Five Millennium Catalog of Solar Eclipses

1101 to 1200 ( 1101 CE to 1200 CE )

Introduction

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:

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 theSaros cycle. For more information, see Periodicity of Solar Eclipses.

Statistics for Solar Eclipses: 1101 to 1200

During the 12th century CE[4], Earth experienced 250 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 12th century CEappears 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: 67                      Number of Years with 3 Eclipses: 16                      Number of Years with 4 Eclipses: 17                      Two eclipses in same month:  1150 Mar

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, 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]:   1103/129  1125/131  1179/126      3 Saros Series end   [Year/Saros]:   1110/ 85  1175/ 91  1193/ 86

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 inKey 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 smallglobal 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 theSaros cycle
• Gamma - link to a table ofBesselian elements for the eclipse

Index for Five Millennium Catalog of Solar Eclipses

Catalog of Solar Eclipses: 1101 to 1200

                      TD ofCatalog  Calendar   Greatest          Luna Saros Ecl.               Ecl.            Sun Path  CentralNumber     Date      Eclipse    ΔT     Num  Num  Type QLE  Gamma    Mag.   Lat Long Alt Width   Dur.                                 s                                          °    °    °   km073671101 Apr 30  03:29:14   1074 -11115104   Am  nn 0.0594  0.9459  20N 130E  86  200  06m57s073681101 Oct 24  09:45:16   1072 -11109109   T   nn 0.0328  1.0378  12S  35E  88  127  03m37s073691102 Apr 19  05:54:33   1070 -11103114   A   p--0.6913  0.9714  29S 106E  46  141  03m07s073701102 Oct 13  21:59:25   1068 -11097119   A   p- 0.7648  0.9833  38N 134W  40   91  01m35s07371  1103 Mar 10  05:40:52   1066 -11092 86   P   -t 1.2466  0.5440  72N  17E   007372  1103 Apr 08  15:12:10   1066 -11091124   P   t--1.3890  0.2797  71S  17E   007373  1103 Sep 03  10:38:20   1064 -11086 91   P   -t-1.4094  0.2646  72S  49W   007374  1103 Oct 03  03:17:50   1064 -11085129   Pb  t- 1.5318  0.0556  72N 157W   0073751104 Feb 27  21:46:57   1062 -11080 96   T   -p 0.5390  1.0568  25N 149W  57  221  04m49s073761104 Aug 22  10:50:41   1060 -11074101   A   -p-0.6772  0.9466  31S   9E  47  264  06m04s073771105 Feb 16  13:02:44   1058 -11068106   T   nn-0.1592  1.0249  19S   5W  81   86  02m23s073781105 Aug 11  16:12:35   1056 -11062111   H   nn 0.0982  1.0008  19N  57W  84    3  00m05s073791106 Feb 05  22:58:18   1054 -11056116   A   p--0.9106  0.9575  74S 107W  24  378  02m59s073801106 Aug 01  04:51:33   1052 -11050121   T   p- 0.8348  1.0481  71N 142E  33  292  03m00s07381  1106 Dec 27  06:22:57   1051 -11045 88   P   -t 1.4019  0.2823  67N  91E   0073821107 Jun 22  14:45:52   1049 -11039 93   T   -t-0.9722  1.0570  54S  32W  13  834  04m10s073831107 Dec 16  