Eclipses of the Moon can only occur during the Full Moon phase. It is then possible for the Moon to pass through Earth’s penumbral or umbral shadows thereby producing an eclipse. There are three types of lunar eclipses:
The visual appearance of these eclipse types differs dramatically from each other.
During the 11th century BCE[1], Earth experienced 240 lunar eclipses. The following table shows the number of eclipses of each type over this period.
| Lunar Eclipses: -1099 - -1000 | |||
| Eclipse Type | Symbol | Number | Percent |
| All Eclipses | - | 240 | 100.0% |
| Penumbral | N | 88 | 36.7% |
| Partial | P | 86 | 35.8% |
| Total | T | 66 | 27.5% |
Total eclipses can be further classified as either central or non-central:
The statistical distribution of these classes during the 11th century BCE appears in the following table.
| Total Eclipses | ||
| Classification | Number | Percent |
| All | 66 | 100.0% |
| Central | 48 | 72.7% |
| Non-Central | 18 | 27.3% |
There are a minimum of two and a maximum of five lunar eclipses in every calendar year. Statistics for the number of eclipses each year during the century are listed below.
Number of Years with 2 Eclipses: 72
Number of Years with 3 Eclipses: 18
Number of Years with 4 Eclipses: 8
Number of Years with 5 Lunar Eclipses: 2 (-1080-1033)
Two lunar eclipses in same month: -1033 Jan 01 & -1033 Jan 30
When four consecutive lunar eclipses are all total eclipses, the group is known as a tetrad. The following tetrads occur during this century:
1. Tetrad: -1057 - -1056
2. Tetrad: -1039 - -1038
3. Tetrad: -1028 - -1027
4. Tetrad: -1010 - -1009
During any given century, old Saros series end while new ones begin. The year and Saros number of these events are as follows:
1 Saros Series' begin (Year/Saros): -1076/ 52
5 Saros Series' end (Year/Saros): -1091/ 6 -1084/ 5 -1062/ 12 -1015/ 13 -1008/ 7
For more information, see Catalog of Lunar Eclipse Saros Series.
The longest and shortest lunar eclipses of the century and other eclipse extrema are listed below.
Longest Total Lunar Eclipse: -1089 Jul 16 Duration = 01h44m46s
Shortest Total Lunar Eclipse: -1027 Mar 23 Duration = 00h13m53s
Longest Partial Lunar Eclipse: -1016 Aug 16 Duration = 03h24m45s
Shortest Partial Lunar Eclipse: -1076 Oct 17 Duration = 00h11m31s
Largest Total Lunar Eclipse: -1013 Jun 16 Umbra Magnitude = 1.8671
Smallest Total Lunar Eclipse: -1027 Mar 23 Umbra Magnitude = 1.0072
Largest Partial Lunar Eclipse: -1021 May 16 Umbra Magnitude = 0.9986
Smallest Partial Lunar Eclipse: -1076 Oct 17 Umbra Magnitude = 0.0022
Largest Penumbral Lunar Eclipse: -1058 Oct 29 Pen. Magnitude = 1.0860
Smallest Penumbral Lunar Eclipse: -1008 Feb 22 Pen. Magnitude = 0.0173
A total penumbral eclipse in one in which the entire Moon passes through the penumbra but misses the umbral shadow. During the century, there are 88 penumbral eclipses of which 7 ( 8.0%) are total penumbral eclipses:
1. Total Penumbral Eclipse: -1058 Oct 29 Pen. Magnitude = 1.0860
2. Total Penumbral Eclipse: -1040 Nov 08 Pen. Magnitude = 1.0798
3. Total Penumbral Eclipse: -1022 Nov 19 Pen. Magnitude = 1.0779
4. Total Penumbral Eclipse: -1018 Mar 14 Pen. Magnitude = 1.0387
5. Total Penumbral Eclipse: -1007 Aug 07 Pen. Magnitude = 1.0543
6. Total Penumbral Eclipse: -1004 Nov 30 Pen. Magnitude = 1.0756
7. Total Penumbral Eclipse: -1001 May 05 Pen. Magnitude = 1.0320
The concise details at greatest eclipse[2] for every lunar eclipse during the century are presented below. Key to Catalog of Lunar Eclipses contains a detailed description and explanation of every item listed in the catalog. The Catalog Number in the first column links to a figure showing the eclipse geometry and geographic visibility map of each phase of an eclipse.
Return to main index for:
[1] The terms BCE and CE are abbreviations for "Before Common Era" and "Common Era," respectively. They are the secular equivalents to the BC and AD dating conventions. (See: Year Dating Conventions )
[2] Greatest eclipse is defined as the instant when the Moon passes closest to the axis of Earth’s umbral shadow cone.
TD of Phase Greatest
Cat Calendar Greatest Luna Saros Ecl. Pen. Um. ---- Durations ---- in Zenith
Num Date Eclipse ΔT Num Num Type QSE Gamma Mag. Mag. Pen. Par. Total Lat. Lng.
