Path of the Total Solar Eclipse of 0569 Nov 24

Fred Espenak

The following table delineates the path of the Moon's umbral shadow during the Total Solar Eclipse of 0569 Nov 24 . The geographic coordinates (WGS 84) of the northern and southern limits and the central line are listed at 120-second intervals. This provides adequate detail for making plots of the path on larger scale maps. Local circumstances on the central line include the ratio of the apparent diameters of the Moon to the Sun, the Sun's altitude and azimuth (degrees), the path width (kilometers) and the duration on the central line (minutes and seconds).

The global visibility of the eclipse is shown on an Orthographic Map . The features of this map are described in the Key to Solar Eclipse Path Tables. The path of the eclipse is displayed in greater detail on a Google Map .


Total Solar Eclipse of 0569 Nov 24

  
                                                                      M:S                 Central
Universal  Northern Limit      Southern Limit       Central Line     Diam.  Sun Sun Path   Line
         ------------------  ------------------  ------------------  Ratio  Alt Azm Width Durat.
  Time   Latitude Longitude  Latitude Longitude  Latitude Longitude
          °   ´     °   ´      °   ´     °   ´      °   ´     °   ´            °   °   km
  
 Limits  16 14.5N 024 17.1E  15 43.4N 024 01.7E  15 58.9N 024 09.4E  1.018   0   -   64  01m01.0s
 04:40   13 26.0N 030 58.3E  13 13.7N 029 52.1E  13 19.3N 030 26.3E  1.021   7 114   71  01m11.1s

 04:42   10 53.1N 036 15.8E  10 30.6N 035 26.9E  10 41.6N 035 51.7E  1.022  13 115   78  01m21.2s
 04:44   09 07.6N 039 34.8E  08 41.6N 038 49.4E  08 54.4N 039 12.3E  1.024  17 116   82  01m28.2s
 04:46   07 40.6N 042 08.5E  07 12.4N 041 24.6E  07 26.3N 041 46.8E  1.025  21 116   86  01m34.1s
 04:48   06 24.5N 044 16.6E  05 54.5N 043 33.4E  06 09.3N 043 55.2E  1.026  24 116   89  01m39.2s
 04:50   05 15.7N 046 07.6E  04 44.4N 045 24.8E  04 59.9N 045 46.4E  1.026  26 117   91  01m44.0s
 04:52   04 12.3N 047 46.4E  03 39.8N 047 03.7E  03 55.9N 047 25.2E  1.027  29 117   93  01m48.3s
 04:54   03 13.2N 049 15.7E  02 39.6N 048 33.0E  02 56.3N 048 54.5E  1.028  31 117   95  01m52.5s
 04:56   02 17.6N 050 37.6E  01 43.0N 049 55.0E  02 00.2N 050 16.4E  1.028  33 117   97  01m56.4s
 04:58   01 24.8N 051 53.5E  00 49.4N 051 10.8E  01 07.0N 051 32.3E  1.029  35 117   99  02m00.1s
 05:00   00 34.5N 053 04.3E  00 01.7S 052 21.6E  00 16.3N 052 43.1E  1.029  37 117  101  02m03.6s

 05:02   00 13.6S 054 11.0E  00 50.7S 053 28.2E  00 32.3S 053 49.7E  1.030  39 117  102  02m07.1s
 05:04   00 59.9S 055 14.0E  01 37.7S 054 31.2E  01 18.9S 054 52.7E  1.030  40 117  103  02m10.3s
 05:06   01 44.5S 056 13.9E  02 23.0S 055 31.0E  02 03.9S 055 52.6E  1.030  42 117  105  02m13.5s
 05:08   02 27.6S 057 11.0E  03 06.8S 056 28.1E  02 47.3S 056 49.7E  1.031  44 117  106  02m16.6s
 05:10   03 09.3S 058 05.8E  03 49.1S 057 22.8E  03 29.3S 057 44.4E  1.031  45 117  107  02m19.6s
 05:12   03 49.7S 058 58.4E  04 30.2S 058 15.4E  04 10.1S 058 37.0E  1.031  47 117  108  02m22.5s
 05:14   04 29.0S 059 49.1E  05 10.1S 059 06.1E  04 49.7S 059 27.8E  1.032  48 117  109  02m25.3s
 05:16   05 07.2S 060 38.2E  05 49.0S 059 55.2E  05 28.2S 060 16.8E  1.032  50 117  110  02m28.0s
 05:18   05 44.4S 061 25.8E  06 26.8S 060 42.8E  06 05.7S 061 04.4E  1.032  51 117  110  02m30.6s
 05:20   06 20.6S 062 12.0E  07 03.6S 061 29.0E  06 42.2S 061 50.6E  1.033  53 116  111  02m33.2s

