Moon phase and times of moonrise and moonset

We can calculate the moonrise, moonset, the moon phase, visible surface of the moon and its distance from the earth for almost any place on Earth and for any date of the year. Select date and a place and see the results.




Tokyo, Japan - Moonrise and moonset in March 28, 2023

Please enter 3 or more characters

2023 Moon phase Moonrise | Moonset Visible moon surface Distance to Earth
Mar Rise Set Rise [km]
1 02:13 11:39 66,5 % 400.849
2 03:06 12:31 75,1 % 403.321
3 03:54 13:27 82,8 % 404.883
4 04:35 14:26 89,3 % 405.496
5 05:10 15:25 94,4 % 405.150
6 05:40 16:25 98,0 % 403.866
7 21:42 06:07 17:23 99,8 % 401.692
8 06:32 18:22 99,7 % 398.707
9 06:56 19:21 97,7 % 395.022
10 07:20 20:22 93,8 % 390.785
11 07:45 21:24 87,9 % 386.182
12 08:14 22:29 80,4 % 381.432
13 08:47 23:37 71,3 % 376.778
14 09:27 61,1 % 372.476
15 11:10 00:45 10:16 50,1 % 368.773
16 01:51 11:15 38,9 % 365.897
17 02:52 12:24 28,0 % 364.032
18 03:43 13:37 18,2 % 363.305
19 04:27 14:53 9,9 % 363.775
20 05:03 16:08 3,9 % 365.426
21 05:35 17:20 0,6 % 368.164
22 02:26 06:05 18:31 0,2 % 371.823
23 06:33 19:39 2,4 % 376.178
24 07:02 20:48 7,1 % 380.962
25 07:32 21:54 13,7 % 385.891
26 09:07 23:00 21,8 % 390.683
27 08:47 30,7 % 395.086
28 00:02 09:31 40,2 % 398.885
29 11:33First quarter 00:59
10:22
 49,8 % 401.916
30 01:49 11:17 59,3 % 404.063
31 02:33 12:15 68,4 % 405.256
New Moon
First quarter
Full Moon
Last quarter

Notes:

  • Moonrise can take place after the moonset.
  • Moonrise or moonset does not occur in the particular date and / or location. Both situations are pretty normal.
  • The azimuth (0°-360°) is a horizontal angular measurement. The azimuth is the angle between the north vector and the projection of the star or moon down onto the horizon, e.g. if the moon is exactly on the east, then its azimuth is exactly 90°.
Time Now - Tokyo

Moon Phases Calendar - March 2023, Tokyo

The Moon phase cycle repeats on average every 29.53 days. The approximate phase of the Moon can be calculated for any date by calculating the number of days since a known New Moon (such as January 16, 2014) and dividing this number by 29.530588853. The difference between two dates can be calculated by subtracting the Julian Day Number of one from that of the other. The estimation is not exact because it assumes a perfectly circular orbit. The calculation may be off by several hours. The distance of the Moon from the earth varies because of the Moon´s elliptical orbit. The distance usually varies between about 363 345 km and 405 500 km. The closes distance to the earth could be however approximately 357.000 kilometer.

When is the next Super Moon? According to Nolle´s definition of the Super Moon, the distance of the New or Full Moon to the earth should not exceed 361.863 kilometers. The Full Moon on January 21st and on February 19th is the next Supermoon in 2019.


 JanFebMarchAprilMayJuneJulyAugSepOctNovDec
1
2 03:33
3 20:40
4 12:43
5 17:38 14:51
6 03:30 13:37 02:36 22:49
7 08:09 21:42 07:22
8 19:29
9
10 10:49
11 04:32
12 23:29
13 18:12 18:27 08:32
14 01:03
15 11:13 11:10 10:40 02:55
16 18:38
17
18 13:39 03:33
19
20 16:09 13:15 00:55 19:50 03:40
21
22 05:55 02:26 12:30
23 04:32
24 18:58
25
26 16:51 07:08
27 17:06 18:16 09:33
28 06:21 00:23
29 00:20 11:33 18:58 05:24
30
31 10:37
New Moon
First quarter
Full Moon
Last quarter

Moon Phases Calendar 2023

Full Moon Time:
6 January, Friday 8:09:55
5 February, Sunday 3:30:44
7 March, Tuesday 21:42:49
6 April, Thursday 13:37:19
5 May, Friday 2:36:47
4 June, Sunday 12:43:56
3 July, Monday 20:40:31
1 August, Tuesday 3:33:27
31 August, Thursday 10:37:05
29 September, Friday 18:58:21
28 October, Saturday 5:24:28
27 November, Monday 18:16:42
27 December, Wednesday 9:33:43