Catalog of Solar Eclipses: 2901 to 3000 (original) (raw)

Five Millennium Catalog of Solar Eclipses

Introduction

Eclipses of the Suncan 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:

1. Partial - Moon's penumbral shadow traverses Earth (umbral and antumbral shadows completely miss Earth)
2. Annular - Moon's antumbral shadow traverses Earth (Moon is too far from Earth to completely cover the Sun)
3. Total - Moon's umbral shadow traverses Earth (Moon is close enough to Earth to completely cover the Sun)
4. Hybrid - Moon's umbral and antumbral shadows traverse Earth (eclipse appears annular and total along different sections of its path). Hybrid eclipses are also known as annular-total eclipses. [2]

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:

1. Central (two limits) - The central axis of the Moon’s shadow cone traverses Earth thereby producing a central line in the eclipse track. The umbra or antumbra falls entirely upon Earth so the ground track has both a northern and southern limit.
2. Central (one limit) - The central axis of the Moon’s shadow cone traverses Earth. However, a portion of the umbra or antumbra misses Earth throughout the eclipse and the resulting ground track has just one limit.
3. Non-Central (one limit) - The central axis of the Moon’s shadow cone misses Earth. However, one edge of the umbra or antumbra grazes Earth thereby producing a ground track with one limit and no central line.

The recurrence of solar eclipses is governed by the Saros cycle. For more information, see Periodicity of Solar Eclipses.

Statistics for Solar Eclipses: 2901 to 3000

During the 30th century CE[4], Earth will experience 248 solar eclipses. The following table shows the number of eclipses of each type over this period.

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 30th century CE appears in the following three tables (no Hybrids are included since all are central with two limits).

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: 66 Number of Years with 3 Eclipses: 21 Number of Years with 4 Eclipses: 12 Number of Years with 5 Eclipses: 1 ( 2904)

The longest and shortest central eclipses of the century as well as largest and smallest partial eclipses are listed in the below.

During the century, 2 Saros series begin and 5 Saros Series end. The list below gives the year and Saros number of each of these events.

2 Saros Series begin [Year/Saros]: 2912/189 2995/190 5 Saros Series end [Year/Saros]: 2904/142 2926/149 2980/144 2987/148 2991/150

Catalog of Solar Eclipses

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.

• Catalog Number - link to a small global map showing geographic visibility of the eclipse
• Calendar Date - link to the path of central eclipse plotted on Google maps
• Saros Num - link to a catalog of all eclipses in the Saros cycle
• Gamma - link to a table of Besselian elements for the eclipse

Index for Five Millennium Catalog of Solar Eclipses

Catalog of Solar Eclipses: 2901 to 3000

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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

11651 2901 Feb 10 10:54:17 3709 11145 145 P -t -1.3590 0.3395 62S 154E 0
11652 2901 Mar 11 22:22:36 3709 11146 183 P t- 1.3617 0.3296 61N 138E 0
11653 2901 Aug 05 18:10:19 3712 11151 150 P -t 1.2266 0.5801 63N 50E 0
11654 2901 Sep 04 05:19:41 3712 11152 188 P t- -1.4766 0.1347 61S 39E 0
11655 2902 Jan 30 19:12:16 3715 11157 155 A -p -0.7182 0.9466 58S 60W 44 280 04m21s 11656 2902 Jul 26 07:52:48 3719 11163 160 T -p 0.4260 1.0651 43N 90E 65 235 04m54s 11657 2903 Jan 19 20:22:19 3722 11169 165 A nn -0.0391 0.9189 23S 107W 88 308 10m12s 11658 2903 Jul 16 01:00:45 3725 11175 170 T n- -0.3177 1.0780 3N 178E 71 265 07m04s 11659 2904 Jan 08 19:40:31 3729 11181 175 A p- 0.6386 0.9281 17N 107W 50 348 09m24s 11660 2904 Jun 05 07:24:49 3732 11186 142 Pe -t 1.5428 0.0040 67N 94W 0

