British Antarctic Survey is delighted to be exhibiting at this year’s Bluedot Festival from 20-23 July 2023. Join us at Bluedot Festival – an award winning line up of music, science and …
The Climate Code shirt will be showcased as part of an engagement event at the Grand Arcade with Cambridge Science Centre. Bring your family along and design your own climate change shirt!
The IET Cambridge Network is hosting their April lecture at British Antarctic Survey’s Aurora Innovation Centre. Professor Tim Lenton, Director of the Global Systems Institute, will give a talk focusing on the climate tipping point and whether engineering can provide a solution to help avoid it or ameliorate the worst effects of change.
Join Climate scientist and mathematician at British Antarctic Survey Dr Emily Shuckburgh and award-winning designer, author and illustrator Chris Haughton (A Bit Lost, Oh No George! and Shh! We Have …
The British Antarctic Survey (BAS) and Cambridge Conservation Initiative (CCI) are convening a series of workshops in 2017-18 on Science-Policy Challenges in Polar Conservation and Management. Each of the workshops …
Dynamics of the Orkney Passage Outflow (DynOPO) is a collaboration between BAS, the University of Southampton and the National Oceanography Centre (NOC). The project aims to investigate the flow of …
Sea-ice is frequently cited as a likely driver and propagator of abrupt climate change because of the rapid and far-reaching impact of its feedbacks. However, numerical climate models are still …
To assess the wider impact of global climate changes on the environment we are investigating intervals of deep geological time that provide clues about the evolution and sensitivity of organisms …
We aim to detect patterns and mechanisms of late glacial and Holocene climate change and to place recent human impacts on the Earth’s climate system in the context of long …
The Antarctic Peninsula and West Antarctica have warmed dramatically in recent decades, with some climate records indicating that these are among the most rapidly warming regions on Earth. The Antarctic …
During the Last Interglacial (129-116 thousand years ago, ka) CO2 and global temperature were both higher than they were before human industrialisation. By examining Last Interglacial climate, we thus gain …
The biggest uncertainty in predictions of sea-level rise is what the contribution will be from the great ice sheets on Antarctica and Greenland as climate warms. Improving knowledge on the …
Changes in wind strength and circulation patterns above the Antarctic Peninsula are linked to its warming and increased upwelling of warm circumpolar deep water, resulting in accelerated melting and thinning …
Why does global biodiversity show such a steep increase just as climates were deteriorating?
In order to assess the impact of anthropogenic carbon dioxide (CO2) on the oceans today we are investigating the effect of decreasing upper ocean pH on calcifying zooplankton. Pteropods, …
The biggest uncertainty in predictions of sea-level rise is what the contribution will be from the great ice sheets on Antarctica and Greenland as climate warms. The West Antarctic Ice …
This project will reconstruct millennial-scale ice sheet change in the western Amundsen Sea Embayment, Antarctica, using high-precision exposure dating.
A strategic framework to connect science and society
Understanding past change in ice sheets, oceans and global climate