The following table delineates the path of the Moon's antumbral shadow during the Annular Solar Eclipse of 2046 Feb 05. 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 an 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 00 20.3N 134 35.3E 02 51.9S 134 06.9E 01 16.4S 134 21.7E 0.910 0 - 355 06m41.6s
21:16 00 12.8N 135 00.7E 05 06.1S 143 04.7E 02 57.5S 140 45.9E 0.912 7 105 350 06m58.2s
21:18 02 01.7S 143 43.8E 05 53.9S 147 01.2E 04 02.0S 145 34.5E 0.913 12 105 346 07m12.7s
21:20 02 47.2S 147 20.5E 06 23.3S 149 53.3E 04 37.8S 148 43.3E 0.914 16 105 344 07m23.2s
21:22 03 16.3S 150 01.8E 06 43.5S 152 13.7E 05 01.8S 151 12.1E 0.915 19 105 342 07m32.1s
21:24 03 36.7S 152 14.6E 06 57.9S 154 14.3E 05 18.8S 153 17.7E 0.915 21 105 341 07m40.0s
21:26 03 51.5S 154 09.1E 07 08.1S 156 01.0E 05 31.1S 155 07.7E 0.916 24 105 340 07m47.3s
21:28 04 02.3S 155 50.6E 07 15.1S 157 37.2E 05 39.9S 156 46.1E 0.916 26 105 339 07m54.1s
21:30 04 09.9S 157 22.4E 07 19.6S 159 05.2E 05 45.9S 158 15.7E 0.917 28 105 338 08m00.5s
21:32 04 15.1S 158 46.4E 07 21.9S 160 26.6E 05 49.6S 159 38.1E 0.917 30 105 338 08m06.5s
21:34 04 18.2S 160 04.0E 07 22.5S 161 42.4E 05 51.3S 160 54.6E 0.918 31 105 337 08m12.2s
21:36 04 19.5S 161 16.4E 07 21.5S 162 53.4E 05 51.5S 162 06.2E 0.918 33 105 337 08m17.7s
21:38 04 19.3S 162 24.3E 07 19.2S 164 00.3E 05 50.2S 163 13.4E 0.918 34 105 337 08m23.0s
21:40 04 17.8S 163 28.3E 07 15.7S 165 03.7E 05 47.6S 164 17.0E 0.918 36 105 336 08m28.0s
21:42 04 15.1S 164 28.8E 07 11.1S 166 03.9E 05 43.9S 165 17.3E 0.919 37 105 336 08m32.9s
21:44 04 11.3S 165 26.4E 07 05.4S 167 01.3E 05 39.2S 166 14.6E 0.919 39 106 336 08m37.5s
21:46 04 06.5S 166 21.3E 06 58.9S 167 56.1E 05 33.6S 167 09.4E 0.919 40 106 336 08m41.9s
21:48 04 00.8S 167 13.7E 06 51.6S 168 48.6E 05 27.0S 168 01.8E 0.920 41 106 335 08m46.2s
21:50 03 54.3S 168 04.0E 06 43.5S 169 39.0E 05 19.7S 168 52.1E 0.920 43 106 335 08m50.3s
21:52 03 47.1S 168 52.2E 06 34.7S 170 27.5E 05 11.7S 169 40.4E 0.920 44 107 335 08m54.3s
21:54 03 39.1S 169 38.6E 06 25.2S 171 14.3E 05 03.0S 170 27.0E 0.920 45 107 335 08m58.0s
21:56 03 30.5S 170 23.4E 06 15.0S 171 59.4E 04 53.6S 171 11.9E 0.920 46 108 334 09m01.7s
21:58 03 21.2S 171 06.6E 06 04.3S 172 43.0E 04 43.6S 171 55.2E 0.921 47 108 334 09m05.1s
22:00 03 11.3S 171 48.4E 05 53.1S 173 25.2E 04 33.0S 172 37.2E 0.921 48 109 334 09m08.4s
22:02 03 00.9S 172 28.9E 05 41.2S 174 06.1E 04 21.9S 173 17.9E 0.921 49 109 333 09m11.6s
22:04 02 50.0S 173 08.1E 05 28.9S 174 45.8E 04 10.3S 173 57.3E 0.921 50 110 333 09m14.6s
22:06 02 38.5S 173 46.2E 05 16.1S 175 24.4E 03 58.1S 174 35.6E 0.921 51 110 332 09m17.4s
22:08 02 26.6S 174 23.3E 05 02.8S 176 01.9E 03 45.5S 175 12.9E 0.921 52 111 332 09m20.1s
