From the Solar Orbiter 8 programme, SPICE presentations (work on SPICE data mentioned in the abstract):

• O10: Natalia Zambrana Prado – Measuring changes in the elemental composition of the solar corona with SPICE
• O11: Donald M. Hassler – Composition Studies to Link the Sun & Heliosphere with SPICE on Solar Orbiter
• O13: Tania Varesano – Analysis of SPICE Connection Mosaics from 2-3 March 2022 - Mapping Surface Composition to Link the Sun & Heliosphere
• O24: Z. Huang – EUI and SPICE observations of campfires
• O50: Miho Janvier – Solar Orbiter and the solar/heliospheric fleet coordinated observations of a filament eruption: a test bed for a global eruptive flare model
• P2: Gabriel Pelouze – Full-Sun observation of chromospheric and coronal lines by SPICE
• P36: Nikolina Milanovic – Thermal structuring and evolution of coronal bright points
• P64: Alessandra Giunta – Measuring relative abundances in active regions with Solar Orbiter/SPICE
• P117: Miho Janvier – The 3D standard model of eruptive solar ares put to test during the Solar Orbiter rst active region observation campaign
• P125: Jenny Marcela Rodriguez Gomez – Plasma Properties of Quiet Sun Small-Scale Solar Dynamic Features in the Transition Region and Upper Chromosphere
• P140: Luca Teriaca – Calibrating the VUV instruments of Solar Orbiter with stars: first results from the EUI and SPICE observations
• P143: Joseph Plowman – Correction of SPICE Doppler Artifacts
• P144: Joseph Plowman – Application of the CROBAR 3D Coronal Reconstruction Method to SPICE Data
• P145: Joseph Plowman – A new method for simultaneous determination of SPICE abundances and DEMs

SPICE only mentioned in the abstract as perspective:

• P39: Yamini K. Rao – Path Length Estimations in the Transition Region using IRIS observations
• P65: Therese A. Kucera – Modeling of condensations in active region loops produced by nano ares