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WISE-ISODYN was a joint UK-Italian project to provide new boundary conditions to input into ice-sheet and paleoclimate models predicting the past and future stability of the East Antarctic Ice Sheet.
The aim of this programme was to image englacial layering and bedrock topography over this sensitive catchment of the West Antarctic Ice Sheet and Antarctic Peninsula.
BBAS-AGASEA used airborne surveys to map the landscape beneath Pine Island Glacier and assess its potential instability due to climate change.
SIWHA investigates how westerly winds and sea ice have influenced CO2 uptake and release in the Southern Ocean.
MesoS2D uses powerful radars and satellites to study a little-understood layer of the atmosphere, the mesosphere.
A moment frozen in time Experience the sound of ancient air bubbles popping as an Antarctic Peninsula ice core emerges from an insulated tube. As it melts and drips away […]
The Polar Zero experience at Glasgow Science Centre is a fusion of science and art made for COP26 climate summit
This collaborative project is born from exploring novel ways of visualising environmental data and telling the climate change story. Read more about the project and the science behind it through the project page.
Southern Ocean Clouds improves climate models by studying cloud processes over the Southern Ocean to reduce global prediction errors.
The project adds water tracers, including stable isotopes, to the UK Earth system model (UKESM2). These tracers follow water through the model’s hydrological cycle.
The main aims of this study are to map the distribution of juvenile black-browed albatrosses and to assess the survival rate of juveniles in the critical months after they fledge.
