Moonrise and moonset in Murmansk in 2024

Murmansk, Russia

This table is for the year 2024. Seo also table for 2023. There are also tables of sunrise and sunset in Murmansk in 2023 and 2024.

Time zone: UT+3. (UT is the same as GMT.) Daylight-saving time is not used in the tables on this page.

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Day		Rise	Transit	Set	Lower transit	Upright Moon			Phase 00:00 UT	Azimuth	True altitude	App. altitude	Azimuth
January
0	S	19 49	4 04	13 22	16 25	7 09	12 22		0.85	47	S 37.6	S 37.6	−42
1	M	21 43	4 46	12 53	17 06	9 38	11 30		0.78	66	S 32.6	S 32.6	−60
2	T	23 28	5 26	12 31	17 46				0.70	83	S 27.0	S 27.1	−76
3	W		6 05	12 10	18 25				0.61		S 21.2	S 21.3	−91
4	T	1 12	6 44	11 50	19 04				0.51	100	S 15.6	S 15.6	−107
5	F	3 00	7 25	11 26	19 46				0.42	117	S 9.7	S 9.8	−123
6	S	5 04	8 09	10 52	20 32				0.32	137	S 4.3	S 4.5	−142
7	S	(8 10)	8 56	(9 25)	21 22				0.23	170	S −0.6		−174
8	M	−−	9 49	−−	22 17				0.15		S −4.6
9	T	−−	10 47	−−	23 18				0.08		S −7.2
10	W	−−	11 49	−−					0.03		S −8.1
11	T	−−	12 53	−−	0 21				0.01		S −6.9
12	F	−−	13 55	−−	1 25				0.01		S −3.7
13	S	13 14	14 54	16 57	2 25				0.03	157	S 1.2	S 1.6	−152
14	S	12 19	15 49	19 46	3 22				0.09	131	S 7.4	S 7.5	−125
15	M	11 48	16 39	22 03	4 14				0.17	111	S 14.2	S 14.2	−102
16	T	11 24	17 28		5 04				0.26	92	S 21.3	S 21.3
17	W	11 00	18 16	0 11	5 52				0.37	73	S 28.2	S 28.2	−82
18	T	10 33	19 04	2 20	6 40	11 57	14 41		0.48	54	S 34.6	S 34.6	−61
19	F	9 54	19 54	4 41	7 29	11 20	17 09		0.59	33	S 39.9	S 40.0	−38
20	S	****	20 46	−0.1	8 19	10 55	19 16		0.69		S 44.3	S 44.3
21	S	****	21 40	3.6	9 13	10 30	21 17		0.79		S 47.2	S 47.2
22	M	****	22 35	5.7	10 07	10 00	23 21		0.86		S 48.6	S 48.6
23	T	****	23 30	6.2	11 03	9 15			0.93		S 48.3	S 48.3
24	W	****		5.2	11 57	2 06			0.97
25	T	****	0 23	2.7	12 48				0.99		S 46.5	S 46.5
26	F	14 07	1 13	13 22	13 37				1.00	7	S 43.4	S 43.4	−3
27	S	17 15	1 59	11 47	14 21				0.98	40	S 39.2	S 39.3	−36
28	S	19 16	2 42	11 13	15 03	5 38			0.95	60	S 34.4	S 34.4	−54
29	M	21 03	3 23	10 49	15 43	8 34	9 57		0.91	77	S 28.9	S 29.0	−70
30	T	22 46	4 02	10 28	16 22				0.84	94	S 23.2	S 23.2	−86
31	W		4 41	10 07	17 01				0.77		S 17.5	S 17.6	−101
February
1	T	0 32	5 21	9 45	17 41				0.69	111	S 11.7	S 11.8	−117
2	F	2 26	6 02	9 16	18 24				0.59	129	S 6.3	S 6.4	−135
3	S	4 48	6 47	8 27	19 11				0.50	153	S 1.2	S 1.5	−157
4	S	−−	7 36	−−	20 02				0.40		S −3.1
5	M	−−	8 30	−−	20 59				0.30		S −6.4
6	T	−−	9 29	−−	22 00				0.20		S −8.1
7	W	−−	10 31	−−	23 03				0.12		S −7.9
8	T	−−	11 34	−−					0.06		S −5.7
9	F	−−	12 36	−−	0 05				0.02		S −1.5
10	S	10 51	13 33	16 41	1 05	15 42			0.00	143	S 4.2	S 4.4	−137
11	S	10 12	14 28	19 14	2 01	12 04			0.02	120	S 11.1	S 11.2	−112
12	M	9 44	15 19	21 31	2 53	10 48			0.06	100	S 18.4	S 18.5	−90
