Path of the Annular Solar Eclipse of 2019 Dec 26

Fred Espenak

The following table delineates the path of the Moon's antumbral shadow during the Annular Solar Eclipse of 2019 Dec 26 . 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 2019 Dec 26

  
                                                                      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  26 40.9N 048 29.6E  25 17.4N 047 54.8E  25 59.1N 048 12.1E  0.956   0   -  164  02m58.8s
 03:38   22 33.0N 057 11.8E  20 33.1N 058 05.0E  21 31.0N 057 42.0E  0.959  10 120  152  03m01.8s
 03:40   20 30.2N 061 13.1E  18 48.3N 061 34.0E  19 38.2N 061 25.0E  0.960  15 122  148  03m03.4s

 03:42   19 00.8N 064 03.1E  17 27.3N 064 10.8E  18 13.4N 064 07.8E  0.961  18 123  144  03m04.7s
 03:44   17 47.6N 066 19.4E  16 19.3N 066 19.9E  17 02.9N 066 20.2E  0.962  21 124  142  03m05.9s
 03:46   16 44.4N 068 15.2E  15 20.0N 068 11.2E  16 01.8N 068 13.6E  0.962  23 125  139  03m07.0s
 03:48   15 48.4N 069 56.9E  14 26.8N 069 49.7E  15 07.2N 069 53.6E  0.963  25 126  137  03m08.1s
 03:50   14 57.7N 071 28.1E  13 38.4N 071 18.7E  14 17.7N 071 23.7E  0.964  27 126  135  03m09.1s
 03:52   14 11.2N 072 51.2E  12 53.9N 072 40.2E  13 32.3N 072 46.0E  0.964  29 127  134  03m10.1s
 03:54   13 28.3N 074 07.9E  12 12.7N 073 55.6E  12 50.2N 074 02.0E  0.964  31 128  132  03m11.1s
 03:56   12 48.4N 075 19.2E  11 34.1N 075 06.0E  12 11.0N 075 12.8E  0.965  33 128  131  03m12.1s
 03:58   12 10.9N 076 26.0E  10 57.9N 076 12.1E  11 34.2N 076 19.2E  0.965  34 129  130  03m13.1s
 04:00   11 35.7N 077 29.1E  10 23.8N 077 14.6E  10 59.5N 077 22.0E  0.965  36 130  129  03m14.0s

 04:02   11 02.5N 078 28.8E  09 51.5N 078 14.0E  10 26.8N 078 21.5E  0.966  37 130  128  03m14.9s
 04:04   10 31.0N 079 25.7E  09 20.9N 079 10.5E  09 55.8N 079 18.2E  0.966  39 131  127  03m15.9s
 04:06   10 01.2N 080 20.0E  08 51.8N 080 04.7E  09 26.3N 080 12.4E  0.966  40 132  126  03m16.8s
 04:08   09 32.7N 081 12.1E  08 24.1N 080 56.7E  08 58.2N 081 04.5E  0.967  41 133  125  03m17.7s
 04:10   09 05.7N 082 02.3E  07 57.6N 081 46.7E  08 31.5N 081 54.6E  0.967  43 133  124  03m18.6s
 04:12   08 39.8N 082 50.6E  07 32.4N 082 35.0E  08 05.9N 082 42.9E  0.967  44 134  123  03m19.5s
 04:14   08 15.2N 083 37.3E  07 08.2N 083 21.8E  07 41.5N 083 29.6E  0.967  45 135  123  03m20.3s
 04:16   07 51.6N 084 22.6E  06 45.1N 084 07.1E  07 18.2N 084 14.9E  0.968  46 136  122  03m21.2s
 04:18   07 29.0N 085 06.6E  06 22.9N 084 51.1E  06 55.8N 084 58.9E  0.968  47 136  121  03m22.1s
 04:20   07 07.3N 085 49.3E  06 01.7N 085 34.0E  06 34.3N 085 41.7E  0.968  49 137  121  03m22.9s

