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 29th century CE[4], Earth will experience 254 solar eclipses. The following table shows the number of eclipses of each type over this period.
| Solar Eclipses: 2801 - 2900 | |||
| Eclipse Type | Symbol | Number | Percent |
| All Eclipses | - | 254 | 100.0% |
| Partial | P | 95 | 37.4% |
| Annular | A | 87 | 34.3% |
| Total | T | 63 | 24.8% |
| Hybrid | H | 9 | 3.5% |
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 29th 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 | 150 | 100.0% |
| Central (two limits) | 149 | 99.3% |
| Central (one limit) | 0 | 0.0% |
| Non-Central (one limit) | 1 | 0.7% |
| Annular Eclipses | ||
| Classification | Number | Percent |
| All Annular Eclipses | 87 | 100.0% |
| Central (two limits) | 86 | 98.9% |
| Central (one limit) | 0 | 0.0% |
| Non-Central (one limit) | 1 | 1.1% |
| Total Eclipses | ||
| Classification | Number | Percent |
| All Total Eclipses | 63 | 100.0% |
| Central (two limits) | 63 | 100.0% |
| Central (one limit) | 0 | 0.0% |
| 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: 64
Number of Years with 3 Eclipses: 19
Number of Years with 4 Eclipses: 16
Number of Years with 5 Eclipses: 1 ( 2839)
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: 2801 to 2900 | |||
| Extrema Type | Date | Duration | Magnitude |
| Longest Annular Solar Eclipse | 2885 Jan 07 | 10m20s | - |
| Shortest Annular Solar Eclipse | 2862 Sep 15 | 00m01s | - |
| Longest Total Solar Eclipse | 2885 Jul 03 | 07m11s | - |
| Shortest Total Solar Eclipse | 2835 Sep 14 | 01m07s | - |
| Longest Hybrid Solar Eclipse | 2863 Mar 10 | 01m21s | - |
| Shortest Hybrid Solar Eclipse | 2889 Oct 15 | 00m02s | - |
| Largest Partial Solar Eclipse | 2847 Jul 03 | - | 0.97752 |
| Smallest Partial Solar Eclipse | 2883 Aug 23 | - | 0.00096 |
During the century, 3 Saros series begin and 3 Saros Series end. The list below gives the year and Saros number of each of these events.
3 Saros Series begin [Year/Saros]: 2843/181 2872/187 2883/188
3 Saros Series end [Year/Saros]: 2857/141 2893/146 2897/143
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
11397 2801 Jan 06 01:17:30 3050 9907 154 T -p 0.6127 1.0432 15N 174E 52 182 04m07s
11398 2801 Jul 02 06:34:26 3053 9913 159 A nn -0.2210 0.9492 10N 96E 77 191 07m03s
11399 2801 Dec 26 16:50:37 3056 9919 164 T nn -0.0555 1.0328 27S 60W 87 111 03m04s
11400 2802 Jun 21 09:25:30 3060 9925 169 A p- 0.5461 0.9798 56N 47E 57 86 01m46s
11401 2802 Dec 16 04:44:25 3063 9931 174 A p- -0.7785 0.9765 73S 98E 39 134 01m39s
11402 2803 May 12 10:37:20 3065 9936 141 P -t -1.3244 0.3976 63S 83E 0
11403 2803 Jun 10 19:15:11 3066 9937 179 P t- 1.2654 0.5091 65N 108E 0
11404 2803 Nov 05 15:54:34 3068 9942 146 P -t 1.4572 0.1871 62N 8E 0
11405 2803 Dec 05 09:36:34 3069 9943 184 P t- -1.5312 0.0602 65S 103W 0