11661 2904 Jul 04 16:52:58 3732 11187 180 P t- -1.0890 0.8402 65S 83W 0
11662 2904 Nov 28 11:32:06 3735 11192 147 P -t -1.4959 0.0874 68S 149W 0
11663 2904 Dec 28 00:26:56 3735 11193 185 P t- 1.2891 0.4669 65N 169E 0
11664 2905 May 25 13:49:06 3738 11198 152 A -t 0.8482 0.9505 79N 33W 32 346 03m39s 11665 2905 Nov 18 02:11:36 3742 11204 157 T -p -0.7731 1.0477 69S 141E 39 252 03m01s 11666 2906 May 14 14:27:44 3745 11210 162 A nn 0.1121 0.9398 25N 23W 83 225 07m41s 11667 2906 Nov 07 18🔞03 3748 11216 167 T -n -0.0869 1.0461 21S 84W 85 154 04m15s 11668 2907 May 03 16:15:29 3752 11222 172 A p- -0.6251 0.9632 22S 41W 51 170 04m20s 11669 2907 Oct 28 07:09:47 3755 11228 177 A p- 0.6527 0.9949 27N 94E 49 23 00m31s 11670 2908 Mar 23 14🔞02 3758 11233 144 P -t 1.3632 0.3262 72N 111W 0

11671 2908 Apr 22 00:46:33 3758 11234 182 P t- -1.3143 0.4189 71S 126W 0
11672 2908 Sep 16 21:33:42 3761 11239 149 P -t -1.4611 0.1750 72S 148E 0
11673 2908 Oct 16 13:13:45 3762 11240 187 P t- 1.4352 0.2170 72N 55E 0
11674 2909 Mar 13 06:00:58 3765 11245 154 T -p 0.6663 1.0495 37N 93E 48 219 03m56s 11675 2909 Sep 05 21:55:40 3768 11251 159 A -p -0.7198 0.9486 38S 148W 44 269 05m31s 11676 2910 Mar 02 21:10:45 3771 11257 164 T nn -0.0136 1.0228 8S 119W 89 78 02m15s 11677 2910 Aug 26 02:59:33 3775 11263 169 H nn 0.0660 1.0009 14N 153E 86 3 00m06s 11678 2911 Feb 20 07:15:04 3778 11269 174 A p- -0.7465 0.9604 57S 111E 41 215 03m19s 11679 2911 Aug 15 15:20:21 3781 11275 179 T p- 0.8136 1.0488 65N 6W 35 280 03m10s 11680 2912 Feb 09 09:55:08 3785 11281 184 P t- -1.4779 0.1542 71S 171W 0

11681 2912 Jul 06 01:20:07 3788 11286 151 Ts -t -0.9849 1.0568 59S 176E 9 - 03m59s 11682 2912 Aug 04 08:04:45 3788 11287 189 Pb t- 1.5114 0.0308 70N 137W 0
11683 2912 Dec 29 14:58:37 3791 11292 156 A -p 0.8798 0.9356 39N 26W 28 507 07m10s 11684 2913 Jun 25 16:01:38 3794 11298 161 T -n -0.2551 1.0255 9N 42W 75 90 02m45s 11685 2913 Dec 18 21:55:06 3798 11304 166 Am nn 0.1430 0.9985 15S 133W 82 5 00m10s 11686 2914 Jun 15 00:12:40 3801 11310 171 A p- 0.5337 0.9681 55N 174W 57 136 02m52s 11687 2914 Dec 08 11:24:42 3805 11316 176 T p- -0.5469 1.0422 55S 11E 57 169 03m02s 11688 2915 Jun 04 01:48:52 3808 11322 181 P t- 1.3051 0.4410 65N 19E 0
11689 2915 Oct 29 17:29:53 3811 11327 148 P -t 1.4323 0.1978 62N 8W 0
11690 2915 Nov 28 03:24:22 3811 11328 186 P t- -1.2177 0.5994 64S 1W 0

11691 2916 Apr 23 13:07:22 3814 11333 153 A -p -0.8223 0.9718 37S 25E 34 173 02m39s 11692 2916 Oct 18 04:47:37 3818 11339 158 A -p 0.7665 0.9794 35N 145E 40 111 01m54s 11693 2917 Apr 12 23:31:15 3821 11345 163 T nn -0.0560 1.0312 6N 155W 87 106 02m48s 11694 2917 Oct 07 08:58:15 3824 11351 168 A nn 0.0371 0.9443 4S 59E 88 206 06m19s 11695 2918 Apr 02 14:55:22 3828 11357 173 T p- 0.6433 1.0547 39N 50W 50 233 03m55s 11696 2918 Sep 26 09:02:12 3831 11363 178 A p- -0.6997 0.9391 39S 33E 45 308 05m54s 11697 2919 Feb 21 19:29:46 3834 11368 145 P -t -1.3716 0.3168 62S 17E 0
11698 2919 Mar 23 06:50:58 3835 11369 183 P t- 1.3440 0.3627 61N 3E 0
11699 2919 Aug 17 01🔞50 3837 11374 150 P -t 1.2963 0.4526 62N 66W 0
11700 2919 Sep 15 12:26:49 3838 11375 188 P t- -1.4052 0.2611 61S 76W 0

