Co-designing natural flood management: understanding and aligning community priorities and technological pathways in UK catchments
Apply
A completed University of Chester Postgraduate Research Degree application form including contact details of two referees. Candidates should apply online by clicking the button below and quoting reference number as above.
- Faculty
- Faculty of Arts, Humanities and Social Sciences
- Academic department
- Geography and Environment
- Studentship type
- PhD Studentship
- Funding
- Stipend and fees
- Duration
- 36 Months
- Application deadline
- Friday, 16 January 2026
- Interview date
- Week Commencing Monday, 26 January 2026
- Studentship dates
-
From: Monday, 2 February 2026
Until: Wednesday, 31 January 2029 - Reference number
- HCE25/06 – RA1916-25
Project description
Flooding in small and semi-rural catchments is an increasing concern in the UK, yet these areas often receive less attention and are underrepresented in national strategies than larger urban centres. These catchments are complex, with varied land use, limited infrastructure, and diverse community needs. Despite their vulnerability, there is limited understanding of how flood risk develops in these settings and how locally appropriate, inclusive solutions can be designed. This PhD project brings together academic researchers, local councils, and a commercial partner to address this gap. It will explore how nature-based flood management can be more effectively applied in small catchments, analysing the opportunities for and impacts of nature based solutions as well as investigating how this can form a basis for community involvement and practical implementation.
The project builds on recommendations from the ICUN Global Standard for Nature based Solutions, driven by the Environmental Improvement plan (EIP, 2025), which highlights the potential of natural flood management (NFM) to reduce flood risk in the UK. Unlike traditional flood defences, which are often led by government agencies, NFM involves a wider range of actors and encourages community participation. Recent guidance from the Environment Agency (2025) also stresses the importance of nature-based approaches and the need to place communities at the centre of flood risk planning. This research will contribute to better understanding of how to engage communities, assess the effectiveness of NFM, and improve communication of real-time flood data to support local decision-making. Furthermore, the project will explore how flood resilience can be improved in small, semi-rural catchments through locally tailored, inclusive approaches.
Herefordshire Council, a project partner, is currently implementing nature-based flood management (NFM) in seven priority sub-catchments. They are keen to better understand the benefits and effectiveness of these measures. The project will build on their work and contribute evidence to support future planning. (Link: https://www.herefordshire.gov.uk/nfm ).
The second partner, Andel Ltd., provides early warning technologies for flood-prone areas. Their interest lies in improving how and where their systems are deployed, and how real-time data can be communicated clearly to communities. Therefore, the project will investigate how Natural Flood management (NFM), community engagement, and real-time technologies can be integrated to support flood resilience in smaller catchments in the UK. The research will be guided by three objectives: evaluating NFM effectiveness, understanding inclusive co-design processes, and improving communication of flood data to communities.
Associate Professor Namrata Bhattacharya Mis – Geography and Environment, School of Humanities and Social Sciences
Dr Andrew Miles – Geography and Environment, School of Humanities and Social Sciences
Dr Philip Marren – Geography and Environment, School of Humanities and Social Sciences
Applicants should normally possess a 2:1 honours degree in a relevant discipline (Geography, Environmental Science). Applicants with an MSc degree in relevant disciplines (Hydrology, Fluvial Geomorphology, River and Catchment Management, Water Science) and experience in catchment and hydrological modelling and data analysis in R or similar are preferred.
Unfortunately, due to visa and funding deadlines, if you are an international student requiring a visa to study, we are unable to consider your application.
Fees
The successful applicant will receive a bursary to cover in the UK for up to 3 years full time.
Stipend
For the academic year 2025-26, the stipend will be £20,780, as determined by the National Minimum Doctoral Stipend specified by UKRI. It will be subject to an inflationary increase in October each year, up to a maximum of a 4% increase per annum.
Prospective applicants are encouraged to initially contact [Dr Namrata Bhattacharya Mis email- [n.bhattacharyamis@chester.ac.uk , +44 1244 515604] to discuss the project further. For general enquiries, contact Postgraduate Research Admissions, University of Chester at pgradmissions@chester.ac.uk