FIVE MILLENNIUM CATALOG OF LUNAR ECLIPSES
2001 to 2100 ( 2001 CE to 2100 CE )
Introduction
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:
Penumbral – Moon traverses Earth’s penumbral shadow (Moon misses Earth’s umbral shadow)
Partial – Moon traverses Earth’s penumbral and umbral shadows (Moon does not pass completely into Earth’s umbra)
Total – Moon traverses Earth’s penumbral and umbral shadows (Moon passes completely into Earth’s umbra)
The visual appearance of these eclipse types differs dramatically from each other.
Source: https://eclipse.gsfc.nasa.gov/LEcat5/LE2001-2100.html
Lunar Eclipses: 2001 to 2100
During the 21st century CE[1], Earth will experience 228 lunar eclipses. The following table shows the number of eclipses of each type over this period.
| Lunar Eclipses: 2001 – 2100 | |||
| Eclipse Type | Symbol | Number | Percent |
| All Eclipses | – | 228 | 100.0% |
| Penumbral | N | 86 | 37.7% |
| Partial | P | 57 | 25.0% |
| Total | T | 85 | 37.3% |
Total eclipses can be further classified as either central or non-central:
- Central – Some portion of the Moon passes directly through the center of Earth’s umbral shadow.
These are the deepest and longest type of lunar eclipse. - Non-Central – The Moon passes completely within Earth’s umbral shadow but misses the center of the umbra.
The statistical distribution of these classes during the 21st century CE appears in the following table.
| Total Eclipses | ||
| Classification | Number | Percent |
| All | 85 | 100.0% |
| Central | 24 | 28.2% |
| Non-Central | 61 | 71.8% |
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: 78
Number of Years with 3 Eclipses: 16
Number of Years with 4 Eclipses: 6
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: 2003 - 2004
2. Tetrad: 2014 - 2015
3. Tetrad: 2032 - 2033
4. Tetrad: 2043 - 2044
5. Tetrad: 2050 - 2051
6. Tetrad: 2061 - 2062
7. Tetrad: 2072 - 2073
8. Tetrad: 2090 - 2091
During any given century, old Saros series end while new ones begin. The year and Saros number of these events are as follows:
2 Saros Series' begin (Year/Saros): 2013/150 2096/151
2 Saros Series' end (Year/Saros): 2027/110 2092/111
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: 2018 Jul 27 Duration = 01h42m57s
Shortest Total Lunar Eclipse: 2015 Apr 04 Duration = 00h04m43s
Longest Partial Lunar Eclipse: 2021 Nov 19 Duration = 03h28m23s
Shortest Partial Lunar Eclipse: 2082 Feb 13 Duration = 00h25m30s
Largest Total Lunar Eclipse: 2029 Jun 26 Umbra Magnitude = 1.8436
Smallest Total Lunar Eclipse: 2015 Apr 04 Umbra Magnitude = 1.0008
Largest Partial Lunar Eclipse: 2086 Nov 20 Umbra Magnitude = 0.9865
Smallest Partial Lunar Eclipse: 2082 Feb 13 Umbra Magnitude = 0.0134
Largest Penumbral Lunar Eclipse: 2070 Apr 25 Pen. Magnitude = 1.0515
Smallest Penumbral Lunar Eclipse: 2027 Jul 18 Pen. Magnitude = 0.0014
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 86 penumbral eclipses of which 5 ( 5.8%) are total penumbral eclipses:
1. Total Penumbral Eclipse: 2006 Mar 14 Pen. Magnitude = 1.0300
2. Total Penumbral Eclipse: 2053 Aug 29 Pen. Magnitude = 1.0191
3. Total Penumbral Eclipse: 2070 Apr 25 Pen. Magnitude = 1.0515
4. Total Penumbral Eclipse: 2082 Aug 08 Pen. Magnitude = 1.0011
5. Total Penumbral Eclipse: 2099 Sep 29 Pen. Magnitude = 1.0340
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:
Five Millennium Catalog of Lunar Eclipses
Footnotes
[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.