 05:22   06 56.0S 062 56.9E  07 39.6S 062 14.1E  07 17.9S 062 35.6E  1.033  54 116  112  02m35.7s
 05:24   07 30.5S 063 40.8E  08 14.7S 062 58.0E  07 52.7S 063 19.5E  1.033  55 116  113  02m38.1s
 05:26   08 04.2S 064 23.8E  08 49.0S 063 41.0E  08 26.7S 064 02.5E  1.033  57 116  113  02m40.4s
 05:28   08 37.2S 065 05.8E  09 22.5S 064 23.1E  09 00.0S 064 44.5E  1.034  58 116  114  02m42.7s
 05:30   09 09.5S 065 47.0E  09 55.3S 065 04.4E  09 32.5S 065 25.8E  1.034  59 116  115  02m44.9s
 05:32   09 41.1S 066 27.5E  10 27.4S 065 45.0E  10 04.3S 066 06.4E  1.034  60 116  115  02m47.0s
 05:34   10 12.0S 067 07.3E  10 58.9S 066 25.0E  10 35.5S 066 46.3E  1.034  62 115  116  02m49.1s
 05:36   10 42.3S 067 46.6E  11 29.7S 067 04.4E  11 06.1S 067 25.6E  1.034  63 115  116  02m51.1s
 05:38   11 11.9S 068 25.3E  11 59.9S 067 43.3E  11 36.0S 068 04.4E  1.034  64 115  117  02m53.0s
 05:40   11 41.0S 069 03.5E  12 29.5S 068 21.8E  12 05.3S 068 42.8E  1.035  65 115  117  02m54.8s

 05:42   12 09.5S 069 41.4E  12 58.5S 068 59.9E  12 34.1S 069 20.7E  1.035  67 115  117  02m56.6s
 05:44   12 37.4S 070 18.9E  13 26.9S 069 37.6E  13 02.2S 069 58.3E  1.035  68 115  118  02m58.3s
 05:46   13 04.8S 070 56.0E  13 54.8S 070 15.0E  13 29.9S 070 35.6E  1.035  69 114  118  03m00.0s
 05:48   13 31.7S 071 32.9E  14 22.2S 070 52.1E  13 57.0S 071 12.6E  1.035  70 114  119  03m01.5s
 05:50   13 58.0S 072 09.5E  14 49.0S 071 29.1E  14 23.6S 071 49.4E  1.035  71 114  119  03m03.0s
 05:52   14 23.8S 072 46.0E  15 15.3S 072 05.8E  14 49.6S 072 26.0E  1.035  72 114  119  03m04.5s
 05:54   14 49.1S 073 22.3E  15 41.1S 072 42.5E  15 15.2S 073 02.4E  1.035  74 114  119  03m05.8s
 05:56   15 14.0S 073 58.4E  16 06.5S 073 19.0E  15 40.3S 073 38.8E  1.036  75 114  120  03m07.1s
 05:58   15 38.3S 074 34.5E  16 31.3S 073 55.4E  16 04.9S 074 15.0E  1.036  76 114  120  03m08.3s
 06:00   16 02.2S 075 10.5E  16 55.6S 074 31.8E  16 29.0S 074 51.2E  1.036  77 114  120  03m09.5s

 06:02   16 25.6S 075 46.4E  17 19.5S 075 08.2E  16 52.6S 075 27.4E  1.036  78 113  120  03m10.5s
 06:04   16 48.5S 076 22.4E  17 42.9S 075 44.6E  17 15.8S 076 03.5E  1.036  79 114  121  03m11.5s
 06:06   17 11.0S 076 58.3E  18 05.8S 076 21.0E  17 38.4S 076 39.7E  1.036  80 114  121  03m12.4s
 06:08   17 33.0S 077 34.4E  18 28.3S 076 57.5E  18 00.7S 077 16.0E  1.036  82 114  121  03m13.2s
 06:10   17 54.6S 078 10.5E  18 50.3S 077 34.1E  18 22.5S 077 52.4E  1.036  83 114  121  03m14.0s
 06:12   18 15.7S 078 46.7E  19 11.8S 078 10.9E  18 43.8S 078 28.8E  1.036  84 115  121  03m14.6s
 06:14   18 36.4S 079 23.0E  19 32.9S 078 47.8E  19 04.7S 079 05.4E  1.036  85 116  121  03m15.2s
 06:16   18 56.6S 079 59.5E  19 53.5S 079 24.9E  19 25.1S 079 42.2E  1.036  86 117  121  03m15.7s
 06:18   19 16.4S 080 36.1E  20 13.6S 080 02.1E  19 45.0S 080 19.2E  1.036  87 120  121  03m16.2s
 06:20   19 35.7S 081 13.0E  20 33.3S 080 39.6E  20 04.5S 080 56.4E  1.036  88 127  121  03m16.5s

