List of mutual planetary eclipses

This is a List of mutual planetary eclipses, including occultations and transits.

Although mutual occultations of planets had been recorded in 581,^[1] 1170,^[2] 1590,^[3] and 1737,^[4] the first attempt to list past and future occultations of that nature was not made until 1970 during a manual search for conjunctions, in which Jan Meeus and Michael Walch discovered further occultations in 1522^[a] and 1570,^[b] published in 1970.^[6] In 1977, Edwin Goffin calculated the occultations of certain planetary combinations for 1000–3000, but the results remained unpublished.^[7]

The first table dedicated to mutual planetary occultations was published in 1979 by Steven Albers, who employed a Fortran program to assist in his calculations.^[8] This table was extended back in time by Salvo De Meis in 1993.^[9] Meeus recalculated mutual occultations for most of this period in 1998, extending it slightly further forward in time,^[7] and in the same year the Pluto Project extended it far into the future.^[10] The accuracy of more distant dates is suspect, especially for Mercury,^[11] but no planet is exempt from error.^[12] Despite this, occultation calculations have been carried out to extremely early and late dates.^[13]

The visibility of the calculated occultations has been evaluated by multiple authors.^[5][3] The tables have also been revised and extended even further back and forward in time.^[13][11][14] But no evaluation is complete, and tables have yet to be computed for non-geocentric perspectives, although the concept has been explored more than once.^[15][16] Very close conjunctions, such as that on 25 March -184, have been excluded from the list.^[7][14]

Projected dates are not necessarily accurate before the 8th century BC or far into the future.^[17] Going back in time, the Length of Day (LOD) on Earth was shorter, but it is not known exactly how much shorter thanks to a variety of factors still being debated. Earth's LOD difference (ΔT) is slight, but the cumulative time discrepancy from the earliest accurately dated solar eclipses to the time this discrepancy was first noticed is several hours. Because of this difference, the positions of objects in the sky as viewed from a given point on Earth's surface remain uncertain before the beginning of these records.^[18][19] Although there has been much discussion on the relative contributions of these phenomena,^[20] no accurate model for extrapolating beyond these early records yet exists.^[21][22]

View	Date	Time	🝵	Oc-ng	Oc-ed	Type[c]	Dur.	Mag	mag	ds	∠☉︎	Naked eye viewability	Sources
Earth	-6856-06-04	4:04	♃🝵♄	Jupiter	Saturn		3:10						[α]
Earth	-2948-05-09	19:33	♂︎🝵♃	Mars	Jupiter	A	0:30	-2.0	1.0	5.5	51		[β]
Earth	-2926-12-15	14:06	♀🝵♄	Venus	Saturn	P	0:12	-4.1	0.5	10.3	44		[γ]
Earth	-2885-09-13	21:10	♀🝵♃	Venus	Jupiter	P	0:08	-3.9	-1.6	22.1	27		[δ]
Earth	-2806-04-06	19:07	♀🝵♃	Venus	Jupiter	A	0:16	-3.9	-1.9	8.7	8	Too close to Sun?	[ε]
Earth	-2736-04-04	16:31	♀🝵♃	Venus	Jupiter	A	0:19	-3.9	-2.0	7.5	38		[ζ]
Earth	-2681-11-16	17:43	♀🝵♃	Venus	Jupiter	P	0:51	-3.9	-1.8	45.5	20		[η]
Earth	-2455-11-29	14:38	♀🝵♃	Venus	Jupiter	P	0:12	-3.9	-1.8	15.6	13	Too close to Sun?	[θ]
Earth	-2354-08-09	16:55	♀🝵♄	Venus	Saturn	P	0:08	-3.9	0.7	8.2	14	Too close to Sun?	[ι]
Earth	-2296-04-06	0:56	♀🝵♃	Venus	Jupiter	A	0:16	-3.9	-1.9	6.0	7	Too close to Sun?	[κ]
Earth	-2121-05-18	5:53	♀🝵♂︎	Venus	Mars	T	0:18	2.6	1.6	13.2	1	Too close to Sun	[λ]
No Mercury dates before this point (model inaccuracy); no Uranus or Neptune dates (undiscovered).
Earth	-1990-02-01	18:48	♂︎🝵♃	Mars	Jupiter	P	0:08	-2.1	0.6	25.9	80.4		[μ]
Earth	-1970-08-07	11:17	♀🝵♄	Venus	Saturn	P	0:07	-4.0	0.7	12.1	22.9		[ν]
Earth	-1968-07-24	7:42	♀🝵♄	Venus	Saturn	A	0:09	-4.0	1.1	3.6	11.2	Too close to Sun	[ξ]
Earth	-1967-11-29	4:35	☿🝵♃	Mercury	Jupiter	A	0:12	-1.8	-0.5	6.6	19.5		[ο]
Earth	-1926-03-14	8:50	♀🝵⛢	Venus	Uranus	P	0:02	-4.0	5.8	10.0	15.6	Undiscovered, too close to Venus	[π]
Earth	-1891-09-05	6:56	♂︎🝵⛢	Mars	Uranus	T	0:04	1.5	5.6	2.5	7.9	Undiscovered, too close to Sun, Mars	[ρ]
Earth	-1887-09-07	21:19	♀🝵♃	Venus	Jupiter	A	0:14	-4.0	-1.7	12.5	26.9		[σ]
Earth	-1780-09-23	5:13	♀🝵♃	Venus	Jupiter	P	0:06	-4.1	-1.7	25.4	33.0		[τ]
Earth	-1767-07-07	4:03	♀🝵♄	Venus	Saturn	P	0:09	-4.0	0.2	12.1	33.3		[υ]
Earth	-1680-01-12	10:50	♀🝵♃	Venus	Jupiter	P	0:09	-4.0	-2.0	21.3	18.3		[φ]
Earth	-1678-01-29	5:59	♀🝵♃	Venus	Jupiter	A	0:15	-4.0	-2.0	13.7	23.1		[χ]
Earth	-1638-12-02	8:53	♀🝵♄	Venus	Saturn	T	0:11	-4.2	0.6	6.9	40.8		[ψ]
Earth	-1615-10-04	15:49	♂︎🝵♄	Mars	Saturn	P	0:10	1.6	1.2	10.7	54.2		[ω]
Earth	-1588-10-31	12:27	♀🝵♃	Venus	Jupiter	A	0:14	-4.0	-1.8	10.6	9.7	Too close to Sun?	[αα]