06:49:58   1047 -11033 98   A   -p 0.6995  0.9398  21N  86E  45  312  07m35s073841108 Jun 11  05:09:17   1045 -11027103   T   -n-0.2364  1.0235  10N 109E  76   82  02m32s073851108 Dec 04  14:02:16   1043 -11021108   A   nn-0.0245  0.9986  25S  28W  88    5  00m08s073861109 May 31  12:53:47   1041 -11015113   A   p- 0.5596  0.9678  56N  22W  56  140  02m51s073871109 Nov 24  03:36:12   1039 -11009118   T   p--0.6974  1.0372  63S 105E  46  175  02m26s07388  1110 Apr 20  23:08:10   1038 -11004 85   Pe  -t-1.5310  0.0544  62S 101W   007389  1110 May 20  14:22:27   1037 -11003123   P   t- 1.3362  0.3876  64N 174W   007390  1110 Oct 15  08:37:44   1036 -10998 90   P   -t 1.3297  0.3905  61N 121E   007391  1110 Nov 13  19:22:20   1035 -10997128   P   t--1.3568  0.3380  63S 115E   0073921111 Apr 10  03:09:37   1034 -10992 95   A   -p-0.7383  0.9832  32S 160E  42   86  01m34s073931111 Oct 04  19:12:31   1032 -10986100   A   -p 0.6701  0.9712  30N  85W  48  136  02m44s073941112 Mar 29  14:17:31   1030 -10980105   T   nn 0.0378  1.0410   8N  30W  88  137  03m34s073951112 Sep 22  22:38:26   1028 -10974110   Am  nn-0.0469  0.9365   5S 159W  87  237  07m13s073961113 Mar 19  06:10:38   1026 -10968115   T   p- 0.7471  1.0598  43N  64E  41  290  04m08s073971113 Sep 11  22:22:41   1024 -10962120   A   p--0.7658  0.9336  40S 178E  40  373  06m24s07398  1114 Feb 07  11:26:45   1022 -10957 87   P   -t-1.2234  0.5854  62S 132E   007399  1114 Mar 08  22:17:27   1022 -10956125   P   t- 1.4643  0.1367  61N 126E   007400  1114 Aug 02  14:31:46   1021 -10951 92   P   -t 1.2648  0.5104  62N  91E   007401  1114 Sep 01  01:57:49   1020 -10950130   P   t--1.4527  0.1773  61S  76E   0074021115 Jan 27  19:12:32   1019 -10945 97   A   -p-0.5578  0.9477  47S  82W  56  230  04m46s074031115 Jul 23  04:47:53   1017 -10939102   T   -p 0.4783  1.0663  46N 127E  61  246  04m50s074041116 Jan 16  20:00:57   1015 -10933107   A   nn 0.1350  0.9200  12S 115W  82  306  10m27s074051116 Jul 11  21:56:21   1013 -10927112   T   n--0.2594  1.0748   7N 148W  75  251  06m46s074061117 Jan 04  19:38:51   1011 -10921117   A   p- 0.8121  0.9292  31N 122W  35  450  08m19s07407  1117 Jul 01  13:16:27   1009 -10915122   P   t--1.0377  0.9337  64S  43W   007408  1117 Nov 25  12:04:12   1008 -10910 89   P   -t-1.3506  0.3531  68S 171W   007409  1117 Dec 25  01:07:37   1007 -10909127   P   t- 1.4469  0.1867  65N 145E   0074101118 May 22  09:22:22   1006 -10904 94   A   -t 0.8927  0.9508  84N   6E  26  406  03m27s074111118 Nov 15  02:45:13   1004 -10898 99   T   -p-0.6511  1.0439  60S 131E  49  194  03m01s074121119 May 11  10:03:00   1002 -10892104   A   nn 0.1386  0.9484  27N  31E  82  192  06m24s074131119 Nov 04  18:19:38   1000 -10886109   T   nn 0.0194  1.0336  16S  94W  89  113  03m14s074141120 Apr 29  12:53:54    998 -10880114   A   p--0.6205  0.9777  21S   3W  51  101  02m34s074151120 Oct 24  06:09:13    996 -10874119   A   p- 0.7478  0.9781  33N 100E  41  117  02m12s07416  1121 Mar 20  13:41:29    995 -10869 86   P   -t 1.2840  0.4736  72N 117W   0

