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 25th century CE[4], Earth will experience 237 solar eclipses. The following table shows the number of eclipses of each type over this period.
| Solar Eclipses: 2401 - 2500 | |||
| Eclipse Type | Symbol | Number | Percent |
| All Eclipses | - | 237 | 100.0% |
| Partial | P | 81 | 34.2% |
| Annular | A | 89 | 37.6% |
| Total | T | 66 | 27.8% |
| Hybrid | H | 1 | 0.4% |
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 25th century CE 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 | 155 | 100.0% |
| Central (two limits) | 151 | 97.4% |
| Central (one limit) | 1 | 0.6% |
| Non-Central (one limit) | 3 | 1.9% |
| Annular Eclipses | ||
| Classification | Number | Percent |
| All Annular Eclipses | 89 | 100.0% |
| Central (two limits) | 86 | 96.6% |
| Central (one limit) | 1 | 1.1% |
| Non-Central (one limit) | 2 | 2.2% |
| Total Eclipses | ||
| Classification | Number | Percent |
| All Total Eclipses | 66 | 100.0% |
| Central (two limits) | 65 | 98.5% |
| Central (one limit) | 0 | 0.0% |
| Non-Central (one limit) | 1 | 1.5% |
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: 70
Number of Years with 3 Eclipses: 23
Number of Years with 4 Eclipses: 7
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: 2401 to 2500 | |||
| Extrema Type | Date | Duration | Magnitude |
| Longest Annular Solar Eclipse | 2494 Dec 28 | 10m22s | - |
| Shortest Annular Solar Eclipse | 2482 Feb 18 | 00m09s | - |
| Longest Total Solar Eclipse | 2486 Jun 02 | 06m59s | - |
| Shortest Total Solar Eclipse | 2496 May 13 | 01m02s | - |
| Longest Hybrid Solar Eclipse | 2500 Mar 01 | 00m12s | - |
| Shortest Hybrid Solar Eclipse | 2500 Mar 01 | 00m12s | - |
| Largest Partial Solar Eclipse | 2478 Oct 26 | - | 0.96448 |
| Smallest Partial Solar Eclipse | 2459 May 03 | - | 0.02141 |
During the century, 2 Saros series begin and 4 Saros Series end. The list below gives the year and Saros number of each of these events.
2 Saros Series begin [Year/Saros]: 2474/172 2485/173
4 Saros Series end [Year/Saros]: 2452/127 2459/126 2470/132 2499/133
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
10466 2401 Jan 14 22:15:20 1058 4960 157 A p- 0.5617 0.9735 12N 156W 56 114 03m00s
10467 2401 Jul 11 21:29:20 1060 4966 162 P t- -1.0111 0.9620 64S 170W 0
10468 2401 Dec 05 22:53:37 1061 4971 129 P -t -1.4797 0.1049 68S 22E 0
10469 2402 Jan 04 09:42:28 1061 4972 167 P t- 1.2064 0.6184 65N 12E 0
10470 2402 Jun 01 09:44:38 1063 4977 134 P -t 1.0452 0.8834 68N 136W 0
10471 2402 Nov 25 14:45:41 1065 4983 139 T -p -0.8291 1.0332 76S 60W 34 202 02m02s
10472 2403 May 21 11:36:55 1066 4989 144 A nn 0.2737 0.9705 36N 7E 74 110 03m10s