Catalog of Lunar Eclipses: 2001 to 2100 ( 2001 CE to 2100 CE )
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
09651 2001 Jan 09 20:21:40 64 12 134 T p- 0.3720 2.1618 1.1889 311.0 196.3 61.0 22N 57E
09652 2001 Jul 05 14:56:23 64 18 139 P t- -0.7287 1.5475 0.4947 325.1 159.3 - 23S 137E
09653 2001 Dec 30 10:30:22 64 24 144 N a- 1.0731 0.8933 -0.1155 243.5 - - 24N 157W
09654 2002 May 26 12:04:26 64 29 111 N -a 1.1758 0.6893 -0.2888 216.6 - - 20S 179E
09655 2002 Jun 24 21:28:13 64 30 149 N a- -1.4439 0.2095 -0.7925 129.1 - - 25S 39E
09656 2002 Nov 20 01:47:40 64 35 116 N -t -1.1126 0.8600 -0.2264 264.3 - - 19N 30W
09657 2003 May 16 03:41:13 64 41 121 T -a 0.4123 2.0747 1.1276 306.5 193.9 51.4 19S 56W
09658 2003 Nov 09 01:19:38 64 47 126 T -t -0.4319 2.1139 1.0178 363.2 211.4 22.0 16N 24W
09659 2004 May 04 20:31:17 65 53 131 T p- -0.3132 2.2627 1.3035 315.7 203.2 75.5 17S 51E
09660 2004 Oct 28 03:05:11 65 59 136 T p- 0.2846 2.3637 1.3081 353.8 218.7 80.5 13N 50W
09661 2005 Apr 24 09:55:55 65 65 141 N h- -1.0885 0.8650 -0.1436 245.6 - - 14S 150W
09662 2005 Oct 17 12:04:27 65 71 146 P a- 0.9796 1.0585 0.0625 259.8 56.0 - 10N 175E
09663 2006 Mar 14 23:48:34 65 76 113 Nx -t 1.0210 1.0300 -0.0604 287.5 - - 3N 6E
09664 2006 Sep 07 18:52:25 65 82 118 P -a -0.9262 1.1329 0.1837 254.4 91.1 - 7S 77E
09665 2007 Mar 03 23:21:59 65 88 123 T -p 0.3175 2.3188 1.2328 365.4 221.1 73.4 7N 13E
09666 2007 Aug 28 10:38:27 66 94 128 T- -p -0.2145 2.4526 1.4758 327.3 212.2 90.0 10S 159W
09667 2008 Feb 21 03:27:09 66 100 133 T a- -0.3992 2.1451 1.1062 339.0 205.4 49.8 10N 48W
09668 2008 Aug 16 21:11:12 66 106 138 P t- 0.5646 1.8366 0.8076 330.5 188.1 - 13S 43E
09669 2009 Feb 09 14:39:22 66 112 143 N a- -1.0640 0.8994 -0.0882 238.8 - - 14N 144E
09670 2009 Jul 07 09:39:43 66 117 110 N -t -1.4915 0.1562 -0.9133 121.5 - - 24S 143W
09671 2009 Aug 06 00:40:18 66 118 148 N t- 1.3572 0.4019 -0.6661 189.8 - - 16S 9W
09672 2009 Dec 31 19:23:46 67 123 115 P -a 0.9765 1.0556 0.0763 251.1 60.0 - 24N 70E
09673 2010 Jun 26 11:39:34 67 129 120 P -t -0.7091 1.5773 0.5368 322.1 162.9 - 24S 174W
09674 2010 Dec 21 08:18:04 67 135 125 T -p 0.3214 2.2807 1.2561 335.1 208.7 72.3 24N 125W
09675 2011 Jun 15 20:13:43 67 141 130 T+ pp 0.0897 2.6868 1.6999 336.1 219.3 100.2 23S 57E
09676 2011 Dec 10 14:32:56 68 147 135 T p- -0.3882 2.1860 1.1061 356.4 212.2 51.1 23N 140E
09677 2012 Jun 04 11:04:20 68 153 140 P a- 0.8247 1.3183 0.3704 270.0 126.6 - 22S 166W
09678 2012 Nov 28 14:34:07 68 159 145 N t- -1.0869 0.9155 -0.1873 276.0 - - 20N 139E
09679 2013 Apr 25 20:08:38 68 164 112 P -a -1.0121 0.9866 0.0148 247.7 27.0 - 14S 57E
09680 2013 May 25 04:11:06 68 165 150 Nb a- 1.5350 0.0157 -0.9335 33.6 - - 19S 63W
09681 2013 Oct 18 23:51:25 68 170 117 N -h 1.1508 0.7649 -0.2718 239.1 - - 11N 2W
09682 2014 Apr 15 07:46:48 69 176 122 T -a -0.3017 2.3182 1.2907 343.9 214.7 77.8 10S 116W
09683 2014 Oct 08 10:55:44 69 182 127 T -p 0.3826 2.1456 1.1659 318.1 199.5 58.8 6N 167W
09684 2015 Apr 04 12:01:24 69 188 132 T t- 0.4460 2.0792 1.0008 357.5 209.0 4.7 5S 179W
