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CURRENT MOON 25° Sagittarius 5'  28% of Full Last quarter | |
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Declination Chart and Table Links
- Daily Moon Declinations
- Saturn & Outer Planets
- February 2020 Declination Graph
- Last Month's Declination Graph
Declination Chart and Table Links
Daily Declination Table for
Sun and Personal Planets 2019 - 2020
For easy daily reference, the tables display the monthly declinations in Standard Greenwich Mean Time at Midnight. Exdek* (Out of Bounds) is Bold Red. When planets are transiting through the upper portions of the Hidek**, within a degree of transiting Out of Bounds, they will appear in red. When we see a month with a lot of red displayed, you can be certain that there will be some intense moments throughout that month.
Not all planets transit into the extreme declinations. The Sun will never appear beyond the maximum declination of 23 degrees 27 minutes. Mercury, Venus and Mars typically transit Out of Bounds once or twice a year. Jupiter is likely to go out of bounds every six years, but does not always.
The graph at the bottom of the page is only for the planets shown on this page. The minus sign "-" represents the Southern declinations. On some graphs, a plus "+" represents the Northern declinations, but on ours, it is inferred that if there is not a minus, then the planets are transiting in the Northern declinations.
Another transition period is when planets transit over the equator which is referred to as zero degrees "0°." Take note of dates that this is occurring as there will tend to be an extra emotional intensity during those periods, as well.
It is currently February 18, 2020 1:29 GMT
| 2020 | |||||
| Date | Sun | Mercury | Venus | Mars | Jupiter |
| Feb 1 | S17°19' | S13°59' | S4°01' | S23°00' | S22°42' |
| Feb 2 | S17°02' | S13°17' | S3°30' | S23°04' | S22°40' |
| Feb 3 | S16°44' | S12°35' | S2°58' | S23°08' | S22°39' |
| Feb 4 | S16°27' | S11°52' | S2°27' | S23°11' | S22°38' |
| Feb 5 | S16°09' | S11°09' | S1°56' | S23°15' | S22°37' |
| Feb 6 | S15°51' | S10°26' | S1°24' | S23°18' | S22°35' |
| Feb 7 | S15°32' | S9°43' | S0°53' | S23°21' | S22°34' |
| Feb 8 | S15°14' | S9°02' | S0°21' | S23°23' | S22°33' |
| Feb 9 | S14°55' | S8°21' | N0°10' | S23°26' | S22°31' |
| Feb 10 | S14°36' | S7°42' | N0°41' | S23°28' | S22°30' |
| Feb 11 | S14°16' | S7°05' | N1°13' | S23°30' | S22°29' |
| Feb 12 | S13°56' | S6°31' | N1°44' | S23°32' | S22°27' |
| Feb 13 | S13°37' | S5°59' | N2°16' | S23°34' | S22°26' |
| Feb 14 | S13°16' | S5°30' | N2°47' | S23°36' | S22°24' |
| Feb 15 | S12°56' | S5°06' | N3°18' | S23°37' | S22°23' |
| Feb 16 | S12°35' | S4°45' | N3°49' | S23°38' | S22°22' |
| Feb 17 | S12°15' | S4°28' | N4°20' | S23°39' | S22°20' |
| Feb 18 | S11°54' | S4°17' | N4°51' | S23°39' | S22°19' |
| Feb 19 | S11°33' | S4°10' | N5°22' | S23°40' | S22°17' |
| Feb 20 | S11°11' | S4°08' | N5°53' | S23°40' | S22°16' |
| Feb 21 | S10°50' | S4°11' | N6°24' | S23°40' | S22°14' |
| Feb 22 | S10°28' | S4°18' | N6°54' | S23°40' | S22°13' |
| Feb 23 | S10°06' | S4°30' | N7°25' | S23°40' | S22°12' |
| Feb 24 | S9°44' | S4°47' | N7°55' | S23°39' | S22°10' |
| Feb 25 | S9°22' | S5°06' | N8°25' | S23°38' | S22°09' |
| Feb 26 | S9°00' | S5°29' | N8°55' | S23°37' | S22°07' |
| Feb 27 | S8°37' | S5°54' | N9°24' | S23°36' | S22°06' |
| Feb 28 | S8°15' | S6°21' | N9°54' | S23°35' | S22°04' |
| Feb 29 | S7°52' | S6°49' | N10°23' | S23°33' | S22°03' |
| Sun | Mercury | Venus | Mars | Jupiter | |
| Feb 2020 | |||||
© Lunar Living Astrology & Moon Tracks Astrology - Charts, tables, and graphs on this page are created exclusively for this website. All rights reserved.
* Exdek = Extreme declinations of latitudes beyond 23 degrees 27 minutes (23°27').
** Hidek = High declinations of latitudes between 21 degrees and 23 degrees 27 minutes (21°00' - 23°27')