Six Millennium Catalog of Lunar Eclipses

-0199 to -0100 (200 BCE to 101 BCE)

Fred Espenak

Introduction

The Six Millennium Catalog of Lunar Eclipses is organized into a series of sixty 100-year web pages, each one covering a century of lunar eclipses. The 100-year table below covers the period -0199 to -0100 (200 BCE to 101 BCE) [1]. The date and time of each eclipse is given for the instant of Greatest Eclipse [2]. Each eclipse date links to a web page containing additional details and a map showing the geographic region of eclipse visibility for that eclipse. A description of each parameter in the catalog table can be found in Key to Catalog of Lunar Eclipses.

For an explanation of how eclipses are classified, see Lunar Eclipse Basics. The frequency of each eclipse type, the extremes in eclipse magnitude and duration, and other data for the century are presented in the Eclipse Statistics tables following the Catalog of Lunar Eclipses. To select a different century, visit the Index to Six Millennium Catalog of Lunar Eclipses.

Catalog of Lunar Eclipses: -0199 to -0100 (200 BCE to 101 BCE)
Calendar Date TD of Greatest Eclipse ΔT

s
ΔT Sigma
s
Luna Num Saros Num Ecl Type QSE Gamma Pen Mag Um Mag Pen
Dur
m
Par
Dur
m
Total
Dur
m
Zen
Lat
°
Zen
Long
°
-0199 Mar 20 02:31:12 12704 326 -27196 58T+p- 0.2580 2.3835 1.3856333.6212.8 84.9 2N 18E
-0199 Sep 12 03:55:24 12698 326 -27190 63T-p- -0.1459 2.5933 1.5874337.3217.3 96.1 6S 7W
-0198 Mar 09 10:22:38 12692 326 -27184 68N t- 1.0423 0.9739-0.0825272.3 - - 7N 99W
-0198 Sep 01 18:01:13 12686 326 -27178 73P a- -0.8425 1.2926 0.3313269.0120.3 - 11S143E
-0197 Jan 27 17:47:27 12681 325 -27173 40N -t -1.1941 0.7135-0.3789246.8 - - 18N150E
-0197 Jul 24 02:16:27 12676 325 -27167 45N -a 1.0324 0.9474-0.0202243.7 - - 20S 19E
-0197 Aug 22 10:35:35 12675 325 -27166 83Nba- -1.5284 0.0324-0.9256 48.3 - - 15S105W
-0196 Jan 16 20:29:40 12670 325 -27161 50P -p -0.4597 2.0401 0.9892340.1200.7 - 21N109E
-0196 Jul 12 14:10:12 12664 325 -27155 55T -a 0.3065 2.3045 1.2869342.8214.8 77.623S160W
-0195 Jan 05 06:23:07 12658 325 -27149 60T+p- 0.2586 2.3818 1.3849326.7208.5 83.123N 41W
-0195 Jul 01 18:56:38 12652 325 -27143 65P t- -0.4719 2.0234 0.9613353.8206.5 - 24S128E
-0195 Dec 25 21:15:18 12647 324 -27137 70P a- 0.9158 1.1626 0.1923257.9 92.9 - 25N 95E
-0194 Jun 20 19:31:57 12641 324 -27131 75N t- -1.2284 0.6371-0.4283233.6 - - 25S118E
-0194 Nov 16 00:21:49 12636 324 -27126 42N -a -1.1516 0.7523-0.2624228.3 - - 17N 45E
-0193 May 11 12:39:59 12630 324 -27120 47P -t 0.7511 1.4782 0.4814299.0149.2 - 16S139W
-0193 Nov 05 08:01:29 12624 324 -27114 52P -a -0.4976 1.9809 0.9097344.9198.2 - 14N 71W
-0192 Apr 30 02:34:41 12618 324 -27108 57T-pp -0.0314 2.7763 1.8238321.6213.5 99.814S 13E
-0192 Oct 24 08:50:43 12613 324 -27102 62T+pp 0.1905 2.5602 1.4576376.1230.8 94.711N 83W
-0191 Apr 19 19:37:47 12607 323 -27096 67P a- -0.7605 1.4350 0.4897276.8142.5 - 11S117E
-0191 Oct 13 08:32:24 12601 323 -27090 72P t- 0.8713 1.3005 0.2186308.7110.3 - 7N 79W
-0190 Mar 11 00:44:31 12596 323 -27085 39N -a 1.1283 0.7962-0.2205239.1 - - 6N 45E
-0190 Apr 09 11:10:31 12595 323 -27084 77Nba- -1.5270 0.0466-0.9345 59.9 - - 7S115W
-0190 Sep 03 02:27:59 12590 323 -27079 44N -a -1.2095 0.6327-0.3554208.5 - - 10S 16E
-0190 Oct 02 14:08:15 12589 323 -27078 82N a- 1.5150 0.0908-0.9341 86.1 - - 3N162W
-0189 Feb 28 06:22:41 12585 323 -27073 49T -t 0.4244 2.1155 1.0435356.1210.4 33.710N 39W