s m m m
02192 -1099 Feb 08 12:46:23 27123 -38329 35 P t- -0.6647 1.6791 0.5980 338.1 173.3 - 17N 74W
02193 -1099 Aug 04 22:09:45 27114 -38323 40 P a- 0.6044 1.7392 0.7584 304.6 174.5 - 20S 141E
02194 -1099 Dec 30 03:49:03 27107 -38318 7 N -a 1.4508 0.2022 -0.8104 124.8 - - 25N 57E
02195 -1098 Jan 28 16:56:55 27105 -38317 45 N a- -1.3372 0.4222 -0.6134 182.9 - - 19N 137W
02196 -1098 Jun 25 19:27:54 27098 -38312 12 N -t -1.3698 0.3702 -0.6808 179.2 - - 25S 179E
02197 -1098 Jul 25 08:32:26 27096 -38311 50 N t- 1.4048 0.2966 -0.7359 156.9 - - 21S 15W
02198 -1098 Dec 19 17:31:58 27089 -38306 17 P -a 0.7335 1.4991 0.5248 283.0 146.7 - 24N 150W
02199 -1097 Jun 14 20:41:47 27080 -38300 22 P -t -0.6348 1.7281 0.6587 343.0 181.8 - 23S 160E
02200 -1097 Dec 09 09:12:59 27071 -38294 27 T+ -p 0.0703 2.7184 1.7394 322.4 211.3 97.4 22N 26W
02201 -1096 Jun 02 22:42:11 27062 -38288 32 T+ pp 0.1417 2.6180 1.5784 359.6 228.3 100.0 20S 130E
02202 -1096 Nov 27 22:11:08 27053 -38282 37 P a- -0.6298 1.7148 0.6901 313.0 171.5 - 19N 138E
02203 -1095 May 23 07:19:50 27044 -38276 42 P a- 0.8976 1.2035 0.2183 274.7 103.4 - 17S 1E
02204 -1095 Nov 17 04:29:23 27034 -38270 47 N t- -1.3717 0.3821 -0.6995 182.4 - - 15N 43E
02205 -1094 Apr 13 15:33:56 27027 -38265 14 P -a -0.9072 1.1644 0.2218 256.4 99.5 - 6S 121W
02206 -1094 Oct 07 09:23:47 27018 -38259 19 P -t 0.9735 1.1188 0.0251 295.8 38.8 - 2N 30W
02207 -1093 Apr 03 08:05:23 27009 -38253 24 T- -p -0.1874 2.4970 1.5307 324.0 211.8 92.4 1S 7W
02208 -1093 Sep 26 12:40:09 27000 -38247 29 T+ -p 0.2415 2.4369 1.3932 348.9 218.5 87.0 3S 78W
02209 -1092 Mar 22 20:01:47 26991 -38241 34 P t- 0.5866 1.7922 0.7713 324.0 183.0 - 4N 175E
02210 -1092 Sep 14 23:22:40 26982 -38235 39 P a- -0.4740 1.9812 0.9952 313.3 190.4 - 8S 122E
02211 -1091 Feb 10 07:57:27 26974 -38230 6 Ne -t -1.5551 0.0501 -1.0406 69.9 - - 16N 2W
02212 -1091 Mar 12 00:36:33 26973 -38229 44 N t- 1.3747 0.3716 -0.6999 182.3 - - 9N 107E
02213 -1091 Aug 06 06:28:49 26965 -38224 11 N -a 1.4317 0.2085 -0.7472 120.4 - - 19S 16E
02214 -1091 Sep 04 14:57:34 26964 -38223 49 N a- -1.1428 0.7402 -0.2185 214.5 - - 12S 111W
02215 -1090 Jan 30 08:13:51 26956 -38218 16 P -t -0.8367 1.3595 0.2864 311.8 124.6 - 20N 7W
02216 -1090 Jul 26 21:05:03 26948 -38212 21 P -a 0.7567 1.4658 0.4730 294.2 146.3 - 21S 156E
02217 -1089 Jan 19 14:21:08 26939 -38206 26 T- pp -0.0893 2.7049 1.6835 342.8 220.3 99.5 22N 99W
02218 -1089 Jul 16 05:33:52 26929 -38200 31 T+ pp 0.0092 2.8638 1.8188 361.2 230.2 104.8 23S 28E
02219 -1088 Jan 09 03:09:49 26920 -38194 36 P a- 0.6041 1.7378 0.7610 297.9 171.1 - 24N 67E
02220 -1088 Jul 04 07:27:49 26911 -38188 41 P t- -0.7591 1.5017 0.4291 328.8 152.2 - 25S 1W
02221 -1088 Nov 29 07:59:19 26904 -38183 8 N -a -1.4297 0.2291 -0.7602 128.4 - - 19N 9W
02222 -1088 Dec 28 18:57:52 26903 -38182 46 N a- 1.2591 0.5331 -0.4380 186.8 - - 25N 171W
02223 -1087 May 24 19:57:56 26895 -38177 13 N -t 1.2661 0.5472 -0.4777 208.1 - - 17S 171E
02224 -1087 Jun 23 08:32:46 26894 -38176 51 N t- -1.4856 0.1580 -0.8937 119.5 - - 25S 18W
02225 -1087 Nov 18 19:21:32 26886 -38171 18 P -a -0.8090 1.3947 0.3526 299.5 131.4 - 16N 179E
02226 -1086 May 14 06:37:19 26877 -38165 23 T -a 0.4458 2.0254 1.0544 316.4 195.7 35.2 15S 11E
02227 -1086 Nov 07 23:32:47 26868 -38159 28 T- pp -0.1332 2.6608 1.5673 371.8 230.6 99.4 14N 116E
02228 -1085 May 03 22:40:07 26859 -38153 33 T p- -0.3100 2.2594 1.3182 310.9 201.9 76.4 12S 130E
02229 -1085 Oct 27 22:42:29 26850 -38147 38 P t- 0.5479 1.9047 0.8015 354.9 195.1 - 10N 128E
02230 -1084 Mar 24 07:28:36 26843 -38142 5 Ne -a 1.5136 0.0712 -0.9103 73.8 - - 4N 3E
02231 -1084 Apr 22 15:43:46 26841 -38141 43 N a- -1.0528 0.9031 -0.0514 236.1 - - 9S 125W
02232 -1084 Oct 16 00:18:41 26832 -38135 48 N a- 1.2051 0.6780 -0.3840 231.6 - - 6N 104E
02233 -1083 Mar 13 17:23:33 26825 -38130 15 P -t 0.8321 1.3510 0.3115 302.7 127.0 - 8N 145W
02234 -1083 Sep 05 22:27:19 26816 -38124 20 P -a -0.8703 1.2469 0.2749 268.1 111.2 - 12S 136E
02235 -1082 Mar 02 20:02:19 26807 -38118 25 T+ pp 0.1035 2.7091 1.6277 374.6 234.1 103.0 11N 175E
02236 -1082 Aug 26 14:41:10 26798 -38112 30 T- -p -0.1674 2.5293 1.5719 316.9 208.4 92.6 15S 108W
02237 -1081 Feb 19 20:03:52 26789 -38106 35 P t- -0.6208 1.7569 0.6813 341.4 182.1 - 14N 175E
02238 -1081 Aug 16 05:54:07 26780 -38100 40 P a- 0.5583 1.8268 0.8401 310.0 181.5 - 17S 24E
02239 -1080 Jan 10 12:14:04 26772 -38095 7 N -a 1.4576 0.1872 -0.8202 119.7 - - 25N 69W
02240 -1080 Feb 09 00:48:15 26771 -38094 45 N a- -1.3039 0.4801 -0.5489 193.1 - - 17N 104E
02241 -1080 Jul 06 02:06:02 26763 -38089 12 N -t -1.4482 0.2286 -0.8271 143.1 - - 25S 79E
TD of Phase Greatest
Cat Calendar Greatest Luna Saros Ecl. Pen. Um. ---- Durations ---- in Zenith
Num Date Eclipse ΔT Num Num Type QSE Gamma Mag. Mag. Pen. Par. Total Lat. Lng.