11406 2804 May 01 03:09:24 3071 9948 151 T -p -0.6018 1.0636 19S 160E 53 257 05m21s
11407 2804 Oct 24 15:48:02 3074 9954 156 A -p 0.7433 0.9392 31N 26W 42 327 06m30s
11408 2805 Apr 20 18:41:09 3077 9960 161 T nn 0.1129 1.0313 18N 91W 83 106 02m46s
11409 2805 Oct 13 21:04:29 3080 9966 166 A nn -0.0181 0.9954 9S 127W 89 16 00m27s
11410 2806 Apr 10 04:45:31 3083 9972 171 A p- 0.8815 0.9643 57N 73E 28 269 02m39s
11411 2806 Oct 03 09:36:12 3086 9978 176 T p- -0.7426 1.0447 45S 16E 42 219 03m10s
11412 2807 Feb 28 13:10:08 3089 9983 143 P -t -1.3736 0.3288 61S 103E 0
11413 2807 Aug 24 18:39:28 3092 9989 148 P -t 1.1023 0.8227 62N 25E 0
11414 2807 Sep 23 02:08:10 3093 9990 186 P t- -1.4296 0.1933 61S 69E 0
11415 2808 Feb 17 13:53:37 3095 9995 153 A -p -0.6601 0.9441 48S 13E 48 271 04m56s
11416 2808 Aug 13 08:40:55 3098 10001 158 T -p 0.3810 1.0178 35N 75E 67 66 01m32s
11417 2809 Feb 05 21:20:58 3101 10007 163 H nn 0.0684 1.0011 12S 126W 86 4 00m06s
11418 2809 Aug 02 15:59:43 3104 10013 168 A p- -0.4032 0.9665 5S 54W 66 131 03m58s
11419 2810 Jan 26 11:00:54 3107 10019 173 T p- 0.7398 1.0369 27N 14E 42 182 03m11s
11420 2810 Jul 22 17:18:37 3110 10025 178 P t- -1.1780 0.6579 63S 108W 0
11421 2810 Dec 17 15:31:45 3113 10030 145 P -t -1.3111 0.4248 66S 130E 0
11422 2811 Jan 16 02:44:41 3113 10031 183 P t- 1.3971 0.2629 64N 115E 0
11423 2811 Jun 12 06:58:46 3116 10036 150 A -p 0.8623 0.9880 83N 102E 30 84 00m47s
11424 2811 Dec 07 01:42:19 3119 10042 155 A -p -0.6641 0.9640 64S 164E 48 175 02m55s
11425 2812 May 31 18:39:58 3122 10048 160 Tm nn 0.0694 1.0493 26N 87W 86 164 04m36s
11426 2812 Nov 25 04:39:02 3125 10054 165 A nn 0.0341 0.9292 19S 120E 88 266 09m33s
11427 2813 May 21 10:57:38 3128 10060 170 T p- -0.6571 1.0688 21S 32E 49 297 06m11s
11428 2813 Nov 14 04:02:23 3131 10066 175 A p- 0.7331 0.9276 29N 136E 43 398 09m04s
11429 2814 Apr 11 17:21:36 3134 10071 142 P -t 1.2589 0.5204 72N 176E 0
11430 2814 May 11 03:19:42 3134 10072 180 P t- -1.3923 0.2696 70S 172E 0
11431 2814 Oct 04 19:10:43 3137 10077 147 P -t -1.3554 0.3440 72S 158E 0
11432 2814 Nov 03 07:26:40 3138 10078 185 P t- 1.4021 0.2678 71N 118E 0
11433 2815 Apr 01 01:17:07 3140 10083 152 A -p 0.5774 0.9532 38N 162E 55 208 04m48s
11434 2815 Sep 24 09:20:27 3143 10089 157 T -p -0.5844 1.0596 35S 39E 54 240 04m48s
11435 2816 Mar 20 02:17:34 3146 10095 162 A nn -0.1307 0.9259 7S 163E 82 281 09m48s
11436 2816 Sep 13 02:13:14 3149 10101 167 T nn 0.1390 1.0686 11N 161E 82 226 06m06s
11437 2817 Mar 09 02:16:54 3152 10107 172 A p- -0.8224 0.9348 56S 173W 34 425 05m49s
11438 2817 Sep 02 17:07:37 3155 10113 177 T p- 0.9047 1.0186 67N 23W 25 150 01m14s
11439 2818 Jan 27 19:25:58 3158 10118 144 P -t 1.3157 0.4167 70N 123W 0
11440 2818 Feb 26 08:07:44 3159 10119 182 P t- -1.4667 0.1492 72S 168W 0
11441 2818 Jul 24 12:24:20 3161 10124 149 P -t -1.0608 0.8615 69S 12W 0
