The potential for trophic transfer of micro-plastics in Thames Estuary food chains
PhD Title
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The potential for trophic transfer of micro-plastics in Thames Estuary food chains |
Research Theme
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Environmental Pollution |
Primary Supervisor
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Primary Institution
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Secondary Supervisor
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Secondary Institution
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CASE Partner
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CASE Supervisor
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Eleanor Adamson |
Abstract
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Evidence for microplastic ingestion by a range of organisms in the Thames Estuary is increasing (McGoran et al., 2017; McGoran et al., submitted), however, further studies are still required. There is little data for whether ingested microplastics remain only in the individual or if the pollutants, or associated chemicals, are transferred through the food web to accumulate in predator species. This project will examine species from different trophic levels, such as shrimp, fish and seals, and organisms with different feeding types, such as predators, scavengers and filter feeders, from the Thames Estuary to identify the exposure routes of plastic ingestion. Such a study might provide evidence for the transfer of microplastics through feeding activity. In addition to this, the project will look at temporal changes in plastic, both seasonally and historically, by collecting from sediment core samples from Thames salt marshes |
Policy Impact
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Background Reading
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Grants and awards
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Publications
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Datasets
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High prevalence of plastic ingestion by Eriocheir sinensis and Carcinus maenas (Crustacea: Decapoda: Brachyura) in the Thames Estuary Excel. Contributors: McGoran AR, Clark PF, Smith BD, Morrit DSynthetic and semi-synthetic fibre ingestion by mesopelagic fishes from Tristan da Cuhna and St Helena, South Atlantic Excel. Contributors: McGoran A.R., Maclaine J.S., Clark P.F., Mottitt D. |
News & Blogs
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Pieces of plastic found in a third of Thames fish, The Times |
Conferences and Workshops
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Training courses
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Engagement
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DTP Activities
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Member of the Joint DTP Summer Conference Organising Committee 2019 |
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Personal Website:
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