The following table delineates the path of the Moon's umbral shadow during the Total Solar Eclipse of 2094 Jan 16 . The geographic coordinates (WGS 84) of the northern and southern limits and the central line are listed at 60-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 .
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 63 58.6S 127 14.9E 65 19.7S 121 34.2E 64 39.1S 124 32.9E 1.028 0 - 308 01m19.1s
18:20 70 27.5S 137 09.3E - - 66 52.5S 127 53.4E 1.029 3 143 315 01m22.8s
18:21 71 46.8S 138 56.5E - - 69 19.9S 131 10.9E 1.029 5 139 321 01m26.8s
18:22 72 56.2S 140 27.5E 66 49.4S 123 38.0E 70 57.6S 133 08.9E 1.030 7 137 324 01m29.4s
18:23 73 59.1S 141 48.1E 69 33.4S 126 53.6E 72 17.6S 134 38.4E 1.030 8 135 326 01m31.5s
18:24 74 57.2S 143 01.4E 71 14.5S 128 35.3E 73 27.6S 135 51.5E 1.031 10 134 327 01m33.2s
18:25 75 51.7S 144 09.4E 72 36.2S 129 46.5E 74 31.1S 136 53.5E 1.031 11 133 327 01m34.8s
18:26 76 43.3S 145 13.3E 73 47.3S 130 40.1E 75 29.8S 137 47.1E 1.031 11 131 328 01m36.2s
18:27 77 32.6S 146 14.2E 74 51.5S 131 20.9E 76 24.8S 138 33.8E 1.032 12 130 328 01m37.4s
18:28 78 19.8S 147 12.7E 75 50.7S 131 51.7E 77 17.0S 139 14.8E 1.032 13 129 328 01m38.6s
18:29 79 05.4S 148 09.7E 76 46.1S 132 13.5E 78 06.7S 139 50.6E 1.032 14 128 328 01m39.7s
18:30 79 49.5S 149 05.6E 77 38.4S 132 27.1E 78 54.5S 140 21.6E 1.032 14 127 328 01m40.7s
18:31 80 32.3S 150 01.0E 78 28.2S 132 32.6E 79 40.5S 140 47.8E 1.032 15 127 328 01m41.6s
18:32 81 14.0S 150 56.5E 79 15.9S 132 29.7E 80 25.1S 141 09.3E 1.033 15 126 328 01m42.5s
18:33 81 54.7S 151 52.7E 80 01.7S 132 17.8E 81 08.5S 141 25.7E 1.033 16 125 328 01m43.3s
18:34 82 34.6S 152 50.3E 80 45.9S 131 56.0E 81 50.6S 141 36.6E 1.033 16 125 328 01m44.0s
18:35 83 13.6S 153 50.1E 81 28.6S 131 22.9E 82 31.8S 141 41.2E 1.033 17 124 328 01m44.8s
18:36 83 51.9S 154 53.4E 82 10.0S 130 36.5E 83 12.0S 141 38.4E 1.033 17 124 328 01m45.4s
18:37 84 29.5S 156 01.8E 82 50.0S 129 34.3E 83 51.5S 141 26.6E 1.033 17 124 328 01m46.1s
18:38 85 06.5S 157 17.3E 83 28.8S 128 12.5E 84 30.1S 141 03.2E 1.033 18 124 328 01m46.6s
18:39 85 43.0S 158 43.6E 84 06.3S 126 26.1E 85 08.0S 140 24.5E 1.033 18 124 328 01m47.2s
18:40 86 18.8S 160 25.6E 84 42.3S 124 08.2E 85 45.1S 139 24.8E 1.034 18 124 328 01m47.7s
18:41 86 54.1S 162 33.0E 85 16.9S 121 09.2E 86 21.5S 137 54.4E 1.034 19 125 328 01m48.2s
18:42 87 28.9S 165 23.1E 85 49.5S 117 15.3E 86 57.0S 135 36.8E 1.034 19 127 327 01m48.6s