Catalog of Solar Eclipses: 2901 to 3000

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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

11701 2920 Feb 11 03:28:36 3841 11380 155 A -p -0.7285 0.9449 55S 178E 43 293 04m34s 11702 2920 Aug 05 15:19:10 3844 11386 160 T -p 0.4991 1.0660 44N 17W 60 248 04m48s 11703 2921 Jan 30 04:24:58 3848 11392 165 A nn -0.0482 0.9187 20S 134E 87 309 10m01s 11704 2921 Jul 26 08:29:29 3851 11398 170 T n- -0.2434 1.0775 6N 66E 76 258 06m50s 11705 2922 Jan 19 03:50:04 3854 11404 175 A p- 0.6295 0.9296 17N 129E 51 335 08m53s 11706 2922 Jul 16 00:09:45 3858 11410 180 P t- -1.0185 0.9713 64S 158E 0
11707 2922 Dec 09 19:59:54 3861 11415 147 P -t -1.5074 0.0662 67S 74E 0
11708 2923 Jan 08 08:55:51 3861 11416 185 P t- 1.2780 0.4864 64N 32E 0
11709 2923 Jun 05 20:41:46 3864 11421 152 A -t 0.9210 0.9483 90N 150E 22 498 03m28s 11710 2923 Nov 29 10:43:53 3867 11427 157 T -p -0.7936 1.0454 74S 20E 37 251 02m47s

11711 2924 May 24 21:17:54 3871 11433 162 A nn 0.1805 0.9426 31N 125W 79 216 07m02s 11712 2924 Nov 18 02:38:44 3874 11439 167 T -n -0.1143 1.0413 26S 152E 83 139 03m47s 11713 2925 May 13 23:30:12 3878 11445 172 A p- -0.5657 0.9693 16S 152W 55 133 03m45s 11714 2925 Nov 07 15:05:14 3881 11451 177 A p- 0.6202 0.9894 21N 27W 52 47 01m08s 11715 2926 Apr 03 22:34:55 3884 11456 144 P -t 1.3882 0.2785 72N 111E 0
11716 2926 May 03 08:33:18 3885 11457 182 P t- -1.2647 0.5099 70S 105E 0
11717 2926 Sep 28 04:26:34 3887 11462 149 Pe -t -1.5263 0.0655 72S 31E 0
11718 2926 Oct 27 20:36:57 3888 11463 187 P t- 1.3936 0.2895 71N 69W 0
11719 2927 Mar 24 14:32:03 3891 11468 154 T -p 0.6886 1.0514 43N 37W 46 233 03m54s 11720 2927 Sep 17 04:46:05 3894 11474 159 A -p -0.7897 0.9470 47S 103E 38 314 05m10s

11721 2928 Mar 13 05:39:54 3898 11480 164 T nn 0.0034 1.0225 3S 113E 90 77 02m13s 11722 2928 Sep 05 10:09:23 3901 11486 169 H nn -0.0052 1.0024 6N 44E 90 8 00m16s 11723 2929 Mar 02 15:29:16 3905 11492 174 A p- -0.7349 0.9597 52S 14W 42 214 03m32s 11724 2929 Aug 25 22:47:43 3908 11498 179 T p- 0.7413 1.0515 56N 124W 42 254 03m37s 11725 2930 Feb 19 17:54:40 3911 11504 184 P t- -1.4671 0.1719 71S 56E 0
11726 2930 Jul 17 08:47:32 3914 11509 151 P -t -1.0593 0.9063 69S 53E 0
11727 2930 Aug 15 15:36:52 3915 11510 189 P t- 1.4430 0.1642 71N 98E 0
11728 2931 Jan 09 23:12:05 3918 11515 156 A -p 0.8864 0.9369 41N 153W 27 510 06m52s 11729 2931 Jul 06 23:13:24 3921 11521 161 T -p -0.3316 1.0226 3N 151W 71 81 02m30s 11730 2931 Dec 30 06:28:24 3925 11527 166 A nn 0.1511 1.0000 14S 100E 81 0 00m00s

