Pages tagged with: biogeochemistry
-
![<p>Inaugural Professorial Lecture - Sean Comber</p>]()
How do we ensure water quality after Brexit? – Professor Sean Comber
What's on at the University of Plymouth: The Inaugural Professorial Lecture of Professor Sean Comber, 31 March 2021
-
![<p>GettyImages-680866386<br></p>]()
Drugs used to treat HIV and flu can have detrimental impact on crops
Scientists led by the University of Plymouth found that lettuce plants exposed to a higher concentration of four commonly-used drugs could be more than a third smaller in biomass than those grown in a drug-free environment.
-
![<p>River</p>]()
Chemicals in the Environment
Chemicals in the Environment in the Biogeochemistry Research Centre
-
![<p>Nutrient biogeochemistry </p>]()
Marine Biogeochemistry
Marine Biogeochemistry in the Biogeochemistry Research Centre.
-
![<p>Helicopter flying over a forest </p>]()
Terrestrial Ecology and Carbon Cycling
Terrestrial Ecology and Carbon Cycling in the Biogeochemistry Research Centre.
-
![<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>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
-
![Scientists working with a University of Plymouth team on sea ice in the Arctic (credit: Simon Belt/University of Plymouth)]()
Biogeochemistry Research Centre
University of Plymouth research group. Biogeochemistry Research Centre
-
![<p>PENLEE</p>]()
Atmospheric Processes
Atmospheric Processes in the Biogeochemistry Research Centre
-
![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
-
![The Tamar (1962) and Royal Albert (1859) bridges over the River Tamar are well known examples of local civil engineering, visited during the course.]()
Lack of bacterial absorption means common pharmaceuticals retain potential to cause damage in aquatic environments
Plymouth University news: More sophisticated methods may be required to assess the accumulation and impact of human and veterinary pharmaceuticals in the aquatic environment, scientists say following a research project led by the University of Plymouth
