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Astrology · Reference · Ephemeris

Daily ephemeris — June 2030

Planet positions for every day of the month, sampled at noon UT. Computed live from VSOP87D + ELP2000 ephemerides. Navigate any month forward or back; data is consistent with the free Birth Chart and Sky Map tools.

Day☉ Sun☽ Moon☿ Mer♀ Ven♂ Mar♃ Jup♄ Sat♅ Ura♆ Nep♇ Plu
111Ge13Ge18Ta 5Ta 9Ge20Sc℞ 0Ge18Ge12Ar11Aq℞
212Ge25Ge20Ta 6Ta 9Ge20Sc℞ 0Ge18Ge12Ar11Aq℞
312Ge 7Cn21Ta 7Ta10Ge20Sc℞ 0Ge18Ge12Ar11Aq℞
413Ge19Cn23Ta 8Ta11Ge20Sc℞ 0Ge18Ge12Ar11Aq℞
514Ge 1Le25Ta 9Ta12Ge19Sc℞ 0Ge18Ge12Ar11Aq℞
615Ge14Le26Ta11Ta12Ge19Sc℞ 0Ge18Ge12Ar11Aq℞
716Ge26Le28Ta12Ta13Ge19Sc℞ 0Ge18Ge12Ar11Aq℞
817Ge 9Vi 0Ge13Ta14Ge19Sc℞ 0Ge18Ge12Ar11Aq℞
918Ge23Vi 2Ge14Ta14Ge19Sc℞ 1Ge18Ge13Ar11Aq℞
1019Ge 6Li 4Ge15Ta15Ge19Sc℞ 1Ge18Ge13Ar11Aq℞
1120Ge21Li 5Ge16Ta16Ge19Sc℞ 1Ge18Ge13Ar11Aq℞
1221Ge 5Sc 7Ge18Ta16Ge19Sc℞ 1Ge18Ge13Ar11Aq℞
1322Ge20Sc 9Ge19Ta17Ge19Sc℞ 1Ge18Ge13Ar11Aq℞
1423Ge 5Sg11Ge20Ta18Ge19Sc℞ 1Ge18Ge13Ar11Aq℞
1524Ge20Sg13Ge21Ta18Ge19Sc℞ 1Ge19Ge13Ar11Aq℞
1625Ge 5Cp15Ge22Ta19Ge18Sc℞ 1Ge19Ge13Ar11Aq℞
1726Ge20Cp18Ge24Ta20Ge18Sc℞ 2Ge19Ge13Ar11Aq℞
1827Ge 4Aq20Ge25Ta21Ge18Sc℞ 2Ge19Ge13Ar11Aq℞
1928Ge18Aq22Ge26Ta21Ge18Sc℞ 2Ge19Ge13Ar11Aq℞
2029Ge 2Pi24Ge27Ta22Ge18Sc℞ 2Ge19Ge13Ar11Aq℞
21 0Cn15Pi26Ge28Ta23Ge18Sc℞ 2Ge19Ge13Ar11Aq℞
22 1Cn28Pi28Ge29Ta23Ge18Sc℞ 2Ge19Ge13Ar11Aq℞
23 2Cn10Ar 1Cn 1Ge24Ge18Sc℞ 2Ge19Ge13Ar11Aq℞
24 3Cn23Ar 3Cn 2Ge25Ge18Sc℞ 2Ge19Ge13Ar11Aq℞
25 3Cn 5Ta 5Cn 3Ge25Ge18Sc℞ 3Ge19Ge13Ar11Aq℞
26 4Cn16Ta 7Cn 4Ge26Ge18Sc℞ 3Ge19Ge13Ar11Aq℞
27 5Cn28Ta 9Cn 5Ge27Ge18Sc℞ 3Ge19Ge13Ar11Aq℞
28 6Cn10Ge11Cn 7Ge27Ge18Sc℞ 3Ge19Ge13Ar11Aq℞
29 7Cn22Ge14Cn 8Ge28Ge18Sc℞ 3Ge19Ge13Ar11Aq℞
30 8Cn 4Cn16Cn 9Ge29Ge18Sc℞ 3Ge19Ge13Ar11Aq℞

Reading the table

  • Format: degree + sign abbreviation. 15Le = 15° Leo.
  • ℞ = retrograde — the planet appears to move backwards through the zodiac that day.
  • highlighted = station day, the moment a planet stops and reverses direction (or vice versa). The most-watched single days in any month.

Common questions

About the ephemeris

What is an ephemeris?

A table of planetary positions over time. The classical paper ephemeris (Raphael's, Rosicrucian, Swiss Ephemeris) lists each planet's longitude on each day of the year — the working tool astrologers use to plan elections, time transits, and check past or future configurations. This page reproduces that data live from arcsecond-grade ephemerides.

Why noon UT?

The classical convention. The slow planets (Jupiter through Pluto) barely move in 12 hours, so noon-sampling captures their position for the whole day with negligible error. The Moon moves ~6.5° in 12 hours (about a quarter of a sign), so the Moon column is most accurate at noon UT specifically — for an exact Moon position at any moment in your local time, use the Sky Map tool.

How do I read each cell?

Each cell shows the planet's degree-in-sign and the sign abbreviation. "15Le" = 15° Leo. The ℞ marker means retrograde — the planet appears to move backwards through the zodiac on that day. Sign-changes (ingresses) appear as a transition between two adjacent cells; the exact ingress moment is in our Sky Now or Lunar Calendar pages.

Why are some cells highlighted?

We highlight the day each planet first appears retrograde or first turns direct in the displayed month — the stations. These are the most-watched days in any month: a planet's station is when it's stopped relative to the stars, and astrologers read the station as a focused activation of the planet's themes for the week or two surrounding it.

How accurate is this?

Arcsecond. We use VSOP87D for the planets and a truncated ELP2000 lunar model with deltaT correction. Same engine that computes the free Birth Chart, Sky Map, and Transit Forecast. Time-zone is UT (universal time); convert to your local time-zone if you need a same-day local read.

Can I use this to plan elections?

Yes — the daily ephemeris is the working table for Hellenistic and modern Western election work. Pair with the Muhurta tool (Vedic auspicious-time scoring), the Choghadiya page (Vedic time windows), and the Lunar Calendar (Moon phases + sign-ingresses) for a full election workflow.

Computation

Each cell is a live engine call cached for 24 hours: VSOP87D for Mercury–Neptune, an in-house DOPRI8 8(7) integrator for Pluto, and a truncated ELP2000 lunar model with deltaT correction for the Moon. Sub-arcsecond accurate. Sampled at 12:00 UT. Retrograde flags come from the engine’s direction-of-motion check, not a calendar approximation; station days are detected from adjacent-day flag flips.