Catalog of Lunar Eclipses: -0199 to -0100 (200 BCE to 101 BCE)
Calendar Date TD of Greatest Eclipse ΔT

s
ΔT Sigma
s
Luna Num Saros Num Ecl Type QSE Gamma Pen Mag Um Mag Pen
Dur
m
Par
Dur
m
Total
Dur
m
Zen
Lat
°
Zen
Long
°
-0189 Aug 23 17:48:59 12579 323 -27067 54T -a -0.4728 1.9671 1.0132303.2187.5 17.114S146E
-0188 Feb 17 06:25:54 12573 323 -27061 59T p- -0.2940 2.3640 1.2737370.5224.8 79.013N 40W
-0188 Aug 12 10:18:43 12567 322 -27055 64T+p- 0.2405 2.3984 1.4346319.7207.8 86.216S102W
-0187 Feb 05 08:03:33 12561 322 -27049 69P h- -0.9895 1.0719 0.0134280.7 27.6 - 16N 64W
-0187 Aug 01 23:18:57 12556 322 -27043 74N t- 1.0169 0.9969-0.0126261.2 - - 18S 63E
-0187 Dec 27 04:59:37 12551 322 -27038 41N -a 1.0980 0.8362-0.1498230.8 - - 25N 21W
-0186 Jun 22 14:51:20 12545 322 -27032 46Nx-t -0.9947 1.0669-0.0006290.0 - - 25S171W
-0186 Dec 16 20:25:49 12539 322 -27026 51T -p 0.4238 2.0660 1.0944307.7191.5 44.424N106E
-0185 Jun 11 15:35:41 12533 321 -27020 56T-pp -0.2298 2.4649 1.4081365.2227.7 91.423S177E
-0185 Dec 06 11:02:08 12528 321 -27014 61T-p- -0.2490 2.4025 1.3998328.4209.4 84.322N115W
-0184 May 30 21:12:24 12522 321 -27008 66P h- 0.5471 1.8582 0.8502324.7188.8 - 21S 92E
-0184 Nov 24 20:20:18 12516 321 -27002 71P h- -0.9801 1.0898 0.0300279.9 40.9 - 19N105E
-0183 Apr 21 02:44:24 12511 321 -26997 38N -a -1.2533 0.5315-0.4154186.0 - - 12S 10E
-0183 May 20 09:56:26 12510 321 -26996 76N a- 1.2645 0.5167-0.4414186.9 - - 18S 99W
-0183 Oct 15 03:17:04 12506 321 -26991 43N -t 1.3408 0.4487-0.6520202.1 - - 8N 0W
-0182 Apr 10 19:46:41 12500 321 -26985 48P -a -0.5399 1.8436 0.8907300.5181.0 - 7S116E
-0182 Oct 04 04:10:26 12494 320 -26979 53P -t 0.6234 1.7472 0.6815333.7178.8 - 3N 13W
-0181 Mar 31 10:01:20 12488 320 -26973 58T+pp 0.2021 2.4864 1.4880336.6216.4 92.0 2S 97W
-0181 Sep 23 12:01:05 12483 320 -26967 63T-p- -0.1169 2.6463 1.6405336.8217.5 97.7 2S130W
-0180 Mar 19 17:33:56 12477 320 -26961 68P t- 0.9909 1.0680 0.0121283.1 26.5 - 3N151E
-0180 Sep 12 02:13:12 12471 320 -26955 73P a- -0.8071 1.3585 0.3955273.5130.1 - 7S 18E
-0179 Feb 07 01:22:33 12466 320 -26950 40N -t -1.2203 0.6631-0.4246238.5 - - 15N 36E
-0179 Aug 03 09:50:01 12461 319 -26944 45N -a 1.0943 0.8363-0.1363232.5 - - 18S 95W
-0179 Sep 01 18:36:51 12460 319 -26943 83N a- -1.4901 0.1049-0.8576 86.5 - - 11S133E
-0178 Jan 27 04:34:32 12455 319 -26938 50P -t -0.4758 2.0077 0.9627337.3198.4 - 19N 13W

Catalog of Lunar Eclipses: -0199 to -0100 (200 BCE to 101 BCE)
Calendar Date TD of Greatest Eclipse ΔT

