Session 14 - Scientific and technological aspects of planetary space weather
Christina Plainaki (ASI - Agenzia Spaziale Italiana), Nicolas André (IRAP, France)
Friday 9/11, 11:15-12:45
Planetary Space Weather (PSW) is strongly determined by the interactions between the body in question and its local space environment. Different aspects of the conditions at the Sun, and of the solar wind and magnetospheric plasmas at different distances from the Sun, can influence the performance and reliability of space-borne technological systems throughout the Solar System. In this context, Planetary Space Weather Services (PSWS) aim at extending the concept of space situational awareness also to planetary bodies in our Solar System other than the Earth.
This session welcomes papers on space weather impacts that affect planetary exploration, e.g. environmental assessment for future planetary missions (approved or candidate under current calls) and lessons learned from recent and existing missions.
Focus will be given in cross-disciplinary issues, including:
- the interaction of solar wind/magnetospheric plasmas with planetary/satellite ionospheres and atmospheres, including the generation of auroras
- the satellite interactions with their neutral environments and dust
- the variability of the magnetospheric regions under different solar wind conditions
- the inter-comparisons of space weather conditions in different planetary environments.
Contributions addressing new studies, methods, interfaces, and functionalities distributed over the PSWS domains of Prediction, Detection, Modelling, and Alerts are welcome.
Inter-comparisons and interpretation of measurements at different planetary systems and quantification of the possible effect of the environment interactions on components and systems (e.g. radiation dose studies) are strongly encouraged.
Accepted ContributionsClick here to toggle abstract display in the list
|New results from Galileo's first flyby of Ganymede: Reconnection driven flows at the low-latitude magnetopause boundary, crossing the cusp, and icy ionospheric escape||Vanlommel, P|
|Planetary Space Weather at Mercury: correlations between Na exosphere and IMF||Mangano, V|
|Pushing the P-DBM to its limits||Del moro, D|
|Space weathering at Ganymede||Carnielli, G|
|Recurrent magnetic dipolarization process at Saturn: Cassini measurements||Yao, Z|
|Investigating interplanetary space weather events with spacecraft engineering||Lester, M|
|Monte Carlo simulations of atmospheric cascades in Saturn and Mars||Tezari, A|
|Modelling radiation shielding effects for future manned spatial missions||Botek, E|
|Proton Aurora on Mars||Ritter, B|
|Comparative statistical analysis of magnetosheath turbulence/variability at Venus and Earth||Echim, M|
|Auroral beads at Saturn and their relation to plasma instabilities: Cassini proximal orbits||Radioti, A|
|Monitoring the passage of interplanetary coronal mass ejections and high-speed solar wind streams in the interplanetary medium: results from LISA Pathfinder and perspectives with future space interferometers||Grimani, C|
|The PSWS Space Weather VOEvent alerts service of the CDPP||Gangloff, M||