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EGU peer support/mentoring training – register now!
  • 7 September 2026

Are you an EGU member who wants to sharpen your mentorship skills - either as a novice seeking support or an experienced participant looking to provide it? Why not register to take part in our free mentoring training session, organised by the EGU Outreach Committee, to be held on Wednesday 28 October.


The Science Storyteller brings seismology to the Edinburgh Fringe!
  • Press release
  • 22 July 2026

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.




Latest posts from EGU blogs

Mars’ lost oceans: Inside the new planetary hydrology model published in EGU’s Geoscientific Model Development (GMD)

If we look at Mars today, we’ll see a cold, dusty desert, but peel back the surface geology, and the planet tells quite a different story! Networked river valleys, ancient deltaic fans, carved impact crater lakes, and potential palaeoshorelines all point to a warm and active past during the Noachian and early Hesperian epochs, circa 3.7 to 4.1 billion years ago. For decades, planetary scientists have wrestled with an important question: if liquid water once flowed across Mars in the …


The giant seafloor sponge: how water ends up in subducting crust

In this week’s blog post, Daniel Douglas teaches us everything about poroelasticity, water in subduction zones and… sponges under the sea! Are you ready kids? Aye, aye, Captain! Why study subduction zones? “Subduction” is a process that occurs when two tectonic plates collide with each other. As long as one of the plates is an “oceanic plate”, then the denser of the two tectonic plates will be pushed under the less dense plate and subduction will occur. This phenomenon occurs …


GMPV-PS Campfire: Rocks across the Solar System: From planetary differentiation to surface processes

What can meteorites tell us about Earth’s environment? How do minerals record a cosmic collision? And could Venus be hiding lava tubes? Our joint GMPV–PS Campfire brings together four talks exploring these questions and the early differentiation of Mars, plenty of planetary ground to cover! From environmental and shock processes preserved in chondrites to the formation of planetary crusts and the features shaping their surfaces, we’ll explore how mineralogy, geochemistry and geology help us piece together planetary histories. Each talk …