Postgraduate research opportunities

Postgraduate research opportunities

Applications from prospective UK, EU and international students are welcome at any time.

Applying to undertake a PhD in Geographical and Earth Sciences

  • All applicants will need to complete the online registration process, accessible here
  • All applicants will need to upload information about their previous study (copies of your degree certificates and transcripts of undergraduate or previous degrees, and official translations if needed), a CV, and two supporting reference letters on headed paper. They must also upload a one page research proposal.
  • In addition, applicants whose first language (or the language of instruction for their first degree) is not English are required to include evidence of their English language ability. For more information please look here
  • International applicants will need to upload an image of their passport photo page.
  • Advice on visas can be obtained from the Recruitment and International Office (RIO). Information on the Academic Technology Approval Scheme (ATAS) can be obtained from the Foreign and Commonwealth Office (external page here).
  • Please be aware that this is an outline for application to undertake a PhD at the University of Glasgow. Scholarship competitions and other funded schemes (for example, Research Council awards) will have their own specific requirements alongside of this.

Scholarships

Scholarships to fund PhD students will be announced in October 2017


MSc by Research

Please see our Earth Systems Research for all current MSc by Research opportunities in

Please contact the named supervisor on your chosen project to discuss the proposed research before you apply.

Further details on how to apply for a research degree at the University of Glasgow are here


MSc by Research (Marine and Coastal Science projects)

There are many exciting opportunities for MScs by Research available in the School. Fee waivers (UK equivalent) may be available for suitably qualified candidates if the projects are Marine and Coastal research orientated. 

Currently available projects:

Ocean acidification analogues: CO2 venting variability and organismal adaptation

Supervisors: Drs Nick Kamenos (UofG), Tali Babila (U of California Santa Cruz), Noelle Lucey (Smithsonian Tropical Research Institute)

Ocean acidification (OA) is likely to detrimentally affect marine biodiversity and ecosystem function. Real-world contemporary studies are often conducted at marine CO2 vent representing analogues for future OA; these give us important information on the mechanistic responses of marine biota to changes in OA-induced carbonate chemistry. However, vent systems can be variable over time adding an extra dimension to organismal responses at vent sites. This research will assess venting variability at the Ischia vent system and determine its role as a driver of organismal responses to projected OA. The student will gain expertise in state-of-the-art approaches to analysing determining venting processes, with the potential opportunity to validate laboratory results at field vent sites.

 

Breathing reefs: ocean-atmosphere carbon exchange of tropical coral reefs

Supervisors: Drs Nick Kamenos (UofG), Adrian Bass (UofG), Heidi Burdett (Lyell Centre)

Corals are ecosystem engineers that create morphologically complex reefs, supporting some of the most diverse ecosystems in the oceans. Importantly, corals are not the only engineers within reef systems - fleshy and coralline algae, sponges and seagrasses all contribute to the reef structure and help support coral reef biodiversity. This complex community, from single-celled microbes and algae to predatory animals, results in an intricate web of metabolic processes, energy transfer and elemental cycling. All these processes rely on the uptake or release of CO2 from the surrounding water column, which subsequently affects the rate of CO2 exchange at the air-sea surface overlying the reef and therefore impacting local and regional atmospheric CO2 levels. This project will quantify patterns in air-sea CO2 gas exchange driven by coral reef ecosystems, both now and under projected climate change. The student will gain expertise in state-of-the-art approaches to CO2 gas flux analysis and will conduct climate change aquarium experiments, with the potential opportunity to validate laboratory results in the Egyptian Red Sea. 

 

Raising the dead: resilience of Black Corals revealed in their growth rates

Supervisors: Dr Nick Kamenos (UofG), Dr Marina Carreiro-Silva (University of the Azores).

Cold-water coral ecosystems are key biodiversity hotspots in the deep sea. Their structural complexity, created by the long-lived corals themselves, provides ecosystem services including essential fish habitat and carbon cycling. However, the three dimensions structures they create are extremely vulnerable to disturbance such as that caused by fishing; this alters their heterogeneity undermining the services they produce. A major step needed to quantify their resilience and protection requirements is to understand coral growth rates over the life of an individual and between individuals. This project will determine the growth rates of Azorean Black Corals (Leiopathes sp.) over their 2000 year-long life span along with their sensitivity to external disturbance. The student will gain expertise in state-of-the-art approaches to determining coral growth and sensitivity at annual to millennial time scales.

