Astrological calendar – August 1914

Astrological calendar for August 1914: planetary ingresses, stations, lunations and exact major aspects in the geocentric tropical zodiac.

Time zone

Date	Time	Event	Type	Position
2. Sun	14:06	Mercury Venus	Sextile 60°	♋︎ 20°45′ / ♍︎ 20°45′
	19:47	Sun Uranus	Opposition 180°	♌︎ 09°38′ / ♒︎ 09°38′ R
5. Wed	22:34	Venus Mars	Conjunction 0°	♍︎ 24°34′ / ♍︎ 24°34′
6. Thu	00:40	Full Moon		♒︎ 12°42′
8. Sat	07:45	Mercury Mars	Sextile 60°	♋︎ 26°03′ / ♍︎ 26°03′
9. Sun	11:37	Venus Saturn	Square 90°	♍︎ 28°34′ / ♊︎ 28°34′
	13:15	Venus Neptune	Sextile 60°	♍︎ 28°38′ / ♋︎ 28°38′
10. Mon	08:09	Mercury Neptune	Conjunction 0°	♋︎ 28°40′ / ♋︎ 28°40′
	18:11	Venus → Libra	Sign ingress	♎︎ 00°00′
	20:57	Sun Jupiter	Opposition 180°	♌︎ 17°21′ / ♒︎ 17°21′ R
11. Tue	06:29	Mercury → Leo	Sign ingress	♌︎ 00°00′
12. Wed	07:34	Venus Pluto	Square 90°	♎︎ 01°44′ / ♋︎ 01°44′
	14:47	Mars Neptune	Sextile 60°	♍︎ 28°45′ / ♋︎ 28°45′
	16:57	Mercury Venus	Sextile 60°	♌︎ 02°10′ / ♎︎ 02°10′
	20:40	Mars Saturn	Square 90°	♍︎ 28°54′ / ♊︎ 28°54′
14. Fri	00:55	Last Quarter		♉︎ 20°23′
	14:09	Mars → Libra	Sign ingress	♎︎ 00°00′
16. Sun	18:07	Mercury Uranus	Opposition 180°	♌︎ 09°05′ / ♒︎ 09°05′ R
17. Mon	11:34	Mars Pluto	Square 90°	♎︎ 01°49′ / ♋︎ 01°49′
18. Tue	20:37	Venus Uranus	Trine 120°	♎︎ 09°00′ / ♒︎ 09°00′ R
20. Thu	11:00	Mercury Jupiter	Opposition 180°	♌︎ 16°06′ / ♒︎ 16°06′ R
21. Fri	12:26	New Moon	Solar eclipse	♌︎ 27°35′
23. Sun	22:50	Sun Saturn	Sextile 60°	♌︎ 29°56′ / ♊︎ 29°56′
24. Mon	00:29	Sun → Virgo	Sign ingress	♍︎ 00°00′
	17:26	Saturn → Cancer	Sign ingress	♋︎ 00°00′
	20:23	Venus Jupiter	Trine 120°	♎︎ 15°34′ / ♒︎ 15°34′ R
26. Wed	01:13	Sun Pluto	Sextile 60°	♍︎ 01°57′ / ♋︎ 01°57′
27. Thu	10:45	Mercury → Virgo	Sign ingress	♍︎ 00°00′
	13:36	Mercury Saturn	Sextile 60°	♍︎ 00°14′ / ♋︎ 00°14′
28. Fri	04:05	Mars Uranus	Trine 120°	♎︎ 08°40′ / ♒︎ 08°40′ R
	04:52	First Quarter		♐︎ 04°02′
	10:54	Mercury Pluto	Sextile 60°	♍︎ 01°59′ / ♋︎ 01°59′
30. Sun	18:20	Sun Mercury	Conjunction 0°	♍︎ 06°30′ / ♍︎ 06°30′

Times are in UTC.

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