Catalog of Solar Eclipses: 1101 to 1200

                      TD ofCatalog  Calendar   Greatest          Luna Saros Ecl.               Ecl.            Sun Path  CentralNumber     Date      Eclipse    ΔT     Num  Num  Type QLE  Gamma    Mag.   Lat Long Alt Width   Dur.                                 s                                          °    °    °   km07417  1121 Apr 18  22:43:16    994 -10868124   P   t--1.3276  0.3929  71S 109W   007418  1121 Sep 13  17:45:19    993 -10863 91   P   -t-1.4600  0.1802  72S 170W   007419  1121 Oct 13  10:56:27    992 -10862129   P   t- 1.5060  0.1012  71N  74E   0074201122 Mar 10  06:01:29    991 -10857 96   T   -p 0.5736  1.0588  32N  84E  55  235  04m47s074211122 Sep 02  17:56:11    989 -10851101   A   -p-0.7328  0.9449  39S 102W  43  295  05m48s074221123 Feb 27  21:15:11    987 -10845106   Tm  nn-0.1313  1.0251  13S 129W  82   86  02m27s074231123 Aug 22  23:36:13    985 -10839111   H   nn 0.0391  1.0016  12N 169W  88    6  00m10s074241124 Feb 17  06:56:07    983 -10833116   A   p--0.8893  0.9581  68S 123E  27  335  03m08s074251124 Aug 11  12:28:49    982 -10827121   T   p- 0.7716  1.0497  61N  20E  39  259  03m19s07426  1125 Jan 06  14:21:29    980 -10822 88   P   -t 1.4106  0.2676  68N  40W   007427  1125 Jul 02  22:10:05    978 -10816 93   P   -t-1.0469  0.9294  67S 152W   007428  1125 Aug 01  05:15:09    978 -10815131   Pb  t- 1.4666  0.1198  70N 110W   0074291125 Dec 26  15:05:32    976 -10810 98   A   -p 0.7027  0.9426  22N  40W  45  298  07m10s074301126 Jun 22  12:12:40    975 -10804103   T   -p-0.3161  1.0193   5N   2E  72   69  02m09s074311126 Dec 15  22:41:48    973 -10798108   H   nn-0.0228  1.0013  25S 156W  89    5  00m08s074321127 Jun 11  19:28:58    971 -10792113   A   p- 0.4756  0.9664  52N 114W  61  138  03m10s074331127 Dec 05  12:27:08    969 -10786118   T   p--0.6930  1.0377  66S  21W  46  176  02m28s07434  1128 May 30  20:45:57    967 -10780123   P   t- 1.2507  0.5336  64N  80E   007435  1128 Oct 25  17:03:22    966 -10775 90   P   -t 1.3504  0.3528  62N  15W   007436  1128 Nov 24  04:09:27    965 -10774128   P   t--1.3531  0.3453  64S  26W   0074371129 Apr 20  10:21:11    964 -10769 95   A   -p-0.8000  0.9879  35S  52E  37   69  01m08s074381129 Oct 15  03:08:33    962 -10763100   A   -p 0.6986  0.9651  29N 154E  45  172  03m27s074391130 Apr 09  22:01:18    960 -10757105   T   nn-0.0160  1.0466   9N 146W  89  155  04m04s074401130 Oct 04  06:03:42    958 -10751110   A   nn-0.0080  0.9324   7S  90E  89  253  07m48s074411131 Mar 30  14:11:49    957 -10745115   T   p- 0.7012  1.0639  44N  56W  45  289  04m22s074421131 Sep 23  05:39:54    955 -10739120   A   p--0.7188  0.9328  41S  69E  44  351  06m24s07443  1132 Feb 18  19:41:35    953 -10734 87   P   -t-1.2495  0.5380  61S   0W   007444  1132 Mar 19  06:19:27    953 -10733125   P   t- 1.4291  0.2024  61N   3W   007445  1132 Aug 12  21:55:23    952 -10728 92   P   -t 1.3223  0.4048  62N  29W   007446  1132 Sep 11  09:29:13    951 -10727130   P   t--1.4007  0.2695  61S  46W   0074471133 Feb 07  03:10:08    950 -10722 97   A   -p-0.5794  0.9473  44S 161E  54  235  04m49s074481133 Aug 02  12:24:26    948 -10716102   T   -p 0.5423  1.0652  46N  17E  57  252  04m38s074491134 Jan 27  03:49:21    946 -10710107   A   nn 0.1170  0.9217  11S 128E  83  298  09m54s074501134 Jul 23  05:29:19    944 -10704112   T   n--0.1910  1.0720   9N  99E  79  238  06m21s074511135 Jan 16  03:43:17    943 -10698117   A   p- 0.7997  0.9329  31N 114E  37  410  07m39s074521135 Jul 12  20:28:48    941 -10692122   T   t--0.9676  1.0179  51S 148W  14  248  01m25s07453  1135 Dec 06  20:46:56    939 -10687 89   P   -t-1.3503  0.3536  67S  47E   007454  1136 Jan 05  09:38:55    939 -10686127   P   t- 1.4383  0.2010  64N   7E   0074551136 Jun 01  15:52:58    937 -10681 94   A   -t 0.9790  0.9459  78N 125E  11 1063  03m18s074561136 Nov 25  11:35:06    936 -10675 99   T   -p-0.6557  1.0430  63S   4E  49  191  02m54s074571137 May 21  16:30:23    934 -10669104   A   nn 0.2236  0.9504  35N  66W  77  187  05m51s074581137 Nov 15  03:00:21    932 -10663109   Tm  nn 0.0116  1.0297  20S 136E  89  101  02m53s074591138 May 10  19:48:33    930 -10657114   A   p--0.5447  0.9835  14S 110W  57   70  01m58s074601138 Nov 04  14:24:41    929 -10651119   A   p- 0.7362  0.9732  29N  27W  42  141  02m51s07461  1139 Mar 31  21:35:42    927 -10646 86   P   -t 1.3272  0.3913  72N 110E   007462  1139 Apr 30  06:10:02    927 -10645124   P   t--1.2616  0.5159  70S 126E   007463  1139 Sep 25  01:00:38    925 -10640 91   P   -t-1.5037  0.1081  72S  67E   007464  1139 Oct 24  18:42:07    925 -10639129   P   t- 1.4859  0.1369  71N  56W   0074651140 Mar 20  14:08:51    924 -10634 96   T   -p 0.6143  1.0607  39N  41W  52  251  04m42s074661140 Sep 13  01:10:24    922 -10628101   A   -p-0.7820  0.9431  47S 144E  38  334  05m31s

