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Celestial Calendar

About Celestial Calendar

Eclipses, New and Full Moons, ingresses, stations, the equinoxes and solstices, meteor showers and exact outer-planet aspects, month by month, from the same engine as the sky.

When is the next full moon, eclipse or station? Ask the calendar.

Times use your device timezone when available; UTC otherwise

Layers

Sun

Mon

Tue

Wed

Thu

Fri

Sat

1
2
3
4

☿︎Mercury enters Gemini17:39 UTC

5

♄︎Saturn stations direct20:42 UTC

6

Eta Aquariids peak

7
8

Eta Lyrids peak

9
10
11
12

♀︎Venus enters Taurus05:29 UTC

13

●︎New Moon 22°39' Taurus07:21 UTC

14
15
16
17
18
19

♂︎Mars enters Pisces21:50 UTC

20

☉︎Sun enters Gemini22:12 UTC

21
22
23
24

♂︎△︎Mars trine Neptune06:36 UTC

25
26

♂︎☍︎Mars opposition Saturn19:12 UTC

27
28

○︎Full Moon 7°33' Sagittarius18:42 UTC

☽︎Penumbral lunar eclipse 7° Sagittarius18:54 UTC

29
30
31

☿︎Mercury stations retrograde05:18 UTC

  • ☽︎Penumbral lunar eclipse 7° SagittariusMoon 7°40' Sagittarius opposite the Sun 7°33' Gemini · north node · penumbral shadow only28 May · 18:54 UTC

  • ●︎New Moon 22°39' Taurus13 May · 07:21 UTC
  • ○︎Full Moon 7°33' Sagittarius28 May · 18:42 UTC

  • ☿︎Mercury enters Gemini4 May · 17:39 UTC
  • ♀︎Venus enters Taurus12 May · 05:29 UTC
  • ♂︎Mars enters Pisces19 May · 21:50 UTC
  • ☉︎Sun enters Gemini20 May · 22:12 UTC

  • ♄︎Saturn stations directstandstill at 4°04' Virgo · closes the 136-day retrograde5 May · 20:42 UTC
  • ☿︎Mercury stations retrogradeRxstandstill at 25°52' Gemini · opens a 24-day retrograde31 May · 05:18 UTC

Equinoxes and solstices

None this month.

Meteor showers

  • ·Eta Aquariids peakup to 50 an hour under a dark sky · comet 1P/Halley2067-05-06
  • ·Eta Lyrids peakup to 3 an hour under a dark sky · comet C/1983 H1 IRAS-Araki-Alcock2067-05-08

  • ♂︎△︎Mars trine NeptuneMars 2°50' Pisces · Neptune 2°50' Cancer24 May · 06:36 UTC
  • ♂︎☍︎Mars opposition SaturnMars 4°27' Pisces · Saturn 4°27' Virgo26 May · 19:12 UTC

Times use your device timezone, with date-specific daylight saving offsets, solved to the minute. Eclipse rows give the kind seen at the best-placed point on Earth and the instant of greatest eclipse; where you stand decides what you see, and a partial or penumbral eclipse is listed on the same terms as a total one. An ingress is the crossing itself; a station is the standstill, as on the retrograde calendar; the equinoxes and solstices are the Sun's cardinal ingresses; meteor peaks are dates from the shower catalogue, not instants; an outer-planet aspect is listed at each exact pass, so a retrograde series is several rows. The Moon's signs and void-of-course windows are on the moon calendar, and every planet's daily position on the ephemeris table. Nothing here is read against a chart: for your own dates see the timeline.