10473 2403 Nov 15 03:36:25 1068 4995 149 A -n -0.1461 0.9947 27S 125E 81 19 00m33s
10474 2404 May 09 20:05:45 1070 5001 154 T p- -0.4902 1.0212 11S 113W 61 83 02m14s
10475 2404 Nov 03 09:44:07 1072 5007 159 A p- 0.5935 0.9430 21N 42E 53 260 07m05s
10476 2405 Mar 31 02:18:52 1073 5012 126 P -t 1.3928 0.2654 72N 48E 0
10477 2405 Apr 29 10:43:55 1074 5013 164 P t- -1.1858 0.6613 71S 65E 0
10478 2405 Oct 23 09:58:55 1076 5019 169 P t- 1.3142 0.4261 71N 84E 0
10479 2406 Mar 20 17:57:23 1077 5024 136 T -p 0.7327 1.0258 45N 101W 43 128 02m03s
10480 2406 Sep 12 21:45:23 1079 5030 141 A -p -0.8356 0.9862 50S 165W 33 88 01m11s
10481 2407 Mar 10 04:41:40 1081 5036 146 A nn 0.0283 0.9739 3S 116E 88 93 02m59s
10482 2407 Sep 02 09:38:25 1082 5042 151 T nn -0.0517 1.0506 5N 39E 87 168 04m48s
10483 2408 Feb 27 07:59:40 1084 5048 156 A p- -0.7004 0.9249 51S 86E 45 394 07m22s
10484 2408 Aug 22 02:07:39 1086 5054 161 T p- 0.6766 1.0720 52N 170E 47 317 05m00s
10485 2409 Feb 15 07:12:30 1088 5060 166 P t- -1.3802 0.3163 71S 150W 0
10486 2409 Jul 13 10:09:33 1089 5065 133 P -t -1.1523 0.7186 68S 25E 0
10487 2409 Aug 11 18:38:31 1090 5066 171 P t- 1.4271 0.2021 70N 45E 0
10488 2410 Jan 05 19:31:39 1091 5071 138 A -p 0.8749 0.9842 39N 108W 29 116 01m31s
10489 2410 Jul 02 18:42:30 1093 5077 143 A -p -0.4152 0.9735 2S 94W 65 104 03m25s
10490 2410 Dec 26 08:33:58 1095 5083 148 T -n 0.1613 1.0395 14S 57E 81 134 03m50s
10491 2411 Jun 21 20:37:43 1097 5089 153 A pn 0.3537 0.9467 44N 127W 69 210 05m46s
10492 2411 Dec 16 00:19:07 1099 5095 158 T p- -0.5093 1.0419 54S 171E 59 163 03m04s
10493 2412 Jun 09 21:48:04 1100 5101 163 P t- 1.0988 0.7983 65N 62E 0
10494 2412 Dec 04 14:06:31 1102 5107 168 P t- -1.2288 0.5751 64S 179W 0
10495 2413 Apr 30 19:03:57 1104 5112 135 T -p -0.8677 1.0274 40S 75W 30 183 02m13s
10496 2413 Oct 25 05:13:20 1106 5118 140 A -p 0.9129 0.9298 46N 137E 24 628 06m43s
10497 2414 Apr 20 10:39:39 1107 5124 145 T -n -0.1279 1.0661 5N 28E 83 218 05m33s
10498 2414 Oct 14 04:58:50 1109 5130 150 A nn 0.2015 0.9355 2N 112E 78 245 07m34s
10499 2415 Apr 10 02:59:35 1111 5136 155 T p- 0.5866 1.0436 39N 120E 54 178 03m15s
10500 2415 Oct 03 07:47:48 1113 5142 160 A p- -0.5335 0.9736 32S 47E 58 110 02m27s
10501 2416 Feb 29 01:13:31 1115 5147 127 P -t -1.4865 0.1279 61S 86W 0
10502 2416 Mar 29 15:24:54 1115 5148 165 P t- 1.3563 0.3466 61N 142W 0
10503 2416 Aug 23 09:26:38 1116 5153 132 P -t 1.3505 0.3468 62N 155E 0
10504 2416 Sep 21 17:57:51 1117 5154 170 P t- -1.2321 0.5716 61S 176W 0
10505 2417 Feb 17 02:40:42 1118 5159 137 A -p -0.8345 0.9155 58S 168W 33 574 07m04s
10506 2417 Aug 13 02:28:06 1120 5165 142 T -p 0.6189 1.0723 48N 171E 52 297 04m55s
