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New research shows that increased levels of plastic pollution in the Southern Ocean could reduce the ability of Antarctic krill, a tiny shrimp-like crustacean, to help take CO2 from the atmosphere.
An international research team, led by British Antarctic Survey (BAS), has been awarded £3.7M to advance a ground-breaking study on how underwater tsunamis are triggered by glacier calving around Antarctica.
POLOMINTS investigates how glacier calving triggers internal tsunamis, reshaping polar ocean mixing and influencing climate, ecosystems, and carbon cycling.
A team of international researchers set sail on the RRS Sir David Attenborough today (20 November) to answer some of the big questions about how Antarctic ecosystems and sea ice drive global ocean cycles of carbon and nutrients.
Antarctic seafloor ecosystems are both unique and fragile. Studying their past and present gives us valuable insights into how climate change may reshape them.
Today, hundreds of international scientists are sounding a clarion call for urgent expansion of Southern Ocean research in the emerging climate crisis. 300 scientists from 25 nations have been meeting […]
CONSEC explores how climate change and human activity are transforming the Southern Ocean, guiding global science and conservation.
This project assesses how climate change affects Patagonian and Antarctic toothfish populations in the South Atlantic. Led by British Antarctic Survey (BAS), it focuses on the UK Overseas Territory of South Georgia & the South Sandwich Islands.
Antarctic Bottom Water is the coldest, densest water mass on the planet and plays a pivotal role in regulating the ocean’s ability to store heat and capture carbon. In a […]
As part of the BAS Polar Oceans team’s long-term monitoring programme, we have been observing this outflow using moored instruments since 2007, in collaboration with Lamont-Doherty Earth Observatory , who have been observing this region since 2004.
SiCLING studies how silicon cycles in Arctic and Antarctic glacial environments and how these cycles affect marine ecosystems and carbon flow.
The overarching goal of the project is to determine the role of sea-ice surface properties in Arctic cyclone dynamics and to characterise the interaction of Arctic cyclones with the summer-time Arctic environment.