s m m m
02242 -1080 Aug 04 15:42:43 26762 -38088 50 N t- 1.3516 0.3975 -0.6414 180.8 - - 19S 124W
02243 -1080 Dec 30 02:17:41 26754 -38083 17 P -a 0.7382 1.4891 0.5175 281.9 145.7 - 25N 79E
02244 -1079 Jun 25 03:02:41 26745 -38077 22 P -t -0.7200 1.5724 0.5019 333.4 162.7 - 24S 64E
02245 -1079 Dec 19 18:01:52 26737 -38071 27 T+ -p 0.0722 2.7150 1.7358 322.9 211.6 97.4 23N 159W
02246 -1078 Jun 14 05:18:48 26728 -38065 32 T+ pp 0.0578 2.7708 1.7334 359.4 229.6 104.1 22S 30E
02247 -1078 Dec 09 06:46:41 26719 -38059 37 P a- -0.6318 1.7122 0.6852 314.0 171.5 - 21N 9E
02248 -1077 Jun 03 14:24:28 26710 -38053 42 P a- 0.8180 1.3479 0.3658 284.8 130.6 - 20S 107W
02249 -1077 Nov 28 12:42:38 26701 -38047 47 N t- -1.3734 0.3803 -0.7038 182.5 - - 18N 81W
02250 -1076 Apr 23 23:05:55 26693 -38042 14 P -a -0.9740 1.0410 0.0999 245.7 67.9 - 10S 124E
02251 -1076 May 23 05:40:35 26692 -38041 52 Nb a- 1.5114 0.0562 -0.8874 63.2 - - 17S 24E
02252 -1076 Oct 17 17:15:31 26684 -38036 19 P -t 0.9858 1.0967 0.0022 293.2 11.5 - 7N 150W
02253 -1075 Apr 13 15:33:30 26675 -38030 24 T- -p -0.2529 2.3771 1.4103 323.0 209.3 85.4 5S 122W
02254 -1075 Oct 06 20:48:03 26666 -38024 29 T+ -p 0.2565 2.4090 1.3658 347.3 217.0 84.5 2N 157E
02255 -1074 Apr 03 03:10:32 26657 -38018 34 P t- 0.5240 1.9074 0.8856 330.5 192.9 - 0S 65E
02256 -1074 Sep 26 07:44:37 26649 -38012 39 T a- -0.4525 2.0207 1.0343 314.0 192.2 27.8 3S 6W
02257 -1073 Mar 23 07:27:29 26640 -38006 44 N t- 1.3148 0.4809 -0.5893 205.5 - - 5N 2E
02258 -1073 Aug 17 14:25:20 26632 -38001 11 N -a 1.4771 0.1274 -0.8325 95.0 - - 16S 105W
02259 -1073 Sep 15 23:18:50 26631 -38000 49 N a- -1.1164 0.7900 -0.1715 220.6 - - 8S 121E
02260 -1072 Feb 10 15:45:37 26623 -37995 16 P -t -0.8689 1.2974 0.2303 305.5 112.4 - 17N 121W
02261 -1072 Aug 06 04:36:41 26614 -37989 21 P -a 0.8126 1.3663 0.3674 288.7 131.4 - 19S 42E
02262 -1071 Jan 29 22:27:18 26605 -37983 26 T- pp -0.1119 2.6603 1.6452 340.8 219.3 98.4 20N 138E
02263 -1071 Jul 26 12:29:15 26596 -37977 31 T+ pp 0.0762 2.7437 1.6928 362.5 230.0 103.3 22S 76W
02264 -1070 Jan 19 11:41:03 26587 -37971 36 P a- 0.5874 1.7663 0.7937 298.5 173.5 - 23N 61W
02265 -1070 Jul 15 13:59:53 26578 -37965 41 P t- -0.6830 1.6428 0.5673 338.6 171.3 - 24S 100W
02266 -1070 Dec 10 16:46:42 26571 -37960 8 N -a -1.4338 0.2223 -0.7683 126.8 - - 21N 141W
02267 -1069 Jan 09 03:38:01 26570 -37959 46 N a- 1.2502 0.5488 -0.4211 189.4 - - 25N 59E
02268 -1069 Jun 05 02:41:25 26562 -37954 13 N -t 1.3423 0.4059 -0.6158 180.9 - - 20S 68E
02269 -1069 Jul 04 15:11:30 26561 -37953 51 N t- -1.4061 0.3036 -0.7474 163.0 - - 25S 118W
02270 -1069 Nov 30 03:51:49 26553 -37948 18 P -a -0.8109 1.3927 0.3477 300.5 131.0 - 19N 51E
02271 -1068 May 24 13:48:02 26544 -37942 23 P -a 0.5212 1.8853 0.9175 309.8 186.6 - 18S 99W
02272 -1068 Nov 18 07:39:36 26535 -37936 28 T- pp -0.1367 2.6555 1.5595 372.7 230.8 99.2 17N 7W
02273 -1067 May 14 06:04:35 26526 -37930 33 T- p- -0.2353 2.3958 1.4559 313.4 206.1 87.0 16S 17E
02274 -1067 Nov 07 06:42:34 26517 -37924 38 P t- 0.5412 1.9171 0.8136 355.2 196.0 - 14N 7E
02275 -1066 May 03 23:04:58 26509 -37918 43 P a- -0.9831 1.0316 0.0761 249.5 60.4 - 13S 122E
02276 -1066 Oct 27 08:33:07 26500 -37912 48 N a- 1.1946 0.6967 -0.3642 233.6 - - 10N 21W
