Time-lapse geoelectrical imaging has the potential to produce volumetric, time-dependent maps of contaminant distributions for use in contaminated land remediation.
The BGS uses cutting-edge technology in Iceland to monitor how glaciers and their surrounding landscape change over time, and how they respond to climate.
Debris flows, also known as lahars when they involve volcanic material, are mixtures of sediments and water that flow down the slopes in response to gravity.
We are undertaking research that will help to ensure the safe and long-term storage of CO2.
Producing a broad range of geological data and information, including digital mapping, for all stakeholders.
Rapid erosion of the cliffs at Happisburgh means that we can observe processes that may normally take thousands of years at other sites.
Monitoring mineral production, trade flows and other relevant statistics within the UK to respond to the economy's demand for raw materials.
EUROVOLC will construct a European volcanological community able to fully support, exploit and build upon existing and emerging national and pan-European volcano research.
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