Path of the Annular Solar Eclipse of -2136 Oct 22

Fred Espenak

The following table delineates the path of the Moon's antumbral shadow during the Annular Solar Eclipse of -2136 Oct 22 . 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.


Annular Solar Eclipse of -2136 Oct 22

  
                                                                      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  41 08.8N 067 06.1E  39 40.1N 067 08.2E  40 24.3N 067 07.2E  0.958   0   -  163  02m41.8s
 01:44   40 21.3N 074 21.7E  38 25.2N 078 17.7E  39 20.6N 076 40.4E  0.960   8 103  153  02m43.3s
 01:46   39 12.7N 081 56.3E  37 33.0N 083 42.5E  38 21.9N 082 53.8E  0.962  13 107  146  02m44.3s
 01:48   38 21.7N 086 25.3E  36 48.9N 087 31.8E  37 34.7N 087 00.7E  0.963  17 110  142  02m45.0s
 01:50   37 37.0N 089 50.4E  36 09.0N 090 35.6E  36 52.5N 090 14.3E  0.964  20 112  138  02m45.6s
 01:52   36 56.0N 092 39.8E  35 31.6N 093 11.2E  36 13.4N 092 56.5E  0.964  22 114  135  02m46.0s
 01:54   36 17.4N 095 05.8E  34 56.1N 095 27.4E  35 36.4N 095 17.3E  0.965  25 116  132  02m46.5s
 01:56   35 40.8N 097 14.8E  34 22.0N 097 29.0E  35 01.1N 097 22.4E  0.965  27 118  130  02m46.9s
 01:58   35 05.6N 099 10.8E  33 49.2N 099 19.2E  34 27.1N 099 15.4E  0.966  29 120  128  02m47.2s
 02:00   34 31.7N 100 56.5E  33 17.3N 101 00.2E  33 54.3N 100 58.7E  0.966  31 121  126  02m47.6s

 02:02   33 58.8N 102 33.8E  32 46.3N 102 33.6E  33 22.3N 102 34.0E  0.967  32 123  124  02m47.9s
 02:04   33 26.9N 104 04.0E  32 16.0N 104 00.5E  32 51.2N 104 02.5E  0.967  34 124  123  02m48.2s
 02:06   32 55.7N 105 28.2E  31 46.4N 105 22.0E  32 20.9N 105 25.3E  0.968  36 125  121  02m48.4s
 02:08   32 25.2N 106 47.2E  31 17.4N 106 38.6E  31 51.1N 106 43.1E  0.968  37 127  120  02m48.7s
 02:10   31 55.4N 108 01.7E  30 48.9N 107 51.1E  31 22.0N 107 56.5E  0.968  39 128  118  02m48.9s
 02:12   31 26.1N 109 12.3E  30 20.9N 108 59.8E  30 53.4N 109 06.1E  0.969  40 129  117  02m49.1s
 02:14   30 57.4N 110 19.3E  29 53.4N 110 05.2E  30 25.2N 110 12.3E  0.969  41 130  116  02m49.3s
 02:16   30 29.2N 111 23.1E  29 26.3N 111 07.7E  29 57.6N 111 15.4E  0.969  43 132  115  02m49.5s
 02:18   30 01.4N 112 24.1E  28 59.6N 112 07.4E  29 30.3N 112 15.8E  0.969  44 133  114  02m49.7s
 02:20   29 34.0N 113 22.5E  28 33.2N 113 04.7E  29 03.5N 113 13.6E  0.970  45 134  113  02m49.9s

 02:22   29 07.1N 114 18.6E  28 07.2N 113 59.8E  28 37.0N 114 09.2E  0.970  46 136  112  02m50.1s
 02:24   28 40.5N 115 12.6E  27 41.5N 114 52.9E  28 10.9N 115 02.7E  0.970  48 137  111  02m50.2s
 02:26   28 14.3N 116 04.6E  27 16.1N 115 44.1E  27 45.1N 115 54.3E  0.970  49 138  110  02m50.4s
 02:28   27 48.4N 116 54.8E  26 51.0N 116 33.6E  27 19.6N 116 44.2E  0.971  50 139  109  02m50.5s
 02:30   27 22.9N 117 43.4E  26 26.2N 117 21.5E  26 54.4N 117 32.5E  0.971  51 141  109  02m50.6s
 02:32   26 57.6N 118 30.5E  26 01.7N 118 08.0E  26 29.6N 118 19.3E  0.971  52 142  108  02m50.7s
 02:34   26 32.7N 119 16.3E  25 37.4N 118 53.2E  26 04.9N 119 04.7E  0.971  53 144  107  02m50.9s
 02:36   26 08.0N 120 00.7E  25 13.4N 119 37.1E  25 40.6N 119 48.9E  0.971  54 145  107  02m51.0s
 02:38   25 43.6N 120 43.9E  24 49.5N 120 19.8E  25 16.5N 120 31.9E  0.972  55 146  106  02m51.1s
 02:40   25 19.5N 121 26.0E  24 26.0N 121 01.5E  24 52.6N 121 13.8E  0.972  56 148  106  02m51.1s