02277 -1065 Mar 25 00:31:18 26492 -37907 15 P -t 0.8957 1.2345 0.1947 294.1 102.5 - 3N 105E
02278 -1065 Sep 17 06:45:25 26483 -37901 20 P -a -0.8951 1.2019 0.2287 264.1 102.0 - 7S 9E
02279 -1064 Mar 13 02:57:59 26474 -37895 25 T+ pp 0.1625 2.5996 1.5206 373.4 232.5 98.8 7N 69E
02280 -1064 Sep 05 22:53:51 26465 -37889 30 T- -p -0.2013 2.4690 1.5079 316.7 207.1 89.5 11S 127E
02281 -1063 Mar 02 03:14:46 26457 -37883 35 P t- -0.5707 1.8460 0.7760 344.8 190.8 - 11N 66E
02282 -1063 Aug 26 13:44:42 26448 -37877 40 P a- 0.5180 1.9038 0.9110 314.7 187.2 - 14S 96W
02283 -1062 Jan 20 20:33:46 26440 -37872 7 N -a 1.4694 0.1626 -0.8392 111.4 - - 24N 166E
02284 -1062 Feb 19 08:32:50 26439 -37871 45 N a- -1.2640 0.5499 -0.4724 204.3 - - 14N 14W
02285 -1062 Jul 17 08:48:57 26431 -37866 12 Ne -t -1.5218 0.0961 -0.9646 94.2 - - 25S 22W
02286 -1062 Aug 15 23:00:01 26430 -37865 50 N t- 1.3044 0.4875 -0.5580 199.5 - - 16S 125E
02287 -1061 Jan 10 10:56:25 26422 -37860 17 P -a 0.7492 1.4674 0.4989 280.2 143.4 - 24N 51W
02288 -1061 Jul 06 09:30:50 26413 -37854 22 P -t -0.7992 1.4277 0.3557 323.0 140.0 - 25S 34W
02289 -1061 Dec 31 02:45:04 26405 -37848 27 T+ -p 0.0790 2.7025 1.7234 323.4 211.8 97.4 24N 70E
02290 -1060 Jun 24 12:01:47 26396 -37842 32 T- pp -0.0219 2.8358 1.8002 358.3 229.3 104.6 24S 72W
02291 -1060 Dec 19 15:17:49 26387 -37836 37 P a- -0.6308 1.7150 0.6862 315.2 172.1 - 23N 119W
TD of Phase Greatest
Cat Calendar Greatest Luna Saros Ecl. Pen. Um. ---- Durations ---- in Zenith
Num Date Eclipse ΔT Num Num Type QSE Gamma Mag. Mag. Pen. Par. Total Lat. Lng.
s m m m
02292 -1059 Jun 13 21:32:25 26378 -37830 42 P a- 0.7398 1.4901 0.5105 293.4 150.4 - 22S 145E
02293 -1059 Dec 08 20:53:19 26369 -37824 47 N t- -1.3737 0.3806 -0.7051 183.0 - - 21N 156E
02294 -1058 May 05 06:32:06 26362 -37819 14 N -a -1.0456 0.9093 -0.0311 232.9 - - 14S 10E
02295 -1058 Jun 03 13:02:23 26360 -37818 52 N a- 1.4374 0.1916 -0.7511 115.1 - - 19S 88W
02296 -1058 Oct 29 01:15:45 26353 -37813 19 Nx -t 0.9917 1.0860 -0.0086 291.6 - - 11N 88E
02297 -1057 Apr 24 22:54:00 26344 -37807 24 T -a -0.3242 2.2470 1.2790 321.1 205.4 74.0 9S 126E
02298 -1057 Oct 18 05:04:40 26335 -37801 29 T+ -p 0.2653 2.3924 1.3501 345.8 215.8 83.0 6N 31E
02299 -1056 Apr 13 10:10:51 26326 -37795 34 T t- 0.4553 2.0342 1.0111 336.9 202.1 16.7 5S 42W
02300 -1056 Oct 06 16:15:04 26317 -37789 39 T a- -0.4375 2.0484 1.0617 314.2 193.3 36.8 1N 136W
02301 -1055 Apr 02 14:09:22 26308 -37783 44 N t- 1.2477 0.6033 -0.4656 227.8 - - 0N 101W
02302 -1055 Aug 27 22:28:12 26301 -37778 11 N -a 1.5170 0.0564 -0.9081 63.8 - - 12S 133E
02303 -1055 Sep 26 07:47:34 26299 -37777 49 N a- -1.0963 0.8283 -0.1361 225.2 - - 4S 8W
02304 -1054 Feb 20 23:10:32 26292 -37772 16 P -t -0.9073 1.2238 0.1630 297.9 95.2 - 13N 126E
02305 -1054 Aug 17 12:13:58 26283 -37766 21 P -a 0.8627 1.2777 0.2722 283.4 115.1 - 16S 73W
02306 -1053 Feb 10 06:26:30 26274 -37760 26 T- pp -0.1410 2.6036 1.5949 338.5 218.0 96.6 17N 18E
02307 -1053 Aug 06 19:31:19 26265 -37754 31 T+ pp 0.1368 2.6356 1.5787 363.2 229.0 99.9 20S 177E
02308 -1052 Jan 30 20:06:28 26256 -37748 36 P a- 0.5659 1.8037 0.8353 299.4 176.5 - 21N 172E