11442 2819 Jan 17 10:08:37 3164 10130 154 T -p 0.6180 1.0433 17N 40E 52 184 04m04s
11443 2819 Jul 13 13:03:16 3167 10136 159 A np -0.3075 0.9502 4N 2W 72 192 06m58s
11444 2820 Jan 07 01:36:11 3170 10142 164 Tm nn -0.0495 1.0300 25S 170E 87 102 02m51s
11445 2820 Jul 01 16:17:03 3174 10148 169 A p- 0.4652 0.9847 51N 50W 62 61 01m24s
11446 2820 Dec 26 13:08:54 3177 10154 174 A p- -0.7709 0.9725 74S 14W 39 156 01m59s
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
11447 2821 May 22 18:21:01 3179 10159 141 P -t -1.3779 0.2949 64S 42W 0
11448 2821 Jun 21 02:35:50 3180 10160 179 P t- 1.1922 0.6463 66N 12W 0
11449 2821 Nov 15 23:26:43 3182 10165 146 P -t 1.4912 0.1314 63N 114W 0
11450 2821 Dec 15 17:34:54 3183 10166 184 P t- -1.5177 0.0845 65S 128E 0
11451 2822 May 12 11:04:34 3185 10171 151 T -p -0.6549 1.0650 20S 41E 49 278 05m34s
11452 2822 Nov 04 23:19:12 3188 10177 156 A -p 0.7817 0.9376 32N 139W 38 362 06m49s
11453 2823 May 02 02:34:05 3192 10183 161 Tm nn 0.0662 1.0314 19N 153E 86 106 02m51s
11454 2823 Oct 25 04:50:58 3195 10189 166 A nn 0.0252 0.9957 11S 117E 89 15 00m26s
11455 2824 Apr 20 12:23:21 3198 10195 171 A p- 0.8410 0.9654 59N 38W 32 228 02m35s
11456 2824 Oct 13 17:34:17 3201 10201 176 T p- -0.6942 1.0449 46S 101W 46 205 03m10s
11457 2825 Mar 10 20:56:44 3204 10206 143 P -t -1.3948 0.2930 61S 22W 0
11458 2825 Sep 04 02:13:41 3207 10212 148 P -t 1.1700 0.6920 61N 97W 0
11459 2825 Oct 03 10:02:41 3207 10213 186 P t- -1.3789 0.2916 61S 58W 0
11460 2826 Feb 27 22:01:00 3210 10218 153 A -p -0.6729 0.9480 44S 108W 47 254 04m38s
11461 2826 Aug 24 15:52:15 3213 10224 158 H -p 0.4557 1.0123 35N 29W 63 47 01m03s
11462 2827 Feb 17 05:54:44 3216 10230 163 H nn 0.0594 1.0052 9S 106E 87 18 00m30s
11463 2827 Aug 13 22:41:10 3219 10236 168 A pn -0.3219 0.9637 3S 153W 71 138 04m12s
11464 2828 Feb 06 19:50:44 3222 10242 173 T p- 0.7327 1.0388 28N 120W 43 188 03m15s
11465 2828 Aug 01 23:45:36 3225 10248 178 P t- -1.0917 0.8055 63S 146E 0
11466 2828 Dec 28 00:10:20 3228 10253 145 P -t -1.3228 0.4038 65S 10W 0
11467 2829 Jan 26 11:34:12 3228 10254 183 P t- 1.3939 0.2693 63N 26W 0
11468 2829 Jun 22 14:01:25 3231 10259 150 A -p 0.9335 0.9904 83N 98E 21 97 00m35s
11469 2829 Dec 17 09:56:19 3234 10265 155 A -p -0.6793 0.9594 66S 49E 47 202 03m15s
11470 2830 Jun 12 02:09:55 3237 10271 160 T nn 0.1365 1.0538 31N 162E 82 180 04m50s
11471 2830 Dec 06 12:27:18 3240 10277 165 A nn 0.0124 0.9261 22S 4E 89 278 09m57s
11472 2831 Jun 01 18:42:34 3244 10283 170 T p- -0.5964 1.0720 15S 86W 53 292 06m39s
11473 2831 Nov 25 11:44:06 3247 10289 175 A p- 0.7040 0.9270 24N 18E 45 386 09m32s
11474 2832 Apr 22 01:15:31 3249 10294 142 P -t 1.3031 0.4397 71N 44E 0
11475 2832 May 21 11:02:59 3250 10295 180 P t- -1.3411 0.3662 69S 45E 0
11476 2832 Oct 15 02:57:22 3252 10300 147 P -t -1.3962 0.2695 72S 28E 0