18:43 88 02.8S 169 32.7E 86 19.7S 112 08.2E 87 31.5S 132 01.0E 1.034 19 130 327 01m49.0s
18:44 88 35.6S 176 29.3E 86 46.8S 105 23.8E 88 04.5S 126 03.6E 1.034 19 136 327 01m49.4s
18:45 89 05.8S 168 58.4W 87 09.6S 096 35.7E 88 34.5S 115 23.2E 1.034 20 146 328 01m49.7s
18:46 89 26.4S 131 23.1W 87 26.4S 085 27.7E 88 58.0S 094 54.0E 1.034 20 166 328 01m50.0s
18:47 89 19.6S 077 24.6W 87 35.5S 072 19.0E 89 06.2S 060 59.6E 1.034 20 200 328 01m50.3s
18:48 88 53.6S 053 05.5W 87 35.5S 058 24.2E 88 53.7S 029 48.8E 1.034 20 230 328 01m50.6s
18:49 88 23.1S 042 58.9W 87 26.8S 045 24.8E 88 29.0S 012 20.7E 1.034 20 247 328 01m50.8s
18:50 87 51.2S 037 36.2W 87 10.9S 034 29.9E 87 59.4S 003 08.9E 1.034 20 256 328 01m51.0s
18:51 87 18.9S 034 12.0W 86 49.5S 025 53.6E 87 27.9S 002 07.0W 1.034 20 261 328 01m51.1s
18:52 86 46.5S 031 47.2W 86 24.5S 019 17.9E 86 55.6S 005 22.5W 1.034 20 264 328 01m51.2s
18:53 86 14.1S 029 56.7W 85 57.0S 014 16.0E 86 22.8S 007 30.6W 1.034 20 265 329 01m51.3s
18:54 85 41.6S 028 27.4W 85 27.8S 010 24.3E 85 49.9S 008 56.9W 1.034 21 266 329 01m51.4s
18:55 85 09.2S 027 12.2W 84 57.4S 007 25.0E 85 16.8S 009 55.4W 1.034 21 267 329 01m51.5s
18:56 84 36.8S 026 06.7W 84 26.2S 005 04.9E 84 43.6S 010 36.3W 1.034 21 267 329 01m51.5s
18:57 84 04.4S 025 08.2W 83 54.3S 003 14.5E 84 10.3S 011 03.2W 1.034 21 267 330 01m51.5s
18:58 83 32.0S 024 15.0W 83 22.0S 001 47.1E 83 37.1S 011 21.8W 1.034 21 267 330 01m51.4s
18:59 82 59.5S 023 25.6W 82 49.2S 000 37.7E 83 03.7S 011 31.0W 1.034 20 267 330 01m51.4s
19:00 82 27.1S 022 39.3W 82 16.2S 000 17.3W 82 30.4S 011 35.6W 1.034 20 266 331 01m51.3s
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
19:01 81 54.6S 021 55.5W 81 42.8S 001 00.7W 81 56.9S 011 34.6W 1.034 20 266 331 01m51.1s
19:02 81 22.1S 021 13.4W 81 09.2S 001 34.6W 81 23.4S 011 30.0W 1.034 20 265 332 01m51.0s
19:03 80 49.5S 020 32.8W 80 35.3S 002 00.5W 80 49.8S 011 22.3W 1.034 20 265 332 01m50.8s
19:04 80 16.9S 019 53.4W 80 01.2S 002 19.7W 80 16.0S 011 11.8W 1.034 20 264 333 01m50.6s
19:05 79 44.1S 019 14.9W 79 26.8S 002 33.2W 79 42.2S 010 58.9W 1.034 20 263 333 01m50.4s
19:06 79 11.2S 018 37.0W 78 52.1S 002 41.6W 79 08.1S 010 43.8W 1.034 20 263 334 01m50.1s
19:07 78 38.2S 017 59.6W 78 17.2S 002 45.6W 78 33.9S 010 26.9W 1.034 20 262 334 01m49.8s
19:08 78 05.0S 017 22.6W 77 41.9S 002 45.8W 77 59.6S 010 08.1W 1.034 19 261 335 01m49.4s
