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| Full Moon January 14, 08:57 ACDST (Moon under horizon, moon at 21:36 proven). | Full Moon February 13, 0:23 ACDST | Full Moon March 14, 17:43 ACDST, Moon under horizon (moon at 21:00 ACDST proven) |
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| Full Moon April 13, 09:52 ACST FM9:30 (Moon under horizon, moon at 19:18 proven). Apogee at 08:00 14 April +22hs. | Full Moon Could, 13 02:26 ACST | Full Moon June 11 17:25 ACST (Moon is simply rising) |
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| Full Moon July 11 06:07 ACST. | Full Moon August 09 17:25 ACST (Moon under horizon, moon at 20:06 ACST proven). | Full Moon September 8 039 ACST (Moon proven at 3:31 ACST as totality is beginning) |
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| Full Moon October 07 14:17 ACDST (Moon under horizon, Moon at 20:50 ACDST proven) | Full Moon November 05 23:49 ACDST ( Perigee, sixth 09:30 ACDST +9h) | Full Moon December 05 9:44 ACDST ( Perigee, 4th 21:37 ACDST +12h) |
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| First Quarter perigee moon at 22:18 ACDST on January 7. Precise First Quarter is midnight on the seventh and perigee is midnight on the eighth (a 24 hour distinction). |
First Quarter apogee moon at 23:11 ACST on August 1 at precise First Quarter, apogee is 6 am on the 2nd (an ~7 hour distinction). The scale distinction might be clear in telescopes. |
First Quarter Moon at 20:43 ACDST )10:13 UT) on January 7 the inset exhibits the Lunar X (prime) and Lunar V (backside), the dates and occasions that the Lunar X might be seen are proven within the desk under |
Dates and time Lunar X and V are seen. Sometimes seen from about 4hours from the beginning time, occasions in color are daylight saving occasions.
| Date | UT | AEST | ACST | AWST |
| Feb 5 | 08:13 | 21:13 |
20:43 |
16:13 |
| Apr 5 | 12:43 | 22:43 | 22:17 | 20:43 |
| June 3 | 13:18 | 23:18 | 22:30 | 21:18 |
| Aug 1 | 10:57 | 20:57 | 20:17 | 18:57 |
| Sep 29 | 08:46 | 18:46 | 18:16 | 16:46 |
| Nov 27 | 10:43 |
21:43 |
21:15 |
18:43 |
A yr of full Moons displaying the variation in dimension because the moons transfer from perigee to apogee. I additionally present the apogee and perigee First Quarter Moons and the dates and occasions you may see the Lunar X and V. All of the moons are proven on the day and time they’re full (except they’re under the horizon, by which case the scale at astronomical twilight is proven and the time of precise full moon is proven as effectively), and though this isn’t the optimum time for dimension comparisons, you may clearly see the scale distinction over the yr (evaluate Apr 13 to Nov 5) the unique scale for all is 2 levels of subject of view cropped down). Though the sphere rotation of the Moon makes it much less clear, you can even see the impact of libration (January 3 vs Could 13)
In 2025 we’ve got two good Perigee Moons in a row (November 5, December 5). Nonetheless, as you may see the variations are refined, and it requires a eager eye and good reminiscence to differentiate a perigee “tremendous” Moon from extra peculiar moons, one of the best distinction is with the apogee “mini” moon of April 13, although this isn’t a great apogee Moon.
That does not imply you should not attempt although. Daniel Fischer has been capable of see the distinction, you may learn
his account and viewing suggestions right here:
Photographing them might be extra rewarding. You may see photographs of perigee Moon and apogee Moon pairs from 21 Jan 2019 right here and 10 August 2014 right here.Suggestions for photographing them are right here.
There may be additionally a pleasant Complete Lunar Eclipse on Monday September 8 within the early morning, so you’ll have to disturb your sleep to see it.
Labels: apogee, Moon, perigee, public outreach, Yearly Moons
