Branche de recherche

Jupiter's Moons

This branch gathers craters and ringed structures on Europa, Ganymede, and Callisto as a dedicated laboratory of the outer Solar System.

Logique du groupe

Ice, tidal energy, and ancient impact archives orbiting the Solar System's largest planet.

Bidirectional analysis matters here: the visible crater reads as both an impact event and a record of later icy reworking.

icy shell and ocean-world candidate

Europa's craters rarely read as simple bowls: the icy shell reworks impact forms into evidence of thermal and tectonic history.

largest moon with ancient grooved terrain

Ganymede connects crater chronology with global grooves and dark-bright terrain units.

heavily cratered icy crust

Callisto offers a near-classic outer impact archive, with giant ringed structures readable at planetary scale.

Cratères de cette famille

Outer WorldsConfirméreviewed profile

A giant multi-ring impact structure on Callisto whose scale makes it one of the anchor objects of the outer catalog.

MéthodeReverse reconstructionBidirectional analysis

Outer WorldsConfirméreviewed profile

A Europa crater with bright ejecta that helps read impact processes in the icy shell of an ocean-world candidate.

MéthodeReverse reconstructionBidirectional analysis

Outer WorldsConfirméseed record

A large southern-latitude crater on Ganymede, useful for comparing impact forms on the Solar System's largest moon.

MéthodeReverse reconstructionBidirectional analysis