10507 2418 Feb 06 02:04:04 1122 5171 147 A nn -0.1431 0.9322 23S 160E 82 256 07m43s
10508 2418 Aug 02 18:11:10 1124 5177 152 T nn -0.1242 1.0406 11N 89W 83 137 03m50s
10509 2419 Jan 26 06:44:37 1126 5183 157 A p- 0.5550 0.9770 13N 75E 56 98 02m30s
10510 2419 Jul 23 04:16:45 1128 5189 162 A t- -0.9322 0.9753 46S 98E 21 242 02m17s
10511 2419 Dec 17 07:40:07 1129 5194 129 P -t -1.4865 0.0925 67S 120W 0
10512 2420 Jan 15 18:30:39 1129 5195 167 P t- 1.2004 0.6298 64N 129W 0
10513 2420 Jun 11 16:17:02 1131 5200 134 P -t 1.1256 0.7470 67N 116E 0
10514 2420 Dec 05 23:23:52 1133 5206 139 T -p -0.8431 1.0290 80S 174W 32 185 01m44s
10515 2421 May 31 18:32:59 1135 5212 144 A -p 0.3451 0.9750 42N 95W 70 95 02m32s
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
10516 2421 Nov 25 11:51:41 1136 5218 149 A -n -0.1652 0.9893 30S 2E 80 38 01m06s
10517 2422 May 21 03:34:51 1138 5224 154 T p- -0.4278 1.0275 5S 133E 65 103 02m56s
10518 2422 Nov 14 17:27:40 1140 5230 159 A p- 0.5657 0.9386 16N 76W 55 275 08m01s
10519 2423 Apr 11 10:32:41 1142 5235 126 P -t 1.4282 0.1970 72N 89W 0
10520 2423 May 10 18:35:17 1142 5236 164 P t- -1.1323 0.7647 70S 65W 0
10521 2423 Nov 03 17:24:51 1144 5242 169 P t- 1.2769 0.4887 71N 40W 0
10522 2424 Mar 31 02:10:10 1146 5247 136 T -p 0.7652 1.0254 51N 132E 40 133 01m55s
10523 2424 Sep 23 05:09:46 1147 5253 141 A -p -0.8896 0.9853 59S 74E 27 114 01m08s
10524 2425 Mar 20 12:41:12 1149 5259 146 A nn 0.0546 0.9735 3N 5W 87 95 03m02s
10525 2425 Sep 12 17:18:07 1151 5265 151 Tm nn -0.1113 1.0507 2S 78W 84 169 04m47s
10526 2426 Mar 09 15:44:45 1153 5271 156 A p- -0.6774 0.9262 45S 32W 47 374 07m38s
10527 2426 Sep 02 09:48:47 1155 5277 161 T p- 0.6133 1.0709 44N 52E 52 291 05m14s
10528 2427 Feb 26 15:03:45 1157 5283 166 P t- -1.3607 0.3484 72S 79E 0
10529 2427 Jul 24 17:18:10 1158 5288 133 P -t -1.2318 0.5709 69S 94W 0
10530 2427 Aug 23 02:04:51 1159 5289 171 P t- 1.3642 0.3222 71N 79W 0
10531 2428 Jan 17 04:07:20 1160 5294 138 A -p 0.8770 0.9870 41N 119E 28 96 01m13s
10532 2428 Jul 13 01:23:55 1162 5300 143 A -p -0.4998 0.9702 8S 164E 60 123 03m50s
10533 2429 Jan 05 17:22:56 1164 5306 148 T -n 0.1666 1.0404 13S 75W 80 137 03m56s
10534 2429 Jul 02 03:04:30 1166 5312 153 A pn 0.2668 0.9476 39N 140E 74 200 06m01s
10535 2429 Dec 26 09:07:20 1168 5318 158 T n- -0.5035 1.0397 54S 45E 60 155 02m57s
10536 2430 Jun 21 04:29:26 1170 5324 163 P t- 1.0160 0.9438 66N 48W 0
10537 2430 Dec 15 22:37:29 1172 5330 168 P t- -1.2227 0.5857 65S 44E 0
10538 2431 May 12 02:43:30 1173 5335 135 T -p -0.9214 1.0310 45S 170E 22 267 02m27s
10539 2431 Nov 05 12:45:40 1175 5341 140 A -t 0.9496 0.9242 50N 25E 18 902 07m15s
