Antarctica’s oldest ice heading to Europe
The oldest ice ever extracted from Antarctica is on its way to Europe, marking a major milestone in climate science.
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The oldest ice ever extracted from Antarctica is on its way to Europe, marking a major milestone in climate science.
Postcard from Rothera Research Station – Discovery Building progress!
A new study has revealed significant changes in the strength and position of the Southern Hemisphere westerly winds over the past 11,000 years.
The British Antarctic Survey has installed and activated two solar photovoltaic and energy storage systems in Antarctica as part of our commitment to reach net zero by 2040.
The world’s largest and oldest iceberg A23a has finally come to a standstill as it appears to have run aground near the sub-Antarctic Island of South Georgia.
Congratulations to Professor Kate Hendry who has been awarded The Geological Society’s Bigsby Medal for eminent services to geology.
Meet Olivier Hubert, the chef bringing culinary excellence to the bottom of the world at British Antarctic Survey’s research stations.
British Antarctic Survey (BAS) researchers have been selected for funding from The Advanced Research + Invention Agency (ARIA) to help improve our understanding of climate tipping points.
A new map of the South Orkney Islands has been released by British Antarctic Survey (BAS) – the first UK published, topographic map of the region in almost 40 years. The map offers a detailed topographic view of the entire South Orkney archipelago on one side, with a focused, high-resolution map of Signy Island on the reverse.
Here’s our fifth postcard from Rothera, where exciting changes are transforming our largest Antarctic research station this month.
scientists are focusing on two major projects: one on whales and their consumption of krill (a shrimp-like creature that’s abundant in the Southern Ocean), and another on populations of bottom-dwelling fish.
Scientists from the University of Cambridge and British Antarctic Survey have used ice core records to draw new conclusions about how Antarctica was affected by increased global temperatures over 100,000 years ago.