The following table delineates the path of the Moon's umbral shadow during the Total Solar Eclipse of 2076 Jan 06 . 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 60 19.7S 097 06.5W 61 51.4S 102 16.9W 61 05.1S 099 34.0W 1.028 0 - 323 01m18.8s
09:30 66 26.6S 088 14.7W - - 62 32.7S 097 20.5W 1.029 2 140 329 01m21.3s
09:31 67 44.8S 086 42.1W - - 65 15.2S 093 44.7W 1.030 5 137 338 01m25.8s
09:32 68 53.3S 085 26.1W - - 66 53.6S 091 52.1W 1.030 7 135 342 01m28.4s
09:33 69 55.4S 084 21.1W 65 21.9S 097 46.0W 68 13.2S 090 30.5W 1.031 8 133 344 01m30.5s
09:34 70 53.0S 083 24.2W 67 07.0S 095 58.9W 69 22.7S 089 26.0W 1.031 9 132 345 01m32.2s
09:35 71 47.0S 082 33.6W 68 29.6S 094 47.3W 70 25.5S 088 33.1W 1.031 10 131 346 01m33.7s
09:36 72 38.3S 081 48.3W 69 40.7S 093 54.5W 71 23.6S 087 49.0W 1.031 11 130 346 01m35.1s
09:37 73 27.3S 081 07.3W 70 44.7S 093 14.6W 72 18.2S 087 11.9W 1.032 12 129 346 01m36.3s
09:38 74 14.5S 080 30.1W 71 43.5S 092 44.4W 73 09.8S 086 40.9W 1.032 13 128 346 01m37.4s
09:39 75 00.0S 079 56.4W 72 38.5S 092 22.5W 73 59.2S 086 15.3W 1.032 13 127 346 01m38.5s
09:40 75 44.1S 079 26.0W 73 30.5S 092 07.7W 74 46.6S 085 54.7W 1.032 14 126 346 01m39.4s
09:41 76 27.1S 078 58.5W 74 20.0S 091 59.7W 75 32.3S 085 38.9W 1.033 14 126 346 01m40.3s
09:42 77 08.9S 078 34.1W 75 07.3S 091 58.2W 76 16.6S 085 27.9W 1.033 15 125 345 01m41.2s
09:43 77 49.9S 078 12.5W 75 52.9S 092 03.2W 76 59.7S 085 21.7W 1.033 15 125 345 01m41.9s
09:44 78 30.0S 077 54.0W 76 36.9S 092 14.8W 77 41.6S 085 20.5W 1.033 16 124 345 01m42.7s
09:45 79 09.4S 077 38.5W 77 19.5S 092 33.4W 78 22.5S 085 24.6W 1.033 16 124 344 01m43.3s
09:46 79 48.1S 077 26.4W 78 00.8S 092 59.5W 79 02.5S 085 34.6W 1.033 17 124 344 01m44.0s
09:47 80 26.1S 077 17.9W 78 40.9S 093 33.8W 79 41.6S 085 51.0W 1.033 17 124 344 01m44.6s
09:48 81 03.7S 077 13.5W 79 19.8S 094 17.2W 80 19.9S 086 14.6W 1.033 17 124 343 01m45.1s
09:49 81 40.7S 077 13.8W 79 57.7S 095 10.9W 80 57.5S 086 46.6W 1.034 18 124 343 01m45.6s
09:50 82 17.2S 077 19.5W 80 34.5S 096 16.1W 81 34.4S 087 28.3W 1.034 18 124 343 01m46.1s
09:51 82 53.2S 077 31.7W 81 10.2S 097 34.8W 82 10.5S 088 21.6W 1.034 18 124 342 01m46.6s
09:52 83 28.9S 077 52.0W 81 44.8S 099 09.1W 82 45.9S 089 28.7W 1.034 18 125 342 01m47.0s