13	T	9 19	16 09	23 44	3 44				0.13	80	S 25.8	S 25.8	−69
14	W	8 53	16 58		4 34	10 37	11 38		0.22	61	S 32.4	S 32.4
15	T	8 18	17 49	2 05	5 24	9 52	14 24		0.32	40	S 38.5	S 38.5	−46
16	F	6 57	18 41	5 14	6 15	9 29	16 36		0.43	9	S 43.3	S 43.3	−14
17	S	****	19 36	2.8	7 08	9 09	18 36		0.54		S 46.7	S 46.7
18	S	****	20 31	5.4	8 03	8 48	20 29		0.64		S 48.5	S 48.5
19	M	****	21 26	6.4	8 58	8 26	22 22		0.74		S 48.7	S 48.7
20	T	****	22 19	5.8	9 53	7 58			0.82		S 47.3	S 47.3
21	W	****	23 09	3.8	10 45	0 28	7 16		0.89		S 44.6	S 44.6
22	T	****	23 57	0.5	11 33	3 47	5 18		0.94		S 40.7	S 40.8
23	F	14 40		10 16	12 19				0.98	32			−28
24	S	16 50	0 40	9 35	13 01				1.00	54	S 36.1	S 36.1	−48
25	S	18 40	1 22	9 08	13 42				1.00	71	S 30.8	S 30.8	−65
26	M	20 25	2 01	8 46	14 21				0.98	88	S 25.0	S 25.1	−81
27	T	22 09	2 40	8 25	15 00				0.95	105	S 19.4	S 19.4	−96
28	W	23 59	3 19	8 03	15 39				0.90	123	S 13.5	S 13.6	−112
29	T		4 00	7 37	16 21				0.83		S 7.8	S 7.9	−129
March
1	F	2 08	4 42	6 58	17 05				0.75	144	S 2.8	S 3.0	−149
2	S	−−	5 29	−−	17 54				0.66		S −1.8
3	S	−−	6 20	−−	18 47				0.57		S −5.4
4	M	−−	7 15	−−	19 44				0.46		S −7.7
5	T	−−	8 14	−−	20 44				0.36		S −8.4
6	W	−−	9 15	−−	21 45				0.26		S −7.2
7	T	−−	10 16	−−	22 45				0.16		S −4.0
8	F	9 43	11 14	13 08	23 42				0.08	159	S 0.9	S 1.3	−154
9	S	8 43	12 10	16 06					0.03	132	S 7.3	S 7.4	−125
10	S	8 10	13 03	18 31	0 37				0.00	110	S 14.6	S 14.6	−102
11	M	7 44	13 55	20 48	1 29	10 51			0.01	90	S 21.9	S 21.9	−79
12	T	7 17	14 46	23 09	2 20	7 55	9 28		0.04	70	S 29.3	S 29.3	−57
13	W	6 46	15 38		3 12	8 35	11 08		0.10	50	S 36.0	S 36.1
14	T	5 55	16 32	1 52	4 05	8 09	13 38		0.18	25	S 41.6	S 41.6	−30
15	F	****	17 27	1.5	4 59	7 47	15 48		0.28		S 45.7	S 45.8
16	S	****	18 24	4.8	5 56	7 28	17 46		0.38		S 48.2	S 48.2
17	S	****	19 20	6.4	6 52	7 09	19 38		0.48		S 49.0	S 49.0
18	M	****	20 15	6.3	7 48	6 49	21 29		0.58		S 48.1	S 48.1
19	T	****	21 06	4.7	8 41	6 26	23 27		0.68		S 45.7	S 45.7
20	W	****	21 54	1.7	9 31	5 56			0.77		S 42.2	S 42.2
21	T	11 58	22 39	8 54	10 17	1 54	5 01		0.84	23	S 37.7	S 37.7	−19
22	F	14 22	23 21	7 59	11 00				0.91	47	S 32.6	S 32.6	−42
23	S	16 17		7 29	11 41				0.95	66			−60
24	S	18 03	0 01	7 06	12 20				0.98	83	S 26.9	S 27.0	−76
25	M	19 47	0 40	6 44	12 59				1.00	100	S 21.3	S 21.3	−91
26	T	21 36	1 19	6 23	13 39				1.00	118	S 15.4	S 15.4	−107
27	W	23 37	1 59	5 58	14 20				0.97	137	S 9.8	S 9.9	−124
28	T		2 41	5 24	15 03				0.93		S 4.3	S 4.5	−142
29	F	2 34	3 26	4 01	15 50				0.88	168	S −0.5	S 0.1	−172
30	S	−−	4 15	−−	16 41				0.80		S −4.4
31	S	−−	5 08	−−	17 36				0.72		S −7.2
April
1	M	−−	6 05	−−	18 34				0.62		S −8.4
2	T	−−	7 03	−−	19 33				0.51		S −8.0
3	W	−−	8 02	−−	20 31				0.41		S −5.7
4	T	−−	9 00	−−	21 28				0.30		S −1.6