11731 2932 Jun 25 07:00:01 3928 11533 171 A p- 0.4557 0.9676 51N 90E 63 131 03m06s 11732 2932 Dec 18 20:06:44 3931 11539 176 T p- -0.5336 1.0418 55S 113W 57 166 03m01s 11733 2933 Jun 14 08:26:15 3935 11545 181 P t- 1.2282 0.5718 65N 90W 0
11734 2933 Nov 09 01:40:31 3938 11550 148 P -t 1.4676 0.1339 63N 139W 0
11735 2933 Dec 08 12:00:20 3938 11551 186 P t- -1.2025 0.6275 65S 139W 0
11736 2934 May 04 20:36:37 3941 11556 153 A -p -0.8706 0.9764 40S 88W 29 168 02m12s 11737 2934 Oct 29 12:28:43 3945 11562 158 A -p 0.8111 0.9727 36N 30E 36 163 02m35s 11738 2935 Apr 24 07:32:14 3948 11568 163 Tm nn -0.0964 1.0368 8N 85E 85 124 03m20s 11739 2935 Oct 18 16:07:51 3952 11574 168 A nn 0.0925 0.9401 5S 47W 85 223 06m59s 11740 2936 Apr 12 23:13:37 3955 11580 173 T p- 0.6097 1.0584 42N 174W 52 240 04m08s

11741 2936 Oct 06 16:02:39 3958 11586 178 A p- -0.6368 0.9385 39S 70W 50 290 05m57s 11742 2937 Mar 04 03:58:34 3961 11591 145 P -t -1.3893 0.2851 61S 119W 0
11743 2937 Apr 02 15:10:19 3962 11592 183 P t- 1.3195 0.4083 61N 130W 0
11744 2937 Aug 27 08:32:10 3965 11597 150 P -t 1.3627 0.3306 62N 178E 0
11745 2937 Sep 25 19:42:19 3965 11598 188 P t- -1.3394 0.3777 61S 167E 0
11746 2938 Feb 21 11:39:31 3968 11603 155 A -p -0.7427 0.9436 51S 57E 42 306 04m46s 11747 2938 Aug 16 22:49:03 3972 11609 160 T -p 0.5697 1.0660 44N 125W 55 261 04m42s 11748 2939 Feb 10 12:23:38 3975 11615 165 A nn -0.0607 0.9191 18S 15E 86 307 09m45s 11749 2939 Aug 06 15:59:27 3979 11621 170 T n- -0.1702 1.0761 7N 45W 80 250 06m33s 11750 2940 Jan 30 11:59:57 3982 11627 175 A p- 0.6198 0.9319 18N 6E 52 319 08m15s

Catalog of Solar Eclipses: 2901 to 3000

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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

11751 2940 Jul 26 07:23:06 3986 11633 180 T t- -0.9456 1.0244 48S 60E 18 256 01m56s 11752 2940 Dec 20 04:34:38 3988 11638 147 P -t -1.5142 0.0534 66S 65W 0
11753 2941 Jan 18 17:28:26 3989 11639 185 P t- 1.2692 0.5021 64N 105W 0
11754 2941 Jun 16 03:25:38 3992 11644 152 A+ -t 1.0004 0.9657 66N 44W 0
11755 2941 Dec 09 19:23:14 3995 11650 157 T -p -0.8082 1.0434 77S 95W 36 248 02m36s 11756 2942 Jun 05 04:00:12 3999 11656 162 A nn 0.2556 0.9452 38N 137E 75 209 06m22s 11757 2942 Nov 29 11:06:48 4002 11662 167 T -n -0.1353 1.0367 29S 26E 82 124 03m21s 11758 2943 May 25 06:39:59 4006 11668 172 A p- -0.5014 0.9753 9S 99E 60 102 03m04s 11759 2943 Nov 18 23:06:18 4009 11674 177 A p- 0.5931 0.9840 17N 149W 54 70 01m48s 11760 2944 Apr 14 06:47:04 4012 11679 144 P -t 1.4176 0.2219 71N 25W 0

11761 2944 May 13 16:15:49 4013 11680 182 P t- -1.2108 0.6101 69S 22W 0
11762 2944 Nov 07 04:06:22 4016 11686 187 P t- 1.3571 0.3525 70N 166E 0
11763 2945 Apr 03 22:56:50 4019 11691 154 T -p 0.7164 1.0532 49N 165W 44 251 03m50s 11764 2945 Sep 27 11:43:51 4023 11697 159 A -p -0.8539 0.9451 57S 9W 31 387 04m50s 11765 2946 Mar 24 14:02:24 4026 11703 164 T nn 0.0255 1.0224 3N 13W 89 76 02m13s 11766 2946 Sep 16 17:27:21 4030 11709 169 H nn -0.0706 1.0036 2S 67W 86 12 00m23s 11767 2947 Mar 13 23:36:01 4033 11715 174 A p- -0.7178 0.9594 46S 137W 44 210 03m46s 11768 2947 Sep 06 06:21:54 4037 11721 179 T p- 0.6740 1.0534 46N 118E 47 238 04m01s 11769 2948 Mar 02 01:48:24 4040 11727 184 P t- -1.4521 0.1967 72S 75W 0
11770 2948 Jul 27 16:14:08 4043 11732 151 P -t -1.1339 0.7620 69S 70W 0

