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Job Offer: PhD Studentship: Biodiversity and solar farms: risks and opportunities:Job description:Qualification Type: PhD Job location: The academic managers are located at the University of Exeter's Cornwall Campus in Penryn, Cornwall, and field work will be undertaken in South-East England - the balance between time spent at each location will be discussed at offer stage and during the project. The University of Exeter's Department of Earth and Environmental Sciences is inviting applications for a PhD studentship fully-funded by EDF to commence on 1st June 2024 or as soon as possible thereafter. For eligible students the studentship will cover Home or International tuition fees plus an annual tax-free stipend of at least £9,311 for the project duration, pro rata for part-time study. The student would be located in the Centre for Geography and Environmental Science in the Faculty of Environment, Science and Economy at the Penryn Campus in Cornwall, with fieldwork at the Longfield solar farm in Essex. This is a 6 year part-time PhD studentship and will particularly suit part-time study by those working in a significant sector. Project Description: In recent years there has been a surge in solar farm developments, driven by the need to transition to renewable energy sources and thereby reduce carbon emissions and limit global warming. Solar farms present both opportunities and risks for biodiversity and conservation, although there are many evidence gaps. This project will focus on measuring the impacts of solar farm developments on key environmental indicators, including the composition of vegetation and invertebrate communities, soil quality and carbon stocks. The studentship will provide opportunities for training in a wide variety of ecological survey techniques, to improve our knowledge of the ecological impacts of solar farms and to develop appropriate management regimes to maximise their biodiversity potential. Environmental indicators will be monitored in a longitudinal study at a large solar farm development site in Essex. Measurements of vegetation structure, invertebrate diversity and soil quality will be taken before, during and after development over a period of six years. Experimental plots will be used to monitor these indicators under different management regimes that could be applied in the context of this and other operational solar farms. There will be the opportunity to expand the study to other solar farm sites if required. The student will be directly involved in the design of the study, including the choice of measurements to take, which management approaches to test, and in the collection of data from the field. In addition, a cross-sectional study will involve collection of data on environmental indicators at a series of other solar farm sites at varying stages in their development. Comparative measurements at control sites in adjacent agricultural land will allow an assessment of the potential for solar farm developments to enhance biodiversity and carbon storage relative to the likely alternative land-use. The project is funded by leading energy business EDF, and will be delivered through a collaboration between the University of Exeter (Centre for Geography and Environmental Science and the Environment and Sustaincapability Institute) and RSK Biocensus (https://rskbiocensus.com/), a sector-leading and forward-thinking ecology and sustaincapability consultancy. RSK Biocensus will provide supporting technical knowledge in habitat management, ecological surveys and monitoring, and opportunities for the student to gain practice working in a commercial consultancy environment, including participating in the collection of data in the field. Skills:
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