5	F	7 18	9 55	12 57	22 21				0.20	144	S 3.9	S 4.1	−138
6	S	6 38	10 48	15 28	23 13				0.11	121	S 10.5	S 10.6	−114
7	S	6 09	11 39	17 46					0.05	101	S 17.9	S 17.9	−91
8	M	5 43	12 30	20 04	0 04				0.01	81	S 25.4	S 25.5	−69
9	T	5 16	13 22	22 33	0 56				0.00	61	S 32.7	S 32.7	−45
10	W	4 38	14 16		1 49	8 01	9 09		0.02	39	S 38.9	S 39.0
11	T	**	15 12	−0.7	2 44	6 47	12 27		0.07		S 44.0	S 44.0
12	F	****	16 11	3.5	3 41	6 16	14 45		0.14		S 47.3	S 47.4
13	S	****	17 09	6.0	4 40	5 52	16 46		0.23		S 48.9	S 48.9
14	S	****	18 06	6.6	5 38	5 32	18 39		0.32		S 48.6	S 48.6
15	M	****	19 00	5.5	6 34	5 12	20 31		0.42		S 46.7	S 46.8
16	T	****	19 50	2.9	7 26	4 51	22 30		0.52		S 43.6	S 43.6
17	W	**	20 36	−0.7	8 14	4 24			0.62		S 39.4	S 39.4
18	T	11 50	21 19	6 26	8 58	0 51	3 37		0.71	40	S 34.4	S 34.5	−35
19	F	13 51	22 00	5 51	9 40				0.79	59	S 28.9	S 28.9	−54
20	S	15 39	22 39	5 26	10 19				0.86	77	S 23.3	S 23.4	−70
21	S	17 24	23 18	5 04	10 58				0.92	94	S 17.4	S 17.4	−86
22	M	19 10	23 58	4 43	11 37				0.96	111	S 11.7	S 11.8	−102
23	T	21 06		4 20	12 18				0.99	130			−118
24	W	23 31	0 39	3 50	13 01				1.00	154	S 6.0	S 6.2	−136
25	T		1 24	2 58	13 47				0.99		S 1.0	S 1.4	−159
26	F	−−	2 12	−−	14 38				0.96		S −3.3
27	S	−−	3 04	−−	15 32				0.91		S −6.4
28	S	−−	4 00	−−	16 29				0.84		S −8.2
29	M	−−	4 58	−−	17 27				0.76		S −8.2
30	T	−−	5 56	−−	18 25				0.66		S −6.5
May
1	W	−−	6 53	−−	19 20				0.55		S −3.1
2	T	5 53	7 47	10 03	20 13				0.44	154	S 1.8	S 2.1	−149
3	F	5 03	8 38	12 41	21 03				0.33	130	S 7.8	S 7.9	−123
4	S	4 32	9 28	14 57	21 53				0.22	110	S 14.7	S 14.8	−101
5	S	4 07	10 18	17 10	22 43				0.13	90	S 22.0	S 22.0	−80
6	M	3 41	11 08	19 28	23 34				0.06	71	S 29.2	S 29.3	−57
7	T	3 11	12 00	22 11		3 51	9 17		0.02	50	S 35.9	S 35.9	−31
8	W	2 20	12 55		0 27				0.00	26	S 41.6	S 41.6
9	T	****	13 53	1.6	1 24	7 38	9 37		0.01		S 45.8	S 45.8
10	F	****	14 53	4.9	2 23	5 11	13 24		0.05		S 48.3	S 48.3
11	S	****	15 52	6.4	3 23	4 28	15 36		0.10		S 48.9	S 48.9
12	S	****	16 49	6.1	4 21	4 01	17 34		0.18		S 47.6	S 47.6
13	M	****	17 42	4.1	5 16	3 38	19 29		0.26		S 44.9	S 44.9
14	T	****	18 31	0.7	6 07	3 15	21 30		0.36		S 41.0	S 41.0
15	W	9 10	19 15	4 56	6 54	2 48	23 58		0.45	31	S 36.3	S 36.3	−27
16	T	11 22	19 57	4 13	7 36	1 58			0.55	53	S 31.1	S 31.1	−47
17	F	13 13	20 36	3 46	8 17				0.64	71	S 25.4	S 25.4	−64
18	S	14 58	21 15	3 23	8 56				0.73	88	S 19.5	S 19.5	−80
19	S	16 42	21 55	3 03	9 35				0.81	105	S 13.8	S 13.9	−96
20	M	18 34	22 36	2 41	10 15				0.88	123	S 8.1	S 8.2	−112
21	T	20 43	23 19	2 14	10 57				0.93	144	S 2.8	S 3.0	−129
22	W			1 35	11 42				0.97				−149
23	T	−−	0 06	−−	12 32				1.00		S −1.8
24	F	−−	0 58	−−	13 25				1.00		S −5.4
25	S	−−	1 53	−−	14 22				0.98		S −7.7
26	S	−−	2 52	−−	15 21				0.93		S −8.3
27	M	−−	3 51	−−	16 20				0.87		S −7.1
