Astrological calendar – July 1952
Astrological calendar for July 1952: planetary ingresses, stations, lunations and exact major aspects in the geocentric tropical zodiac.
| Date | Time | Event | Type | Position |
|---|---|---|---|---|
| 09:23 | Neptune D | Stations direct | ♎︎ 18°55′ | |
| 09:35 | Sun Saturn | Square 90° | ♋︎ 08°31′ / ♎︎ 08°31′ | |
| 10:26 | Mercury → Leo | Sign ingress | ♌︎ 00°00′ | |
| 13:11 | First Quarter | ♎︎ 08°39′ | ||
| 2. Wed | 01:20 | Jupiter Uranus | Sextile 60° | ♉︎ 13°56′ / ♋︎ 13°56′ |
| 3. Thu | 07:47 | Mercury Mars | Square 90° | ♌︎ 04°27′ / ♏︎ 04°27′ |
| 16:03 | Venus Uranus | Conjunction 0° | ♋︎ 14°02′ / ♋︎ 14°02′ | |
| 20:25 | Venus Jupiter | Sextile 60° | ♋︎ 14°16′ / ♉︎ 14°16′ | |
| 6. Sun | 07:35 | Mercury Saturn | Sextile 60° | ♌︎ 08°44′ / ♎︎ 08°44′ |
| 08:49 | Sun Uranus | Conjunction 0° | ♋︎ 14°12′ / ♋︎ 14°12′ | |
| 7. Mon | 00:16 | Sun Jupiter | Sextile 60° | ♋︎ 14°49′ / ♉︎ 14°49′ |
| 12:33 | Full Moon | ♑︎ 15°18′ | ||
| 15:42 | Venus Neptune | Square 90° | ♋︎ 18°56′ / ♎︎ 18°56′ | |
| 11. Fri | 08:33 | Sun Neptune | Square 90° | ♋︎ 18°57′ / ♎︎ 18°57′ |
| 18:26 | Mercury Jupiter | Square 90° | ♌︎ 15°37′ / ♉︎ 15°37′ | |
| 14. Mon | 03:42 | Last Quarter | ♈︎ 21°37′ | |
| 21:43 | Mercury Neptune | Sextile 60° | ♌︎ 18°59′ / ♎︎ 18°59′ | |
| 16. Wed | 06:49 | Mercury Pluto | Conjunction 0° | ♌︎ 20°19′ / ♌︎ 20°19′ |
| 15:22 | Venus → Leo | Sign ingress | ♌︎ 00°00′ | |
| 21. Mon | 23:30 | New Moon | ♋︎ 29°05′ | |
| 22. Tue | 22:07 | Sun → Leo | Sign ingress | ♌︎ 00°00′ |
| 24. Thu | 13:34 | Venus Saturn | Sextile 60° | ♌︎ 09°45′ / ♎︎ 09°45′ |
| 27. Sun | 11:42 | Venus Mars | Square 90° | ♌︎ 13°21′ / ♏︎ 13°21′ |
| 29. Tue | 20:30 | Mercury R | Stations retrograde | ♌︎ 27°09′ |
| 30. Wed | 01:50 | First Quarter | ♏︎ 06°50′ | |
| 31. Thu | 15:03 | Venus Jupiter | Square 90° | ♌︎ 18°27′ / ♉︎ 18°27′ |
| 05:35 | Venus Neptune | Sextile 60° | ♌︎ 19°12′ / ♎︎ 19°12′ | |
| 15:10 | Mars Uranus | Trine 120° | ♏︎ 15°46′ / ♋︎ 15°46′ |
There are no events in this period.
Times are in UTC.
Eclipses are identified by proximity to the lunar node; their type and local visibility are not calculated.