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The periodicity and recurrance of solar (and lunar) eclipses is governed by the Saros cycle, a period of approximately 6,585.3 days (18 years 11 days 8 hours). When two eclipses are separated by a period of one Saros, they share a very similar geometry. The eclipses occur at the same node with the Moon at nearly the same distance from Earth and at the same time of year. Thus, the Saros is useful for organizing eclipses into families or series. Each series typically lasts 12 to 13 centuries and contains 70 or more eclipses.
Lunar eclipses of Saros series 110 all occur at the Moon’s ascending node and the Moon moves southward with each eclipse. The series began with a partial eclipse north of the Ecliptic on 0747 May 28. The series will end with a partial eclipse south of the Ecliptic on 2027 Jul 18. The total duration of Saros series 110 is 1280.14 years. In summary:
First Eclipse = 0747 May 28 21:04:34 UT
Last Eclipse = 2027 Jul 18 16:02:33 UT
Duration of Saros 110 = 1280.14 Years
During Saros series 110, Earth experiences 72 lunar eclipses as follows:
All Eclipses = 72 = 100.0%
Penumbral (N) = 16 = 22.2%
Partial (P) = 43 = 59.7%
Total (T) = 13 = 18.1%
Umbral Eclipses = 56 = 77.8%
Central = 6 = 8.3%
Non-Central = 7 = 9.7%
Sequence of eclipses in Saros series 110: 8N 23P 13T 20P 8N
The longest and shortest eclipses of Saros series 110 as well as other eclipse extrema are listed below.
Longest Total Lunar Eclipse: 1414 Jul 03 Duration = 01h43m47s
Shortest Total Lunar Eclipse: 1306 Apr 29 Duration = 00h32m32s
Longest Partial Lunar Eclipse: 1540 Sep 16 Duration = 03h23m01s
Shortest Partial Lunar Eclipse: 0891 Aug 23 Duration = 00h53m05s
Largest Partial Lunar Eclipse: 1540 Sep 16 Magnitude = 0.9986
Smallest Partial Lunar Eclipse: 0891 Aug 23 Magnitude = 0.0601
Local circumstances at greatest eclipse for every eclipse of Saros series 110 are presented in the following catalog. For a detailed key and additional information about the catalog, see: Key to Catalog of Lunar Eclipses.
All eclipse calculations are by Fred Espenak, and he assumes full responsibility for their accuracy.
Permission is freely granted to reproduce this data when accompanied by an acknowledgment:
"Eclipse Predictions by Fred Espenak, NASA/GSFC"
| Key to Catalog of Lunar Eclipses |
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Local Circumstances at Greatest Eclipse for Saros 110
U.T.
Greatest Saros Pen. Umb. S.D. S.D. GST Moon Moon
Date Eclipse Type # Gamma Mag. Mag. Par Tot (0 UT) RA Dec
h h °
0747 May 28 21:05 Nb 110 1.523 0.060 -0.901 - - 16.6 16.54 -20.5
0765 Jun 08 04:33 N 110 1.451 0.190 -0.770 - - 17.3 17.28 -21.7
0783 Jun 19 12:01 N 110 1.379 0.323 -0.637 - - 18.1 18.03 -22.2
0801 Jun 29 19:30 N 110 1.307 0.454 -0.505 - - 18.8 18.78 -21.8
0819 Jul 11 03:02 N 110 1.237 0.583 -0.378 - - 19.5 19.52 -20.6
0837 Jul 21 10:38 N 110 1.171 0.706 -0.256 - - 20.2 20.26 -18.7
0855 Aug 01 18:18 N 110 1.108 0.822 -0.142 - - 20.9 20.97 -16.1
0873 Aug 12 02:03 N 110 1.049 0.931 -0.036 - - 21.7 21.67 -12.9
0891 Aug 23 09:55 P 110 0.996 1.030 0.060 27m - 22.4 22.35 -9.3
0909 Sep 02 17:54 P 110 0.949 1.118 0.145 41m - 23.1 23.02 -5.3
0927 Sep 14 02:01 P 110 0.908 1.196 0.218 50m - 23.8 23.68 -1.1
0945 Sep 24 10:15 P 110 0.874 1.260 0.279 56m - 0.5 0.35 3.2
0963 Oct 05 18:37 P 110 0.846 1.313 0.328 60m - 1.3 1.02 7.5
0981 Oct 16 03:06 P 110 0.825 1.353 0.364 63m - 2.0 1.71 11.6
0999 Oct 27 11:41 P 110 0.809 1.385 0.393 65m - 2.7 2.42 15.4
1017 Nov 06 20:23 P 110 0.798 1.406 0.410 66m - 3.4 3.17 18.7
1035 Nov 18 05:08 P 110 0.792 1.420 0.421 67m - 4.1 3.93 21.3
1053 Nov 28 13:57 P 110 0.789 1.427 0.425 68m - 4.9 4.73 23.2
