Primary Convener:
Christopher Glein, Southwest Research Institute

Convener:
Cynthia Phillips, JPL / NASA / Caltech
Fabian Klenner, University of California, Riverside

Early Career Convener:
Fabian Klenner, University of California, Riverside

Chair:
Christopher Glein, Southwest Research Institute
Cynthia Phillips, JPL / NASA / Caltech
Fabian Klenner, University of California, Riverside

Saturn’s moon Enceladus is a geologically active and habitable ocean world. Enceladus offers fresh opportunities for advancing our understanding of planetary processes and searching for signatures of potential life. The most accessible ocean material beyond Earth erupts from the internal plumbing system of Enceladus, forming a plume that modifies the space environment at Saturn.This is the 20^th consecutive year of this session, attesting to the phenomenal enthusiasm of our community. You won’t want to miss this one! We welcome the community to submit contributions diving into diverse ranges of phenomena including but not limited to: cryovolcanism, ice fracturing and other tectonic processes, ocean circulation, water-rock reactions, tidal heating, organic chemistry, life detection approaches, Enceladus’s formation, history, and internal structure, and cross comparisons with other ocean worlds including Earth and Europa. Observational, theoretical, laboratory, and field analogue investigations are all welcome.

Index Terms
0456 Life in extreme environments
1060 Planetary geochemistry
8010 Fractures and faults
8450 Planetary volcanism

Neighborhoods:
4. Beyond Earth