Bird Island Research Station Modernisation
The modernisation of Bird Island Research Station was successfully completed in June 2018 following a 17 week programme of works throughout the Antarctic summer.
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The modernisation of Bird Island Research Station was successfully completed in June 2018 following a 17 week programme of works throughout the Antarctic summer.
MOYA is a major NERC-funded project to study the global budget of atmospheric methane, the balance between sources and loss processes, and to understand what is changing to cause the increase in methane currently observed.
Version 1.0 Data, released April 2010 Version 1.0 was superceeded by version 1.1 in June 2010. In version 1.0, a maximum of 20 iterations was used in the least-squares curve […]
To estimate the poleward and equatorward boundaries of auroral emissions, we perform the following steps: Step 1 – Get an IMAGE FUV image The website maintained by the IMAGE […]
Poleward boundaries of the auroral oval derived from satellite images of the aurora, such as those that we have estimated using the method described, can provide a reasonable approximation of […]
All Available SI13 Boundaries May 2000 – October 2002 Monthly Boundaries Individual files from May 2000 to Oct 2002. Download Individual files from May 2000 to Oct 2002.
All Available SI12 Boundaries May 2000 – October 2002 Monthly Boundaries Individual files from May 2000 to Oct 2002. Download Individual files from May 2000 to Oct 2002.
All Available WIC Boundaries May 2000 – October 2002 Monthly Boundaries Individual files from May 2000 to Oct 2002. There are no WIC boundaries available for Apr 2001. Download Individual […]
The objective of this project was to investigate whether magnetic reconnection in the space environment has a characteristic scale in space and time by characterising statistically the spatial and temporal structure of the footprint of reconnection as observed in the Earth’s ionosphere.
A project using small explosive charges to measure reflected sound waves, researchers aimed to determine the lake’s water depth and characteristics, providing essential data to guide future drilling operations to access unique records of ice sheet history and potential microbial life.
Final ice core samples from the Beyond EPICA – Oldest Ice project have reached Europe for analysis, marking another milestone in one of British Antarctic Survey’s biggest European collaborations.
Quantifying the Effect of the Upper Atmospheric Electric Potential on Lower Atmospheric Temperature and Pressure.