Eclipses of the Sun can only occur when the Moon is near one of its two orbital nodes [1] during the New Moon phase. It is then possible for the Moon's penumbral, umbral or antumbral shadows to sweep across Earth's surface thereby producing an eclipse. There are four types of solar eclipses:
Total eclipses are visible from within the Moon’s umbral shadow while annular eclipses are seen within the antumbral shadow . These eclipses can be classified as central [3] or non-central as:
The recurrence of solar eclipses is governed by the Saros cycle. For more information, see Periodicity of Solar Eclipses.
During the 12th century BCE[4], Earth experienced 252 solar eclipses. The following table shows the number of eclipses of each type over this period.
| Solar Eclipses: -1199 - -1100 | |||
| Eclipse Type | Symbol | Number | Percent |
| All Eclipses | - | 252 | 100.0% |
| Partial | P | 93 | 36.9% |
| Annular | A | 89 | 35.3% |
| Total | T | 63 | 25.0% |
| Hybrid | H | 7 | 2.8% |
Annular and total eclipses can be classified as either central or non-central as follows: 1) Central (two limits), 2) Central (one limit) or 3) Non-Central (one limit). The statistical distribution of these classes during the 12th century BCE appears in the following three tables (no Hybrids are included since all are central with two limits).
| Annular and Total Eclipses | ||
| Classification | Number | Percent |
| All | 152 | 100.0% |
| Central (two limits) | 148 | 97.4% |
| Central (one limit) | 4 | 2.6% |
| Non-Central (one limit) | 0 | 0.0% |
| Annular Eclipses | ||
| Classification | Number | Percent |
| All Annular Eclipses | 89 | 100.0% |
| Central (two limits) | 87 | 97.8% |
| Central (one limit) | 2 | 2.2% |
| Non-Central (one limit) | 0 | 0.0% |
| Total Eclipses | ||
| Classification | Number | Percent |
| All Total Eclipses | 63 | 100.0% |
| Central (two limits) | 61 | 96.8% |
| Central (one limit) | 2 | 3.2% |
| Non-Central (one limit) | 0 | 0.0% |
There are a minimum of two and a maximum of five solar 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: 65
Number of Years with 3 Eclipses: 19
Number of Years with 4 Eclipses: 15
Number of Years with 5 Eclipses: 1 ( -1154)
Two eclipses in same month: -1122 Oct
Two eclipses in same month: -1111 Sep
The longest and shortest central eclipses of the century as well as largest and smallest partial eclipses are listed in the below.
| Extreme Durations and Magnitudes of Solar Eclipses: -1199 to -1100 | |||
| Extrema Type | Date | Duration | Magnitude |
| Longest Annular Solar Eclipse | -1107 Dec 14 | 10m27s | - |
| Shortest Annular Solar Eclipse | -1137 Feb 23 | 00m20s | - |
| Longest Total Solar Eclipse | -1106 Jun 09 | 07m04s | - |
| Shortest Total Solar Eclipse | -1110 Feb 24 | 01m13s | - |
| Longest Hybrid Solar Eclipse | -1138 Aug 30 | 01m32s | - |
| Shortest Hybrid Solar Eclipse | -1146 Feb 03 | 00m13s | - |
| Largest Partial Solar Eclipse | -1114 May 09 | - | 0.95792 |
| Smallest Partial Solar Eclipse | -1140 Mar 28 | - | 0.00928 |
During the century, 3 Saros series begin and 5 Saros Series end. The list below gives the year and Saros number of each of these events.
3 Saros Series begin [Year/Saros]: -1172/ 56 -1161/ 57 -1114/ 58
5 Saros Series end [Year/Saros]: -1169/ 10 -1140/ 11 -1129/ 12 -1118/ 18 -1111/ 17
The catalog below lists concise details and local circumstances at greatest eclipse[5] for every solar eclipse during the century. A description or explanation of each parameter listed in the catalog can be found in Key to Catalog of Solar Eclipses.
Several fields in the catalog link to web pages or files containing additional information for each eclipse. The following gives a brief explanation of each link.
TD of
Catalog Calendar Greatest Luna Saros Ecl. Ecl. Sun Path Central
Number Date Eclipse ΔT Num Num Type QLE Gamma Mag. Lat Long Alt Width Dur.