 02:42   24 55.6N 122 07.1E  24 02.6N 121 42.2E  24 29.0N 121 54.7E  0.972  57 150  105  02m51.2s
 02:44   24 31.9N 122 47.3E  23 39.4N 122 22.0E  24 05.6N 122 34.6E  0.972  57 151  105  02m51.3s
 02:46   24 08.5N 123 26.6E  23 16.5N 123 01.0E  23 42.4N 123 13.7E  0.972  58 153  104  02m51.4s
 02:48   23 45.3N 124 05.0E  22 53.7N 123 39.1E  23 19.4N 123 52.0E  0.972  59 155  104  02m51.4s
 02:50   23 22.3N 124 42.7E  22 31.2N 124 16.5E  22 56.6N 124 29.6E  0.972  60 156  103  02m51.5s
 02:52   22 59.5N 125 19.7E  22 08.8N 124 53.2E  22 34.0N 125 06.4E  0.973  61 158  103  02m51.5s
 02:54   22 36.9N 125 56.0E  21 46.6N 125 29.3E  22 11.7N 125 42.6E  0.973  61 160  103  02m51.6s
 02:56   22 14.5N 126 31.8E  21 24.6N 126 04.8E  21 49.5N 126 18.3E  0.973  62 162  103  02m51.6s
 02:58   21 52.4N 127 07.0E  21 02.7N 126 39.7E  21 27.5N 126 53.3E  0.973  63 164  102  02m51.7s
 03:00   21 30.4N 127 41.7E  20 41.0N 127 14.2E  21 05.6N 127 27.9E  0.973  63 166  102  02m51.7s

 03:02   21 08.6N 128 15.9E  20 19.5N 127 48.2E  20 44.0N 128 02.0E  0.973  64 168  102  02m51.7s
 03:04   20 47.0N 128 49.6E  19 58.2N 128 21.8E  20 22.5N 128 35.7E  0.973  64 171  102  02m51.7s
 03:06   20 25.5N 129 23.0E  19 37.0N 128 55.0E  20 01.1N 129 09.0E  0.973  65 173  102  02m51.8s
 03:08   20 04.2N 129 56.0E  19 15.9N 129 27.8E  19 40.0N 129 41.9E  0.973  65 175  101  02m51.8s
 03:10   19 43.1N 130 28.7E  18 55.0N 130 00.3E  19 19.0N 130 14.5E  0.973  66 178  101  02m51.8s
 03:12   19 22.2N 131 01.1E  18 34.3N 130 32.6E  18 58.1N 130 46.8E  0.973  66 180  101  02m51.8s
 03:14   19 01.4N 131 33.3E  18 13.6N 131 04.5E  18 37.4N 131 18.9E  0.973  66 183  101  02m51.8s
 03:16   18 40.8N 132 05.2E  17 53.2N 131 36.3E  18 16.9N 131 50.7E  0.974  67 185  101  02m51.8s
 03:18   18 20.4N 132 37.0E  17 32.9N 132 07.9E  17 56.5N 132 22.4E  0.974  67 188  101  02m51.7s
 03:20   18 00.1N 133 08.5E  17 12.7N 132 39.3E  17 36.3N 132 53.9E  0.974  67 191  101  02m51.7s