s
ΔT Sigma
s
Luna Num Saros Num Ecl Type QSE Gamma Pen Mag Um Mag Pen
Dur
m
Par
Dur
m
Total
Dur
m
Zen
Lat
°
Zen
Long
°
-0178 Jul 23 21:13:10 12449 319 -26932 55T -a 0.3773 2.1775 1.1541341.0209.6 59.621S 94E
-0177 Jan 16 14:56:07 12444 319 -26926 60T+p- 0.2476 2.3997 1.4074325.9208.8 84.722N169W
-0177 Jul 13 01:28:47 12438 319 -26920 65T t- -0.3919 2.1721 1.1062360.2215.8 52.123S 30E
-0176 Jan 06 06:03:05 12432 319 -26914 70P a- 0.9099 1.1725 0.2040258.5 95.6 - 24N 37W
-0176 Jul 01 01:58:26 12426 319 -26908 75N t- -1.1440 0.7920-0.2734256.1 - - 25S 22E
-0176 Nov 26 09:00:32 12422 318 -26903 42N -a -1.1564 0.7453-0.2728228.2 - - 20N 85W
-0175 May 21 19:42:44 12416 318 -26897 47P -t 0.8250 1.3403 0.3479288.0129.0 - 19S114E
-0175 Nov 15 16:14:48 12410 318 -26891 52P -a -0.5044 1.9704 0.8953345.8197.6 - 18N165E
-0174 May 11 09:59:32 12405 318 -26885 57T+pp 0.0412 2.7567 1.8074320.7213.1 99.617S100W
-0174 Nov 04 16:44:23 12399 318 -26879 62T+pp 0.1784 2.5835 1.4786376.8231.4 95.915N157E
-0173 May 01 03:10:34 12393 318 -26873 67P a- -0.6937 1.5572 0.6126284.4156.5 - 14S 2E
-0173 Oct 24 16:29:34 12387 317 -26867 72P t- 0.8541 1.3322 0.2503310.6117.2 - 11N161E
-0172 Mar 21 08:15:05 12383 317 -26862 39N -a 1.1834 0.6953-0.3218226.5 - - 2N 69W
-0172 Apr 19 18:34:09 12382 317 -26861 77N a- -1.4688 0.1540-0.8281108.3 - - 11S132E
-0172 Sep 13 10:31:40 12377 317 -26856 44N -a -1.2397 0.5775-0.4109199.8 - - 6S107W
-0172 Oct 12 22:23:01 12376 317 -26855 82N a- 1.4932 0.1305-0.8938102.6 - - 8N 72E
-0171 Mar 10 13:36:12 12371 317 -26850 49P -t 0.4752 2.0217 0.9509353.1204.9 - 6N149W
-0171 Sep 03 01:54:06 12366 317 -26844 54P -a -0.5140 1.8928 0.9365300.4182.6 - 10S 23E
-0170 Feb 27 13:40:42 12360 317 -26838 59T-pp -0.2498 2.4430 1.3570371.5227.8 87.4 9N150W
-0170 Aug 23 18:10:35 12354 317 -26832 64T+p- 0.1927 2.4886 1.5198322.2210.2 91.213S139E
-0169 Feb 16 15:45:08 12349 316 -26826 69P h- -0.9544 1.1331 0.0809285.5 67.1 - 13N179E
-0169 Aug 13 06:41:49 12343 316 -26820 74P t- 0.9636 1.0978 0.0820272.5 65.8 - 15S 49W
-0168 Jan 07 13:41:02 12338 316 -26815 41N -a 1.1029 0.8254-0.1570229.0 - - 24N151W
-0168 Jul 02 21:16:08 12333 316 -26809 46N -t -1.0789 0.9135-0.1563273.1 - - 25S 92E
-0168 Dec 27 05:16:18 12327 316 -26803 51T -p 0.4277 2.0585 1.0875307.6191.3 42.924N 26W

Catalog of Lunar Eclipses: -0199 to -0100 (200 BCE to 101 BCE)
Calendar Date TD of Greatest Eclipse ΔT

s
ΔT Sigma
s
Luna Num Saros Num Ecl Type QSE Gamma Pen Mag Um Mag Pen
Dur
m
Par
Dur
m
Total
Dur
m
Zen
Lat
°
Zen
Long
°
-0167 Jun 21 22:03:56 12321 316 -26797 56T pp -0.3153 2.3074 1.2519360.7221.5 76.024S 79E
-0167 Dec 16 19:46:01 12316 316 -26791 61T-p- -0.2492 2.4030 1.3984329.5209.8 84.423N115E
-0166 Jun 11 04:06:00 12310 315 -26785 66T a- 0.4646 2.0078 1.0031329.4198.9 8.822S 12W
-0166 Dec 06 04:43:17 12304 315 -26779 71P t- -0.9818 1.0882 0.0254280.8 37.8 - 21N 21W
-0165 May 02 10:15:18 12300 315 -26774 38N -a -1.3183 0.4109-0.5333165.2 - - 15S104W
-0165 May 31 17:14:43 12299 315 -26773 76N a- 1.1882 0.6554-0.3000207.0 - - 20S151E
-0165 Oct 26 11:05:53 12294 315 -26768 43N -t 1.3549 0.4238-0.6788196.9 - - 13N119W
-0164 Apr 21 03:21:45 12288 315 -26762 48P -a -0.6048 1.7243 0.7717295.6172.2 - 11S 0W
-0164 Oct 14 12:08:23 12283 315 -26756 53P -t 0.6403 1.7163 0.6506331.1175.1 - 8N134W
-0163 Apr 10 17:24:16 12277 314 -26750 58T+pp 0.1411 2.5988 1.5995339.3219.4 97.6 7S150E
-0163 Oct 03 20:14:42 12271 314 -26744 63T-p- -0.0939 2.6886 1.6828336.1217.4 98.6 3N105E
-0162 Mar 31 00:36:41 12266 314 -26738 68P t- 0.9331 1.1739 0.1183294.1 82.0 - 2S 44E
-0162 Sep 23 10:32:55 12260 314 -26732 73P a- -0.7782 1.4124 0.4476276.9137.1 - 2S108W
-0161 Feb 18 08:49:04 12255 314 -26727 40N -t -1.2535 0.5999-0.4829227.6 - - 12N 77W
-0161 Aug 14 17:30:43 12250 314 -26721 45N -a 1.1495 0.7378-0.2403221.4 - - 15S149E
-0161 Sep 13 02:46:35 12249 314 -26720 83N a- -1.4592 0.1640-0.8030107.9 - - 7S 9E
-0160 Feb 07 12:32:27 12244 314 -26715 50P -t -0.4980 1.9639 0.9250334.0195.3 - 16N133W
-0160 Aug 03 04:21:35 12239 313 -26709 55T -a 0.4425 2.0608 1.0314338.8203.5 28.018S 14W
-0159 Jan 26 23:22:55 12233 313 -26703 60T+p- 0.2311 2.4277 1.4402325.2209.3 86.820N 64E
-0159 Jul 23 08:06:24 12227 313 -26697 65T tp -0.3168 2.3118 1.2420365.3222.8 75.221S 70W
-0158 Jan 16 14:44:44 12222 313 -26691 70P a- 0.8990 1.1914 0.2251259.9100.1 - 23N167W
-0158 Jul 12 08:30:01 12216 313 -26685 75N t- -1.0627 0.9413-0.1244274.6 - - 24S 76W
-0158 Dec 07 17:39:01 12211 313 -26680 42N -a -1.1608 0.7386-0.2823228.1 - - 21N145E
-0157 Jun 02 02:45:30 12206 313 -26674 47P -h 0.8997 1.2015 0.2127275.8102.5 - 21S 8E
-0157 Nov 27 00:29:20 12200 312 -26668 52P -a -0.5094 1.9627 0.8844346.6197.2 - 20N 41E