 

Spatiotemporal drivers of Atlantic environmental change during the last century

Supervisor: Dr Nick Kamenos (UofG), Prof. Trevor Hoey (UofG).

There is evidence of spatiotemporal differences in Atlantic environmental change over the last century. However at present we have a poor understanding of the drivers of such differences and the impacts the may have on marine productivity. This is because we do not have highly resolved spatiotemporal records of Atlantic variability over the last century. This project will determine spatiotemporal trends in the Atlantic marine environment over the last century using proxy-derived environmental reconstructions and the drivers of those trends. The student will gain expertise in state-of-the-art approaches to determining climatic variability and its drivers including assessing proxy-based reconstructions and modelling techniques. 

 

Are coral reefs blue carbon repositories?

Supervisors: Drs Nick Kamenos (UofG) & Dan Exton (Operation Wallacea)

Coastal ecosystems sequester significant quantities of carbon compared to their limited distribution. Termed ‘blue carbon’, these repositories are particularly valuable for their long-term storage of carbon in sediments over geological time scales. Whilst mangroves, saltmarshes and seagrasses have all been identified as key blue carbon stores, the role of coral reefs remains uncertain. Coral reef ecosystems are built by Scleractinian corals; ecosystem engineers which secrete a calcium carbonate to form their skeletons and the reef. The process of calcification captures carbon but also releases it; this leads to uncertainty in their balance of carbon storage and release. The cycling of carbon on coral reefs is thus more complex than that of other shallow coastal carbon stores. This project will assess the potential for carbon storage of Caribbean coral reefs in the context of the changing climate. 

 

In the first instance contact Nick Kamenos to discuss proposed research projects before you apply.

Further details on how to apply for a research degree at the University of Glasgow are here


 

Earth Systems Research Group (ESRG)

PhD projects in the Earth Systems Research Group (ESRG)

Planetary science


NERC Funded PhD Studentships IAPETUS Doctoral Training Partnership

IAPETUS is a NERC-funded Doctoral Training Partnership, and has 12 fully-funded postgraduate studentships for new, high-calibre PhD students in the 2017/2018 academic year.

Applications are now closed but the projects for 2016 can be found here:

http://www.iapetus.ac.uk/category/institution/glasgow/

 

IAPETUS’ postgraduate studentships are tenable for between 3 and 4 years, depending on the doctoral research project the student is studying and provides the following package of financial support:

A tax-free maintenance grant set at the UK Research Council’s national rate, which in 2016/17 is £14,296 (pending confirmation).
Full payment of their tuition fees at the Home/EU rate & access to extensive research support funding.
Part-time award-holders are funded for between six (6) and eight (8) years and receive a maintenance grant at 50% of the full-time rate.

Eligibility: All applicants need to meet NERC’s eligibility criteria to be considered for an IAPETUS studentship and these are detailed in NERC’s current studentship handbook. IAPETUS is only able to consider applications from Home/European Union candidates. International candidates are not eligible to be considered and where an candidate from another EU country has not been resident in the UK for 3 years or more prior to the commencement of their studies with IAPETUS, they will only be eligible for a fees-only studentship.

IAPETUS is looking for candidates with the following qualities and backgrounds:

A first or 2:1 undergraduate degree, or have relevant comparable experience;
In addition, candidates may also hold or be completing a Masters degree in their area of proposed study or a related discipline; &
An outstanding academic pedigree and research potential, such as evidenced through the publication of articles, participation in academic conferences and other similar activities.
How To Apply:

Prospective applicants are first asked to contact the project primary supervisor to discuss their fit to the project. Please do this as early as possible. The supervisor will advise whether the candidate should submit an on-line application to the University of Glasgow for graduate school entry.