28	T	−−	4 48	−−	17 16				0.79		S −4.2
29	W	4 30	5 43	7 17	18 09				0.69	163	S 0.3	S 0.8	−159
30	T	3 25	6 35	10 10	19 00				0.58	136	S 6.0	S 6.1	−130
31	F	2 52	7 24	12 26	19 48				0.47	116	S 12.5	S 12.6	−108
June
1	S	2 26	8 12	14 35	20 36				0.35	97	S 19.5	S 19.6	−87
2	S	2 02	9 00	16 45	21 25				0.25	78	S 26.6	S 26.7	−66
3	M	1 35	9 50	19 09	22 16	3 13	4 59		0.16	59	S 33.1	S 33.2	−43
4	T	0 58	10 42		23 10	1 56	8 17		0.08	37	S 39.2	S 39.3
5	W	****	11 38			0 56	11 23	22 36	0.03		S 44.1	S 44.1
6	T	****	12 37	3.5	0 07				0.00		S 47.3	S 47.3
7	F	****	13 37	5.9	1 07				0.00		S 48.7	S 48.7
8	S	****	14 35	6.3	2 06	3 48	14 05		0.03		S 48.3	S 48.3
9	S	****	15 31	5.0	3 04	2 45	16 20		0.07		S 46.1	S 46.1
10	M	****	16 22	2.2	3 57	2 10	18 22		0.13		S 42.6	S 42.6
11	T	6 11	17 09	3 38	4 46	1 41	20 29		0.21	19	S 38.2	S 38.2	−15
12	W	8 46	17 52	2 36	5 31	1 11			0.29	45	S 33.1	S 33.1	−40
13	T	10 44	18 33	2 05	6 13				0.38	64	S 27.5	S 27.5	−58
14	F	12 30	19 12	1 42	6 52				0.48	82	S 21.6	S 21.7	−74
15	S	14 14	19 51	1 21	7 31				0.57	99	S 16.0	S 16.0	−90
16	S	16 01	20 31	1 00	8 10				0.67	116	S 10.2	S 10.3	−106
17	M	18 00	21 13	0 36	8 51				0.75	135	S 4.7	S 4.9	−122
18	T{	20 44	21 58	0 04	9 35				0.83	163	S −0.1	S 0.4	−140
18	T{			22 55									−167
19	W	−−	22 48	−−	10 23				0.90		S −4.1
20	T	−−	23 43	−−	11 15				0.95		S −7.0
21	F	−−		−−	12 12				0.99
22	S	−−	0 41	−−	13 11				1.00		S −8.2
23	S	−−	1 41	−−	14 11				0.99		S −7.7
24	M	−−	2 41	−−	15 10				0.95		S −5.2
25	T	−−	3 38	−−	16 05				0.89		S −1.1
26	W	1 48	4 31	7 39	16 57				0.81	142	S 4.3	S 4.5	−137
27	T	1 10	5 22	10 02	17 46				0.71	121	S 10.7	S 10.8	−114
28	F	0 44	6 10	12 11	18 34				0.60	102	S 17.7	S 17.7	−93
29	S{	0 20	6 58	14 18	19 22				0.49	83	S 24.4	S 24.5	−72
29	S{	23 54								64
30	S	23 22	7 46	16 34	20 11				0.38	44	S 31.3	S 31.3	−50
July
1	M	22 21	8 36	19 24	21 02	0 40	5 12		0.27	18	S 37.5	S 37.5	−22
2	T	****	9 29	2.3	21 57	0 05	7 38	23 31	0.18		S 42.6	S 42.6
3	W	****	10 26	5.2	22 55	9 56	22 46		0.10		S 46.3	S 46.4
4	T	****	11 24	6.4	23 54	12 35	21 05		0.05		S 48.4	S 48.4
5	F	****	12 23						0.01		S 48.7	S 48.7
6	S	****	13 20	5.7	0 52				0.00		S 47.1	S 47.2
7	S	****	14 13	3.4	1 47	2 46	14 33		0.01		S 44.1	S 44.1
8	M	****	15 02	−0.1	2 38	1 05	17 05		0.05		S 40.0	S 40.0
9	T	6 06	15 47	1 03	3 25	0 16	19 27	23 33	0.09	37	S 35.0	S 35.0	−32
10	W	8 12	16 28	0 26	4 08				0.16	58	S 29.6	S 29.6	−52
11	T{	10 02	17 08	0 00	4 48				0.23	75	S 23.7	S 23.8	−69
11	T{			23 39									−84
12	F	11 46	17 47	23 18	5 27				0.32	92	S 18.1	S 18.1	−100
13	S	13 31	18 26	22 56	6 06				0.41	109	S 12.3	S 12.3	−116
14	S	15 23	19 07	22 28	6 46				0.50	128	S 6.7	S 6.8	−133
15	M	17 39	19 50	21 43	7 28				0.60	150	S 1.7	S 2.0	−154
16	T	−−	20 38	−−	8 13				0.69		S −2.7
