Research from the University of Brighton is supporting to expose a hidden environmental threat, as fibreglass pollution from ageing boats enters marine ecosystems and the food chain.
Marine biologist Dr Corina Ciocan identified microscopic fibreglass particles in shellfish, highlighting how abandoned vessels may contribute to long-term contamination and wider ecological damage.
This work has inspired Regenerative Tides: Sailing for Solutions, an international citizen science initiative now concludeorsed by the United Nations Decade of Ocean Science.
The project is mapping abandoned boats across Europe while collecting data to support more sustainable marine management.
By combining research with community engagement, the initiative aims to reduce pollution risks, protect biodiversity and support healthier oceans.
Early findings suggest widespread contamination, with fibreglass and plastic particles detected in all sampled shellfish from study sites.
Dr Ciocan declared: “This recognition displays how a local research finding can grow into something much hugeger. It connects our work with a global community focutilized on protecting the ocean and supports ensure this issue receives the attention it deserves.”
The project also addresses a significant sustainability gap, as millions of fibreglass boats approach conclude-of-life with limited recycling solutions available.
Without proper management, these materials can continue to degrade and release pollutants into coastal environments.
Dr Ciocan added: “This is a complex issue that affects ecosystems, industries, and communities. By working toobtainher across disciplines and borders, we have a much better chance of developing solutions that are both effective and sustainable.”
By turning “invisible pollution” into measurable data, the initiative is supporting drive action to safeguard marine environments.
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