02309 -1052 Jul 25 20:38:30 26248 -37742 41 P t- -0.6120 1.7745 0.6961 346.6 185.7 - 23S 160E
02310 -1052 Dec 21 01:30:45 26240 -37737 8 N -a -1.4401 0.2111 -0.7804 124.0 - - 22N 87E
02311 -1051 Jan 19 12:12:29 26239 -37736 46 N a- 1.2372 0.5719 -0.3966 193.1 - - 24N 70W
02312 -1051 Jun 15 09:29:14 26231 -37731 13 N -t 1.4154 0.2705 -0.7486 148.9 - - 21S 35W
02313 -1051 Jul 14 21:57:25 26230 -37730 51 N t- -1.3312 0.4408 -0.6097 193.4 - - 25S 140E
02314 -1051 Dec 10 12:18:49 26222 -37725 18 P -a -0.8150 1.3863 0.3390 301.1 129.9 - 21N 76W
02315 -1050 Jun 04 21:00:16 26214 -37719 23 P -a 0.5962 1.7464 0.7811 302.5 175.8 - 20S 152E
02316 -1050 Nov 29 15:45:33 26205 -37713 28 T- pp -0.1406 2.6491 1.5515 373.4 231.0 99.0 20N 129W
02317 -1049 May 25 13:29:02 26196 -37707 33 T- p- -0.1603 2.5333 1.5938 315.2 209.0 93.9 19S 96W
02318 -1049 Nov 18 14:44:07 26187 -37701 38 P t- 0.5354 1.9275 0.8245 355.3 196.7 - 18N 115W
02319 -1048 May 14 06:23:49 26178 -37695 43 P a- -0.9119 1.1631 0.2060 261.9 97.8 - 17S 11E
02320 -1048 Nov 06 16:52:30 26169 -37689 48 N a- 1.1874 0.7089 -0.3502 234.6 - - 15N 147W
02321 -1047 Apr 04 07:28:45 26162 -37684 15 P -t 0.9667 1.1045 0.0642 283.1 60.1 - 1S 1W
02322 -1047 Sep 27 15:12:18 26153 -37678 20 P -a -0.9134 1.1688 0.1947 261.0 94.3 - 3S 120W
02323 -1046 Mar 24 09:42:42 26144 -37672 25 T+ pp 0.2302 2.4742 1.3977 371.4 229.4 91.1 3N 34W
02324 -1046 Sep 17 07:15:14 26135 -37666 30 T- -p -0.2280 2.4220 1.4570 316.5 206.0 86.6 7S 0W
02325 -1045 Mar 13 10:15:52 26126 -37660 35 P t- -0.5117 1.9514 0.8871 348.4 199.6 - 7N 42W
02326 -1045 Sep 06 21:43:55 26117 -37654 40 P a- 0.4854 1.9667 0.9678 318.7 191.5 - 10S 143E
02327 -1044 Feb 01 04:47:06 26110 -37649 7 N -a 1.4873 0.1268 -0.8693 98.3 - - 21N 42E
02328 -1044 Mar 01 16:10:21 26109 -37648 45 N a- -1.2172 0.6324 -0.3833 216.2 - - 10N 130W
02329 -1044 Aug 26 06:23:43 26100 -37642 50 N t- 1.2627 0.5673 -0.4848 214.5 - - 13S 13E
02330 -1043 Jan 20 19:30:29 26092 -37637 17 P -a 0.7644 1.4377 0.4725 277.9 140.0 - 23N 180W
02331 -1043 Jul 16 16:04:05 26084 -37631 22 P -t -0.8746 1.2903 0.2167 311.8 111.5 - 24S 132W
02332 -1042 Jan 10 11:23:11 26075 -37625 27 T+ -p 0.0895 2.6831 1.7044 323.8 212.0 97.2 23N 59W
02333 -1042 Jul 05 18:49:59 26066 -37619 32 T- pp -0.0981 2.6952 1.6609 356.4 227.6 102.0 24S 175W
02334 -1042 Dec 30 23:44:18 26057 -37613 37 P a- -0.6266 1.7233 0.6932 316.7 173.3 - 23N 114E
02335 -1041 Jun 25 04:45:24 26048 -37607 42 P a- 0.6650 1.6265 0.6488 300.4 165.4 - 23S 36E
02336 -1041 Dec 20 05:00:07 26039 -37601 47 N t- -1.3713 0.3855 -0.7012 184.6 - - 22N 34E
02337 -1040 May 15 13:57:58 26032 -37596 14 N -a -1.1173 0.7775 -0.1626 218.4 - - 17S 103W
02338 -1040 Jun 13 20:27:44 26030 -37595 52 N a- 1.3658 0.3228 -0.6197 147.5 - - 21S 159E
02339 -1040 Nov 08 09:19:55 26023 -37590 19 Nx -t 0.9949 1.0798 -0.0141 290.5 - - 15N 34W
02340 -1039 May 05 06:09:53 26014 -37584 24 T -a -0.3985 2.1116 1.1418 318.5 199.9 55.3 13S 14E
02341 -1039 Oct 28 13:27:15 26005 -37578 29 T+ -p 0.2700 2.3831 1.3422 344.4 214.9 82.0 10N 96W
TD of Phase Greatest
Cat Calendar Greatest Luna Saros Ecl. Pen. Um. ---- Durations ---- in Zenith
Num Date Eclipse ΔT Num Num Type QSE Gamma Mag. Mag. Pen. Par. Total Lat. Lng.
