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http://www.space.com/32021-how-life-friendly-is-enceladus-ocean.html | http://www.space.com/32021-how-life-friendly-is-enceladus-ocean.html | ||
==Conflict with article on the Forty-Foot Telescope== | |||
I've noticed that there is a factual conflict between this article and the ] article which should be resolved. This article states: "Enceladus '''was discovered''' by William Herschel on August 28, 1789, during the first use of his new 1.2 m (47 in) 40-foot telescope, ..." The 40-foot telescope article is not as definitive: "It '''may have''' been used to discover Enceladus and Mimas, the 6th and 7th moons of Saturn." Since this is a featured article and I know nothing about the topic, I don't want to make any changes, but I think two closely related articles should be factually consistent. Enjoyed reading both! ] (]) 01:48, 28 August 2021 (UTC) | |||
== Suggested clarification == | |||
One other point that I noticed is that this article states: "The name, like the names of each of the first seven satellites of Saturn to be discovered, was suggested by William Herschel's son John Herschel in his 1847 publication Results of Astronomical Observations made at the Cape of Good Hope" Does that mean that Enceladus did not have a name for the first 50+ years after it was discovered, and wasn't named until 27 years after William Herschel's death? Or did John Herschel suggest the names earlier, and then recounted the origins in his 1847 book? I wasn't clear which was meant? Could this be clarified? Again, I don't know anything about the topic, so don't want to make any changes myself. ] (]) 01:54, 28 August 2021 (UTC) |
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Cassini flyby of plume
The data gathered by Cassini in her final flybys in October (E21) and December 2015 (E22) are expected to yield some clues regarding the chemistry of the moon's ocean and prospects for some form of biochemistry. The data may not be published until December 2016, it seems....
- Cassini did a final flyby of Enceladus in late October that targeted the chemistry of the plumes directly. The INMS team, which includes Glein, is searching for molecular hydrogen in that plume, which would be chemical evidence of active serpentinization. An absence of molecular hydrogen would be a sign that the serpentinization is extinct. The data analysis from this flyby may be completed in time for the American Geophysical Union's fall meeting in December. Glein added that the planned NASA mission to Europa includes advanced descendants of both the CDA and INMS instruments, meaning that in a decade or two, scientists can start to make these same measurements at Europa. This will allow us to better understand the importance of serpentinization across the Solar System.
http://www.space.com/32021-how-life-friendly-is-enceladus-ocean.html
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