Instructions on how to apply to the University of Glasgow can be found here: http://www.gla.ac.uk/colleges/scienceengineering/graduateschool/postgraduateresearchstudy/howtoapply/

Importantly, in addition to the materials requested by the University of Glasgow (application form, transcripts, CV, references), applicants should also include a cover letter, no longer than 2 pages of A4 in length, detailing your reasons for applying for a PhD and why you have selected your chosen IAPETUS doctoral research project.


Summary of staff research areas in the ESRG

Solid Earth

Dr Daniel KoehnDaniel Koehn

Research interests: Fracturing, fluid flow, fracture sealing, geothermal systems

 

 

 

Dr Tim Dempster

Research interests: Using minerals to reveal crustal processes 

 

 

 

 

John MacDonald

Dr John Mac Donald

Research interests: Clumped carbonate isotopes as a paleothermometer 

 

 

 

Prof. Roderick BrownRoderick Brown

Research interests: Low-temp thermochronology, cosmogenic nuclides, geodynamics & landscape evolution

 

 

Dr Brian Bell

Research interests: Evolution of lava sequences, thermal influence of minor intrusions Brian Bell

 

 

 

Dr David Brown

Research interests: Volcanology and sedimentology David Brown

 

 

 

Dr Christina Persano

Research interests: Earth science

 

Dr Iain Neill

Research interests: Formation of the Earth`s lithosphere through geologic time Iain Neill

 

 

 

 

Fingerprinting the Carbon Cycle

Dr Nick KamenosNick Kamenos

Research interests: Blue carbon, ocean acidification, paleoclimate reconstruction 

 

 

 

Prof. Susan WaldronSusan Waldron

Research interests: Aquatic biogeochemical cycles, stable isotopes in biogeochemical cycles, stoichiometry 

 

 

Dr Jaime Toney

Jaime Toney

Research interests: Biomarkers, paleoclimate reconstruction 

 

 

Dr Adrian Bass

Research interests: Fluvial carbon cycling, pyrogenic carbon, laser stable isotope analysis 

Adrian Bass

 

 

 

 

Dr Thorsten Balke

fotoResearch interests: Experimental biogeomorphology, Salt marshes and mangroves, Ecosystem-basedcoastal defence, Restoration ecology and ecosystem services 

 

 

Dr Brian Barrett

Research interests: Radar & multispectral remote sensing, machine learning, land use dynamics, soil moisture, grassland & upland ecosystems 

 

 

 

 

 

Solar System Volatiles

Prof. Martin Lee

Martin Lee
Research interests: Geology of Mars, evolution of primitive asteroids, water-mineral interactions

 

 

 

Dr Jaime Toney

Research interests: Biomarkers, paleoclimate reconstructionJaime Toney

 

 

 

Dr Lydia Hallis

Lydia Hallis

Research interests: Volatile element isotopes

 

 

 

 

Dr Ben Cohenphoto

Research interests: Terrestrial volcanism, Martian volcanism, Ar/Ar chronology

 

 

Quantitative Geomorphology

Prof. Trevor Hoey

Trevor Hoey

Research interests: Sediment transport, sediment tracers, braided river dynamics

 

 

 

 

Dr Jim HansomJim Hansom

Research interests: Coastal processes, polar environmental change

 

 

 

Larissa Naylor

Dr Larissa Naylor

Research interests: Biogeomorphology, coastal defense

 

 

 

Rhian Thomas

Dr Rhian Thomas

Research interests: Ecohydraulics, river habitat utilisation, modelling braided rivers

 

 

Dr Thorsten Balke

foto

Research interests: Experimental biogeomorphology, salt marshes & mangroves, restoration ecology and ecosystem services

 

 

 

Dr Richard Williams

Richard Williams

Research interests: Monitoring & modelling braided river morphodynamics, river restoration, numerical modelling of flood risk

 

 

Dr Cristina Persano

Research interests: Earth science

 

 

Dr Elizabeth Petrie

Photo of Elizabeth Petrie

Research interests: Geomatics, non-gravitational force effects on GPS orbits, higher order ionospheric effects on GPS

 

 

Dr Martin Hurst

Martin D. Hurst headshot

Research interests: geomorphology, tectonically active landscapes, eroding coastlines