s ° ° ° km
01912 -1199 Jun 17 02:47:15 29008 -39561 37 A nn 0.2344 0.9482 36N 107W 76 196 05m51s
01913 -1199 Dec 11 11:43:12 28999 -39555 42 T p- -0.7065 1.0393 65S 100E 45 186 02m32s
01914 -1198 Jun 06 03:50:59 28990 -39549 47 An t- 0.9885 0.9524 69N 114E 8 - 02m50s
01915 -1198 Nov 01 12:08:31 28982 -39544 14 P -t 1.4082 0.2579 61N 175W 0
01916 -1198 Dec 01 01:48:49 28980 -39543 52 P t- -1.4147 0.2388 63S 136E 0
01917 -1197 Apr 27 01:36:01 28973 -39538 19 T -t -0.9229 1.0323 48S 44W 22 278 02m21s
01918 -1197 Oct 21 16:29:48 28963 -39532 24 A -p 0.7685 0.9251 37N 78E 40 427 07m35s
01919 -1196 Apr 15 17:28:48 28954 -39526 29 T -n -0.1542 1.0772 2S 43E 81 252 06m16s
01920 -1196 Oct 09 15:46:43 28945 -39520 34 A nn 0.0883 0.9223 2N 65E 85 295 09m03s
01921 -1195 Apr 05 10:28:46 28935 -39514 39 T p- 0.5854 1.0595 32N 125E 54 237 04m30s
01922 -1195 Sep 28 17:25:34 28926 -39508 44 A p- -0.6079 0.9555 30S 18E 52 200 04m18s
01923 -1194 Feb 24 11:45:31 28918 -39503 11 P -t -1.3676 0.3297 61S 115W 0
01924 -1194 Mar 25 23:56:37 28917 -39502 49 P t- 1.3801 0.3006 61N 141W 0
01925 -1194 Aug 19 16:09:22 28909 -39497 16 P -t 1.3888 0.2764 62N 176W 0
01926 -1194 Sep 18 02:22:03 28907 -39496 54 P t- -1.2717 0.4978 61S 173W 0
01927 -1193 Feb 13 14:18:41 28900 -39491 21 A -p -0.6793 0.9300 55S 118E 47 354 06m14s
01928 -1193 Aug 09 08:37:50 28890 -39485 26 T -p 0.6756 1.0623 58N 163W 47 276 04m02s
01929 -1192 Feb 02 14:02:01 28881 -39479 31 A nn 0.0364 0.9381 18S 94E 88 230 07m33s
01930 -1192 Jul 29 00:10:28 28872 -39473 36 T nn -0.0440 1.0360 19N 63W 88 121 03m26s
01931 -1191 Jan 21 18:22:28 28862 -39467 41 A p- 0.7449 0.9758 25N 16E 42 128 02m36s
01932 -1191 Jul 18 10:23:28 28853 -39461 46 A p- -0.8318 0.9758 32S 133E 33 155 02m35s
01933 -1191 Dec 12 19:03:24 28845 -39456 13 P -t -1.2966 0.4505 67S 159W 0
01934 -1190 Jan 11 05:48:19 28844 -39455 51 P t- 1.3915 0.2749 65N 168W 0
01935 -1190 Jun 07 22:28:14 28836 -39450 18 P -t 1.2388 0.5539 68N 155E 0
01936 -1190 Dec 02 10:43:27 28827 -39444 23 T -p -0.6469 1.0326 61S 129E 49 145 02m17s
01937 -1189 May 28 00:37:05 28817 -39438 28 A -p 0.4515 0.9763 46N 77W 63 95 02m18s
01938 -1189 Nov 21 23:29:47 28808 -39432 33 A nn 0.0280 0.9891 16S 54W 88 38 01m11s
01939 -1188 May 16 09:29:05 28799 -39426 38 T p- -0.3414 1.0319 4S 160E 70 114 03m20s
01940 -1188 Nov 10 05:31:05 28790 -39420 43 A p- 0.7504 0.9320 33N 133W 41 382 07m47s
01941 -1187 Apr 06 17:48:03 28782 -39415 10 P -t 1.4330 0.1840 72N 62W 0
01942 -1187 May 06 00:35:19 28780 -39414 48 P t- -1.0692 0.8888 71S 20W 0
01943 -1187 Oct 30 05:19:26 28771 -39408 53 P t- 1.4418 0.2161 71N 85W 0
01944 -1186 Mar 27 10:13:06 28763 -39403 20 T -p 0.7399 1.0429 43N 131E 42 211 03m23s
01945 -1186 Sep 19 14:02:28 28754 -39397 25 A -p -0.8498 0.9689 49S 66E 31 210 02m44s
01946 -1185 Mar 16 21:52:39 28745 -39391 30 A nn -0.0023 0.9912 6S 25W 90 31 00m59s
01947 -1185 Sep 09 01:04:17 28735 -39385 35 T nn -0.1000 1.0341 5N 78W 84 115 03m19s
01948 -1184 Mar 05 02:08:32 28726 -39379 40 A p- -0.7730 0.9391 58S 65W 39 355 05m26s
01949 -1184 Aug 28 16:50:05 28717 -39373 45 T p- 0.5979 1.0587 49N 61E 53 241 04m16s
01950 -1183 Jan 23 09:30:09 28709 -39368 12 P -t 1.4509 0.1921 68N 149E 0
01951 -1183 Feb 22 02:06:01 28708 -39367 50 P t- -1.4909 0.1267 70S 48E 0
01952 -1183 Jul 19 23:06:27 28700 -39362 17 P -t -1.3189 0.4103 67S 49W 0
01953 -1183 Aug 18 08:44:20 28698 -39361 55 P t- 1.3193 0.4077 70N 45W 0
01954 -1182 Jan 12 15:48:15 28691 -39356 22 A -p 0.6863 0.9908 20N 66E 47 45 01m00s
01955 -1182 Jul 09 07:23:58 28681 -39350 27 A -p -0.6074 0.9678 14S 170W 53 146 04m04s
01956 -1181 Jan 02 04:44:26 28672 -39344 32 T nn -0.0323 1.0408 26S 130W 88 137 03m45s
01957 -1181 Jun 28 09:11:15 28663 -39338 37 A nn 0.1501 0.9466 32N 159E 81 199 06m23s
01958 -1181 Dec 22 20:31:34 28653 -39332 42 T p- -0.7031 1.0399 67S 26W 45 189 02m34s
01959 -1180 Jun 16 10:23:42 28644 -39326 47 A t- 0.9035 0.9582 78N 65E 25 359 02m48s
01960 -1180 Nov 11 20:35:55 28636 -39321 14 P -t 1.4146 0.2475 62N 48E 0
01961 -1180 Dec 11 10:27:44 28635 -39320 52 P t- -1.4171 0.2350 64S 5W 0
TD of
Catalog Calendar Greatest Luna Saros Ecl. Ecl. Sun Path Central
Number Date Eclipse ΔT Num Num Type QLE Gamma Mag. Lat Long Alt Width Dur.