11771 2948 Aug 25 23:11:43 4044 11733 189 P t- 1.3768 0.2930 71N 29W 0
11772 2949 Jan 20 07:27:37 4046 11738 156 A -p 0.8919 0.9388 43N 79E 27 504 06m26s 11773 2949 Jul 17 06:21:27 4050 11744 161 T -p -0.4099 1.0189 3S 102E 66 71 02m06s 11774 2950 Jan 09 15:04:40 4053 11750 166 H nn 0.1574 1.0020 13S 28W 81 7 00m13s 11775 2950 Jul 06 13:42:14 4057 11756 171 A p- 0.3743 0.9665 45N 6W 68 130 03m25s 11776 2950 Dec 30 04:53:21 4060 11762 176 T p- -0.5243 1.0417 55S 122E 58 164 03m03s 11777 2951 Jun 25 14:58:47 4064 11768 181 P t- 1.1468 0.7107 66N 163E 0
11778 2951 Nov 20 09:57:41 4067 11773 148 P -t 1.4970 0.0814 63N 88E 0
11779 2951 Dec 19 20:40:59 4067 11774 186 P t- -1.1917 0.6471 66S 82E 0
11780 2952 May 15 03:59:11 4070 11779 153 A -p -0.9249 0.9803 45S 162E 22 182 01m46s

11781 2952 Nov 08 20:16:40 4074 11785 158 A -p 0.8489 0.9660 37N 88W 32 227 03m18s 11782 2953 May 04 15:24:35 4077 11791 163 T nn -0.1443 1.0424 9N 32W 82 143 03m54s 11783 2953 Oct 28 23:25:40 4081 11797 168 A nn 0.1405 0.9359 6S 155W 82 241 07m44s 11784 2954 Apr 24 07:23:39 4084 11803 173 T p- 0.5696 1.0622 44N 66E 55 246 04m23s 11785 2954 Oct 17 23:12:15 4088 11809 178 A p- -0.5810 0.9377 40S 175W 54 280 06m03s 11786 2955 Mar 15 12:21:15 4091 11814 145 P -t -1.4112 0.2456 61S 107E 0
11787 2955 Apr 13 23:22:16 4091 11815 183 P t- 1.2899 0.4636 62N 99E 0
11788 2955 Sep 07 15:51:40 4094 11820 150 P -t 1.4246 0.2164 61N 59E 0
11789 2955 Oct 07 03:06:31 4095 11821 188 P t- -1.2798 0.4834 61S 48E 0
11790 2956 Mar 03 19:46:05 4098 11826 155 A -p -0.7598 0.9428 48S 65W 40 318 04m57s

11791 2956 Aug 27 06:20:57 4101 11832 160 T -p 0.6387 1.0653 44N 126E 50 274 04m34s 11792 2957 Feb 20 20:20:31 4105 11838 165 A nn -0.0746 0.9201 14S 103W 86 303 09m28s 11793 2957 Aug 16 23:30:11 4108 11844 170 T nn -0.0978 1.0739 8N 156W 84 241 06m13s 11794 2958 Feb 09 20:08:50 4112 11850 175 A p- 0.6088 0.9347 20N 117W 52 301 07m33s 11795 2958 Aug 06 14:36:40 4115 11856 180 T p- -0.8736 1.0235 40S 46W 29 161 01m58s 11796 2958 Dec 31 13:13:25 4118 11861 147 P -t -1.5186 0.0450 65S 156E 0
11797 2959 Jan 30 02:01:14 4119 11862 185 P t- 1.2599 0.5187 63N 118E 0
11798 2959 Jun 27 10:05:42 4122 11867 152 P -t 1.0817 0.8254 65N 153W 0
11799 2959 Dec 21 04:06:06 4125 11873 157 T -p -0.8202 1.0417 78S 155E 35 246 02m28s 11800 2960 Jun 15 10:38:45 4129 11879 162 A np 0.3340 0.9474 43N 40E 70 205 05m45s

Catalog of Solar Eclipses: 2901 to 3000

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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