09:53 84 04.1S 078 22.3W 82 18.2S 101 01.5W 83 20.5S 090 52.8W 1.034 19 126 342 01m47.3s
09:54 84 38.9S 079 05.6W 82 50.2S 103 15.3W 83 54.2S 092 38.0W 1.034 19 127 341 01m47.7s
09:55 85 13.3S 080 06.3W 83 20.8S 105 54.4W 84 27.0S 094 49.7W 1.034 19 129 341 01m48.0s
09:56 85 47.2S 081 30.9W 83 49.7S 109 03.1W 84 58.7S 097 35.3W 1.034 19 131 341 01m48.3s
09:57 86 20.6S 083 29.9W 84 16.6S 112 46.6W 85 29.0S 101 04.7W 1.034 19 134 341 01m48.5s
09:58 86 53.3S 086 20.1W 84 41.2S 117 09.9W 85 57.4S 105 30.8W 1.034 19 138 341 01m48.8s
09:59 87 24.9S 090 31.8W 85 02.8S 122 17.9W 86 23.5S 111 10.2W 1.034 20 144 340 01m48.9s
10:00 87 54.9S 097 00.6W 85 21.1S 128 13.0W 86 46.3S 118 21.7W 1.034 20 150 340 01m49.1s
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
10:01 88 21.9S 107 31.3W 85 35.3S 134 54.4W 87 04.7S 127 20.5W 1.034 20 159 340 01m49.2s
10:02 88 42.7S 124 58.0W 85 44.9S 142 15.0W 87 17.3S 138 07.2W 1.034 20 169 340 01m49.3s
10:03 88 51.8S 150 42.9W 85 49.3S 150 00.9W 87 22.7S 150 10.9W 1.034 20 181 340 01m49.4s
10:04 88 44.8S 177 12.2W 85 48.3S 157 52.9W 87 20.3S 162 28.0W 1.034 20 193 340 01m49.5s
10:05 88 25.2S 164 14.5E 85 42.1S 165 30.5W 87 10.4S 173 48.0W 1.034 20 204 340 01m49.5s
10:06 87 59.1S 153 01.1E 85 31.0S 172 36.1W 86 54.3S 176 32.7E 1.034 20 213 340 01m49.5s
10:07 87 29.7S 146 08.3E 85 15.5S 178 59.0W 86 33.3S 168 43.5E 1.034 20 220 341 01m49.4s
10:08 86 58.7S 141 42.4E 84 56.4S 175 25.3E 86 08.8S 162 32.6E 1.034 20 226 341 01m49.4s
10:09 86 26.7S 138 43.2E 84 34.1S 170 35.9E 85 41.7S 157 41.5E 1.034 20 230 341 01m49.3s
10:10 85 54.0S 136 38.1E 84 09.4S 166 29.2E 85 12.7S 153 52.6E 1.034 20 234 341 01m49.1s
10:11 85 20.9S 135 08.9E 83 42.5S 163 00.0E 84 42.4S 150 51.6E 1.034 20 236 341 01m49.0s
10:12 84 47.4S 134 04.5E 83 13.9S 160 03.2E 84 10.9S 148 27.6E 1.034 19 238 342 01m48.8s
10:13 84 13.7S 133 18.0E 82 43.9S 157 34.0E 83 38.5S 146 32.3E 1.034 19 240 342 01m48.6s
10:14 83 39.6S 132 44.9E 82 12.6S 155 28.1E 83 05.4S 144 59.8E 1.034 19 241 342 01m48.4s
10:15 83 05.3S 132 22.0E 81 40.2S 153 42.0E 82 31.7S 143 45.4E 1.034 19 241 343 01m48.1s
10:16 82 30.6S 132 07.0E 81 06.9S 152 12.8E 81 57.4S 142 45.7E 1.034 19 242 343 01m47.8s
10:17 81 55.7S 131 58.7E 80 32.6S 150 57.8E 81 22.5S 141 58.0E 1.034 19 242 343 01m47.4s
10:18 81 20.5S 131 55.6E 79 57.5S 149 55.2E 80 47.0S 141 20.5E 1.034 18 242 344 01m47.1s
