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CANARI aims to advance understanding of the impacts on the UK arising from climate variability and change in the Arctic-North Atlantic region, with a focus on extreme weather and the potential for rapid, disruptive change.
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.
SWESNET from British Antarctic Survey provides a forecast of high energy electrons in the Earth’s radiation belts which can cause damage to satellites on orbit. These forecasts are used by satellite operators to take mitigating action.
KANG-GLAC studies past and present glacier-ocean changes in southeast Greenland to predict how ice loss will affect ocean circulation, ecosystems and climate.
ICED is an international multidisciplinary programme launched in response to the increasing need to develop integrated circumpolar analyses of Southern Ocean climate and ecosystem dynamics.
SiCLING studies how silicon cycles in Arctic and Antarctic glacial environments and how these cycles affect marine ecosystems and carbon flow.
PolarRES investigates polar climate processes in the Arctic and Antarctic, improving global climate projections and reducing uncertainties to better assess environmental and social impacts.
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.
RADBELT-DA applies data assimilation techniques to improve radiation belt forecasts to protect satellites from space weather damage and service disruption.
OCEAN:ICE studies how Antarctic ice and Southern Ocean processes drive sea-level rise and influence global climate, using new data and advanced ice–ocean–climate models.
The Big Thaw studies snow and glacier changes in the Alps and Himalayas to improve forecasts of mountain water resources for global communities.
In the SORBS project we are studying how changes in the outer boundary of the geomagnetic field lead to rapid changes in the radiation belts closer to Earth.