11801 2960 Dec 09 19:39:39 4133 11885 167 T -n -0.1517 1.0323 32S 100W 81 111 02m57s 11802 2961 Jun 04 13:43:19 4136 11891 172 A p- -0.4308 0.9811 3S 8W 64 74 02m21s 11803 2961 Nov 29 07:14:06 4140 11897 177 A p- 0.5722 0.9789 14N 88E 55 92 02m28s 11804 2962 Apr 25 14:50:32 4143 11902 144 P -t 1.4546 0.1507 71N 159W 0
11805 2962 May 24 23:51:19 4143 11903 182 P t- -1.1502 0.7238 69S 147W 0
11806 2962 Nov 18 11:43:40 4147 11909 187 P t- 1.3271 0.4039 69N 40E 0
11807 2963 Apr 15 07:12:58 4150 11914 154 T -p 0.7513 1.0547 56N 68E 41 273 03m44s 11808 2963 Oct 08 18:51:34 4153 11920 159 A -p -0.9105 0.9428 66S 129W 24 514 04m32s 11809 2964 Apr 03 22:16:19 4157 11926 164 T nn 0.0540 1.0224 9N 137W 87 76 02m13s 11810 2964 Sep 27 00:52:08 4160 11932 169 Hm nn -0.1310 1.0043 9S 180E 82 15 00m27s

11811 2965 Mar 24 07:35:07 4164 11938 174 A p- -0.6953 0.9595 40S 101E 46 202 03m58s 11812 2965 Sep 16 14:01:24 4167 11944 179 T p- 0.6110 1.0543 38N 1W 52 225 04m20s 11813 2966 Mar 13 09:35:29 4171 11950 184 P t- -1.4320 0.2297 72S 154E 0
11814 2966 Aug 07 23:40:32 4174 11955 151 P -t -1.2079 0.6193 70S 167E 0
11815 2966 Sep 06 06:50:40 4174 11956 189 P t- 1.3142 0.4145 72N 156W 0
11816 2967 Jan 31 15:44:49 4177 11961 156 A -p 0.8961 0.9413 46N 49W 26 490 05m55s 11817 2967 Jul 28 13:27:22 4181 11967 161 H3 -p -0.4892 1.0147 10S 6W 61 58 01m37s 11818 2968 Jan 20 23:43:38 4184 11973 166 H nn 0.1618 1.0044 11S 157W 81 16 00m29s 11819 2968 Jul 16 20:21:17 4188 11979 171 A nn 0.2909 0.9651 38N 104W 73 132 03m48s 11820 2969 Jan 09 13:43:10 4192 11985 176 T p- -0.5176 1.0420 53S 5W 59 164 03m06s

11821 2969 Jul 05 21:27:17 4195 11991 181 P t- 1.0617 0.8563 68N 56E 0
11822 2969 Nov 30 18:20:54 4198 11996 148 P -t 1.5210 0.0393 64N 46W 0
11823 2969 Dec 30 05:25:34 4199 11997 186 P t- -1.1847 0.6598 67S 59W 0
11824 2970 May 26 11:17:06 4202 12002 153 A -t -0.9834 0.9826 56S 56E 10 362 01m26s 11825 2970 Nov 20 04:10:31 4205 12008 158 A -p 0.8810 0.9597 39N 152E 28 305 03m59s 11826 2971 May 15 23:12:11 4209 12014 163 T -n -0.1967 1.0476 8N 147W 79 161 04m27s 11827 2971 Nov 09 06:51:08 4212 12020 168 A nn 0.1815 0.9320 7S 95E 80 258 08m32s 11828 2972 May 04 15:26:42 4216 12026 173 T p- 0.5235 1.0657 45N 51W 58 251 04m40s 11829 2972 Oct 28 06:30:35 4219 12032 178 A p- -0.5318 0.9369 42S 78E 58 274 06m10s 11830 2973 Mar 25 20:35:44 4222 12037 145 P -t -1.4393 0.1949 61S 24W 0

