Last updated: 25 June 2026
Minister for the Cabinet Office briefed on University's world-leading marine and maritime research

The Minister for the Cabinet Office, the Rt Hon David Lidington CBE MP, visited the University to see marine and maritime excellence in action
Last updated: 22 June 2026
Fibres, fashion and the oceans

Research exploring the impact of clothing and textiles on the marine environment
Last updated: 18 June 2026
How can we turn the tide on plastic pollution?

Discover why there is a global plastic emergency and how scientists are working to provide solutions
Last updated: 18 June 2026
Current and future effects of microplastics on marine ecosystems (the MINIMISE project)

Delivering new knowledge of the risks posed by microplastics
Last updated: 18 June 2026
10 'bear' necessities for a strong Global Plastics Treaty

Avoid the 'bear traps' when defining measures to tackle plastic pollution
Last updated: 18 June 2026
Are microplastics a big problem?

Discover microplastics’ effects on the environment and what the University of Plymouth is doing to help
Last updated: 18 June 2026
The Queen's Anniversary Prize for pioneering research on marine microplastics pollution and its impact on the environment and changing behaviour

Our ground-breaking research into microplastics pollution has received the highest honour that can be bestowed upon a higher education institution
Last updated: 11 June 2026
Environment, Ecosystem and Decarbonisation

Addressing environmental priorities
Published: 20 May 2026
Food and drink related litter dominates global plastic pollution

A new study led by the University of Plymouth reveals the most common types of marine litter worldwide
Last updated: 18 May 2026
Plastic litter
Plastic pollution is a global environmental problem that has major detrimental impacts on the environment, economies and human health.
Professor Richard Thompson OBE FRS
Professor in Marine Biology
The evidence for action on plastic pollution in our oceans and seas is now undeniable. Compiling a harmonised dataset of this scale was a complex, years-long undertaking, but it has allowed us to map the most abundant items across global shorelines like never before.
Post-Doctoral Research Fellow and the study’s lead author