Astrological calendar – November 1989

Astrological calendar for November 1989: planetary ingresses, stations, lunations and exact major aspects in the geocentric tropical zodiac.

Time zone

Date	Time	Event	Type	Position
1. Wed	01:11	Mercury Uranus	Sextile 60°	♏︎ 02°27′ / ♑︎ 02°27′
	20:11	Sun Saturn	Sextile 60°	♏︎ 09°23′ / ♑︎ 09°23′
2. Thu	13:06	Sun Neptune	Sextile 60°	♏︎ 10°05′ / ♑︎ 10°05′
3. Fri	06:45	Sun Jupiter	Trine 120°	♏︎ 10°49′ / ♋︎ 10°49′ R
4. Sat	05:29	Mars → Scorpio	Sign ingress	♏︎ 00°00′
5. Sun	10:09	Mercury Saturn	Sextile 60°	♏︎ 09°40′ / ♑︎ 09°40′
	10:12	Venus → Capricorn	Sign ingress	♑︎ 00°00′
	17:25	Mercury Neptune	Sextile 60°	♏︎ 10°10′ / ♑︎ 10°10′
6. Mon	02:14	Mercury Jupiter	Trine 120°	♏︎ 10°46′ / ♋︎ 10°46′ R
	14:10	First Quarter		♒︎ 14°08′
7. Tue	13:14	Sun Pluto	Conjunction 0°	♏︎ 15°06′ / ♏︎ 15°06′
	17:51	Venus Mars	Sextile 60°	♑︎ 02°21′ / ♏︎ 02°21′
8. Wed	03:27	Venus Uranus	Conjunction 0°	♑︎ 02°45′ / ♑︎ 02°45′
	08:37	Mars Uranus	Sextile 60°	♏︎ 02°46′ / ♑︎ 02°46′
	19:11	Mercury Pluto	Conjunction 0°	♏︎ 15°09′ / ♏︎ 15°09′
10. Fri	18:55	Sun Mercury	Conjunction 0°	♏︎ 18°21′ / ♏︎ 18°21′
13. Mon	05:51	Full Moon		♉︎ 20°49′
	11:38	Saturn Neptune	Conjunction 0°	♑︎ 10°21′ / ♑︎ 10°21′
14. Tue	06:26	Jupiter Saturn	Opposition 180°	♋︎ 10°26′ R / ♑︎ 10°26′
	20:54	Jupiter Neptune	Opposition 180°	♋︎ 10°24′ R / ♑︎ 10°24′
15. Wed	21:09	Venus Jupiter	Opposition 180°	♑︎ 10°20′ / ♋︎ 10°20′ R
	23:24	Venus Neptune	Conjunction 0°	♑︎ 10°26′ / ♑︎ 10°26′
16. Thu	03:51	Venus Saturn	Conjunction 0°	♑︎ 10°36′ / ♑︎ 10°36′
18. Sat	03:10	Mercury → Sagittarius	Sign ingress	♐︎ 00°00′
19. Sun	06:18	Mars Jupiter	Trine 120°	♏︎ 10°07′ / ♋︎ 10°07′ R
	21:06	Mars Neptune	Sextile 60°	♏︎ 10°32′ / ♑︎ 10°32′
20. Mon	04:43	Last Quarter		♌︎ 27°50′
	14:14	Mars Saturn	Sextile 60°	♏︎ 11°01′ / ♑︎ 11°01′
21. Tue	15:34	Venus Pluto	Sextile 60°	♑︎ 15°40′ / ♏︎ 15°40′
22. Wed	08:04	Sun → Sagittarius	Sign ingress	♐︎ 00°00′
27. Mon	18:29	Mars Pluto	Conjunction 0°	♏︎ 15°55′ / ♏︎ 15°55′
28. Tue	09:40	New Moon		♐︎ 06°08′

Times are in UTC.

Eclipses are identified by proximity to the lunar node; their type and local visibility are not calculated.