Earth	-1556-09-18	1:38	☿🝵♀	Mercury	Venus	P	0:09	-4.0	-0.3	6.1	17.9		[αβ]
Earth	-1488-02-27	16:58	♀🝵♃	Venus	Jupiter	A	0:17	-4.0	-2.0	2.1	7.9	Too close to Sun?	[αγ]
Earth	-1452-02-13	14:06	♂︎🝵⛢	Mars	Uranus	T	0:05	0.8	5.8	5.3	67.9	Undiscovered, too close to Mars	[αδ]
Earth	-1403-11-28	9:15	♀🝵♄	Venus	Saturn	P	0:08	-4.2	0.6	17.1	41.9		[αε]
Earth	-1402-08-30	9:22	♃🝵⛢	Jupiter	Uranus	T	1:42	-1.9	5.5	7.5	50.8	Undiscovered, too close to Jupiter	[αζ]
Earth	-1360-12-23	18:42	☿🝵♃	Mercury	Jupiter	A	0:10	-2.0	-1.0	18.6	17.6		[αη]
Earth	-1346-11-07	1:08	♂︎🝵♆	Mars	Neptune			1.4	8.0	8.0	62.1	Undiscovered, too close to Mars	[αθ]
Earth	-1300-12-26	23:38	♂︎🝵♃	Mars	Jupiter	A	0:27	-2.1	1.3	6.2	34.7		[αι]
Earth	-1255-12-25	1:12	☿🝵♂︎	Mercury	Mars	T	0:05	-1.1	1.2	1.3	16.1	Too close to Sun?	[ακ]
Earth	-1237-11-23	20:58	♀🝵☿	Venus	Mercury	T	0:13	-4.5	-0.5	31.8	21.4		[αλ]
Earth	-1233-08-06	17:53	♀🝵⛢	Venus	Uranus	T	0:05	-4.0	5.6	2.0	22.9	Undiscovered, too close to Venus	[αμ]
Earth	-1216-01-13	6:38	☿🝵♄	Mercury	Saturn	A	0:05	-1.4	0.9	1.2	11.7	Too close to Sun	[αν]
Earth	-1168-01-29	9:32	♀🝵♃	Venus	Jupiter	P	0:11	-2.1	-1.2	20.4	24.7		[αξ]
Earth	-1144-12-29	11:45	♀🝵♆	Venus	Neptune	T	0:04	-4.1	8.0	10.2	35.1	Undiscovered, too close to Venus	[αο]
Earth	-1127-08-05	20:38	♀🝵♃	Venus	Jupiter	P	0:11	-4.0	-1.7	17.5	22.6		[απ]
Earth	-1111-04-18	23:24	☿🝵♂︎	Mercury	Mars	T	0:02	-2.1	1.4	1.8	3.6	Too close to Sun	[αρ]
Earth	-1098-02-04	0:43	♀🝵♄	Venus	Saturn	A	0:09	-4.0	1.0	3.8	5.5	Too close to Sun	[ασ]
Earth	-992-10-21	3:12	☿🝵♄	Mercury	Saturn	P	0:05	-0.7	0.7	14.8	19.9		[ατ]
Earth	-978-02-27	4:51	♀🝵♃	Venus	Jupiter	P	0:10	-4.0	-2.0	20.5	9.5	Too close to Sun?	[αυ]
Earth	-928-12-11	14:29	☿🝵♂︎	Mercury	Mars	P	0:03	-0.6	1.3	6.3	15.3	Too close to Sun?	[αφ]
Earth	-910-09-21	17:58	☿🝵♀	Mercury	Venus	P	0:09	-4.0	-1.4	6.2	4.9	Too close to Sun	[αχ]
Earth	-891-09-02	13:34	♀🝵♃	Venus	Jupiter	A	0:16	-4.0	-1.7	4.5	26.8		[αψ]
Earth	-864-08-29	21:22	☿🝵♆	Mercury	Neptune			-0.6	8.0	13.1	17.9	Undiscovered, too close to Mercury	[αω]
Earth	-816-12-13	18:35	♀🝵♃	Venus	Jupiter	A	0:16	-4.0	-1.9	1.9	15.0		[βα]
Earth	-772-03-06	23:13	♀🝵♆	Venus	Neptune	T	0:04	-1.4	8.0	3.7	10.0	Undiscovered, too close to Venus	[ββ]
Earth	-771-09-11	6:50	☿🝵♃	Mercury	Jupiter	A	0:08	-1.7	-1.6	10.9	0.4	Too close to Sun	[βγ]
Earth	-763-05-03	18:16	♀🝵♆	Venus	Neptune	T	0:07	-4.2	7.9	4.9	44.0	Undiscovered, too close to Venus	[βδ]
Earth	-718-03-26	4:39	♀🝵♃	Venus	Jupiter	A	0:19	-4.0	-2.1	2.3	36.3		[βε]
Earth	-696-03-16	16:55	♂︎🝵⛢	Mars	Uranus	T	0:06	0.0	5.7	11.1	94.1	Undiscovered	[βζ]
Earth	-663-11-04	18:33	☿🝵♃	Mercury	Jupiter	P	0:05	-1.7	-0.8	20.1	13.3	Too close to Sun	[βη]
Earth	-621-05-21	7:11	♀🝵♃	Venus	Jupiter	P	0:44	-4.3	-2.0	42.4	18.7		[βθ]
Earth	-582-07-24	12:35	♂︎🝵♃	Mars	Jupiter	P	0:09	-1.7	1.8	18.2	19.2		[βι]
Earth	-557-09-12	14:26	♀🝵⛢	Venus	Uranus	T	0:04	-4.1	5.5	11.2	35.3	Undiscovered, too close to Venus	[βκ]
Earth	-553-01-27	18:02	♀🝵♃	Venus	Jupiter	A	0:17	-4.0	-2.0	2.0	21.5		[βλ]
Earth	-529-07-27	5:52	♀🝵♆	Venus	Neptune	T	0:05	-4.0	8.0	1.8	27.8	Undiscovered, too close to Venus	[βμ]
Earth	-512-08-11	10:31	♀🝵♃	Venus	Jupiter	P	0:10	-4.0	-1.8	20.2	22.4		[βν]
Earth	-492-04-16	10:10	♀🝵♂︎	Venus	Mars	T	0:09	-4.0	1.7	3.2	21.9		[βξ]
Earth	-463-10-28	18:06	♀🝵♃	Venus	Jupiter	A	0:24	-4.5	-1.8	13.8	46.7		[βο]
Earth	-439-11-08	10:45	☿🝵♂︎	Mercury	Mars	T	0:04	-1.0	1.4	1.9	7.1	Too close to Sun	[βπ]
Earth	-328-07-16	8:56	☿🝵♀	Mercury	Venus	0.02	0:01	-4.0	-1.1	10.5	15.4		[βρ]
Earth	-281-11-16	7:20	♀🝵☿	Venus	Mercury	T	0:12	-4.0	-1.3	3.9	1.2	Too close to Sun	[βσ]
Earth	-268-10-02	15:49	☿🝵♂︎	Mercury	Mars	T	0:03	1.7	1.2	9.1	13.0	Too close to Sun	[βτ]
Earth	-265-05-21	13:09	☿🝵♃	Mercury	Jupiter	A	0:08	-1.9	-1.3	6.4	12.7	Too close to Sun	[βυ]
Earth	-164-12-19	21:49	♀🝵♄	Venus	Saturn	0.52	0:08	-4.1	0.6	13.4	36.7		[βφ]
Earth	-147-04-20	14:36	♀🝵♃	Venus	Jupiter	0.06	0:07	-4.0	-2.0	22.2	6.6	Too close to Sun	[βχ]
Earth	-43-02-06	21:15	☿🝵♂︎	Mercury	Mars	0.16	0:04	-0.2	1.2	8.3	25.6		[βψ]
Earth	-37-10-11	4:07	♀🝵⛢	Venus	Uranus	T	0:11	-4.0	5.7	1.2	10.9	Undiscovered, to close to Venus	[βω]
Earth	-9-01-3	12:24	♂︎🝵♄	Mars	Saturn	A	0:11	0.8	1.1	2.6	4.2	Too close to Sun	[γα]
Earth	-1-06-17	17:54	♀🝵♃	Venus	Jupiter	0.44	0:23	-4.4	-1.8	26.5	45.4	Partial: Southern Cone, Southern Africa, Antarctic Peninsula	[γβ]
Earth	21–05–22	6:39	☿🝵♃	Mercury	Jupiter	A	0:54	-1.8	1.2	6.4	21.9		[γγ]
Earth	45–09–09	5:55	♂︎🝵♇	Mars	Pluto			-1.0	14.5	9.4	110.1	Undiscovered, too close to Mars	[γδ]
Earth	80–03–06	8:51	☿🝵♄	Mercury	Saturn	0.36	0:07	0.1	1.1	14.3	27.7		[γε]
Earth	209–08–10	20:10	♀🝵♄	Venus	Saturn	0.33	0:07	-4.0	0.5	13.3	23.5		[γζ]
Earth	241–09–06	3:14	☿🝵♄	Mercury	Saturn	0.14	0:03	-1.1	1.1	15.31	16.1		[γη]
Earth	272–06–30	6:18	♂︎🝵♃	Mars	Jupiter	A	0:32	-1.8	1.7	4.0	40.5		[γθ]
