The next IAGA / IASPEI Joint Scientific Meeting 2025 will be held on 31 August – 5 September 2025 in Lisbon, Portugal.
Abstracts can be submitted now and can be amended until the submission deadline. They will be reviewed by the session conveners and will be selected for oral or poster presentations. The preference for oral/poster presentation may be indicated while submitting the abstract. After submitting your abstract on the meeting website, please send a title and abstract directly to the session conveners, so they can plan the sessions based on interest and anticipated attendance.
- Abstract submission deadline: 12 March 202
- Abstract acceptance: 17 April 2025
- Early bird registration deadline: 21 May 2025
- Standard registration deadline: 30 August 2025
Participation by early-career scientists is particularly encouraged.
In this regard, a Travel Grant Program is in place to support students, early career scientists, and attendees from low and low-middle income countries with an accepted abstract. The deadline for applications for the Travel Grants Program is 12 March 2025. The IAGA / IASPEI 2025 Secretariat will notify successful applicants by 17 April 2025.
For abstract submission, registration, and more information you can visit the IAGA/IASPEI Joint Scientific Meeting 2025 website. Other links:
- List of all the IAGA symposia
- Direct link for abstract submission
Selection of sessions relevant to ATST:
- A09 Analysis of historical magnetic storms for space weather hazards
- A19 Magnetospheric processes/open session
- A20 Magnetosphere-ionosphere-thermosphere coupling, new insights from data, numerical simulations and models
- A21 Advances and challenges of ULF waves in the Earth and planetary magnetospheres
- A22 Magnetospheric boundary layers in the dayside and beyond
- A23 Radiation Belt Dynamics, Effects of Wave Activity, and the Role of the Cold Plasma Background
- A24 Magnetotail Processes and Their Coupling with the Solar Wind and Ionosphere
- A25 Synthesis of Planetary Magnetosphere Models and Spacecraft Data
- A26 Auroral Dynamics
- A27 Advances and Upcoming Developments in Solar and Heliospheric Physics
- A28 Turbulent energy dissipation and particle dynamics in the solar wind and the solar corona
- A29 Advances in understanding solar transients and particle events in the corona and heliosphere
- A30 Comparative Magnetospheres and Associated Regions
- A31 Solar Eruptions: Their Origin, Source Region Evolution, and Forecast Implications
- A32 Solar Cycle 25 and Comparisons to Previous Cycles
- J04 Data assimilation and Machine Learning: Challenges and Leveraging New Opportunities