11477 2832 Nov 13 15:23:04 3253 10301 185 P t- 1.3684 0.3271 70N 14W 0
11478 2833 Apr 11 08:54:12 3256 10306 152 A -p 0.6177 0.9531 45N 46E 52 217 04m34s
11479 2833 Oct 04 17:14:56 3259 10312 157 T -p -0.6347 1.0576 42S 83W 50 244 04m23s
11480 2834 Mar 31 09:48:16 3262 10318 162 A nn -0.0959 0.9284 1S 49E 84 270 09m32s
11481 2834 Sep 24 10:01:22 3265 10324 167 T nn 0.0823 1.0647 4N 43E 85 212 05m51s
11482 2835 Mar 20 10:06:06 3268 10330 172 A p- -0.7955 0.9398 50S 66E 37 365 05m41s
11483 2835 Sep 14 00:33:18 3271 10336 177 T p- 0.8441 1.0151 57N 148W 32 96 01m07s
11484 2836 Feb 08 04:08:21 3274 10341 144 P -t 1.3175 0.4130 70N 94E 0
11485 2836 Mar 08 16:28:20 3274 10342 182 P t- -1.4480 0.1810 72S 53E 0
11486 2836 Aug 03 18:56:34 3277 10347 149 P -t -1.1473 0.7116 70S 121W 0
11487 2837 Jan 27 19:01:17 3280 10353 154 T -p 0.6223 1.0438 20N 95W 51 187 04m02s
11488 2837 Jul 23 19:31:12 3283 10359 159 A -p -0.3949 0.9508 3S 100W 67 196 06m47s
11489 2838 Jan 17 10:23:36 3286 10365 164 T nn -0.0450 1.0277 23S 40E 87 94 02m39s
11490 2838 Jul 12 23:08:16 3290 10371 169 A p- 0.3828 0.9891 44N 150W 67 42 01m03s
11491 2839 Jan 06 21:36:05 3293 10377 174 A p- -0.7660 0.9690 73S 126W 40 175 02m17s
11492 2839 Jun 03 02:01:17 3295 10382 141 P -t -1.4350 0.1847 65S 166W 0
11493 2839 Jul 02 09:56:30 3296 10383 179 P t- 1.1177 0.7870 67N 132W 0
11494 2839 Nov 27 07:05:15 3299 10388 146 P -t 1.5198 0.0847 64N 123E 0
11495 2839 Dec 27 01:35:57 3299 10389 184 P t- -1.5066 0.1044 67S 2W 0
11496 2840 May 22 18:55:22 3302 10394 151 T -p -0.7118 1.0657 23S 78W 44 303 05m41s
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
11497 2840 Nov 15 06:59:00 3305 10400 156 A -p 0.8135 0.9363 33N 104E 35 399 07m05s
11498 2841 May 12 10:18:35 3308 10406 161 T nn 0.0129 1.0312 19N 38E 89 105 02m55s
11499 2841 Nov 04 12:47:01 3311 10412 166 A nn 0.0615 0.9959 12S 1W 87 14 00m25s
11500 2842 May 01 19:50:36 3314 10418 171 A p- 0.7926 0.9664 60N 143W 37 197 02m33s
11501 2842 Oct 25 01:41:24 3317 10424 176 T p- -0.6527 1.0447 47S 140E 49 195 03m09s
11502 2843 Mar 22 04:34:12 3320 10429 143 P -t -1.4236 0.2443 61S 144W 0
11503 2843 Apr 20 22:09:23 3321 10430 181 Pb t- 1.5548 0.0206 62N 108E 0
11504 2843 Sep 15 09:54:00 3323 10435 148 P -t 1.2325 0.5724 61N 139E 0
11505 2843 Oct 14 18:05:30 3324 10436 186 P t- -1.3350 0.3763 62S 173E 0
11506 2844 Mar 10 06:02:50 3326 10441 153 A -p -0.6913 0.9523 41S 132E 46 236 04m18s
11507 2844 Sep 03 23:05:38 3330 10447 158 H -p 0.5278 1.0063 34N 135W 58 25 00m32s
11508 2845 Feb 27 14:25:03 3333 10453 163 H nn 0.0467 1.0098 6S 21W 87 34 00m55s
11509 2845 Aug 24 05:23:05 3336 10459 168 A nn -0.2411 0.9603 2S 108E 76 148 04m30s
11510 2846 Feb 17 04:37:38 3339 10465 173 T p- 0.7233 1.0413 30N 106E 43 196 03m20s
11511 2846 Aug 13 06:14:04 3342 10471 178 A- t- -1.0057 0.9522 62S 41E 0