s ° ° ° km
01962 -1179 May 07 08:49:20 28627 -39315 19 Ts -t -0.9938 1.0314 59S 139W 5 - 02m03s
01963 -1179 Nov 01 00:31:51 28618 -39309 24 A -p 0.7772 0.9220 34N 46W 39 454 08m17s
01964 -1178 Apr 27 00:57:21 28609 -39303 29 T -n -0.2259 1.0793 2S 70W 77 262 06m31s
01965 -1178 Oct 20 23:38:55 28599 -39297 34 A nn 0.1010 0.9212 2S 55W 84 299 09m18s
01966 -1177 Apr 16 17:57:28 28590 -39291 39 T p- 0.5187 1.0599 33N 13E 59 228 04m33s
01967 -1177 Oct 10 01:30:33 28581 -39285 44 A p- -0.5913 0.9562 33S 106W 54 194 04m07s
01968 -1176 Mar 06 19:05:57 28573 -39280 11 P -t -1.4222 0.2341 61S 124E 0
01969 -1176 Apr 05 07:09:46 28571 -39279 49 P t- 1.3203 0.4096 61N 100E 0
01970 -1176 Aug 30 00:15:43 28564 -39274 16 P -t 1.4210 0.2159 62N 52E 0
01971 -1176 Sep 28 10:43:18 28562 -39273 54 P t- -1.2500 0.5376 61S 51E 0
01972 -1175 Feb 23 21:28:39 28555 -39268 21 A -p -0.7271 0.9315 53S 13E 43 367 06m01s
01973 -1175 Aug 19 16:37:58 28545 -39262 26 T -p 0.7202 1.0574 57N 81E 44 271 03m41s
01974 -1174 Feb 12 21:26:57 28536 -39256 31 A nn -0.0013 0.9430 17S 18W 90 211 06m40s
01975 -1174 Aug 09 07:49:30 28527 -39250 36 T nn 0.0084 1.0297 20N 178W 89 101 02m47s
01976 -1173 Feb 02 02:20:12 28517 -39244 41 A p- 0.7170 0.9825 24N 106W 44 88 01m50s
01977 -1173 Jul 29 17:28:25 28508 -39238 46 A p- -0.7713 0.9712 27S 23E 39 160 03m10s
01978 -1173 Dec 24 03:51:48 28501 -39233 13 P -t -1.2990 0.4458 66S 57E 0
01979 -1172 Jan 22 14:15:18 28499 -39232 51 P t- 1.3721 0.3102 64N 54E 0
01980 -1172 Jun 18 04:49:01 28491 -39227 18 P -t 1.3224 0.4108 67N 47E 0
01981 -1172 Jul 17 20:10:38 28490 -39226 56 Pb t- -1.5509 0.0224 64S 31W 0
01982 -1172 Dec 12 19:33:06 28482 -39221 23 T -p -0.6490 1.0317 63S 1E 49 142 02m12s
01983 -1171 Jun 07 07:14:58 28473 -39215 28 A -p 0.5331 0.9782 54N 177W 58 92 01m58s
01984 -1171 Dec 02 08:05:21 28464 -39209 33 A nn 0.0291 0.9864 19S 176E 88 48 01m29s
01985 -1170 May 27 16:34:16 28454 -39203 38 T n- -0.2624 1.0360 4N 50E 75 125 03m46s
01986 -1170 Nov 21 13:42:38 28445 -39197 43 A p- 0.7502 0.9296 30N 100E 41 397 08m26s
01987 -1169 Apr 18 01:22:14 28437 -39192 10 Pe -t 1.4971 0.0590 71N 169E 0
01988 -1169 May 17 07:59:08 28436 -39191 48 Ts t- -0.9953 1.0601 67S 151W 3 - 03m46s
01989 -1169 Nov 10 13:18:03 28427 -39185 53 P t- 1.4363 0.2256 70N 141E 0
01990 -1168 Apr 06 17:43:29 28419 -39180 20 T -p 0.8047 1.0409 52N 10E 36 229 02m59s
01991 -1168 Sep 29 22:08:02 28410 -39174 25 A -p -0.8658 0.9689 54S 62W 30 222 02m34s
01992 -1167 Mar 27 05:04:59 28400 -39168 30 A nn 0.0597 0.9904 1N 137W 87 34 01m04s
01993 -1167 Sep 19 09:22:26 28391 -39162 35 T nn -0.1239 1.0336 1S 155E 83 114 03m14s
01994 -1166 Mar 16 09:03:26 28382 -39156 40 A p- -0.7137 0.9415 49S 175W 44 307 05m40s
01995 -1166 Sep 09 01:07:30 28373 -39150 45 T p- 0.5678 1.0558 43N 66W 55 223 04m13s