Catalog of Solar Eclipses: 1101 to 1200

                      TD ofCatalog  Calendar   Greatest          Luna Saros Ecl.               Ecl.            Sun Path  CentralNumber     Date      Eclipse    ΔT     Num  Num  Type QLE  Gamma    Mag.   Lat Long Alt Width   Dur.                                 s                                          °    °    °   km074671141 Mar 10  05:19:43    920 -10622106   T   nn-0.0971  1.0254   7S 108E  84   87  02m30s074681141 Sep 02  07:08:35    918 -10616111   H   nn-0.0136  1.0021   5N  76E  89    7  00m13s074691142 Feb 27  14:45:00    917 -10610116   A   p--0.8615  0.9589  61S   3W  30  293  03m17s074701142 Aug 22  20:14:13    915 -10604121   T   p- 0.7147  1.0504  53N 101W  44  238  03m36s07471  1143 Jan 17  22:16:50    914 -10599 88   P   -t 1.4214  0.2491  69N 170W   007472  1143 Jul 14  05:36:19    912 -10593 93   P   -t-1.1194  0.7889  68S  85E   007473  1143 Aug 12  12:57:36    911 -10592131   P   t- 1.4088  0.2324  71N 122E   0074741144 Jan 06  23:19:57    910 -10587 98   A   -p 0.7075  0.9459  24N 167W  45  282  06m36s074751144 Jul 02  19:15:50    908 -10581103   H   -p-0.3949  1.0145   1S 105W  67   54  01m39s074761144 Dec 26  07:20:32    907 -10575108   H   nn-0.0195  1.0046  24S  75E  89   16  00m28s074771145 Jun 22  02:02:44    905 -10569113   A   p- 0.3909  0.9645  47N 152E  67  140  03m35s074781145 Dec 15  21:18:46    903 -10563118   T   p--0.6892  1.0387  67S 145W  46  180  02m32s07479  1146 Jun 11  03:09:15    901 -10557123   P   t- 1.1642  0.6817  65N  25W   007480  1146 Nov 06  01:33:49    900 -10552 90   P   -t 1.3669  0.3233  63N 152W   007481  1146 Dec 05  12:57:34    900 -10551128   P   t--1.3507  0.3500  65S 168W   0074821147 May 01  17:28:51    898 -10546 95   A   -p-0.8658  0.9918  39S  55W  30   57  00m45s074831147 Oct 26  11:11:07    897 -10540100   A   -p 0.7210  0.9595  28N  32E  44  207  04m11s074841148 Apr 20  05:37:53    895 -10534105   Tm  nn-0.0765  1.0520  10N 100E  86  172  04m35s074851148 Oct 14  13:38:06    893 -10528110   A   nn 0.0231  0.9286  10S  24W  89  268  08m26s074861149 Apr 09  22:04:02    891 -10522115   T   p- 0.6479  1.0676  45N 172W  49  286  04m38s074871149 Oct 03  13:08:11    890 -10516120   A   p--0.6802  0.9320  43S  43W  47  339  06m24s07488  1150 Mar 01  03:46:23    888 -10511 87   P   -t-1.2835  0.4765  61S 131W   007489  1150 Mar 30  14:11:34    888 -10510125   P   t- 1.3867  0.2819  61N 130W   