The findings suggests that preventative action could prevent crime and reduce costs for the criminal justice system.Read the full story ›
"Studying bats as a ‘model’ can provide us with a greater understanding of the mechanisms used by mammals to navigate.”Read the full story ›
Joint research by scientists at Bangor University claims the effects of melting ice sheets will go far beyond just changing water levels. It could have further reaching impacts on global climate.
They say along some coastlines the tidal range will be greatly increased, for example the North Wales coastline, whilst along others, like South Wales, the tidal range will be reduced. Moreover many functions of the ocean will be altered by the changes in the tides.
Tides currently play a key role in sustaining the large-scale ocean currents which redistribute heat from the tropics to higher latitudes and are responsible for the mild climate in the UK. Predictions provided by the new model show that the collapse of the ice sheets will significantly impact the global tides which could in turn impact ocean current systems which are important for our climate.
The global changes in the tides will also have profound impacts on a wide range of other ocean functions, such as changes to the regions of the ocean which absorb carbon dioxide from the atmosphere, and on the ecosystems of the temperate (shallow) shelf seas surrounding the continents.
Lightweight bee “backpacks,” powered by the insects’ own electrical energy, are being developed at Bangor university so scientists can track and study them.
An ecologist and a microsystems engineer are working together to develop micro-backpacks for bees that will enable the bees to be followed by small drones as they fly from plant to plant.
It is hoped scientists will learn more about where the bees collect nectar and what might be affecting their numbers.
Existing bee monitoring devices face limits due to their weight, range, and how long their power source lasts- and these are the problems that we’ve set out to resolve using cutting-edge micro-technology.
We have proven our ability to harvest the bee’s electrical energy to enable us to do away with the need for a battery and our end product will weigh only a third of the bee’s body weight, or less than a raindrop. This solves the weight and battery longevity problems.
Our next step is to develop a mobile receiver to track and follow the bee’s transmitted signal as it forages.
The student, who has lived in the UK since she was 12, faced leaving the UK three months before completing her degree.Read the full story ›
Dubbed “Spermwatch”, it is part of a wider conservation project involving universities, conservation and research organisations.Read the full story ›
Scientists at Bangor and Oxford universities say they have achieved a world first: spider-silk used as a superlens for microscopes.Read the full story ›
Scientists at Bangor University, working with the Welsh Fishermen's Association Natural Resources Wales and the Welsh Government, have published their findings from what they say is the world's biggest ever fishing impact study.
They chose twelve sites in Cardigan Bay where scallop fishing was halted in 2009.
The sites were fished at different intensities and compared to four areas which were left unfished. The results suggest the area can sustain a certain level of fishing.
The study could open the door for fishing to resume once a sustainable level is decided.
Scientists at Bangor University are working to maximise the efficiency of tidal and wave energy generating equipment.
They say computer modelling at the SEACAMS programme accurately predicts tidal currents, wave heights and other important measurements through the water column.
That helps identify the best sites for energy schemes.
They say one project is a 10MW tidal energy converter planned for The Skerries off the North West coast of Anglesey.
A teaching technique that claims to help children relax and perform better at school has been developed by Bangor University. The Mindfulness techniques as they're known, are already being used at a number of schools including one in Colwyn Bay. Kevin Ashford went to see it in action.