A year after becoming an Associate Member of the National Oceanography Centre’s (NOC) Marine Robotics Innovation Centre, global provider of underwater positioning, communications and custom engineering solutions, Sonardyne International Ltd. has upgraded its membership to become a full Partner.
The NOC’s Autosub Long Range is joining ocean scientists from the University of Southampton and British Antarctic Survey (BAS) on an expedition to study some of the deepest and coldest abyssal ocean waters on earth – known as Antarctic Bottom Water (AABW) – and how they affect climate change.
A NOC-led study, published in Nature Communications, finds that with just 15 more years of current emissions, over half of the world’s ocean will be exposed to more than one source of stress, affecting everything from the tiniest plants to the mightiest whales. By 2050, that figure rises to around 86% of the ocean.
Scientists and technicians from the National Oceanography Centre are spending six weeks at sea gathering data from the deep ocean that provide important information about our varying climate. This year they will for the first time be retrieving data on the transport of carbon dioxide by the ocean.
Scientists at the NOC have discovered 34 new species of giant single-celled organisms living at depths of more than 4 km in the eastern equatorial Pacific. The study areas are among those licensed by the International Seabed Authority (ISA) for exploration by companies with an interest in possible future deep-sea mining.
A new international study has demonstrated that deep-sea nodule mining will cause long-lasting damage to deep-sea life. This study, led by scientists at the National Oceanography Centre (NOC), was the first to review all the available information on the impacts of small-scale sea-floor disturbances simulating mining activity.