007490  1150 Aug 24  05:28:34    887 -10505 92   P   -t 1.3729  0.3118  61N 152W   007491  1150 Sep 22  17:12:01    886 -10504130   P   t--1.3568  0.3471  61S 171W   0074921151 Feb 18  11:00:02    885 -10499 97   A   -p-0.6070  0.9473  42S  44E  52  240  04m52s074931151 Aug 13  20:06:10    883 -10493102   T   -p 0.6024  1.0635  45N  96W  53  258  04m26s074941152 Feb 07  11:32:55    882 -10487107   A   nn 0.0950  0.9238   8S  12E  85  288  09m19s074951152 Aug 02  13:04:59    880 -10481112   T   nn-0.1250  1.0685   9N  14W  83  225  05m55s074961153 Jan 26  11:44:14    878 -10475117   A   p- 0.7839  0.9372  31N   9W  38  367  06m53s074971153 Jul 23  03:42:38    877 -10469122   T   p--0.8994  1.0161  42S 105E  26  125  01m22s07498  1153 Dec 17  05:32:01    875 -10464 89   P   -t-1.3488  0.3560  66S  95W   007499  1154 Jan 15  18:08:17    875 -10463127   P   t- 1.4274  0.2192  63N 130W   007500  1154 Jun 12  22:21:53    874 -10458 94   P   -t 1.0656  0.8530  66N  17E   0075011154 Dec 06  20:26:36    872 -10452 99   T   -p-0.6593  1.0425  65S 121W  48  190  02m50s075021155 Jun 01  22:57:44    870 -10446104   A   np 0.3088  0.9520  41N 162W  72  185  05m19s075031155 Nov 26  11:43:38    869 -10440109   T   nn 0.0063  1.0262  22S   6E  90   89  02m34s075041156 May 21  02:40:45    867 -10434114   A   p--0.4656  0.9889   6S 144E  62   44  01m21s075051156 Nov 14  22:44:29    865 -10428119   A   p- 0.7287  0.9687  26N 155W  43  164  03m28s07506  1157 Apr 11  05:23:00    864 -10423 86   P   -t 1.3767  0.2964  71N  21W   007507  1157 May 10  13:32:54    864 -10422124   P   t--1.1912  0.6486  69S   3E   007508  1157 Oct 05  08:25:14    862 -10417 91   P   -t-1.5396  0.0494  72S  59W   007509  1157 Nov 04  02:33:58    862 -10416129   P   t- 1.4710  0.1634  70N 173E   0075101158 Mar 31  22:07:25    861 -10411 96   T   -p 0.6623  1.0621  46N 164W  48  271  04m33s075111158 Sep 24  08:36:09    859 -10405101   A   -p-0.8223  0.9415  55S  27E  34  378  05m15s075121159 Mar 21  13:14:39    857 -10399106   T   nn-0.0557  1.0254   0S  13W  87   87  02m32s075131159 Sep 13  14:50:28    856 -10393111   H   nn-0.0591  1.0023   2S  42W  87    8  00m15s075141160 Mar 09  22:23:38    854 -10387116   A   p--0.8259  0.9599  54S 125W  34  256  03m28s075151160 Sep 02  04:07:30    852 -10381121   T   p- 0.6640  1.0504  45N 137E  48  222  03m49s07516  1161 Jan 28  06:05:42    851 -10376 88   P   -t 1.4375  0.2214  70N  60E   0