10540 2432 Apr 30 18:37:31 1177 5347 145 T -n -0.1780 1.0694 6N 91W 80 229 05m56s
10541 2432 Oct 24 12:19:58 1179 5353 150 A nn 0.2455 0.9335 1N 2E 76 255 08m01s
10542 2433 Apr 20 11:01:32 1181 5359 155 T p- 0.5450 1.0449 41N 1E 57 177 03m21s
10543 2433 Oct 13 15:20:16 1183 5365 160 A p- -0.4840 0.9742 33S 64W 61 104 02m23s
10544 2434 Mar 11 09:12:47 1184 5370 127 P -t -1.5121 0.0837 61S 146E 0
10545 2434 Apr 09 23:15:24 1184 5371 165 P t- 1.3232 0.4058 61N 92E 0
10546 2434 Sep 03 17:04:08 1186 5376 132 P -t 1.4099 0.2331 61N 32E 0
10547 2434 Oct 03 01:46:03 1186 5377 170 P t- -1.1789 0.6705 61S 59E 0
10548 2435 Feb 28 10:29:45 1188 5382 137 A -p -0.8546 0.9165 55S 75E 31 599 07m05s
10549 2435 Aug 24 10:03:12 1190 5388 142 T -p 0.6875 1.0684 48N 62E 46 304 04m35s
10550 2436 Feb 17 10:05:24 1192 5394 147 A nn -0.1567 0.9355 20S 41E 81 243 07m12s
10551 2436 Aug 13 01:29:32 1194 5400 152 Tm nn -0.0517 1.0361 12N 163E 87 122 03m21s
10552 2437 Feb 05 15:11:25 1196 5406 157 A p- 0.5453 0.9810 15N 52W 57 79 01m58s
10553 2437 Aug 02 11:06:01 1198 5412 162 A p- -0.8553 0.9741 37S 3W 31 175 02m33s
10554 2437 Dec 27 16:29:07 1199 5417 129 P -t -1.4920 0.0824 65S 98E 0
10555 2438 Jan 26 03:17:37 1199 5418 167 P t- 1.1929 0.6441 63N 90E 0
10556 2438 Jun 22 22:46:47 1201 5423 134 P -t 1.2079 0.6068 66N 8E 0
10557 2438 Dec 17 08:05:40 1203 5429 139 T -p -0.8539 1.0254 82S 84E 31 168 01m30s
10558 2439 Jun 12 01:25:22 1205 5435 144 A -p 0.4206 0.9791 48N 165E 65 82 01m59s
10559 2439 Dec 06 20:11:47 1207 5441 149 A -n -0.1794 0.9844 33S 121W 79 56 01m36s
10560 2440 May 31 10:58:15 1209 5447 154 T p- -0.3598 1.0334 1N 21E 69 121 03m33s
10561 2440 Nov 25 01:18:39 1211 5453 159 A p- 0.5445 0.9347 12N 165E 57 290 08m51s
10562 2441 Apr 21 18:37:49 1212 5458 126 P -t 1.4706 0.1149 71N 136E 0
10563 2441 May 21 02:20:11 1213 5459 164 P t- -1.0733 0.8795 69S 167E 0
10564 2441 Nov 14 00:59:17 1214 5465 169 P t- 1.2459 0.5404 70N 166W 0
10565 2442 Apr 11 10:14:04 1216 5470 136 T -p 0.8046 1.0248 59N 6E 36 142 01m45s
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
10566 2442 Oct 04 12:43:00 1218 5476 141 A -p -0.9371 0.9838 67S 55W 20 166 01m08s
10567 2443 Mar 31 20:30:25 1220 5482 146 A nn 0.0889 0.9734 9N 123W 85 95 03m02s
10568 2443 Sep 24 01:04:47 1222 5488 151 T nn -0.1656 1.0502 10S 164E 80 169 04m39s
10569 2444 Mar 19 23:21:38 1224 5494 156 A p- -0.6476 0.9280 38S 149W 49 351 07m53s
10570 2444 Sep 12 17:35:35 1226 5500 161 T p- 0.5548 1.0688 36N 68W 56 268 05m23s
10571 2445 Mar 08 22:49:34 1228 5506 166 P t- -1.3361 0.3891 72S 51W 0
10572 2445 Aug 04 00:27:22 1229 5511 133 P -t -1.3097 0.4272 70S 147E 0
