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 4th century CE[4], Earth experienced 222 solar eclipses. The following table shows the number of eclipses of each type over this period.
| Solar Eclipses: 0301 - 0400 | |||
| Eclipse Type | Symbol | Number | Percent |
| All Eclipses | - | 222 | 100.0% |
| Partial | P | 73 | 32.9% |
| Annular | A | 76 | 34.2% |
| Total | T | 66 | 29.7% |
| Hybrid | H | 7 | 3.2% |
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 4th 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 | 142 | 100.0% |
| Central (two limits) | 136 | 95.8% |
| Central (one limit) | 3 | 2.1% |
| Non-Central (one limit) | 3 | 2.1% |
| Annular Eclipses | ||
| Classification | Number | Percent |
| All Annular Eclipses | 76 | 100.0% |
| Central (two limits) | 71 | 93.4% |
| Central (one limit) | 3 | 3.9% |
| Non-Central (one limit) | 2 | 2.6% |
| 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: 80
Number of Years with 3 Eclipses: 18
Number of Years with 4 Eclipses: 2
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: 301 to 400 | |||
| Extrema Type | Date | Duration | Magnitude |
| Longest Annular Solar Eclipse | 0363 Jan 02 | 10m44s | - |
| Shortest Annular Solar Eclipse | 0368 Apr 04 | 00m10s | - |
| Longest Total Solar Eclipse | 0363 Jun 27 | 07m24s | - |
| Shortest Total Solar Eclipse | 0377 Mar 25 | 01m41s | - |
| Longest Hybrid Solar Eclipse | 0349 Sep 28 | 01m27s | - |
| Shortest Hybrid Solar Eclipse | 0323 Feb 22 | 00m03s | - |
| Largest Partial Solar Eclipse | 0343 Feb 11 | - | 0.99090 |
| Smallest Partial Solar Eclipse | 0329 May 15 | - | 0.04595 |
During the century, 3 Saros series begin and 1 Saros Series end. The list below gives the year and Saros number of each of these events.
3 Saros Series begin [Year/Saros]: 329/101 376/102 387/103
1 Saros Series end [Year/Saros]: 372/ 62
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
05487 0301 Apr 25 09:04:15 7633 -21010 72 T -p 0.4610 1.0526 40N 66E 62 196 04m16s
05488 0301 Oct 18 14:56:19 7628 -21004 77 A -p -0.4787 0.9672 37S 25W 61 134 03m15s
05489 0302 Apr 14 21:16:59 7624 -20998 82 A n- -0.3045 0.9974 8S 103W 72 9 00m17s
05490 0302 Oct 08 01:17:57 7619 -20992 87 T n- 0.2474 1.0263 8N 166W 76 92 02m34s
05491 0303 Apr 04 02:09:00 7614 -20986 92 P t- -1.0945 0.8007 72S 107W 0
05492 0303 Sep 27 16:41:24 7610 -20980 97 T p- 0.9240 1.0463 61N 5W 22 405 03m00s
05493 0304 Feb 22 10:09:17 7606 -20975 64 P -t 1.1031 0.7851 71N 6E 0
05494 0304 Aug 17 22:33:03 7601 -20969 69 P -t -1.0145 0.9705 71S 173W 0
