Although NASA terminated funding in 2005 for a proposed Jupiter
Icy Moons Orbiter (which would have searched for evidence of sub-ice, oceanic life on Europa, Callisto, and Ganymede), the Agency was still funding the development of a robotic submarine for exploring the sub-ice oceans of those icy moons in 2007 (Kathleen M. Wong, New Scientist, December 14, 200
Icy Moons Orbiter (which would have searched for evidence of sub-ice, oceanic life on Europa, Callisto, and Ganymede), the Agency was still funding the development of a robotic submarine for exploring the sub-ice oceans of those icy moons in 2007 (Kathleen M. Wong, New Scientist, December 14, 2
Moons Orbiter (which would have searched for evidence of sub-ice, oceanic life on Europa,
Callisto, and Ganymede), the Agency was still funding the development of a robotic submarine for exploring the sub-ice oceans of those
icy moons in 2007 (Kathleen M. Wong, New Scientist, December 14, 200
icy moons in 2007 (Kathleen M. Wong, New Scientist, December 14, 2
moons in 2007 (Kathleen M. Wong, New Scientist, December 14, 2007).
Yet, as exciting as these findings were, for many members of the scientific community Mars does not represent the ideal place to look for life in the Solar System today, arguing that our searches should focus instead on the
icy moons of the outer Solar System, like Jupiter's Ganymede,
Callisto, and Europa and Saturn's Titan and Enceladus.