A fully-funded PhD opportunity is available at the University of Exeter, focusing on the role of microbiome composition in bivalve survival under environmental stress. The project, titled 'The Microbial Edge: Unlocking Bivalve Survival in a Changing Ocean,' is part of the NERC GW4+ DTP and offers interdisciplinary training in ecophysiology, sustainable aquaculture, and marine biology. The research will be conducted in collaboration with the Roslin Institute at The University of Edinburgh and the Natural History Museum / Cefas, providing access to world-class expertise and facilities. The supervisory team includes Robert Ellis (University of Exeter), Dr Tim Bean (Roslin Institute), and Prof. David Bass (NHM/Cefas), ensuring a broad and supportive academic environment. Applicants should have a strong background in biological sciences, marine biology, or environmental science, with desirable experience in microbiology, aquaculture, or ecophysiology. The position is fully funded, covering tuition fees and providing a stipend, with additional support for research training and travel. The deadline for applications is 8th January 2026. To apply, candidates should submit their application via the University of Exeter's online portal, including a CV, academic transcripts, and a cover letter. For further details, applicants are encouraged to contact the supervisory team or visit the project webpage. Keywords: Ecophysiology, Microbiome, Aquaculture, Bivalve survival, Environmental stress, Sustainable aquaculture, Marine biology.

A fully-funded PhD opportunity is available at the University of Exeter, focusing on the development of next-generation environmental biosensors by harnessing mussel behaviour and machine learning for coastal water quality monitoring. The project is part of the Engineering and Physical Sciences Research Council (EPSRC) Doctoral Landscape Award and is based in the Biosciences department. The research aims to transform water quality analysis through a fully automated environmental monitoring solution, integrating interdisciplinary approaches from biology, environmental science, and computer science. The successful candidate will join a collaborative supervisory team led by Robert Ellis (Senior Lecturer in Ecophysiology and Sustainable Aquaculture, University of Exeter), Dr Zhou Zhou (Engineering, University of Exeter), and Prof. Mike Allen (SeaGen). The project will involve working with living sensors, specifically mussels, to monitor and analyze water quality using advanced machine learning techniques. This interdisciplinary research is ideal for students interested in environmental biosensors, aquatic biology, sustainable aquaculture, and computational analysis. Applicants should have a strong academic background in biology, environmental science, engineering, or computer science, with experience or interest in biosensors, aquatic biology, machine learning, or water quality monitoring. The position is fully funded for UK students, covering tuition fees and providing a stipend for living expenses. International applicants may need to cover the difference in tuition fees. The application deadline is 12th January 2026, and interested candidates should apply via the University of Exeter application portal, ensuring all supporting documents are prepared and eligibility criteria are met. For more information, visit the University of Exeter funding page or contact the supervisory team. This opportunity offers a unique chance to contribute to innovative research in environmental monitoring and biosensor technology within a leading UK institution.