10573 2445 Sep 02 09:35:13 1230 5512 171 P t- 1.3049 0.4344 72N 155E 0
10574 2446 Jan 27 12:43:51 1231 5517 138 A -p 0.8789 0.9903 43N 14W 28 72 00m53s
10575 2446 Jul 24 08:03:11 1233 5523 143 A -p -0.5854 0.9665 16S 62E 54 149 04m13s
10576 2447 Jan 17 02:14:03 1235 5529 148 T -n 0.1703 1.0417 11S 153E 80 141 04m03s
10577 2447 Jul 13 09:29:35 1237 5535 153 A nn 0.1786 0.9481 32N 45E 80 194 06m18s
10578 2448 Jan 06 17:57:07 1239 5541 158 T n- -0.4991 1.0380 53S 82W 60 147 02m51s
10579 2448 Jul 01 11:10:16 1241 5547 163 A t- 0.9316 0.9620 88N 135W 21 389 02m26s
10580 2448 Dec 26 07:10:41 1243 5553 168 P t- -1.2190 0.5918 67S 94W 0
10581 2449 May 22 10:19:15 1244 5558 135 T -t -0.9790 1.0328 54S 59E 11 567 02m24s
10582 2449 Nov 15 20:23:56 1246 5564 140 An -t 0.9810 0.9186 55N 89W 10 - 07m35s
10583 2450 May 12 02:29:44 1248 5570 145 T -n -0.2330 1.0722 6N 152E 77 241 06m19s
10584 2450 Nov 04 19:49:31 1250 5576 150 A nn 0.2828 0.9318 0S 110W 74 264 08m30s
10585 2451 May 01 18:53:37 1252 5582 155 T p- 0.4958 1.0459 42N 114W 60 175 03m28s
10586 2451 Oct 24 23:03:09 1254 5588 160 A p- -0.4424 0.9746 35S 178W 64 101 02m21s
10587 2452 Mar 21 17:01:31 1256 5593 127 Pe -t -1.5455 0.0262 61S 20E 0
10588 2452 Apr 20 06:54:27 1256 5594 165 P t- 1.2819 0.4797 62N 32W 0
10589 2452 Sep 14 00:49:17 1258 5599 132 P -t 1.4635 0.1307 61N 93W 0
10590 2452 Oct 13 09:44:05 1258 5600 170 P t- -1.1334 0.7553 61S 69W 0
10591 2453 Mar 10 18:09:42 1260 5605 137 A -p -0.8820 0.9177 54S 39W 28 647 07m04s
10592 2453 Sep 03 17:43:48 1262 5611 142 T -p 0.7513 1.0638 48N 49W 41 312 04m15s
10593 2454 Feb 27 18:01:47 1264 5617 147 A nn -0.1750 0.9393 17S 77W 80 228 06m40s
10594 2454 Aug 24 08:48:47 1266 5623 152 T nn 0.0194 1.0310 12N 54E 89 105 02m50s
10595 2455 Feb 16 23:36:27 1268 5629 157 A p- 0.5335 0.9857 17N 180W 58 59 01m25s
10596 2455 Aug 13 17:54:37 1270 5635 162 A p- -0.7781 0.9716 32S 104W 39 158 02m52s
10597 2456 Jan 08 01:21:04 1271 5640 129 P -t -1.4954 0.0760 65S 45W 0
10598 2456 Feb 06 12:03:15 1272 5641 167 P t- 1.1843 0.6607 62N 50W 0
10599 2456 Jul 03 05:13:16 1273 5646 134 P -t 1.2925 0.4621 65N 98W 0
10600 2456 Dec 27 16:51:25 1275 5652 139 T -p -0.8614 1.0222 80S 22W 30 151 01m19s
10601 2457 Jun 22 08:16:13 1277 5658 144 A -p 0.4979 0.9827 53N 67E 60 71 01m32s
10602 2457 Dec 17 04:35:27 1279 5664 149 A -n -0.1900 0.9799 34S 116E 79 73 02m04s
10603 2458 Jun 11 18:19:40 1281 5670 154 T n- -0.2891 1.0388 6N 90W 73 136 04m04s
10604 2458 Dec 06 09:14:46 1283 5676 159 A p- 0.5280 0.9311 9N 45E 58 303 09m34s
10605 2459 May 03 02:35:54 1285 5681 126 Pe -t 1.5188 0.0214 70N 4E 0
10606 2459 Jun 01 09:59:50 1285 5682 164 T- t- -1.0097 1.0038 68S 41E 0