05495 0305 Feb 10 16:07:59 7596 -20963 74 A -n 0.3393 0.9944 5N 31W 70 21 00m37s
05496 0305 Aug 07 07:08:56 7592 -20957 79 A -p -0.2898 0.9697 0N 102E 73 114 03m48s
05497 0306 Jan 31 04:53:16 7587 -20951 84 T n- -0.3761 1.0408 39S 148E 68 147 03m23s
05498 0306 Jul 27 09:03:59 7582 -20945 89 A p- 0.4683 0.9422 47N 82E 62 242 06m03s
05499 0307 Jan 20 20:48:20 7578 -20939 94 P t- -1.0455 0.9243 69S 63E 0
05500 0307 Jul 16 09:55:38 7573 -20933 99 P t- 1.2031 0.6164 68N 127W 0
05501 0307 Dec 11 21:47:09 7569 -20928 66 P -t 1.0308 0.9217 65N 92W 0
05502 0308 Jun 05 07:28:21 7564 -20922 71 T -p -0.7341 1.0389 24S 108E 43 191 03m42s
05503 0308 Nov 30 02:16:27 7560 -20916 76 A -p 0.3664 0.9284 1S 179W 69 288 09m37s
05504 0309 May 25 23:26:08 7555 -20910 81 T nn 0.0334 1.0799 23N 142W 88 258 06m45s
05505 0309 Nov 19 01:28:42 7550 -20904 86 A n- -0.3133 0.9181 37S 179E 72 327 09m08s
05506 0310 May 15 16:34:57 7545 -20898 91 T p- 0.7804 1.0596 64N 76W 38 313 03m41s
05507 0310 Nov 08 02:47:32 7541 -20892 96 As t- -0.9810 0.9405 67S 63E 10 - 03m43s
05508 0311 Apr 05 18:47:59 7537 -20887 63 P -t -1.1156 0.7737 61S 9E 0
05509 0311 Sep 29 00:14:07 7532 -20881 68 P -t 1.1035 0.8130 61N 68W 0
05510 0312 Mar 24 21:43:57 7527 -20875 73 A -p -0.3936 0.9401 18S 101W 67 239 06m36s
05511 0312 Sep 17 16:18:56 7523 -20869 78 T -n 0.4032 1.0581 23N 23W 66 207 04m33s
05512 0313 Mar 13 21:48:58 7518 -20863 83 A p- 0.3416 0.9442 15N 123W 70 217 06m08s
05513 0313 Sep 07 07:32:57 7513 -20857 88 T n- -0.3108 1.0280 10S 89E 72 99 02m30s
05514 0314 Mar 03 02:25:09 7509 -20851 93 P t- 1.0507 0.8910 61N 101E 0
05515 0314 Aug 27 17:29:13 7504 -20845 98 P t- -1.0922 0.8136 61S 122W 0
05516 0315 Jan 22 04:06:13 7500 -20840 65 T -p -0.9636 1.0344 72S 104W 15 449 01m48s
05517 0315 Jul 18 04:34:43 7495 -20834 70 P -t 1.0183 0.9296 64N 75W 0
05518 0316 Jan 11 19:59:24 7491 -20828 75 T -n -0.2935 1.0406 38S 80W 73 142 03m18s
05519 0316 Jul 06 06:35:51 7486 -20822 80 A nn 0.2400 0.9750 37N 116E 76 92 02m37s
05520 0316 Dec 31 09:02:13 7481 -20816 85 A n- 0.4067 0.9915 0N 73E 66 33 00m58s
05521 0317 Jun 25 15:23:13 7477 -20810 90 T p- -0.5370 1.0288 9S 24W 57 116 03m04s
05522 0317 Dec 20 15:19:59 7472 -20804 95 P t- 1.1482 0.7066 66N 32W 0
05523 0318 May 16 23:53:36 7468 -20799 62 P -t 1.2444 0.5501 69N 56E 0
05524 0318 Jun 15 06:29:09 7467 -20798 100 P t- -1.2512 0.5368 66S 107E 0
05525 0318 Nov 09 19:58:19 7463 -20793 67 P -t -1.2209 0.5822 70S 121E 0
