The following table delineates the path of the Moon's antumbral shadow during the Annular Solar Eclipse of 2042 Oct 14. 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 11 38.3N 087 01.3E 08 39.6N 086 00.8E 10 09.3N 086 31.6E 0.916 0 - 342 05m47.5s
00:06 10 03.6N 095 11.8E - - 09 41.6N 089 26.2E 0.917 3 99 341 05m51.9s
00:08 08 51.8N 099 36.1E 07 29.7N 092 40.9E 08 08.2N 096 36.9E 0.919 11 100 337 06m03.8s
00:10 07 53.3N 102 35.1E 06 20.1N 097 24.8E 07 06.2N 100 10.7E 0.920 15 100 335 06m10.6s
00:12 07 00.8N 104 56.1E 05 24.3N 100 29.3E 06 12.6N 102 49.1E 0.921 18 101 334 06m15.9s
00:14 06 12.0N 106 54.3E 04 34.3N 102 52.9E 05 23.4N 104 58.0E 0.921 21 101 333 06m20.5s
00:16 05 25.8N 108 36.8E 03 47.8N 104 52.6E 04 37.1N 106 48.1E 0.922 23 101 331 06m24.6s
00:18 04 41.5N 110 07.8E 03 03.7N 106 36.1E 03 53.0N 108 24.7E 0.923 25 101 330 06m28.4s
00:20 03 58.8N 111 29.8E 02 21.3N 108 07.8E 03 10.5N 109 51.0E 0.923 27 101 329 06m31.9s
00:22 03 17.3N 112 44.5E 01 40.3N 109 30.3E 02 29.3N 111 09.4E 0.923 29 101 328 06m35.2s
00:24 02 36.9N 113 53.4E 01 00.5N 110 45.5E 01 49.2N 112 21.2E 0.924 31 101 327 06m38.2s
00:26 01 57.4N 114 57.2E 00 21.6N 111 54.7E 01 10.0N 113 27.5E 0.924 33 100 326 06m41.2s
00:28 01 18.6N 115 56.7E 00 16.5S 112 58.9E 00 31.6N 114 29.2E 0.924 34 100 325 06m43.9s
00:30 00 40.6N 116 52.6E 00 53.9S 113 58.8E 00 06.1S 115 26.9E 0.925 36 100 323 06m46.6s
00:32 00 03.2N 117 45.2E 01 30.7S 114 54.9E 00 43.2S 116 21.2E 0.925 38 100 322 06m49.1s
00:34 00 33.6S 118 34.9E 02 06.9S 115 47.8E 01 19.7S 117 12.4E 0.925 39 99 321 06m51.6s
00:36 01 09.9S 119 22.1E 02 42.6S 116 37.8E 01 55.8S 118 01.0E 0.926 40 99 319 06m53.9s
00:38 01 45.8S 120 07.0E 03 17.9S 117 25.3E 02 31.4S 118 47.1E 0.926 42 99 318 06m56.2s
00:40 02 21.3S 120 49.9E 03 52.8S 118 10.5E 03 06.5S 119 31.1E 0.926 43 98 317 06m58.3s
00:42 02 56.3S 121 30.9E 04 27.4S 118 53.7E 03 41.3S 120 13.1E 0.926 44 98 315 07m00.5s
00:44 03 31.0S 122 10.3E 05 01.6S 119 35.0E 04 15.8S 120 53.4E 0.927 45 97 314 07m02.5s
00:46 04 05.3S 122 48.1E 05 35.5S 120 14.6E 04 49.9S 121 32.1E 0.927 47 97 313 07m04.4s
00:48 04 39.4S 123 24.5E 06 09.1S 120 52.7E 05 23.7S 122 09.3E 0.927 48 96 311 07m06.3s
00:50 05 13.1S 123 59.7E 06 42.4S 121 29.4E 05 57.3S 122 45.2E 0.927 49 96 310 07m08.2s
00:52 05 46.6S 124 33.6E 07 15.5S 122 04.9E 06 30.6S 123 19.9E 0.927 50 95 308 07m10.0s
00:54 06 19.8S 125 06.6E 07 48.4S 122 39.1E 07 03.6S 123 53.5E 0.928 51 94 307 07m11.7s
00:56 06 52.8S 125 38.5E 08 21.0S 123 12.4E 07 36.4S 124 26.1E 0.928 52 93 306 07m13.4s
00:58 07 25.5S 126 09.5E 08 53.5S 123 44.6E 08 09.0S 124 57.7E 0.928 53 93 304 07m15.0s
01:00 07 58.1S 126 39.7E 09 25.7S 124 15.9E 08 41.4S 125 28.4E 0.928 54 92 303 07m16.6s
01:02 08 30.4S 127 09.1E 09 57.8S 124 46.4E 09 13.6S 125 58.4E 0.928 55 91 301 07m18.1s