22:10 02 14.2S 174 59.3E 04 49.1S 176 38.4E 03 32.5S 175 49.1E 0.922 53 112 331 09m22.7s
22:12 02 01.3S 175 34.4E 04 35.0S 177 14.0E 03 18.9S 176 24.4E 0.922 54 112 331 09m25.1s
22:14 01 48.0S 176 08.6E 04 20.4S 177 48.7E 03 05.0S 176 58.8E 0.922 55 113 330 09m27.4s
22:16 01 34.3S 176 42.0E 04 05.4S 178 22.6E 02 50.7S 177 32.4E 0.922 56 114 330 09m29.5s
22:18 01 20.1S 177 14.6E 03 50.1S 178 55.6E 02 35.9S 178 05.3E 0.922 57 115 329 09m31.5s
22:20 01 05.6S 177 46.4E 03 34.3S 179 28.0E 02 20.8S 178 37.4E 0.922 58 116 328 09m33.3s
22:22 00 50.7S 178 17.6E 03 18.2S 179 59.6E 02 05.3S 179 08.8E 0.922 59 117 328 09m35.0s
22:24 00 35.4S 178 48.2E 03 01.8S 179 29.4W 01 49.4S 179 39.5E 0.922 59 118 327 09m36.6s
22:26 00 19.7S 179 18.1E 02 45.0S 178 59.0W 01 33.2S 179 50.3W 0.922 60 120 326 09m38.0s
22:28 00 03.7S 179 47.4E 02 27.8S 178 29.2W 01 16.6S 179 20.8W 0.923 61 121 326 09m39.3s
22:30 00 12.7N 179 43.7W 02 10.4S 178 00.0W 00 59.7S 178 51.8W 0.923 61 122 325 09m40.5s
22:32 00 29.4N 179 15.4W 01 52.6S 177 31.2W 00 42.4S 178 23.3W 0.923 62 124 324 09m41.6s
22:34 00 46.5N 178 47.6W 01 34.5S 177 03.0W 00 24.8S 177 55.2W 0.923 63 125 323 09m42.5s
22:36 01 03.9N 178 20.2W 01 16.0S 176 35.2W 00 06.9S 177 27.7W 0.923 63 127 322 09m43.3s
22:38 01 21.6N 177 53.2W 00 57.3S 176 07.9W 00 11.3N 177 00.5W 0.923 64 128 321 09m44.0s
22:40 01 39.6N 177 26.7W 00 38.2S 175 40.9W 00 29.9N 176 33.8W 0.923 64 130 321 09m44.5s
22:42 01 58.0N 177 00.5W 00 18.9S 175 14.4W 00 48.7N 176 07.4W 0.923 65 132 320 09m45.0s
22:44 02 16.7N 176 34.6W 00 00.7N 174 48.2W 01 07.9N 175 41.3W 0.923 65 134 319 09m45.3s
22:46 02 35.8N 176 09.1W 00 20.7N 174 22.3W 01 27.4N 175 15.6W 0.923 66 136 318 09m45.5s
22:48 02 55.1N 175 43.8W 00 40.9N 173 56.7W 01 47.2N 174 50.2W 0.923 66 138 317 09m45.6s
22:50 03 14.8N 175 18.8W 01 01.4N 173 31.4W 02 07.3N 174 25.1W 0.923 67 140 316 09m45.6s
22:52 03 34.7N 174 54.1W 01 22.2N 173 06.4W 02 27.7N 174 00.2W 0.923 67 142 315 09m45.5s
22:54 03 55.0N 174 29.6W 01 43.3N 172 41.6W 02 48.3N 173 35.6W 0.923 67 144 314 09m45.3s
22:56 04 15.6N 174 05.3W 02 04.6N 172 17.1W 03 09.3N 173 11.2W 0.923 67 147 314 09m45.0s
22:58 04 36.5N 173 41.2W 02 26.3N 171 52.7W 03 30.6N 172 46.9W 0.923 68 149 313 09m44.6s
23:00 04 57.7N 173 17.2W 02 48.2N 171 28.5W 03 52.2N 172 22.8W 0.923 68 151 312 09m44.0s
23:02 05 19.3N 172 53.4W 03 10.4N 171 04.4W 04 14.1N 171 58.9W 0.923 68 154 311 09m43.4s
23:04 05 41.1N 172 29.8W 03 32.9N 170 40.5W 04 36.2N 171 35.1W 0.923 68 156 310 09m42.7s
23:06 06 03.3N 172 06.2W 03 55.7N 170 16.7W 04 58.7N 171 11.4W 0.923 68 159 310 09m42.0s
23:08 06 25.8N 171 42.7W 04 18.8N 169 53.0W 05 21.5N 170 47.8W 0.923 68 161 309 09m41.1s