17	W	−−	21 30	−−	9 03				0.78		S −6.0
18	T	−−	22 26	−−	9 57				0.86		S −8.0
19	F	−−	23 26	−−	10 56				0.92		S −8.2
20	S	−−		−−	11 57				0.97
21	S	−−	0 27	−−	12 57				1.00		S −6.5
22	M	−−	1 27	−−	13 55				0.99		S −3.0
23	T{	0 20	2 23	4 49	14 50	1 12	23 54		0.97	152	S 2.2	S 2.4	−147
23	T{	23 32								128
24	W	23 03	3 16	7 28	15 41				0.91	108	S 8.5	S 8.6	−121
25	T	22 38	4 06	9 43	16 31				0.83	89	S 15.5	S 15.6	−99
26	F	22 12	4 55	11 53	17 19				0.74	70	S 22.5	S 22.5	−78
27	S	21 43	5 43	14 07	18 08	23 19			0.63	50	S 29.5	S 29.5	−56
28	S	20 54	6 33	16 42	18 59	2 21	22 43		0.51	26	S 35.9	S 36.0	−31
29	M	****	7 25	1.3	19 53	4 52	22 18		0.40		S 41.4	S 41.4
30	T	****	8 20	4.6	20 49	7 02	21 53		0.30		S 45.5	S 45.5
31	W	****	9 17	6.3	21 46	9 05	21 25		0.20		S 48.1	S 48.1
August
1	T	****	10 15	6.2	22 44	11 11	20 45		0.12		S 48.9	S 48.9
2	F	****	11 12	4.5	23 39	13 49	19 21		0.06		S 47.9	S 47.9
3	S	****	12 06						0.02		S 45.4	S 45.4
4	S		12 56	23 37	0 31				0.00		S 41.6	S 41.6	−23
5	M	3 20	13 42	22 49	1 19	14 48			0.00	28	S 36.9	S 36.9	−45
6	T	5 40	14 24	22 20	2 04	18 16	22 03		0.02	51	S 31.6	S 31.6	−63
7	W	7 35	15 05	21 57	2 45				0.06	69	S 25.8	S 25.8	−79
8	T	9 20	15 44	21 36	3 24				0.11	86	S 20.1	S 20.2	−94
9	F	11 04	16 23	21 15	4 03				0.18	103	S 14.2	S 14.3	−110
10	S	12 52	17 02	20 49	4 42				0.26	121	S 8.6	S 8.7	−127
11	S	14 55	17 44	20 13	5 23				0.34	141	S 3.5	S 3.7	−146
12	M	−−	18 29	−−	6 06				0.44		S −1.1
13	T	−−	19 18	−−	6 53				0.54		S −4.9
14	W	−−	20 12	−−	7 44				0.63		S −7.4
15	T	−−	21 09	−−	8 40				0.73		S −8.5
16	F	−−	22 09	−−	9 39				0.82		S −7.7
17	S	−−	23 10	−−	10 40				0.90		S −5.0
18	S	23 33			11 39				0.95	172
19	M	22 02	0 08	1 03	12 36				0.99	138	S −0.5	S 0.0	−167
20	T	21 26	1 03	4 31	13 30				1.00	116	S 5.5	S 5.7	−132
21	W	20 59	1 56	6 58	14 21	21 54			0.98	96	S 12.2	S 12.3	−108
22	T	20 33	2 47	9 14	15 12				0.93	77	S 19.6	S 19.7	−86
23	F	20 04	3 37	11 30	16 02				0.85	57	S 27.1	S 27.1	−64
24	S	19 24	4 28	14 00	16 54	21 24			0.76	34	S 34.0	S 34.0	−40
25	S	****	5 21	0.1	17 48	2 00	20 56		0.65		S 39.9	S 40.0
26	M	****	6 16	4.0	18 44	4 19	20 34		0.54		S 44.6	S 44.6
27	T	****	7 13	6.2	19 42	6 23	20 13		0.43		S 47.7	S 47.7
28	W	****	8 11	6.6	20 39	8 19	19 51		0.33		S 49.0	S 49.0
29	T	****	9 07	5.3	21 35	10 17	19 24		0.24		S 48.5	S 48.6
30	F	****	10 02	2.6	22 28	12 26	18 44		0.15		S 46.5	S 46.5
31	S		10 52	22 29	23 16				0.09		S 43.1	S 43.1	−11
September
1	S	0 21	11 39	21 14					0.04	15	S 38.6	S 38.7	−39
2	M	3 09	12 22	20 41	0 01				0.01	44	S 33.5	S 33.5	−57
3	T	5 09	13 03	20 17	0 43				0.00	63	S 27.8	S 27.8	−73
4	W	6 57	13 42	19 55	1 23				0.01	81	S 22.1	S 22.2	−89
5	T	8 41	14 21	19 34	2 02				0.03	98	S 16.2	S 16.2	−105
6	F	10 27	15 00	19 10	2 41				0.07	115	S 10.4	S 10.5	−121