10607 2459 Nov 25 08:41:41 1287 5688 169 P t- 1.2211 0.5818 69N 67E 0
10608 2460 Apr 21 18:09:49 1289 5693 136 T -p 0.8503 1.0236 67N 120W 31 154 01m34s
10609 2460 Oct 14 20:25:57 1291 5699 141 A -p -0.9775 0.9817 74S 156E 11 328 01m09s
10610 2461 Apr 11 04:10:36 1293 5705 146 A nn 0.1300 0.9732 16N 121E 82 97 03m02s
10611 2461 Oct 04 09:00:22 1295 5711 151 T -n -0.2131 1.0495 17S 44E 78 168 04m30s
10612 2462 Mar 31 06:49:44 1297 5717 156 A p- -0.6111 0.9302 32S 96E 52 327 08m07s
10613 2462 Sep 24 01:28:08 1299 5723 161 T p- 0.5014 1.0662 28N 171E 60 249 05m28s
10614 2463 Mar 20 06:27:54 1301 5729 166 P t- -1.3051 0.4410 72S 179W 0
10615 2463 Aug 15 07:37:35 1302 5734 133 P -t -1.3853 0.2892 71S 27E 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
10616 2463 Sep 13 17:10:28 1303 5735 171 P t- 1.2504 0.5367 72N 28E 0
10617 2464 Feb 07 21:17:16 1304 5740 138 A -p 0.8840 0.9941 46N 146W 28 44 00m31s
10618 2464 Aug 03 14:43:00 1306 5746 143 A -p -0.6692 0.9621 24S 41W 48 184 04m32s
10619 2465 Jan 27 11:03:49 1308 5752 148 T -n 0.1751 1.0435 8S 21E 80 147 04m11s
10620 2465 Jul 23 15:54:48 1310 5758 153 A nn 0.0904 0.9482 25N 51W 85 191 06m35s
10621 2466 Jan 17 02:47:01 1312 5764 158 T n- -0.4953 1.0366 50S 150E 60 142 02m48s
10622 2466 Jul 12 17:50:51 1314 5770 163 A t- 0.8461 0.9676 80N 66W 32 221 02m18s
10623 2467 Jan 06 15:46:09 1316 5776 168 P t- -1.2180 0.5934 68S 126E 0
10624 2467 Jun 02 17:48:24 1318 5781 135 P -t -1.0425 0.9315 64S 51W 0
10625 2467 Nov 27 04:10:21 1320 5787 140 A+ -t 1.0051 0.9434 64N 158E 0
10626 2468 May 22 10:15:11 1322 5793 145 T -n -0.2936 1.0744 4N 36E 73 252 06m41s
10627 2468 Nov 15 03:28:23 1324 5799 150 A -n 0.3126 0.9304 1S 136E 72 273 08m59s
10628 2469 May 12 02:39:07 1326 5805 155 T p- 0.4417 1.0466 43N 133E 64 172 03m36s
10629 2469 Nov 04 06:55:37 1328 5811 160 A p- -0.4081 0.9750 37S 66E 66 97 02m19s
10630 2470 May 01 14:25:40 1330 5817 165 P t- 1.2347 0.5638 62N 153W 0
10631 2470 Sep 25 08:39:57 1332 5822 132 Pe -t 1.5130 0.0365 61N 141E 0
10632 2470 Oct 24 17:49:29 1332 5823 170 P t- -1.0933 0.8298 62S 161E 0
10633 2471 Mar 22 01:43:37 1334 5828 137 A -p -0.9141 0.9190 53S 151W 24 738 07m00s
10634 2471 Sep 15 01:29:11 1336 5834 142 T -p 0.8109 1.0585 48N 162W 36 323 03m54s
10635 2472 Mar 10 01:52:11 1338 5840 147 A nn -0.1989 0.9436 14S 166E 78 212 06m08s
10636 2472 Sep 03 16:12:54 1340 5846 152 T nn 0.0857 1.0255 11N 55W 85 87 02m19s
10637 2473 Feb 27 07:56:51 1342 5852 157 A p- 0.5168 0.9907 20N 55E 59 37 00m53s
10638 2473 Aug 24 00:46:32 1344 5858 162 A p- -0.7043 0.9684 29S 154E 45 156 03m12s
10639 2474 Jan 18 10:12:11 1345 5863 129 P -t -1.5000 0.0673 64S 173E 0
