.
Petrogenesis and Geochronology.
Principles and Analysis of Pollution with Metals.
Contributions to: Environmental Geochemistry and Analytical Techniques, Soil Mechanics, Mineral Resources and Exploration, Environmental Science Project/Dissertation, plus environmental science and geology field trips, for example to Belize, Cyprus and SW England.
The evolution of continents and the mantle input to granites (often severely underestimated, in my opinion). Sources and fractionation mechanisms of high Ba-Sr late orogenic granites, notably those of the British Caledonian province. Comparisons with sanukitoids and implications for Archaean tectonics and crustal evolution.
Dusty forensics - source apportionment of industrial fugitive dusts. Metals chemistry of directional dust samples and development of environmental forensic methods that allow problem dusts to be traced to source. Consultancy and knowledge transfer applications.
More details of these are available on the Crustal Dynamics and Environmental Modelling & Monitoring research pages, respectively.