11831 2973 Apr 24 07:25:04 4223 12038 183 P t- 1.2534 0.5318 62N 30W 0
11832 2973 Sep 17 23🔞46 4226 12043 150 P -t 1.4812 0.1119 61N 60W 0
11833 2973 Oct 17 10:40:42 4227 12044 188 P t- -1.2272 0.5769 62S 74W 0
11834 2974 Mar 15 03:43:12 4230 12049 155 A -p -0.7841 0.9422 45S 176E 38 335 05m07s 11835 2974 Sep 07 13:59:21 4233 12055 160 T -p 0.7028 1.0638 44N 15E 45 289 04m25s 11836 2975 Mar 04 04:11:02 4237 12061 165 A nn -0.0939 0.9217 11S 140E 85 297 09m10s 11837 2975 Aug 28 07:03:32 4240 12067 170 Tm nn -0.0279 1.0709 8N 92E 88 231 05m53s 11838 2976 Feb 21 04:15:07 4244 12073 175 A p- 0.5951 0.9382 22N 120E 53 279 06m49s 11839 2976 Aug 16 21:49:43 4247 12079 180 T p- -0.8016 1.0210 35S 153W 36 117 01m48s 11840 2977 Jan 10 21:56:20 4250 12084 147 P -t -1.5202 0.0413 64S 16E 0

11841 2977 Feb 09 10:33:46 4251 12085 185 P t- 1.2500 0.5366 62N 18W 0
11842 2977 Jul 07 16:38:50 4254 12090 152 P -t 1.1677 0.6768 65N 99E 0
11843 2977 Dec 31 12:54:33 4258 12096 157 T -p -0.8278 1.0405 76S 41E 34 244 02m23s 11844 2978 Jun 26 17:12:36 4261 12102 162 A -p 0.4165 0.9493 48N 54W 65 205 05m12s 11845 2978 Dec 21 04:17:20 4265 12108 167 T -n -0.1638 1.0284 33S 134E 80 98 02m34s 11846 2979 Jun 15 20:44:09 4268 12114 172 A p- -0.3570 0.9866 2N 114W 69 51 01m39s 11847 2979 Dec 10 15:27:25 4272 12120 177 A p- 0.5563 0.9740 11N 37W 56 112 03m07s 11848 2980 May 05 22:48:34 4275 12125 144 Pe -t 1.4963 0.0697 70N 70E 0
11849 2980 Jun 04 07:22:42 4275 12126 182 P t- -1.0854 0.8465 68S 89E 0
11850 2980 Nov 28 19:27:28 4279 12132 187 P t- 1.3026 0.4456 68N 87W 0

Catalog of Solar Eclipses: 2901 to 3000

                  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

11851 2981 Apr 25 15:22:39 4282 12137 154 T -p 0.7917 1.0560 63N 58W 37 303 03m36s 11852 2981 Oct 19 02:08:17 4286 12143 159 A -p -0.9600 0.9400 74S 94E 16 820 04m14s 11853 2982 Apr 15 06:21:40 4289 12149 164 T nn 0.0890 1.0223 15N 101E 85 76 02m12s 11854 2982 Oct 08 08:26:58 4293 12155 169 H nn -0.1838 1.0047 16S 65E 79 17 00m29s 11855 2983 Apr 04 15:25:41 4296 12161 174 A p- -0.6666 0.9599 34S 19W 48 193 04m11s 11856 2983 Sep 27 21:47:41 4300 12167 179 T p- 0.5531 1.0547 30N 120W 56 216 04m36s 11857 2984 Mar 23 17:14:44 4304 12173 184 P t- -1.4059 0.2730 72S 26E 0
11858 2984 Aug 18 07:08:25 4307 12178 151 P -t -1.2800 0.4810 71S 43E 0
11859 2984 Sep 16 14:34:20 4307 12179 189 P t- 1.2556 0.5277 72N 74E 0
11860 2985 Feb 11 00:00:02 4310 12184 156 A -p 0.9028 0.9444 49N 177W 25 477 05m19s

11861 2985 Aug 07 20:31:50 4314 12190 161 H -p -0.5686 1.0097 18S 115W 55 41 01m02s 11862 2986 Jan 31 08:22:37 4317 12196 166 H -n 0.1669 1.0075 8S 73E 80 26 00m48s 11863 2986 Jul 28 02:58:21 4321 12202 171 A nn 0.2064 0.9630 31N 158E 78 137 04m16s 11864 2987 Jan 20 22:33:24 4325 12208 176 T p- -0.5111 1.0427 51S 133W 59 166 03m13s 11865 2987 Jul 17 03:54:36 4328 12214 181 A t- 0.9751 0.9372 80N 66W 12 1130 04m01s 11866 2987 Dec 12 02:50:04 4331 12219 148 Pe -t 1.5396 0.0074 65N 177E 0
11867 2988 Jan 10 14:12:58 4332 12220 186 P t- -1.1806 0.6671 68S 159E 0
11868 2988 Jun 05 18:28:53 4335 12225 153 P -t -1.0476 0.9018 65S 52W 0
11869 2988 Nov 30 12:11:10 4339 12231 158 A -t 0.9066 0.9538 42N 30E 25 398 04m38s 11870 2989 May 26 06:52:44 4342 12237 163 T -n -0.2555 1.0525 7N 99E 75 179 05m00s

