Eclipses 2028

Five eclipses fall in 2028, in three eclipse seasons: partial lunar eclipse on 12 Jan, annular solar eclipse on 26 Jan, partial lunar eclipse on 6 Jul, total solar eclipse on 22 Jul and total lunar eclipse on 31 Dec. Mercury is retrograde at the annular solar eclipse on 26 Jan.

♈︎♉︎♊︎♋︎♌︎♍︎♎︎♏︎♐︎♑︎♒︎♓︎☊︎☋︎☊︎12 JAN26 JAN6 JUL22 JUL31 DECNODES · 2028
Eclipses5
Solar · lunar2 · 3
Seasons3
Retrograde in a season6 of 8
Eclipse seasons on the zodiac · 2028

Each wedge spans 18.5° either side of the lunar node the Sun passes in that season, drawn at the node’s place mid-season: the nodes slide back about 19° a year. Solar eclipses sit on the outer ring at the Sun’s longitude, lunar ones on the inner ring at the Moon’s.

Where the seasons meet the retrogrades

Six of eight planets are retrograde in an eclipse season.

SEASON ISEASON IISEASON IIIECLIPSESMERCURYVENUSMARSJUPITERSATURNURANUSNEPTUNEPLUTOJANFEBMARAPRMAYJUNJULAUGSEPOCTNOVDEC
Eclipse seasonRetrogradeRetrograde inside a season
Total solarAnnular solarTotal lunarPartial lunar

Retrograde windows run from the station-retrograde day to the station-direct day, both counted, in UTC — the same windows as the 2028 retrograde calendar.

The seasons of 2028

SEASON I · NORTH NODE

5 Jan – 9 Feb 2028

36 days on which the Sun stands within 18.5° of the Moon’s north node, at 2° Aquarius mid-season. Retrograde during it: Mercury (17 days), Jupiter (29 days) and Uranus (the whole season).

  • Partial lunar21° Cancer · The partial phase lasts 56 minutes.Retrograde that day: Jupiter and Uranus.NASA map
    12 Jan 202804:13 UTC
  • Annular solar6° Aquarius · Greatest eclipse at 3.0° N, 51.5° W; the Moon covers 85% of the Sun.Retrograde that day: Mercury, Jupiter and Uranus. It falls on day 3 of a 22-day Mercury retrograde.NASA map
    26 Jan 202815:07 UTC

SEASON II · SOUTH NODE

26 Jun – 3 Aug 2028

39 days on which the Sun stands within 18.5° of the Moon’s south node, at 23° Cancer mid-season. Retrograde during it: Neptune (24 days) and Pluto (the whole season).

  • Partial lunar15° Capricorn · The partial phase lasts 142 minutes.Retrograde that day: Pluto.NASA map
    6 Jul 202818:19 UTC
  • Total solar29° Cancer · Greatest eclipse at 15.6° S, 126.7° E.Retrograde that day: Neptune and Pluto.NASA map
    22 Jul 202802:55 UTC

SEASON III · NORTH NODE

17 Dec 2028 – 21 Jan 2029

36 days on which the Sun stands within 18.5° of the Moon’s north node, at 13° Capricorn mid-season. Retrograde during it: Mercury (15 days), Saturn (20 days) and Uranus (the whole season).

  • Total lunar10° Cancer · Totality lasts 71 minutes, inside 209 minutes in the umbra.Retrograde that day: Saturn and Uranus.NASA map
    31 Dec 202816:51 UTC
  • Partial solar24° Capricorn · Partial everywhere: the Moon’s umbra misses Earth.Retrograde that day: Mercury and Uranus. It falls on day 8 of a 21-day Mercury retrograde.NASA map
    14 Jan 202917:12 UTC

Eclipses and times of greatest eclipse are computed with astronomy-engine and checked against NASA’s eclipse catalog; see the method.

Questions

01When are the eclipses in 2028?
Partial lunar: 12 Jan 2028, 21° Cancer; Annular solar: 26 Jan 2028, 6° Aquarius; Partial lunar: 6 Jul 2028, 15° Capricorn; Total solar: 22 Jul 2028, 29° Cancer; Total lunar: 31 Dec 2028, 10° Cancer. Times of greatest eclipse are on this page, in UTC.
02When is eclipse season in 2028?
5 Jan 2028 to 9 Feb 2028 (north node); 26 Jun 2028 to 3 Aug 2028 (south node); 17 Dec 2028 to 21 Jan 2029 (north node). A season here is every UTC day on which the Sun stands within 18.5° of one of the Moon’s nodes.
03Which planets are retrograde during the 2028 eclipses?
Partial lunar eclipse on 12 Jan: Retrograde that day: Jupiter and Uranus. Annular solar eclipse on 26 Jan: Retrograde that day: Mercury, Jupiter and Uranus. It falls on day 3 of a 22-day Mercury retrograde. Partial lunar eclipse on 6 Jul: Retrograde that day: Pluto. Total solar eclipse on 22 Jul: Retrograde that day: Neptune and Pluto. Total lunar eclipse on 31 Dec: Retrograde that day: Saturn and Uranus.
04What is an eclipse season?
The Moon’s orbit is tilted about five degrees to the Sun’s path, so most new and full moons pass above or below the Sun or Earth’s shadow. Twice a year, for about five weeks, the Sun stands near one of the two points where the orbits cross, the nodes; any new or full moon then is close enough to the node to cast or catch a shadow. Every season has at least two eclipses, a solar and a lunar, and sometimes three.

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