Investigating physical and chemical changes in atmospheric circulation, ozone depletion, temperatures and sea-ice extent in both Polar Regions can help determine how much of the observed change is due to human activity and how much is a result of natural factors. Unique chemical processes occur in the atmosphere above Antarctica and the Arctic reveal much about our changing world.

Understanding the atmosphere and the ozone layer – a short film from UNEP

 

 

Arctic Summer-time Cyclones

The Arctic Summer-time Cyclone Project is a joint project of scientists from the University of Reading, University of East Anglia and the British Antarctic Survey with expertise in atmospheric dynamics, …


MesoS2D

In order to accurately predict impacts of space weather and climate variability on the whole atmosphere we need an accurate representation of the whole atmosphere. The mesosphere (~50-95 km altitude) …


Climate Code

This collaborative project is born from exploring novel ways of visualising environment​al data and telling the climate change story. Read more about the project and the science behind it through the project page.


Southern Ocean Clouds

SOC is a project of the NERC CloudSense Programme The biases observed in climate models over the Southern Ocean in surface radiation and sea surface temperature are larger than anywhere …


SEANA

Global shipping is undergoing significant changes. In January 2020 the maximum sulphur emission by ships in international waters will reduce from 3.5% to 0.5% by mass, as a result of …


North Sea Methane

Offshore gas fields worldwide are major sources of methane emissions. Developing reliable methods to locate emissions and pinpoint sources is critical for quantifying the volume of methane emissions from gas …


Whole Atmosphere Climate Change

The near-Earth space environment is host to an increasing amount of advanced, satellite-based technology, used for both commercial and scientific purposes. To safeguard this technology and ensure that we can …


SWIGS

  Certain ground based technologies, such as electrical power grids, pipelines and railways are susceptible to the effects of Space Weather. Changes in the way the magnetic fields of the …


SONATA

The Southern Ocean is one of the most important and poorly understood components of the global carbon cycle that profoundly shapes Earth’s climate. It is the primary hot spot for …



Boaty McBoatface sheds light on warming ocean abyss

18 June, 2019

The debut mission involving the autonomous submarine Autosub Long Range – affectionately  known as Boaty McBoatface –  has for the first time shed light on a key process linking increasing …


Scientists to study methane emissions in North Sea

23 April, 2019

Scientists embark on a three-week flying campaign today (23 April) to study methane emissions from gas fields in the southern North Sea. Using specialised scientific equipment, on board one of …


Using AI to help tackle global environmental challenges

26 February, 2019

A new Centre for Doctoral Training, involving researchers from British Antarctic Survey, will develop Artificial Intelligence (AI) techniques to address critical environmental challenges. Climate change and environmental hazards pose some …


Scientist awarded prestigious award

15 January, 2019

British Antarctic Survey space weather scientist, Dr Mark Clilverd, has been awarded a prestigious award from the Royal Astronomical Society (RAS) in their 2019 Awards. The award recognises Mark as …



World Ozone Day – 16th September

16 September, 2018

The 2018 ozone hole began forming in late August and won’t reach its largest for over a fortnight.  Already it covers most of the Antarctic continent, an area of 14 …




FEATURED PAPER: Record temperature at Signy

19 February, 2018

On 30th January 1982, a record high temperature of +19.8°C was measured at Signy Research Station – a record for any station south of 60°S. In this paper, we examined …