s m m m
02342 -1038 Apr 24 17:04:12 25997 -37572 34 T t- 0.3815 2.1705 1.1456 342.9 210.4 58.4 9S 148W
02343 -1038 Oct 18 00:52:09 25988 -37566 39 T a- -0.4276 2.0665 1.0799 314.1 193.9 41.6 6N 93E
02344 -1037 Apr 13 20:43:24 25979 -37560 44 N t- 1.1743 0.7376 -0.3305 248.9 - - 4S 158E
02345 -1037 Oct 07 16:23:52 25970 -37554 49 N a- -1.0824 0.8551 -0.1119 228.3 - - 1N 139W
02346 -1036 Mar 03 06:27:18 25963 -37549 16 P -t -0.9527 1.1374 0.0828 288.7 68.4 - 10N 15E
02347 -1036 Aug 27 19:58:26 25954 -37543 21 P -a 0.9060 1.2016 0.1896 278.5 97.5 - 13S 169E
02348 -1035 Feb 20 14:18:18 25945 -37537 26 T- pp -0.1771 2.5342 1.5319 336.0 216.3 93.8 14N 102W
02349 -1035 Aug 17 02:40:40 25936 -37531 31 T+ pp 0.1904 2.5403 1.4773 363.6 227.3 95.0 17S 69E
02350 -1034 Feb 10 04:22:42 25927 -37525 36 P a- 0.5363 1.8557 0.8917 300.9 180.4 - 18N 47E
02351 -1034 Aug 06 03:25:47 25919 -37519 41 P t- -0.5478 1.8939 0.8123 353.0 196.6 - 20S 57E
02352 -1033 Jan 01 10:09:48 25911 -37514 8 N -a -1.4503 0.1927 -0.7992 119.0 - - 22N 43W
02353 -1033 Jan 30 20:38:31 25910 -37513 46 N a- 1.2179 0.6066 -0.3604 198.3 - - 21N 163E
02354 -1033 Jun 26 16:22:30 25902 -37508 13 N -t 1.4849 0.1419 -0.8752 108.7 - - 22S 139W
02355 -1033 Jul 26 04:52:29 25901 -37507 51 N t- -1.2622 0.5673 -0.4831 216.1 - - 23S 35E
02356 -1033 Dec 21 20:42:05 25894 -37502 18 P -a -0.8215 1.3753 0.3263 301.3 128.0 - 23N 158E
02357 -1032 Jun 15 04:16:03 25885 -37496 23 P -a 0.6690 1.6119 0.6485 294.6 163.2 - 22S 42E
02358 -1032 Dec 09 23:50:59 25876 -37490 28 T- pp -0.1446 2.6423 1.5439 374.0 231.2 98.8 22N 109E
02359 -1031 Jun 04 20:52:22 25867 -37484 33 T- pp -0.0842 2.6729 1.7333 316.4 210.9 98.0 21S 152E
02360 -1031 Nov 28 22:48:45 25858 -37478 38 P t- 0.5317 1.9337 0.8320 355.0 197.1 - 20N 123E
02361 -1030 May 25 13:39:43 25850 -37472 43 P a- -0.8389 1.2983 0.3388 273.4 123.4 - 20S 100W
02362 -1030 Nov 18 01:15:57 25841 -37466 48 N a- 1.1827 0.7163 -0.3404 234.8 - - 18N 86E
02363 -1029 Apr 15 14:18:49 25833 -37461 15 N -t 1.0425 0.9658 -0.0755 269.5 - - 5S 106W
02364 -1029 Oct 08 23:46:52 25825 -37455 20 P -a -0.9259 1.1463 0.1713 258.7 88.6 - 1N 110E
02365 -1028 Apr 03 16:21:38 25816 -37449 25 T pt 0.3025 2.3403 1.2660 368.3 224.8 78.4 1S 136W
02366 -1028 Sep 27 15:42:52 25807 -37443 30 T- -p -0.2493 2.3847 1.4161 316.5 205.0 84.0 2S 129W
02367 -1027 Mar 23 17:12:00 25798 -37437 35 T t- -0.4478 2.0660 1.0072 351.7 207.6 13.9 3N 148W
02368 -1027 Sep 17 05:49:58 25789 -37431 40 T p- 0.4591 2.0181 1.0130 322.1 194.8 17.5 6S 19E
02369 -1026 Feb 11 12:52:12 25782 -37426 7 N -a 1.5125 0.0775 -0.9125 76.9 - - 19N 80W
02370 -1026 Mar 12 23:39:59 25781 -37425 45 N a- -1.1629 0.7288 -0.2804 228.8 - - 6N 115E
02371 -1026 Sep 06 13:56:06 25772 -37419 50 N t- 1.2285 0.6332 -0.4252 226.2 - - 9S 102W
02372 -1025 Feb 01 03:56:03 25764 -37414 17 P -a 0.7871 1.3943 0.4325 274.7 134.7 - 21N 53E
02373 -1025 Jul 27 22:46:49 25756 -37408 22 P -t -0.9422 1.1672 0.0917 300.4 73.8 - 23S 126E
02374 -1024 Jan 21 19:52:46 25747 -37402 27 T+ -p 0.1068 2.6508 1.6728 324.1 212.1 96.6 22N 173E
02375 -1024 Jul 16 01:47:20 25738 -37396 32 T- pp -0.1679 2.5666 1.5333 353.8 224.7 96.9 23S 80E
02376 -1023 Jan 10 08:03:23 25729 -37390 37 P a- -0.6172 1.7411 0.7102 318.7 175.4 - 23N 11W
02377 -1023 Jul 05 12:03:02 25721 -37384 42 P a- 0.5929 1.7582 0.7818 306.1 177.0 - 23S 75W
02378 -1023 Dec 30 13:01:34 25712 -37378 47 N t- -1.3650 0.3971 -0.6897 187.5 - - 23N 87W
02379 -1022 May 26 21:20:57 25704 -37373 14 N -a -1.1915 0.6416 -0.2991 201.3 - - 20S 144E
02380 -1022 Jun 25 03:55:10 25703 -37372 52 N a- 1.2953 0.4523 -0.4906 172.3 - - 22S 47E