10640 2474 Feb 16 20:44:52 1346 5864 167 P t- 1.1720 0.6841 62N 171E 0
10641 2474 Jul 14 11:40:30 1347 5869 134 P -t 1.3764 0.3182 64N 156E 0
10642 2474 Aug 13 02:43:56 1348 5870 172 Pb t- -1.4827 0.1379 62S 85E 0
10643 2475 Jan 08 01:37:52 1349 5875 139 T -p -0.8679 1.0196 76S 142W 29 136 01m09s
10644 2475 Jul 03 15:05:22 1351 5881 144 A -p 0.5775 0.9858 57N 28W 54 62 01m11s
10645 2475 Dec 28 13:01:54 1354 5887 149 A -n -0.1977 0.9760 35S 8W 78 87 02m27s
10646 2476 Jun 22 01:38:29 1356 5893 154 T n- -0.2153 1.0435 11N 160E 78 149 04m25s
10647 2476 Dec 16 17:15:18 1358 5899 159 A p- 0.5154 0.9282 8N 76W 59 314 10m04s
10648 2477 Jun 11 17:35:29 1360 5905 164 T t- -0.9423 1.0647 48S 81W 19 642 04m53s
10649 2477 Dec 05 16:32:05 1362 5911 169 P t- 1.2019 0.6136 68N 62W 0
10650 2478 May 03 01:55:59 1363 5916 136 T -t 0.9034 1.0218 76N 108E 25 176 01m20s
10651 2478 Oct 26 04:18:22 1365 5922 141 P -t -1.0109 0.9645 71S 13W 0
10652 2479 Apr 22 11:40:30 1367 5928 146 A nn 0.1790 0.9731 22N 8E 80 98 03m01s
10653 2479 Oct 15 17:04:11 1369 5934 151 T -n -0.2538 1.0484 23S 78W 75 166 04m18s
10654 2480 Apr 10 14:07:46 1372 5940 156 A p- -0.5664 0.9326 25S 16W 55 303 08m18s
10655 2480 Oct 04 09:27:58 1374 5946 161 T p- 0.4543 1.0631 21N 49E 63 231 05m26s
10656 2481 Mar 30 14:00:07 1376 5952 166 P t- -1.2685 0.5027 72S 53E 0
10657 2481 Aug 25 14:49:25 1377 5957 133 P -t -1.4585 0.1568 71S 93W 0
10658 2481 Sep 24 00:49:51 1378 5958 171 P t- 1.1997 0.6307 72N 101W 0
10659 2482 Feb 18 05:48:52 1379 5963 138 A -p 0.8912 0.9982 49N 81E 27 14 00m09s
10660 2482 Aug 14 21:23:36 1381 5969 143 A -p -0.7515 0.9573 34S 146W 41 234 04m45s
10661 2483 Feb 07 19:51:56 1383 5975 148 T -n 0.1817 1.0457 5S 111W 80 155 04m20s
10662 2483 Aug 03 22:21:18 1386 5981 153 A nn 0.0030 0.9479 17N 148W 90 192 06m50s
10663 2484 Jan 28 11:35:53 1388 5987 158 T n- -0.4910 1.0358 47S 22E 60 138 02m48s
10664 2484 Jul 23 00:34:35 1390 5993 163 A p- 0.7619 0.9720 69N 166W 40 156 02m10s
10665 2485 Jan 17 00:19:53 1392 5999 168 P t- -1.2162 0.5962 69S 13W 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
10666 2485 Jun 13 01:16:18 1393 6004 135 P -t -1.1075 0.8095 65S 172W 0
10667 2485 Jul 12 09:35:02 1394 6005 173 Pb t- 1.4713 0.1259 68N 145W 0
10668 2485 Dec 07 12:02:00 1395 6010 140 A+ -t 1.0242 0.9100 65N 31E 0
10669 2486 Jun 02 17:55:28 1398 6016 145 T -n -0.3587 1.0760 2N 79W 69 263 06m59s
10670 2486 Nov 26 11:15:08 1400 6022 150 A -n 0.3363 0.9294 2S 19E 70 280 09m26s
10671 2487 May 23 10:16:15 1402 6028 155 T n- 0.3811 1.0467 42N 23E 67 168 03m43s
10672 2487 Nov 15 14:57:35 1404 6034 160 A p- -0.3807 0.9756 40S 52W 67 94 02m16s