7	S	12 23	15 41	18 39	3 20				0.13	134	S 5.2	S 5.3	−139
8	S	14 53	16 24	17 38	4 02				0.20	159	S 0.3	S 0.8	−163
9	M	−−	17 11	−−	4 47				0.28		S −3.7
10	T	−−	18 02	−−	5 36				0.38		S −6.7
11	W	−−	18 56	−−	6 29				0.47		S −8.4
12	T	−−	19 54	−−	7 25				0.58		S −8.4
13	F	−−	20 53	−−	8 23				0.68		S −6.6
14	S	−−	21 51	−−	9 22				0.78		S −3.0
15	S	20 45	22 47		10 19				0.86	152	S 2.1	S 2.4
16	M	19 55	23 40	1 12	11 14				0.93	128	S 8.6	S 8.7	−147
17	T	19 24		3 55	12 07				0.98	107			−120
18	W	18 58	0 32	6 17	12 58				1.00	87	S 15.9	S 15.9	−97
19	T	18 30	1 24	8 36	13 50				0.99	66	S 23.5	S 23.6	−75
20	F	17 56	2 16	11 02	14 43	20 53	22 03		0.95	45	S 31.0	S 31.0	−51
21	S	16 45	3 10	14 09	15 37	19 46			0.88	15	S 37.6	S 37.6	−20
22	S	****	4 06	2.8	16 35	1 14	19 16		0.79		S 43.0	S 43.0
23	M	****	5 04	5.7	17 34	3 33	18 54		0.69		S 46.8	S 46.9
24	T	****	6 04	6.7	18 33	5 36	18 34		0.58		S 48.8	S 48.8
25	W	****	7 02	6.0	19 30	7 32	18 13		0.48		S 48.9	S 49.0
26	T	****	7 58	3.6	20 24	9 27	17 50		0.37		S 47.3	S 47.4
27	F	****	8 50	0.0	21 14	11 30	17 21		0.28		S 44.3	S 44.3
28	S		9 37	19 42	22 00	14 05	16 22		0.20		S 40.2	S 40.2	−32
29	S	0 37	10 22	19 04	22 42				0.12	36	S 35.2	S 35.2	−51
30	M	2 44	11 03	18 37	23 23				0.07	57	S 29.7	S 29.7	−68
October
1	T	4 34	11 42	18 15					0.03	75	S 24.1	S 24.1	−84
2	W	6 19	12 21	17 54	0 02				0.01	92	S 18.1	S 18.2	−100
3	T	8 04	13 00	17 31	0 40				0.00	109	S 12.2	S 12.3	−116
4	F	9 56	13 40	17 03	1 20				0.01	127	S 6.9	S 7.0	−133
5	S	12 09	14 22	16 18	2 01				0.04	149	S 1.8	S 2.1	−154
6	S	−−	15 08	−−	2 45				0.09		S −2.5
7	M	−−	15 57	−−	3 32				0.15		S −5.8
8	T	−−	16 49	−−	4 23				0.23		S −8.0
9	W	−−	17 45	−−	5 17				0.32		S −8.6
10	T	−−	18 41	−−	6 13				0.42		S −7.5
11	F	−−	19 38	−−	7 10				0.52		S −4.8
12	S	19 55	20 33	21 30	8 05				0.63	171	S −0.5	S 0.1	−167
13	S	18 27	21 26		8 59				0.73	139	S 5.2	S 5.4
14	M	17 51	22 17	0 49	9 51				0.83	117	S 12.1	S 12.1	−133
15	T	17 23	23 08	3 15	10 42				0.91	97	S 19.5	S 19.5	−109
16	W	16 57	23 59	5 32	11 33				0.97	77	S 26.8	S 26.8	−87
17	T	16 28		7 53	12 26				1.00	56			−64
18	F	15 44	0 53	10 32	13 20				1.00	33	S 34.1	S 34.2	−38
19	S	****	1 49	0.7	14 18	18 35	23 59		0.96		S 40.4	S 40.4
20	S	****	2 48	4.5	15 19	17 48			0.91		S 45.2	S 45.2
21	M	****	3 50	6.5	16 20	2 32	17 19		0.83		S 48.2	S 48.2
22	T	****	4 51	6.4	17 21	4 40	16 57		0.74		S 49.1	S 49.1
23	W	****	5 50	4.6	18 18	6 38	16 36		0.64		S 48.1	S 48.1
24	T	****	6 44	1.3	19 10	8 35	16 13		0.53		S 45.5	S 45.5
25	F	21 59	7 34	18 15	19 58	10 38	15 46		0.43	28	S 41.6	S 41.6	−23
26	S		8 20	17 26	20 41	13 16	14 48		0.34		S 36.9	S 36.9	−45
27	S	0 18	9 02	16 57	21 22				0.25	51	S 31.5	S 31.5	−63
28	M	2 12	9 42	16 34	22 01				0.17	69	S 25.9	S 26.0	−79