01996 -1165 Feb 03 17:07:22 28365 -39145 12 P -t 1.4773 0.1451 69N 22E 0
01997 -1165 Mar 05 09:07:32 28364 -39144 50 P t- -1.4370 0.2165 71S 72W 0
01998 -1165 Jul 31 06:32:53 28356 -39139 17 P -t -1.3793 0.3003 68S 174W 0
01999 -1165 Aug 29 16:43:59 28354 -39138 55 P t- 1.2862 0.4700 70N 179W 0
02000 -1164 Jan 23 23:59:47 28347 -39133 22 A -p 0.7031 0.9964 23N 61W 45 18 00m23s
02001 -1164 Jul 19 14:15:09 28337 -39127 27 A -p -0.6788 0.9617 20S 84E 47 189 04m46s
02002 -1163 Jan 12 13:20:23 28328 -39121 32 T nn -0.0199 1.0449 25S 101E 89 150 04m08s
02003 -1163 Jul 08 15:39:35 28319 -39115 37 A nn 0.0697 0.9446 28N 62E 86 205 07m00s
02004 -1162 Jan 02 05:16:03 28310 -39109 42 T p- -0.6968 1.0409 68S 148W 46 192 02m40s
02005 -1162 Jun 27 16:59:29 28301 -39103 47 A p- 0.8199 0.9615 77N 9E 35 246 02m47s
02006 -1162 Nov 23 05:05:13 28293 -39098 14 P -t 1.4187 0.2411 62N 90W 0
02007 -1162 Dec 22 19:03:55 28291 -39097 52 P t- -1.4181 0.2335 65S 145W 0
02008 -1161 May 18 16:01:23 28284 -39092 19 P -t -1.0662 0.8865 62S 111E 0
02009 -1161 Jun 17 00:39:38 28282 -39091 57 Pb t- 1.5268 0.0278 64N 137E 0
02010 -1161 Nov 12 08:36:42 28274 -39086 24 A -p 0.7830 0.9196 32N 171W 38 476 08m58s
02011 -1160 May 07 08:24:20 28265 -39080 29 T -n -0.2990 1.0806 2S 178E 73 271 06m45s
TD of
Catalog Calendar Greatest Luna Saros Ecl. Ecl. Sun Path Central
Number Date Eclipse ΔT Num Num Type QLE Gamma Mag. Lat Long Alt Width Dur.
s ° ° ° km
02012 -1160 Oct 31 07:36:48 28256 -39074 34 A nn 0.1089 0.9207 5S 176W 84 302 09m32s
02013 -1159 Apr 27 01:22:00 28247 -39068 39 T p- 0.4491 1.0598 33N 98W 63 218 04m35s
02014 -1159 Oct 20 09:42:04 28238 -39062 44 A p- -0.5793 0.9571 37S 130E 54 188 03m55s
02015 -1158 Mar 18 02:17:44 28230 -39057 11 P -t -1.4826 0.1282 61S 6E 0
02016 -1158 Apr 16 14:16:12 28228 -39056 49 P t- 1.2557 0.5268 61N 17W 0
02017 -1158 Sep 10 08:30:13 28221 -39051 16 P -t 1.4473 0.1666 61N 82W 0
02018 -1158 Oct 09 19:11:37 28219 -39050 54 P t- -1.2332 0.5683 61S 86W 0
02019 -1157 Mar 07 04:27:59 28211 -39045 21 A -p -0.7833 0.9328 52S 89W 38 395 05m49s
02020 -1157 Aug 31 00:46:43 28202 -39039 26 T -p 0.7576 1.0524 55N 39W 40 263 03m23s
02021 -1156 Feb 24 04:43:07 28193 -39033 31 A nn -0.0471 0.9480 16S 127W 87 191 05m52s
02022 -1156 Aug 19 15:35:41 28184 -39027 36 T nn 0.0541 1.0233 20N 66E 87 80 02m09s
02023 -1155 Feb 12 10:10:21 28175 -39021 41 A p- 0.6817 0.9893 23N 133E 47 50 01m04s
02024 -1155 Aug 09 00:40:11 28165 -39015 46 A p- -0.7169 0.9663 24S 87W 44 172 03m44s
02025 -1154 Jan 03 12:34:37 28158 -39010 13 P -t -1.3063 0.4320 65S 86W 0
02026 -1154 Feb 01 22:33:56 28156 -39009 51 P t- 1.3456 0.3590 63N 82W 0
02027 -1154 Jun 29 11:13:28 28149 -39004 18 P -t 1.4029 0.2735 66N 61W 0
02028 -1154 Jul 29 02:53:30 28147 -39003 56 P t- -1.4854 0.1352 63S 143W 0
