An international team of geoscientists have demonstrated how magma-filled cracks form and spread underneath volcanic systems, such as the one extending from Iceland’s Bárðarbunga volcano to an eruptive site which has now been active for more than 100 days.
A team of researchers from Cambridge’s Department of Earth Sciences have recently returned from Iceland where, thanks to a bit of luck, they have gathered the most extensive dataset ever from a volcanic eruption, which will likely yield considerable new insights into how molten rock moves underground, and whether or not it erupts.
Cambridge scientists and PhD students are at the forefront of monitoring the activity of the Bárðarbunga volcano in Iceland. The research group, led by Professor Bob White of the Department of Earth Sciences, is monitoring the ongoing massive volcanic intrusion through its array of seismic instrumentation - never before has such an intrusion been so well documented. The data they gather is likely to yield considerable new insights into how molten rock moves underground, and whether or not it erupts. Here, Professor White outlines the team’s ongoing work in Iceland.
Little known volcanoes in one of Africa’s most stunning locations are to be explored in a bid to understand the threat they pose to life, livelihood and the landscape.
A century after members of Captain Scott's Terra Nova Expedition climbed Mount Erebus, the University of Cambridge’s Professor Clive Oppenheimer has located their highest campsite.
As earthquake experts worldwide reflect on an Italian court’s ruling to convict scientists on manslaughter charges for failing to predict the L’Aquila earthquake of 2009, Dr Amy Donovan discusses the importance of a strong connection between scientists and policymakers in helping to communicate risk.
Imagine the perfect storm. A series of severe volcanic eruptions engulf the globe, spewing ash and sulphur into the atmosphere, causing widespread chaos on our intricate global economy, impacting our ability to grow food and grounding trans-continental air travel.
Preparations are underway for a unique test of engineering technology that could open up new ways to reduce atmospheric temperatures caused by climate change, and complement conventional measures to reduce carbon emissions.