Path of the Annular Solar Eclipse of 0632 Jan 27

Fred Espenak

The following table delineates the path of the Moon's antumbral shadow during the Annular Solar Eclipse of 0632 Jan 27 . 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 .


Annular Solar Eclipse of 0632 Jan 27

  
                                                                      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  21 34.6N 023 23.5E  20 25.1N 023 18.7E  20 59.7N 023 21.1E  0.972   0   -  124  01m54.0s
 05:12   21 16.2N 024 18.9E  18 11.1N 030 51.7E  19 17.2N 028 51.8E  0.974   6 111  118  01m52.7s
 05:14   18 49.9N 032 29.0E  17 12.2N 034 50.3E  17 58.6N 033 45.6E  0.975  11 113  112  01m51.4s
 05:16   17 58.9N 035 56.8E  16 36.7N 037 38.1E  17 16.5N 036 50.1E  0.976  14 114  109  01m50.5s
 05:18   17 26.2N 038 31.4E  16 12.4N 039 53.2E  16 48.4N 039 13.9E  0.977  17 115  107  01m49.8s
 05:20   17 03.2N 040 38.7E  15 54.9N 041 48.4E  16 28.4N 041 14.6E  0.978  19 116  105  01m49.2s

 05:22   16 46.5N 042 28.4E  15 42.3N 043 29.9E  16 13.9N 043 00.0E  0.978  21 117  103  01m48.6s
 05:24   16 34.4N 044 05.8E  15 33.4N 045 01.3E  16 03.4N 044 34.2E  0.979  23 118  102  01m48.1s
 05:26   16 25.8N 045 34.0E  15 27.4N 046 24.8E  15 56.2N 045 59.9E  0.979  25 119  101  01m47.6s
 05:28   16 20.0N 046 54.8E  15 23.8N 047 42.0E  15 51.6N 047 18.8E  0.979  26 120   99  01m47.2s
 05:30   16 16.6N 048 09.6E  15 22.3N 048 53.8E  15 49.2N 048 32.1E  0.980  28 121   98  01m46.7s
 05:32   16 15.3N 049 19.6E  15 22.6N 050 01.3E  15 48.6N 049 40.7E  0.980  29 122   97  01m46.3s
 05:34   16 15.7N 050 25.3E  15 24.5N 051 04.9E  15 49.8N 050 45.4E  0.980  30 123   96  01m45.9s
 05:36   16 17.6N 051 27.4E  15 27.8N 052 05.2E  15 52.4N 051 46.6E  0.981  32 123   95  01m45.5s
 05:38   16 21.0N 052 26.5E  15 32.3N 053 02.7E  15 56.4N 052 44.8E  0.981  33 124   95  01m45.2s
 05:40   16 25.6N 053 22.7E  15 38.0N 053 57.6E  16 01.6N 053 40.4E  0.981  34 125   94  01m44.8s

 05:42   16 31.4N 054 16.5E  15 44.8N 054 50.2E  16 07.9N 054 33.6E  0.981  35 126   93  01m44.5s
 05:44   16 38.2N 055 08.2E  15 52.6N 055 40.8E  16 15.2N 055 24.7E  0.982  36 127   92  01m44.2s
 05:46   16 46.1N 055 57.9E  16 01.3N 056 29.6E  16 23.5N 056 13.9E  0.982  37 128   91  01m43.9s
 05:48   16 54.9N 056 45.8E  16 10.9N 057 16.7E  16 32.7N 057 01.4E  0.982  38 129   91  01m43.6s
 05:50   17 04.6N 057 32.2E  16 21.3N 058 02.3E  16 42.7N 057 47.4E  0.982  38 131   90  01m43.3s
 05:52   17 15.2N 058 17.1E  16 32.5N 058 46.5E  16 53.6N 058 31.9E  0.982  39 132   89  01m43.0s
 05:54   17 26.5N 059 00.7E  16 44.4N 059 29.5E  17 05.3N 059 15.2E  0.982  40 133   89  01m42.8s
 05:56   17 38.6N 059 43.1E  16 57.1N 060 11.3E  17 17.7N 059 57.3E  0.983  41 134   88  01m42.5s
 05:58   17 51.5N 060 24.4E  17 10.5N 060 52.1E  17 30.8N 060 38.4E  0.983  41 135   87  01m42.3s
 06:00   18 05.0N 061 04.7E  17 24.5N 061 32.0E  17 44.6N 061 18.4E  0.983  42 136   87  01m42.0s