Catalog of Solar Eclipses: 1101 to 1200

                      TD ofCatalog  Calendar   Greatest          Luna Saros Ecl.               Ecl.            Sun Path  CentralNumber     Date      Eclipse    ΔT     Num  Num  Type QLE  Gamma    Mag.   Lat Long Alt Width   Dur.                                 s                                          °    °    °   km07517  1161 Jul 24  13:04:53    849 -10370 93   P   -t-1.1895  0.6540  69S  39W   007518  1161 Aug 22  20:46:37    849 -10369131   P   t- 1.3564  0.3340  71N   9W   0075191162 Jan 17  07:31:48    848 -10364 98   A   -p 0.7150  0.9499  26N  68E  44  262  05m54s075201162 Jul 14  02:19:38    846 -10358103   H   -p-0.4722  1.0091   7S 147E  62   35  01m02s075211163 Jan 06  15:58:40    844 -10352108   H   nn-0.0151  1.0084  23S  53W  89   29  00m51s075221163 Jul 03  08:36:04    843 -10346113   A   pn 0.3064  0.9620  41N  56E  72  145  04m06s075231163 Dec 27  06:11:27    841 -10340118   T   p--0.6860  1.0400  67S  91E  46  185  02m38s07524  1164 Jun 21  09:30:36    840 -10334123   P   t- 1.0754  0.8336  66N 131W   007525  1164 Nov 16  10:09:43    838 -10329 90   P   -t 1.3785  0.3027  63N  70E   007526  1164 Dec 15  21:48:04    838 -10328128   P   t--1.3507  0.3502  66S  49E   0075271165 May 12  00:33:05    837 -10323 95   A   -p-0.9349  0.9946  46S 160W  20   53  00m28s075281165 Nov 05  19:19:17    835 -10317100   A   -p 0.7379  0.9544  27N  93W  42  242  04m55s075291166 May 01  13:11:03    833 -10311105   T   nn-0.1406  1.0567  10N  12W  82  189  05m06s075301166 Oct 25  21:19:40    832 -10305110   A   nn 0.0477  0.9253  12S 139W  87  282  09m05s075311167 Apr 21  05:51:40    830 -10299115   T   p- 0.5906  1.0709  46N  74E  54  284  04m53s075321167 Oct 14  20:44:41    829 -10293120   A   p--0.6477  0.9313  45S 156W  49  332  06m24s07533  1168 Mar 11  11:43:09    827 -10288 87   P   -t-1.3232  0.4045  61S 101E   007534  1168 Apr 09  21:56:35    827 -10287125   P   t- 1.3390  0.3713  62N 105E   007535  1168 Sep 03  13:10:27    826 -10282 92   P   -t 1.4174  0.2298  61N  84E   007536  1168 Oct 03  01:04:24    826 -10281130   P   t--1.3197  0.4129  61S  62E   0075371169 Feb 28  18:38:38    824 -10276 97   A   -p-0.6431  0.9473  39S  70W  50  248  04m55s075381169 Aug 24  03:56:00    823 -10270102   T   -p 0.6561  1.0612  44N 149E  49  263  04m15s075391170 Feb 17  19:07:07    821 -10264107   A   nn 0.0651  0.9264   6S 101W  86  277  08m46s075401170 Aug 13  20:46:50    819 -10258112   T   nn-0.0646  1.0645   9N 129W  86  211  05m28s075411171 Feb 06  19:38:30    818 -10252117   A   p- 0.7618  0.9421  32N 130W  40  321  06m05s075421171 Aug 03  11:00:18    816 -10246122   T   p--0.8350  1.0126  36S   5W  33   77  01m06s07543  1171 Dec 28  14:16:40    815 -10241 89   P   -t-1.3484  0.3564  65S 124E   007544  1172 Jan 27  02:33:05    815 -10240127   P   t- 1.4121  0.2453  62N  94E   007545  1172 Jun 23  04:47:38    813 -10235 94   P   -t 1.1539  0.7004  65N  90W   0075461172 Dec 17  05:20:06    812 -10229 99   T   -p-0.6615  1.0426  65S 114E  48  190  02m49s075471173 Jun 12  05:22:44    810 -10223104   A   -p 0.3966  0.9531  47N 105E  66  187  04m51s075481173 Dec 06  20:29:30    809 -10217109   T   nn 0.0034  1.0234  23S 125W  90   80  02m17s075491174 Jun 01  09:31:50    807 -10211114   A   p--0.3843  0.9938   0N  40E  67   24  00m45s075501174 Nov 26  07:08:31    806 -10205119   A   p- 0.7250  0.9648  24N  76E  43  185  04m02s07551  1175 Apr 22  13:04:58    804 -10200 86   P   -t 1.4309  0.1916  70N 149W   007552  1175 May 21  20:53:01    804 -10199124   P   t--1.1176  0.7882  68S 119W   007553  1175 Oct 16  15:57:46    803 -10194 91   Pe  -t-1.5690  0.0019  71S 174E   007554  1175 Nov 15  10:31:20    803 -10193129   P   t- 1.4605  0.1821  69N  42E   0075551176 Apr 11  05:59:31    801 -10188 96   T   -p 0.7156  1.0629  54N  74E  44  295  04m20s075561176 Oct 04  16:11:30    800 -10182101   A   -p-0.8551  0.9400  62S  94W  31  428  05m00s075571177 Mar 31  21:00:18    798 -10176106   T   nn-0.0073  1.0253   7N 131W  90   86  02m33s075581177 Sep 23  22:42:22    797 -10170111   H   nn-0.0971  1.0025   8S 162W  84    9  00m16s075591178 Mar 21  05:53:15    795 -10164116   A   p--0.7838  0.9610  46S 116E  38  225  03m39s075601178 Sep 13  12:08:37    794 -10158121   T   p- 0.6196  1.0500  38N  13E  51  210  03m59s07561  1179 Feb 08  13:48:49    792 -10153 88   P   -t 1.4582  0.1860  71N  69W   007562  1179 Mar 10  07:39:51    792 -10152126   Pb  t--1.5356  0.0536  72S 165E   007563  1179 Aug 04  20:37:56    791 -10147 93   P   -t-1.2552  0.5283  70S 165W   007564  1179 Sep 03  04:42:14    791 -10146131   P   t- 1.3096  0.4241  72N 142W   0075651180 Jan 28  15:39:21    789 -10141 98   A   -p 0.7267  0.9542  30N  57W  43  242  05m08s075661180 Jul 24  09:25:08    788 -10135103   H   -p-0.5471  1.0031  14S  38E  57   13  00m21s