02029 -1154 Dec 24 04:18:39 28139 -38998 23 T -p -0.6543 1.0314 65S 123W 49 141 02m09s
02030 -1153 Jun 18 13:56:56 28130 -38992 28 A -p 0.6121 0.9793 61N 85E 52 94 01m44s
02031 -1153 Dec 13 16:37:21 28121 -38986 33 A nn 0.0277 0.9844 21S 47E 89 55 01m43s
02032 -1152 Jun 06 23:42:32 28112 -38980 38 T n- -0.1849 1.0392 11N 60W 79 134 04m04s
02033 -1152 Dec 01 21:54:20 28103 -38974 43 A p- 0.7504 0.9280 28N 27W 41 409 08m57s
02034 -1151 May 27 15:21:38 28094 -38968 48 T t- -0.9200 1.0676 47S 77E 23 567 05m04s
02035 -1151 Nov 20 21:20:09 28084 -38962 53 P t- 1.4332 0.2307 69N 6E 0
02036 -1150 Apr 18 01:06:16 28077 -38957 20 T -t 0.8751 1.0378 62N 114W 29 263 02m31s
02037 -1150 Oct 11 06:22:22 28067 -38951 25 A -p -0.8750 0.9693 59S 168E 29 227 02m24s
02038 -1149 Apr 07 12:07:46 28058 -38945 30 A nn 0.1285 0.9893 9N 114E 83 38 01m11s
02039 -1149 Sep 30 17:49:36 28049 -38939 35 T -n -0.1406 1.0331 6S 26E 82 113 03m09s
02040 -1148 Mar 26 15:50:19 28040 -38933 40 A p- -0.6482 0.9436 40S 77E 49 271 05m55s
02041 -1148 Sep 19 09:31:35 28031 -38927 45 T p- 0.5435 1.0528 37N 165E 57 207 04m10s
02042 -1147 Feb 14 00:38:45 28023 -38922 12 P -t 1.5086 0.0890 70N 104W 0
02043 -1147 Mar 15 16:03:24 28022 -38921 50 P t- -1.3779 0.3161 72S 169E 0
02044 -1147 Aug 10 14:04:50 28014 -38916 17 P -t -1.4341 0.2018 69S 60E 0
02045 -1147 Sep 09 00:50:01 28012 -38915 55 P t- 1.2589 0.5206 71N 44E 0
02046 -1146 Feb 03 08:04:56 28005 -38910 22 H -p 0.7262 1.0022 27N 173E 43 11 00m13s
02047 -1146 Jul 30 21:11:33 27996 -38904 27 A -p -0.7450 0.9554 27S 25W 42 244 05m22s
02048 -1145 Jan 23 21:49:22 27986 -38898 32 T nn -0.0012 1.0493 22S 27W 90 164 04m33s
02049 -1145 Jul 19 22:15:27 27977 -38892 37 Am nn -0.0047 0.9423 23N 37W 90 213 07m36s
02050 -1144 Jan 13 13:52:43 27968 -38886 42 T p- -0.6845 1.0423 67S 91E 47 195 02m48s
02051 -1144 Jul 07 23:44:20 27959 -38880 47 A p- 0.7428 0.9638 72N 70W 42 197 02m48s
02052 -1144 Dec 03 13:32:19 27951 -38875 14 P -t 1.4236 0.2332 63N 133E 0
02053 -1143 Jan 02 03:33:34 27950 -38874 52 P t- -1.4149 0.2394 66S 76E 0
02054 -1143 May 28 23:14:28 27942 -38869 19 P -t -1.1384 0.7506 63S 8W 0
02055 -1143 Jun 27 07:47:13 27941 -38868 57 P t- 1.4501 0.1683 65N 18E 0
02056 -1143 Nov 22 16:42:10 27933 -38863 24 A -p 0.7876 0.9179 30N 63E 38 494 09m36s
02057 -1142 May 18 15:48:36 27924 -38857 29 T -n -0.3742 1.0809 4S 65E 68 280 06m56s
02058 -1142 Nov 11 15:38:43 27915 -38851 34 Am nn 0.1140 0.9209 9S 62E 84 301 09m43s
02059 -1141 May 08 08:40:41 27905 -38845 39 T n- 0.3750 1.0587 33N 153E 68 207 04m36s
02060 -1141 Oct 31 18:01:02 27896 -38839 44 A p- -0.5727 0.9586 41S 3E 55 181 03m41s
02061 -1140 Mar 28 09:18:50 27889 -38834 11 Pe -t -1.5505 0.0093 61S 109W 0
TD of
Catalog Calendar Greatest Luna Saros Ecl. Ecl. Sun Path Central
Number Date Eclipse ΔT Num Num Type QLE Gamma Mag. Lat Long Alt Width Dur.