09685 2015 Sep 28 02:48:17 69 194 137 T p- -0.3296 2.2296 1.2764 310.7 199.9 71.9 2N 44W
09686 2016 Mar 23 11:48:21 70 200 142 N t- 1.1591 0.7747 -0.3118 255.4 - - 0S 175W
09687 2016 Sep 16 18:55:27 70 206 147 N a- -1.0548 0.9080 -0.0635 239.3 - - 3S 75E
09688 2017 Feb 11 00:45:03 70 211 114 N -a -1.0254 0.9884 -0.0354 259.2 - - 13N 8W
09689 2017 Aug 07 18:21:38 70 217 119 P -t 0.8668 1.2886 0.2464 300.9 115.2 - 15S 86E
09690 2018 Jan 31 13:31:00 71 223 124 T -p -0.3014 2.2941 1.3155 317.2 202.7 76.1 17N 161E
09691 2018 Jul 27 20:22:54 71 229 129 T+ pp 0.1168 2.6792 1.6087 373.8 234.5 103.0 19S 56E
09692 2019 Jan 21 05:13:27 71 235 134 T p- 0.3684 2.1684 1.1953 311.5 196.8 62.0 20N 75W
09693 2019 Jul 16 21:31:55 71 241 139 P t- -0.6430 1.7037 0.6531 333.7 177.9 - 22S 39E
09694 2020 Jan 10 19:11:11 72 247 144 N a- 1.0726 0.8956 -0.1160 244.6 - - 23N 74E
09695 2020 Jun 05 19:26:14 72 252 111 N -a 1.2406 0.5683 -0.4053 198.2 - - 21S 69E
09696 2020 Jul 05 04:31:12 72 253 149 N a- -1.3638 0.3546 -0.6436 165.0 - - 24S 66W
09697 2020 Nov 30 09:44:01 72 258 116 N -t -1.1309 0.8285 -0.2620 261.0 - - 21N 148W
09698 2021 May 26 11:19:53 72 264 121 T -a 0.4774 1.9540 1.0095 302.0 187.4 14.5 21S 170W
09699 2021 Nov 19 09:04:06 73 270 126 P -t -0.4552 2.0720 0.9742 361.5 208.4 - 19N 139W
09700 2022 May 16 04:12:42 73 276 131 T- p- -0.2532 2.3726 1.4137 318.7 207.2 84.9 19S 64W
Catalog of Lunar Eclipses: 2001 to 2100 ( 2001 CE to 2100 CE )
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
09701 2022 Nov 08 11:00:22 73 282 136 T+ p- 0.2570 2.4143 1.3589 353.9 219.8 85.0 17N 169W
09702 2023 May 05 17:24:05 73 288 141 N h- -1.0349 0.9636 -0.0457 257.5 - - 17S 98E
09703 2023 Oct 28 20:15:18 74 294 146 P a- 0.9471 1.1181 0.1220 264.6 77.4 - 14N 52E
09704 2024 Mar 25 07:13:59 74 299 113 N -t 1.0609 0.9557 -0.1325 279.1 - - 1S 106W
09705 2024 Sep 18 02:45:25 74 305 118 P -a -0.9792 1.0372 0.0848 246.3 62.8 - 3S 42W
09706 2025 Mar 14 06:59:56 75 311 123 T -p 0.3484 2.2595 1.1784 362.6 218.3 65.4 3N 102W
09707 2025 Sep 07 18:12:58 75 317 128 T -p -0.2752 2.3440 1.3619 326.7 209.4 82.1 6S 87E
09708 2026 Mar 03 11:34:52 75 323 133 T a- -0.3765 2.1838 1.1507 338.6 207.2 58.3 6N 171W
09709 2026 Aug 28 04:14:04 75 329 138 P t- 0.4964 1.9645 0.9299 337.8 198.1 - 9S 63W
09710 2027 Feb 20 23:14:06 76 335 143 N a- -1.0480 0.9266 -0.0569 241.0 - - 10N 15E
09711 2027 Jul 18 16:04:09 76 340 110 Ne -t -1.5758 0.0014 -1.0680 11.8 - - 22S 121E
09712 2027 Aug 17 07:14:59 76 341 148 N t- 1.2797 0.5456 -0.5254 218.6 - - 12S 108W
09713 2028 Jan 12 04:14:13 76 346 115 P -a 0.9817 1.0468 0.0662 250.7 56.0 - 23N 61W
09714 2028 Jul 06 18:20:57 77 352 120 P -t -0.7903 1.4266 0.3892 310.6 141.5 - 23S 86E
09715 2028 Dec 31 16:53:15 77 358 125 T -p 0.3258 2.2742 1.2463 336.2 208.8 71.3 23N 108E
09716 2029 Jun 26 03:23:22 77 364 130 T+ pp 0.0124 2.8266 1.8436 335.1 219.5 101.9 23S 50W
09717 2029 Dec 20 22:43:12 78 370 135 T p- -0.3811 2.2008 1.1174 358.0 213.3 53.7 23N 19E
09718 2030 Jun 15 18:34:34 78 376 140 P a- 0.7534 1.4480 0.5025 278.2 144.4 - 23S 82E