Catalog of Solar Eclipses: 1101 to 1200

                      TD ofCatalog  Calendar   Greatest          Luna Saros Ecl.               Ecl.            Sun Path  CentralNumber     Date      Eclipse    ΔT     Num  Num  Type QLE  Gamma    Mag.   Lat Long Alt Width   Dur.                                 s                                          °    °    °   km075671181 Jan 17  00:33:25    786 -10129108   H   nn-0.0073  1.0127  20S 178E  89   44  01m17s075681181 Jul 13  15:11:38    785 -10123113   A   nn 0.2244  0.9590  34N  42W  77  153  04m42s075691182 Jan 06  15:00:32    783 -10117118   T   p--0.6802  1.0419  64S  33W  47  192  02m48s075701182 Jul 02  15:55:48    782 -10111123   An  t- 0.9892  0.9368  75N 120E   7   -   03m50s07571  1182 Nov 27  18:48:43    780 -10106 90   P   -t 1.3869  0.2883  64N  70W   007572  1182 Dec 27  06:37:09    780 -10105128   P   t--1.3505  0.3506  67S  94W   007573  1183 May 23  07:34:59    779 -10100 95   P   -t-1.0067  0.9797  64S 104E   0075741183 Nov 17  03:32:02    777 -10094100   A   -p 0.7503  0.9500  26N 142E  41  274  05m38s075751184 May 11  20:39:04    776 -10088105   T   -n-0.2094  1.0609   8N 124W  78  204  05m35s075761184 Nov 05  05:09:12    774 -10082110   A   nn 0.0659  0.9224  14S 104E  86  294  09m45s075771185 May 01  13:30:57    773 -10076115   T   p- 0.5264  1.0736  46N  37W  58  280  05m10s075781185 Oct 25  04:31:56    771 -10070120   A   p--0.6233  0.9308  48S  88E  51  328  06m24s07579  1186 Mar 22  19:29:34    770 -10065 87   P   -t-1.3708  0.3183  61S  24W   007580  1186 Apr 21  05:32:46    770 -10064125   P   t- 1.2847  0.4732  62N  19W   007581  1186 Sep 14  21:01:17    769 -10059 92   P   -t 1.4555  0.1598  61N  43W   007582  1186 Oct 14  09:06:01    769 -10058130   P   t--1.2891  0.4670  61S  67W   0075831187 Mar 12  02:08:41    767 -10053 97   A   -p-0.6856  0.9474  38S 178E  47  259  04m59s075841187 Sep 04  11:52:36    766 -10047102   T   -p 0.7044  1.0585  43N  31E  45  267  04m05s075851188 Feb 29  02:34:01    764 -10041107   A   nn 0.0292  0.9294   4S 147E  88  265  08m14s075861188 Aug 24  04:32:58    763 -10035112   Tm  nn-0.0082  1.0598   8N 115E  90  197  05m01s075871189 Feb 17  03:27:37    761 -10029117   A   p- 0.7346  0.9475  32N 111E  43  276  05m18s075881189 Aug 13  18:22:08    760 -10023122   H   p--0.7744  1.0082  33S 115W  39   43  00m43s07589  1190 Jan 07  22:59:43    759 -10018 89   P   -t-1.3501  0.3528  64S  17W   007590  1190 Feb 06  10:53:04    758 -10017127   P   t- 1.3921  0.2801  62N  40W   007591  1190 Jul 04  11:15:38    757 -10012 94   P   -t 1.2397  0.5528  64N 163E   0075921190 Dec 28  14:12:58    756 -10006 99   T   -p-0.6648  1.0430  63S  11W  48  193  02m50s075931191 Jun 23  11:49:25    754 -10000104   A   -p 0.4833  0.9539  52N  13E  61  193  04m28s075941191 Dec 18  05:15:22    753  -9994109   T   nn 0.0008  1.0209  24S 105E  90   71  02m02s075951192 Jun 11  16:23:44    751  -9988114   A   p--0.3023  0.9981   6N  64W  72    7  00m14s075961192 Dec 06  15:33:28    