Earth	317–08–09	17:25	☿🝵♂︎	Mercury	Mars	0.10	0:01	-0.8	1.8	6.95	13.0	Too close to Sun	[γι]
Earth	333–03–02	1:08	☿🝵⛢	Mercury	Uranus	T	0:01	-1.9	5.9	5.8	5.4	Undiscovered, too close to Sun, Mercury	[γκ]
Earth	359–12–03	2:53	☿🝵⚶	Mercury	Vesta			2.8	7.8	4.68	9.5	Undiscovered, too close to Sun, Mercury	[γλ]
Earth	363–04–19	16:38	♀🝵♃	Venus	Jupiter	A	0:14	-4.0	-2.0	12.6	5.3	Too close to Sun	[γμ]
Earth	392–12–09	0:28	♀🝵☿	Venus	Mercury	T	0:55	-4.3	2.3	12.8	9.8	Too close to Sun	[γν]
Earth	419–08–31	15:17	⚳🝵♇	Ceres	Pluto			7.3	15.7	3.27	96.2	Undiscovered	[γξ]
Earth	428–10–25	1:17	♀🝵♃	Venus	Jupiter	A	0:14	-4.0	-1.7	11.3	6.2	Too close to Sun	[γο]
Earth	493–06–08	23:29	♂︎🝵♃	Mars	Jupiter	A	0:27	-2.2	1.0	11.2	55.5		[γπ]
Earth	508–12–22	22:20	♀🝵⚶	Venus	Vesta			-3.9	7.9	2.76	14.1	Undiscovered, too close to Sun, Venus	[γρ]
Earth	509–07–24	17:26	☿🝵♃	Mercury	Jupiter	A	0:08	-1.7	-0.6	12.4	17.6		[γσ]
Earth	539–05–03	18:37	♃🝵♆	Jupiter	Neptune	P	0:32	-2.3	7.9	20.0	70.4	Undiscovered, too close to Jupiter	[γτ]
Earth	578–05–12	18:23	☿🝵♂︎	Mercury	Mars	0.74	0:02	-2.1	1.5	5.1	3.7	Too close to Sun	[γυ]
Earth	581–01–13	1:20	♀🝵♄	Venus	Saturn	0.24	0:06	-4.0	1.0	14.6	24.4		[γφ]
Earth	596–12–12	5:25	☿🝵⚳	Mercury	Ceres			0.9	8.5	6.15	17.7	Undiscovered, too close to Mercury	[γχ]
Earth	681–12–31	21:29	♀🝵♃	Venus	Jupiter	0.17	0:13	-4.3	-2.1	27.5	43.9		[γψ]
Earth	700–09–17	16:06	♀🝵♃	Venus	Jupiter	0.09	0:08	-4.0	-1.7	20.4	5.5	Too close to Sun	[γω]
Earth	713–04–02	5:51	♀🝵♆	Venus	Neptune	0.22	0:04	-4.0	7.9	20.2	20.2	Undiscovered, too close to Venus	[δα]
Earth	732–06–22	12:42	♀🝵♃	Venus	Jupiter	P	0:12	-4.0	-1.9	17.5	15.6		[δβ]
Earth	757–01–17	21:57	♀🝵☿	Venus	Mercury	T	0:14	-4.4	-0.2	3.3	22.9		[δγ]
Earth	796–08–20	7:13	☿🝵♀	Mercury	Venus	A	0:10	-4.0	-1.4	0.3	5.4	Too close to Sun	[δδ]
Earth	829–09–28	7:23	♀🝵♃	Venus	Jupiter	A	0:17	-4.1	-1.7	11.1	36.9		[δε]
Earth	914–07–23	18:21	♀🝵♄	Venus	Saturn	A	0:10	-4.0	0.2	1.3	30.0		[δζ]
Earth	919–09–07	10:58	☿🝵♄	Mercury	Saturn	A	0:05	-1.4	1.1	3.5	9.2	Too close to Sun	[δη]
Earth	965–09–24	17:22	☿🝵⛢	Mercury	Uranus	T	0:02	-1.3	5.6	3.7	3.9	Undiscovered, too close to Sun, Mercury	[δθ]
Earth	992–05–24	12:50	♀🝵♂︎	Venus	Mars	T	0:21	-4.2	1.8	12.4	17.7		[δι]
Earth	1026–04–16	18:40	☿🝵♄	Mercury	Saturn	A	0:04	-0.7	0.5	11.2	18.5		[δκ]
Earth	1043–10–25	19:06	♀🝵♃	Venus	Jupiter	0.50	0:19	-4.4	-1.8	20.3	46.0		[δλ]
Earth	1170–09–12	20:29	♂︎🝵♃	Mars	Jupiter	A	1:03	-2.5	-0.4	5.8	105.5	Annular: Greenland, Iceland, Scandinavia North European Plain, Bohemia, Carpathian Basin, Balkans, European Russia, Asia, East Africa, Oceania	[δμ]
Earth	1191–12–31	19:45	♀🝵♃	Venus	Jupiter	0.06	0:09	-4.3	-2.1	32.0	44.8		[δν]
Earth	1194–03–26	11:01	♀🝵♆	Venus	Neptune	T	0:06	-4.1	8.0	0.7	38.8	Undiscovered, too close to Venus	[δξ]
Earth	1204–04–22	19:31	♂︎🝵♃	Mars	Jupiter	0.02	0:10	-2.1	1.2	20.4	37.4		[δο]
Earth	1210–09–17	10:39	♀🝵♃	Venus	Jupiter	A	0:15	-4.0	-1.7	0.2	6.9	Too close to Sun	[δπ]
Earth	1253–12–08	9:11	☿🝵♄	Mercury	Saturn	A	0:16	0.5	0.7	9.0	14.8	Too close to Sun?	[δρ]
Earth	1278–08–25	14:29	♂︎🝵♆	Mars	Neptune	T	0:04	1.7	8.0	0.7	0.4	Undiscovered, too close to Sun, Mars	[δσ]
Earth	1286–10–30	5:42	♀🝵♆	Venus	Neptune	T	0:08	-4.4	8.0	5.1	45.6	Undiscovered, too close to Venus	[δτ]
Earth	1362–06–18	11:21	♀🝵⛢	Venus	Uranus	P	0:03	-4.0	5.7	8.4	6.1	Undiscovered, too close to Sun, Venus	[δυ]
Earth	1372–11–17	8:07	♀🝵☿	Venus	Mercury	0.93	0:09	-4.5	-0.6	47.8	21.0		[δφ]
Earth	1383–08–19	15:00	♀🝵⛢	Venus	Uranus	T	0:05	-4.0	5.6	6.8	30.5	Undiscovered, too close to Venus	[δχ]
Earth	1387–09–30	0:09	♂︎🝵♃	Mars	Jupiter	A	0:27	-1.7	1.8	9.8	17.3	Annular: Balkhash, Baikal, India ... Partial: ...[32]	[δψ]
Earth	1416–08–17	23:44	♀🝵♄	Venus	Saturn	A	0:10	-4.0	0.3	3.3	24.9	Annular: ... Partial: Tartu, Vitebsk, Oryol, Rostov ... and east[32]	[δω]
Earth	1427–08–30	7:40	♀🝵♆	Venus	Neptune	T	0:05	-4.1	8.0	5.9	36.1	Undiscovered, too close to Venus	[εα]
Earth	1447–06–20	10:55	♃🝵♆	Jupiter	Neptune	T	1:54	-1.9	8.0	9.9	72.2	Undiscovered, too close to Jupiter	[εβ]
Earth	1477–08–10	19:45	♀🝵♄	Venus	Saturn	0.25	0:06	-4.0	0.6	12.7	1.3	Too close to Sun	[εγ]
Earth	1477–10–18	15:12	♂︎🝵♄	Mars	Saturn	A	0:15	0.9	1.6	6.0	53.2	Annular: ... Partial: Britain, Iberia, Iceland, Svalbard, Severny Island, Kamchatka, ...[32]	[εδ]
Earth	1522–01–28	8:09	♂︎🝵♄	Mars	Saturn	A	0:10	-1.1	0.8	5.4	0.2	Too close to Sun	[εε]
Earth	1570–02–05	7:46	♀🝵♃	Venus	Jupiter	0.24	0:12	-4.0	-1.9	18.1	24.6	Partial: Argentina	[εζ]
Earth	1590–10–13	4:52	♀🝵♂︎	Venus	Mars	T	0:09	-4.1	1.8	7.0	34.0	Total: Southern Africa, ... Partial: London, Dresden, Prague, Kraków, Lutsk, Poltava ... and south[32]	[εη]
Earth	1613–01–03	23:47	♃🝵♆	Jupiter	Neptune	T	10:10	-2.2	7.9	5.06	107.4	Undiscovered, too close to Jupiter	[εθ]