10673 2488 May 11 21:45:56 1406 6040 165 P t- 1.1793 0.6626 63N 88E 0
10674 2488 Nov 04 02:04:56 1408 6046 170 P t- -1.0609 0.8898 62S 28E 0
10675 2489 Apr 01 09:07:55 1410 6051 137 A -t -0.9541 0.9200 54S 101E 17 997 06m50s
10676 2489 Sep 25 09:20:22 1412 6057 142 T -p 0.8654 1.0527 49N 83E 30 341 03m32s
10677 2490 Mar 21 09:36:11 1414 6063 147 A nn -0.2288 0.9482 11S 50E 77 195 05m36s
10678 2490 Sep 14 23:40:38 1416 6069 152 T -n 0.1483 1.0195 10N 166W 81 67 01m47s
10679 2491 Mar 10 16:11:57 1418 6075 157 A p- 0.4952 0.9964 22N 70W 60 14 00m20s
10680 2491 Sep 04 07:41:15 1420 6081 162 A p- -0.6332 0.9646 28S 51E 51 161 03m34s
10681 2492 Jan 29 19:03:43 1422 6086 129 P -t -1.5046 0.0582 63S 32E 0
10682 2492 Feb 28 05:22:53 1422 6087 167 P t- 1.1568 0.7135 61N 33E 0
10683 2492 Jul 24 18:08:32 1424 6092 134 P -t 1.4594 0.1755 63N 50E 0
10684 2492 Aug 23 09:17:49 1424 6093 172 P t- -1.4043 0.2723 62S 22W 0
10685 2493 Jan 18 10:24:30 1426 6098 139 T -p -0.8742 1.0174 72S 91E 29 123 01m02s
10686 2493 Jul 13 21:56:36 1428 6104 144 A -p 0.6562 0.9882 60N 121W 49 55 00m56s
10687 2494 Jan 07 21:30:21 1430 6110 149 A -n -0.2034 0.9727 34S 132W 78 100 02m46s
10688 2494 Jul 03 08:56:16 1432 6116 154 T nn -0.1397 1.0477 15N 52E 82 160 04m40s
10689 2494 Dec 28 01:19:28 1434 6122 159 A p- 0.5061 0.9257 7N 162E 60 323 10m22s
10690 2495 Jun 23 01:08:06 1436 6128 164 T t- -0.8718 1.0696 37S 163E 29 464 05m39s
10691 2495 Dec 17 00:27:39 1438 6134 169 P t- 1.1867 0.6389 66N 169E 0
10692 2496 May 13 09:34:25 1440 6139 136 T -t 0.9622 1.0185 81N 70W 15 243 01m02s
10693 2496 Nov 05 12:20:23 1442 6145 141 P -t -1.0373 0.9173 70S 146W 0
10694 2497 May 02 19:01:52 1444 6151 146 A -n 0.2341 0.9727 29N 103W 76 100 02m59s
10695 2497 Oct 26 01:15:23 1446 6157 151 T -n -0.2889 1.0472 29S 158E 73 164 04m06s
10696 2498 Apr 21 21:17:12 1448 6163 156 A p- -0.5148 0.9351 18S 126W 59 280 08m26s
10697 2498 Oct 15 17:34:44 1451 6169 161 T n- 0.4131 1.0597 15N 74W 66 215 05m21s
10698 2499 Apr 10 21:22:39 1453 6175 166 P t- -1.2233 0.5797 72S 71W 0
10699 2499 Sep 05 22:05:19 1454 6180 133 Pe -t -1.5273 0.0340 72S 144E 0
10700 2499 Oct 05 08:36:23 1455 6181 171 P t- 1.1554 0.7119 72N 129E 0
10701 2500 Mar 01 14:14:47 1457 6186 138 H -p 0.9038 1.0026 54N 51W 25 21 00m12s
10702 2500 Aug 26 04:08:16 1459 6192 143 A -p -0.8296 0.9518 44S 107E 34 313 04m53s
Detailed maps of all annular, total and hybrid eclipses during the 25th century CE 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 | |||||
| 25th century CE | 2401-2420 | 2421-2440 | 2441-2460 | 2461-2480 | 2481-2500 |
|---|---|---|---|---|---|
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)"