 06:02   18 19.3N 061 44.1E  17 39.2N 062 10.9E  17 59.1N 061 57.6E  0.983  43 137   86  01m41.8s
 06:04   18 34.2N 062 22.6E  17 54.6N 062 49.1E  18 14.2N 062 35.9E  0.983  43 139   85  01m41.6s
 06:06   18 49.7N 063 00.4E  18 10.5N 063 26.5E  18 30.0N 063 13.5E  0.983  44 140   85  01m41.4s
 06:08   19 05.9N 063 37.4E  18 27.1N 064 03.2E  18 46.3N 063 50.4E  0.983  44 141   84  01m41.3s
 06:10   19 22.8N 064 13.8E  18 44.2N 064 39.3E  19 03.3N 064 26.7E  0.983  44 143   84  01m41.1s
 06:12   19 40.2N 064 49.7E  19 02.0N 065 14.9E  19 20.9N 065 02.4E  0.983  45 144   83  01m41.0s
 06:14   19 58.3N 065 25.0E  19 20.3N 065 49.9E  19 39.1N 065 37.6E  0.983  45 145   82  01m40.8s
 06:16   20 16.9N 065 59.8E  19 39.2N 066 24.6E  19 57.9N 066 12.3E  0.983  45 147   82  01m40.7s
 06:18   20 36.2N 066 34.2E  19 58.6N 066 58.8E  20 17.2N 066 46.6E  0.984  46 148   81  01m40.6s
 06:20   20 56.1N 067 08.3E  20 18.6N 067 32.6E  20 37.2N 067 20.5E  0.984  46 150   81  01m40.5s

 06:22   21 16.5N 067 42.0E  20 39.2N 068 06.1E  20 57.7N 067 54.1E  0.984  46 151   80  01m40.4s
 06:24   21 37.5N 068 15.4E  21 00.4N 068 39.4E  21 18.8N 068 27.5E  0.984  46 153   80  01m40.3s
 06:26   21 59.1N 068 48.6E  21 22.1N 069 12.4E  21 40.5N 069 00.5E  0.984  46 154   79  01m40.3s
 06:28   22 21.3N 069 21.5E  21 44.4N 069 45.2E  22 02.7N 069 33.5E  0.984  47 155   79  01m40.3s
 06:30   22 44.2N 069 54.4E  22 07.2N 070 17.9E  22 25.5N 070 06.2E  0.984  47 157   79  01m40.2s
 06:32   23 07.6N 070 27.1E  22 30.6N 070 50.5E  22 48.9N 070 38.9E  0.984  47 158   78  01m40.2s
 06:34   23 31.6N 070 59.7E  22 54.6N 071 23.0E  23 12.9N 071 11.4E  0.984  47 160   78  01m40.2s
 06:36   23 56.2N 071 32.3E  23 19.2N 071 55.5E  23 37.5N 071 44.0E  0.984  46 161   78  01m40.3s
 06:38   24 21.5N 072 04.9E  23 44.4N 072 28.1E  24 02.8N 072 16.6E  0.984  46 163   77  01m40.3s
 06:40   24 47.3N 072 37.6E  24 10.1N 073 00.7E  24 28.6N 072 49.2E  0.983  46 165   77  01m40.4s

 06:42   25 13.9N 073 10.4E  24 36.5N 073 33.4E  24 55.0N 073 22.0E  0.983  46 166   77  01m40.4s
 06:44   25 41.1N 073 43.4E  25 03.5N 074 06.2E  25 22.1N 073 54.9E  0.983  46 168   77  01m40.5s
 06:46   26 08.9N 074 16.5E  25 31.2N 074 39.3E  25 49.9N 074 28.0E  0.983  46 169   77  01m40.6s
 06:48   26 37.5N 074 49.9E  25 59.5N 075 12.6E  26 18.3N 075 01.3E  0.983  45 171   77  01m40.7s
 06:50   27 06.7N 075 23.6E  26 28.5N 075 46.3E  26 47.5N 075 35.0E  0.983  45 172   77  01m40.9s
 06:52   27 36.7N 075 57.7E  26 58.2N 076 20.3E  27 17.3N 076 09.0E  0.983  45 173   77  01m41.0s
 06:54   28 07.5N 076 32.2E  27 28.6N 076 54.7E  27 47.9N 076 43.5E  0.983  44 175   77  01m41.2s
 06:56   28 39.0N 077 07.2E  27 59.7N 077 29.6E  28 19.2N 077 18.4E  0.983  44 176   77  01m41.4s
 06:58   29 11.4N 077 42.7E  28 31.6N 078 05.0E  28 51.3N 077 53.9E  0.983  43 178   77  01m41.6s
 07:00   29 44.6N 078 18.9E  29 04.4N 078 41.1E  29 24.3N 078 30.0E  0.983  43 179   77  01m41.9s