Earth	1623–08–15	16:53	♃🝵⛢	Jupiter	Uranus	T	1:23	-1.8	5.6	5.03	9.2	Undiscovered, too close to Jupiter	[ει]
Earth	1702-09-19	13:58	♃🝵♆	Jupiter	Neptune	T	3:24	-2.9	7.8	2.50	164.8	Undiscovered, too close to Jupiter	[εκ]
Earth	1705-07-20	23:39	☿🝵♃	Mercury	Jupiter	0.02	0:03	-1.9	-1.2	23.2	14.9	Close to Sun Partial: Australia, New Zealand, ...[32]	[ελ]
Earth	1708-07-14	13:02	☿🝵⛢	Mercury	Uranus	T	0:03	-0.1	5.6	6.3	24.7	Undiscovered, too close to Mercury	[εμ]
Earth	1708-10-04	12:41	☿🝵♃	Mercury	Jupiter	A	0:08	-1.7	-1.7	11.8	0.2	Too close to Sun	[εν]
Earth	1737-05-28	21:51	♀🝵☿	Venus	Mercury	T	0:09	-4.4	-0.3	36.2	22.1	Total: Iceland, Outer Manchuria, Baikal, ... Partial: Britain, Denmark, Scandinavia, Kamchatka, ...[32]	[εξ]
Earth	1771-08-29	19:38	♀🝵♄	Venus	Saturn	0.52	0:08	-4.0	0.5	9.3	14.3	Close to Sun Partial: New Zealand, far Eastern Australia, Fiji, far Southern Cone[32]	[εο]
Earth	1793-07-21	5:38	☿🝵⛢	Mercury	Uranus	T	0:03	-0.2	5.6	23.7	23.7	Too close to Mercury	[επ]
Earth	1808-12-09	20:34	☿🝵♄	Mercury	Saturn	0.02	0:02	-0.7	0.5	16.9	20.2	Partial: South Pole	[ερ]
Earth	1818-01-03	21:52	♀🝵♃	Venus	Jupiter	A	0:14	-4.0	-1.8	12.2	16.5	Annular: Sakhalin, Kurils, Russia (Kamchatka) Partial: China (Primorye), Korea, Taiwan	[εσ]
Earth	1905-12-14	7:15	☿🝵⚶	Mercury	Vesta			4.9	7.6	4.08	4.1	Too close to Sun	[ετ]
Earth	2019-02-08	9:00	22🝵♃	Kalliope	Jupiter			-1.9	11		60	Too close to Jupiter	[ευ]
Neptune	2046-04-29		♄🝵♃	Saturn	Jupiter								[εφ]
Earth	2065-11-22	12:44	♀🝵♃	Venus	Jupiter	0.31	0:12	-4.0	-1.7	14.2	7.8	Too close to Sun?	[εχ]
Earth	2067-07-15	11:54	☿🝵♆	Mercury	Neptune	T	0:01	-0.7	8.0	9.7	18.4	Too close to Mercury Total: North Pole	[εψ]
Earth	2079-08-11	1:29	☿🝵♂︎	Mercury	Mars	T	0:03	-1.5	1.7	1.4	11.2	Too close to Sun Total: Dagestan, Armenia, Azerbaijan, Iran, UAE, Oman Partial: European Russia, Finland	[εω]
Earth	2088-10-27	13:41	☿🝵♃	Mercury	Jupiter	0.10	0:05	-1.7	-1.4	18.9	4.6	Too close to Sun	[ζα]
Earth	2094-04-07	10:47	☿🝵♃	Mercury	Jupiter	A	0:08	-2.1	-2.1	6.7	1.4	Too close to Sun	[ζβ]
Earth	2104–08–21	1:16	♀🝵♆	Venus	Neptune	T	0:05	-4.0	8.0	0.3	26.6	Too close to Venus	[ζγ]
Earth	2123–09–14	15:25	♀🝵♃	Venus	Jupiter	A	0:15	-4.0	-1.7	5.9	16.2	Annular: Alaska, Pacific Ocean	[ζδ]
Earth	2126–07–29	16:06	☿🝵♂︎	Mercury	Mars	0.79	0:02	-1.7	1.7	5.3	9.1	Too close to Sun	[ζε]
Earth	2133–12–03	14:10	♀🝵☿	Venus	Mercury	T	0:10	-4.1	-1.1	37.3	4.2	Too close to Sun	[ζζ]
Earth	2223–06–21	20:30	♀🝵⚶	Venus	Vesta			-4.0	8.3	7.98	5.7	Too close to Sun	[ζη]
Earth	2223–12–02	12:26	♂︎🝵♃	Mars	Jupiter	A	0:26	-2.4	0.0	20.5	89.2		[ζθ]
Earth	2240–11–04	0:58	♀🝵⚳	Venus	Ceres			-4.5	8.3	14.06	47.1	Too close to Venus	[ζι]
Earth	2243–08–12	4:48	♀🝵♄	Venus	Saturn	0.04	0:03	-4.0	0.7	16.5	16.1		[ζκ]
Earth	2251–03–04	10:47	♀🝵⛢	Venus	Uranus	T	0:05	-4.0	5.9	4.6	25.4	Too close to Venus	[ζλ]
Earth	2307–09–11	22:23	♀🝵⛢	Venus	Uranus	0.62	0:03	-4.0	5.5	11.1	28.5	Too close to Venus	[ζμ]
Earth	2327–06–04	0:45	♀🝵♂︎	Venus	Mars	T	0:18	-4.4	1.3	30.6	21.5		[ζν]
Earth	2335–10–08	14:44	♀🝵♃	Venus	Jupiter	0.22	0:12	-4.1	-1.8	20.6	35.4		[ζξ]
Earth	2351–04–07	17:15	☿🝵⛢	Mercury	Uranus	T	0:02	-2.0	5.9	3.6	3.7	Too close to Sun	[ζο]
Earth	2419–12–30	1:25	♀🝵⛢	Venus	Uranus	T	0:27	-4.7	5.9	4.2	42.5	Too close to Venus	[ζπ]
Earth	2478–08–29	22:58	♂︎🝵♃	Mars	Jupiter	A	0:21	-1.7	1.8	14.0	11.2	Too close to Sun	[ζρ]
Earth	2515–04–07	10:19	♂︎🝵♆	Mars	Neptune	T	0:03	1.2	8.0	3.8	19.9	Too close to Mars	[ζσ]
Earth	2518–01–25	22:26	♀🝵♄	Venus	Saturn	A	0:10	-4.1	0.5	4.2	32.6		[ζτ]
Earth	2649–02–16	10:50	♀🝵♆	Venus	Neptune	A	0:05	-4.1	8.0	1.3	45.7	Too close to Venus	[ζυ]
Earth	2781–12–03	6:04	♀🝵♆	Venus	Neptune	T	0:03	-4.0	8.0	9.5	26.3	Too close to Venus	[ζφ]
Earth	2816–03–25	15:04	☿🝵♃	Mercury	Jupiter	A	0:22	-2.0	0.1	7.6	27.5		[ζχ]
Earth	2817–03–06	8:53	♀🝵♄	Venus	Saturn	A	0:09	-4.0	0.7	1.0	20.0		[ζψ]
Earth	2818–04–11	19:58	☿🝵♂︎	Mercury	Mars	P	0:02	-1.9	1.2	4.8	5.0	Too close to Sun	[ζω]
Earth	2825–02–06	9:58	♂︎🝵⛢	Mars	Uranus	T	0:05	1.4	5.7	0.9	49.1	Too close to Mars	[ηα]
Earth	2830–12–15	6:52	♀🝵♂︎	Venus	Mars	T	0:13	-4.3	1.3	46.4	10.6	Too close to Sun	[ηβ]
Earth	2833–07–20	5:29	☿🝵♃	Mercury	Jupiter	P	0:08	-1.8	-0.1	21.7	25.0		[ηγ]
Earth	2912–02–12	20:03	♀🝵♃	Venus	Jupiter	A	0:17	-4.1	-2.1	11.5	36.3		[ηδ]
Earth	2954–11–08	1:47	♀🝵♃	Venus	Jupiter	P	0:06	-4.0	-1.7	22.0	1.1	Too close to Sun	[ηε]
Earth	2954–11–21	0:56	☿🝵♄	Mercury	Saturn	P	0:05	-0.9	0.7	14.6	18.3		[ηζ]
Earth	2959–03–09	16:35	♂︎🝵♃	Mars	Jupiter	A	0:26	-2.0	-0.9	4.5	4.4	Too close to Sun	[ηη]
Earth	2965–10–05	15:48	☿🝵♃	Mercury	Jupiter	A	0:08	-1.7	-1.4	8.1	4.4	Too close to Sun	[ηθ]
Earth	2986–08–13	8:05	♀🝵♃	Venus	Jupiter	A	0:14	-4.0	-1.9	14.3	21.5		[ηι]
Earth	2991–03–22	13:40	♀🝵♆	Venus	Neptune	A	0:04	-4.1	9.0	12.0	38.4	Too close to Venus	[ηκ]
No Mercury dates after this point (model inaccuracy).
