Magma movements and associated stress changes at Eyjafjallajökull and Katla volcanoes, Iceland
His aim is to understand whether and how the magmatic activity of one of the two volcanoes can influence the actions of the other. Can such activity affect the stability of the nearby volcano’s magma reservoir? Can it potentially trigger an eruption of the neighboring volcano? As an example, he has chosen to examine the 2010 Eyjafjallajökull eruption, which disrupted air traffic in Europe for several days. The effect of this eruption on the dangerous nearby volcano, Katla, which has not been previously studied, will be quantified and incorporated into a fully functional 3D numerical model. More generally, this tool could be used not only for Icelandic volcanoes, but also to identify eruptions triggered by stress interactions for all neighboring volcanoes around the world.
Dr. Albino’s work will contribute to improving eruption forecasting worldwide and may have effective consequences for volcanic hazard mitigation.
University of Iceland - Science Institute
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