05526 0319 May 06 16:29:08 7458 -20787 72 T -p 0.5318 1.0508 48N 47W 58 199 03m56s
05527 0319 Oct 29 23:10:06 7454 -20781 77 A -p -0.4892 0.9679 42S 149W 60 132 03m04s
05528 0320 Apr 25 04:21:58 7449 -20775 82 A nn -0.2349 0.9965 0N 148E 76 13 00m24s
05529 0320 Oct 18 09:46:09 7444 -20769 87 T n- 0.2308 1.0263 3N 65E 77 92 02m36s
05530 0321 Apr 14 08:55:50 7440 -20763 92 P t- -1.0274 0.9159 71S 137E 0
05531 0321 Oct 08 01:09:39 7435 -20757 97 T p- 0.9018 1.0445 55N 142W 25 343 03m05s
05532 0322 Mar 04 17:34:33 7431 -20752 64 P -t 1.1412 0.7212 72N 120W 0
05533 0322 Aug 29 06:13:02 7426 -20746 69 P -t -1.0658 0.8736 71S 58E 0
05534 0323 Feb 22 00:07:59 7422 -20740 74 H -n 0.3671 1.0004 10N 153W 68 2 00m03s
05535 0323 Aug 18 14:13:22 7417 -20734 79 A -p -0.3525 0.9638 7S 7W 69 139 04m29s
05536 0324 Feb 11 13:18:54 7412 -20728 84 T n- -0.3543 1.0457 34S 21E 69 163 03m50s
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
05537 0324 Aug 06 15:44:50 7407 -20722 89 A p- 0.3967 0.9399 40N 19W 66 243 06m42s
05538 0325 Jan 31 05:23:25 7403 -20716 94 P t- -1.0308 0.9526 70S 79W 0
05539 0325 Jul 26 16:41:44 7398 -20710 99 P t- 1.1276 0.7472 69N 119E 0
05540 0325 Dec 22 06:16:14 7394 -20705 66 P -t 1.0365 0.9106 66N 130E 0
05541 0326 Jun 16 14:42:01 7389 -20699 71 T -p -0.8071 1.0403 30S 3W 36 228 03m43s
05542 0326 Dec 11 10:23:27 7385 -20693 76 A -p 0.3724 0.9267 2S 58E 68 296 10m11s
05543 0327 Jun 06 06:52:21 7380 -20687 81 Tm nn -0.0413 1.0810 21N 107E 88 261 07m03s
05544 0327 Nov 30 09:29:55 7375 -20681 86 A n- -0.3063 0.9183 39S 61E 72 326 09m12s
05545 0328 May 25 23:56:30 7370 -20675 91 T p- 0.7077 1.0596 63N 176W 45 277 03m50s
05546 0328 Nov 18 11:04:09 7366 -20669 96 A t- -0.9722 0.9426 71S 66W 13 951 03m33s
05547 0329 Apr 16 01:51:19 7362 -20664 63 P -t -1.1855 0.6500 61S 106W 0
05548 0329 May 15 13:16:33 7361 -20663 101 Pb t- 1.5194 0.0460 63N 122W 0
05549 0329 Oct 09 08:39:31 7357 -20658 68 P -t 1.1227 0.7769 61N 156E 0
05550 0330 Apr 05 04:33:27 7352 -20652 73 A -p -0.4603 0.9413 18S 156E 62 241 06m34s
05551 0330 Sep 29 00:40:17 7348 -20646 78 T -n 0.4313 1.0540 20N 149W 64 196 04m19s
05552 0331 Mar 25 04:52:12 7343 -20640 83 A p- 0.2836 0.9493 16N 131E 73 193 05m28s
05553 0331 Sep 18 15:33:09 7338 -20634 88 T n- -0.2754 1.0221 12S 32W 74 78 01m58s
05554 0332 Mar 13 10:01:57 7333 -20628 93 A+ t- 1.0036 0.9779 61N 23W 0
05555 0332 Sep 07 00:56:45 7329 -20622 98 P t- -1.0491 0.8869 61S 117E 0
05556 0333 Feb 01 12:39:53 7325 -20617 65 T -t -0.9795 1.0368 68S 128E 11 655 01m54s