 04:22   06 46.6N 086 31.0E  05 41.3N 086 15.8E  06 13.8N 086 23.4E  0.968  50 138  120  03m23.8s
 04:24   06 26.8N 087 11.6E  05 21.7N 086 56.6E  05 54.1N 087 04.2E  0.968  51 139  120  03m24.6s
 04:26   06 07.7N 087 51.4E  05 03.0N 087 36.5E  05 35.2N 087 44.0E  0.968  52 140  120  03m25.4s
 04:28   05 49.5N 088 30.3E  04 45.0N 088 15.6E  05 17.1N 088 23.0E  0.969  53 141  119  03m26.2s
 04:30   05 32.0N 089 08.4E  04 27.7N 088 53.9E  04 59.7N 089 01.2E  0.969  53 142  119  03m27.0s
 04:32   05 15.2N 089 45.8E  04 11.2N 089 31.5E  04 43.0N 089 38.7E  0.969  54 143  119  03m27.8s
 04:34   04 59.1N 090 22.5E  03 55.3N 090 08.5E  04 27.1N 090 15.5E  0.969  55 144  118  03m28.5s
 04:36   04 43.7N 090 58.7E  03 40.0N 090 44.9E  04 11.7N 090 51.8E  0.969  56 145  118  03m29.3s
 04:38   04 29.0N 091 34.3E  03 25.4N 091 20.7E  03 57.1N 091 27.5E  0.969  57 147  118  03m30.0s
 04:40   04 14.9N 092 09.3E  03 11.5N 091 56.1E  03 43.0N 092 02.7E  0.969  58 148  118  03m30.7s

 04:42   04 01.4N 092 43.9E  02 58.1N 092 31.0E  03 29.6N 092 37.5E  0.969  58 149  118  03m31.4s
 04:44   03 48.5N 093 18.1E  02 45.3N 093 05.4E  03 16.8N 093 11.8E  0.970  59 151  117  03m32.0s
 04:46   03 36.2N 093 51.9E  02 33.1N 093 39.5E  03 04.5N 093 45.7E  0.970  60 152  117  03m32.7s
 04:48   03 24.5N 094 25.3E  02 21.4N 094 13.2E  02 52.8N 094 19.3E  0.970  61 154  117  03m33.3s
 04:50   03 13.4N 094 58.4E  02 10.3N 094 46.6E  02 41.7N 094 52.6E  0.970  61 155  117  03m33.9s
 04:52   03 02.7N 095 31.3E  01 59.7N 095 19.8E  02 31.1N 095 25.5E  0.970  62 157  117  03m34.5s
 04:54   02 52.7N 096 03.8E  01 49.7N 095 52.6E  02 21.0N 095 58.2E  0.970  62 159  117  03m35.1s
 04:56   02 43.2N 096 36.1E  01 40.2N 096 25.2E  02 11.5N 096 30.7E  0.970  63 161  117  03m35.6s
 04:58   02 34.2N 097 08.2E  01 31.2N 096 57.7E  02 02.5N 097 02.9E  0.970  63 162  117  03m36.1s
 05:00   02 25.7N 097 40.1E  01 22.7N 097 29.9E  01 54.0N 097 35.0E  0.970  64 164  117  03m36.6s

 05:02   02 17.7N 098 11.8E  01 14.7N 098 02.0E  01 46.0N 098 06.9E  0.970  64 166  117  03m37.0s
 05:04   02 10.3N 098 43.4E  01 07.2N 098 33.9E  01 38.6N 098 38.7E  0.970  64 168  117  03m37.4s
 05:06   02 03.3N 099 14.9E  01 00.2N 099 05.7E  01 31.6N 099 10.3E  0.970  65 171  117  03m37.8s
 05:08   01 56.8N 099 46.3E  00 53.7N 099 37.5E  01 25.1N 099 41.9E  0.970  65 173  117  03m38.2s
 05:10   01 50.9N 100 17.6E  00 47.6N 100 09.1E  01 19.1N 100 13.4E  0.970  65 175  117  03m38.5s
 05:12   01 45.4N 100 48.8E  00 42.1N 100 40.7E  01 13.6N 100 44.8E  0.970  65 177  118  03m38.8s
 05:14   01 40.4N 101 20.1E  00 37.0N 101 12.3E  01 08.6N 101 16.2E  0.970  65 179  118  03m39.1s
 05:16   01 35.9N 101 51.3E  00 32.5N 101 43.9E  01 04.1N 101 47.6E  0.970  66 182  118  03m39.3s
 05:18   01 32.0N 102 22.5E  00 28.4N 102 15.5E  01 00.0N 102 19.0E  0.970  66 184  118  03m39.5s
 05:20   01 28.4N 102 53.8E  00 24.7N 102 47.1E  00 56.5N 102 50.4E  0.970  66 186  118  03m39.7s