 

 

 

Dr Brian Barrett

Research interests: Radar & multispectral remote sensing, machine learning, land use dynamics, soil moisture, grassland & upland ecosystems

 

Human Geography Research Group

Summary of staff research areas in Human Geography

Deborah Dixon: Feminist Geopolitics; Monstrous Geographies; Art/Science Collaborations; Aesthetic Geographies. Deborah’s research work is primarily concerned with the interplay between poststructuralist and feminist materialist theories, as manifest in the biographies of various ‘monstrous’ forms, from Enlightenment beasts in the French countryside to the channelling forms of spiritual mediums, as well as the fleshy medium of Bioart, and the labouring bodies of migrant workers.

Dave Featherstone: Geographies of solidarity; Political Cultures of Internationalism; Historical Geographies of Labour and Resistance; Translocal social and political movements; Political Song (in association with the Janey Buchan Political Song Archive at Glasgow University); Climate Justice; Political Articulations of the Crisis. Dave's research is based at the intersections of political and historical geography. He has core research interests on the relations between space, politics and resistance/ subaltern contestation. He is keen to work with students who are developing a direct political engagement through their research in various ways.

Hayden Lorimer: historical-cultural geographies of landscape; animal geographies and more-than-human geographies; environmental change and writing cultures; histories of geographical knowledge; experimental methodologies and geographies; geographies of the senses / sensuous geographies; regional writing and topographic cultures; questions of Scottish 'cultural heritage.'

Cheryl Mcgeaghan: Cheryl's ongoing research interests concern historical and cultural geographies of mental ill-health and asylum spaces, history of psychiatry and psychoanalysis, histories of science, life-writing and biography, and psychotherapeutic practices such as art therapy. Methodologically, I am interested in critically investigating the practices of the ‘archive’ and using visual methods to capture situated memories.

Simon Naylor: Historical geographies of science, technology and exploration; Historical and cultural geographies of weather and climate. Simon's research investigates the historical geographies of the natural sciences, including botany, zoology, geology, antiquarianism, geography, meteorology, geophysics, and terrestrial magnetism, as well as economic and social survey. He is interested in the significance of specific places and settings for the development of scientific ideas, practices or techniques and in the relevance of particular spatial units - landscape, region, or nation for instance - for the conduct of science.

Hester Parr: Emotional and embodied geographies; Mental health and illness; Arts and Health; Experimental methodololgies; Ethnographies of everyday life; Creative writing. Hester is interested in geographies of emotions, embodiment and creativity with respect to health and well-being. Her research expertise includes 20 years of work on social and cultural geographies of mental health and illness. Hester has interests and experience in working via overt and covert ethnographies, collaborative film-making, focus groups, interviews-on-the-move, internet surveys and email-based research relationships, telephone interviewing and co-writing, participatory research relationships.

Chris Philo: Historical geography of mental health subjects (asylums, doctors, patients, 'illnesses'); Contemporary health geographies of different kinds of chronic conditions; Geographies of children and childhoods, with particular reference to the neglected fields of very young children; Episodes and people in the history of geographical inquiry; Philosophical and social-theoretical engagements with matters of geography, space and location.

Jo Sharp: Subaltern Geopolitics; Feminist Geopolitics; Social Ecologies of Zoonoses. Jo's research seeks to reconstruct an alternative vision of the current “war on terror” from the point of view of a continent which is usually rendered silent in various geopolitical visions, or little more than a “site of violence and disorder” and thus always offering the possibility of threat to security. She is also working on zoonotic transmission patterns among animal hosts, which are responsible for transmission to humans, and the key socio-economic and behavioural determinants of human disease risk in different agro-ecological settings.

Ian Shaw: Political geography; Political philosophy; More-than-human geographies. Ian is interested in the geopolitical transformations associated with the rise of drones in U.S. national security strategy and beyond. In particular, his approach emphasises why the drone is a political actor - a technology that is slowly but definitively changing social, territorial, and sovereign relations. The point of such work is to fully understand the objects and materials that are responsible for producing inequality, difference, and change in the world.