05557 0333 Jul 28 11:09:49 7320 -20611 70 P -t 1.0937 0.8007 63N 177E 0
05558 0334 Jan 22 04:39:12 7315 -20605 75 T -n -0.3052 1.0410 37S 152E 72 144 03m19s
05559 0334 Jul 17 13:23:32 7311 -20599 80 A nn 0.3168 0.9759 39N 17E 71 91 02m23s
05560 0335 Jan 11 17:31:30 7306 -20593 85 A n- 0.4009 0.9901 1N 55W 66 38 01m05s
05561 0335 Jul 06 22:34:59 7301 -20587 90 T p- -0.4608 1.0319 4S 133W 63 121 03m20s
05562 0335 Dec 31 23:29:52 7296 -20581 95 P t- 1.1448 0.7123 65N 165W 0
05563 0336 May 27 07:20:31 7293 -20576 62 P -t 1.3160 0.4107 68N 68W 0
05564 0336 Jun 25 13:54:25 7292 -20575 100 P t- -1.1774 0.6799 65S 16W 0
05565 0336 Nov 20 04:00:39 7288 -20570 67 P -t -1.2263 0.5732 69S 13W 0
05566 0337 May 16 23:50:04 7283 -20564 72 T -p 0.6053 1.0481 56N 158W 52 201 03m31s
05567 0337 Nov 09 07:29:17 7278 -20558 77 A -p -0.4961 0.9691 47S 87E 60 128 02m52s
05568 0338 May 06 11:22:03 7274 -20552 82 Am nn -0.1621 0.9949 7N 40E 81 18 00m35s
05569 0338 Oct 29 18:20:54 7269 -20546 87 T n- 0.2190 1.0266 2S 66W 77 92 02m39s
05570 0339 Apr 25 15:35:16 7264 -20540 92 A t- -0.9545 0.9409 57S 1E 17 745 05m24s
05571 0339 Oct 19 09:44:42 7259 -20534 97 T p- 0.8852 1.0425 49N 83E 27 305 03m07s
05572 0340 Mar 15 00:51:25 7255 -20529 64 P -t 1.1866 0.6442 72N 116E 0
05573 0340 Sep 08 14:00:38 7251 -20523 69 P -t -1.1098 0.7912 72S 74W 0
05574 0341 Mar 04 07:58:43 7246 -20517 74 H -n 0.4033 1.0065 17N 87E 66 25 00m40s
05575 0341 Aug 28 21:26:32 7241 -20511 79 A -p -0.4068 0.9579 14S 118W 66 167 05m06s
05576 0342 Feb 21 21:36:39 7237 -20505 84 T n- -0.3256 1.0507 29S 104W 71 177 04m20s
05577 0342 Aug 17 22:33:14 7232 -20499 89 A p- 0.3313 0.9374 32N 122W 70 246 07m21s
05578 0343 Feb 11 13:51:49 7227 -20493 94 P t- -1.0110 0.9909 71S 141E 0
05579 0343 Aug 06 23:35:10 7222 -20487 99 P t- 1.0571 0.8695 70N 3E 0
05580 0344 Jan 02 14:42:39 7218 -20482 66 P -t 1.0440 0.8967 67N 8W 0
05581 0344 Jun 26 21:56:50 7214 -20476 71 T -p -0.8798 1.0405 38S 115W 28 286 03m32s
05582 0344 Dec 21 18:30:19 7209 -20470 76 A -p 0.3783 0.9258 2S 65W 68 302 10m34s
05583 0345 Jun 16 14:18:48 7204 -20464 81 T nn -0.1162 1.0811 17N 4W 83 263 07m17s
05584 0345 Dec 10 17:32:54 7199 -20458 86 A n- -0.3003 0.9191 41S 58W 72 322 09m13s
05585 0346 Jun 06 07:17:19 7195 -20452 91 T p- 0.6346 1.0586 61N 83E 50 250 03m58s
05586 0346 Nov 29 19:25:12 7190 -20446 96 A t- -0.9664 0.9449 74S 161E 14 825 03m23s
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
05587 0347 Apr 27 08:47:40 7186 -20441 63 P -t -1.2601 0.5183 62S 140E 0