09719 2030 Dec 09 22:28:51 78 382 145 N t- -1.0731 0.9416 -0.1628 279.2 - - 22N 21E
09720 2031 May 07 03:52:02 78 387 112 N -a -1.0694 0.8814 -0.0904 237.3 - - 18S 59W
09721 2031 Jun 05 11:45:17 78 388 150 N a- 1.4731 0.1292 -0.8199 95.6 - - 21S 176W
09722 2031 Oct 30 07:46:45 79 393 117 N -h 1.1773 0.7161 -0.3204 231.8 - - 15N 121W
09723 2032 Apr 25 15:14:51 79 399 122 T -a -0.3558 2.2192 1.1913 342.4 211.2 65.5 14S 131E
09724 2032 Oct 18 19:03:40 79 405 127 T -p 0.4169 2.0830 1.1028 315.4 195.9 47.1 10N 71E
09725 2033 Apr 14 19:13:51 80 411 132 T t- 0.3954 2.1711 1.0944 361.2 215.0 49.2 9S 72E
09726 2033 Oct 08 10:56:23 80 417 137 T p- -0.2889 2.3057 1.3497 312.6 202.4 78.8 6N 167W
09727 2034 Apr 03 19:06:59 80 423 142 N t- 1.1144 0.8545 -0.2274 265.4 - - 5S 75E
09728 2034 Sep 28 02:47:37 81 429 147 P a- -1.0110 0.9911 0.0144 248.7 26.7 - 1N 44W
09729 2035 Feb 22 09:06:12 81 434 114 N -a -1.0367 0.9652 -0.0535 255.7 - - 9N 133W
09730 2035 Aug 19 01:12:15 81 440 119 P -t 0.9433 1.1507 0.1037 289.8 76.5 - 12S 17W
09731 2036 Feb 11 22:13:06 82 446 124 T -p -0.3110 2.2751 1.2995 316.1 201.9 74.5 14N 31E
09732 2036 Aug 07 02:52:32 82 452 129 T+ pp 0.2004 2.5266 1.4544 372.1 231.3 95.3 16S 41W
09733 2037 Jan 31 14:01:38 82 458 134 T p- 0.3619 2.1803 1.2074 312.1 197.5 63.7 18N 153E
09734 2037 Jul 27 04:09:53 83 464 139 P t- -0.5582 1.8584 0.8095 340.8 192.4 - 20S 60W
09735 2038 Jan 21 03:49:52 83 470 144 N a- 1.0710 0.8996 -0.1140 245.8 - - 21N 54W
09736 2038 Jun 17 02:45:02 83 475 111 N -a 1.3082 0.4422 -0.5275 176.3 - - 22S 41W
09737 2038 Jul 16 11:35:56 84 476 149 N a- -1.2837 0.4999 -0.4952 192.4 - - 23S 172W
09738 2038 Dec 11 17:45:00 84 481 116 N -t -1.1448 0.8046 -0.2892 258.5 - - 22N 93E
09739 2039 Jun 06 18:54:25 84 487 121 P -a 0.5460 1.8272 0.8846 296.7 179.3 - 22S 77E
09740 2039 Nov 30 16:56:28 85 493 126 P -t -0.4721 2.0418 0.9426 360.1 206.0 - 21N 104E
09741 2040 May 26 11:46:22 85 499 131 T- p- -0.1872 2.4938 1.5348 321.4 210.7 92.2 21S 177W
09742 2040 Nov 18 19:04:40 85 505 136 T+ p- 0.2361 2.4525 1.3974 353.6 220.4 87.8 20N 70E
09743 2041 May 16 00:43:03 86 511 141 P t- -0.9746 1.0747 0.0645 269.7 58.5 - 20S 12W
09744 2041 Nov 08 04:35:05 86 517 146 P a- 0.9212 1.1656 0.1696 268.0 90.3 - 18N 73W
09745 2042 Apr 05 14:30:11 86 522 113 N -t 1.1080 0.8680 -0.2176 268.4 - - 5S 144E
09746 2042 Sep 29 10:45:47 87 528 118 N -a -1.0261 0.9528 -0.0031 238.5 - - 2N 163W
09747 2043 Mar 25 14:32:04 87 534 123 T -t 0.3849 2.1900 1.1142 359.3 214.6 53.4 2S 144E
09748 2043 Sep 19 01:51:50 88 540 128 T -a -0.3316 2.2433 1.2556 325.8 206.0 71.7 2S 29W
09749 2044 Mar 13 19:38:33 88 546 133 T a- -0.3496 2.2303 1.2031 338.4 209.1 66.4 2N 68E
09750 2044 Sep 07 11:20:44 88 552 138 T t- 0.4318 2.0860 1.0456 344.0 206.2 33.9 5S 171W
Catalog of Lunar Eclipses: 2001 to 2100 ( 2001 CE to 2100 CE )
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
09751 2045 Mar 03 07:43:26 89 558 143 N a- -1.0274 0.9623 -0.0168 243.9 - - 6N 113W
09752 2045 Aug 27 13:54:50 89 564 148 N t- 1.2060 0.6825 -0.3919 241.7 - - 9S 152E
