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- 1Earth microbes survive simulated Enceladus ocean conditions●Earth microbes survive simulated conditions of Saturn moon's ocean
A new study found that Earth microbes can survive conditions simulating the ocean of Enceladus, Saturn's icy moon. Researchers exposed microorganisms to the moon's known conditions, including its salty, alkaline water, and found they persisted. The finding suggests life could plausibly exist in the subsurface ocean beneath Enceladus's ice shell, strengthening the case for future missions to sample plumes that erupt from the moon's south pole.
- 2Icy moons may keep underground oceans even after being smashed apart●Icy moons may hold on to their underground oceans even after being smashed apart
New research suggests icy moons can retain their subsurface oceans even after catastrophic impacts that break the moon apart. The finding implies that oceans on bodies like Europa or Enceladus could survive violent events, expanding the range of conditions under which habitable environments might persist in the outer solar system.
- 3Enceladus findings boost hopes of life on Saturn's moon●Promising discoveries about the potential for life on one of Saturn’s icy moons
Researchers at Freie Universität Berlin, working with Cassini mission data, report new findings on Saturn's icy moon Enceladus that strengthen the case for potentially habitable conditions beneath its frozen surface. The results, published in a science journal, point to chemistry in the moon's subsurface ocean that could support microbial life. The work is drawing broad attention in the science community.
- 4Saturn's moon Enceladus may ease the search for alien life●Saturn’s icy moon Enceladus may make alien life easier to find than scientists thought
A new report suggests Enceladus, Saturn's icy moon, may make it easier than previously believed for scientists to detect signs of alien life. The moon is known for the plumes of water vapour erupting from its subsurface ocean, which space probes have already sampled. The claim is that biosignatures could be found more readily in that material than researchers assumed.