EGU General Assembly 2027

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4 avril 2027 - 9 avril 2027    
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The EGU General Assembly 2027 will bring together geoscientists from around the world for a week of scientific exchange, collaboration, and discovery across all fields of the earth, planetary, and space sciences.

From 4–9 April 2027, the international geoscience community will reconvene at the Austria Center Vienna (ACV) and online, continuing EGU’s tradition of providing an open, inclusive, and vibrant forum for sharing the latest research, discussing emerging challenges, and fostering new collaborations.

The abstract submission deadline is Tuesday, 12 January 2027, 13:00 CET. Please follow our instructions for how to submit your abstract.

Among the sessions, these ones that have been advertised to ATST:

ST1.3 Solar Orbiter: From the Dynamic Solar Atmosphere to Heliospheric Variability

Convener: Adam Finley, Co-conveners: Nancy Narang, Nils Janitzek, Evangelia Samara, Andy To

This session invites contributions that address the Solar Orbiter science objectives, exploit multi-mission data sets, and studies involving the dynamic solar atmosphere to the inner-heliosphere. We also welcome Solar Orbiter-related contributions in the fields of theory and numerical simulations that contribute to a better understanding of the solar origins of heliospheric variability and space weather.

ST1.18 Energetic solar eruptions and particle transport: from solar acceleration to heliospheric modulation

Convener: Manon Jarry, Co-conveners: Nicolina Chrysaphi, Diana Morosan, Nina Dresing, Athanasios Papaioannou
This session invites observational, theoretical and modelling studies of energetic solar eruptions and their interrelations, from the solar corona to interplanetary space. Contributions on flares, CMEs, coronal waves and shocks, SEP acceleration and release, magnetic connectivity and particle transport are welcome, as are studies of Forbush decreases and the modulation of GCRs by CMEs, ICMEs and magnetic structures. We also welcome presentations on new data products, analysis methods and tools for studying energetic solar eruptions and their heliospheric consequences, and we encourage contributions from early-career scientists.

(Transmis par Manon Jarry)