UEA Scientists say polar trip 'really successful'
Carol Robinson/UEAClimate researchers on board the RRS Sir David Attenborough have described their latest polar expedition as "really successful".
A team of 40 scientists, led by the University of East Anglia (UEA), have spent the last month conducting research in the Antarctic.
They have been investigating how carbon dioxide moves and transforms from the atmosphere into the Southern Ocean in the hope of improving models that make predictions about climate change.
Some of the work, such as operating underwater gliders, has been carried out remotely, almost 9,000 miles (14,500 km) at the UEA's campus in Norwich.
Prof Karen Heywood, the UEA’s lead principal investigator, said her team had used "every scientific capability the ship had".
"We've been deploying instruments from the ship to profile the ocean, we've been collecting lots of water for analysing and we've been looking at how much krill there is," she said.
"We'll be looking at this data for years to come."
Carol Robinson/UEA
Carol Robinson/UEAA team of UEA researchers first took part in polar trials on board the RRS Sir David Attenborough last year when scientific equipment was tested for the first time.
The £200m ship, run by the British Antarctic Survey (BAS), became a household name in 2016 when the public voted overwhelmingly to name the vessel Boaty McBoatface, which was later overruled.
Scientists hoped the results from the PICCOLO project, would help to inform future decisions on international climate change policy.
The expedition is a collaboration between the UEA, Plymouth Marine Laboratory, BAS, the University of Plymouth, the University of Leeds and the University of St Andrews.
Instruments left in the sea and tagged seals are expected to provide continual data via satellite.
Carol Robinson/UEADr Rob Hall, an associate professor in physical oceanography at the UEA has been part of a team operating remote sea gliders in the Antarctic from a university campus in Norwich.
"Sea gliders are like underwater drones, and they glide from the surface of the ocean to the sea bed or to a depth of 1,000 metres," he said.
"They can operate months at a time, anywhere in the ocean, and when they come to the surface they connect to a server via a satellite and we can command and control them from anywhere in the world."
Andy Trigg/BBCThe team of scientists are expected to arrive in Chile on 9 March, before returning to the UK.
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