Catalog of Lunar Eclipses: -0199 to -0100 (200 BCE to 101 BCE)
Calendar Date TD of Greatest Eclipse ΔT

s
ΔT Sigma
s
Luna Num Saros Num Ecl Type QSE Gamma Pen Mag Um Mag Pen
Dur
m
Par
Dur
m
Total
Dur
m
Zen
Lat
°
Zen
Long
°
-0156 May 21 17:23:00 12195 312 -26662 57T+pp 0.1155 2.6192 1.6722319.1211.6 97.019S148E
-0156 Nov 15 00:43:19 12189 312 -26656 62T+pp 0.1710 2.5980 1.4915377.3231.7 96.718N 37E
-0155 May 11 10:37:55 12183 312 -26650 67P a- -0.6225 1.6878 0.7432291.7169.0 - 17S111W
-0155 Nov 04 00:34:35 12178 312 -26644 72P h- 0.8424 1.3534 0.2719311.6121.5 - 15N 39E
-0154 Apr 01 15:35:47 12173 312 -26639 39N -h 1.2455 0.5816-0.4361210.2 - - 2S179E
-0154 May 01 01:49:58 12172 312 -26638 77N h- -1.4050 0.2718-0.7118142.8 - - 15S 21E
-0154 Sep 24 18:44:41 12168 311 -26633 44N -a -1.2634 0.5343-0.4545192.5 - - 2S129E
-0154 Oct 24 06:46:15 12167 311 -26632 82N a- 1.4771 0.1596-0.8640112.8 - - 12N 55W
-0153 Mar 21 20:39:07 12162 311 -26627 49P -t 0.5343 1.9127 0.8432349.0197.1 - 2N103E
-0153 Sep 14 10:08:02 12156 311 -26621 54P -a -0.5482 1.8314 0.8725298.0178.2 - 6S102W
-0152 Mar 09 20:48:14 12151 311 -26615 59T-pp -0.1991 2.5339 1.4523372.4230.5 94.7 5N102E
-0152 Sep 03 02:08:31 12145 311 -26609 64T+p- 0.1504 2.5688 1.5948324.4212.0 94.6 9S 18E
-0151 Feb 26 23:21:44 12140 311 -26603 69P h- -0.9142 1.2037 0.1579290.7 92.4 - 9N 64E
-0151 Aug 23 14:10:00 12134 311 -26597 74P t- 0.9151 1.1901 0.1678282.2 93.3 - 12S162W
-0150 Jan 17 22:18:11 12130 310 -26592 41N -a 1.1118 0.8072-0.1712226.3 - - 22N 80E
-0150 Jul 14 03:44:42 12124 310 -26586 46N -t -1.1596 0.7669-0.3056254.3 - - 24S 5W
-0149 Jan 07 14:02:35 12118 310 -26580 51T -a 0.4353 2.0442 1.0742307.2190.7 39.723N157W
-0149 Jul 03 04:38:09 12113 310 -26574 56T -t -0.3965 2.1580 1.1035355.3213.8 51.124S 19W
-0149 Dec 28 04:25:01 12107 310 -26568 61T-p- -0.2458 2.4101 1.4040330.6210.5 85.023N 15W
-0148 Jun 21 11:05:33 12102 310 -26562 66T a- 0.3858 2.1511 1.1491332.9206.3 58.123S117W
-0148 Dec 16 13:03:26 12096 310 -26556 71P t- -0.9815 1.0899 0.0249281.9 37.4 - 23N146W
-0147 May 12 17:43:16 12092 309 -26551 38N -a -1.3860 0.2858-0.6564139.2 - - 19S143E
-0147 Jun 11 00:34:13 12091 309 -26550 76N a- 1.1119 0.7944-0.1591224.1 - - 22S 40E
-0147 Nov 05 19:00:34 12086 309 -26545 43N -t 1.3645 0.4068-0.6970193.1 - - 16N122E
-0146 May 02 10:50:20 12081 309 -26539 48P -a -0.6751 1.5955 0.6427289.5160.8 - 15S114W

Catalog of Lunar Eclipses: -0199 to -0100 (200 BCE to 101 BCE)
Calendar Date TD of Greatest Eclipse ΔT