09753 2046 Jan 22 13:02:37 90 569 115 P -a 0.9885 1.0347 0.0532 250.0 50.4 - 21N 168E
09754 2046 Jul 18 01:06:05 90 575 120 P -t -0.8691 1.2807 0.2461 298.1 114.6 - 22S 14W
09755 2047 Jan 12 01:26:14 90 581 125 T -p 0.3317 2.2649 1.2341 337.2 208.9 70.0 22N 19W
09756 2047 Jul 07 10:35:45 91 587 130 T- pp -0.0636 2.7310 1.7513 333.4 218.5 100.8 23S 157W
09757 2048 Jan 01 06:53:55 91 593 135 T p- -0.3745 2.2141 1.1280 359.4 214.3 55.9 23N 102W
09758 2048 Jun 26 02:02:28 92 599 140 P a- 0.6796 1.5825 0.6388 285.7 159.2 - 23S 30W
09759 2048 Dec 20 06:27:48 92 605 145 N t- -1.0624 0.9617 -0.1436 281.6 - - 22N 97W
09760 2049 May 17 11:26:39 92 610 112 N -a -1.1337 0.7638 -0.2085 224.3 - - 21S 172W
09761 2049 Jun 15 19:14:12 92 611 150 N a- 1.4068 0.2511 -0.6985 132.0 - - 22S 72E
09762 2049 Nov 09 15:52:11 93 616 117 N -h 1.1964 0.6808 -0.3553 226.1 - - 18N 118E
09763 2050 May 06 22:32:02 94 622 122 T -h -0.4181 2.1052 1.0767 340.0 206.0 43.2 17S 21E
09764 2050 Oct 30 03:21:47 95 628 127 T -p 0.4435 2.0345 1.0538 313.1 192.9 34.5 14N 54W
09765 2051 Apr 26 02:16:28 96 634 132 T p- 0.3371 2.2773 1.2022 364.8 220.8 69.6 13S 34W
09766 2051 Oct 19 19:11:50 97 640 137 T- p- -0.2542 2.3708 1.4118 314.2 204.3 83.6 10N 69E
09767 2052 Apr 14 02:18:06 98 646 142 N t- 1.0628 0.9466 -0.1305 276.0 - - 9S 34W
09768 2052 Oct 08 10:45:58 99 652 147 P a- -0.9726 1.0642 0.0821 256.6 63.3 - 5N 164W
09769 2053 Mar 04 17:22:10 99 657 114 N -a -1.0530 0.9323 -0.0808 251.1 - - 5N 102E
09770 2053 Aug 29 08:05:50 100 663 119 Nx -t 1.0164 1.0191 -0.0330 277.8 - - 8S 121W
09771 2054 Feb 22 06:51:27 101 669 124 T -p -0.3242 2.2491 1.2769 314.7 200.9 72.1 10N 99W
09772 2054 Aug 18 09:26:30 102 675 129 T pp 0.2806 2.3805 1.3062 369.5 226.5 82.9 13S 140W
09773 2055 Feb 11 22:46:17 103 681 134 T p- 0.3526 2.1970 1.2246 312.9 198.4 66.0 14N 22E
09774 2055 Aug 07 10:53:18 104 687 139 P t- -0.4769 2.0069 0.9594 346.3 203.4 - 17S 161W
09775 2056 Feb 01 12:26:06 105 693 144 N a- 1.0682 0.9056 -0.1096 247.2 - - 18N 177E
09776 2056 Jun 27 10:03:09 106 698 111 N -a 1.3769 0.3143 -0.6519 149.9 - - 22S 149W
09777 2056 Jul 26 18:43:24 106 699 149 N a- -1.2048 0.6435 -0.3489 214.4 - - 20S 81E
09778 2056 Dec 22 01:48:56 107 704 116 N -t -1.1559 0.7857 -0.3109 256.4 - - 22N 27W
09779 2057 Jun 17 02:26:20 108 710 121 P -a 0.6167 1.6967 0.7555 290.6 169.3 - 23S 36W
09780 2057 Dec 11 00:53:38 109 716 126 P -t -0.4853 2.0178 0.9181 358.8 204.0 - 23N 15W
09781 2058 Jun 06 19:15:48 110 722 131 T- pp -0.1181 2.6210 1.6611 323.6 213.4 97.3 23S 71E
09782 2058 Nov 30 03:16:18 111 728 136 T+ p- 0.2208 2.4802 1.4260 353.0 220.7 89.7 22N 52W
09783 2059 May 27 07:55:35 112 734 141 P t- -0.9097 1.1946 0.1829 281.7 97.2 - 22S 119W
09784 2059 Nov 19 13:01:36 113 740 146 P a- 0.9004 1.2037 0.2079 270.5 99.2 - 20N 161E
09785 2060 Apr 15 21:37:04 114 745 113 N -t 1.1621 0.7674 -0.3156 255.0 - - 9S 37E
09786 2060 Oct 09 18:53:32 115 751 118 N -a -1.0670 0.8796 -0.0799 231.3 - - 6N 74E
09787 2060 Nov 08 04:04:15 115 752 156 N a- 1.5332 0.0266 -0.9375 43.6 - - 18N 65W