Earth	3127–06–12	0:02	♀🝵♃	Venus	Jupiter								[ηλ]
Earth	3156–08–08	13:38	♀🝵♄	Venus	Saturn	P	0:07	3.8	0.5	13.3	27		[ημ]
Earth	3224–09–22	5:44	♀🝵♃	Venus	Jupiter	P	0:07	-3.8	-1.8	7.5	30		[ην]
Earth	3231–09–25	11:37	♀🝵⛢	Venus	Uranus	T	0:04	-3.8	5.5	7.7	27	Too close to Venus	[ηξ]
Earth	3243–10–13	18:24	♀🝵♆	Venus	Neptune	T	0:06	-3.9	8.0	0.6	40	Too close to Venus	[ηο]
Earth	3249–07–27	19:49	♀🝵♃	Venus	Jupiter	P	0:10	-4.1	-1.8	29.5	44		[ηπ]
Earth	3324–01–08	13:06	♀🝵♃	Venus	Jupiter	A	0:14	-3.9	-1.8	11.6	15		[ηρ]
Earth	3332–07–10	0:36	♂︎🝵♄	Mars	Saturn	A	0:07	0.5	1.6	11.8	44		[ησ]
Earth	3340–12–25	21:01	♀🝵♄	Venus	Saturn	T	0:36	-2.8	0.9	43.1	12	Too close to Sun	[ητ]
Earth	3428–02–29	3:14	♃🝵♆	Jupiter	Neptune	T	5:02	-2.2	7.9	16.0	133	Too close to Venus	[ηυ]
Earth	3493–05–05	4:10	♂︎🝵♃	Mars	Jupiter	A	0:27	-2.0	1.0	3.4	27		[ηφ]
Earth	3693–03–10	17:41	♀🝵♃	Venus	Jupiter	A	0:17	-3.9	-1.8	1.9	28		[ηχ]
Earth	3873–06–11	13:12	♀🝵♃	Venus	Jupiter	P	1:24	-4.6	-2.0	28.1	39		[ηψ]
Earth	3914–01–30	9:20	♂︎🝵⛢	Mars	Uranus	P	0:04	1.4	5.6	4.3	40	Too close to Mars	[ηω]
Earth	3950–09–18	18:09	♀🝵♄	Venus	Saturn	A	0:09	-3.9	0.5	6.6	15		[θα]
Earth	3973–12–10	9:18	♂︎🝵♃	Mars	Jupiter	A	0:31	-1.8	1.6	6.4	42		[θβ]
Earth	4005–06–13	10:00	♀🝵♂︎	Venus	Mars	P	0:06	-3.9	1.4	7.3	19		[θγ]
Earth	4024–03–16	22:30	♀🝵♄	Venus	Saturn	A	0:08	-3.9	0.9	8.8	20		[θδ]
Earth	4056–09–10	9:59	♀🝵♃	Venus	Jupiter	A	0:15	-3.8	-1.6	10.8	28		[θε]
Earth	4125–02–15	11:14	♀🝵♂︎	Venus	Mars	P	0:08	-3.9	1.2	5.5	2	Too close to Sun	[θζ]
Earth	4257–09–17	9:54	♀🝵♂︎	Venus	Mars	P	0:07	-3.9	1.6	5.2	11	Too close to Sun	[θη]
Earth	4305–08–27	4:46	♀🝵⛢	Venus	Uranus	T	0:03	-3.9	5.7	7.7	13	Too close to Sun, Venus	[θθ]
Earth	4320–03–14	11:15	♀🝵♄	Venus	Saturn	A	0:09	-3.9	0.9	2.4	2	Too close to Sun	[θι]
Earth	4477–07–16	23:49	♀🝵⛢	Venus	Uranus	T	0:22	-4.5	5.6	20.2	41	Too close to Venus	[θκ]
Earth	4492–08–16	11:04	♀🝵♃	Venus	Jupiter	P	0:12	-3.8	-1.9	18.3	21		[θλ]
Earth	4517–07–15	4:41	♀🝵♃	Venus	Jupiter	P	1:15	-4.5	-1.8	42.0	37		[θμ]
Earth	4648–08–28	3:14	♃🝵⛢	Jupiter	Uranus	T	1:12	-1.8	5.6	10.3	19	Too close to Venus	[θν]
Earth	4651–03–11	5:24	♂︎🝵♃	Mars	Jupiter								[θξ]
Earth	4710–05–29	20:34	♀🝵⛢	Venus	Uranus	T	0:03	-3.9	5.9	7.2	12	Too close to Sun, Venus	[θο]
Earth	4757–12–24	19:27	♀🝵♆	Venus	Neptune	T	0:04	-3.9	8.0	4.7	23	Too close to Venus	[θπ]
Earth	4830–01–13	0:02	♀🝵♃	Venus	Jupiter	A	0:15	-3.9	-1.6	7.2	13	Too close to Sun?	[θρ]
Earth	4897–03–23	20:04	♃🝵⛢	Jupiter	Uranus	T	4:07	-2.5	5.4	1.5	159	Too close to Jupiter	[θσ]
Earth	4927–04–21	4:08	♀🝵♃	Venus	Jupiter	A	0:18	-3.9	-1.9	8.1	36		[θτ]
Earth	4998–12–19	9:07	♀🝵♂︎	Venus	Mars	T	1:06	-4.6	1.6	19.6	44		[θυ]
Earth	5023–04–16	6:18	♀🝵⛢	Venus	Uranus	P	0:03	-3.9	5.9	11.6	31	Too close to Venus	[θφ]
Earth	5135–08–18	21:50	♂︎🝵⛢	Mars	Uranus	P	0:02	1.1	5.8	6.6	38	Too close to Mars	[θχ]
Earth	5188–08–21	4:58	♀🝵♄	Venus	Saturn	A	0:10	-3.8	0.5	3.0	31		[θψ]
Earth	5199–03–06	12:21	♀🝵♄	Venus	Saturn	P	0:08	-3.9	0.9	9.9	28		[θω]
Earth	5199–03–15	20:50	♀🝵♃	Venus	Jupiter	A	0:16	-3.9	-1.8	7.2	26		[ια]
Earth	5231–03–27	18:43	♀🝵♄	Venus	Saturn	P	0:08	-3.9	0.9	8.9	21		[ιβ]
Earth	5233–03–12	4:27	♀🝵♄	Venus	Saturn	A	0:09	-3.9	0.9	1.0	13	Too close to Sun?	[ιγ]
Earth	5282–03–18	20:47	♀🝵♆	Venus	Neptune	T	0:05	-3.9	8.0	0.8	36	Too close to Venus	[ιδ]
Earth	5381–07–29	17:40	♀🝵♃	Venus	Jupiter	P	0:05	-3.9	-1.9	23.8	15		[ιε]
Earth	5477–08–11	22:35	♀🝵⛢	Venus	Uranus	T	0:04	-3.9	5.7	1.5	5	Too close to Sun, Venus	[ιζ]
Earth	5531–07–01	3:48	♀🝵♄	Venus	Saturn	P	0:04	-4.1	0.7	24.4	44		[ιη]
Earth	5578–02–25	1:03	♀🝵♃	Venus	Jupiter	A	0:14	-3.9	-1.8	12.9	21		[ιθ]
Earth	5595–08–22	8:39	♀🝵♄	Venus	Saturn	P	0:05	-3.8	0.6	16.9	30		[ιι]
Earth	5615–01–05	12:47	♂︎🝵♄	Mars	Saturn	A	0:13	0.5	0.7	3.8	68		[ικ]
Earth	5652–03–27	11:10	♀🝵♃	Venus	Jupiter	A	0:17	-3.9	-2.0	10.1	29		[ιλ]
Earth	5728–10–21	2:34	♀🝵♆	Venus	Neptune	T	0:04	-3.9	8.0	4.6	14	Too close to Sun, Venus	[ιμ]
Earth	5805–06–28	6:22	♀🝵⛢	Venus	Uranus	T	0:04	-3.9	5.8	5.4	8	Too close to Sun, Venus	[ιν]
Earth	5821–04–05	11:14	♀🝵♄	Venus	Saturn	P	0:07	-3.9	0.9	9.2	12	Too close to Sun	[ιξ]
Earth	5883–11–06	19:14	♀🝵♃	Venus	Jupiter	P	0:10	-3.9	-1.6	18.6	12	Too close to Sun?	[ιο]
Earth	5947–04–29	23:11	♀🝵⛢	Venus	Uranus	T	0:05	-3.9	5.9	3.4	33	Too close to Venus	[ιπ]
Earth	6121–07–12	23:15	♀🝵♄	Venus	Saturn	P	0:10	-3.9	0.7	9.4	38		[ιρ]
Earth	6132–04–03	2:03	♂︎🝵♆	Mars	Neptune	P	0:02	1.0	8.0	5.5	16	Too close to Sun, Mars	[ισ]
Earth	6137–12–27	23:35	♂︎🝵♃	Mars	Jupiter	A	0:39	-2.4	-0.7	7.2	101		[ιτ]
Earth	6150–08–27	0:59	♀🝵⛢	Venus	Uranus	T	0:04	-3.9	5.7	0.6	7	Too close to Sun, Venus	[ιυ]
Earth	6236–10–01	6:32	♀🝵♃	Venus	Jupiter	A	0:17	-3.8	-1.9	6.7	28		[ιφ]
Earth	6286–10–24	2:35	♀🝵♃	Venus	Jupiter	A	0:14	-3.9	-1.6	11.4	19		[ιχ]
Earth	6287–02–26	16:27	♀🝵⛢	Venus	Uranus	T	0:07	-4.2	5.9	11.7	46	Too close to Venus	[ιψ]
Earth	6438–04–05	23:00	♀🝵♄	Venus	Saturn	P	0:06	-3.9	0.8	13.2	22		[ιω]
Earth	6506–07–10	10:02	♂︎🝵♃	Mars	Jupiter	A	0:26	-2.0	0.9	6.6	43		[κα]
Earth	6534–10–11	20:26	♂︎🝵♄	Mars	Saturn	A	0:22	-1.0	0.4	13.8	107		[κβ]
Earth	6607–12–15	8:16	♀🝵♃	Venus	Jupiter	A	0:15	-3.9	-1.5	6.2	1	Too close to Sun	[κγ]
