Members of the Department of Physical and Environmental Sciences are involved in conducting world class research funded by national and international granting agencies.
Research activities include laboratory and fieldwork based projects in addition to theoretical and high performance computing focused studies. The training of highly qualified physical scientists is a key mission within the department and interested graduate school applicants are encouraged to contact appropriate departmental faculty members.
Departmental research activities focus on chemistry, environmental science and planetary physics.
View our research opportunities here.
| G. Arhonditsis | Aquatic biogeochemical modelling & plankton ecology |
| P. Artymowicz | Origin and evolution of planetary systems |
| M. Dittrich | Microorganism-Mineral Interactions,Geomicrobiology, Biogeochemistry |
| J. Donaldson | Atmospheric and Physical Chemistry |
| C. Dyer | Relativistic Astrophysics, Black Holes and Cosmology |
| N. Eyles | The last 4 billion years; Earth’s glacial history |
| R. Fulthorpe | Microbial Ecology |
| W. Gough | Climate change, meterology and ocean modelling |
| B. Greenwood | Coastal Research |
| K. Howard | Groundwater research |
| M. Isaac | Agroecology; Plant-soil interactions; Biogeochemical cycling; Environment and Development |
| A. Izmaylov | Theoretical Physical Chemistry |
| K. Kerman | Analytical and Biological Chemistry |
| B. Kraatz | Bioinorganic and Biological Chemistry, Electrochemistry |
| J.Lowman | Mantle convection and planetary interior dynamics |
| M. Meriano | Hydrogeology |
| C. Mitchell | Hydrology, biogeochemistry, mercury and metals cycling |
| A. Simpson | Analytical environmental chemistry |
| M. Simpson | Environmental and analytical geochemistry |
| F. Wania | Environmental organic chemistry |
| M. Wells | Environmental fluid dynamics |
| X.A. Zhang | Biological, organic and bioinorganic chemistry; molecular imaging |