29	T	3 57	10 21	16 13	22 40				0.11	86	S 20.0	S 20.1	−94
30	W	5 41	10 59	15 51	23 19	15 14			0.06	103	S 14.4	S 14.4	−110
31	T	7 30	11 39	15 26		13 23			0.02	121	S 8.7	S 8.8	−127
November
1	F	9 33	12 21	14 49	0 00				0.00	141	S 3.4	S 3.6	−146
2	S	−−	13 06	−−	0 43				0.00		S −1.2
3	S	−−	13 54	−−	1 29				0.02		S −4.9
4	M	−−	14 45	−−	2 19				0.06		S −7.4
5	T	−−	15 40	−−	3 12				0.11		S −8.4
6	W	−−	16 36	−−	4 08				0.18		S −7.9
7	T	−−	17 31	−−	5 04				0.27		S −5.8
8	F	−−	18 25	−−	5 58				0.37		S −2.1
9	S	16 58	19 17	21 59	6 51				0.47	148	S 3.0	S 3.2	−143
10	S	16 15	20 07		7 42				0.58	126	S 9.2	S 9.3
11	M	15 46	20 56	0 27	8 31				0.69	106	S 15.8	S 15.9	−119
12	T	15 21	21 45	2 40	9 20				0.79	87	S 23.2	S 23.2	−97
13	W	14 55	22 36	4 52	10 10				0.88	67	S 30.5	S 30.5	−76
14	T	14 22	23 30	7 16	11 03				0.95	46	S 37.2	S 37.2	−53
15	F	13 16		10 18	11 58				0.99	18			−23
16	S	****	0 28	2.6	12 58				1.00		S 42.8	S 42.8
17	S	****	1 29	5.6	14 01	16 56			0.98		S 46.8	S 46.8
18	M	****	2 32	6.5	15 04	1 05	15 58		0.94		S 48.7	S 48.8
19	T	****	3 34	5.4	16 04	3 29	15 26		0.87		S 48.6	S 48.6
20	W	****	4 33	2.7	17 00	5 34	15 00		0.79		S 46.6	S 46.6
21	T	18 54	5 26	17 05	17 51	7 36	14 36		0.70	14	S 43.1	S 43.2	−10
22	F	21 46	6 15	15 50	18 37	9 45	14 06		0.60	44	S 38.6	S 38.6	−39
23	S	23 46	6 59	15 17	19 19				0.51	63	S 33.5	S 33.6	−57
24	S		7 40	14 53	19 59				0.41		S 27.9	S 27.9	−74
25	M	1 34	8 19	14 31	20 38				0.32	81	S 22.0	S 22.0	−89
26	T	3 17	8 58	14 10	21 17				0.24	98	S 16.3	S 16.4	−105
27	W	5 03	9 37	13 47	21 57				0.16	115	S 10.6	S 10.6	−121
28	T	6 59	10 18	13 16	22 39				0.10	134	S 5.2	S 5.3	−139
29	F	9 30	11 02	12 16	23 25				0.05	159	S 0.4	S 0.8	−163
30	S	−−	11 49	−−					0.02		S −3.7
December
1	S	−−	12 40	−−	0 14				0.00		S −6.6
2	M	−−	13 35	−−	1 07				0.01		S −8.2
3	T	−−	14 31	−−	2 03				0.03		S −8.1
4	W	−−	15 27	−−	2 59				0.08		S −6.4
5	T	−−	16 22	−−	3 55				0.14		S −3.1
6	F	15 26	17 14	19 23	4 48				0.23	155	S 1.5	S 1.9	−151
7	S	14 35	18 03	21 57	5 39				0.32	132	S 7.3	S 7.4	−125
8	S	14 05	18 51		6 27				0.43	112	S 13.7	S 13.7
9	M	13 40	19 38	0 08	7 15				0.54	94	S 20.6	S 20.7	−104
10	T	13 16	20 26	2 15	8 02				0.65	75	S 27.7	S 27.7	−84
11	W	12 48	21 17	4 26	8 51	14 05	17 02		0.76	55	S 34.5	S 34.5	−62
12	T	12 05	22 11	6 58	9 44	13 11	19 59		0.85	32	S 40.4	S 40.4	−38
13	F	****	23 10	0.5	10 40	12 21	22 48		0.92		S 45.0	S 45.0
14	S	****		4.3	11 40				0.97
15	S	****	0 12	6.2	12 43				1.00		S 48.0	S 48.0
16	M	****	1 15	6.1	13 46				0.99		S 48.8	S 48.8
17	T	****	2 16	4.0	14 45	1 45	14 15		0.96		S 47.7	S 47.7
18	W	****	3 13	0.5	15 39	4 17	13 32		0.92		S 44.8	S 44.8
19	T	18 59	4 05	14 19	16 29	6 30	12 59		0.85	34	S 40.6	S 40.6	−30
20	F	21 12	4 52	13 38	17 13	8 51	12 19		0.77	56	S 35.6	S 35.6	−50
21	S	23 05	5 35	13 11	17 55				0.68	74	S 30.0	S 30.0	−68
