Zoe Scott-Green


        Head and shoulder photo of PhD student Zoe Scott-Green

PhD student

I am a marine researcher with interests in sustainable fisheries, including the circular economy potential of end-of-life fishing gear and the environmental impacts of ocean plastics. My PhD explores marine litter, including abandoned, lost, discarded and end-of-life fishing gear and how the fishing industry can be supported in solving these challenges. 

Zoe.Scott-Green@sams.ac.uk
01631 559000

From Sea to Landing: Exploring impacts of marine litter, including abandoned, lost and discarded fishing gear, and the role of commercial fisheries in recovery and reduction.

Marine litter, including abandoned, lost and discarded fishing gear, creates persistent environmental pressures through plastic pollution, entanglement risk, degradation into secondary microplastics, impacts on benthic habitats and biofouling. Although Scotland is moving towards more sustainable fishing gear practices, clear pathways for end-of-life gear disposal remain limited. The Fishing for Litter scheme, implemented by KIMO International, provides an established route for 750 UK fishing vessels at 80 harbours to recover and land marine litter, as well as providing opportunities to move recovered ocean plastics and end-of-life fishing gear into specialist marine recycling streams.

This project asks two questions: What are the characteristics and environmental impacts of marine litter including abandoned, lost and discarded fishing gear, recovered from Scottish inshore waters through Fishing for Litter; and what challenges and opportunities affect retrieval by the fishing industry.

 

Supervisors

Steven Bejamins (SAMS)

Bhavani Narayanaswamy (SAMS)

Suzannah-Lynn Billing (SAMS)

 

Start date:

01 October 2026

 

Employment

May 2025-Present - Research and Sustainability Manager - Fishing for Litter KIMO International

May 2009-May 2025 - Paramedic Practitioner and Clinical Auditor - NHS

Qualifications

2025 MSc International Marine Science; thesis with Merit: Forecasting cetacean strandings - Can environmental variables be used to predict high-risk stranding conditions for common dolphins? - Heriot-Watt University Edinburgh 

2014  Bachelor of Science - Health Studies - Dundee University

2011 Foundation Degree in Science (Merit) - Paramedic Science - Bournemouth University