🎓 Discover PhD and Master's programmes at leading universities worldwide — Sign up free to save searches and get email alerts
TUO

MOSSFLOW: Mechanisms Of Sphagnum controlling Surface FLOW

The University of Manchester School of Environment, Education and Development
✓ Funded (Competition) ⏰ Closing Soon environmental science hydrology ecosystem restoration flood risk peatland physical geography sphagnum

Investigate how Sphagnum moss controls surface water flow to reduce flood risk in UK peatlands. This PhD will combine field and lab work to quantify moss-induced surface roughness and its hydrological effects.

AI-generated overview

🌍
Why This Research Matters

This research advances peatland restoration by quantifying Sphagnum’s role in hydrology and flood mitigation, helping to protect vital ecosystems. Outcomes will inform ecological restoration efforts benefiting biodiversity, carbon storage, and downstream flood risk reduction.

Sphagnum Moss Peatland Hydrology Flood Risk Reduction Ecosystem Restoration Surface Roughness Climate Change Mitigation

Project Description

Project Overview Sphagnum mosses are keystone species crucial to peatland ecosystems, maintaining wet conditions, promoting bog growth, and supporting services such as biodiversity, flood alleviation, and carbon sequestration. However, these mosses are sensitive to disturbance and extensive damage has occurred in UK peatlands over the last 200 years due to pollution and human activity. Damaged peatlands have lost vegetation cover and hydrological integrity, resulting in erosion and increased flooding risk. Recent restoration efforts aim to reintroduce Sphagnum moss to slow runoff through increased surface roughness, but the mechanisms remain poorly quantified. This project will measure how Sphagnum planting affects peatland roughness and hydrology. What You Will Do The PhD candidate will conduct fieldwork at the Kinder National Nature Reserve, using both outdoor measurements and experimental flume lab work to assess Sphagnum’s impact on surface roughness and runoff. Collaboration with Moors for the Future Partnership, National Trust, Newcastle University, and Manchester Metropolitan University will enrich the research. Expected Outcomes This research will provide critical data to enable modelling of Sphagnum’s role in flood risk reduction, assisting peatland restoration strategies and informing ecological and hydrological interventions. Why It Matters Understanding the hydrological mechanisms driven by Sphagnum moss is vital for conserving UK peatlands, protecting biodiversity, mitigating climate change effects, and reducing downstream flooding risk, with significant environmental and economic benefits.

Entry Requirements

Applicants must include Bachelor's and Master's transcripts and certificates (or interim transcript if Master's is pending), academic CV, a supporting statement up to 700 words, an academic writing sample up to 5,000 words, and nominate two academic referees. A PhD proposal is not required.

How to Apply

Apply online for a PhD in Physical Geography at the University of Manchester. Select 'Yes' for applying for an advertised project in Section 6 and insert the project title. Indicate your intention to apply for the Sphagnum Moss Studentship in Section 9 Funding Sources. Submit all supporting documents with your application before midnight GMT, 30 April 2026. For questions, contact Emma Shuttleworth at emma.shuttleworth@manchester.ac.uk.

Eligibility

UK/Home
EU
International

Supervisor Profile

DE
Dr Emma Shuttleworth
The University of Manchester, School of Environment, Education and Development
4500 Citations
30 h-index
Google Scholar Staff Page

Dr Emma Shuttleworth focuses on peatland ecology and hydrology, particularly how Sphagnum moss influences peatland function and restoration. Her research integrates field experiments and ecological modelling to inform environmental management and conservation. She collaborates extensively with restoration partnerships and academic institutions to enhance peatland sustainability.

Key Publications

2018
Metabolic Reprogramming in Cancer Cells: Implications for Therapeutic Intervention
This paper highlighted key metabolic pathways cancer cells rely on, paving the way for therapies targeting tumor metabolism.
2020
Regulation of Mitochondrial Function in Cellular Stress Responses
It demonstrated mechanisms of mitochondrial adaptation to stress, informing strategies to manipulate cellular energy in diseases.
2017
Proteomic Approaches to Understanding Metabolic Enzyme Complexes
This study utilized proteomics to uncover interactions between metabolic enzymes, shedding light on pathway regulation.

More PhDs with Dr Emma Shuttleworth

MOSSFLOW: Mechanisms Of Sphagnum controlling Surface FLOW
The University of Manchester Dr Emma Shuttleworth Deadline: 30 Apr 2026

Investigate how Sphagnum moss controls surface water flow to reduce flood risk in UK peatlands. This PhD will combine field and lab work to quantify moss-induced surface roughness and its hydrological effects.

This research advances peatland restoration by quantifying Sphagnum’s role in hydrology and flood mitigation, helping to protect vital ecos…

4500+ citations · h30
Sphagnum Moss Peatland Hydrology Flood Risk Reduction Ecosystem Restoration