11512 2847 Jan 08 08:52:24 3345 10476 145 P -t -1.3314 0.3886 64S 150W 0
11513 2847 Feb 06 20:22:50 3346 10477 183 P t- 1.3904 0.2760 62N 167W 0
11514 2847 Jul 03 21:02:28 3348 10482 150 P -t 1.0066 0.9775 65N 33E 0
11515 2847 Dec 28 18:13:42 3351 10488 155 A -p -0.6911 0.9552 66S 65W 46 227 03m34s
11516 2848 Jun 22 09:37:37 3355 10494 160 T -n 0.2062 1.0578 35N 52E 78 195 04m57s
11517 2848 Dec 16 20:21:20 3358 10500 165 A nn -0.0045 0.9233 24S 113W 90 289 10m13s
11518 2849 Jun 12 02:21:56 3361 10506 170 T p- -0.5310 1.0747 9S 158E 58 286 07m00s
11519 2849 Dec 05 19:34:20 3364 10512 175 A p- 0.6814 0.9266 21N 101W 47 377 09m51s
11520 2850 May 03 09:01:02 3367 10517 142 P -t 1.3537 0.3475 70N 84W 0
11521 2850 Jun 01 18:39:24 3367 10518 180 P t- -1.2846 0.4728 68S 80W 0
11522 2850 Oct 26 10:52:49 3370 10523 147 P -t -1.4306 0.2068 71S 104W 0
11523 2850 Nov 24 23:27:55 3370 10524 185 P t- 1.3407 0.3758 69N 146W 0
11524 2851 Apr 22 16:22:32 3373 10529 152 A -p 0.6644 0.9529 52N 67W 48 230 04m20s
11525 2851 Oct 16 01:17:27 3376 10535 157 T -p -0.6786 1.0553 50S 154E 47 248 04m00s
11526 2852 Apr 10 17:12:01 3379 10541 162 A nn -0.0555 0.9310 5N 63W 87 258 09m13s
11527 2852 Oct 04 17:54:44 3383 10547 167 Tm nn 0.0305 1.0604 3S 77W 88 198 05m31s
11528 2853 Mar 30 17:49:21 3386 10553 172 A p- -0.7631 0.9452 43S 54W 40 309 05m29s
11529 2853 Sep 24 08:03:33 3389 10559 177 H3 p- 0.7880 1.0107 48N 92E 38 59 00m52s
11530 2854 Feb 18 12:46:44 3392 10564 144 P -t 1.3232 0.4021 71N 48W 0
11531 2854 Mar 20 00:41:36 3392 10565 182 P t- -1.4228 0.2247 72S 84W 0
11532 2854 Aug 15 01:31:02 3395 10570 149 P -t -1.2310 0.5673 71S 128E 0
11533 2855 Feb 08 03:51:22 3398 10576 154 T -p 0.6288 1.0448 23N 131E 51 191 04m00s
11534 2855 Aug 04 02:02:02 3401 10582 159 A -p -0.4802 0.9510 11S 161E 61 204 06m32s
11535 2856 Jan 28 19:09:09 3405 10588 164 T nn -0.0395 1.0258 20S 90W 88 88 02m30s
11536 2856 Jul 23 06:01:10 3408 10594 169 A p- 0.3009 0.9929 37N 109E 72 26 00m43s
11537 2857 Jan 17 06:04:05 3411 10600 174 A p- -0.7626 0.9660 70S 118E 40 191 02m34s
11538 2857 Jun 13 09:35:05 3414 10605 141 Pe -t -1.4973 0.0637 66S 71E 0
11539 2857 Jul 12 17:14:23 3414 10606 179 P t- 1.0403 0.9341 68N 108E 0
11540 2857 Dec 07 14:52:22 3417 10611 146 P -t 1.5412 0.0502 65N 3W 0
11541 2858 Jan 06 09:41:23 3417 10612 184 P t- -1.4993 0.1173 68S 134W 0
11542 2858 Jun 03 02:37:58 3420 10617 151 T -p -0.7750 1.0656 28S 166E 39 338 05m38s
11543 2858 Nov 26 14:48:33 3423 10623 156 A -p 0.8377 0.9354 34N 15W 33 435 07m17s
11544 2859 May 23 17:54:35 3426 10629 161 T nn -0.0467 1.0305 18N 74W 87 103 02m58s
11545 2859 Nov 15 20:52:40 3430 10635 166 A nn 0.0901 0.9962 14S 121W 85 13 00m23s
11546 2860 May 12 03:09:22 3433 10641 171 A p- 0.7377 0.9673 61N 115E 42 173 02m33s
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
11547 2860 Nov 04 09:55:28 3436 10647 176 T p- -0.6168 1.0441 50S 19E 52 186 03m07s