09788 2061 Apr 04 21:54:05 116 757 123 T -t 0.4300 2.1044 1.0341 355.0 209.6 29.9 6S 33E
09789 2061 Sep 29 09:38:13 117 763 128 T -a -0.3810 2.1556 1.1621 324.8 202.4 59.0 2N 146W
09790 2062 Mar 25 03:33:50 118 769 133 T p- -0.3150 2.2905 1.2695 338.3 211.3 74.7 2S 52W
09791 2062 Sep 18 18:34:02 119 775 138 T p- 0.3735 2.1959 1.1496 349.3 212.4 59.5 1S 80E
09792 2063 Mar 14 16:05:49 120 781 143 P a- -1.0007 1.0088 0.0342 247.8 40.6 - 1N 121E
09793 2063 Sep 07 20:41:12 121 787 148 N t- 1.1374 0.8101 -0.2678 260.4 - - 5S 49E
09794 2064 Feb 02 21:48:57 122 792 115 P -a 0.9969 1.0197 0.0377 249.0 42.5 - 18N 37E
09795 2064 Jul 28 07:52:48 123 798 120 P -t -0.9473 1.1361 0.1038 284.3 75.7 - 20S 116W
09796 2065 Jan 22 09:58:58 124 804 125 T -p 0.3371 2.2561 1.2231 338.2 209.0 68.8 20N 146W
09797 2065 Jul 17 17:48:40 125 810 130 T- pp -0.1402 2.5890 1.6121 331.0 216.3 97.0 21S 95E
09798 2066 Jan 11 15:04:47 126 816 135 T p- -0.3687 2.2259 1.1378 360.7 215.2 57.9 21N 136E
09799 2066 Jul 07 09:30:29 127 822 140 P a- 0.6055 1.7179 0.7753 292.3 171.3 - 22S 141W
09800 2066 Dec 31 14:30:10 128 828 145 N t- -1.0539 0.9773 -0.1281 283.3 - - 22N 144E
Catalog of Lunar Eclipses: 2001 to 2100 ( 2001 CE to 2100 CE )
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
09801 2067 May 28 18:56:08 129 833 112 N -a -1.2012 0.6403 -0.3329 208.5 - - 23S 76E
09802 2067 Jun 27 02:41:06 129 834 150 N a- 1.3394 0.3754 -0.5753 159.8 - - 22S 39W
09803 2067 Nov 21 00:04:42 130 839 117 N -h 1.2106 0.6544 -0.3811 221.5 - - 21N 4W
09804 2068 May 17 05:42:17 131 845 122 P -t -0.4851 1.9826 0.9532 336.6 199.0 - 20S 86W
09805 2068 Nov 09 11:47:00 132 851 127 T -p 0.4645 1.9962 1.0149 311.2 190.2 18.4 18N 180E
09806 2069 May 06 09:09:57 133 857 132 T+ pp 0.2717 2.3965 1.3229 368.1 226.2 84.3 17S 138W
09807 2069 Oct 30 03:35:06 134 863 137 T- p- -0.2263 2.4235 1.4616 315.4 205.6 86.8 14N 57W
09808 2070 Apr 25 09:21:24 135 869 142 Nx t- 1.0044 1.0515 -0.0209 286.9 - - 12S 140W
09809 2070 Oct 19 18:51:12 137 875 147 P a- -0.9406 1.1258 0.1383 263.2 81.7 - 9N 74E
09810 2071 Mar 16 01:31:09 137 880 114 N -a -1.0756 0.8879 -0.1194 245.1 - - 1N 20W
09811 2071 Sep 09 15:05:41 138 886 119 N -t 1.0834 0.8989 -0.1586 265.2 - - 4S 133E
09812 2072 Mar 04 15:23:07 140 892 124 T -p -0.3430 2.2127 1.2441 313.2 199.4 68.5 6N 133E
09813 2072 Aug 28 16:05:42 141 898 129 T -t 0.3563 2.2428 1.1662 366.0 220.3 64.2 9S 119E
09814 2073 Feb 22 07:24:53 142 904 134 T p- 0.3388 2.2218 1.2503 313.8 199.7 69.2 10N 107W
09815 2073 Aug 17 17:42:41 143 910 139 T t- -0.3998 2.1479 1.1013 350.5 211.6 50.1 13S 96E
09816 2074 Feb 11 20:55:58 144 916 144 N a- 1.0611 0.9191 -0.0972 249.5 - - 15N 50E
09817 2074 Jul 08 17:21:38 145 921 111 N -a 1.4456 0.1870 -0.7765 116.6 - - 21S 101E
09818 2074 Aug 07 01:56:03 145 922 149 N a- -1.1291 0.7813 -0.2091 232.2 - - 17S 27W
09819 2075 Jan 02 09:55:03 146 927 116 N -t -1.1642 0.7714 -0.3271 254.9 - - 22N 147W
09820 2075 Jun 28 09:55:35 147 933 121 P -a 0.6897 1.5624 0.6220 283.4 157.0 - 23S 147W
09821 2075 Dec 22 08:55:55 148 939 126 P -t -0.4945 2.0008 0.9013 357.6 202.5 - 23N 134W
