Highly localised and current DNA information on river animals

New research proves that environmental DNA survives for less than two days in small fast-flowing rivers and so provides highly localised and current information on species composition. This is crucial new evidence as biologists ...

Melting ice sheets will have global impact on ocean tides

Whilst it is widely accepted that sea level is rising because of the melting of the massive sheets covering Greenland and Antarctica, a new paper in the Journal of Geophysical Research: Oceans by scientists at Bangor University ...

Gauging evolutionary adaptation- are our models right?

One challenge facing scientists is to estimate how our environment and the complex web of creatures within it, will respond to changes in their environment due to climate change or other human influences.

Ocean oases: How islands support more sea-life

A 60 year-old theory to explain why seas surrounding islands and atolls are particularly productive has just been proven by a marine biologist from Bangor University's School of Ocean Science, working with a colleague at ...

Tides stir up deep Atlantic heat in the Arctic Ocean

Researchers have identified how warm Atlantic water that is flowing deep into the Arctic Ocean is mixing with colder waters above to contribute to sea-ice loss in the Arctic. The results, published this week in the journal ...

Clam found to be over 500 years old

Further research following a field trip carried out by Bangor University's School of Ocean Sciences in 2006 has led us to identify the age of a clam more accurately.

page 5 from 18