02381 -1022 Nov 19 17:27:58 25696 -37367 19 Nx -t 0.9955 1.0779 -0.0145 289.6 - - 18N 158W
02382 -1021 May 16 13:21:16 25687 -37361 24 P -a -0.4758 1.9708 0.9986 314.8 192.6 - 17S 95W
02383 -1021 Nov 08 21:56:14 25678 -37355 29 T+ -p 0.2706 2.3810 1.3421 343.1 214.3 81.8 14N 135E
02384 -1020 May 04 23:51:22 25669 -37349 34 T pp 0.3035 2.3147 1.2876 348.3 217.4 78.5 13S 108E
02385 -1020 Oct 28 09:35:08 25660 -37343 39 T a- -0.4222 2.0763 1.0901 313.8 194.0 44.0 10N 39W
02386 -1019 Apr 24 03:11:14 25652 -37337 44 N t- 1.0957 0.8813 -0.1861 268.4 - - 8S 59E
02387 -1019 Oct 18 01:06:28 25643 -37331 49 N a- -1.0742 0.8715 -0.0980 230.3 - - 5N 88E
02388 -1018 Mar 14 13:36:34 25636 -37326 16 Nx -t -1.0048 1.0387 -0.0096 277.6 - - 6N 94W
02389 -1018 Sep 08 03:50:12 25627 -37320 21 P -a 0.9422 1.1385 0.1199 274.3 78.6 - 9S 49E
02390 -1017 Mar 03 22:03:38 25618 -37314 26 T- -p -0.2192 2.4536 1.4577 333.1 214.0 89.6 10N 140E
02391 -1017 Aug 28 09:57:18 25609 -37308 31 T+ -p 0.2373 2.4573 1.3884 363.7 225.2 88.9 14S 42W
TD of Phase Greatest
Cat Calendar Greatest Luna Saros Ecl. Pen. Um. ---- Durations ---- in Zenith
Num Date Eclipse ΔT Num Num Type QSE Gamma Mag. Mag. Pen. Par. Total Lat. Lng.
s m m m
02392 -1016 Feb 21 12:32:45 25601 -37302 36 P a- 0.5015 1.9175 0.9577 302.8 184.7 - 15N 77W
02393 -1016 Aug 16 10:22:07 25592 -37296 41 P t- -0.4908 2.0000 0.9154 358.0 204.8 - 18S 48W
02394 -1015 Jan 11 18:42:52 25585 -37291 8 N -a -1.4648 0.1661 -0.8260 111.0 - - 22N 171W
02395 -1015 Feb 10 04:57:06 25583 -37290 46 N a- 1.1931 0.6513 -0.3141 204.8 - - 19N 37E
02396 -1015 Jul 06 23:21:46 25576 -37285 13 Ne -t 1.5502 0.0212 -0.9942 42.3 - - 22S 115E
02397 -1015 Aug 05 11:56:21 25574 -37284 51 N t- -1.1992 0.6829 -0.3676 233.8 - - 21S 72W
02398 -1014 Jan 01 04:59:21 25567 -37279 18 P -a -0.8320 1.3566 0.3064 300.9 124.8 - 23N 33E
02399 -1014 Jun 26 11:36:32 25558 -37273 23 P -a 0.7383 1.4841 0.5220 286.2 149.0 - 23S 69W
02400 -1014 Dec 21 07:50:44 25549 -37267 28 T- pp -0.1525 2.6278 1.5294 374.3 231.2 98.2 23N 11W
02401 -1013 Jun 16 04:19:04 25541 -37261 33 T- pp -0.0111 2.8075 1.8671 316.9 211.5 99.5 23S 40E
02402 -1013 Dec 10 06:51:51 25532 -37255 38 P t- 0.5268 1.9415 0.8419 354.7 197.7 - 23N 2E
02403 -1012 Jun 04 20:55:08 25523 -37249 43 P a- -0.7660 1.4334 0.4709 283.7 143.0 - 22S 150E
02404 -1012 Nov 28 09:40:43 25514 -37243 48 N a- 1.1785 0.7225 -0.3310 234.8 - - 21N 41W
02405 -1011 Apr 25 21:01:20 25507 -37238 15 N -t 1.1232 0.8185 -0.2241 252.7 - - 9S 151E
02406 -1011 Oct 19 08:28:43 25498 -37232 20 P -a -0.9331 1.1335 0.1579 257.3 85.1 - 6N 23W
02407 -1010 Apr 14 22:50:51 25490 -37226 25 T -t 0.3826 2.1924 1.1200 364.0 218.0 55.4 5S 124E
02408 -1010 Oct 09 00:18:52 25481 -37220 30 T- -p -0.2635 2.3604 1.3883 316.7 204.3 82.0 2N 100E
02409 -1009 Apr 04 00:00:30 25472 -37214 35 T t- -0.3766 2.1939 1.1405 354.7 214.8 58.6 2S 107E
02410 -1009 Sep 28 14:03:13 25463 -37208 40 T p- 0.4395 2.0571 1.0461 324.9 197.2 32.7 2S 106W
02411 -1008 Feb 22 20:50:37 25456 -37203 7 Ne -a 1.5437 0.0173 -0.9668 36.4 - - 15N 159E
02412 -1008 Mar 23 07:04:02 25455 -37202 45 N a- -1.1029 0.8356 -0.1672 241.2 - - 2N 2E
02413 -1008 Sep 16 21:36:04 25446 -37196 50 N t- 1.2009 0.6870 -0.3777 235.4 - - 5S 141E
02414 -1007 Feb 11 12:15:04 25439 -37191 17 P -a 0.8155 1.3406 0.3823 270.7 127.6 - 18N 73W
02415 -1007 Aug 07 05:36:31 25430 -37185 22 Nx -t -1.0043 1.0543 -0.0232 288.8 - - 20S 23E
02416 -1006 Feb 01 04:15:41 25421 -37179 27 T+ -p 0.1294 2.6091 1.6319 324.4 212.1 95.6 20N 47E
02417 -1006 Jul 27 08:52:42 25412 -37173 32 T- pp -0.2322 2.4484 1.4157 350.7 221.0 89.6 22S 27W
02418 -1005 Jan 21 16:14:29 25404 -37167 37 P a- -0.6017 1.7696 0.7382 321.2 178.6 - 21N 134W