19:09 77 31.6S 016 45.7W 77 06.4S 002 42.4W 77 24.9S 009 47.8W 1.034 19 260 335 01m49.1s
19:10 76 58.0S 016 08.9W 76 30.4S 002 35.7W 76 50.0S 009 26.0W 1.034 19 260 336 01m48.7s
19:11 76 24.1S 015 32.1W 75 54.1S 002 26.1W 76 14.9S 009 02.6W 1.034 19 259 336 01m48.3s
19:12 75 50.0S 014 54.8W 75 17.4S 002 13.6W 75 39.4S 008 37.7W 1.034 18 258 337 01m47.8s
19:13 75 15.6S 014 17.4W 74 40.1S 001 58.5W 75 03.5S 008 11.4W 1.033 18 257 337 01m47.3s
19:14 74 40.8S 013 39.6W 74 02.3S 001 40.7W 74 27.2S 007 43.6W 1.033 18 256 338 01m46.7s
19:15 74 05.7S 013 01.2W 73 23.9S 001 20.3W 73 50.5S 007 14.3W 1.033 17 255 338 01m46.2s
19:16 73 30.2S 012 22.2W 72 44.9S 000 57.3W 73 13.2S 006 43.4W 1.033 17 255 339 01m45.6s
19:17 72 54.1S 011 42.3W 72 05.1S 000 31.6W 72 35.4S 006 10.9W 1.033 17 254 339 01m44.9s
19:18 72 17.6S 011 01.6W 71 24.4S 000 03.1W 71 56.9S 005 36.6W 1.033 16 253 340 01m44.2s
19:19 71 40.5S 010 19.8W 70 42.7S 000 28.2E 71 17.6S 005 00.3W 1.033 16 252 340 01m43.4s
19:20 71 02.7S 009 36.7W 69 59.8S 001 02.8E 70 37.5S 004 21.9W 1.033 15 251 341 01m42.6s
19:21 70 24.1S 008 52.2W 69 15.7S 001 40.8E 69 56.5S 003 41.2W 1.032 15 250 341 01m41.8s
19:22 69 44.7S 008 06.0W 68 29.9S 002 22.7E 69 14.3S 002 57.9W 1.032 14 249 341 01m40.8s
19:23 69 04.3S 007 17.9W 67 42.2S 003 09.2E 68 30.8S 002 11.6W 1.032 14 248 341 01m39.9s
19:24 68 22.8S 006 27.4W 66 52.1S 004 01.1E 67 45.8S 001 21.8W 1.032 13 246 341 01m38.8s
19:25 67 40.0S 005 34.2W 65 59.1S 004 59.6E 66 58.9S 000 27.9W 1.032 12 245 341 01m37.6s
19:26 66 55.7S 004 37.9W 65 02.1S 006 06.8E 66 09.7S 000 31.0E 1.031 11 244 340 01m36.4s
19:27 66 09.5S 003 37.6W 63 59.5S 007 25.7E 65 17.6S 001 36.1E 1.031 10 243 339 01m35.0s
19:28 65 21.0S 002 32.4W 62 48.2S 009 02.7E 64 21.7S 002 49.5E 1.031 9 241 338 01m33.4s
19:29 64 29.6S 001 21.2W 61 20.8S 011 13.3E 63 20.6S 004 14.1E 1.030 8 240 336 01m31.7s
19:30 63 34.5S 000 01.8W 58 54.5S 015 25.4E 62 11.3S 005 55.9E 1.030 7 238 333 01m29.6s
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
19:31 62 34.1S 001 28.9E - - 60 47.5S 008 08.9E 1.030 5 236 328 01m27.0s
19:32 61 25.8S 003 16.9E - - 58 40.0S 011 55.0E 1.029 2 232 318 01m22.8s
Limits 56 10.7S 013 14.9E 58 00.7S 017 11.1E 57 04.7S 015 07.5E 1.028 0 - 308 01m19.5s
Predictions for the Total Solar Eclipse of 2094 Jan 16 were generated using the VSOP87/ELP2000-82 solar and lunar ephemerides and a value of ΔT = 188.6 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
