The University of Plymouth Marine Institute is offering a funded PhD opportunity focused on the use of light in UK fisheries and its effect on the marine environment, specifically targeting sustainable scallop fishing. This innovative project explores how illuminated fishing pots, developed by Fishtek Marine, can attract king scallops in commercial quantities, potentially providing a low-impact alternative to traditional dredging methods. The research aims to answer key questions about the mechanisms of light attraction, the ecological effects on scallop populations and non-target species, and the overall sustainability of this approach compared to conventional techniques.

As a PhD student, you will engage in cutting-edge research involving fieldwork, experimentation, and ecological modelling. The findings will have direct implications for fisheries management, conservation strategies, and the global adoption of low-impact fishing gear. The project is highly collaborative, involving teams from the University of Plymouth, Marine Biological Association, Plymouth Marine Laboratory, and Fishtek Marine. You will gain hands-on experience aboard research and fishing vessels, working in a real-world research environment.

Supervisors for this project include Dr Bryce Stewart (Marine Biological Association & University of Plymouth), Dr Thomas Davies (University of Plymouth), Professor Tim Smyth (Plymouth Marine Laboratory), Dr Rob Enever, Dr Harry Thatcher, and Mr Tom Hooper (Fishtek Marine). The research is based in the United Kingdom and leverages the expertise of leading marine science institutions.

Applicants should have a background in marine ecology, fisheries science, conservation biology, or related fields, with experience in fieldwork and modelling considered advantageous. The position is fully funded, covering tuition and providing a stipend, though specific financial details are not listed. The application deadline is December 28, 2025. Interested candidates should visit the University of Plymouth Marine Institute website for the full advert and application instructions.

Keywords: marine science, sustainable fisheries, scallop fishing, marine ecology, conservation, fishing technology, low-impact seafood, fieldwork, modelling, marine environment.