PhD Studentship – Optimising Peatland Recovery Across Fragmented Landscapes
Manchester Metropolitan University
Manchester, United Kingdom
This fully funded PhD studentship offers a compelling opportunity to contribute to peatland science and restoration ecology by investigating how fragmented landscapes influence ecosystem recovery following restoration interventions. Peatlands are among the most ecologically valuable yet degraded ecosystems in the UK, providing critical services such as carbon storage, water regulation and habitat for diverse species. Despite substantial efforts to restore degraded peatlands through re‑wetting, gully blocking and revegetation, there remains limited understanding of how spatial configuration and ecological starting conditions shape ecological recovery and biodiversity outcomes.
The research will use a combination of experimental and observational fieldwork across a variety of rewetted sites, assessing how the spatial arrangement of restored pools and the introduction of aquatic vegetation affect colonisation, community composition and broader ecosystem functionality. Core activities include comprehensive biological and environmental data collection, invertebrate taxonomic work, laboratory and field analyses of water and soil parameters, and spatial and statistical modelling to identify optimal restoration configurations. This project’s insights aim to inform conservation strategies, guide policy and support land managers, conservation organisations and industry stakeholders in improving future peatland recovery initiatives.
Eligibility Criteria
Applicants should have a strong academic background in biology, geography or environmental science. Experience in upland peatland fieldwork, laboratory and field analysis of water quality and peat sediments, and effective engagement with landowners or conservation bodies to facilitate research are essential. A solid understanding of upland ecosystem services and practical conservation challenges will support success in this interdisciplinary project.
Required Expertise, Skills
The ideal candidate will bring robust field and laboratory experience, particularly in ecological assessment and environmental monitoring, as well as skills in analysing biological and environmental datasets. Competence in identifying aquatic invertebrates and familiarity with spatial and statistical modelling will be highly beneficial. Effective communication and collaboration skills are important for working with a range of stakeholders during fieldwork.
Salary Details
The studentship includes a UKRI‑aligned stipend of £20,780 per year (academic year 2025/26) alongside coverage of home tuition fees. International applicants are welcome but will need to contribute the difference between home and international tuition fees.
Application Deadline
The closing date for applications is 19 March 2026.