s
ΔT Sigma
s
Luna Num Saros Num Ecl Type QSE Gamma Pen Mag Um Mag Pen
Dur
m
Par
Dur
m
Total
Dur
m
Zen
Lat
°
Zen
Long
°
-0146 Oct 25 20:14:55 12075 309 -26533 53P -t 0.6507 1.6968 0.6317329.1172.6 - 12N103E
-0145 Apr 22 00:37:43 12069 309 -26527 58T+pp 0.0729 2.7246 1.7240341.6221.7101.411S 40E
-0145 Oct 15 04:38:22 12064 309 -26521 63T-p- -0.0783 2.7170 1.7116335.3217.0 98.9 7N 22W
-0144 Apr 10 07:29:48 12058 308 -26515 68P t- 0.8680 1.2934 0.2379305.5114.5 - 6S 62W
-0144 Oct 03 19:00:58 12053 308 -26509 73P a- -0.7558 1.4543 0.4878279.4142.1 - 2N123E
-0143 Feb 28 16:07:42 12048 308 -26504 40N -t -1.2931 0.5244-0.5531213.7 - - 8N172E
-0143 Aug 25 01:17:33 12043 308 -26498 45N -a 1.1990 0.6499-0.3340210.5 - - 11S 31E
-0143 Sep 23 11:03:55 12042 308 -26497 83N a- -1.4346 0.2114-0.7602122.3 - - 3S117W
-0142 Feb 17 20:23:05 12037 308 -26492 50P -t -0.5272 1.9069 0.8746330.0191.1 - 12N109E
-0142 Aug 14 11:35:14 12032 308 -26486 55P -a 0.5026 1.9538 0.9180336.3196.6 - 15S123W
-0141 Feb 07 07:43:56 12026 308 -26480 60T+p- 0.2089 2.4658 1.4835324.6210.0 89.417N 61W
-0141 Aug 03 14:49:54 12021 307 -26474 65T-pp -0.2466 2.4429 1.3689369.4227.8 88.519S172W
-0140 Jan 27 23:20:51 12015 307 -26468 70P a- 0.8835 1.2186 0.2547261.9106.0 - 20N 64E
-0140 Jul 22 15:08:47 12010 307 -26462 75P t- -0.9861 1.0821 0.0158289.7 30.8 - 22S176W
-0140 Dec 18 02:16:30 12005 307 -26457 42N -a -1.1655 0.7312-0.2920227.9 - - 22N 16E
-0139 Jun 12 09:49:59 12000 307 -26451 47P -h 0.9738 1.0639 0.0783262.3 63.2 - 22S 99W
-0139 Dec 07 08:44:13 11994 307 -26445 52P -h -0.5136 1.9563 0.8755347.4197.0 - 22N 82W
-0138 Jun 02 00:46:01 11989 307 -26439 57T+-p 0.1906 2.4807 1.5354316.9209.0 91.722S 37E
-0138 Nov 26 08:43:49 11983 306 -26433 62T+pp 0.1646 2.6101 1.5029377.6232.0 97.321N 83W
-0137 May 22 18:03:16 11978 306 -26427 67P a- -0.5498 1.8216 0.8764298.3179.6 - 20S137E
-0137 Nov 15 08:44:23 11972 306 -26421 72P h- 0.8341 1.3681 0.2878312.0124.4 - 19N 84W
-0136 Apr 11 22:48:39 11968 306 -26416 39N -h 1.3132 0.4579-0.5607189.5 - - 6S 68E
-0136 May 11 09:01:45 11967 306 -26415 77N h- -1.3383 0.3952-0.5904170.9 - - 18S 88W
-0136 Oct 05 03:05:35 11962 306 -26410 44N -a -1.2816 0.5009-0.4881186.5 - - 2N 2E
-0136 Nov 03 15:14:51 11961 306 -26409 82N a- 1.4647 0.1817-0.8405119.7 - - 16N177E

Catalog of Lunar Eclipses: -0199 to -0100 (200 BCE to 101 BCE)
Calendar Date TD of Greatest Eclipse ΔT

s
ΔT Sigma
s
Luna Num Saros Num Ecl Type QSE Gamma Pen Mag Um Mag Pen
Dur
m
Par
Dur
m
Total
Dur
m
Zen
Lat
°
Zen
Long
°
-0135 Apr 01 03:33:01 11957 306 -26404 49P -t 0.6001 1.7915 0.7231343.5186.8 - 3S 2W
-0135 Sep 24 18:29:54 11951 306 -26398 54P -a -0.5761 1.7815 0.8200295.9174.2 - 1S131E
-0134 Mar 21 03:45:03 11946 305 -26392 59T-pp -0.1391 2.6416 1.5645372.9232.9100.7 1N 4W
-0134 Sep 14 10:14:59 11940 305 -26386 64T+pp 0.1157 2.6352 1.6559326.3213.3 96.7 5S105W
-0133 Mar 10 06:49:00 11935 305 -26380 69P h- -0.8654 1.2900 0.2507296.6114.5 - 5N 50W
-0133 Sep 03 21:46:18 11929 305 -26374 74P t- 0.8740 1.2689 0.2400290.3110.8 - 8S 83E
-0132 Jan 29 06:48:25 11925 305 -26369 41N -a 1.1269 0.7773-0.1969222.1 - - 20N 48W
-0132 Feb 27 16:56:30 11924 305 -26368 79N a- -1.5275 0.0487-0.9383 61.0 - - 8N159E
-0132 Jul 24 10:19:36 11919 305 -26363 46N -t -1.2347 0.6306-0.4449234.0 - - 22S104W
-0131 Jan 17 22:44:13 11914 304 -26357 51T -a 0.4467 2.0225 1.0539306.7189.8 34.022N 72E
-0131 Jul 13 11:16:34 11908 304 -26351 56P -t -0.4750 2.0136 0.9598349.1204.4 - 23S119W
-0130 Jan 07 13:01:00 11903 304 -26345 61T-p- -0.2404 2.4205 1.4133331.8211.3 85.923N143W
-0130 Jul 02 18:08:17 11897 304 -26339 66T a- 0.3082 2.2923 1.2926335.4211.9 77.323S137E
-0130 Dec 27 21:20:28 11892 304 -26333 71P t- -0.9794 1.0945 0.0279283.2 39.7 - 23N 91E
-0129 May 24 01:09:11 11887 304 -26328 38N -a -1.4555 0.1576-0.7832104.5 - - 21S 30E
-0129 Jun 22 07:56:09 11887 304 -26327 76N a- 1.0369 0.9314-0.0208238.6 - - 23S 71W
-0129 Nov 17 03:00:48 11882 304 -26322 43N -t 1.3700 0.3970-0.7074190.8 - - 20N 1E
-0128 May 12 18:15:45 11877 303 -26316 48P -a -0.7473 1.4634 0.5097282.4146.5 - 18S134E
-0128 Nov 05 04:27:28 11871 303 -26310 53P -t 0.6571 1.6845 0.6205327.4171.0 - 16N 21W
-0127 May 02 07:46:01 11866 303 -26304 58T+pp 0.0013 2.8567 1.8544343.4223.0102.914S 68W
-0127 Oct 25 13:08:43 11860 303 -26298 63T-p- -0.0677 2.7361 1.7314334.4216.6 99.011N151W
-0126 Apr 21 14:14:35 11855 303 -26292 68P t- 0.7966 1.4244 0.3687316.6140.2 - 10S165W
-0126 Oct 15 03:36:22 11849 303 -26286 73P a- -0.7396 1.4849 0.5168281.2145.5 - 7N 7W
-0125 Mar 11 23:17:52 11845 303 -26281 40N -t -1.3397 0.4362-0.6360195.9 - - 4N 63E
-0125 Apr 10 15:04:25 11844 303 -26280 78Nbt- 1.5507 0.0506-1.0243 69.9 - - 5S176W

