SkyAlmanac

Moon · August 2027

Moon calendar for Gap, Provence-Alpes-Côte d'Azur, France: August 2027

Daily moon phases, illumination, moonrise and moonset in Gap, Provence-Alpes-Côte d'Azur, France for August 2027. Full moon: August 17, 2027. All times are shown in the local time of Gap, Provence-Alpes-Côte d'Azur, France.

← July 2027 September 2027 →
Full moonTuesday, August 17, 2027, 10:36 AM
New moonMonday, August 2, 2027, 11:23 AM
New moonTuesday, August 31, 2027, 5:45 PM
Day Phase Illumination Moonrise Moonset
1 Waning Crescent 1% 4:21 AM 9:03 PM
2 New Moon 0% 5:43 AM 9:35 PM
3 Waxing Crescent 1% 7:17 AM 9:54 PM
4 Waxing Crescent 6% 8:25 AM 10:20 PM
5 Waxing Crescent 12% 9:43 AM 10:30 PM
6 Waxing Crescent 21% 11:06 AM 11:09 PM
7 Waxing Crescent 31% 12:19 PM 11:33 PM
8 First Quarter 41% 1:35 PM 11:52 PM
9 First Quarter 52% 2:30 PM
10 Waxing Gibbous 62% 3:46 PM 12:24 AM
11 Waxing Gibbous 71% 4:41 PM 1:19 AM
12 Waxing Gibbous 80% 5:42 PM 1:55 AM
13 Waxing Gibbous 87% 6:23 PM 2:43 AM
14 Waxing Gibbous 93% 7:08 PM 3:48 AM
15 Waxing Gibbous 97% 7:36 PM 4:50 AM
16 Full Moon 99% 7:53 PM 5:59 AM
17 Full Moon 100% 8:20 PM 7:07 AM
18 Waning Gibbous 99% 8:27 PM 8:09 AM
19 Waning Gibbous 96% 8:42 PM 9:20 AM
20 Waning Gibbous 91% 9:20 PM 10:17 AM
21 Waning Gibbous 85% 9:35 PM 11:31 AM
22 Waning Gibbous 76% 9:51 PM 12:25 PM
23 Waning Gibbous 67% 10:21 PM 1:43 PM
24 Last Quarter 56% 10:58 PM 3:02 PM
25 Last Quarter 45% 11:45 PM 4:16 PM
26 Waning Crescent 34% 5:30 PM
27 Waning Crescent 23% 12:39 AM 6:16 PM
28 Waning Crescent 14% 2:05 AM 6:54 PM
29 Waning Crescent 7% 3:32 AM 7:35 PM
30 Waning Crescent 2% 4:35 AM 7:57 PM
31 New Moon 0% 6:13 AM 8:21 PM

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Frequently asked questions

When is the full moon in August 2027 in Gap, Provence-Alpes-Côte d'Azur, France?

The full moon peaks on Tuesday, August 17, 2027, 10:36 AM (local time).

When is the new moon in August 2027?

The new moon falls on Monday, August 2, 2027, 11:23 AM; Tuesday, August 31, 2027, 5:45 PM (local time) — the darkest nights of the month, best for stargazing.

Data: Meeus astronomical algorithms. How we calculate this

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