s ° ° ° km
02062 -1140 Apr 26 21:15:19 27887 -38833 49 P t- 1.1859 0.6532 61N 132W 0
02063 -1140 Sep 20 16:53:11 27880 -38828 16 P -t 1.4675 0.1290 61N 142E 0
02064 -1140 Oct 20 03:46:53 27878 -38827 54 P t- -1.2217 0.5894 61S 135E 0
02065 -1139 Mar 17 11:18:25 27870 -38822 21 A -p -0.8464 0.9338 52S 172E 32 452 05m38s
02066 -1139 Sep 10 09:03:02 27861 -38816 26 T -p 0.7886 1.0474 52N 163W 38 253 03m05s
02067 -1138 Mar 06 11:50:47 27852 -38810 31 Am nn -0.1004 0.9532 15S 125E 84 172 05m07s
02068 -1138 Aug 30 23:28:43 27843 -38804 36 H3 nn 0.0932 1.0168 18N 53W 85 58 01m32s
02069 -1137 Feb 23 17:53:24 27834 -38798 41 A p- 0.6398 0.9965 22N 15E 50 16 00m20s
02070 -1137 Aug 20 07:58:52 27825 -38792 46 A p- -0.6690 0.9610 22S 161E 48 186 04m17s
02071 -1136 Jan 14 21:12:03 27817 -38787 13 P -t -1.3183 0.4091 64S 133E 0
02072 -1136 Feb 13 06:45:54 27816 -38786 51 P t- 1.3134 0.4191 62N 145E 0
02073 -1136 Jul 09 17:44:45 27808 -38781 18 P -t 1.4776 0.1463 65N 170W 0
02074 -1136 Aug 08 09:44:32 27806 -38780 56 P t- -1.4262 0.2368 63S 104E 0
02075 -1135 Jan 03 12:59:50 27799 -38775 23 T -p -0.6630 1.0314 65S 114E 48 142 02m08s
02076 -1135 Jun 28 20:43:51 27790 -38769 28 A -p 0.6878 0.9799 67N 11W 46 99 01m34s
02077 -1135 Dec 24 01:05:28 27781 -38763 33 A nn 0.0240 0.9828 22S 80W 89 61 01m54s
02078 -1134 Jun 18 06:54:15 27771 -38757 38 T nn -0.1092 1.0418 17N 170W 84 141 04m13s
02079 -1134 Dec 13 06:01:40 27762 -38751 43 A p- 0.7477 0.9270 26N 153W 41 414 09m19s
02080 -1133 Jun 07 22:45:58 27753 -38745 48 T p- -0.8458 1.0708 36S 43W 32 433 05m48s
02081 -1133 Dec 02 05:21:10 27744 -38739 53 P t- 1.4287 0.2379 68N 127W 0
02082 -1132 Apr 28 08:24:17 27736 -38734 20 T -t 0.9484 1.0331 73N 106E 18 360 01m58s
02083 -1132 Oct 21 14:42:46 27727 -38728 25 A -p -0.8802 0.9703 64S 37E 28 225 02m12s
02084 -1131 Apr 17 19:03:13 27718 -38722 30 A nn 0.2024 0.9877 18N 6E 78 44 01m21s
02085 -1131 Oct 11 02:23:56 27709 -38716 35 T -n -0.1518 1.0329 11S 105W 81 112 03m05s
02086 -1130 Apr 06 22:26:34 27700 -38710 40 A p- -0.5743 0.9456 31S 28W 55 242 06m10s
02087 -1130 Sep 30 18:04:06 27691 -38704 45 T p- 0.5265 1.0498 32N 34E 58 193 04m05s
02088 -1129 Feb 25 08:00:19 27683 -38699 12 Pe -t 1.5482 0.0177 70N 131E 0
02089 -1129 Mar 26 22:49:48 27682 -38698 50 P t- -1.3101 0.4314 72S 52E 0
02090 -1129 Aug 21 21:44:25 27674 -38693 17 P -t -1.4816 0.1178 70S 68W 0
02091 -1129 Sep 20 09:04:16 27673 -38692 55 P t- 1.2390 0.5572 71N 94W 0
02092 -1128 Feb 14 16:01:43 27665 -38687 22 H -p 0.7569 1.0080 32N 49E 41 42 00m46s
02093 -1128 Aug 10 04:15:31 27656 -38681 27 A -p -0.8039 0.9490 34S 137W 36 314 05m49s
02094 -1127 Feb 03 06:11:50 27647 -38675 32 T nn 0.0231 1.0538 18S 153W 89 178 04m59s
02095 -1127 Jul 30 04:57:21 27638 -38669 37 A nn -0.0740 0.9398 17N 139W 86 224 08m11s
02096 -1126 Jan 23 22:23:45 27629 -38663 42 T p- -0.6681 1.0440 64S 30W 48 198 02m58s
02097 -1126 Jul 19 06:35:40 27619 -38657 47 A p- 0.6701 0.9653 65N 163W 48 170 02m51s
02098 -1126 Dec 14 21:56:41 27612 -38652 14 P -t 1.4299 0.2226 64N 4W 0
02099 -1125 Jan 13 11:56:16 27610 -38651 52 P t- -1.4071 0.2534 67S 62W 0
02100 -1125 Jun 09 06:29:31 27603 -38646 19 P -t -1.2093 0.6161 63S 127W 0
02101 -1125 Jul 08 15:01:08 27601 -38645 57 P t- 1.3775 0.3018 66N 102W 0
02102 -1125 Dec 04 00:47:19 27594 -38640 24 A -p 0.7917 0.9169 29N 63W 37 508 10m07s
02103 -1124 May 28 23:13:30 27585 -38634 29 T -p -0.4490 1.0804 6S 47W 63 288 07m03s
02104 -1124 Nov 21 23:42:19 27575 -38628 34 A nn 0.1179 0.9218 12S 60W 83 298 09m52s
02105 -1123 May 18 15:57:41 27566 -38622 39 T n- 0.3003 1.0569 33N 45E 72 196 04m35s
02106 -1123 Nov 11 02:23:36 27557 -38616 44 A p- -0.5683 0.9606 45S 123W 55 172 03m26s
02107 -1122 May 08 04:08:41 27548 -38610 49 P t- 1.1121 0.7859 62N 115E 0
02108 -1122 Oct 02 01:24:08 27541 -38605 16 P -t 1.4819 0.1024 61N 4E 0
02109 -1122 Oct 31 12:27:26 27539 -38604 54 P t- -1.2142 0.6033 61S 5W 0
02110 -1121 Mar 28 17:59:56 27532 -38599 21 A -t -0.9160 0.9340 54S 77E 23 599 05m27s
02111 -1121 Sep 21 17:27:06 27522 -38593 26 T -p 0.8129 1.0426 50N 70E 35 240 02m50s
TD of
Catalog Calendar Greatest Luna Saros Ecl. Ecl. Sun Path Central
Number Date Eclipse ΔT Num Num Type QLE Gamma Mag. Lat Long Alt Width Dur.