05588 0347 May 26 20:15:24 7185 -20440 101 P t- 1.4489 0.1753 64N 123E 0
05589 0347 Oct 20 17:12:08 7181 -20435 68 P -t 1.1367 0.7504 61N 18E 0
05590 0348 Apr 15 11:15:44 7176 -20429 73 A -p -0.5326 0.9424 19S 56E 58 247 06m35s
05591 0348 Oct 09 09:08:38 7172 -20423 78 T -n 0.4540 1.0501 17N 83E 63 185 04m07s
05592 0349 Apr 04 11:48:32 7167 -20417 83 A nn 0.2189 0.9542 17N 27E 77 171 04m54s
05593 0349 Sep 28 23:41:03 7162 -20411 88 H3 n- -0.2467 1.0163 15S 155W 76 57 01m27s
05594 0350 Mar 24 17:33:04 7158 -20405 93 A t- 0.9504 0.9890 57N 111W 18 124 00m45s
05595 0350 Sep 18 08:30:51 7153 -20399 98 A- t- -1.0119 0.9493 61S 6W 0
05596 0351 Feb 12 21:06:45 7149 -20394 65 T- -t -1.0018 1.0102 62S 14E 0
05597 0351 Aug 08 17:52:21 7144 -20388 70 P -t 1.1632 0.6821 62N 66E 0
05598 0352 Feb 02 13:10:52 7139 -20382 75 T -n -0.3236 1.0417 34S 25E 71 147 03m21s
05599 0352 Jul 27 20:18:57 7135 -20376 80 A -p 0.3881 0.9763 41N 84W 67 91 02m15s
05600 0353 Jan 22 01:53:03 7130 -20370 85 A n- 0.3893 0.9894 2N 178E 67 40 01m09s
05601 0353 Jul 17 05:53:15 7125 -20364 90 T p- -0.3890 1.0341 1S 116E 67 124 03m27s
05602 0354 Jan 11 07:33:10 7120 -20358 95 P t- 1.1363 0.7266 64N 64E 0
05603 0354 Jun 07 14:46:56 7116 -20353 62 P -t 1.3882 0.2704 67N 168E 0
05604 0354 Jul 06 21:23:38 7116 -20352 100 P t- -1.1062 0.8178 64S 139W 0
05605 0354 Dec 01 12:07:06 7112 -20347 67 P -t -1.2292 0.5686 68S 146W 0
05606 0355 May 28 07:05:38 7107 -20341 72 T -p 0.6827 1.0446 65N 95E 47 204 03m04s
05607 0355 Nov 20 15:55:14 7102 -20335 77 A -p -0.4984 0.9708 50S 37W 60 121 02m38s
05608 0356 May 16 18:14:27 7097 -20329 82 A nn -0.0835 0.9929 15N 65W 85 25 00m49s
05609 0356 Nov 09 03:02:18 7093 -20323 87 T n- 0.2122 1.0272 5S 163E 78 94 02m44s
05610 0357 May 05 22:07:36 7088 -20317 92 A p- -0.8758 0.9440 44S 110W 29 427 05m58s
05611 0357 Oct 29 18:26:42 7083 -20311 97 T p- 0.8744 1.0406 45N 54W 29 280 03m07s
05612 0358 Mar 26 08:02:37 7079 -20306 64 P -t 1.2370 0.5574 72N 7W 0
05613 0358 Sep 19 21:53:58 7074 -20300 69 P -t -1.1483 0.7198 72S 153E 0
05614 0359 Mar 15 15:44:41 7070 -20294 74 H -p 0.4444 1.0126 23N 33W 63 48 01m13s
05615 0359 Sep 09 04:45:34 7065 -20288 79 A -p -0.4555 0.9520 20S 129E 63 196 05m38s
05616 0360 Mar 04 05:47:15 7060 -20282 84 T n- -0.2905 1.0557 22S 131E 73 192 04m50s
05617 0360 Aug 28 05:30:14 7055 -20276 89 A nn 0.2727 0.9348 25N 132E 74 252 07m59s
05618 0361 Feb 21 22:12:14 7051 -20270 94 T t- -0.9850 1.0395 74S 27W 9 853 02m07s
05619 0361 Aug 17 06:38:48 7046 -20264 99 An t- 0.9936 0.9481 74N 128W 5 - 03m12s
