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EGU26 – by the numbers
  • 11 May 2026

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!



On the ground or in the atmosphere? New satellite data can help characterize and pinpoint destructive events
  • Press release
  • 6 May 2026

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.


Latest posts from EGU blogs

My First EGU Experience: EGU26

The journey to my first EGU General Assembly (GA) 2026 (EGU26) was memorable even before the conference began. What should have been a straightforward train ride to Vienna turned into an unexpected adventure when we were asked to get off at a small station and wait several hours for alternative transport. Surrounded by travellers, luggage, and a fair amount of confusion, it felt as though the EGU26 adventure had already begun before we had even reached Vienna. Fortunately, we eventually …


From rifts to reefs: the geodynamic origins of shallow coral reef habitats at passive continental margins

Why do coral reefs flourish along some continental margins, while elsewhere they form scattered platforms and isolated atolls? In this new blog post, Dr. Zhibin Lei explores this question through the lens of biogeodynamics, showing how tectonics can shape the physical foundations of coral reef habitability. From continental rifting to passive-margin subsidence and surface processes, geodynamic evolution helps create the shallow marine environments where coral reefs can establish, grow, and persist over geological timescales. Coral reefs are among the most …


Fifty years of ocean chemistry in one place: GLODAPv3 is here!

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 …