We undertake research across a wide range of the earth sciences and are always pleased to discuss individual research proposals from students. Our research groups focus on the following themes: hydrogeology; palaeobiology and palaeoenvironments; palaeoclimatology and subsurface structure and properties.
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Earth Sciences is a vibrant research and postgraduate teaching department with staff working on a broad range of research projects.
We undertake research across a wide range of the earth sciences and are always pleased to discuss individual research proposals from students. Past and current PhD students have been and are funded by the research councils, the petroleum industry, the water industry, the European Union, Nirex, the British Council and overseas governments.
You can study for a PhD on campus or by Distance Learning.
Our research groups focus on the following themes:
See the 'research interests' tab for more information.
Postgraduate students joining the School benefit from a thriving research community, expert supervision, dedicated training programmes and the opportunity to participate in research seminars and discussions with academic staff. All postgraduate students are provided with dedicated workspaces and have access to excellent computing and laboratory facilities.
Standard fees apply
- Home/EU students £4,052 FT only
- International students £17,365 FT only
Learn more about fees and funding
Scholarships and studentships
We are eligible to receive studentships from the Natural Environment Research Council (NERC), and the Engineering and Physical Sciences Research Council (EPSRC), We also offer a number of our own postgraduate studentships, available to both home and overseas students.
International students can often gain funding through overseas research scholarships, Commonwealth scholarships or their home government.
For further information contact the School directly or get in touch with the Student Funding Office via the online enquiries system.
Learn more about entry requirements
We accept a range of qualifications, our country pages show you what qualifications we accept from your country.
English language requirements
You can satisfy our English language requirements in two ways:
When clicking on the Apply Now button you will be directed to an application specifically designed for the programme you wish to apply for where you will create an account with the University application system and submit your application and supporting documents online. Further information regarding how to apply online can be found on the How to apply pages
Hydrogeology research group
core research programme of the Hydrogeology Research Group is concerned with identifying and quantifying the physical and chemical processes governing the movement and fate of contaminants in groundwater systems.
Two vital aspects of this research are:
The identification of these processes through existing and new data collection technologies and strategies
The embedding of the resulting process descriptions in quantitative modelling tools and procedures
The group's focus is on gaining an understanding of contaminant fluxes in the subsurface at those spatial and temporal scales that are relevant to decision-making. It comprises modelling, organic contaminant, inorganic chemistry, microbiology, and technology specialists, together with research staff and students from a wide range of disciplines.
We have excellent facilities, including inorganic and organic chemical analysis instrumentation; colloid analysis instrumentation; surface geophysical survey equipment; pumps, packers, and a wide range of other field equipment; two purpose-built borehole arrays on campus for carrying out solute transport and other experiments; and a wide range of computer hardware and software.
We welcome applications from first-rate students from any relevant discipline, including geology, civil engineering, physics, environmental science, chemistry and mathematics.
Examples of recent/current projects in the Hydrogeology Research Group include:
Upscaling solute transport processes (NERC)
Upscaling thermo-hydro-mechanical processes (UK Nirex Ltd) Developing process models of sedimentation (and, by inference, permeability) architecture of fluvial/aeolian sandstones (EPSRC)
Quantifying flow in the immediate vicinity of industrial abstraction wells NERC)
Role of fracture fill material in solute migration (EPSRC)
Quantifying recharge through Quaternary fluvio-glacial deposits (NERC)
NAPL distribution (Environment Agency and industrial funding)
Virus/colloid migration in sandstones (NERC and EA)
Developing borehole logging systems for use in seawater intrusion investigations (European Commission)
Organic containment sorption on sandstone (NERC and industry)
Organic containment migration through clays (industry)
Quantification of ion exchange reactions (NERC and industry)
Quantification of nanoparticle movement in sandstone groundwaters (NERC)
Assessing groundwater impacts on surface water bodies in urban areas (EA)
Quantifying urban recharge pollutant fluxes (BC)
River–aquifer interactions (EA research fellow)
Heat storage in groundwater systems (EPSRC and industry)
In addition a range of overseas projects are in progress considering regional groundwater flow systems, irrigation potential and recharge processes.