05620 0362 Jan 12 23:02:10 7042 -20259 66 P -t 1.0565 0.8743 68N 145W 0
05621 0362 Jul 08 05:17:57 7037 -20253 71 T -t -0.9480 1.0393 49S 129E 18 421 03m07s
05622 0363 Jan 02 02:32:58 7032 -20247 76 A -p 0.3870 0.9254 0S 173E 67 305 10m44s
05623 0363 Jun 27 21:46:29 7028 -20241 81 T -n -0.1899 1.0804 13N 117W 79 264 07m24s
05624 0363 Dec 22 01:35:17 7023 -20235 86 A n- -0.2937 0.9207 41S 176W 73 315 09m08s
05625 0364 Jun 16 14:36:12 7018 -20229 91 T p- 0.5608 1.0566 57N 19W 56 226 04m02s
05626 0364 Dec 10 03:47:33 7013 -20223 96 A t- -0.9609 0.9479 78S 24E 15 721 03m11s
05627 0365 May 07 15:35:42 7009 -20218 63 P -t -1.3402 0.3772 62S 28E 0
05628 0365 Jun 06 03:10:31 7009 -20217 101 P t- 1.3761 0.3084 64N 9E 0
05629 0365 Oct 31 01:52:16 7005 -20212 68 P -t 1.1450 0.7347 62N 121W 0
05630 0366 Apr 26 17:50:18 7000 -20206 73 A -p -0.6110 0.9430 21S 43W 52 260 06m38s
05631 0366 Oct 20 17:43:30 6995 -20200 78 T -p 0.4710 1.0464 14N 47W 62 173 03m56s
05632 0367 Apr 15 18:38:26 6990 -20194 83 A nn 0.1482 0.9590 18N 75W 81 150 04m24s
05633 0367 Oct 10 07:55:49 6986 -20188 88 H n- -0.2245 1.0105 18S 81E 77 37 00m57s
05634 0368 Apr 04 00:56:17 6981 -20182 93 A t- 0.8896 0.9977 56N 147E 27 17 00m10s
05635 0368 Sep 28 16:13:03 6976 -20176 98 As p- -0.9818 0.9459 60S 110W 10 - 03m47s
05636 0369 Feb 23 05:26:33 6972 -20171 65 P -t -1.0301 0.9583 61S 121W 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
05637 0369 Aug 19 00:43:14 6967 -20165 70 P -t 1.2258 0.5758 62N 46W 0
05638 0370 Feb 12 21:36:02 6962 -20159 75 T -n -0.3470 1.0425 32S 101W 70 151 03m23s
05639 0370 Aug 08 03:22:48 6958 -20153 80 A -p 0.4533 0.9765 41N 173E 63 94 02m09s
05640 0371 Feb 02 10:08:42 6953 -20147 85 A n- 0.3735 0.9889 4N 53E 68 42 01m10s
05641 0371 Jul 28 13:16:47 6948 -20141 90 T p- -0.3207 1.0357 2N 4E 71 126 03m30s
05642 0372 Jan 22 15:31:22 6943 -20135 95 P t- 1.1241 0.7473 63N 66W 0
05643 0372 Jun 17 22:13:25 6939 -20130 62 Pe -t 1.4603 0.1305 66N 45E 0
05644 0372 Jul 17 04:56:56 6939 -20129 100 P t- -1.0379 0.9497 64S 98E 0
05645 0372 Dec 11 20:14:00 6935 -20124 67 P -t -1.2320 0.5641 67S 80E 0
05646 0373 Jun 07 14:20:16 6930 -20118 72 T -p 0.7601 1.0401 73N 8W 40 208 02m36s
05647 0373 Dec 01 00:23:43 6925 -20112 77 A -p -0.4996 0.9732 52S 161W 60 111 02m22s
05648 0374 May 28 01:04:03 6920 -20106 82 A nn -0.0035 0.9903 21N 169W 90 34 01m06s
05649 0374 Nov 20 11:46:54 6916 -20100 87 T n- 0.2076 1.0283 8S 31E 78 98 02m51s
05650 0375 May 17 04:35:36 6911 -20094 92 A p- -0.7934 0.9459 33S 146E 37 327 06m26s
