University of Plymouth

A three times Queens Anniversary Prize winner, we have a proud reputation for conducting world-leading, impactful research. From health technologies to heritage; marine sciences to medicine; psychology to sustainability, University of Plymouth researchers are winning major funding grants, publishing papers in high-impact journals, and forging powerful international partnerships. We are fast developing a critical mass of expertise in emerging areas such as agri-technology, antimicrobial resistance, cybersecurity and creative economies. Our response to global environmental challenges, from the low carbon agenda to water quality and food security in the developing world, highlights our robust commitment to finding solutions to climate change.

Our research strengths take advantage of our coastal and rural location, including the breath-taking natural laboratory of Plymouth Sound. Our waterfront Marine Station, home to our extensive fleet of research vessels, complements the Marine Building featuring wave tanks, a navigation centre, and the cutting-edge Cyber-SHIP Lab that tackles maritime cybersecurity issues.

The new Brain Research and Imaging Centre is the most advanced multi-modal facility in the region and, together with our medical research facility and faculty, is co-located with the University Hospitals Plymouth NHS Trust, facilitating a cross-collaborative environment where many staff combine consultation work and research.

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En étudiant les changements d’habitat du papillon damier d’Édith, la biologiste Camille Parmesan a été la première à démontrer l’impact certain du changement climatique sur la faune sauvage. Lloyd Russell

Des œufs de papillon à l’hybridation des ours polaires : conversation avec la réfugiée scientifique Camille Parmesan

Réfugiée scientifique, lauréate du prix Nobel, et écologue au Giec depuis plus de vingt-cinq ans, Camille Parmesan nous explique comment préserver la biodiversité dans une planète en surchauffe.
By studying changes in the habitats of the Edith’s checkerspot butterfly, ecologist Camille Parmesan was the first to demonstrate the definite impact of climate change on wildlife. Lloyd Russell

‘We need to rethink how we approach biodiversity’: an interview with IPCC ecologist and ‘refugee scientist’ Camille Parmesan

An ecologist at the IPCC for over 25 years, Camille Parmesan, who is also a refugee scientist, explains how to preserve biodiversity on a warming planet.
A selection of marine fungi from the culture collection at the Marine Biological Association. Marine Biological Association

Marine fungi could help feed the world and fight disease

A culture collection of more than 500 fungal strains from seawater, sediments and seaweeds is helping scientists better understand marine fungi.
Le potentiel des ultrasons focalisés est en train d’être exploré par les scientifiques. Elsa Fouragnan

Ultrasons focalisés : un nouvel outil pour soigner le cerveau avec précision

À l’heure actuelle, les pathologies cérébrales sont traitées soit par des médicaments, soit par des interventions chirurgicales. Mais une troisième voie semble s’ouvrir, grâce aux ultra-sons.
Scanning electron microscope image of marine fungus Paradendryphiella salina, collected from the shoreline near Plymouth in Devon. Beth Tindall-Jones/University of Exeter Bioimaging Centre.

Meet the fungi that live in the sea

Despite being known to science for over a century thanks to a few early pioneering marine mycologists, most people have never heard of marine fungi.

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