23:10 06 48.6N 171 19.2W 04 42.1N 169 29.3W 05 44.6N 170 24.3W 0.923 68 164 308 09m40.1s
23:12 07 11.7N 170 55.8W 05 05.8N 169 05.7W 06 08.0N 170 00.8W 0.923 68 166 308 09m39.1s
23:14 07 35.1N 170 32.4W 05 29.7N 168 42.1W 06 31.7N 169 37.3W 0.923 67 168 307 09m38.0s
23:16 07 58.9N 170 09.0W 05 53.9N 168 18.6W 06 55.7N 169 13.8W 0.923 67 171 306 09m36.8s
23:18 08 23.0N 169 45.6W 06 18.4N 167 55.0W 07 20.0N 168 50.3W 0.923 67 173 306 09m35.5s
23:20 08 47.5N 169 22.1W 06 43.3N 167 31.3W 07 44.6N 168 26.7W 0.923 67 175 305 09m34.1s
23:22 09 12.3N 168 58.6W 07 08.4N 167 07.6W 08 09.6N 168 03.1W 0.923 66 178 305 09m32.7s
23:24 09 37.4N 168 34.9W 07 33.8N 166 43.9W 08 34.9N 167 39.4W 0.923 66 180 304 09m31.2s
23:26 10 02.9N 168 11.2W 07 59.5N 166 20.0W 09 00.5N 167 15.6W 0.923 65 182 304 09m29.6s
23:28 10 28.8N 167 47.3W 08 25.6N 165 55.9W 09 26.4N 166 51.6W 0.923 65 184 304 09m28.0s
23:30 10 55.0N 167 23.2W 08 52.0N 165 31.7W 09 52.7N 166 27.5W 0.923 64 186 303 09m26.3s
23:32 11 21.6N 166 58.9W 09 18.7N 165 07.3W 10 19.4N 166 03.1W 0.923 64 188 303 09m24.5s
23:34 11 48.5N 166 34.4W 09 45.7N 164 42.7W 10 46.4N 165 38.6W 0.923 63 189 303 09m22.7s
23:36 12 15.9N 166 09.6W 10 13.1N 164 17.9W 11 13.8N 165 13.8W 0.923 63 191 302 09m20.8s
23:38 12 43.6N 165 44.6W 10 40.9N 163 52.8W 11 41.5N 164 48.7W 0.923 62 193 302 09m18.9s
23:40 13 11.8N 165 19.2W 11 09.0N 163 27.3W 12 09.7N 164 23.3W 0.922 61 194 302 09m16.8s
23:42 13 40.4N 164 53.4W 11 37.4N 163 01.6W 12 38.2N 163 57.6W 0.922 61 196 302 09m14.8s
23:44 14 09.4N 164 27.3W 12 06.3N 162 35.4W 13 07.1N 163 31.4W 0.922 60 197 302 09m12.6s
23:46 14 38.9N 164 00.8W 12 35.5N 162 08.8W 13 36.5N 163 04.9W 0.922 59 199 302 09m10.4s
23:48 15 08.8N 163 33.7W 13 05.2N 161 41.8W 14 06.3N 162 37.8W 0.922 58 200 302 09m08.2s
23:50 15 39.2N 163 06.2W 13 35.2N 161 14.3W 14 36.5N 162 10.3W 0.922 58 202 302 09m05.9s
23:52 16 10.1N 162 38.1W 14 05.7N 160 46.3W 15 07.2N 161 42.3W 0.922 57 203 302 09m03.5s
23:54 16 41.5N 162 09.4W 14 36.7N 160 17.6W 15 38.4N 161 13.6W 0.922 56 204 302 09m01.1s
23:56 17 13.4N 161 40.0W 15 08.1N 159 48.4W 16 10.0N 160 44.3W 0.922 55 205 302 08m58.6s
23:58 17 45.9N 161 09.9W 15 39.9N 159 18.4W 16 42.2N 160 14.2W 0.921 54 207 303 08m56.1s
00:00 18 19.0N 160 39.0W 16 12.3N 158 47.7W 17 14.9N 159 43.4W 0.921 53 208 303 08m53.5s
00:02 18 52.6N 160 07.2W 16 45.2N 158 16.1W 17 48.2N 159 11.8W 0.921 52 209 303 08m50.8s
00:04 19 26.9N 159 34.5W 17 18.7N 157 43.7W 18 22.0N 158 39.3W 0.921 51 210 304 08m48.1s
00:06 20 01.8N 159 00.8W 17 52.7N 157 10.3W 18 56.5N 158 05.7W 0.921 50 211 304 08m45.3s
00:08 20 37.5N 158 26.0W 18 27.4N 156 35.8W 19 31.6N 157 31.1W 0.921 49 212 305 08m42.4s