05651 0375 Nov 10 03:13:23 6906 -20088 97 T p- 0.8677 1.0388 42N 170E 29 262 03m07s
05652 0376 Apr 05 15:05:04 6902 -20083 64 P -t 1.2949 0.4567 72N 127W 0
05653 0376 May 05 05:09:34 6901 -20082 102 Pb t- -1.5322 0.0487 70S 166E 0
05654 0376 Sep 30 05:55:50 6897 -20077 69 P -t -1.1791 0.6633 72S 18E 0
05655 0377 Mar 25 23:22:23 6893 -20071 74 T -p 0.4932 1.0184 30N 151W 60 72 01m41s
05656 0377 Sep 19 12:13:48 6888 -20065 79 A -p -0.4959 0.9464 27S 14E 60 225 06m05s
05657 0378 Mar 15 13:50:01 6883 -20059 84 T n- -0.2483 1.0606 16S 8E 76 205 05m21s
05658 0378 Sep 08 12:37:19 6878 -20053 89 A nn 0.2222 0.9322 18N 23E 77 259 08m35s
05659 0379 Mar 05 06:24:24 6873 -20047 94 T p- -0.9524 1.0438 70S 171E 17 491 02m35s
05660 0379 Aug 28 13:51:24 6869 -20041 99 A t- 0.9364 0.9517 72N 55E 20 511 03m28s
05661 0380 Jan 24 07:16:41 6865 -20036 66 P -t 1.0722 0.8464 69N 79E 0
05662 0380 Jul 18 12:43:15 6860 -20030 71 P -t -1.0132 0.9869 68S 4E 0
05663 0381 Jan 12 10:30:55 6855 -20024 76 A -p 0.3991 0.9256 2N 52E 66 305 10m40s
05664 0381 Jul 08 05:17:09 6850 -20018 81 T -n -0.2612 1.0788 8N 129E 75 264 07m22s
05665 0382 Jan 01 09:36:33 6846 -20012 86 A n- -0.2861 0.9228 40S 66E 73 305 08m59s
05666 0382 Jun 27 21:55:37 6841 -20006 91 T p- 0.4878 1.0538 53N 123W 61 204 04m03s
05667 0382 Dec 21 12:10:55 6836 -20000 96 A t- -0.9555 0.9513 81S 118W 17 628 02m58s
05668 0383 May 18 22:19:09 6832 -19995 63 P -t -1.4227 0.2323 63S 83W 0
05669 0383 Jun 17 10:04:04 6831 -19994 101 P t- 1.3025 0.4418 65N 105W 0
05670 0383 Nov 11 10:37:14 6827 -19989 68 P -t 1.1502 0.7249 62N 98E 0
05671 0384 May 07 00:18:55 6822 -19983 73 A -p -0.6941 0.9432 24S 141W 46 284 06m42s
05672 0384 Oct 31 02:24:17 6818 -19977 78 T -p 0.4831 1.0431 12N 179W 61 163 03m47s
05673 0385 Apr 26 01:24:13 6813 -19971 83 A nn 0.0732 0.9636 17N 176W 86 132 03m59s
05674 0385 Oct 20 16:16:17 6808 -19965 88 H n- -0.2077 1.0052 22S 45W 78 18 00m28s
05675 0386 Apr 15 08:15:41 6803 -19959 93 H p- 0.8246 1.0055 55N 43E 34 33 00m23s
05676 0386 Oct 10 00:02:21 6798 -19953 98 A p- -0.9583 0.9422 61S 136E 16 751 04m06s
05677 0387 Mar 06 13:38:22 6795 -19948 65 P -t -1.0654 0.8923 61S 107E 0
05678 0387 Apr 04 21:52:16 6794 -19947 103 Pb t- 1.5046 0.0533 61N 140E 0
05679 0387 Aug 30 07:43:13 6790 -19942 70 P -t 1.2812 0.4820 61N 161W 0
05680 0388 Feb 24 05:52:00 6785 -19936 75 T -n -0.3781 1.0432 29S 136E 68 155 03m27s
05681 0388 Aug 18 10:36:49 6780 -19930 80 A -p 0.5112 0.9763 40N 66E 59 98 02m08s
