European Geosciences Union
www.egu.eu
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!
Thanks to the enthusiastic efforts of our members and volunteers, EGU26 was another record breaking year with an amazing 22,497 people participating in the General Assembly, both in Vienna and online!
New research shows extreme heat and humidity are already pushing Hajj pilgrims beyond survivability limits, with the greatest danger during Arafat and future pilgrimages expected to become more hazardous.
Solar storms can quietly disrupt satellites, power grids, and communication systems across the globe. After a 2022 geomagnetic event knocked out dozens of Starlink satellites, the risks are no longer hypothetical. At EGU26, scientists unveil Swarm-AWARE, a new ESA project using satellite data and machine learning to distinguish space weather signals from natural hazards, paving the way for smarter forecasting and more resilient infrastructure.
Working with marine carbonate-system observations has taught me how much effort lies behind every row of an oceanographic dataset: long hours at sea, careful sampling, laboratory analyses, calibration and quality control. A single bottle of seawater may represent only one place, one depth and one moment, but when many such samples are brought together, they can reveal how the ocean is changing. On 8 July 2026, the Global Ocean Data Analysis Project released its newest major synthesis: GLODAPv3. From individual …
Every time something burns incompletely —whether in a car engine, a factory furnace, a cooking fire, an agricultural field set alight after harvest, or a vast wildfire sweeping through savanna grasslands— tiny particles of black carbon are released into the atmosphere. You might know these more simply as soot. These particles are so small that thousands of them laid side by side would barely stretch across the width of a human hair. Yet despite their minuscule size, black carbon (also …
Beneath the serene landscapes we inhabit, the Earth’s crust is a battleground of constant, immense, and invisible tectonic forces. While humanity typically only notices this deep-seated stress when it violently releases in the form of an earthquake and volcanoes, these forces have always been shaping the structural bedrock of our planet. Understanding this hidden architecture is one of the most vital and formidable tasks in modern geosciences. Recently, researchers Oliver Heidbach and Mojtaba Rajabi published a landmark paper in the …
