We're offering two operations-based roles to help drive forward our research and scientific partnerships:
⚖️ Legal manager //📝 Contract manager
Both roles will be based in Nottingham. Applications will close on 23 November.
www.bgs.ac.uk/about-bgs/wo...
We're offering two operations-based roles to help drive forward our research and scientific partnerships:
⚖️ Legal manager //📝 Contract manager
Both roles will be based in Nottingham. Applications will close on 23 November.
www.bgs.ac.uk/about-bgs/wo...
Strong seismic arrivals were visible at all depths, providing an encouraging seismic baseline for future thermal testing.
www.bgs.ac.uk/news/first-d...
Strong seismic arrivals were visible at all depths, providing an encouraging seismic baseline for future thermal testing.
www.bgs.ac.uk/news/first-d...
www.linkedin.com/posts/clive-...
www.linkedin.com/posts/clive-...
Current predictions suggest that the activity will result in potentially the largest solar storm to hit our planet in over two decades.
Current predictions suggest that the activity will result in potentially the largest solar storm to hit our planet in over two decades.
BGS engineering geohazard geologist, Dr Claire Dashwood, is featured on the BBC discussing what makes certain parts of the UK more susceptible and why climate change is predicted to increase their frequency.
www.bbc.co.uk/news/article...
BGS engineering geohazard geologist, Dr Claire Dashwood, is featured on the BBC discussing what makes certain parts of the UK more susceptible and why climate change is predicted to increase their frequency.
www.bbc.co.uk/news/article...
Are you an industry or research institution interested in the applications of AI in Earth Observation and natural hazards?
Are you an industry or research institution interested in the applications of AI in Earth Observation and natural hazards?
From AI and circular economy, sustainability & industrial strategy, the event will provide insight, discussion & connection for everyone working in the sector.
Learn more: iom3.info/m3p3
From AI and circular economy, sustainability & industrial strategy, the event will provide insight, discussion & connection for everyone working in the sector.
Learn more: iom3.info/m3p3
Click the link to learn more:
www.bbc.co.uk/news/article...
Click the link to learn more:
www.bbc.co.uk/news/article...
The UK Health Security Agency (UKSHA) recommends that radon levels should be reduced in homes where the annual averages is at or above 200 becquerels per cubic metre.
The UK Health Security Agency (UKSHA) recommends that radon levels should be reduced in homes where the annual averages is at or above 200 becquerels per cubic metre.
The quake would expose a large number of people, as well as significantly important economic infrastructure, to strong ground shaking.
www.bgs.ac.uk/news/new-res...
The quake would expose a large number of people, as well as significantly important economic infrastructure, to strong ground shaking.
www.bgs.ac.uk/news/new-res...
@bgs.ac.uk
@bgs.ac.uk
BGS Geophysicist Ciarán Beggan appeared on @earthskyscience.bsky.social's podcast to explain why this is happening, and what the consequences might be.
Watch the full episode: www.youtube.com/watch?v=az8K...
BGS Geophysicist Ciarán Beggan appeared on @earthskyscience.bsky.social's podcast to explain why this is happening, and what the consequences might be.
Watch the full episode: www.youtube.com/watch?v=az8K...
www.bgs.ac.uk/news/world-c...
www.bgs.ac.uk/news/world-c...
The following preliminary information is available for this earthquake:
DATE: 27 October 2025
ORIGIN TIME: 12:38:40s UTC
LAT/LON: 16.530° North / 59.572° West
DEPTH: 10 km
MAGNITUDE: 6.5 Mw
LOCALITY: Leeward Islands
The following preliminary information is available for this earthquake:
DATE: 27 October 2025
ORIGIN TIME: 12:38:40s UTC
LAT/LON: 16.530° North / 59.572° West
DEPTH: 10 km
MAGNITUDE: 6.5 Mw
LOCALITY: Leeward Islands
Using field mapping, drone surveys & geomagnetic analysis, they are uncovering how unstable volcanic material moves, & how to better anticipate future collapses.
Using field mapping, drone surveys & geomagnetic analysis, they are uncovering how unstable volcanic material moves, & how to better anticipate future collapses.
Please take the survey here:
www.bgs.ac.uk/news/bgs-art...
Please take the survey here:
www.bgs.ac.uk/news/bgs-art...
The quantum magnetometer sensors will improve our understanding of extreme magnetic storms and associated effects on national infrastructure.
www.bgs.ac.uk/news/uk-scie...
The quantum magnetometer sensors will improve our understanding of extreme magnetic storms and associated effects on national infrastructure.
www.bgs.ac.uk/news/uk-scie...
The following preliminary information is available for this earthquake:
DATE: 20 October 2025
ORIGIN TIME: 17:06.43s UTC
LAT/LON: 56.551° North / 4.552° West
GRID REF: 243kmE / 743kmN
DEPTH: 2.6 km
MAGNITUDE: 3.7 Ml
The following preliminary information is available for this earthquake:
DATE: 20 October 2025
ORIGIN TIME: 17:06.43s UTC
LAT/LON: 56.551° North / 4.552° West
GRID REF: 243kmE / 743kmN
DEPTH: 2.6 km
MAGNITUDE: 3.7 Ml
The following preliminary information is available for this earthquake:
DATE: 20 October 2025
ORIGIN TIME: 16:29.16s UTC
LAT/LON: 56.5380° North / 4.550° West
GRID REF: 243kmE / 741kmN
DEPTH: 2.6 km
MAGNITUDE: 2.7 ML
The following preliminary information is available for this earthquake:
DATE: 20 October 2025
ORIGIN TIME: 16:29.16s UTC
LAT/LON: 56.5380° North / 4.550° West
GRID REF: 243kmE / 741kmN
DEPTH: 2.6 km
MAGNITUDE: 2.7 ML
The following preliminary info is available for this earthquake:
DATE: 20 October 2025
ORIGIN TIME: 07:25.18s UTC
LAT/LON: 56.5460° North / 4.5670° West
GRID REF: 242kmE / 742kmN
DEPTH: 2.6 km
MAGNITUDE: 3.3 Ml
The following preliminary info is available for this earthquake:
DATE: 20 October 2025
ORIGIN TIME: 07:25.18s UTC
LAT/LON: 56.5460° North / 4.5670° West
GRID REF: 242kmE / 742kmN
DEPTH: 2.6 km
MAGNITUDE: 3.3 Ml
www.bgs.ac.uk/news/gsni-pr...
www.bgs.ac.uk/news/gsni-pr...
It includes core geological data layers, such as 625K- and 50K-scale digital geological mapping and borehole datasets, to allow for focused user testing.
Visit the app: geoindex.bgs.ac.uk?_ga=2.224738...
It includes core geological data layers, such as 625K- and 50K-scale digital geological mapping and borehole datasets, to allow for focused user testing.
Visit the app: geoindex.bgs.ac.uk?_ga=2.224738...
Through field mapping, drone surveys and geomagnetic analysis, the team aim to better understand and anticipate future collapses.
🔗: www.bgs.ac.uk/news/fieldwo...
Through field mapping, drone surveys and geomagnetic analysis, the team aim to better understand and anticipate future collapses.
🔗: www.bgs.ac.uk/news/fieldwo...