Professor John Tellam
Tel: +44 (0)121 414 6138
Palaeobiology and palaeoenvironments research group
The Palaeobiology and Palaeoenvironments Research Group is one of the largest groups in this field in the UK. Its research spans a wide range of topics, including early vertebrates, Early Palaeozoic invertebrates and problematic taxa, Palaeozoic plants, Mesozoic micropalaeontology, and Tertiary palynofloras and palaeoclimate.
All these themes are united by a common multidisciplinary approach that integrates primary taxonomy with phylogenetic analysis, palaeoecological studies, sedimentology, sequence stratigraphy, isotopic and other geochemical investigations, and electron microscopy.
The group is well equipped with a wide range of palaeontological preparation facilities and microscopy equipment, and utilises the School's stable isotope laboratory and the University Centre in Electron Microscopy. The latter incorporates a comprehensive range of SEM, TEM, environmental SEM and analytical facilities.
A distinctive feature of the Palaeobiology and Palaeoenvironments Research Group is its close working relationship with the Lapworth Museum of Geology, which provides a range of research material for individual projects.
Examples of specific projects currently underway in the Palaeobiology and Palaeoenvironments Research Group are:
An examination of the biodiversity of pre-Silurian vertebrates in Gondwana, which follows on from an earlier detailed study of the same time interval in Laurentia
The biogeography of early vertebrates and the phylogenetic and macroecological responses to plate tectonic events
The palaeobiology and evolutionary relationships of problematic invertebrate taxa from the Much Wenlock limestone formation of central and western England
Origin, early evolution and systematic relationships of seed plants, examining the relationships between basal (extinct) seed plant lineages, their ancestors, and their living relatives
The responses of vegetation at mid and high latitudes to climate warming over different time scales (from 104 to 106 years) during the interval from the Late Paleocene to the Early Eocene, spanning the Paleocene–Eocene Thermal Maximum and the Initial Eocene Thermal Maximum.
Dr Jason Hilton
Tel: +44 (0)121 414 6151
Subsurface structure and properties research group
The core research of this group is in the analysis of seismic data, in particular 3D seismic reflection data, making full use of sophisticated processing, visualisation, and interpretation facilities and extensive investment in a specialised seismic imaging laboratory.
Discoveries and significant advances have been made in understanding the processes of continental rifting and breakup, leading to the formation of rifted margins and basins, the forms and mechanisms of intrusion of magma, the development of volcanic centres, the geometry and mechanisms of growth of faults, fluid-gas escape chimneys, diapiric and fluidisation structures, buried ancient landscapes (seismic geomorphology) and the occurrence and implications of gas hydrates.
Current interests include:
Fault curvature and fault interaction
Rifting processes and the evolution of rifted margins
The formation and structure of Atlantic margin basins
3D seismic investigation of gas chimneys
Seismic characterisation of submarine slopes
Seismic imaging of buried slides, mud diapirs and hydrate
Seismic recognition and quantification of gas hydrate
Emplacement of basaltic sills, dykes and volcanics
Holocene landscape of the North Sea
The 3D approach is not based solely on 3D surveys but incorporates other kinds of subsurface data, such as the geological and geophysical data from wells, multi-component seismic data that define seismic properties such as anisotropy, other geophysical data including those derived from electrical and electromagnetic surveys, and the validation of models derived from the seismic data by observation of geological structures in the field. The sources of 3D seismic data will continue to be primarily, but not exclusively, from the oil and gas industry. These data sets are becoming increasingly available, often with the commercially sensitive parts removed.
The main resource used by the group is state-of-the-art computer software running on both PC and UNIX hardware in a newly equipped, dedicated seismic imaging facility.
The group also extensively uses the University's Hewlett-Packard Visual and Spatial Technology Centre, a new multidisciplinary research facility laboratory equipped with world-class imaging and visualisation hardware and software.
As well as applications for specific projects advertised through school publicity, we welcome applications from independently funded candidates with interests in any of the fields outlined above.
Applications are also encouraged for the part-time PhD or MPhil degrees from geoscientists in industry looking to boost their research skills and experience. Part-time research degrees can work particularly well where individuals work on datasets provided by the companies for which they work.
Professor Tim Reston
Tel: +44 (0)121 414 3188
Past and current PhD students have been and are funded by the research councils, the petroleum industry, the water industry, the European Union, Nirex, the British Council and overseas governments, and this PhD will equip you to work in organisations such as these.
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