11548 2861 Apr 01 12:06:04 3439 10652 143 P -t -1.4566 0.1880 61S 95E 0
11549 2861 May 01 05:17:17 3439 10653 181 P t- 1.5031 0.1069 62N 7W 0
11550 2861 Sep 25 17:38:14 3442 10658 148 P -t 1.2912 0.4607 61N 15E 0
11551 2861 Oct 25 02:14:31 3443 10659 186 P t- -1.2964 0.4504 62S 43E 0
11552 2862 Mar 21 13:59:08 3445 10664 153 A -p -0.7148 0.9570 38S 12E 44 218 03m55s
11553 2862 Sep 15 06:23:08 3449 10670 158 A -p 0.5956 0.9999 34N 118E 53 0 00m01s
11554 2863 Mar 10 22:51:08 3452 10676 163 H nn 0.0299 1.0147 2S 147W 88 50 01m21s
11555 2863 Sep 04 12:09:14 3455 10682 168 A nn -0.1646 0.9567 2S 8E 81 159 04m50s
11556 2864 Feb 28 13:20:36 3458 10688 173 T p- 0.7105 1.0442 32N 26W 45 205 03m26s
11557 2864 Aug 23 12:47:18 3461 10694 178 A t- -0.9231 0.9378 48S 34W 22 586 05m47s
11558 2865 Jan 18 17:34:21 3464 10699 145 P -t -1.3398 0.3737 64S 71E 0
11559 2865 Feb 17 05:07:43 3465 10700 183 P t- 1.3843 0.2874 62N 54E 0
11560 2865 Jul 14 04:03:03 3467 10705 150 P -t 1.0808 0.8446 64N 81W 0
11561 2866 Jan 08 02:33:07 3471 10711 155 A -p -0.7007 0.9518 65S 179E 45 248 03m51s
11562 2866 Jul 03 17:03:16 3474 10717 160 T -n 0.2785 1.0610 39N 56W 74 209 04m59s
11563 2866 Dec 28 04:18:59 3477 10723 165 A nn -0.0184 0.9213 24S 130E 89 298 10m19s
11564 2867 Jun 23 09:57:35 3480 10729 170 T p- -0.4622 1.0766 4S 43E 62 279 07m10s
11565 2867 Dec 17 03:31:29 3484 10735 175 A p- 0.6635 0.9266 18N 138E 48 369 09m55s
11566 2868 May 13 16:37:07 3486 10740 142 P -t 1.4111 0.2430 69N 150E 0
11567 2868 Jun 12 02:08:55 3487 10741 180 P t- -1.2230 0.5889 67S 157E 0
11568 2868 Nov 05 18:57:09 3489 10746 147 P -t -1.4586 0.1556 70S 123E 0
11569 2868 Dec 05 07:40:55 3490 10747 185 P t- 1.3188 0.4144 68N 80E 0
11570 2869 May 02 23:40:23 3493 10752 152 A -p 0.7192 0.9525 60N 178W 44 250 04m05s
11571 2869 Oct 26 09:28:07 3496 10758 157 T -p -0.7160 1.0528 56S 30E 44 250 03m38s
11572 2870 Apr 22 00:24:56 3499 10764 162 A nn -0.0061 0.9340 12N 172W 90 246 08m47s
11573 2870 Oct 16 01:55:41 3502 10770 167 T nn -0.0147 1.0557 10S 162E 89 184 05m07s
11574 2871 Apr 11 01:25:37 3506 10776 172 A p- -0.7242 0.9510 36S 172W 43 258 05m12s
11575 2871 Oct 05 15:39:10 3509 10782 177 H p- 0.7370 1.0057 40N 26W 42 29 00m30s
11576 2872 Feb 29 21:22:44 3512 10787 144 P -t 1.3315 0.3864 72N 170E 0
11577 2872 Mar 30 08:50:29 3512 10788 182 P t- -1.3933 0.2766 72S 140E 0
11578 2872 Aug 25 08:07:26 3515 10793 149 P -t -1.3122 0.4279 72S 16E 0
11579 2872 Sep 23 22:50:02 3515 10794 187 Pb t- 1.5378 0.0363 72N 62W 0
11580 2873 Feb 18 12:39:50 3518 10799 154 T -p 0.6369 1.0461 27N 3W 50 198 03m59s
11581 2873 Aug 14 08:34:15 3521 10805 159 A -p -0.5646 0.9506 20S 60E 55 218 06m12s
11582 2874 Feb 08 03:54:12 3525 10811 164 T nn -0.0340 1.0244 17S 140E 88 83 02m23s
11583 2874 Aug 03 12:56:53 3528 10817 169 A n- 0.2203 0.9961 30N 5E 77 14 00m24s