 05:22   01 25.4N 103 25.1E  00 21.6N 103 18.8E  00 53.4N 103 21.9E  0.970  65 188  118  03m39.8s
 05:24   01 22.9N 103 56.5E  00 19.0N 103 50.5E  00 50.8N 103 53.5E  0.970  65 191  118  03m39.9s
 05:26   01 20.8N 104 27.9E  00 16.8N 104 22.4E  00 48.7N 104 25.2E  0.970  65 193  118  03m40.0s
 05:28   01 19.3N 104 59.5E  00 15.1N 104 54.3E  00 47.1N 104 56.9E  0.970  65 195  119  03m40.0s
 05:30   01 18.3N 105 31.2E  00 13.9N 105 26.4E  00 45.9N 105 28.8E  0.970  65 197  119  03m40.0s
 05:32   01 17.7N 106 03.1E  00 13.2N 105 58.6E  00 45.3N 106 00.9E  0.970  64 199  119  03m39.9s
 05:34   01 17.6N 106 35.2E  00 13.0N 106 31.1E  00 45.2N 106 33.1E  0.970  64 201  119  03m39.9s
 05:36   01 18.1N 107 07.4E  00 13.3N 107 03.7E  00 45.6N 107 05.6E  0.970  64 203  119  03m39.7s
 05:38   01 19.1N 107 39.9E  00 14.1N 107 36.5E  00 46.4N 107 38.2E  0.970  63 205  120  03m39.6s
 05:40   01 20.6N 108 12.6E  00 15.4N 108 09.6E  00 47.8N 108 11.1E  0.970  63 207  120  03m39.4s

 05:42   01 22.6N 108 45.6E  00 17.2N 108 43.0E  00 49.7N 108 44.3E  0.970  62 209  120  03m39.2s
 05:44   01 25.1N 109 18.9E  00 19.5N 109 16.7E  00 52.2N 109 17.8E  0.969  62 210  120  03m38.9s
 05:46   01 28.2N 109 52.5E  00 22.4N 109 50.6E  00 55.2N 109 51.6E  0.969  61 212  120  03m38.7s
 05:48   01 31.9N 110 26.5E  00 25.8N 110 25.0E  00 58.7N 110 25.7E  0.969  60 214  121  03m38.3s
 05:50   01 36.1N 111 00.9E  00 29.8N 110 59.7E  01 02.8N 111 00.3E  0.969  60 215  121  03m38.0s
 05:52   01 40.8N 111 35.6E  00 34.3N 111 34.8E  01 07.4N 111 35.2E  0.969  59 217  121  03m37.6s
 05:54   01 46.2N 112 10.9E  00 39.4N 112 10.4E  01 12.7N 112 10.6E  0.969  58 218  121  03m37.2s
 05:56   01 52.2N 112 46.6E  00 45.1N 112 46.4E  01 18.5N 112 46.5E  0.969  58 219  122  03m36.7s
 05:58   01 58.7N 113 22.8E  00 51.4N 113 23.0E  01 24.9N 113 22.9E  0.969  57 220  122  03m36.3s
 06:00   02 06.0N 113 59.6E  00 58.3N 114 00.1E  01 32.0N 113 59.9E  0.968  56 222  122  03m35.8s

 06:02   02 13.8N 114 37.1E  01 05.9N 114 37.9E  01 39.7N 114 37.5E  0.968  55 223  123  03m35.2s
 06:04   02 22.4N 115 15.1E  01 14.1N 115 16.3E  01 48.1N 115 15.7E  0.968  54 224  123  03m34.7s
 06:06   02 31.6N 115 53.9E  01 22.9N 115 55.3E  01 57.1N 115 54.6E  0.968  53 225  124  03m34.1s
 06:08   02 41.5N 116 33.5E  01 32.5N 116 35.2E  02 06.9N 116 34.3E  0.968  52 226  124  03m33.4s
 06:10   02 52.2N 117 13.9E  01 42.8N 117 15.8E  02 17.4N 117 14.8E  0.968  51 227  125  03m32.8s
 06:12   03 03.7N 117 55.2E  01 53.9N 117 57.4E  02 28.7N 117 56.2E  0.967  50 228  125  03m32.1s
 06:14   03 16.0N 118 37.4E  02 05.8N 118 39.9E  02 40.7N 118 38.6E  0.967  49 228  126  03m31.4s
 06:16   03 29.2N 119 20.7E  02 18.4N 119 23.4E  02 53.6N 119 22.0E  0.967  48 229  126  03m30.7s
 06:18   03 43.2N 120 05.2E  02 32.0N 120 08.0E  03 07.4N 120 06.6E  0.967  47 230  127  03m30.0s
 06:20   03 58.2N 120 50.9E  02 46.4N 120 53.9E  03 22.2N 120 52.4E  0.967  46 231  127  03m29.2s

