European Geosciences Union
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The European Geosciences Union (EGU) is excited to announce this year’s Science Journalism Fellowship awardees: Sophie Fessl, Rebecca Wolfer, and Antonio Alonso Rodríguez.
Why do storybook donkeys know about earthquakes? Discover a new show premiering at the Edinburgh Fringe Festival this August exploring seismology and science through storytelling and song, funded by the EGU Special Activity Fund and with support from the University of Edinburgh School of GeoSciences.
The EGU, in close collaboration with the European Parliament Intergroup on Climate Change, Biodiversity, and Sustainable Development, are providing an EGU member with the opportunity to visit Brussels and work alongside a Member of the European Parliament (MEP) to learn more about how science can be used to support policymaking in Europe! Apply by 1 September 2026.
EGU's Executive Director Philippe Courtial was this year honoured with the prestigious JpGU international Contribution Award at the 2026 joint JpGU-AGU scientific meeting in Chiba, Japan, in May 2026.
Join the Special Activity Fund supported Mission Earth project, and help young people across Europe develop tools to communicate about climate change issues in their area!
In this week’s blog, Dwijendra Pandey, a PhD student in the Tectonic Geodesy Group at CSIR-NGRI, Hyderabad, India, takes us beneath Antarctica’s ice to explore how changes in ice and snow move the solid Earth, and how scientists track this subtle motion from space and on the ground. Antarctica might seem like the last place you […]
Introduction Geomagnetic storms present a constant challenge to global navigation satellite systems (GNSS), driving space weather researchers to better understand how the ionosphere responds when solar drivers strike. A primary key to this puzzle is ionospheric delay time, the exact duration between the onset of a geomagnetic storm and its peak impact on the Total […]
Fault zones are far more complex than the lines we draw on geological maps. Their internal structures, mineralogical compositions, and deformation histories offer important clues to deformation mechanisms and even how earthquakes might occur. But how can we connect what we observe in the field with the microscopic processes and mechanical behaviour of faults at […]