Earth	6623–08–01	3:03	♀🝵♄	Venus	Saturn	A	0:10	-3.8	0.7	1.9	33		[κδ]
Earth	6673–04–03	17:09	♀🝵♄	Venus	Saturn	A	0:09	-3.9	0.8	3.6	23		[κε]
Earth	6673–06–24	18:36	♀🝵♃	Venus	Jupiter	A	0:14	-3.9	-2.0	14.8	3	Too close to Sun	[κζ]
Earth	6707–04–08	14:23	♃🝵⛢	Jupiter	Uranus	T	1:18	-1.9	5.9	2.4	13	Too close to Sun, Jupiter	[κη]
Earth	6853–10–21	5:52	♀🝵♃	Venus	Jupiter	P	0:11	-3.8	-1.9	21.6	32		[κθ]
Earth	6957–06–20	2:16	♀🝵♆	Venus	Neptune	T	0:11	-4.4	7.9	9.4	47	Too close to Venus	[κι]
Earth	7199–09–07	8:06	♂︎🝵♆	Mars	Neptune	T	0:04	1.5	8.0	0.9	49	Too close to Venus	[κκ]
Earth	7249–08–17	1:33	♀🝵♄	Venus	Saturn	T	0:16	-4.2	0.5	7.1	46		[κλ]
Earth	7290–07–16	0:55	♀🝵♃	Venus	Jupiter	P	0:12	-3.9	-2.0	17.6	8	Too close to Sun?	[κμ]
Earth	7300–04–01	17:58	♂︎🝵♃	Mars	Jupiter	P	0:13	-1.9	1.0	18.0	21		[κν]
Earth	7304–09–17	17:23	♀🝵♄	Venus	Saturn	A	0:10	-3.8	0.6	1.0	27		[κξ]
Earth	7462–03–12	17:05	♀🝵⛢	Venus	Uranus	T	0:07	-4.1	5.9	10.3	44	Too close to Venus	[κο]
Earth	7541–02–17	15:54	♃🝵♄	Jupiter	Saturn	P	5:03	-2.7	0.2	28.2	163		[κπ]
Earth	7541–06–18	22:05	♃🝵♄	Jupiter	Saturn	T	4:44	-2.1	0.5	2.6	71		[κρ]
Earth	8674–02–27	9:37	♃🝵♄	Jupiter	Saturn	P	2:41	-1.6	0.8	11.4	12	Too close to Sun?	[κσ]

Notes

1. Elongation insufficient for visibility.
2. Occurred over the South Atlantic and Argentina.^[5]
3. "T" if total (occultation), "A" if annular (transit). Otherwise, "the maximum fraction of the occulted diameter" at the point of Earth's surface coming closst to the axis of the shadow is given (where the degree of occultation is the greatest).^[7] If this has not been calculated, "P" for partial.^[13]

Bibliography

1. ^[23]
2. ^[13]
3. ^[13]
4. ^[13]
5. ^[13]
6. ^[13]
7. ^[13]
8. ^[13]
9. ^[13]
10. ^[13]
11. ^[13]
12. ^[13]˙​^[14]
13. ^[13]˙​^[14]
14. ^[13]˙​^[14]
15. ^[13]˙​^[14]
16. ^[13]˙​^[14]
17. ^[13]˙​^[14]
18. ^[13]˙​^[14]
19. ^[13]˙​^[14]
20. ^[13]˙​^[14]
21. ^[13]˙​^[14]
22. ^[13]˙​^[14]
23. ^[13]˙​^[14]
24. ^[13]˙​^[14]
25. ^[13]˙​^[14]
26. ^[13]˙​^[14]
27. ^[13]˙​^[14]
28. ^[13]˙​^[14]
29. ^[13]˙​^[14]
30. ^[13]˙​^[14]
31. ^[13]˙​^[14]
32. ^[14]
33. ^[13]˙​^[14]
34. ^[13]˙​^[14]
35. ^[13]˙​^[14]
36. ^[13]˙​^[14]
37. ^[13]˙​^[14]
38. ^[13]˙​^[14]
39. ^[13]˙​^[14]
40. ^[13]˙​^[14]
41. ^[13]˙​^[14]
42. ^[13]˙​^[14]
43. ^[9]˙​^[10]˙​^[13]˙​^[14]
44. ^[9]˙​^[10]˙​^[13]˙​^[14]
45. ^[9]˙​^[10]˙​^[13]˙​^[14]
46. ^[9]˙​^[10]˙​^[13]˙​^[14]
47. ^[9]˙​^[10]˙​^[13]˙​^[14]
48. ^[24]˙​^[10]˙​^[14]
49. ^[9]˙​^[10]˙​^[13]˙​^[14]
50. ^[10]˙​^[13]˙​^[14]
51. ^[9]˙​^[10]˙​^[13]˙​^[14]
52. ^[10]˙​^[13]˙​^[14]
53. ^[9]˙​^[10]˙​^[13]˙​^[14]
54. ^[24]˙​^[10]˙​^[13]˙​^[14]
55. ^[10]˙​^[13]˙​^[14]
56. ^[10]˙​^[13]˙​^[14]
57. ^[10]˙​^[13]˙​^[14]
58. ^[10]˙​^[13]˙​^[14]
59. ^[9]˙​^[10]˙​^[13]˙​^[14]
60. ^[10]˙​^[13]˙​^[14]
61. ^[10]˙​^[13]˙​^[14]
62. ^[9]˙​^[10]˙​^[7]˙​^[13]˙​^[14]
63. ^[9]˙​^[10]˙​^[7]˙​^[13]˙​^[14]
64. ^[9]˙​^[10]˙​^[13]˙​^[14]
65. ^[9]˙​^[10]˙​^[7]˙​^[13]˙​^[14]
66. ^[9]˙​^[10]˙​^[7]˙​^[13]˙​^[14]
67. ^[9]˙​^[10]˙​^[7]˙​^[13]˙​^[14]
68. ^[9]˙​^[10]˙​^[7]˙​^[13]˙​^[14]
69. ^[9]˙​^[10]˙​^[7]˙​^[13]˙​^[14]
70. ^[10]˙​^[7]˙​^[13]˙​^[14]
71. ^[9]˙​^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]
72. ^[24]˙​​^[10]˙​^[13]˙​^[11]˙^[14]
73. ^[9]˙​^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]
74. ^[25]˙​^[26]˙​^[10]˙​^[5]˙​^[27]˙​^[7]˙​^[13]˙​^[11]˙​^[14]
75. ^[9]˙​^[7]˙​^[13]˙​^[11]˙​^[14]˙​^[28]
76. ^[14]
77. ^[9]˙​^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]
78. ^[9]˙​^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]
79. ^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]
80. ^[9]˙​^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]˙​^[28]
81. ^[9]˙​^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]
82. ^[10]˙​^[13]˙​^[11]˙​^[14]
83. ^[11]
84. ^[10]˙​^[11]˙​^[9]˙​^[7]˙​^[13]˙​^[14]˙​^[28]
85. ^[10]˙​^[9]˙​^[7]˙​^[13]˙​^[11]˙​^[14]˙​^[28]
86. ^[11]
87. ^[9]˙​^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]˙​^[28]
88. ^[9]˙​^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]˙​^[28]
89. ^[11]
90. ^[9]˙​^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]˙​^[28]
91. ^[10]˙​^[13]˙​^[11]˙​^[14]
92. ^[9]˙​^[24]˙​^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]
93. ^[1]˙​^[9]˙​^[10]˙^[7]˙​​^[13]˙​^[11]˙​^[14]
94. ^[11]
95. ^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]
96. ^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]
97. ^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]
98. ^[10]˙​^[13]˙​^[11]˙​^[14]
99. ^[9]˙​^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]˙​^[28]
100. ^[9]˙​^[10]˙​^[7]˙​^[29]˙​^[11]˙​^[14]˙​^[28]
101. ^[9]˙​^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]˙​^[28]
102. ^[9]˙​^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]˙​^[28]
103. ^[9]˙​^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]˙​^[28]
104. ^[10]˙​^[13]˙​^[11]˙​^[14]
105. ^[9]˙​^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]˙​^[28]
106. ^[9]˙​^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]˙​^[28]
107. ^[9]˙​^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]
108. ^[30]˙​^[9]˙​^[10]˙​^[5]˙​^[2]˙​^[7]˙​^[31]˙​^[13]˙​^[11]˙​^[14]˙​^[28]˙​^[3]