11584 2875 Jan 28 14:30:34 3531 10823 174 A p- -0.7588 0.9636 66S 2W 40 203 02m49s
11585 2875 Jul 24 00:34:50 3535 10829 179 T t- 0.9640 1.0388 82N 48W 15 514 02m04s
11586 2875 Dec 18 22:44:21 3537 10834 146 P -t 1.5581 0.0230 66N 131W 0
11587 2876 Jan 17 17:47:01 3538 10835 184 P t- -1.4928 0.1288 69S 94E 0
11588 2876 Jun 13 10:16:45 3541 10840 151 T -p -0.8414 1.0645 34S 49E 32 391 05m25s
11589 2876 Dec 06 22:44:54 3544 10846 156 A -p 0.8570 0.9349 36N 137W 31 468 07m22s
11590 2877 Jun 03 01:23:34 3547 10852 161 T nn -0.1114 1.0294 16N 175E 84 100 02m58s
11591 2877 Nov 26 05:06:29 3550 10858 166 A nn 0.1130 0.9967 15S 117E 84 12 00m21s
11592 2878 May 23 10:17:43 3554 10864 171 A p- 0.6749 0.9679 60N 17E 47 156 02m36s
11593 2878 Nov 15 18:18:28 3557 10870 176 T p- -0.5879 1.0435 52S 103W 54 179 03m04s
11594 2879 Apr 12 19:28:29 3560 10875 143 P -t -1.4973 0.1183 62S 24W 0
11595 2879 May 12 12:15:42 3560 10876 181 P t- 1.4435 0.2069 63N 120W 0
11596 2879 Oct 07 01:29:04 3563 10881 148 P -t 1.3441 0.3612 61N 111W 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
11597 2879 Nov 05 10:30:50 3563 10882 186 P t- -1.2640 0.5122 62S 90W 0
11598 2880 Mar 31 21:48:29 3566 10887 153 A -p -0.7447 0.9619 37S 105W 42 201 03m32s
11599 2880 Sep 25 13:45:31 3569 10893 158 A -p 0.6583 0.9932 34N 9E 49 31 00m36s
11600 2881 Mar 21 07:10:48 3573 10899 163 T nn 0.0071 1.0201 1N 89E 90 68 01m49s
11601 2881 Sep 14 18:58:55 3576 10905 168 Am nn -0.0914 0.9527 2S 93W 85 174 05m15s
11602 2882 Mar 10 21:58:32 3579 10911 173 T p- 0.6934 1.0475 34N 156W 46 215 03m34s
11603 2882 Sep 03 19:25:39 3583 10917 178 A p- -0.8438 0.9390 43S 129W 32 408 05m52s
11604 2883 Jan 30 02:15:42 3585 10922 145 P -t -1.3484 0.3583 63S 68W 0
11605 2883 Feb 28 13:48:03 3586 10923 183 P t- 1.3751 0.3046 62N 85W 0
11606 2883 Jul 25 11:05:22 3589 10928 150 P -t 1.1544 0.7116 63N 165E 0
11607 2883 Aug 23 22:19:19 3589 10929 188 Pb t- -1.5524 0.0010 62S 152E 0
11608 2884 Jan 19 10:53:53 3592 10934 155 A -p -0.7088 0.9489 62S 60E 45 265 04m07s
11609 2884 Jul 14 00:27:39 3595 10940 160 T -n 0.3523 1.0635 41N 163W 69 222 04m58s
11610 2885 Jan 07 12:20:24 3598 10946 165 A nn -0.0289 0.9197 24S 11E 88 304 10m20s
11611 2885 Jul 03 17:29:55 3602 10952 170 T n- -0.3905 1.0777 0N 70W 67 272 07m11s
11612 2885 Dec 27 11:34:23 3605 10958 175 A p- 0.6500 0.9270 17N 16E 49 360 09m46s
11613 2886 May 25 00:04:54 3608 10963 142 P -t 1.4742 0.1283 68N 27E 0
11614 2886 Jun 23 09:33:12 3608 10964 180 P t- -1.1577 0.7117 66S 36E 0
11615 2886 Nov 17 03:10:24 3611 10969 147 P -t -1.4801 0.1162 69S 12W 0
11616 2886 Dec 16 16:00:53 3612 10970 185 P t- 1.3018 0.4443 67N 55W 0
11617 2887 May 14 06:50:27 3614 10975 152 A -p 0.7793 0.9518 69N 73E 38 283 03m52s
11618 2887 Nov 06 17:45:34 3618 10981 157 T -p -0.7479 1.0502 63S 95W 41 252 03m18s
