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Heliospheric and Terrestrial Effects: Insights from the Soteria Project

This project focuses on the study of heliospheric effects on Earth, with an emphasis on various parameters such as CME arrival time, solar wind characteristics at L1, and magnetopause dynamics. Key deliverables include comprehensive reports on interplanetary propagation, solar wind-magnetosphere interactions, and ionospheric phenomena. The Soteria project aims to enhance our understanding of space weather impacts on terrestrial systems and develop predictive tools. By the project's end, several key reports and online resources will be made available to the scientific community.

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Heliospheric and Terrestrial Effects: Insights from the Soteria Project

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  1. WP4: Heliosphere and Terrestrial effects Background Wide scope: • CME arrival time, • L1 solar wind parameters, • SEP, • magnetopause location, • radiation beltflux, • Dst, • auroral oval latitude, • ionospheric Joule heating, • ionospericscintillations, • TEC Selection of focusparameters

  2. WP4: Heliosphereand Terrestrial effects Methods and goals Methods used on Soteria Goals to be reached by Soteria Use pictures/movies

  3. WP4: Heliosphere and Terrestrial effects Overview of deliverables • Deliverables Finished: • D4.1 –Catalogue of selected events, lead DTU • D4.2 –Report: Interplanetary propagation, lead Hvar • D4.3 –Report: Solar wind-magnetosphere coupling and terr. impact, lead MTA-KFKI-RMKI • D4.5 –Report: Ionospheric scintillations, lead IEEA • Deliverables Due (by end of project): • D4.4 –Report: Geomagnetic diagnosis, lead UOulu • D4.5 –Report: Space weather modeling, lead KULeuven • D4.6 –Report: Data Assimilation report, lead Noveltis • D4.7 –Online predictive and diagnostic tools, lead ROB

  4. WP4: Heliosphere and Terrestrial effects Key Successes Best results Outstanding papers/talks Use pictures/movies

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