Pages tagged with: bgc
-
![<p>
Dr Hayley Manners with a colleague on board the drillship Chikyu
<br></p>]()
University researcher contributes to study into the limits of life on Earth
Dr Hayley Manners, Lecturer in Organic Chemistry at the University of Plymouth, and colleagues from 29 different institutes found single-celled microorganisms living in sediments more than a kilometre into the ocean floor – and at a temperature of 120°C
-
![<p>FABSoil plant at Eden Project</p>]()
€2.5million project aims to develop sustainable soils from construction waste and by-products
The €2.5million ReCon Soil project, led by the University of Plymouth, brings together scientists, industry and educators to revolutionise how waste material from construction projects is managed
-
![<p>FABSoil plant at Eden Project</p>]()
Could fabricated soils be the key to global food security?
Experts from the University of Plymouth are working with the world-famous Eden Project to explore how recycled and waste material could be transformed and then reused in agriculture and other sectors
-
![<p>Professor Mark Fitzsimons and Dr Kate Schofield are presented with their Tech South West Award (Credit: Gareth Williams Photography)</p>]()
University soil research earns success at inaugural Tech South West Awards
FABSOIL, for which the University of Plymouth is working with the world-famous Eden Project, is exploring how recycled and waste material could be transformed and then reused in agriculture and other sectors
-
![<p>A mixture of dinoflagellates and diatoms from the L4 coastal monitoring site off Plymouth (Credit Claire Widdicombe)<br></p>]()
Climate change has degraded productivity of shelf sea food webs
New research led by the University of Plymouth shows that larger, nutritious plankton – vital to support fish, seabirds and marine mammals – are being replaced by tiny, primary producers that are of poorer food quality
-
![<p>Dartmoor ponies are among the most iconic species of any British moorland (Credit Lloyd Russell, University of Plymouth) WEB<br></p>]()
Research suggests ponies could play critical role in Dartmoor's future health
A research project – coordinated by the Dartmoor Pony Heritage Trust with researchers at the University of Plymouth - suggests ponies make a positive contribution to conservation management on Dartmoor
-
![<p>
The
degree of pollution in the Nairobi river is clear for all to see (Credit: Dr Simone Bagnis)</p>]()
Study calls for improved sanitation and the environmental management of pharmaceuticals in developing economies
New research led by the University of Plymouth suggests that failure to ensure the environmental sustainability of growing patient access to medicines in developing economies could increase the risk of adverse environmental impacts
-
![<p>Atlantic Ocean wide</p>]()
Could dark carbon be concealing the true scale of ocean ‘dead zones’?
A study led by Dr Sabine Lengger, from the University of Plymouth, measured the stable isotopes of organic carbon in sediment cores taken from the ocean floor
-
![<p>
</p><p>From left: Dr Richard
Sandford (Lecturer in Environmental Science – University of Plymouth), Dr Sean
Comber (Associate Professor in Environmental Science - University of Plymouth)
and Dr Bruce Stockley (Head of Fisheries and River Management at the
Westcountry Rivers Trust)</p><p></p>]()
pH balancing trial could create healthier river for Dartmoor fish
The University of Plymouth is working with the Westcountry Rivers Trust to trial a new approach to balancing the pH of the upper river Dart.
-
![The Hoe]()
University of Plymouth Marine Institute asks ‘How clean is Plymouth’s Water?’
University of Plymouth news: The biannual Marine Institute lecture asks the question of the city: How clean is our water?
-
![River Tamar aerial shot]()
Using bacteria to reduce impact of diazepam in UK rivers
Plymouth University News: Scientists identify a reaction pathway which could reduce the potentially harmful impact of diazepam and similar chemicals
-
![<p>Drinking glasses</p>]()
Drinking glasses can contain harmful levels of lead and cadmium
Enamelled drinking glasses and popular merchandise can contain more than 1000 times the limit level of lead and up to 100 times the limit level of cadmium, a study by the University of Plymouth has shown