 03:22   17 40.0N 133 40.0E  16 52.6N 133 10.6E  17 16.2N 133 25.2E  0.974  67 194  102  02m51.7s
 03:24   17 20.0N 134 11.3E  16 32.7N 133 41.7E  16 56.3N 133 56.5E  0.974  67 196  102  02m51.7s
 03:26   17 00.2N 134 42.6E  16 13.0N 134 12.8E  16 36.5N 134 27.7E  0.974  67 199  102  02m51.6s
 03:28   16 40.5N 135 13.8E  15 53.3N 134 43.9E  16 16.8N 134 58.8E  0.974  67 202  102  02m51.6s
 03:30   16 21.0N 135 45.0E  15 33.8N 135 14.9E  15 57.3N 135 29.9E  0.974  67 205  102  02m51.5s
 03:32   16 01.6N 136 16.1E  15 14.4N 135 46.0E  15 37.9N 136 01.0E  0.974  67 207  102  02m51.5s
 03:34   15 42.3N 136 47.4E  14 55.2N 136 17.0E  15 18.7N 136 32.2E  0.974  67 210  103  02m51.4s
 03:36   15 23.3N 137 18.7E  14 36.1N 136 48.2E  14 59.5N 137 03.4E  0.974  67 213  103  02m51.3s
 03:38   15 04.3N 137 50.1E  14 17.1N 137 19.4E  14 40.6N 137 34.7E  0.974  66 215  103  02m51.3s
 03:40   14 45.5N 138 21.6E  13 58.2N 137 50.7E  14 21.7N 138 06.1E  0.974  66 218  103  02m51.2s

 03:42   14 26.9N 138 53.2E  13 39.5N 138 22.2E  14 03.1N 138 37.7E  0.974  66 220  104  02m51.1s
 03:44   14 08.4N 139 25.0E  13 20.9N 138 53.8E  13 44.5N 139 09.4E  0.974  65 222  104  02m51.0s
 03:46   13 50.0N 139 57.1E  13 02.4N 139 25.7E  13 26.1N 139 41.3E  0.973  65 225  104  02m50.9s
 03:48   13 31.8N 140 29.4E  12 44.0N 139 57.8E  13 07.8N 140 13.5E  0.973  64 227  105  02m50.8s
 03:50   13 13.7N 141 01.9E  12 25.8N 140 30.1E  12 49.6N 140 46.0E  0.973  64 229  105  02m50.7s
 03:52   12 55.8N 141 34.8E  12 07.7N 141 02.8E  12 31.6N 141 18.8E  0.973  63 231  106  02m50.6s
 03:54   12 38.0N 142 08.0E  11 49.8N 141 35.8E  12 13.8N 141 51.8E  0.973  62 233  106  02m50.5s
 03:56   12 20.4N 142 41.6E  11 31.9N 142 09.1E  11 56.0N 142 25.3E  0.973  62 235  106  02m50.3s
 03:58   12 02.9N 143 15.6E  11 14.2N 142 42.9E  11 38.5N 142 59.2E  0.973  61 236  107  02m50.2s
 04:00   11 45.6N 143 50.0E  10 56.7N 143 17.1E  11 21.0N 143 33.5E  0.973  60 238  107  02m50.0s

 04:02   11 28.4N 144 24.9E  10 39.3N 143 51.8E  11 03.7N 144 08.3E  0.973  60 240  108  02m49.9s
 04:04   11 11.4N 145 00.4E  10 22.0N 144 27.0E  10 46.6N 144 43.6E  0.973  59 241  109  02m49.7s
 04:06   10 54.6N 145 36.5E  10 04.8N 145 02.8E  10 29.6N 145 19.5E  0.973  58 243  109  02m49.5s
 04:08   10 37.9N 146 13.2E  09 47.8N 145 39.1E  10 12.7N 145 56.1E  0.973  57 244  110  02m49.4s
 04:10   10 21.3N 146 50.5E  09 31.0N 146 16.2E  09 56.0N 146 33.3E  0.972  56 245  110  02m49.2s
 04:12   10 05.0N 147 28.6E  09 14.2N 146 54.0E  09 39.5N 147 11.2E  0.972  55 246  111  02m49.0s
 04:14   09 48.8N 148 07.5E  08 57.7N 147 32.5E  09 23.1N 147 49.9E  0.972  54 248  112  02m48.8s
 04:16   09 32.8N 148 47.3E  08 41.3N 148 11.9E  09 06.9N 148 29.5E  0.972  53 249  112  02m48.6s
 04:18   09 17.0N 149 28.0E  08 25.0N 148 52.2E  08 50.9N 149 10.0E  0.972  52 250  113  02m48.3s
 04:20   09 01.3N 150 09.7E  08 09.0N 149 33.5E  08 35.0N 149 51.5E  0.972  51 251  114  02m48.1s