Catalog of Lunar Eclipses: -0199 to -0100 (200 BCE to 101 BCE)
Calendar Date TD of Greatest Eclipse ΔT

s
ΔT Sigma
s
Luna Num Saros Num Ecl Type QSE Gamma Pen Mag Um Mag Pen
Dur
m
Par
Dur
m
Total
Dur
m
Zen
Lat
°
Zen
Long
°
-0125 Sep 05 09:11:54 11839 302 -26275 45N -a 1.2417 0.5745-0.4152200.2 - - 7S 89W
-0125 Oct 04 19:28:13 11839 302 -26274 83N a- -1.4161 0.2475-0.7285132.2 - - 2N115E
-0124 Feb 29 04:06:21 11834 302 -26269 50P -t -0.5633 1.8374 0.8116325.2185.6 - 9N 9W
-0124 Aug 24 18:56:25 11829 302 -26263 55P -a 0.5555 1.8600 0.8178333.8189.4 - 12S125E
-0123 Feb 17 15:57:21 11823 302 -26257 60T+p- 0.1800 2.5161 1.5391324.1210.9 92.213N174E
-0123 Aug 13 21:40:09 11818 302 -26251 65T-pp -0.1823 2.5631 1.4847372.4231.4 96.716S 85E
-0122 Feb 07 07:49:12 11812 302 -26245 70P a- 0.8621 1.2567 0.2953264.8113.5 - 17N 63W
-0122 Aug 02 21:55:57 11807 302 -26239 75P t- -0.9157 1.2117 0.1446301.8 91.3 - 20S 81E
-0122 Dec 29 10:49:00 11802 301 -26234 42N -a -1.1734 0.7175-0.3074226.9 - - 22N111W
-0121 Jun 23 16:58:05 11797 301 -26228 47N -h 1.0455 0.9312-0.0519247.9 - - 23S154E
-0121 Dec 18 16:57:01 11792 301 -26222 52P -h -0.5184 1.9484 0.8659348.0196.7 - 23N155E
-0120 Jun 12 08:09:38 11786 301 -26216 57T+-p 0.2654 2.3429 1.3987314.1205.2 83.323S 75W
-0120 Dec 06 16:45:54 11781 301 -26210 62T+pp 0.1596 2.6192 1.5121377.7232.2 97.723N156E
-0119 Jun 02 01:25:54 11775 301 -26204 67T a- -0.4753 1.9588 1.0124304.3188.7 16.722S 26E
-0119 Nov 25 16:58:58 11770 300 -26198 72P h- 0.8288 1.3769 0.2984311.8126.2 - 21N152E
-0118 Apr 23 05:51:34 11766 300 -26193 39N -h 1.3876 0.3220-0.6979161.5 - - 10S 39W
-0118 May 22 16:07:01 11765 300 -26192 77N h- -1.2670 0.5272-0.4610195.7 - - 21S165E
-0118 Oct 16 11:35:27 11760 300 -26187 44N -a -1.2933 0.4794-0.5096182.4 - - 7N127W
-0118 Nov 14 23:49:52 11759 300 -26186 82N a- 1.4568 0.1953-0.8252123.6 - - 19N 48E
-0117 Apr 12 10:18:09 11755 300 -26181 49P -t 0.6722 1.6587 0.5912336.5172.9 - 7S105W
-0117 Oct 06 02:59:17 11749 300 -26175 54P -a -0.5978 1.7431 0.7790294.3170.9 - 3N 2E
-0116 Mar 31 10:36:01 11744 300 -26169 59T-pp -0.0741 2.7587 1.6861373.0234.4104.6 3S109W
-0116 Sep 24 18:28:19 11739 300 -26163 64T+pp 0.0875 2.6897 1.7051328.0214.2 98.0 0S130E
-0115 Mar 20 14:10:50 11733 299 -26157 69P h- -0.8110 1.3864 0.3536302.7133.6 - 1N162W
-0115 Sep 14 05:28:30 11728 299 -26151 74P t- 0.8384 1.3376 0.3021297.2123.6 - 4S 35W