09822 2076 Jun 17 02:39:47 149 945 131 T- pp -0.0452 2.7554 1.7943 325.3 215.1 100.2 23S 39W
09823 2076 Dec 10 11:34:51 150 951 136 T+ p- 0.2102 2.4990 1.4460 352.2 220.6 90.8 23N 175W
09824 2077 Jun 06 14:59:52 151 957 141 P t- -0.8387 1.3257 0.3123 293.6 125.0 - 24S 135E
09825 2077 Nov 29 21:35:53 152 963 146 P a- 0.8854 1.2309 0.2356 272.0 105.0 - 23N 34E
09826 2078 Apr 27 04:35:44 153 968 113 N -t 1.2222 0.6558 -0.4246 238.2 - - 13S 68W
09827 2078 Oct 21 03:08:03 154 974 118 N -a -1.1021 0.8171 -0.1462 224.8 - - 10N 50W
09828 2078 Nov 19 12:40:04 154 975 156 N a- 1.5147 0.0615 -0.9047 66.0 - - 21N 166E
09829 2079 Apr 16 05:10:45 155 980 123 P -t 0.4799 2.0100 0.9451 350.1 203.4 - 10S 77W
09830 2079 Oct 10 17:30:30 156 986 128 T -a -0.4246 2.0786 1.0791 323.8 198.7 42.4 7N 95E
09831 2080 Apr 04 11:23:38 157 992 133 T p- -0.2751 2.3607 1.3460 338.3 213.6 82.1 6S 170W
09832 2080 Sep 29 01:52:42 158 998 138 T p- 0.3203 2.2967 1.2443 353.7 217.4 73.8 3N 30W
09833 2081 Mar 25 00:22:01 159 1004 143 P a- -0.9687 1.0652 0.0953 252.4 67.1 - 3S 4W
09834 2081 Sep 18 03:35:26 161 1010 148 N t- 1.0747 0.9270 -0.1545 275.7 - - 1S 55W
09835 2082 Feb 13 06:29:19 161 1015 115 P -a 1.0101 0.9955 0.0134 247.2 25.5 - 14N 93W
09836 2082 Aug 08 14:46:42 163 1021 120 Nx -t -1.0203 1.0011 -0.0294 269.8 - - 17S 141E
09837 2083 Feb 02 18:26:46 164 1027 125 T -p 0.3463 2.2400 1.2052 338.9 208.8 66.5 17N 88E
09838 2083 Jul 29 01:05:34 165 1033 130 T- pp -0.2143 2.4520 1.4773 328.0 212.9 90.4 19S 14W
09839 2084 Jan 22 23:13:00 166 1039 135 T p- -0.3610 2.2407 1.1513 362.0 216.3 60.5 19N 15E
09840 2084 Jul 17 16:58:51 167 1045 140 P a- 0.5312 1.8540 0.9119 298.1 181.4 - 20S 107E
09841 2085 Jan 10 22:32:29 168 1051 145 N t- -1.0453 0.9927 -0.1119 284.9 - - 21N 24E
09842 2085 Jun 08 02:17:36 169 1056 112 N -a -1.2745 0.5065 -0.4682 188.5 - - 24S 34W
09843 2085 Jul 07 10:04:40 169 1057 150 N a- 1.2694 0.5047 -0.4478 183.5 - - 21S 149W
09844 2085 Dec 01 08:25:35 170 1062 117 N -a 1.2189 0.6387 -0.3957 218.5 - - 23N 128W
09845 2086 May 28 12:43:47 171 1068 122 P -t -0.5585 1.8486 0.8180 332.0 189.4 - 22S 169E
09846 2086 Nov 20 20:19:42 172 1074 127 P -p 0.4799 1.9679 0.9865 309.5 188.1 - 20N 52E
09847 2087 May 17 15:55:20 173 1080 132 T+ pp 0.1999 2.5276 1.4554 371.0 230.6 95.1 19S 121E
09848 2087 Nov 10 12:05:33 174 1086 137 T- p- -0.2043 2.4654 1.5006 316.4 206.6 88.9 17N 175E
09849 2088 May 05 16:16:50 175 1092 142 P t- 0.9387 1.1695 0.1019 297.9 77.1 - 16S 116E
09850 2088 Oct 30 03:03:20 177 1098 147 P a- -0.9147 1.1761 0.1831 268.5 93.6 - 13N 49W
Catalog of Lunar Eclipses: 2001 to 2100 ( 2001 CE to 2100 CE )
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
09851 2089 Mar 26 09:34:14 178 1103 114 N -a -1.1038 0.8332 -0.1681 237.8 - - 4S 142W
09852 2089 Sep 19 22:11:17 179 1109 119 N -t 1.1447 0.7893 -0.2737 252.2 - - 0N 26E
09853 2090 Mar 15 23:48:31 180 1115 124 T -p -0.3674 2.1659 1.2012 311.3 197.5 63.0 1N 6E
09854 2090 Sep 08 22:52:29 181 1121 129 T -t 0.4257 2.1167 1.0377 362.0 213.1 31.9 5S 17E
