Why do we store geological core? - British Geological Survey
With space at a premium and the advance of new digitisation techniques, why does retaining over 600 km of physical specimens remain of national importance?| British Geological Survey
With space at a premium and the advance of new digitisation techniques, why does retaining over 600 km of physical specimens remain of national importance?| British Geological Survey
The British Geological Survey is part of a three-month research project to begin in August, that will help to test the capability and validate the safety of carbon capture and storage applications.| British Geological Survey
20 years of evidence from earthquake monitoring proves the Britpop legends are the most ‘ground shaking’ musical act to perform at Murrayfield Stadium| British Geological Survey
BGS’s new tool highlights the development of wind energy installations over time, along with their magnet and rare earth content.| British Geological Survey
A new BGS science briefing note focuses on the potential of hydrogen storage to support the UK energy transition.| British Geological Survey
50 results for "net zero"| British Geological Survey
BGS is inviting interested parties to investigate how site-scale geological data can be used to optimise storage scheme performance.| British Geological Survey
12 results for "renewable energy"| British Geological Survey
BGS’s new tool highlights the development of wind energy installations over time, along with their magnet and rare earth content.| British Geological Survey
BGS is recognised as a European centre of excellence for the study of carbon dioxide storage. We have a dedicated team active in a number of research areas.| British Geological Survey
BGS blogs| British Geological Survey
