Table of Contents

The rings of Jupiter, D.C.Jewitt; orbital evolution of the Galilean satellites, R.Greenberg; structure and thermal evolution of the Galilean satellites, P.M.Cassen; the outer satellites of Jupiter, D.P.Cruikshank et al; Amalthea, P.Thomas and J.Veverka; composition of the surfaces of the Galilean satellites, G.T.Sill and R.N.Clark; radar properties of Europa, Ganymede, and Callisto, S.J.Ostro; interpreting the cratering record - Mercury to Ganymede and Callisto, A.Woronow et al; cratering time scales for the Galilean satellites, E.M.Shoemaker and R.F.Wolfe; experimental simulation of impact cratering on icy satellites, R.Greeley et al; craters and basins of Ganymede and Callisto - morphological indicators of crustal evolution, Q.R.Passey and E.M.Shoemaker; the geology of Ganymede, E.M.Shoemaker et al; the geology of Europa, B.K.Lucchitta and L.A.Soderblom; the geology of Lo, G.G.Schaber; volcanic eruption plumes on Lo, R.G.Strom; and N.M.Schneider; volcanic eruptions on Lo - implications for surface evolution and mass loss, T.V.Johnson and L.A.Soderblom; dynamics and thermodynamics of volcanic eruptions - implications for the plumes on Lo, S.W.Kieffer; hot spots of Lo, J.C.Pearl and W.M.Sinton; Lo's surface - its phase composition and influence on Lo's atmosphere and Jupiter's magnetosphere, F.P. Fanale et al; the atmospheres of Lo and other satellites, S.Kumar and D.M.Hunten; emissions from neutrals and lons in the Jovian magnetosphere, C.B.Pilcher and D.F.Strobel; in situ observations of Lo torus plasma, J.D.Sullivan and G.L.Siscoe; origin and evolution of the Jupiter satellite system, J.B.Pollack and F.Fanale. Appendix: cartography and nomenclature for the Galilean satellites, M.E.Davies.