 06:22   04 14.2N 121 38.0E  03 01.9N 121 41.1E  03 37.9N 121 39.5E  0.966  45 231  128  03m28.4s
 06:24   04 31.3N 122 26.6E  03 18.3N 122 29.8E  03 54.6N 122 28.1E  0.966  44 232  129  03m27.6s
 06:26   04 49.5N 123 16.9E  03 35.9N 123 20.1E  04 12.5N 123 18.4E  0.966  42 233  130  03m26.7s
 06:28   05 08.9N 124 09.0E  03 54.6N 124 12.2E  04 31.6N 124 10.5E  0.966  41 233  130  03m25.9s
 06:30   05 29.6N 125 03.1E  04 14.6N 125 06.3E  04 51.9N 125 04.6E  0.965  40 234  131  03m25.0s
 06:32   05 51.8N 125 59.6E  04 35.9N 126 02.6E  05 13.7N 126 01.0E  0.965  38 234  132  03m24.1s
 06:34   06 15.6N 126 58.6E  04 58.8N 127 01.4E  05 37.0N 126 59.9E  0.965  37 235  133  03m23.1s
 06:36   06 41.1N 128 00.5E  05 23.3N 128 03.0E  06 02.0N 128 01.6E  0.964  36 236  135  03m22.2s
 06:38   07 08.6N 129 05.9E  05 49.6N 129 07.8E  06 28.9N 129 06.7E  0.964  34 236  136  03m21.2s
 06:40   07 38.3N 130 15.1E  06 18.0N 130 16.3E  06 57.9N 130 15.5E  0.964  32 237  137  03m20.2s

 06:42   08 10.5N 131 28.9E  06 48.8N 131 29.2E  07 29.3N 131 28.8E  0.963  31 237  138  03m19.1s
 06:44   08 45.6N 132 48.1E  07 22.2N 132 47.2E  08 03.6N 132 47.4E  0.963  29 238  140  03m18.0s
 06:46   09 24.3N 134 14.1E  07 58.9N 134 11.5E  08 41.3N 134 12.5E  0.962  27 238  142  03m16.9s
 06:48   10 07.2N 135 48.4E  08 39.5N 135 43.5E  09 23.0N 135 45.6E  0.962  25 239  144  03m15.7s
 06:50   10 55.6N 137 33.6E  09 24.9N 137 25.4E  10 09.8N 137 29.1E  0.961  23 239  146  03m14.5s
 06:52   11 51.3N 139 33.8E  10 16.7N 139 20.6E  11 03.5N 139 26.5E  0.960  20 240  148  03m13.2s
 06:54   12 57.6N 141 56.0E  11 17.4N 141 34.8E  12 06.8N 141 44.5E  0.960  17 241  151  03m11.7s
 06:56   14 21.7N 144 56.2E  12 32.2N 144 19.5E  13 25.9N 144 36.2E  0.959  14 241  155  03m10.1s
 06:58   16 27.6N 149 27.5E  14 14.6N 148 05.8E  15 18.2N 148 41.3E  0.957   9 243  160  03m08.0s

 Limits  19 37.7N 156 26.6E  18 10.4N 156 57.9E  18 54.0N 156 42.3E  0.955   0   -  169  03m04.7s

ΔT = 69.2 seconds



   Instant of 
Greatest Eclipse:       Time =  05:17:43.9 UT       Lat = 01°00.5'N      Long = 102°14.8'E
      (GE)               Sun Altitude =  65.6°          Path Width = 117.9 km
                          Sun Azimuth = 183.6°    Central Duration =   03m39.5s


   Instant of 
Greatest Duration:      Time =    05:28:30 UT       Lat =   00°47'N      Long =   105°05'E
      (GD)               Sun Altitude =  64.9°          Path Width = 118.6 km
                          Sun Azimuth = 195.6°    Central Duration =   03m40.0s


Additional Links: Annular Solar Eclipse of 2019 Dec 26


Eclipse Predictions

Predictions for the Annular Solar Eclipse of 2019 Dec 26 were generated using the JPL DE405 solar and lunar ephemerides and a value of ΔT = 69.2 seconds.

The eclipse predictions presented here DO NOT include the effects of mountains and valleys along the edge of the Moon. Such corrections for the lunar limb profile may shift the limits of the eclipse path north or south by ~1-3 kilometers, and change the eclipse duration by ~1-3 seconds. More detailed predictions including the effects of the lunar limb profile are normally posted 12-18 months before each eclipse,

Acknowledgments

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


Solar Eclipse Links

2014 Feb 24