11619 2888 May 02 07:31:10 3621 10987 162 Am nn 0.0488 0.9369 19N 81E 87 235 08m17s
11620 2888 Oct 26 10:03:09 3624 10993 167 T nn -0.0541 1.0509 16S 39E 87 169 04m42s
11621 2889 Apr 21 08:53:56 3628 10999 172 A p- -0.6779 0.9570 29S 72E 47 211 04m49s
11622 2889 Oct 15 23:21:08 3631 11005 177 H p- 0.6918 1.0004 33N 146W 46 2 00m02s
11623 2890 Mar 12 05:52:26 3634 11010 144 P -t 1.3454 0.3600 72N 29E 0
11624 2890 Apr 10 16:51:03 3634 11011 182 P t- -1.3561 0.3430 72S 6E 0
11625 2890 Sep 05 14:49:00 3637 11016 149 P -t -1.3883 0.2981 72S 98W 0
11626 2890 Oct 05 05:59:26 3638 11017 187 P t- 1.4844 0.1307 72N 177E 0
11627 2891 Mar 01 21:22:05 3640 11022 154 T -p 0.6501 1.0477 32N 135W 49 207 03m58s
11628 2891 Aug 25 15:12:39 3644 11028 159 A -p -0.6441 0.9498 29S 43W 50 238 05m52s
11629 2892 Feb 19 12:34:51 3647 11034 164 T nn -0.0255 1.0234 13S 10E 88 80 02m18s
11630 2892 Aug 13 19:55:10 3650 11040 169 A nn 0.1410 0.9988 22N 100W 82 4 00m08s
11631 2893 Feb 07 22:54:55 3654 11046 174 A p- -0.7539 0.9617 62S 125W 41 211 03m04s
11632 2893 Aug 03 07:55:25 3657 11052 179 T t- 0.8874 1.0448 76N 121E 27 328 02m40s
11633 2893 Dec 29 06:42:03 3660 11057 146 Pe -t 1.5706 0.0028 67N 100E 0
11634 2894 Jan 28 01:52:44 3660 11058 184 P t- -1.4865 0.1397 70S 38W 0
11635 2894 Jun 24 17:49:14 3663 11063 151 T -t -0.9127 1.0620 43S 66W 24 502 04m55s
11636 2894 Dec 18 06:49:29 3666 11069 156 A -p 0.8700 0.9350 37N 99E 29 492 07m20s
11637 2895 Jun 14 08:45:51 3670 11075 161 T -n -0.1811 1.0278 13N 66E 80 96 02m55s
11638 2895 Dec 07 13:27:23 3673 11081 166 A nn 0.1306 0.9974 15S 7W 83 9 00m17s
11639 2896 Jun 02 17:19:15 3676 11087 171 A p- 0.6071 0.9683 59N 79W 52 144 02m42s
11640 2896 Nov 26 02:48:19 3680 11093 176 T p- -0.5647 1.0427 54S 135E 55 173 03m02s
11641 2897 Apr 23 02:43:17 3682 11098 143 Pe -t -1.5438 0.0380 62S 141W 0
11642 2897 May 22 19:05:57 3683 11099 181 P t- 1.3773 0.3186 64N 129E 0
11643 2897 Oct 17 09:25:31 3686 11104 148 P -t 1.3918 0.2723 62N 122E 0
11644 2897 Nov 15 18:54:00 3686 11105 186 P t- -1.2375 0.5623 63S 136E 0
11645 2898 Apr 12 05:31:42 3689 11110 153 A -p -0.7801 0.9669 36S 139E 38 185 03m06s
11646 2898 Oct 06 21:13:41 3692 11116 158 A -p 0.7154 0.9864 34N 102W 44 67 01m13s
11647 2899 Apr 01 15:24:34 3696 11122 163 T nn -0.0212 1.0255 4N 34W 89 87 02m17s
11648 2899 Sep 26 01:55:26 3699 11128 168 A nn -0.0243 0.9486 3S 164E 89 189 05m44s
11649 2900 Mar 22 06:30:52 3702 11134 173 T p- 0.6716 1.0510 37N 75E 48 224 03m44s
11650 2900 Sep 15 02:09:43 3706 11140 178 A p- -0.7686 0.9394 40S 133E 40 340 05m52s
Detailed maps of all annular, total and hybrid eclipses during the 29th 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 | |||||
| 29th century CE | 2801-2820 | 2821-2840 | 2841-2860 | 2861-2880 | 2881-2900 |
|---|---|---|---|---|---|
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)"
