Dears.
Just to let you know that the deadline for providing abstracts has been just extended to March 6th, 2025.
Best regards,
Riccardo Notarpietro
From: Riccardo Notarpietro via Announcements
Sent: Monday 10 February 2025 08:38
To: announcements@lists.irowg.org
Cc: Mainul.Hoque@dlr.de; Manuel Hernandez Pajares ; Sean Elvidge ; mjwu@shao.ac.cn; Riccardo Notarpietro
Subject: [IROWG Announcements] Ionospheric monitoring and Space Weather with RO: a session on the forthcoming URSI Conference
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Dear all.
This email is to advertise you about a session planned for the next URSI Asia-Pacific Radio Science Conference (AP-RASC 2025https://ap-rasc.com/home.php, Sydney, Australia, 17-22 August 2025) about the exploitation of RO data for Ionospheric Monitoring and Space Weather.
The session (see here below a brief description) is organized within the URSI Commission G (Ionospheric Radio and Propagation)https://ursi.org/files/G/TOR.htm activities.
All the information about paper submission (deadline, February, 20th 2025) can be found herehttps://ap-rasc.com/papersubmission.php.
Session G01:
GNSS Radio Occultation and zenith data from Low Earth Orbit: advancements on measurements, data assimilation and models
Description:
Nowadays several CGMS (Coordination Group for Meteorological Satellites) coordinated and commercial Low Earth Orbiting (LEO) satellites host Global Navigation Satellite System (GNSS) receivers. Topside and radio occultation measurements are becoming fundamental to map the 4D distribution of the free electrons in the Earth atmosphere. The assimilation of such GNSS dual frequency measurements into numerical models has in fact the potential to contribute significantly to the improvement of the ionosphere and plasmasphere monitoring, forecasting and modelling, with important benefits for a better understanding of the space weather. Moreover, techniques for measuring and mapping turbulence strength from small-scale irregularities are also emerging. In this session the contributions on new techniques to estimate the electron density and electron content distribution and irregularities from GNSS LEO topside and radio occultation data, their ingestion into data assimilation models and corresponding applications (e.g. detection of Space Weather, earthquake and tsunami signatures, support to precise navigation), are welcome.
Best regards,
Riccardo Notarpietro,
Remote Sensing Scientist - Radio Occultation
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