Fully Funded Bournemouth University PhD Studentship in Movement Ecology and Conservation of Threatened Sea Lamprey and European Eel Populations in Reconnected Rivers

Students seeking a fully funded doctoral research opportunity in ecology, conservation biology, fisheries science, and environmental sustainability now have an exciting chance to pursue advanced research at Bournemouth University in the United Kingdom. Bournemouth University is offering a prestigious PhD Studentship focused on the movement ecology and biology of threatened sea lamprey and European eel populations in reconnected rivers.

This highly specialized doctoral research project addresses one of the most pressing environmental challenges facing freshwater ecosystems today: the decline of migratory fish populations caused by habitat fragmentation, river barriers, climate change, and human activities. The project aims to generate new scientific knowledge that will support conservation efforts and help restore sustainable populations of some of Europe’s most threatened aquatic species.

About the PhD Studentship

Freshwater ecosystems provide essential benefits to society, including drinking water, food production, biodiversity conservation, and renewable energy resources. However, decades of human intervention have severely altered many river systems across Europe. The construction of dams, weirs, and other barriers has interrupted natural migration routes used by fish species for spawning, feeding, and survival.

Among the species most affected by these changes are the European eel (Anguilla anguilla) and the sea lamprey (Petromyzon marinus). Both species have experienced significant population declines across Europe and are now considered conservation priorities. Restoring river connectivity through river reconnection projects has become an important strategy for supporting their recovery, yet many questions remain regarding how these species respond to restored habitats and newly accessible migration routes.

This PhD project seeks to investigate the movement ecology, migration patterns, habitat use, and biological responses of these threatened species in rivers that have undergone reconnection efforts. The findings will contribute to evidence-based conservation management and inform future river restoration initiatives.

Research Significance

The project is positioned within Bournemouth University’s strong research tradition in fish ecology and conservation. Researchers within the Fish Ecology and Conservation (FishE) research cluster have developed internationally recognized expertise in understanding fish movements, migration ecology, and freshwater biodiversity conservation.

The study will explore critical ecological questions such as:

• How river reconnection influences migration success.
• How sea lamprey and European eel populations respond to improved habitat connectivity.
• The movement behaviour of migratory fish throughout different life stages.
• Factors affecting survival, reproduction, and habitat selection.
• The effectiveness of conservation interventions aimed at restoring aquatic biodiversity.

The project is expected to produce important scientific evidence that can guide policymakers, environmental agencies, river managers, and conservation organizations across Europe.

Research Methods and Training Opportunities

Successful candidates will gain extensive training in advanced ecological research techniques. Depending on the project’s final design, students may be involved in:

• Field surveys and fish monitoring.
• Fish tagging and telemetry studies.
• Movement tracking technologies.
• Biodiversity assessment.
• Ecological data analysis.
• Statistical modelling.
• Conservation planning.
• Scientific writing and publication.
• Presentation of research findings at conferences and scientific meetings.

The project offers an exceptional opportunity to develop both practical field skills and advanced analytical expertise while contributing to real-world conservation outcomes.

Funding Benefits

This fully funded PhD Studentship provides comprehensive financial support for the successful candidate.

Benefits include:

• Full tuition fee waiver.
• Annual maintenance stipend to support living expenses.
• Funding support for fieldwork activities.
• Conference attendance support.
• Research training opportunities.
• Access to Bournemouth University’s research facilities and expert supervision.

The funding package enables students to focus entirely on their research while developing expertise in a highly important area of environmental science.

Why Study at Bournemouth University?

Bournemouth University has established itself as a leading institution for environmental and ecological research. Through its Doctoral College and specialist research groups, students receive strong academic support, professional development opportunities, and access to collaborative research networks.

The university’s Fish Ecology and Conservation research cluster has an established record of conducting impactful research on migratory fish species, freshwater ecosystems, and biodiversity conservation throughout Europe. Students benefit from working alongside experienced researchers who are actively engaged in international conservation initiatives.

In addition to academic training, doctoral researchers are encouraged to participate in conferences, workshops, seminars, and collaborative projects that enhance their professional development and future career prospects.

Career Opportunities After Completion

Graduates from this PhD programme can pursue careers in:

• Academic research and teaching.
• Environmental consultancy.
• Fisheries management.
• Government environmental agencies.
• Conservation organizations.
• International environmental NGOs.
• River restoration and biodiversity projects.
• Ecological monitoring and assessment.

The specialized knowledge gained through this project will be highly valuable in sectors focused on biodiversity conservation, sustainability, and environmental management.

Eligibility Requirements

Applicants should demonstrate exceptional academic potential and a strong commitment to completing doctoral-level research.

Typically, successful candidates will possess:

• A First-Class Honours Degree (or equivalent).
• A Master’s Degree with distinction (or equivalent).
• Academic background relevant to ecology, environmental sciences, biology, conservation, fisheries science, zoology, or related fields.
• Strong research aptitude and motivation.
• English language proficiency requirements where applicable.

International students whose first language is not English may be required to demonstrate English language proficiency according to Bournemouth University’s requirements.

Application Information

Prospective applicants are encouraged to review the full project description and application procedures on Bournemouth University’s official website. Early preparation is highly recommended, including gathering academic transcripts, preparing supporting documents, and developing a clear understanding of the proposed research area.

This PhD Studentship represents a unique opportunity for aspiring researchers who wish to contribute to the conservation of threatened aquatic species while obtaining a fully funded doctoral degree from a respected UK university.

Deadline: 30 th June ,2026

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