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Phases of the Moon: 1961 to 1970 - Dates and Times

Permission is freely granted to reproduce this data when accompanied by an acknowledgment.
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Year New Moon First Quarter Full Moon Last Quarter Delta T

1961 Jan 1 23:06 Jan 10 03:02 00h01m
Jan 16 21:30 Jan 23 16:13 Jan 31 18:46 Feb 8 16:49
Feb 15 08:11 T Feb 22 08:34 Mar 2 13:35 p Mar 10 02:56
Mar 16 18:52 Mar 24 02:48 Apr 1 05:48 Apr 8 10:15
Apr 15 05:39 Apr 22 21:50 Apr 30 18:42 May 7 15:57
May 14 16:56 May 22 16:19 May 30 04:38 Jun 5 21:19
Jun 13 05:17 Jun 21 09:01 Jun 28 12:39 Jul 5 03:33
Jul 12 19:11 Jul 20 23:13 Jul 27 19:51 Aug 3 11:48
Aug 11 10:36 A Aug 19 10:51 Aug 26 03:13 p Sep 1 23:06
Sep 10 02:49 Sep 17 20:23 Sep 24 11:33 Oct 1 14:10
Oct 9 18:51 Oct 17 04:34 Oct 23 21:29 Oct 31 08:59
Nov 8 09:57 Nov 15 12:12 Nov 22 09:43 Nov 30 06:18
Dec 7 23:51 Dec 14 20:06 Dec 22 00:41 Dec 30 03:57

1962 Jan 6 12:35 Jan 13 05:02 Jan 20 18:16 Jan 28 23:37 00h01m
Feb 5 00:10 T Feb 11 15:43 Feb 19 13:18 n Feb 27 15:50
Mar 6 10:31 Mar 13 04:39 Mar 21 07:56 Mar 29 04:11
Apr 4 19:46 Apr 11 19:50 Apr 20 00:34 Apr 27 12:59
May 4 04:26 May 11 12:43 May 19 14:33 May 26 19:06
Jun 2 13:28 Jun 10 06:20 Jun 18 02:04 Jun 24 23:44
Jul 1 23:53 Jul 9 23:39 Jul 17 11:42 n Jul 24 04:19
Jul 31 12:24 A Aug 8 15:55 Aug 15 20:10 n Aug 22 10:28
Aug 30 03:09 Sep 7 06:45 Sep 14 04:12 Sep 20 19:36
Sep 28 19:39 Oct 6 19:54 Oct 13 12:33 Oct 20 08:47
Oct 28 13:04 Nov 5 07:14 Nov 11 22:03 Nov 19 02:09
Nov 27 06:29 Dec 4 16:48 Dec 11 09:27 Dec 18 22:42
Dec 26 22:59

1963 Jan 3 01:02 Jan 9 23:08 n Jan 17 20:35 00h01m
Jan 25 13:42 A Feb 1 08:50 Feb 8 14:51 Feb 16 17:40
Feb 24 02:06 Mar 2 17:17 !Mar 10 07:48 Mar 18 12:09
Mar 25 12:10 Apr 1 03:14 Apr 9 00:56 Apr 17 02:53
Apr 23 20:29 Apr 30 15:06 May 8 17:23 May 16 13:36
May 23 04:00 May 30 04:53 Jun 7 08:30 Jun 14 20:53
Jun 21 11:46 Jun 28 20:22 Jul 6 21:56 p Jul 14 01:57
Jul 20 20:43 T Jul 28 13:12 Aug 5 09:32 Aug 12 06:21
Aug 19 07:35 Aug 27 06:54 Sep 3 19:35 Sep 10 11:43
Sep 17 20:51 Sep 26 00:39 Oct 3 04:45 Oct 9 19:28
Oct 17 12:43 Oct 25 17:20 Nov 1 13:56 Nov 8 06:38
Nov 16 06:51 Nov 24 07:56 Nov 30 23:55 Dec 7 21:35
Dec 16 02:07 Dec 23 19:54 Dec 30 11:04 t

1964 Jan 6 15:59 00h01m
Jan 14 20:44 P Jan 22 05:28 Jan 28 23:23 Feb 5 12:44
Feb 13 13:02 Feb 20 13:24 Feb 27 12:39 Mar 6 10:02
Mar 14 02:15 Mar 20 20:39 Mar 28 02:48 Apr 5 05:47
Apr 12 12:38 Apr 19 04:09 Apr 26 17:49 May 4 22:21
May 11 21:02 May 18 12:42 May 26 09:29 Jun 3 11:08
Jun 10 04:23 P Jun 16 23:01 Jun 25 01:08 t Jul 2 20:31
Jul 9 11:31 P Jul 16 11:47 Jul 24 15:59 Aug 1 03:30
Aug 7 19:17 Aug 15 03:19 Aug 23 05:26 Aug 30 09:16
Sep 6 04:34 Sep 13 21:23 Sep 21 17:32 Sep 28 15:02
Oct 5 16:19 Oct 13 16:56 Oct 21 04:46 Oct 27 22:00
Nov 4 07:16 Nov 12 12:19 Nov 19 15:44 Nov 26 07:12
Dec 4 01:19 P Dec 12 06:01 Dec 19 02:41 t Dec 25 19:28