 06:22   19 54.5S 081 50.1E  20 52.6S 081 17.4E  20 23.6S 081 33.8E  1.036  89 150  121  03m16.8s
 06:24   20 13.0S 082 27.4E  21 11.3S 081 55.4E  20 42.2S 082 11.5E  1.036  89 226  121  03m16.9s
 06:26   20 30.9S 083 05.1E  21 29.7S 082 33.7E  21 00.3S 082 49.4E  1.036  88 261  121  03m17.0s
 06:28   20 48.4S 083 43.0E  21 47.5S 083 12.4E  21 18.0S 083 27.7E  1.036  87 271  121  03m17.0s
 06:30   21 05.5S 084 21.2E  22 04.9S 083 51.4E  21 35.2S 084 06.3E  1.036  86 274  121  03m16.9s
 06:32   21 22.1S 084 59.8E  22 21.7S 084 30.7E  21 51.9S 084 45.3E  1.036  85 276  121  03m16.7s
 06:34   21 38.2S 085 38.7E  22 38.2S 085 10.5E  22 08.2S 085 24.6E  1.036  84 277  121  03m16.5s
 06:36   21 53.8S 086 18.1E  22 54.1S 085 50.7E  22 24.0S 086 04.4E  1.036  83 278  121  03m16.1s
 06:38   22 09.0S 086 57.8E  23 09.5S 086 31.3E  22 39.3S 086 44.6E  1.036  82 278  121  03m15.7s
 06:40   22 23.7S 087 38.0E  23 24.4S 087 12.4E  22 54.1S 087 25.2E  1.036  81 278  120  03m15.1s

 06:42   22 37.9S 088 18.7E  23 38.8S 087 54.0E  23 08.4S 088 06.3E  1.036  80 278  120  03m14.5s
 06:44   22 51.6S 088 59.8E  23 52.8S 088 36.1E  23 22.2S 088 47.9E  1.036  79 278  120  03m13.8s
 06:46   23 04.9S 089 41.5E  24 06.1S 089 18.7E  23 35.5S 089 30.1E  1.036  77 278  120  03m13.0s
 06:48   23 17.6S 090 23.8E  24 19.0S 090 01.9E  23 48.3S 090 12.8E  1.035  76 278  119  03m12.1s
 06:50   23 29.7S 091 06.6E  24 31.3S 090 45.7E  24 00.5S 090 56.1E  1.035  75 278  119  03m11.1s
 06:52   23 41.4S 091 50.0E  24 43.0S 091 30.2E  24 12.2S 091 40.0E  1.035  74 277  119  03m10.0s
 06:54   23 52.5S 092 34.0E  24 54.2S 092 15.3E  24 23.3S 092 24.6E  1.035  73 277  118  03m08.8s
 06:56   24 03.0S 093 18.7E  25 04.8S 093 01.1E  24 33.9S 093 09.9E  1.035  72 276  118  03m07.6s
 06:58   24 13.0S 094 04.2E  25 14.8S 093 47.6E  24 43.9S 093 55.8E  1.035  71 276  118  03m06.2s
 07:00   24 22.4S 094 50.3E  25 24.2S 094 34.9E  24 53.3S 094 42.5E  1.035  69 276  117  03m04.8s

 07:02   24 31.2S 095 37.3E  25 33.0S 095 23.0E  25 02.1S 095 30.0E  1.035  68 275  117  03m03.2s
 07:04   24 39.4S 096 25.0E  25 41.1S 096 11.9E  25 10.2S 096 18.4E  1.034  67 275  116  03m01.6s
 07:06   24 47.0S 097 13.6E  25 48.6S 097 01.7E  25 17.8S 097 07.6E  1.034  66 274  116  02m59.9s
 07:08   24 53.9S 098 03.2E  25 55.4S 097 52.4E  25 24.6S 097 57.7E  1.034  65 274  115  02m58.1s
 07:10   25 00.1S 098 53.6E  26 01.4S 098 44.1E  25 30.8S 098 48.7E  1.034  63 273  114  02m56.1s
 07:12   25 05.6S 099 45.1E  26 06.8S 099 36.8E  25 36.2S 099 40.8E  1.034  62 273  114  02m54.2s
 07:14   25 10.5S 100 37.6E  26 11.3S 100 30.6E  25 40.9S 100 34.0E  1.034  61 272  113  02m52.1s
 07:16   25 14.5S 101 31.3E  26 15.1S 101 25.5E  25 44.8S 101 28.2E  1.033  60 272  112  02m49.9s
 07:18   25 17.8S 102 26.1E  26 18.1S 102 21.6E  25 48.0S 102 23.7E  1.033  58 271  112  02m47.6s
 07:20   25 20.3S 103 22.2E  26 20.2S 103 19.0E  25 50.3S 103 20.4E  1.033  57 270  111  02m45.3s