10:19 80 45.0S 131 57.1E 79 21.6S 149 03.4E 80 11.1S 140 51.5E 1.034 18 243 344 01m46.7s
10:20 80 09.0S 132 02.5E 78 44.9S 148 20.9E 79 34.6S 140 29.8E 1.034 18 242 345 01m46.2s
10:21 79 32.8S 132 11.2E 78 07.3S 147 46.6E 78 57.5S 140 14.5E 1.034 18 242 345 01m45.8s
10:22 78 56.0S 132 23.0E 77 28.9S 147 19.8E 78 19.9S 140 04.8E 1.033 17 242 346 01m45.3s
10:23 78 18.9S 132 37.5E 76 49.6S 146 59.7E 77 41.6S 140 00.1E 1.033 17 242 346 01m44.7s
10:24 77 41.2S 132 54.6E 76 09.3S 146 45.8E 77 02.6S 140 00.0E 1.033 17 241 347 01m44.1s
10:25 77 02.9S 133 14.1E 75 28.0S 146 37.5E 76 22.8S 140 04.2E 1.033 16 241 347 01m43.5s
10:26 76 24.0S 133 36.0E 74 45.5S 146 34.8E 75 42.3S 140 12.4E 1.033 16 240 348 01m42.8s
10:27 75 44.5S 134 00.2E 74 01.8S 146 37.2E 75 00.8S 140 24.4E 1.033 15 240 348 01m42.1s
10:28 75 04.1S 134 26.6E 73 16.6S 146 44.9E 74 18.2S 140 40.2E 1.033 15 239 349 01m41.3s
10:29 74 22.9S 134 55.5E 72 29.7S 146 57.7E 73 34.5S 140 59.8E 1.033 14 238 349 01m40.5s
10:30 73 40.6S 135 26.9E 71 40.9S 147 16.0E 72 49.5S 141 23.3E 1.032 14 238 349 01m39.6s
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
10:31 72 57.3S 136 01.0E 70 49.8S 147 40.2E 72 02.9S 141 50.8E 1.032 13 237 350 01m38.7s
10:32 72 12.6S 136 37.9E 69 55.7S 148 10.9E 71 14.4S 142 22.8E 1.032 13 236 350 01m37.6s
10:33 71 26.4S 137 18.0E 68 58.1S 148 49.1E 70 23.8S 142 59.6E 1.032 12 235 350 01m36.5s
10:34 70 38.5S 138 01.7E 67 55.6S 149 36.7E 69 30.5S 143 42.1E 1.032 11 234 350 01m35.3s
10:35 69 48.4S 138 49.7E 66 46.3S 150 36.8E 68 33.7S 144 31.3E 1.031 10 233 349 01m34.0s
10:36 68 55.6S 139 42.7E 65 26.1S 151 55.8E 67 32.5S 145 29.0E 1.031 9 232 348 01m32.5s
10:37 67 59.6S 140 41.9E 63 44.5S 153 50.9E 66 25.0S 146 38.1E 1.031 8 230 347 01m30.7s
10:38 66 59.2S 141 49.1E - - 65 07.9S 148 04.4E 1.030 7 229 345 01m28.7s
10:39 65 52.8S 143 07.2E - - 63 33.0S 150 01.7E 1.030 5 227 341 01m26.1s
10:40 64 37.2S 144 42.0E - - 60 58.3S 153 42.1E 1.029 2 223 331 01m21.7s
Limits 58 43.3S 153 45.6E 60 22.1S 158 34.7E 59 32.0S 156 03.0E 1.028 0 - 324 01m19.1s
Predictions for the Total Solar Eclipse of 2076 Jan 06 were generated using the VSOP87/ELP2000-82 solar and lunar ephemerides and a value of ΔT = 147.9 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