Catalog of Lunar Eclipses: -0199 to -0100 (200 BCE to 101 BCE)
Calendar Date TD of Greatest Eclipse ΔT

s
ΔT Sigma
s
Luna Num Saros Num Ecl Type QSE Gamma Pen Mag Um Mag Pen
Dur
m
Par
Dur
m
Total
Dur
m
Zen
Lat
°
Zen
Long
°
-0114 Feb 08 15:13:00 11723 299 -26146 41N -a 1.1472 0.7379-0.2319216.8 - - 17N174W
-0114 Mar 10 00:50:56 11722 299 -26145 79N a- -1.4835 0.1265-0.8548 97.3 - - 4N 39E
-0114 Aug 04 17:01:23 11718 299 -26140 46N -t -1.3039 0.5052-0.5735212.2 - - 20S155E
-0113 Jan 29 07:18:07 11713 299 -26134 51T -a 0.4646 1.9889 1.0218305.7188.2 21.919N 56W
-0113 Jul 24 18:04:07 11707 299 -26128 56P -t -0.5467 1.8819 0.8283342.5194.0 - 21S139E
-0112 Jan 18 21:29:36 11702 299 -26122 61T-p- -0.2291 2.4415 1.4336333.2212.5 87.521N 90E
-0112 Jul 13 01:18:06 11697 298 -26116 66T+p- 0.2355 2.4248 1.4269336.9215.7 88.522S 29E
-0111 Jan 07 05:31:22 11691 298 -26110 71P t- -0.9728 1.1071 0.0396285.3 47.4 - 22N 32W
-0111 Jun 03 08:34:41 11687 298 -26105 38Ne-a -1.5255 0.0286-0.9114 45.0 - - 24S 82W
-0111 Jul 02 15:21:54 11686 298 -26104 76P a- 0.9641 1.0644 0.1130251.0 72.8 - 23S178E
-0111 Nov 27 11:03:15 11681 298 -26099 43N -t 1.3737 0.3900-0.7140189.1 - - 22N119W
-0110 May 24 01:35:54 11676 298 -26093 48P -a -0.8234 1.3246 0.3694273.8127.7 - 21S 23E
-0110 Nov 16 12:46:07 11671 298 -26087 53P -t 0.6593 1.6797 0.6174326.1170.2 - 19N146W
-0109 May 13 14:47:22 11665 298 -26081 58T-pp -0.0751 2.7225 1.7177344.5223.1101.818S175W
-0109 Nov 05 21:45:27 11660 297 -26075 63T-p- -0.0617 2.7467 1.7430333.4216.2 99.015N 79E
-0108 May 01 20:52:07 11655 297 -26069 68P t- 0.7197 1.5659 0.5096327.3161.6 - 14S 94E
-0108 Oct 25 12:18:50 11649 297 -26063 73P a- -0.7289 1.5052 0.5357282.3147.6 - 11N139W
-0107 Mar 22 06:19:54 11645 297 -26058 40N -t -1.3930 0.3356-0.7311172.9 - - 1S 45W
-0107 Apr 20 21:38:00 11644 297 -26057 78N t- 1.4756 0.1867-0.8851132.4 - - 9S 84E
-0107 Sep 15 17:12:53 11640 297 -26052 45N -a 1.2783 0.5104-0.4854190.6 - - 3S149E
-0107 Oct 15 03:59:32 11639 297 -26051 83N a- -1.4038 0.2724-0.7079138.7 - - 6N 14W
-0106 Mar 11 11:42:41 11634 297 -26046 50P -t -0.6060 1.7558 0.7366319.6178.5 - 4N124W
-0106 Sep 05 02:24:26 11629 297 -26040 55P -h 0.6016 1.7787 0.7299331.4182.2 - 8S 12E
-0105 Mar 01 00:03:26 11624 296 -26034 60T+p- 0.1445 2.5786 1.6067323.7211.9 95.0 9N 51E
-0105 Aug 25 04:38:51 11618 296 -26028 65T-pp -0.1252 2.6700 1.5872374.6233.6101.612S 21W

Catalog of Lunar Eclipses: -0199 to -0100 (200 BCE to 101 BCE)
Calendar Date TD of Greatest Eclipse ΔT

s
ΔT Sigma
s
Luna Num Saros Num Ecl Type QSE Gamma Pen Mag Um Mag Pen
Dur
m
Par
Dur
m
Total
Dur
m
Zen
Lat
°
Zen
Long
°
-0104 Feb 18 16:11:22 11613 296 -26022 70P a- 0.8358 1.3037 0.3448268.2121.9 - 14N170E
-0104 Aug 13 04:50:51 11608 296 -26016 75P t- -0.8508 1.3313 0.2632311.6120.8 - 17S 23W
-0103 Jan 08 19:17:29 11603 296 -26011 42N -a -1.1839 0.6989-0.3273225.0 - - 22N122E
-0103 Feb 07 07:26:45 11602 296 -26010 80N a- 1.5542 0.0017-0.9891 11.5 - - 18N 59W
-0103 Jul 04 00:10:42 11598 296 -26005 47N -a 1.1140 0.8045-0.1766232.6 - - 22S 45E
-0103 Aug 02 10:16:00 11597 296 -26004 85Nba- -1.5381 0.0434-0.9717 60.2 - - 20S105W
-0103 Dec 29 01:05:51 11593 296 -25999 52P -t -0.5261 1.9348 0.8512348.3196.0 - 23N 33E
-0102 Jun 23 15:35:11 11587 295 -25993 57T -p 0.3390 2.2076 1.2638310.6200.3 71.023S174E
-0102 Dec 18 00:46:18 11582 295 -25987 62T+pp 0.1531 2.6306 1.5245377.6232.4 98.424N 37E
-0101 Jun 13 08:49:26 11577 295 -25981 67T a- -0.4017 2.0949 1.1465309.5196.2 55.224S 86W
-0101 Dec 07 01:13:37 11571 295 -25975 72P h- 0.8229 1.3864 0.3106311.5128.2 - 23N 28E
-0100 May 03 12:49:15 11567 295 -25970 39N -h 1.4649 0.1810-0.8407123.1 - - 14S145W
-0100 Jun 01 23:11:21 11566 295 -25969 77N h- -1.1956 0.6599-0.3316217.1 - - 23S 58E
-0100 Oct 26 20:11:52 11562 295 -25964 44N -a -1.3004 0.4663-0.5226179.7 - - 11N103E
-0100 Nov 25 08:27:40 11561 295 -25963 82N a- 1.4507 0.2054-0.8128126.2 - - 22N 82W