02419 -1005 Jul 16 19:28:37 25395 -37161 42 P a- 0.5263 1.8798 0.9043 310.6 185.8 - 23S 173E
02420 -1004 Jan 10 20:56:40 25386 -37155 47 N t- -1.3537 0.4176 -0.6688 192.3 - - 22N 154E
02421 -1004 Jun 06 04:45:11 25379 -37150 14 N -a -1.2645 0.5084 -0.4334 181.8 - - 23S 32E
02422 -1004 Jul 05 11:27:15 25377 -37149 52 N a- 1.2284 0.5757 -0.3682 192.0 - - 23S 67W
02423 -1004 Nov 30 01:36:37 25370 -37144 19 Nx -t 0.9962 1.0756 -0.0147 288.7 - - 21N 80E
02424 -1003 May 26 20:31:01 25362 -37138 24 P -a -0.5539 1.8291 0.8539 310.3 183.3 - 20S 155E
02425 -1003 Nov 19 06:27:28 25353 -37132 29 T+ -p 0.2699 2.3810 1.3447 341.8 213.8 81.9 18N 6E
02426 -1002 May 16 06:33:51 25344 -37126 34 T+ pp 0.2225 2.4648 1.4350 352.9 223.1 91.6 16S 5E
02427 -1002 Nov 08 18:22:14 25335 -37120 39 T a- -0.4197 2.0805 1.0952 313.2 193.9 45.0 14N 173W
02428 -1001 May 05 09:34:43 25327 -37114 44 Nx t- 1.0136 1.0320 -0.0352 286.2 - - 12S 39W
02429 -1001 Oct 29 09:53:14 25318 -37108 49 N a- -1.0694 0.8812 -0.0903 231.6 - - 9N 45W
02430 -1000 Mar 24 20:39:25 25311 -37103 16 N -t -1.0626 0.9294 -0.1128 264.4 - - 1N 158E
02431 -1000 Sep 18 11:50:01 25302 -37097 21 P -a 0.9711 1.0887 0.0637 271.0 57.9 - 5S 73W
Each link below displays a web page containing 100 years of lunar eclipses. The data for each eclipse includes the date and time of greatest eclipse, Saros series, eclipse type, quincena solar eclipse parameter, gamma, eclipse magnitudes, and eclipse phase durations. Every eclipse also has links to digrams of eclipse geometry and world visibility, and Saros series tables.
These web pages are part of the Five Millennium Catalog of Lunar Eclipses: -1999 to +3000
The Gregorian calendar is used for all dates from 1582 Oct 15 onwards. Before that date, the Julian calendar is used. For more information on this topic, see Calendar Dates. The Julian calendar does not include the year 0. Thus the year 1 BCE is followed by the year 1 CE (See: BCE/CE Dating Conventions ). This is awkward for arithmetic calculations. Years in this catalog are numbered astronomically and include the year 0. Historians should note there is a difference of one year between astronomical dates and BCE dates. Thus, the astronomical year 0 corresponds to 1 BCE, and astronomical year -1 corresponds to 2 BCE, etc..
Lunar eclipse predictions must take into account the enlargement of Earth's shadows. In this Catalog, Earth's penumbral and umbral shadow sizes have been calculated using Danjon's enlargement method.
The coordinates of the Sun used in the predictions are based on the VSOP87 theory [Bretagnon and Francou, 1988]. The Moon's coordinates are based on the ELP-2000/82 theory [Chapront-Touze and Chapront, 1983]. For more information, see: Solar and Lunar Ephemerides. The revised value used for the Moon's secular acceleration is n-dot = -25.858 arc-sec/cy*cy, as deduced from the Apollo lunar laser ranging experiment (Chapront, Chapront-Touze, and Francou, 2002).
The largest uncertainty in the eclipse predictions is caused by fluctuations in Earth's rotation due primarily to tidal friction of the Moon. The resultant drift in apparent clock time is expressed as ΔT and is determined as follows:
A series of polynomial expressions have been derived to simplify the evaluation of ΔT for any time from -1999 to +3000. The uncertainty in ΔT over this period can be estimated from scatter in the measurements.
The data presented here were previously published in:
Permission is freely granted to reproduce this data when accompanied by an acknowledgment:
"Eclipse Predictions by Fred Espenak and Jean Meeus (NASA's GSFC) "
