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The University of Southampton
Geography and Environmental SciencePostgraduate study


In addition to the advertised topics above, we would also welcome speculative applications in the following areas. Note: A research proposal would be required as part of your application. Please contact the relevant academic to discuss any potential application. If you wish to be considered for School funding you must adhere to the annual application deadline (current cycle for 2017/18 entry, deadline is 6th January 2017).

Dr Patrick E. Osborne

General areas: spatial analysis; applied ecology; urban systems; geographic information science; statistical and machine learning applications.

Specific topics: spatial modelling of urban environmental stressors (e.g. sound, heat, light) and impacts on health; species distribution modelling; agent-based modelling of species movements and interactions; tracking movements of visitors at attractions.

Prof. Tony Brown:

General area: environmental change, geoarchaeology, palaeoenvironmental reconstruction, fluvial geomorphology, Pleistocene environments, Quaternary science, palaeohydrology, landscape archaeology, palynology, human evolution, forensic palynology, geo-forensic sciences, African Pleistocene, Mediterranean geoarchaeology, human-environment interactions.

Dr Nick Clarke:

General areas: Urban geography, cultural geography, political geography, qualitative methods. Specific topics: Migration, tourism, consumption, ethics, social movements, urban policy, urban politics, local government, localism, political participation.

Dr Sam Cockings:

General areas: geographic information systems/science; population mapping and modelling; environment and health. Specific topics: automated zone design; output geographies for official statistics including Census; space-time representation of population; space-time population models for environment and health applications; novel geographical data sources and linkage.

Prof. Steve Darby:

General areas: Fluvial Geomorphology; Process sedimentology; Palaeo-hydrology. Specific topics: Morphodynamics of submarine channels affected by turbidity currents; Geomorphological evolution of large deltas; Climate fluctuations and bank erosion on large rivers (e.g., Indus, Ganges-Brahmaputra, Mekong); Monsoon variability and flood risk on the mighty Mekong River.

Prof. John Dearing:

General area: global environmental change, ecosystem services, social-ecological system dynamics, palaeoenvironmental reconstruction, lake sediments, environmental magnetism, human-environment interactions, thresholds, tipping points, early warning signals, complex systems, safe operating spaces, system dynamics models, poverty alleviation, China, Bangladesh.

Dr James Dyke:

General areas: biogeography, climate change, complex systems, ecology, Earth system science, evolution, sustainability science, systems dynamics, theoretical ecology.

Specific topics: Is our industrial civilisation at risk of collapse as a consequence of environmental impacts? What is the relationship between complexity and stability in social-ecological systems?

Prof. Mary Edwards:

General area: environmental change over decades to millennia. Specific areas: vegetation dynamics and biogeography, climate change, palaeoecology, conservation issues, the Arctic.

Prof. Jane Hart:

General areas: Glaciers and Climate change; Environment Sensor Networks; Quaternary glacial sedimentology. Specific areas:An investigation of stick-slip basal motion using wireless subglacial probe; Debris flow prediction models: integrating data from an environmental sensor network.

Brian J. Hracs:

General areas: economic geography, creative economy, urban geography qualitative methods.

Specific topics: music, fashion, digital technologies, creativity and knowledge, creating distinction and value, consumption, intermediation/curation, entrepreneurship, labour, aesthetic labour, networking practices, locational choice.

Prof. Paul Hughes:

General areas: Holocene peatland development; Recent degradation of fen and lowland bogs in Britain and Northwest Europe; Holocene peat-based palaeoclimate reconstruction with special interests in Atlantic Canada and Patagonia; Holocene cryptotephras of north America and Europe.

Prof. Pete Langdon:

General areas: climate change, past & future, environmental change. Specific areas: palaeolimnology, eutrophication, chironomids, lakes, palaeoecology & geochronology.

Dr Julian Leyland:

General areas: Landscape Evolution Modelling, fluvial geomorphology, Terrestrial Laser Scanning. Specific topics: Developing landscape modelling tools for simulating terrestrial-marine process interactions; Use of Terrestrial Laser Scanning to study fluvial forms and processes; GIS based analysis and modelling of historical river channel evolution.

Prof. Dave Martin:

General areas: Population geography, geographical information science, geography of health, quantitative secondary data analysis. Specific areas: Census methodology; automated zone design, post-census population data systems; population surface modelling, time-space representation of population, novel geographical data linkage, health care accessibility measurement.

Prof. Graham Moon:

General areas: Health geography, population geography, social wellbeing, application of quantitative methods to the analysis of secondary datasets; multilevel modelling; innovative qualitative methods – archival, textual and visual. Specific topics: Geographies of health-related behaviours: smoking, drinking, diet. Particular interests in health behaviours in marginalised or hard-to-reach groups, co-behaviours, interface with mental wellbeing, and longitudinal behavioural change. Small area synthetic estimation of health needs. Relict health care landscapes and buildings, particularly spectral geographies of psychiatric asylum.

Dr Jo Nield:

General areas: Modelling of aeolian landscapes and processes; Terrestrial laser scanning applications in aeolian process dominated environments. Specific topics: Temporal and spatial patterns in salt pan surface roughness; Modelling the influence of moisture in aeolian environments, combining the feedback processes both of surface and water table inputs with vegetation response; Modelling yardang pattern formation; Surface moisture influences of sediment input to dune development: application of terrestrial laser scanning.

Dr Booker Ogutu:

General areas: Remote sensing of terrestrial ecosystems, land cover and land use change, impacts of climate change on terrestrial ecosystems. Specific areas: vegetation productivity modelling, crop production/yield modelling, estimation of carbon sequestration and modelling, vegetation biophysical variables from remote sensing data.