 07:02   30 18.7N 078 55.7E  29 37.9N 079 17.9E  29 58.1N 079 06.9E  0.982  42 181   78  01m42.1s
 07:04   30 53.7N 079 33.4E  30 12.3N 079 55.4E  30 32.8N 079 44.5E  0.982  41 182   78  01m42.4s
 07:06   31 29.7N 080 12.0E  30 47.7N 080 33.8E  31 08.5N 080 23.0E  0.982  41 184   78  01m42.7s
 07:08   32 06.7N 080 51.6E  31 24.0N 081 13.2E  31 45.2N 081 02.5E  0.982  40 185   79  01m43.0s
 07:10   32 44.9N 081 32.3E  32 01.3N 081 53.7E  32 22.9N 081 43.1E  0.982  39 186   79  01m43.3s
 07:12   33 24.2N 082 14.3E  32 39.7N 082 35.4E  33 01.7N 082 24.9E  0.982  39 188   80  01m43.6s
 07:14   34 04.7N 082 57.6E  33 19.2N 083 18.5E  33 41.7N 083 08.1E  0.981  38 189   80  01m44.0s
 07:16   34 46.5N 083 42.6E  34 00.0N 084 03.1E  34 23.0N 083 52.9E  0.981  37 191   81  01m44.4s
 07:18   35 29.8N 084 29.3E  34 42.1N 084 49.4E  35 05.7N 084 39.4E  0.981  36 192   82  01m44.8s
 07:20   36 14.6N 085 18.1E  35 25.6N 085 37.6E  35 49.8N 085 27.9E  0.981  35 193   82  01m45.2s

 07:22   37 01.1N 086 09.1E  36 10.7N 086 28.0E  36 35.6N 086 18.6E  0.981  34 195   83  01m45.7s
 07:24   37 49.4N 087 02.7E  36 57.4N 087 20.8E  37 23.1N 087 11.8E  0.980  33 196   84  01m46.1s
 07:26   38 39.8N 087 59.4E  37 46.0N 088 16.5E  38 12.6N 088 07.9E  0.980  32 198   85  01m46.6s
 07:28   39 32.5N 088 59.4E  38 36.6N 089 15.3E  39 04.2N 089 07.4E  0.980  31 199   86  01m47.2s
 07:30   40 27.7N 090 03.5E  39 29.5N 090 17.9E  39 58.2N 090 10.7E  0.979  30 200   88  01m47.7s
 07:32   41 25.8N 091 12.4E  40 24.9N 091 24.9E  40 55.0N 091 18.5E  0.979  28 202   89  01m48.3s
 07:34   42 27.4N 092 26.9E  41 23.4N 092 37.0E  41 54.9N 092 31.8E  0.979  27 204   91  01m48.9s
 07:36   43 32.9N 093 48.4E  42 25.2N 093 55.3E  42 58.5N 093 51.7E  0.978  25 205   92  01m49.6s
 07:38   44 43.2N 095 18.6E  43 31.1N 095 21.2E  44 06.5N 095 19.6E  0.978  24 207   94  01m50.2s
 07:40   45 59.4N 096 59.8E  44 41.9N 096 56.6E  45 19.9N 096 57.7E  0.977  22 209   96  01m51.0s

 07:42   47 23.4N 098 56.0E  45 58.9N 098 44.4E  46 40.1N 098 49.4E  0.977  20 211   99  01m51.8s
 07:44   48 57.7N 101 13.1E  47 23.8N 100 48.9E  48 09.4N 100 59.7E  0.976  18 213  102  01m52.7s
 07:46   50 47.7N 104 03.1E  48 59.9N 103 17.4E  49 51.8N 103 37.8E  0.975  15 215  105  01m53.6s
 07:48   53 05.1N 107 53.3E  50 53.1N 106 24.8E  51 55.4N 107 03.3E  0.975  12 219  110  01m54.8s
 07:50   56 39.2N 114 42.2E  53 18.6N 110 48.7E  54 45.1N 112 17.0E  0.973   8 223  117  01m56.3s

 Limits  59 59.2N 122 20.0E  58 58.5N 123 28.9E  59 28.8N 122 55.2E  0.971   0   -  129  01m58.6s

ΔT = 4414.0 seconds


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Acknowledgments

Predictions for the Annular Solar Eclipse of 0632 Jan 27 were generated using the VSOP87/ELP2000-82 solar and lunar ephemerides and a value of ΔT = 4414.0 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