Lunar Day

Lunar Calendar (Astronomical) — December 2023

New York, USA40.71°N, -74.01°E

Fri, December 1, 2023
Lunar day20-th from 20:17
Moon phase3rd Quarter
ConstellationCancer from 05:48
Sat, December 2, 2023
Lunar day21-st from 21:21
Moon phase1st Quarter
Sun, December 3, 2023
Lunar day22-nd from 22:24
Moon phase3rd Quarter
ConstellationLeo
Mon, December 4, 2023
Lunar day23-rd from 23:25
Moon phase3rd Quarter
ConstellationLeo
Tue, December 5, 2023
Lunar day23-rd
Moon phase4th Quarter from 00:49
ConstellationLeo
Wed, December 6, 2023
Lunar day24-th from 00:25
Moon phase4th Quarter
ConstellationVirgo
Thu, December 7, 2023
Lunar day25-th from 01:25
Moon phase4th Quarter
ConstellationVirgo
Fri, December 8, 2023
Lunar day26-th from 02:27
Moon phase4th Quarter
ConstellationVirgo
Sat, December 9, 2023
Lunar day27-th from 03:32
Moon phase1st Quarter
Sun, December 10, 2023
Lunar day28-th from 04:39
Moon phase4th Quarter
ConstellationLibra
Mon, December 11, 2023
Lunar day29-th from 05:50
Moon phase4th Quarter
ConstellationScorpius from 06:18
Tue, December 12, 2023
Lunar day30-th from 07:02
 1-st from 18:32
Moon phaseNew Moon at 18:32
ConstellationOphiuchus from 09:12
Wed, December 13, 2023
Lunar day2-nd from 08:12
Moon phase1st Quarter
ConstellationSagittarius from 04:59
Thu, December 14, 2023
Lunar day3-rd from 09:13
Moon phase1st Quarter
ConstellationSagittarius
Fri, December 15, 2023
Lunar day4-th from 10:03
Moon phase1st Quarter
ConstellationCapricornus from 11:12
Sat, December 16, 2023
Lunar day5-th from 10:43
Moon phase1st Quarter
ConstellationCapricornus
Sun, December 17, 2023
Lunar day6-th from 11:16
Moon phase1st Quarter
ConstellationAquarius from 08:47
Mon, December 18, 2023
Lunar day7-th from 11:43
Moon phase1st Quarter
ConstellationAquarius
Tue, December 19, 2023
Lunar day8-th from 12:07
Moon phase2nd Quarter from 13:39
ConstellationPisces from 12:46
Wed, December 20, 2023
Lunar day9-th from 12:30
Moon phase2nd Quarter
ConstellationPisces
Thu, December 21, 2023
Lunar day10-th from 12:54
Moon phase2nd Quarter
ConstellationAries from 20:30
Fri, December 22, 2023
Lunar day11-th from 13:20
Moon phase1st Quarter
Sat, December 23, 2023
Lunar day12-th from 13:49
Moon phase2nd Quarter
ConstellationTaurus from 19:30
Sun, December 24, 2023
Lunar day13-th from 14:25
Moon phase2nd Quarter
ConstellationTaurus
Mon, December 25, 2023
Lunar day14-th from 15:08
Moon phase2nd Quarter
ConstellationTaurus
Tue, December 26, 2023
Lunar day15-th from 16:00
Moon phaseFull Moon at 19:33
ConstellationAuriga from 11:14
Wed, December 27, 2023
Lunar day16-th from 16:59
Moon phase3rd Quarter
ConstellationGemini from 03:26
Thu, December 28, 2023
Lunar day17-th from 18:03
Moon phase3rd Quarter
ConstellationCancer from 14:16
Fri, December 29, 2023
Lunar day18-th from 19:07
Moon phase3rd Quarter
ConstellationCancer
Sat, December 30, 2023
Lunar day19-th from 20:11
Moon phase3rd Quarter
ConstellationLeo from 04:45
Sun, December 31, 2023
Lunar day20-th from 21:13
Moon phase3rd Quarter
ConstellationLeo

What is this for?

The lunar calendar helps you choose favorable days for gardening (planting, watering, harvesting), self-care (haircuts, skincare), fishing, planning surgeries and medical procedures, starting new projects, and spiritual practices or meditation. By checking the Moon phase and its zodiac position, you can align your daily activities with natural rhythms.

Calculation Method

How we count lunar days

In our calendar, lunar days begin with Moonrise in your city. This applies to all days except the first one.

The first lunar day of each month starts at the New Moon — when the Moon passes between the Earth and the Sun. This moment is the same for the entire planet, no matter where you are.

But Moonrise time varies from city to city. It changes with latitude and longitude. That's why the length of the first lunar day can differ greatly between locations.

Important: you cannot calculate the difference in lunar day start times between cities using their time zones. Here's why: the first lunar day starts at the New Moon — a single global moment. All other lunar days start at Moonrise, which depends on local coordinates. As a result, the offset between two cities' lunar schedules is uneven — it does not equal the difference in their time zones. For example, if in London day 2 starts at 23:02 and in New York day 2 starts at 16:10, the difference of 6 hours 52 minutes does not match the time zone difference (UTC+1 vs UTC-5 = 6 hours). This irregularity happens because the first lunar day breaks the pattern.