750  -9982119   A   p- 0.7228  0.9614  23N  53W  44  203  04m30s07597  1193 May 02  20:41:06    749  -9977 86   Pe  -t 1.4902  0.0765  70N  84E   007598  1193 Jun 01  04:11:37    748  -9976124   P   t--1.0418  0.9331  67S 120E   007599  1193 Nov 25  18:32:28    747  -9970129   P   t- 1.4531  0.1954  68N  90W   0076001194 Apr 22  13:44:30    746  -9965 96   T   -p 0.7748  1.0629  63N  47W  39  327  04m03s076011194 Oct 15  23:56:12    744  -9959101   A   -p-0.8811  0.9389  68S 142E  28  481  04m45s076021195 Apr 12  04:37:20    743  -9953106   T   nn 0.0477  1.0248  14N 113E  87   84  02m29s076031195 Oct 05  06:44:13    742  -9947111   H   nn-0.1277  1.0026  14S  77E  83    9  00m16s076041196 Mar 31  13:11:09    740  -9941116   A   p--0.7326  0.9621  38S   1E  43  200  03m52s076051196 Sep 23  20:18:46    739  -9935121   T   p- 0.5821  1.0491  31N 112W  54  199  04m06s07606  1197 Feb 18  21:23:51    737  -9930 88   P   -t 1.4855  0.1390  71N 163E   007607  1197 Mar 20  14:48:56    737  -9929126   P   t--1.4880  0.1327  72S  44E   007608  1197 Aug 15  04:16:07    736  -9924 93   P   -t-1.3161  0.4129  71S  68E   007609  1197 Sep 13  12:45:54    736  -9923131   P   t- 1.2695  0.5009  72N  83E   0076101198 Feb 07  23:41:19    735  -9918 98   A   -p 0.7437  0.9590  34N 179E  42  221  04m20s076111198 Aug 04  16:34:46    733  -9912103   A   -p-0.6176  0.9967  22S  73W  52   15  00m21s076121199 Jan 28  09:05:27    732  -9906108   H2  nn 0.0033  1.0174  16S  51E  90   60  01m45s076131199 Jul 24  21:48:31    730  -9900113   A   nn 0.1439  0.9557  27N 141W  82  163  05m21s076141200 Jan 17  23:48:29    729  -9894118   T   p--0.6731  1.0443  61S 159W  47  200  03m01s076151200 Jul 12  22:22:50    728  -9888123   A   t- 0.9039  0.9409  84N 101W  25  521  04m12s07616  1200 Dec 08  03:30:03    726  -9883 90   P   -t 1.3933  0.2771  65N 150E   0

World Atlas of Solar Eclipse Paths

Detailed maps of all annular, total and hybrid eclipses during the 12th century CE can be found at theWorld 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 Catalog 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, andBesselian elements.

These web pages are part of theFive 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, seeCalendar 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 inEarth's rotation due primarily to tidal friction of the Moon. The resultant drift in apparent clock time is expressed asΔT 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 ofpolynomial expressions have been derived to simplify the evaluation of ΔT for any time from -1999 to +3000. Theuncertainty 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 inFive Millennium Canon of Solar Eclipses: -1999 to +3000 andFive Millennium Catalog of Solar Eclipses: -1999 to +3000. The individual global maps appearing in links were extracted from full page plates appearing inFive Millennium Canon byDan McGlaun. The Besselian elements were provided byJean 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)"