09855 2091 Mar 05 15:58:22 182 1127 134 T p- 0.3212 2.2537 1.2832 315.0 201.3 72.9 6N 124E
09856 2091 Aug 29 00:38:25 183 1133 139 T t- -0.3270 2.2810 1.2351 353.4 217.5 72.9 10S 8W
09857 2092 Feb 23 05:20:59 184 1139 144 N a- 1.0509 0.9383 -0.0789 252.4 - - 11N 76W
09858 2092 Jul 19 00:41:58 185 1144 111 Ne -a 1.5131 0.0620 -0.8992 67.7 - - 19S 8W
09859 2092 Aug 17 09:13:59 185 1145 149 N a- -1.0568 0.9131 -0.0757 246.7 - - 14S 136W
09860 2093 Jan 12 18:00:03 186 1150 116 N -t -1.1733 0.7553 -0.3444 253.1 - - 20N 93E
09861 2093 Jul 08 17:24:18 187 1156 121 P -a 0.7632 1.4275 0.4872 275.3 141.9 - 22S 101E
09862 2094 Jan 01 17:00:06 188 1162 126 P -t -0.5024 1.9858 0.8871 356.5 201.2 - 22N 107E
09863 2094 Jun 28 10:01:57 190 1168 131 T+ pp 0.0288 2.7865 1.8234 326.5 215.7 100.6 23S 149W
09864 2094 Dec 21 19:56:32 191 1174 136 T+ p- 0.2016 2.5138 1.4627 351.2 220.5 91.6 24N 61E
09865 2095 Jun 17 22:00:11 192 1180 141 P t- -0.7653 1.4617 0.4459 304.7 146.9 - 24S 31E
09866 2095 Dec 11 06:15:02 193 1186 146 P a- 0.8742 1.2510 0.2565 272.9 108.9 - 24N 95W
09867 2096 May 07 11:24:42 194 1191 113 N -t 1.2896 0.5309 -0.5469 216.9 - - 16S 171W
09868 2096 Jun 06 02:43:41 194 1192 151 Nb t- -1.5723 0.0047 -1.0584 21.2 - - 24S 41W
09869 2096 Oct 31 11:30:23 195 1197 118 N -a -1.1307 0.7666 -0.2006 219.3 - - 13N 175W
09870 2096 Nov 29 21:22:22 195 1198 156 N a- 1.5017 0.0862 -0.8816 78.1 - - 23N 37E
09871 2097 Apr 26 12:18:17 196 1203 123 P -t 0.5377 1.9013 0.8420 344.0 195.2 - 13S 176E
09872 2097 Oct 21 01:30:55 197 1209 128 T -a -0.4608 2.0152 1.0097 323.1 195.2 15.2 11N 26W
09873 2098 Apr 15 19:04:48 198 1215 133 T- p- -0.2272 2.4454 1.4369 338.3 215.8 89.0 10S 74E
09874 2098 Oct 10 09:19:58 200 1221 138 T pp 0.2749 2.3831 1.3246 357.4 221.0 82.7 7N 143W
09875 2099 Apr 05 08:30:56 201 1227 143 P a- -0.9304 1.1333 0.1680 257.7 88.1 - 7S 127W
09876 2099 Sep 29 10:36:38 202 1233 148 Nx t- 1.0174 1.0340 -0.0512 288.3 - - 3N 161W
09877 2100 Feb 24 15:05:11 203 1238 115 N -a 1.0267 0.9649 -0.0170 244.6 - - 10N 138E
09878 2100 Aug 19 21:44:58 204 1244 120 N -t -1.0905 0.8716 -0.1575 254.2 - - 13S 36E
Index to Five Millennium Catolog of Lunar Eclipses
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
Calendar
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..
Predictions
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:
- pre-1950’s: ΔT calculated from empirical fits to historical records derived by Morrison and Stephenson (2004)
- 1955-2006: ΔT obtained from published observations
- Post-2006: ΔT is extrapolated from current values weighted by the long term trend from tidal effects
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.
Acknowledgments
The data presented here were previously published in:
Five Millennium Canon of Lunar Eclipses: -1999 to +3000 (NASA TP-2009-214172)
Five Millennium Catalog of Lunar Eclipses: -1999 to +3000 (NASA TP-2009-214173)
Permission is freely granted to reproduce this data when accompanied by an acknowledgment:
“Eclipse Predictions by Fred Espenak and Jean Meeus (NASA’s GSFC) “