1965 Jan 2 21:07 Jan 10 20:59 Jan 17 13:37 Jan 24 11:08 00h01m
Feb 1 16:36 Feb 9 08:52 Feb 16$ 00:26 Feb 23 05:41
Mar 3 09:57 Mar 10 17:52 Mar 17 11:24 Mar 25 01:38
Apr 2 00:22 Apr 9 00:40 Apr 15 23:02 Apr 23 21:08
May 1 11:57 May 8 06:20 May 15 11:52 May 23 14:42
May 30 21:13 T Jun 6 12:12 Jun 14 02:00 p Jun 22 05:38
Jun 29 04:53 Jul 5 19:37 Jul 13 17:02 Jul 21 17:55
Jul 28 11:45 Aug 4 05:47 Aug 12 08:23 Aug 20 03:51
Aug 26 18:51 Sep 2 19:27 Sep 10 23:33 Sep 18 11:59
Sep 25 03:17 Oct 2 12:36 Oct 10 14:15 Oct 17 19:00
Oct 24 14:11 Nov 1 08:25 Nov 9 04:16 Nov 16 01:55
Nov 23 04:10 A Dec 1 05:25 Dec 8 17:22 n Dec 15 09:53
Dec 22 21:04 Dec 31 01:47


Year New Moon First Quarter Full Moon Last Quarter Delta T

1966 Jan 7 05:16 Jan 13 20:01 00h01m
Jan 21 15:47 Jan 29 19:49 Feb 5 15:58 Feb 12 08:54
Feb 20 10:50 Feb 28 10:15 Mar 7 01:46 Mar 14 00:20
Mar 22 04:47 Mar 29 20:43 Apr 5 11:13 Apr 12 17:29
Apr 20 20:36 Apr 28 03:49 May 4 21:00 n May 12 11:20
May 20 09:43 A May 27 08:50 Jun 3 07:40 Jun 11 05:00
Jun 18 20:09 Jun 25 13:22 Jul 2 19:36 Jul 10 21:44
Jul 18 04:30 Jul 24 18:59 Aug 1 09:05 Aug 9 12:57
Aug 16 11:47 Aug 23 03:01 Aug 31 00:14 Sep 8 02:07
Sep 14 19:13 Sep 21 14:24 Sep 29 16:48 Oct 7 13:08
Oct 14 03:51 Oct 21 05:34 Oct 29 10:01 n Nov 5 22:18
Nov 12 14:27 T Nov 20 00:20 Nov 28 02:41 Dec 5 06:22
Dec 12 03:14 Dec 19 21:42 Dec 27 17:44

1967 Jan 3 14:20 00h01m
Jan 10 18:07 Jan 18 19:42 Jan 26 06:42 Feb 1 23:04
Feb 9 10:45 Feb 17 15:57 Feb 24 17:44 Mar 3 09:11
Mar 11 04:31 Mar 19 08:31 Mar 26 03:21 Apr 1 20:59
Apr 9 22:21 Apr 17 20:47 Apr 24 12:03 t May 1 10:33
May 9 14:56 P May 17 05:16 May 23 20:21 May 31 01:53
Jun 8 05:14 Jun 15 11:11 Jun 22 04:56 Jun 29 18:41
Jul 7 17:00 Jul 14 15:53 Jul 21 14:38 Jul 29 12:15
Aug 6 02:48 Aug 12 20:45 Aug 20 02:26 Aug 28 05:35
Sep 4 11:36 Sep 11 03:07 Sep 18 16:59 Sep 26 21:44
Oct 3 20:23 Oct 10 12:11 Oct 18 10:11 t Oct 26 12:04
Nov 2 05:48 T Nov 9 01:00 Nov 17 04:54 Nov 25 00:23
Dec 1 16:10 Dec 8 17:57 Dec 16 23:22 Dec 24 10:48
Dec 31 03:39

1968 Jan 7 14:22 Jan 15 16:12 Jan 22 19:38 00h01m
Jan 29 16:31 Feb 6 12:19 Feb 14 06:44 Feb 21 03:28
Feb 28 06:57 Mar 7 09:20 Mar 14 18:53 Mar 21 11:08
Mar 28 22:49 P Apr 6 03:27 Apr 13 04:52 t Apr 19 19:36
Apr 27 15:22 May 5 17:54 May 12 13:05 May 19 05:45
May 27 07:31 Jun 4 04:46 Jun 10 20:13 Jun 17 18:14
Jun 25 22:25 Jul 3 12:42 Jul 10 03:17 Jul 17 09:12
Jul 25 11:49 Aug 1 18:35 Aug 8 11:32 Aug 16 02:13
Aug 23 23:56 Aug 30 23:35 Sep 6 22:06 Sep 14 20:31
Sep 22 11:07 T Sep 29 05:08 Oct 6 11:46 t Oct 14 15:06
Oct 21 21:43 Oct 28 12:40 Nov 5 04:25 Nov 13 08:54
Nov 20 08:01 Nov 26 23:30 Dec 4 23:08 Dec 13 00:50
Dec 19 18:19 Dec 26 14:14