 04:22   08 45.9N 150 52.5E  07 53.1N 150 15.8E  08 19.3N 150 34.1E  0.972  50 252  114  02m47.8s
 04:24   08 30.7N 151 36.5E  07 37.4N 150 59.3E  08 03.9N 151 17.8E  0.971  49 253  115  02m47.6s
 04:26   08 15.7N 152 21.8E  07 21.8N 151 44.0E  07 48.6N 152 02.8E  0.971  48 254  116  02m47.3s
 04:28   08 00.9N 153 08.5E  07 06.5N 152 30.1E  07 33.5N 152 49.2E  0.971  47 254  117  02m47.1s
 04:30   07 46.3N 153 56.7E  06 51.3N 153 17.7E  07 18.7N 153 37.1E  0.971  46 255  118  02m46.8s
 04:32   07 32.0N 154 46.6E  06 36.4N 154 06.9E  07 04.1N 154 26.6E  0.971  45 256  119  02m46.5s
 04:34   07 18.0N 155 38.3E  06 21.7N 154 57.9E  06 49.7N 155 18.0E  0.970  43 257  119  02m46.2s
 04:36   07 04.2N 156 32.1E  06 07.3N 155 50.8E  06 35.6N 156 11.3E  0.970  42 257  120  02m45.8s
 04:38   06 50.7N 157 28.1E  05 53.1N 156 45.9E  06 21.8N 157 06.9E  0.970  41 258  121  02m45.5s
 04:40   06 37.6N 158 26.7E  05 39.2N 157 43.4E  06 08.2N 158 04.9E  0.970  39 258  122  02m45.1s

 04:42   06 24.8N 159 28.0E  05 25.6N 158 43.5E  05 55.0N 159 05.6E  0.969  38 259  124  02m44.8s
 04:44   06 12.4N 160 32.5E  05 12.4N 159 46.7E  05 42.2N 160 09.4E  0.969  37 260  125  02m44.4s
 04:46   06 00.5N 161 40.7E  04 59.5N 160 53.3E  05 29.8N 161 16.8E  0.969  35 260  126  02m44.0s
 04:48   05 49.0N 162 53.0E  04 47.0N 162 03.8E  05 17.8N 162 28.1E  0.968  33 261  127  02m43.6s
 04:50   05 38.1N 164 10.1E  04 35.0N 163 18.8E  05 06.3N 163 44.1E  0.968  32 261  128  02m43.2s
 04:52   05 27.8N 165 32.9E  04 23.5N 164 39.0E  04 55.4N 165 05.7E  0.967  30 261  130  02m42.7s
 04:54   05 18.2N 167 02.7E  04 12.6N 166 05.7E  04 45.2N 166 33.8E  0.967  28 262  131  02m42.2s
 04:56   05 09.6N 168 40.9E  04 02.4N 167 40.0E  04 35.7N 168 10.0E  0.966  26 262  133  02m41.7s
 04:58   05 02.0N 170 30.1E  03 53.2N 169 24.0E  04 27.3N 169 56.4E  0.966  24 263  135  02m41.2s
 05:00   04 56.0N 172 33.8E  03 45.1N 171 20.6E  04 20.2N 171 56.3E  0.965  21 263  137  02m40.6s

 05:02   04 52.0N 174 58.2E  03 38.5N 173 34.6E  04 14.9N 174 15.2E  0.965  18 263  140  02m40.0s
 05:04   04 51.2N 177 56.2E  03 34.3N 176 14.8E  04 12.3N 177 03.6E  0.964  15 264  142  02m39.2s
 05:06   04 57.0N 177 57.5W  03 34.0N 179 41.5E  04 14.6N 179 12.7W  0.963  11 264  146  02m38.3s
 05:08      -         -      03 44.4N 174 43.9W  04 35.6N 171 58.4W  0.960   3 265  154  02m36.8s

 Limits  05 33.8N 168 44.5W  04 07.7N 168 51.6W  04 50.6N 168 48.1W  0.960   0   -  157  02m36.3s

ΔT = 49822.9 seconds


Return To Solar Eclipses of Historical Interest


Acknowledgments

Predictions for the Annular Solar Eclipse of -2136 Oct 22 were generated using the VSOP87/ELP2000-82 solar and lunar ephemerides and a value of ΔT = 49822.9 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