Dr Andrew Power:

Specific topics: Unveiling the Geographies of Personalisation & Direct Payments; Care to Work? Understanding geographical perspectives in the implementation of the policy shift for care services to support people into work; New and Emerging Disability Communities on the Web 2.0; New Geographies of Family Leadership in Care & Support; Governance of the New Commissioning Framework in Health and Social Care.

Dr Suzanne Reimer:

General topics: economic geography; feminist geography; cultural economy.

Specific topics: design & commodity networks; design, creativity & knowledge; masculinity, craft & skill; the home & home consumption; local labour market dynamics; gender, caring work & emotional labour; design & mobilities, including moto-mobilities.

Dr Gareth Roberts:

General areas: Remote sensing of natural hazards, vegetation monitoring and characterisation, land cover / land cover change. Specific topics: Remote sensing of biomass burning (burned area mapping, carbon emissions estimation, fire regime characterisation, post-fire vegetation recovery).

Dr Emma Roe:

General areas: Ecological citizenship; Food consumption, food retailing, agriculture; Human-animal relations; Human-microbial relations; Care practices and commercial supply chain practices in laboratory animal research; Human - non-human relations, particularly in relation to antimicrobial resistance in health or agriculture/food retail contexts; The politics of the sentient being; Care practices for the sentient; Theories of matter and materiality in the social sciences.

Dr Marije Schaafsma

General areas: environmental economics, monetary valuation, ecosystem services assessments Specific areas: relationship between wellbeing and ecosystem services, poverty and impact of environmental change, choice experiments, value chain analysis, value mapping, trade-offs between sustainability objectives, freshwater benefits, (dis)benefits of tropical deforestation.

Prof. David Sear:

General areas: Reconstructing climate change, human migration and ecosystem change in the tropical Pacific Islands using lake sediment and peat archives. Geomorphic processes in river ecosystems; How do we restore damaged river ecosystems? Understanding centennial to millennial scale coastal change.

Specific topics:  Did climate drive colonisation of Polynesia? What are the long term dynamics of the South Pacific Convergence Zone and how does these influence ecosystems on Pacific Islands? Can we reconstruct Atlantic salmon populations from lake sediments? Can we use lake sediments to extend our flood records for risk management? What is the role of fine sediments as vectors of water quality deterioration in Pacific island ecosystems? Modelling fine sediment storage and release from gravel beds. Interactions between large floods and floodplain infrastructure.

Prof. Justin Sheffield

General areas: Large-scale hydrological variability and interactions with climate; Hydrological extremes such as floods and droughts; Hydrological prediction and predictability; Early-warning of hydrological hazards; Climate change and hydrological impacts; Trend detection and attribution; Satellite remote sensing of the hydrological cycle; New sensors for hydrological monitoring.

Specific topics: Is the hydrological cycle intensifying? What is the spatial-temporal footprint of flood and drought risk? How will drought and floods change in the future under climate change? What is the role of human activities in the water cycle? How can we best manage water resources for water, food and energy security?

Prof. Peter Sunley:

General areas: Economic geography, regional and local economic evolution. Specific areas: Dynamics and evolution of industrial clusters; Path dependence in regional economies; Innovation systems and high-technology path creation; Design firms in global production networks; Comparative studies of creative and design clusters; Regional and urban economic resilience; Corporate social responsibility and industry governance; The local embeddedness of social enterprise; Geography and welfare-to-work policy.

Prof Emma Tompkins:

General areas: Human dimensions of climate change adaptation; co-delivery of climate change adaptation and mitigation. Disaster risk reduction/ hazard management in relation to weather and climate hazards, esp. tropical cyclones, floods, sea level rise, drought and storms. Perceptions of risk and hazards, and behavioural change  in relation to climate and weather hazards. Governance and institutions for managing climate change adaptation. Managing environmental change/hazards/risks on small islands.

Specific questions: How can we document adaptation for the Global Stocktake of the Paris Agreement? How have perceptions of risk affected adaptive behaviours? What are the drivers of resilience and post-disaster recovery on islands? Can we document island development trajectories and resilience to external shocks using ‘big data’ sources?


Dr Julie Vullnetari:

General areas: migration and development; development geographies of the global South; geographies of socialist and post-socialist development; social geography; feminist geographies; geographies of gender and ageing; qualitative methodologies.

Specific topics: migration, care and ageing; internal and international migration; development; social and cultural dimension of migrants’ remittances; Eastern and Southern European migration; Romani mobilities; borders and migration controls; home; socialist everyday life; visual ethnographies; oral history.

Prospective students with ideas for PhD projects in any of my research areas should feel encouraged to contact me for an informal chat.

Dr Eleanor Wilkinson

General areas: social geography, feminist geography, geographies of gender and sexualities, identities, social justice, urban cultures and consumption.

Specific topics: geographies of care, housing and home, personal life, lifecourse transitions, household formations, communal living, solo living, queer domesticities, the commodification of intimacy, utopian thought and practice, feminist activism, legal geographies, the geographies of welfare, spaces of solitude.

Dr Jim Wright:

General areas: Health-related applications of GIS (particularly those with a developing country focus); Environmental management applications of GIS (particularly those with a developing country focus); Linkages between drinking water and health. Specific topics: Linkages between climate change and water-borne disease.

Dr Dianna Smith

General areas: Health geography, social inequality, secondary data analysis of large datasets, small-area estimation of health behaviours and health inequalities.

Specific topics: Geographies of health inequalities, related to health behaviours including diet, smoking, alcohol consumption; food insecurity and food poverty and appropriate policy responses; synthesis of administrative and routine datasets to measure spatial health inequalities.

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