Global Challenges in Understanding the Space Environment & Space Weather at Solar Maximum
8-11 September 2025, The Cutlers’ Hall, Sheffield, UK
https://iop.eventsair.com/ukswse2025
This will be a hybrid conference that allows for full participation and presentation both in-person and online.
Abstracts can be submitted here https://iop.eventsair.com/ukswse2025/abstract-submission
It is possible to submit more than one abstract.
With a UK core, this meeting will be outward looking, where we very much welcome international participation. This is the third in a series of an ongoing meetings based around space weather and the space environment. The meeting’s multinational collaboration is at the heart of enhanced understanding of, and resilience to space weather and the Earth’s space environment.
The long-term purpose of this developing series of UK Space Weather & Space Environment Meetings is to bring together space safety scientists, engineers, forecasters, end-users, and policy makers across the various UK interests and activities. This year’s meeting will focus on the global challenges in understanding our space environment and space-weather impacts at solar maximum, as well as in seizing opportunities to drive further advances going forward.
Abstract deadline and other key dates are currently as follows:
Abstract submission opens: 1 April 2025
Abstract submission deadline: 18 May 2025
Programme confirmed: 15 June 2025
Early registration deadline: 18 July 2025
Standard registration deadline: 31 July 2025
Accommodation deadline: 8 August 2025
Final registration deadline: 24 August 2025
For questions regarding the running of the conference (logistics etc) please get in touch with contacts as described according to this page https://iop.eventsair.com/ukswse2025/contacts
For questions regarding the programme please contact the Programme Organising Committee (https://iop.eventsair.com/ukswse2025/committee , o.d.allanson@bham.ac.uk)
We look forward to the conference!
With kind regards,
Oliver Allanson
On behalf of POC & LOC