109. ^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]
110. ^[10]˙​^[13]˙​^[11]˙​^[14]
111. ^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]
112. ^[9]˙​^[10]˙​^[5]˙​^[7]˙​^[13]˙​^[11]˙​^[14]˙​^[28]
113. ^[9]˙​^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]˙​^[28]
114. ^[24]˙​^[10]˙​^[13]˙​^[11]˙​^[14]
115. ^[10]˙​^[13]˙​^[11]˙​^[14]
116. ^[10]˙​^[13]˙​^[11]˙​^[14]
117. ^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]
118. ^[10]˙​^[13]˙​^[11]˙​^[14]
119. ^[24]˙​^[10]˙​^[5]˙​^[7]˙​^[13]˙​^[11]˙​^[9]˙​^[14]˙​^[28]
120. ^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[9]˙​^[14]˙​^[28]
121. ^[24]˙​^[10]˙​^[13]˙​^[11]˙​^[14]
122. ^[10]˙​^[13]˙​^[11]˙​^[14]
123. ^[9]˙​^[10]˙​^[5]˙​^[7]˙​^[13]˙​^[29]˙​^[11]˙​^[14]
124. ^[9]˙​^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]˙​^[28]
125. ^[6]˙​^[9]˙​^[24]˙​^[10]˙​^[5]˙​^[7]˙​^[13]˙​^[11]˙​^[14]˙​^[28]
126. ^[6]˙​^[10]˙​^[5]˙​^[7]˙​^[13]˙​^[11]˙​^[14]
127. ^[6]˙​^[24]˙​^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]˙​^[28]˙​^[3]
128. ^[5]˙​^[7]˙​^[13]˙​^[11]˙​^[14]˙​^[28]˙​^[16]˙​^[33]
129. ^[8]˙​^[24]˙​^[10]˙​^[5]˙​^[7]˙^[13]˙​​^[11]˙​^[14]˙​^[28]˙​^[33]
130. ^[8]˙​^[24]˙​^[10]˙​^[5]˙​^[7]˙​^[13]˙​^[11]˙​^[28]˙​^[16]˙​^[33]
131. ^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]
132. ^[8]˙​^[24]˙​^[10]˙​^[5]˙​^[7]˙​^[13]˙​^[11]˙​^[14]
133. ^[8]˙​^[10]˙​^[5]˙​^[7]˙​^[13]˙​^[11]˙​^[14]˙​^[28]
134. ^[6]˙​^[8]˙​^[34]˙​^[24]˙​^[10]˙​^[5]˙​^[4]˙​^[31]˙​^[29]˙​^[13]˙​^[11]˙​^[14]
135. ^[8]˙​^[24]˙​^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]
136. ^[8]˙​^[24]˙​^[10]˙​^[5]˙​^[7]˙​^[13]˙​^[11]˙​^[14]˙​^[28]
137. ^[8]˙​^[24]˙​^[10]˙​^[5]˙​^[7]˙​^[13]˙​^[11]˙​^[14]
138. ^[8]˙​^[24]˙​^[10]˙​^[5]˙​^[35]˙​^[7]˙​^[31]˙​^[13]˙​^[11]˙​^[14]˙​^[28]˙​^[3]˙​^[16]
139. ^[11]
140. ^[36]
141. ^[15]
142. ^[8]˙​^[24]˙​^[10]˙​^[5]˙​^[7]˙​^[31]˙​^[29]˙​^[13]˙​^[11]˙​^[14]˙​^[3]
143. ^[8]˙​^[24]˙​^[10]˙​^[5]˙​^[7]˙​^[29]˙​^[13]˙​^[11]˙​^[14]˙​^[28]˙​^[3]
144. ^[8]˙​^[24]˙​^[10]˙​^[5]˙​^[7]˙​^[13]˙​^[11]˙​^[14]˙​^[28]˙​^[3]
145. ^[8]˙​^[24]˙​^[10]˙​^[5]˙​^[7]˙​^[13]˙​^[11]˙​^[14]˙​^[3]
146. ^[8]˙​^[24]˙​^[10]˙​^[5]˙​^[7]˙​^[13]˙​^[11]˙​^[14]˙​^[28]˙​^[3]
147. ^[24]˙​^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]˙​^[28]
148. ^[8]˙​^[24]˙​^[10]˙​^[5]˙​^[7]˙​^[29]˙​^[13]˙​^[11]˙​^[14]˙​^[28]˙​^[3]
149. ^[8]˙​^[24]˙​^[10]˙​^[5]˙​^[7]˙​^[13]˙​^[11]˙​^[14]
150. ^[8]˙​^[24]˙​^[10]˙​^[5]˙​^[7]˙​^[13]˙​^[11]˙​^[14]
151. ^[29]˙​^[11]˙​^[28]
152. ^[8]˙​^[24]˙​^[10]˙​^[5]˙​^[7]˙​^[13]˙​^[11]˙​^[14]
153. ^[11]
154. ^[24]˙​^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]
155. ^[24]˙​^[10]˙​^[7]˙​^[13]˙​^[11]˙​^[14]˙​^[28]
156. ^[24]˙​^[10]˙​^[7]˙​^[13]˙​^[14]
157. ^[24]˙​^[10]˙​^[7]˙​^[13]˙​^[14]
158. ^[10]˙​^[7]˙​^[13]˙​^[14]˙​^[16]
159. ^[24]˙​^[10]˙​^[7]˙​^[13]˙​^[14]
160. ^[24]˙​^[10]˙​^[7]˙​^[13]˙​^[14]˙​^[28]
161. ^[24]˙​^[10]˙​^[5]˙​^[7]˙​^[13]˙​^[14]˙​^[28]
162. ^[24]˙​^[10]˙​^[13]˙​^[14]
163. ^[24]˙​^[10]˙​^[13]˙​^[14]
164. ^[24]˙​^[10]˙​^[13]˙​^[14]
165. ^[24]˙​^[10]˙​^[13]˙​^[14]
166. ^[10]˙​^[24]˙​^[13]˙​^[14]
167. ^[24]˙​^[10]˙​^[13]˙​^[14]
168. ^[10]˙​^[13]˙​^[14]
169. ^[24]˙​^[10]˙​^[13]˙​^[14]
170. ^[24]˙​^[10]˙​^[13]˙​^[14]
171. ^[24]˙​^[10]˙​^[13]˙​^[14]
172. ^[10]˙​^[24]˙​^[13]˙​^[14]
173. ^[24]˙​^[24]˙​^[10]˙​^[13]˙​^[14]
174. ^[10]˙​^[13]˙​^[14]
175. ^[24]˙​^[10]˙​^[13]˙​^[14]
176. ^[24]˙​^[10]˙​^[13]˙​^[14]
177. ^[24]˙​^[10]˙​^[13]˙​^[14]
178. ^[24]˙​^[10]˙​^[13]
179. ^[10]
180. ^[24]˙​^[10]˙​^[13]
181. ^[10]˙​^[13]˙​^[16]
182. ^[24]˙​^[10]˙​^[13]
183. ^[24]˙​^[10]˙​^[13]
184. ^[10]˙​^[13]
185. ^[10]˙​^[13]
186. ^[24]˙​^[10]˙​^[13]
187. ^[24]˙​^[10]˙​^[13]
188. ^[24]˙​^[10]˙​^[13]
189. ^[24]˙​^[10]˙​^[13]
190. ^[10]˙​^[13]
191. ^[10]˙​^[13]
192. ^[24]˙​^[10]˙​^[13]
193. ^[10]˙​^[13]
194. ^[10]˙​^[13]
195. ^[10]˙​^[13]
196. ^[10]˙​^[13]
197. ^[10]˙​^[13]
198. ^[10]˙​^[13]
199. ^[10]˙​^[13]
200. ^[10]˙​^[13]
201. ^[10]˙​^[13]
202. ^[10]˙​^[13]
203. ^[10]˙​^[13]
204. ^[10]˙​^[13]
205. ^[10]˙​^[13]
206. ^[10]
207. ^[10]˙​^[13]
208. ^[10]˙​^[13]
209. ^[10]˙​^[13]
210. ^[10]˙​^[13]
211. ^[10]˙​^[13]
212. ^[10]˙​^[13]
213. ^[10]˙​^[13]
214. ^[10]˙​^[13]
215. ^[10]˙​^[13]
216. ^[10]˙​^[13]
217. ^[10]˙​^[13]
218. ^[10]˙​^[13]
219. ^[10]˙​^[13]
220. ^[10]˙​^[13]
221. ^[10]˙​^[13]
222. ^[10]˙​^[13]
223. ^[13]
224. ^[10]˙​^[13]
225. ^[13]
226. ^[10]˙​^[13]
227. ^[10]˙​^[13]
228. ^[10]˙​^[13]
229. ^[10]˙​^[13]
230. ^[10]˙​^[13]
231. ^[10]˙​^[13]
232. ^[10]˙​^[13]
233. ^[13]
234. ^[13]
235. ^[13]
236. ^[13]
237. ^[13]
238. ^[13]
239. ^[13]
240. ^[13]
241. ^[13]
242. ^[13]
243. ^[13]
244. ^[13]
245. ^[13]
246. ^[13]
247. ^[24]
248. ^[13]
249. ^[13]
250. ^[13]
251. ^[13]
252. ^[13]
253. ^[13]
254. ^[13]
255. ^[13]
256. ^[23]˙​^[13]
257. ^[23]˙​^[13]
258. ^[23]˙​^[13]

References

1. Ciyuan, Liu; Hilton, James L.; Seidelman, P. K. (October 1988). "Analysis of Ancient Chinese Records of Occultations between Planets and Stars" (PDF). The Astronomical Journal. 96 (4): 1482–1494. Bibcode:1988AJ.....96.1482H. doi:10.1086/114900. ISSN 0004-6256.
