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The lunar node in astrology was a potential copyright vio from [1]. I have removed it. If you want to rewrite the article, or think this do so at Moon's nodes (astrology) Squiquifox 00:53, 1 Feb 2005 (UTC). "© Michael McClain 1996-2003. Permission is granted for unlimited noncommercial use. All other rights reserved". Does this give wiki the right to publish this or not. I for one would prefer not to publish and put something else in instead, and it shgould anyway have been sourced. Squiquifox 16:08, 1 Feb 2005 (UTC)
Obviously YES this gives Wiki the right to re-publish this material -- you posted the permission yourself <<Permission is granted for unlimited noncommercial use. All other rights reserved.>> I've talked to this guy -- he doesn't even care, as long as someone isn't trying to make a profit off of this info. And, of course, Wiki is FREE!
I removed that, thou wellwritten, because there is indeed no interrelationship to nodal, but to siderial period-- W!B: 18:09, 9 March 2006 (UTC)
Tom, yes you are right about the phase at the extremes. I must have been mesmerized by viewing the latest (almost) full moon. Regards, --Dennis Noson 216.254.24.172 17:29, 2 February 2007 (UTC)
The picture shows the constellations Ursa Major (Great Bear / Big Dipper) and Ursa Minor (Little Bear), which are not on the ecliptic. Therefore the dragon on the picture is not the two nodes but the constellation Draco (dragon). Curryfranke ( talk) 14:23, 30 May 2012 (UTC)
I read on /info/en/?search=Lunar_node : "Since the orbital plane of the Moon precesses in space, the lunar nodes also precess around the ecliptic, completing one revolution (called a draconic or nodal period) in 18.612958 years (6,798.383 days). (Note that this is not the same length as a saros.) " The length of Saros is 18.03 years NOT 18.61 years. Sources: any serious astronomy book and https://fr.wikipedia.org/wiki/Saros
J-P Lacroix jpl@ancientcartography.net — Preceding unsigned comment added by 2A02:2788:556:C6:98B7:BB17:F735:9D14 ( talk) 21:44, 7 June 2018 (UTC)
And as the sentence you quoted says: "this [draconic period] is not the same length as a saros". — Preceding unsigned comment added by 122.58.132.37 ( talk) 22:43, 10 November 2019 (UTC)
This article is rated Start-class on Wikipedia's
content assessment scale. It is of interest to the following WikiProjects: | ||||||||||||||||||||||||||||||
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The lunar node in astrology was a potential copyright vio from [1]. I have removed it. If you want to rewrite the article, or think this do so at Moon's nodes (astrology) Squiquifox 00:53, 1 Feb 2005 (UTC). "© Michael McClain 1996-2003. Permission is granted for unlimited noncommercial use. All other rights reserved". Does this give wiki the right to publish this or not. I for one would prefer not to publish and put something else in instead, and it shgould anyway have been sourced. Squiquifox 16:08, 1 Feb 2005 (UTC)
Obviously YES this gives Wiki the right to re-publish this material -- you posted the permission yourself <<Permission is granted for unlimited noncommercial use. All other rights reserved.>> I've talked to this guy -- he doesn't even care, as long as someone isn't trying to make a profit off of this info. And, of course, Wiki is FREE!
I removed that, thou wellwritten, because there is indeed no interrelationship to nodal, but to siderial period-- W!B: 18:09, 9 March 2006 (UTC)
Tom, yes you are right about the phase at the extremes. I must have been mesmerized by viewing the latest (almost) full moon. Regards, --Dennis Noson 216.254.24.172 17:29, 2 February 2007 (UTC)
The picture shows the constellations Ursa Major (Great Bear / Big Dipper) and Ursa Minor (Little Bear), which are not on the ecliptic. Therefore the dragon on the picture is not the two nodes but the constellation Draco (dragon). Curryfranke ( talk) 14:23, 30 May 2012 (UTC)
I read on /info/en/?search=Lunar_node : "Since the orbital plane of the Moon precesses in space, the lunar nodes also precess around the ecliptic, completing one revolution (called a draconic or nodal period) in 18.612958 years (6,798.383 days). (Note that this is not the same length as a saros.) " The length of Saros is 18.03 years NOT 18.61 years. Sources: any serious astronomy book and https://fr.wikipedia.org/wiki/Saros
J-P Lacroix jpl@ancientcartography.net — Preceding unsigned comment added by 2A02:2788:556:C6:98B7:BB17:F735:9D14 ( talk) 21:44, 7 June 2018 (UTC)
And as the sentence you quoted says: "this [draconic period] is not the same length as a saros". — Preceding unsigned comment added by 122.58.132.37 ( talk) 22:43, 10 November 2019 (UTC)