22	S		6 15	12 49	18 35				0.59		S 24.1	S 24.1	−84
23	M	0 50	6 54	12 28	19 13				0.49	92	S 18.4	S 18.4	−99
24	T	2 35	7 33	12 06	19 53				0.40	109	S 12.5	S 12.6	−115
25	W	4 26	8 13	11 39	20 34				0.31	127	S 7.0	S 7.1	−132
26	T	6 37	8 56	10 56	21 18				0.23	148	S 2.0	S 2.3	−152
27	F	−−	9 42	−−	22 06				0.15		S −2.3
28	S	−−	10 31	−−	22 58				0.09		S −5.7
29	S	−−	11 25	−−	23 53				0.04		S −7.8
30	M	−−	12 22	−−					0.01		S −8.3
31	T	−−	13 19	−−	0 50				0.00		S −7.1
32	W	−−	14 16	−−	1 48				0.01		S −4.3

Explanations

Made after directions given by Jean Meeus: Astronomical Algorithms (1998)

Position: 68° 58′ 00″ N 33° 05′ 00″ E

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The times are given in hours and minutes. Example: The time 9 14 means 9 hours and 14 minutes.
The times of moonrise and moonset refer to the upper limb of the Moon in the horizon
** means that the Moon is circumpolar (the upper limb of the Moon is above the horizon all day)
**** means that the Moon is circumpolar (the entire Moon is above the horizon all day)
In the cases when the Moon is circumpolar, the number in the column of moonset is the altitude of the Moon at lower transit (the time of day when the Moon is lowest in the sky)
−− means that the Moon is below the horizon all day
(11 00) means that the Moon rises or sets at 11:00, but the centre of the Moon does not ascend above the horizon
Here, upright Moon means that the line of cusps (pointed ends of the crescent Moon) is perpendicular to the horizon; similar cases with the gibbous Moon also occur. This may occur more than once a day, but we only include the times when the Moon is above the horizon, the phase is less than 0.97 and the angular distance of the Moon from the Sun is greater than 7°.
The phase of the Moon is shown for 00:00 UT.
The four rightmost columns are labelled Azimuth, True altitude, App. altitude and Azimuth, as shown here:

Azimuth	True altitude	App. altitude	Azimuth
138	S 7.6	S 7.7	−137

This example means that at moonrise, the compass direction of the Moon is 138 degrees (approximately southeast).
When the Moon transits, the centre of the Moon is 7.6 degrees above the southern horizon. The letter N or S specifies whether the Moon at this time is above the horizon in the north or the south, respectively.
The apparent altitude (corrected for refraction) at transit is 7.7. degrees. The altitudes are corrected for parallax.
At moonset, the compass direction of the Moon is −137 degrees. The direction −137 degrees is the same as +223 degrees because 360° − 137° = +223°.
We prefer using compass directions from −180° to +180°, as shown in the following table.

Degrees	Direction
0	North
+90	East
±180	South
−90	West