11871 2989 Nov 19 14:25:04 4346 12243 168 A nn 0.2155 0.9283 8S 18W 78 275 09m23s 11872 2990 May 15 23:22:03 4349 12249 173 T p- 0.4710 1.0689 45N 166W 62 254 04m58s 11873 2990 Nov 08 13:59:19 4353 12255 178 A p- -0.4905 0.9360 43S 31W 60 272 06m19s 11874 2991 Apr 06 04:43:03 4356 12260 145 P -t -1.4726 0.1346 61S 154W 0
11875 2991 May 05 15:20:42 4357 12261 183 P t- 1.2116 0.6100 63N 157W 0
11876 2991 Sep 29 06:52:19 4360 12266 150 Pe -t 1.5333 0.0156 61N 178E 0
11877 2991 Oct 28 18:23:00 4360 12267 188 P t- -1.1802 0.6604 62S 162E 0
11878 2992 Mar 25 11:34:16 4363 12272 155 A -p -0.8128 0.9419 44S 59E 35 358 05m17s 11879 2992 Sep 17 21:42:08 4367 12278 160 T -p 0.7636 1.0617 44N 98W 40 307 04m16s 11880 2993 Mar 14 11:55:59 4371 12284 165 A nn -0.1176 0.9238 8S 25E 83 289 08m53s

11881 2993 Sep 07 14:40:11 4374 12290 170 T nn 0.0387 1.0673 7N 21W 88 220 05m33s 11882 2994 Mar 03 12:17:48 4378 12296 175 A p- 0.5777 0.9422 25N 1W 55 256 06m06s 11883 2994 Aug 28 05:05:38 4381 12302 180 T p- -0.7327 1.0176 33S 99E 43 87 01m31s 11884 2995 Jan 22 06:39:24 4384 12307 147 P -t -1.5225 0.0363 63S 124W 0
11885 2995 Feb 20 19:02:58 4385 12308 185 P t- 1.2366 0.5608 62N 154W 0
11886 2995 Jul 18 23:11:40 4388 12313 152 P -t 1.2531 0.5297 64N 8W 0
11887 2995 Aug 17 13:03:11 4389 12314 190 Pb t- -1.5542 0.0036 62S 60W 0
11888 2996 Jan 11 21:44:38 4392 12319 157 T -p -0.8345 1.0397 73S 81W 33 243 02m20s 11889 2996 Jul 06 23:44:03 4395 12325 162 A -p 0.5013 0.9508 52N 146W 60 208 04m44s 11890 2996 Dec 31 12:58:17 4399 12331 167 T -n -0.1729 1.0249 33S 6E 80 86 02m14s

11891 2997 Jun 26 03:41:44 4403 12337 172 A p- -0.2793 0.9916 7N 142E 74 31 01m00s 11892 2997 Dec 20 23:45:15 4406 12343 177 A p- 0.5449 0.9696 10N 162W 57 130 03m40s 11893 2998 Jun 15 14:49:27 4410 12349 182 P t- -1.0158 0.9792 66S 33W 0
11894 2998 Dec 10 03🔞31 4414 12355 187 P t- 1.2838 0.4773 67N 145E 0
11895 2999 May 06 23:23:57 4417 12360 154 T -p 0.8388 1.0566 71N 177E 33 345 03m25s 11896 2999 Oct 30 09:34:33 4420 12366 159 A- -t -1.0023 0.9586 71S 85W 0
11897 3000 Apr 26 14🔞06 4424 12372 164 T -n 0.1310 1.0222 21N 18W 82 76 02m11s 11898 3000 Oct 19 16:10:16 4428 12378 169 H nn -0.2303 1.0049 23S 52W 77 17 00m29s

World Atlas of Solar Eclipse Paths

Detailed maps of all annular, total and hybrid eclipses during the 30th 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.

Index to Five Millennium Catolog of Solar Eclipses

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

Calendar

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..

Predictions

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:

1. pre-1950's: ΔT calculated from empirical fits to historical records derived by Morrison and Stephenson (2004)
2. 1955-present: ΔT obtained from published observations
3. future: ΔT is extrapolated from current values weighted by the long term trend from tidal effects

A series of polynomial expressions have been derived to simplify the evaluation of ΔT for any time from -1999 to +3000. The uncertainty in ΔT over this period can be estimated from scatter in the measurements.

Footnotes

[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.

Acknowledgments

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)"