2. Bogan, Larry (1999). "Transit of Mars Across Jupiter in 1170 AD: Observation Recorded by Gervase of Canterbury and Chinese Astronomers". Larry Bogan's Website: Pages of Original Presentations and Information.
3. Zawilski, Marek (2022). "Mutual Planetary Occultations - Have They Ever Been Observed?" (PDF). Journal for Occultation Astronomy. 12 (1): 24–26. ISSN 0737-6766.
4. Bogan, Larry (1999). "The 1737 Occultation of Mercury by Venus: The Only Historical Detailed Account of a Mutual Planetary Occultation". Larry Bogan's Website: Pages of Original Presentations and Information.
5. Bogan, Larry (1999-02-12). "Mutual Planetary Occultations Past and Future: Their Observation Circumstances". Larry Bogan's Website: Pages of Original Presentations and Information.
6. Meeus, Jean (1970). "Mutual Occultations of Planets". Journal of the British Astronomical Association. 80 (4): 282–287. Bibcode:1970JBAA...80..282M. ISSN 0007-0297.
7. Meeus, Jan (2002). "Mutual occultations of planets". More Mathematical Astronomy Morsels (PDF). pp. 174–185. ISBN 0943396743.
8. Albers, Steven C. (March 1979). "Mutual Occultations of Planets: 1557 to 2230". Sky and Telescope. 57 (3): 220–222. Bibcode:1979S&T....57..220A. ISSN 0037-6604.
9. De Meis, Salvo (1993). "Some Mutual Planetary Occultation". Journal of the British Astronomical Association. 103 (4): 185–167. Bibcode:1993JBAA..103..185D. ISSN 0007-0297.
10. PP (1998). "Mutual planetary events, -1000 to +6000". Project Pluto.
11. Albers, Steven C. (2015). "Mutual Planetary Occultations from 44BC to 2251". Steve Albers.
12. PP (1998). "Accuracy at very distant dates". Project Pluto.
13. Jeliazkov, Jeliazko R. (2009). "Mutual Planetary Transits: Fifteen millennium catalog (5 000 BC - 10 000 AD)". Transits. Archived from the original on 2010-05-21.
14. Takesako, Shinobu (2016-09-18). "Mutual Occultation of Planets: -2000 to +3000 by DE-431". 古天文の部屋.
15. Gripp, Joachim; Khalisi, Emil (2021-05-06). "Appulses of Jupiter and Saturn". Sternzeit. 46 (1–2): 69–71. arXiv:2105.02553. ISSN 0721-8168.
16. SE (July 2023). "Update 0.990.46.1970: The Event Finder". Space Engine.
17. Morrison, L. V.; Stephenson, F. R. (2004). "Historical values of the Earth's clock error ΔT and the calculation of eclipses". Journal for the History of Astronomy. 35, 3 (120): 327–336. Bibcode:2004JHA....35..327M. doi:10.1177/002182860403500305. ISSN 0021-8286.
18. Morrison, L. V.; Stephenson, F. R. (1995-04-15). "Long-term fluctuations in the Earth's rotation: 700 BC to AD 1990". Philosophical Transactions of the Royal Society A: Mathematical, Physical and Engineering Sciences. 351 (1695): 165–202. Bibcode:1995RSPTA.351..165S. doi:10.1098/rsta.1995.0028. ISSN 0962-8428.
19. Morrison, L. V.; Stephenson, F. R. (2001). "Historical eclipses and the variability of the Earth's rotion" (PDF). Journal of Geodynamics. 32 (1): 247–265. Bibcode:2001JGeo...32..247M. doi:10.1016/S0264-3707(01)00024-2. ISSN 0264-3707.
20. G. Gueorguiev, Vesselin; Maeder, André M. (2021-10-19). "On the relation of the lunar recession and the length-of-the-day" (PDF). Astrophysics and Space Science. 366 (10): 101. arXiv:2110.09037. Bibcode:2021Ap&SS.366..101M. doi:10.1007/s10509-021-04004-7. eISSN 1572-946X.
21. Morrison, L. V.; Stephenson, F. R.; Hohenkerk, C. Y. (2016-12-01). "Measurement of the Earth's rotation: 720 BC to AD 2015". Philosophical Transactions of the Royal Society A: Mathematical, Physical and Engineering Sciences. 472 (2196). Bibcode:2016RSPSA.47260404S. doi:10.1098/rspa.2016.0404. eISSN 1471-2946. PMC 5247521. PMID 28119545.
22. Gonzalez, Guillermo (2018-10-22). "New constraints on ΔT prior to the second century AD" (PDF). Monthly Notices of the Royal Astronomical Society. 482 (2): 1452–1455. doi:10.1093/mnras/sty2820. eISSN 1365-2966.
23. Vitagliano, Aldo (2003). "Occultation of Saturn by Jupiter". The Solex page. Archived from the original on 2004-06-04.
24. Curtis, Jan (n.d.). "Chapter 2: Predictable Non-Periodic Events-Part II". Aurora's Northern Lights. Archived from the original on 1997-06-25.
25. Sinnott, Roger W. (December 1986). "Computing the Star of Bethlehem". Sky and Telescope. 72 (6): 632–635. Bibcode:1986S&T....72..632S. ISSN 0037-6604.
26. De Young, James A.; Hilton, James L. (April 1987). "Star of Bethlehem". Sky and Telescope. 73 (4): 357–358. ISSN 0037-6604.
27. Bogan, Larry (1999). "A Christmas Near Occultation - Venus and Jupiter , June 17, 2 BC". Larry Bogan's Website: Pages of Original Presentations and Information.
28. Wolff, Alexander V. (2018-08-15). "Mutual occultations of planets". Stellarium.
29. Chrysalis (2007-10-12). "Using Cartes du Ciel and iterative searching, here are transits from 1477 to 2223 as they would be seen from latitude 40°N". Cloudy Nights: Your astronomical community.
30. Albers, Steven C.; Doescher, R.; Olson, D. (August 1992). "A Medieval Mutual Planetary Occultation". Sky and Telescope. 84 (2): 207–209. ISSN 0037-6604.
31. Astronomy Staff (2023-05-18) [2007-01-01]. "Do the planets ever transit or occult each other?". Astronomy.
32. Stellarium Labs (n.d.). "Stellarium Web Online Star Map". Stellarium Web. Retrieved 2025-02-23.
33. Cavalli, Alberto (2023-12-19). "Appulses involving Uranus and Neptune". UrukFSP.
34. Meeus, Jean; Sinnott, Roger W. (September 1986). "John Bevis and a Rare Occultation". Sky and Telescope. 72 (3): 220–222. Bibcode:1986S&T....72..220S. ISSN 0037-6604.
35. Bogan, Larry (1999). "1818 Jupiter and Venus Occultation". Larry Bogan's Website: Pages of Original Presentations and Information.
36. Meeus, Jan. List of asteroid transits across planets provided to the International Occultation Timing Association for 2008-2020.