00:10 21 13.8N 157 49.9W 19 02.7N 156 00.2W 20 07.5N 156 55.3W 0.920 48 213 305 08m39.5s
00:12 21 51.0N 157 12.6W 19 38.6N 155 23.4W 20 44.0N 156 18.2W 0.920 47 214 306 08m36.6s
00:14 22 28.9N 156 33.7W 20 15.3N 154 45.1W 21 21.3N 155 39.7W 0.920 46 215 307 08m33.5s
00:16 23 07.8N 155 53.3W 20 52.7N 154 05.4W 21 59.4N 154 59.6W 0.920 45 216 307 08m30.4s
00:18 23 47.6N 155 11.0W 21 30.9N 153 24.0W 22 38.4N 154 17.8W 0.920 44 217 308 08m27.2s
00:20 24 28.4N 154 26.9W 22 10.1N 152 40.8W 23 18.3N 153 34.2W 0.919 42 218 309 08m23.9s
00:22 25 10.2N 153 40.5W 22 50.1N 151 55.5W 23 59.2N 152 48.4W 0.919 41 219 310 08m20.6s
00:24 25 53.3N 152 51.7W 23 31.1N 151 08.1W 24 41.2N 152 00.3W 0.919 40 220 311 08m17.1s
00:26 26 37.7N 152 00.1W 24 13.3N 150 18.1W 25 24.4N 151 09.6W 0.919 39 221 312 08m13.6s
00:28 27 23.4N 151 05.5W 24 56.6N 149 25.3W 26 08.9N 150 16.0W 0.918 37 221 313 08m09.9s
00:30 28 10.8N 150 07.3W 25 41.2N 148 29.3W 26 54.9N 149 19.0W 0.918 36 222 314 08m06.2s
00:32 28 59.9N 149 05.1W 26 27.4N 147 29.8W 27 42.4N 148 18.2W 0.918 34 223 316 08m02.3s
00:34 29 51.0N 147 58.1W 27 15.1N 146 26.1W 28 31.7N 147 13.0W 0.917 33 225 317 07m58.2s
00:36 30 44.3N 146 45.7W 28 04.7N 145 17.5W 29 23.1N 146 02.7W 0.917 31 226 319 07m54.0s
00:38 31 40.3N 145 26.7W 28 56.4N 144 03.3W 30 16.8N 144 46.3W 0.917 29 227 320 07m49.7s
00:40 32 39.4N 143 59.6W 29 50.5N 142 42.4W 31 13.2N 143 22.6W 0.916 27 228 322 07m45.1s
00:42 33 42.2N 142 22.5W 30 47.6N 141 13.2W 32 13.0N 141 49.9W 0.916 26 229 324 07m40.2s
00:44 34 49.8N 140 32.5W 31 48.3N 139 33.7W 33 16.8N 140 05.7W 0.915 23 231 327 07m35.0s
00:46 36 03.6N 138 25.1W 32 53.4N 137 40.9W 34 25.8N 138 06.5W 0.915 21 232 329 07m29.5s
00:48 37 26.1N 135 52.4W 34 04.4N 135 30.0W 35 41.9N 135 46.3W 0.914 18 234 332 07m23.3s
00:50 39 02.3N 132 38.8W 35 23.7N 132 52.7W 37 08.3N 132 54.1W 0.913 15 236 336 07m16.3s
00:52 41 05.7N 128 00.4W 36 56.4N 129 31.8W 38 52.9N 129 04.3W 0.913 12 239 341 07m07.8s
00:54 - - 38 57.3N 124 36.0W 41 27.1N 122 30.7W 0.911 6 243 349 06m55.2s
Limits 45 13.2N 116 18.1W 42 07.4N 115 01.2W 43 40.0N 115 38.8W 0.910 0 - 358 06m44.1s
Instant of Greatest Eclipse: Time = 23:04:57.2 UT Lat = 04°46.9'N Long = 171°23.8'W (GE) Sun Altitude = 67.9° Path Width = 310.1 km Sun Azimuth = 157.4° Central Duration = 09m42.4s Instant of Greatest Duration: Time = 22:48:53 UT Lat = 01°56'N Long = 174°39'W (GD) Sun Altitude = 66.4° Path Width = 316.7 km Sun Azimuth = 138.7° Central Duration = 09m45.6s
Predictions for the Annular Solar Eclipse of 2046 Feb 05 were generated using the VSOP87/ELP2000-85 solar and lunar ephemerides and a value of ΔT = 88.7 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,
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