05682 0389 Feb 12 18:13:26 6775 -19924 85 A n- 0.3491 0.9887 5N 70W 70 42 01m10s
05683 0389 Aug 07 20:49:26 6771 -19918 90 T n- -0.2590 1.0366 3N 109W 75 127 03m28s
05684 0390 Feb 01 23:20:58 6766 -19912 95 P t- 1.1050 0.7797 62N 167E 0
05685 0390 Jul 28 12:35:00 6761 -19906 100 T t- -0.9732 1.0595 53S 12W 13 873 04m06s
05686 0390 Dec 23 04:21:36 6757 -19901 67 P -t -1.2349 0.5594 65S 53W 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
05687 0391 Jun 18 21:32:22 6752 -19895 72 T -t 0.8390 1.0346 80N 94W 33 216 02m06s
05688 0391 Dec 12 08:55:08 6747 -19889 77 A -p -0.4991 0.9761 54S 75E 60 99 02m04s
05689 0392 Jun 07 07:48:24 6743 -19883 82 A nn 0.0801 0.9872 28N 90E 85 45 01m26s
05690 0392 Nov 30 20:35:47 6738 -19877 87 T n- 0.2060 1.0298 10S 102W 78 103 03m00s
05691 0393 May 27 11:00:05 6733 -19871 92 A p- -0.7081 0.9471 24S 45E 45 276 06m50s
05692 0393 Nov 20 12:03:39 6728 -19865 97 T p- 0.8640 1.0373 39N 32E 30 250 03m05s
05693 0394 Apr 16 22:03:59 6724 -19860 64 P -t 1.3563 0.3488 71N 114E 0
05694 0394 May 16 11:41:58 6724 -19859 102 P t- -1.4503 0.1889 69S 55E 0
05695 0394 Oct 11 14:04:04 6720 -19854 69 P -t -1.2040 0.6179 72S 119W 0
05696 0395 Apr 06 06:55:08 6715 -19848 74 T -p 0.5470 1.0240 38N 93E 57 97 02m04s
05697 0395 Sep 30 19:48:39 6710 -19842 79 A -p -0.5302 0.9411 34S 103W 58 255 06m27s
05698 0396 Mar 25 21:46:08 6705 -19836 84 T n- -0.2001 1.0653 9S 114W 78 218 05m50s
05699 0396 Sep 18 19:53:40 6700 -19830 89 A nn 0.1792 0.9297 11N 89W 80 267 09m07s
05700 0397 Mar 15 14:27:52 6696 -19824 94 T p- -0.9131 1.0473 62S 30E 24 388 03m02s
05701 0397 Sep 07 21:15:23 6691 -19818 99 A t- 0.8876 0.9531 63N 76W 27 372 03m43s
05702 0398 Feb 03 15:22:22 6687 -19813 66 P -t 1.0942 0.8077 70N 55W 0
05703 0398 Jul 29 20:15:04 6682 -19807 71 P -t -1.0735 0.8727 69S 121W 0
05704 0399 Jan 23 18:21:42 6677 -19801 76 A -p 0.4165 0.9263 5N 67W 65 304 10m25s
05705 0399 Jul 19 12:51:41 6672 -19795 81 T -n -0.3290 1.0764 2N 14E 71 262 07m11s
05706 0400 Jan 12 17:32:37 6668 -19789 86 A n- -0.2735 0.9257 38S 51W 74 291 08m44s
05707 0400 Jul 08 05:16:04 6663 -19783 91 T p- 0.4163 1.0502 48N 130E 65 183 04m00s
05708 0400 Dec 31 20:32:08 6658 -19777 96 A t- -0.9475 0.9556 85S 87E 18 523 02m44s
Detailed maps of all annular, total and hybrid eclipses during the 4th 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 | |||||
| 4th century CE | 0301-0320 | 0321-0340 | 0341-0360 | 0361-0380 | 0381-0400 |
|---|---|---|---|---|---|
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)"