 07:22   25 21.9S 104 19.6E  26 21.5S 104 17.7E  25 51.7S 104 18.5E  1.033  56 270  110  02m42.8s
 07:24   25 22.6S 105 18.5E  26 21.8S 105 17.9E  25 52.2S 105 18.0E  1.032  54 269  109  02m40.3s
 07:26   25 22.4S 106 18.9E  26 21.1S 106 19.6E  25 51.8S 106 19.0E  1.032  53 268  108  02m37.6s
 07:28   25 21.2S 107 20.9E  26 19.4S 107 23.0E  25 50.3S 107 21.7E  1.032  52 268  108  02m34.9s
 07:30   25 19.0S 108 24.6E  26 16.6S 108 28.1E  25 47.8S 108 26.2E  1.032  50 267  107  02m32.1s
 07:32   25 15.6S 109 30.3E  26 12.6S 109 35.1E  25 44.1S 109 32.5E  1.031  49 267  106  02m29.2s
 07:34   25 11.1S 110 38.1E  26 07.4S 110 44.2E  25 39.3S 110 40.9E  1.031  47 266  104  02m26.1s
 07:36   25 05.3S 111 48.1E  26 00.9S 111 55.6E  25 33.1S 111 51.6E  1.031  46 265  103  02m23.0s
 07:38   24 58.2S 113 00.5E  25 52.9S 113 09.4E  25 25.6S 113 04.7E  1.030  44 264  102  02m19.8s
 07:40   24 49.6S 114 15.7E  25 43.4S 114 26.0E  25 16.5S 114 20.6E  1.030  43 264  101  02m16.5s

 07:42   24 39.3S 115 33.9E  25 32.3S 115 45.6E  25 05.8S 115 39.5E  1.029  41 263  100  02m13.0s
 07:44   24 27.3S 116 55.4E  25 19.3S 117 08.6E  24 53.4S 117 01.8E  1.029  39 262   98  02m09.5s
 07:46   24 13.4S 118 20.8E  25 04.2S 118 35.4E  24 38.9S 118 27.9E  1.029  37 261   97  02m05.8s
 07:48   23 57.3S 119 50.6E  24 46.9S 120 06.7E  24 22.2S 119 58.4E  1.028  36 260   95  02m01.9s
 07:50   23 38.7S 121 25.5E  24 27.0S 121 43.1E  24 02.9S 121 34.0E  1.028  34 260   94  01m57.9s
 07:52   23 17.2S 123 06.3E  24 04.1S 123 25.5E  23 40.7S 123 15.6E  1.027  32 259   92  01m53.8s
 07:54   22 52.3S 124 54.4E  23 37.6S 125 15.1E  23 15.1S 125 04.5E  1.026  29 258   90  01m49.4s
 07:56   22 23.4S 126 51.3E  23 06.9S 127 13.8E  22 45.3S 127 02.3E  1.026  27 257   88  01m44.7s
 07:58   21 49.4S 128 59.7E  22 30.9S 129 24.1E  22 10.3S 129 11.6E  1.025  25 256   85  01m39.8s
 08:00   21 08.7S 131 23.3E  21 47.9S 131 50.0E  21 28.4S 131 36.3E  1.024  22 255   83  01m34.5s

 08:02   20 18.7S 134 09.0E  20 54.9S 134 38.6E  20 36.9S 134 23.4E  1.023  19 254   80  01m28.5s
 08:04   19 13.7S 137 30.6E  19 45.9S 138 04.6E  19 30.0S 137 47.2E  1.022  15 252   76  01m21.7s
 08:06   17 38.0S 142 08.6E  18 02.8S 142 52.9E  17 50.7S 142 30.0E  1.020  10 251   71  01m12.8s

 Limits  14 11.4S 151 21.4E  14 41.1S 151 36.0E  14 26.3S 151 28.7E  1.018   0   -   61  00m58.1s

ΔT = 5002.5 seconds


Return To Solar Eclipses of Historical Interest


Acknowledgments

Predictions for the Total Solar Eclipse of 0569 Nov 24 were generated using the VSOP87/ELP2000-82 solar and lunar ephemerides and a value of ΔT = 5002.5 seconds. The accuracy of the northern and southern edges of the eclipse path are limited to approximately 1-2 kilometers due to the lunar limb profile.

All eclipse calculations are by Fred Espenak, and he assumes full responsibility for their accuracy. Permission is freely granted to reproduce this data when accompanied by an acknowledgment:

"Eclipse Predictions by Fred Espenak, NASA's GSFC"

For more information, see: NASA Copyright Information

2009 Jun 11