1071 Dec 09 22:46 P 110 0.787 1.431 0.427 68m - 5.6 5.54 24.2
1089 Dec 20 07:37 P 110 0.786 1.434 0.428 68m - 6.3 6.36 24.3
1107 Dec 31 16:25 P 110 0.785 1.437 0.430 68m - 7.0 7.18 23.4
1126 Jan 11 01:10 P 110 0.781 1.445 0.437 69m - 7.8 7.97 21.6
1144 Jan 22 09:51 P 110 0.774 1.457 0.449 70m - 8.5 8.74 19.0
1162 Feb 01 18:26 P 110 0.763 1.478 0.470 71m - 9.2 9.49 15.7
1180 Feb 13 02:53 P 110 0.746 1.508 0.500 74m - 9.9 10.20 12.0
1198 Feb 23 11:13 P 110 0.724 1.549 0.542 76m - 10.7 10.89 7.9
1216 Mar 05 19:23 P 110 0.695 1.602 0.595 79m - 11.4 11.56 3.6
1234 Mar 17 03:25 P 110 0.659 1.667 0.660 83m - 12.1 12.22 -0.7
1252 Mar 27 11:17 P 110 0.616 1.746 0.740 87m - 12.8 12.88 -5.0
1270 Apr 07 19:01 P 110 0.567 1.837 0.830 91m - 13.5 13.55 -9.1
1288 Apr 18 02:35 P 110 0.510 1.941 0.933 95m - 14.3 14.22 -12.9
1306 Apr 29 10:03 T 110 0.449 2.053 1.045 99m 16m 15.0 14.91 -16.3
1324 May 09 17:21 T 110 0.382 2.178 1.168 102m 30m 15.7 15.62 -19.1
1342 May 21 00:35 T 110 0.311 2.309 1.297 106m 39m 16.4 16.35 -21.3
1360 May 31 07:43 T- 110 0.236 2.448 1.434 108m 45m 17.1 17.10 -22.7
1378 Jun 11 14:48 T- 110 0.158 2.591 1.574 110m 49m 17.9 17.85 -23.4
1396 Jun 21 21:49 Tm 110 0.080 2.738 1.717 111m 51m 18.6 18.61 -23.2
1414 Jul 03 04:50 T- 110 0.001 2.883 1.858 112m 52m 19.3 19.36 -22.2
1432 Jul 13 11:52 T+ 110 -0.076 2.749 1.720 112m 51m 20.0 20.10 -20.4
1450 Jul 24 18:54 T+ 110 -0.151 2.613 1.578 112m 49m 20.7 20.82 -18.0
1468 Aug 04 02:01 T+ 110 -0.223 2.485 1.444 110m 46m 21.4 21.52 -15.0
1486 Aug 15 09:10 T 110 -0.291 2.363 1.317 109m 41m 22.2 22.20 -11.5
1504 Aug 25 16:26 T 110 -0.352 2.253 1.201 106m 34m 22.9 22.87 -7.6
1522 Sep 05 23:47 T 110 -0.409 2.152 1.093 104m 24m 23.6 23.53 -3.5
1540 Sep 16 07:15 P 110 -0.459 2.064 0.999 102m - 0.3 0.19 0.8
1558 Sep 27 14:50 P 110 -0.503 1.987 0.915 99m - 1.0 0.86 5.0
1576 Oct 07 22:32 P 110 -0.539 1.924 0.846 97m - 1.8 1.53 9.1
1594 Oct 29 06:21 P 110 -0.569 1.871 0.787 94m - 2.5 2.23 12.9
1612 Nov 08 14:18 P 110 -0.592 1.832 0.742 93m - 3.2 2.96 16.3
1630 Nov 19 22:20 P 110 -0.610 1.801 0.706 91m - 3.9 3.71 19.1
1648 Nov 30 06:26 P 110 -0.624 1.778 0.678 90m - 4.6 4.48 21.3
1666 Dec 11 14:35 P 110 -0.635 1.760 0.657 89m - 5.4 5.28 22.5
1684 Dec 21 22:47 P 110 -0.642 1.749 0.643 88m - 6.1 6.09 22.9
1703 Jan 03 06:58 P 110 -0.650 1.736 0.627 88m - 6.8 6.89 22.3
1721 Jan 13 15:08 P 110 -0.657 1.723 0.613 87m - 7.5 7.69 20.8
1739 Jan 24 23:14 P 110 -0.668 1.704 0.593 86m - 8.3 8.46 18.5
1757 Feb 04 07:17 P 110 -0.680 1.681 0.570 85m - 9.0 9.21 15.5
1775 Feb 15 15:11 P 110 -0.699 1.646 0.535 83m - 9.7 9.93 12.0
1793 Feb 25 22:59 P 110 -0.722 1.604 0.494 80m - 10.4 10.62 8.0
1811 Mar 10 06:37 P 110 -0.753 1.546 0.438 76m - 11.1 11.30 3.8
1829 Mar 20 14:08 P 110 -0.789 1.479 0.372 71m - 11.9 11.97 -0.6
1847 Mar 31 21:27 P 110 -0.835 1.394 0.290 64m - 12.6 12.63 -4.9
1865 Apr 11 04:38 P 110 -0.886 1.300 0.197 53m - 13.3 13.30 -9.1
1883 Apr 22 11:39 P 110 -0.945 1.190 0.090 37m - 14.0 13.97 -13.0
1901 May 03 18:31 N 110 -1.010 1.069 -0.029 - - 14.7 14.66 -16.5
1919 May 15 01:14 N 110 -1.082 0.936 -0.160 - - 15.4 15.37 -19.5
1937 May 25 07:51 N 110 -1.158 0.796 -0.299 - - 16.2 16.10 -21.9
1955 Jun 05 14:23 N 110 -1.238 0.648 -0.445 - - 16.9 16.85 -23.6
1973 Jun 15 20:50 N 110 -1.322 0.495 -0.597 - - 17.6 17.61 -24.5
1991 Jun 27 03:15 N 110 -1.406 0.339 -0.752 - - 18.3 18.38 -24.6
2009 Jul 07 09:38 N 110 -1.491 0.182 -0.908 - - 19.0 19.14 -23.9
2027 Jul 18 16:03 Ne 110 -1.576 0.028 -1.063 - - 19.7 19.88 -22.3
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Eclipse Predictions & Webmaster: Fred Espenak Email: espenak@gsfc.nasa.gov Planteary Systems Laboratory - Code 693
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Last revised: 1999 Jun 3 - F. Espenak