A message in a bottle dated 1886 has been found in Australia and matched with the log of a ship sailing from Cardiff to the East Indies.Read the full story ›
The Welsh Government is asking if any community would volunteer to host the disposal site for the most highly radioactive nuclear waste.Read the full story ›
The scheme described as "trailblazing" would use underground mine water from the workings of the old Caerau colliery.Read the full story ›
Cardiff University scientists have joined forces with a Bridgend brewery to create a beer using honey from the university's own beehives.Read the full story ›
National Resources Wales says the laboratory will test samples like sea water around the Welsh coast.Read the full story ›
For the study, researchers in Wales got a birds-eye-view of falcons using miniature video cameras attached to the raptors' backs.Read the full story ›
A 'major international project' will give schoolchildren the chance to explore some of the most important questions in astrophysicsRead 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.
An international team, including researchers from Cardiff University, has discovered a new orangutan species in Indonesia.
Pongo Tapanuliensis, otherwise known as the Tapanuli Orangutan, was found in the three Tapanuli districts of North Sumatra after analysis of the ape inhabitants of the Batang Toru Ecosystem.
The Batang Toru populations of orangutans in Sumatra were only rediscovered fairly recently in 1997. However, it wasn’t until 2013 that the researchers received the skeleton of an adult male orangutan that was killed during conflict, and we realised that there were significant physical and genetic differences in these apes.
By comparing the skull to other orangutans, it was clear that this skull showed dramatic differences. This suggested that the Batang Toru population was potentially unique, so our international team of researchers worked together to gather further evidence