s ° ° ° km
02112 -1120 Mar 16 18:50:43 27513 -38587 31 A nn -0.1607 0.9582 14S 20E 81 154 04m28s
02113 -1120 Sep 10 07:29:50 27504 -38581 36 H -n 0.1245 1.0105 16N 174W 83 36 00m57s
02114 -1119 Mar 06 01:28:48 27495 -38575 41 H p- 0.5905 1.0037 22N 101W 54 16 00m21s
02115 -1119 Aug 30 15:24:47 27486 -38569 46 A p- -0.6278 0.9557 22S 47E 51 203 04m47s
02116 -1118 Jan 25 05:42:04 27478 -38564 13 P -t -1.3367 0.3740 63S 5W 0
02117 -1118 Feb 23 14:49:11 27477 -38563 51 P t- 1.2737 0.4938 62N 13E 0
02118 -1118 Jul 21 00:22:48 27469 -38558 18 Pe -t 1.5469 0.0288 64N 79E 0
02119 -1118 Aug 19 16:44:36 27468 -38557 56 P t- -1.3738 0.3261 62S 12W 0
02120 -1117 Jan 14 21:32:42 27460 -38552 23 T -p -0.6783 1.0316 64S 7W 47 145 02m08s
02121 -1117 Jul 10 03:38:09 27451 -38546 28 A -p 0.7583 0.9799 72N 101W 40 110 01m28s
02122 -1116 Jan 04 09:27:08 27442 -38540 33 A nn 0.0153 0.9818 23S 154E 89 65 02m00s
02123 -1116 Jun 28 14:10:36 27433 -38534 38 T nn -0.0367 1.0436 22N 80E 88 146 04m16s
02124 -1116 Dec 23 14:05:12 27424 -38528 43 A p- 0.7423 0.9267 24N 82E 42 412 09m30s
02125 -1115 Jun 18 06:11:48 27415 -38522 48 T p- -0.7726 1.0725 28S 160W 39 371 06m18s
02126 -1115 Dec 12 13:21:48 27406 -38516 53 P t- 1.4240 0.2455 67N 100E 0
02127 -1114 May 09 15:35:44 27398 -38511 20 P -t 1.0262 0.9579 70N 76W 0
02128 -1114 Jun 07 23:16:36 27397 -38510 58 Pb t- -1.5122 0.0354 68S 43W 0
02129 -1114 Nov 01 23:10:13 27389 -38505 25 A -p -0.8802 0.9718 68S 95W 28 214 02m00s
02130 -1113 Apr 29 01:51:42 27380 -38499 30 A -p 0.2810 0.9855 26N 100W 74 53 01m33s
02131 -1113 Oct 22 11:04:26 27371 -38493 35 Tm -n -0.1583 1.0330 16S 123E 81 113 03m04s
02132 -1112 Apr 17 04:57:35 27362 -38487 40 A p- -0.4964 0.9472 22S 131W 60 222 06m25s
02133 -1112 Oct 11 02:42:45 27353 -38481 45 T p- 0.5147 1.0469 26N 98W 59 181 03m59s
02134 -1111 Apr 06 05:31:29 27344 -38475 50 P t- -1.2378 0.5555 72S 64W 0
02135 -1111 Sep 01 05:29:52 27336 -38470 17 Pe -t -1.5234 0.0453 71S 161E 0
02136 -1111 Sep 30 17:24:12 27335 -38469 55 P t- 1.2245 0.5834 72N 125E 0
02137 -1110 Feb 24 23:52:12 27327 -38464 22 T -p 0.7934 1.0136 38N 74W 37 76 01m13s
02138 -1110 Aug 21 11:26:42 27318 -38458 27 A -p -0.8556 0.9425 42S 109E 31 409 06m07s
02139 -1109 Feb 14 14:25:24 27309 -38452 32 T nn 0.0548 1.0583 13S 82E 87 192 05m23s
02140 -1109 Aug 10 11:49:26 27300 -38446 37 A nn -0.1346 0.9372 12N 116E 82 236 08m39s
02141 -1108 Feb 04 06:45:48 27291 -38440 42 T p- -0.6450 1.0458 59S 152W 50 200 03m12s
02142 -1108 Jul 29 13:36:42 27282 -38434 47 A p- 0.6047 0.9663 59N 95E 53 153 02m56s
02143 -1108 Dec 25 06:15:08 27274 -38429 14 P -t 1.4400 0.2055 65N 140W 0
02144 -1107 Jan 23 20:10:09 27273 -38428 52 P t- -1.3934 0.2781 68S 162E 0
02145 -1107 Jun 19 13:48:36 27266 -38423 19 P -t -1.2772 0.4869 64S 112E 0
02146 -1107 Jul 18 22:22:57 27264 -38422 57 P t- 1.3106 0.4253 67N 136E 0
02147 -1107 Dec 14 08:49:04 27256 -38417 24 A -p 0.7982 0.9166 29N 173E 37 522 10m27s
02148 -1106 Jun 09 06:37:50 27247 -38411 29 T -p -0.5241 1.0788 9S 160W 58 297 07m04s
02149 -1106 Dec 03 07:46:45 27238 -38405 34 A nn 0.1215 0.9234 14S 177E 83 291 09m54s
02150 -1105 May 29 23:12:07 27229 -38399 39 T nn 0.2242 1.0541 32N 62W 77 183 04m32s
02151 -1105 Nov 22 10:49:20 27220 -38393 44 A p- -0.5659 0.9632 49S 110E 55 161 03m09s
02152 -1104 May 18 10:58:05 27211 -38387 49 P t- 1.0360 0.9221 62N 2E 0
02153 -1104 Oct 12 10:03:00 27204 -38382 16 P -t 1.4903 0.0870 61N 136W 0
02154 -1104 Nov 10 21:12:57 27202 -38381 54 P t- -1.2105 0.6101 62S 147W 0