1969 Jan 3 18:28 Jan 11 14:01 00h01m
Jan 18 05:00 Jan 25 08:22 Feb 2 12:56 Feb 10 00:08
Feb 16 16:27 Feb 24 04:29 Mar 4 05:18 Mar 11 07:45
Mar 18 04:54 A Mar 26 00:48 Apr 2 18:47 n Apr 9 13:59
Apr 16 18:18 Apr 24 19:45 May 2 05:15 May 8 20:12
May 16 08:28 May 24 12:16 May 31 13:19 Jun 7 03:40
Jun 14 23:10 Jun 23 01:45 Jun 29 20:04 Jul 6 13:17
Jul 14 14:11 Jul 22 12:10 Jul 29 02:45 Aug 5 01:39
Aug 13 05:16 Aug 20 20:03 Aug 27 10:32 n Sep 3 16:58
Sep 11 19:54 A Sep 19 02:24 Sep 25 20:20 n Oct 3 11:05
Oct 11 09:37 Oct 18 08:31 Oct 25 08:43 Nov 2 07:14
Nov 9 22:09 Nov 16 15:44 Nov 23 23:52 Dec 2 03:51
Dec 9 09:40 Dec 16 01:09 Dec 23 17:34 Dec 31 22:52

1970 Jan 7 20:35 Jan 14 13:18 Jan 22 12:55 Jan 30 14:38 00h01m
Feb 6 07:13 Feb 13 04:10 Feb 21 08:19 p Mar 1 02:33
Mar 7 17:44 T Mar 14 21:16 Mar 23 01:53 Mar 30 11:04
Apr 6 04:11 Apr 13 15:44 Apr 21 16:23 Apr 28 17:18
May 5 14:53 May 13 10:27 May 21 03:39 May 27 22:32
Jun 4 02:23 Jun 12 04:07 Jun 19 12:29 Jun 26 04:02
Jul 3 15:19 Jul 11 19:43 Jul 18 20:00 Jul 25 11:01
Aug 2 05:58 Aug 10 08:50 Aug 17 03:16 p Aug 23 20:36
Aug 31 22:01 A Sep 8 19:38 Sep 15 11:09 Sep 22 09:43
Sep 30 14:31 Oct 8 04:42 Oct 14 20:20 Oct 22 02:48
Oct 30 06:27 Nov 6 12:46 Nov 13 07:27 Nov 20 23:13
Nov 28 21:13 Dec 5 20:35 Dec 12 21:02 Dec 20 21:08
Dec 28 10:41










The table gives the date and time (Greenwich Mean Time) of all phases of the Moon for the indicated period. This data is provided primarily to assist in historical research projects. For the year 2000, the length of the mean synodic month (New Moon to New Moon) is 29.53059 days.

Delta T is listed in the last column on the right. This is the value used to convert Ephemeris Time to Universal Time (i.e. - Greenwich Mean Time) in the tables. Estimated values for other times are based primarily on historic eclipse records (past) or extrapolation of current rates (future):

The table also indicates whether or not an eclipse of the Sun or Moon occurred on the date in question and gives the eclipse type. Note that an eclipse of the Sun can occur only at New Moon, while an eclipse of the Moon can occur only at Full Moon. In any calendar year there are between 2 to 5 eclipses of each kind (solar and lunar, including penumbral). However, there cannot be any more than 7 eclipses in any one year (4 solar and 3 lunar, or 5 solar and 2 lunar).


Solar Lunar
Eclipses: T - Total Eclipses: t - Total (Umbral)
A - Annular p - Partial (Umbral)
H - Hybrid (Annular/Total) n - Penumbral
P - Partial


Historians are reminded that the astronomical dating system used in these tables includes the year "0" while the traditional "B.C.-A.D." dating convention does not. Thus, the year "0" here corresponds to "1 B.C.", and the year "-100" is "101 B.C.", etc..

Algorithms used in predicting the phases of the Moon as well as eclipses are based on Jean Meeus' Astronomical Algorithms (Willmann-Bell, Inc., Richmond, 1991). All calculations are by Fred Espenak (USA), and he assumes full responsibility for their accuracy.



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You'd have a hard time fitting 100ml in a wine glass from back then. What I serve a plate of food on now would have been considered a serving dish back then.” Eating out was rare.