Statistics for Lunar Eclipses: -0199 to -0100 (200 BCE to 101 BCE)

During the 2nd century BCE [1], Earth experienced 240 lunar eclipses. The following table shows the number of eclipses of each type over this period.

Lunar Eclipses: -0199 - -0100
Eclipse Type Symbol Number Percent
All Eclipses - 240100.0%
PenumbralN 85 35.4%
PartialP 86 35.8%
TotalT 69 28.7%

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 2nd century BCE appears in the following table.

Total Eclipses
Classification Number Percent
All 69100.0%
Central 48 69.6%
Non-Central 21 30.4%

There are two to five lunar eclipses in every calendar year. Statistics for the number of eclipses each year during the century are listed below.

Number of Eclipses Per Year
Number of Eclipses Per Year Number of Years
2 71
3 19
4 9
5 1

The lunar eclipses with the longest and shortest durations, and with the largest and smallest magnitudes appear in the following two tables.

Extreme Durations of Lunar Eclipses
Extrema Type Date Duration
Longest Total Lunar Eclipse -0116 Mar 3101h44m34s
Shortest Total Lunar Eclipse -0166 Jun 1100h08m49s
Longest Partial Lunar Eclipse -0195 Jul 0103h26m30s
Shortest Partial Lunar Eclipse -0180 Mar 1900h26m30s
Longest Penumbral Lunar Eclipse -0186 Jun 2204h49m59s
Shortest Penumbral Lunar Eclipse -0103 Feb 0700h11m28s
 
Extreme Magnitudes of Lunar Eclipses
Extrema Type Date Umbral Magnitude Penumbral Magnitude
Largest Total Lunar Eclipse -0127 May 021.85439 -
Smallest Total Lunar Eclipse -0166 Jun 111.00312 -
Largest Partial Lunar Eclipse -0196 Jan 160.98920 -
Smallest Partial Lunar Eclipse -0180 Mar 190.01207 -
Largest Penumbral Lunar Eclipse -0186 Jun 22 - 1.06686
Smallest Penumbral Lunar Eclipse -0103 Feb 07 - 0.00171

When four consecutive lunar eclipses are all total eclipses, the series is known as a tetrad. The following table lists the dates of all total eclipses in the 3 tetrads occurring during this century.

Lunar Eclipse Tetrad Series
Series Number First Eclipse Second Eclipse Third Eclipse Fourth Eclipse
1 -0189 Feb 28 -0189 Aug 23 -0188 Feb 17 -0188 Aug 12
2 -0168 Dec 27 -0167 Jun 21 -0167 Dec 16 -0166 Jun 11
3 -0149 Jan 07 -0149 Jul 03 -0149 Dec 28 -0148 Jun 21

During the century, 4 Saros series begin and 1 Saros series end. The table below gives the Saros series, number of eclipses in the series, the calendar date and whether it is the first or last eclipse in the series.

First or Last Eclipse in Saros Series
Saros Series Number of Eclipses Date Pernumbral Magnitude First/Last
83 85 -0197 Aug 22 0.0324First
77 72 -0190 Apr 09 0.0466First
78 72 -0125 Apr 10 0.0506First
38 73 -0111 Jun 03 0.0286Last
85 77 -0103 Aug 02 0.0434First

The years containing five lunar eclipses are as follows: -103.

There are two lunar eclipses in the same same calendar month as follows: -165 May.

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 center of the Moon passes closest to the axis of Earth's shadows.

Links to Additional Lunar Eclipse Information

Calendar

The Gregorian calendar (also called the Western calendar) is internationally the most widely used civil calendar. It is named for Pope Gregory XIII, who introduced it in 1582. On this website, the Gregorian calendar is used for all calendar 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..

Eclipse Predictions

The eclipse predictions presented here were generated using the JPL DE406 solar and lunar ephemerides. The lunar coordinates have been calculated with respect to the Moon's Center of Mass.

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:

  1. pre-1950's: ΔT calculated from empirical fits to historical records derived by Morrison and Stephenson (2004)
  2. 1955-present: ΔT obtained from published observations
  3. future: 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 -2999 to +3000. The uncertainty in ΔT over this period can be estimated from scatter in the measurements.

Acknowledgments

Some of the content on this web site is based on the book Thousand Year Canon of Lunar Eclipses 1501 to 2500. All eclipse calculations are by Fred Espenak, and he assumes full responsibility for their accuracy.

Permission is granted to reproduce eclipse data when accompanied by a link to this page and an acknowledgment:

"Eclipse Predictions by Fred Espenak, www.EclipseWise.com"

The use of diagrams and maps is permitted provided that they are NOT altered (except for re-sizing) and the embedded credit line is NOT removed or covered.