02155 -1103 Apr 08 00:33:22 27195 -38376 21 As -t -0.9919 0.9319 60S 1W 6 - 05m07s
02156 -1103 Oct 02 01:58:07 27186 -38370 26 T -p 0.8312 1.0379 47N 61W 33 224 02m36s
02157 -1102 Mar 28 01:44:10 27177 -38364 31 A nn -0.2270 0.9632 13S 84W 77 136 03m52s
02158 -1102 Sep 21 15:37:58 27168 -38358 36 H -n 0.1494 1.0042 12N 62E 81 15 00m23s
02159 -1101 Mar 17 08:57:26 27159 -38352 41 H p- 0.5345 1.0108 23N 146E 58 43 00m59s
02160 -1101 Sep 10 22:58:38 27150 -38346 46 A p- -0.5936 0.9504 23S 69W 53 221 05m15s
02161 -1100 Feb 05 14:05:47 27142 -38341 13 P -t -1.3608 0.3277 63S 142W 0
02162 -1100 Mar 05 22:46:35 27140 -38340 51 P t- 1.2287 0.5796 61N 116W 0
02163 -1100 Aug 29 23:52:26 27131 -38334 56 P t- -1.3272 0.4050 61S 129W 0
Detailed maps of all annular, total and hybrid eclipses during the 12th century BCE can be found at the World Atlas of Solar Eclipse Paths. The maps are broken down into 20 year intervals and may be accessed through the links below. Each map is stored in GIF format with a typical file size of 130 kilobytes.
| World Atlas of Solar Eclipse Paths | |||||
| 12th century BCE | -1199--1180 | -1179--1160 | -1159--1140 | -1139--1120 | -1119--1100 |
|---|---|---|---|---|---|
Each link below displays a web page containing 100 years of solar eclipses. Every eclipse has links of global maps, central paths plotted on Google Maps, Saros series tables, and Besselian elements.
These web pages are part of the Five Millennium Catalog of Solar 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..
The coordinates of the Sun used in these 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.
[1] The Moon's orbit is inclined about 5.1° to Earth's orbit around the Sun. The points where the lunar orbit intersects the plane of Earth's orbit are known as the nodes. The Moon moves from south to north of Earth's orbit at the ascending node, and from north to south at the descending node.
[2] Hybrid eclipses are also known as annular/total eclipses. Such an eclipse is both total and annular along different sections of its umbral path. (See: Five Millennium Catalog of Hybrid Solar Eclipses)
[3] Central solar eclipses are eclipses in which the central axis of the Moon's shadow strikes the Earth's surface. All partial (penumbral) eclipses are non-central eclipses since the shadow axis misses Earth. However, umbral eclipses (total, annular and hybrid) may be either central (usually) or non-central (rarely).
[4] 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 )
[5] Greatest eclipse is defined as the instant when the axis of the Moon's shadow passes closest to the Earth's center. For total eclipses, the instant of greatest eclipse is virtually identical to the instants of greatest magnitude and greatest duration. However, for annular eclipses, the instant of greatest duration may occur at either the time of greatest eclipse or near the sunrise and sunset points of the eclipse path.
The information presented on this web page is based on data published in Five Millennium Canon of Solar Eclipses: -1999 to +3000 and Five Millennium Catalog of Solar Eclipses: -1999 to +3000. The individual global maps appearing in links were extracted from full page plates appearing in Five Millennium Canon by Dan McGlaun. The Besselian elements were provided by Jean Meeus. Fred Espenak assumes full responsibility for the accuracy of all eclipse calculations.
Permission is freely granted to reproduce this data when accompanied by an acknowledgment:
"Eclipse Predictions by Fred Espenak (NASA's GSFC)"