01:04 09 02.5S 127 37.8E 10 29.8S 125 16.2E 09 45.7S 126 27.6E 0.928 56 90 300 07m19.6s
01:06 09 34.4S 128 05.9E 11 01.5S 125 45.2E 10 17.5S 126 56.1E 0.928 57 89 299 07m21.0s
01:08 10 06.2S 128 33.4E 11 33.1S 126 13.6E 10 49.2S 127 24.0E 0.929 58 88 297 07m22.4s
01:10 10 37.8S 129 00.3E 12 04.6S 126 41.4E 11 20.8S 127 51.4E 0.929 59 87 296 07m23.7s
01:12 11 09.2S 129 26.7E 12 36.0S 127 08.7E 11 52.2S 128 18.2E 0.929 60 86 295 07m25.0s
01:14 11 40.5S 129 52.7E 13 07.2S 127 35.4E 12 23.4S 128 44.6E 0.929 61 84 294 07m26.3s
01:16 12 11.6S 130 18.2E 13 38.3S 128 01.7E 12 54.5S 129 10.5E 0.929 62 83 292 07m27.5s
01:18 12 42.6S 130 43.4E 14 09.3S 128 27.6E 13 25.5S 129 36.0E 0.929 63 82 291 07m28.7s
01:20 13 13.4S 131 08.2E 14 40.2S 128 53.2E 13 56.4S 130 01.2E 0.929 63 80 290 07m29.8s
01:22 13 44.2S 131 32.7E 15 11.0S 129 18.4E 14 27.2S 130 26.0E 0.929 64 79 289 07m30.9s
01:24 14 14.8S 131 57.0E 15 41.7S 129 43.3E 14 57.8S 130 50.6E 0.929 65 77 288 07m32.0s
01:26 14 45.2S 132 21.0E 16 12.3S 130 07.9E 15 28.4S 131 14.9E 0.929 66 75 286 07m33.0s
01:28 15 15.6S 132 44.8E 16 42.9S 130 32.3E 15 58.9S 131 39.0E 0.930 66 73 285 07m34.0s
01:30 15 45.9S 133 08.4E 17 13.3S 130 56.6E 16 29.2S 132 02.9E 0.930 67 71 284 07m34.9s
01:32 16 16.0S 133 31.9E 17 43.7S 131 20.6E 16 59.5S 132 26.7E 0.930 68 69 283 07m35.8s
01:34 16 46.1S 133 55.3E 18 14.0S 131 44.5E 17 29.7S 132 50.3E 0.930 68 67 282 07m36.7s
01:36 17 16.0S 134 18.5E 18 44.3S 132 08.3E 17 59.8S 133 13.9E 0.930 69 65 281 07m37.5s
01:38 17 45.9S 134 41.7E 19 14.5S 132 32.1E 18 29.8S 133 37.3E 0.930 69 62 281 07m38.3s
01:40 18 15.6S 135 04.9E 19 44.6S 132 55.7E 18 59.7S 134 00.7E 0.930 70 60 280 07m39.0s
01:42 18 45.3S 135 28.0E 20 14.6S 133 19.4E 19 29.6S 134 24.1E 0.930 70 57 279 07m39.7s
01:44 19 14.9S 135 51.2E 20 44.6S 133 43.1E 19 59.4S 134 47.5E 0.930 71 54 278 07m40.4s
01:46 19 44.4S 136 14.4E 21 14.6S 134 06.7E 20 29.2S 135 11.0E 0.930 71 51 277 07m41.0s
01:48 20 13.8S 136 37.6E 21 44.5S 134 30.5E 20 58.8S 135 34.5E 0.930 71 48 277 07m41.6s
01:50 20 43.2S 137 01.0E 22 14.4S 134 54.3E 21 28.4S 135 58.1E 0.930 72 45 276 07m42.2s
01:52 21 12.4S 137 24.4E 22 44.2S 135 18.3E 21 58.0S 136 21.8E 0.930 72 42 275 07m42.7s
01:54 21 41.6S 137 48.0E 23 14.0S 135 42.4E 22 27.5S 136 45.6E 0.930 72 39 275 07m43.1s
01:56 22 10.7S 138 11.8E 23 43.7S 136 06.7E 22 56.9S 137 09.6E 0.930 72 36 274 07m43.6s
01:58 22 39.8S 138 35.8E 24 13.4S 136 31.1E 23 26.3S 137 33.8E 0.930 72 32 274 07m44.0s
02:00 23 08.8S 138 59.9E 24 43.1S 136 55.8E 23 55.6S 137 58.3E 0.930 72 29 273 07m44.3s
02:02 23 37.7S 139 24.3E 25 12.8S 137 20.7E 24 24.9S 138 22.9E 0.930 72 25 273 07m44.6s
02:04 24 06.5S 139 49.0E 25 42.4S 137 45.9E 24 54.1S 138 47.9E 0.930 72 22 272 07m44.8s
02:06 24 35.3S 140 14.0E 26 12.0S 138 11.5E 25 23.3S 139 13.1E 0.930 72 19 272 07m45.0s
02:08 25 04.0S 140 39.3E 26 41.5S 138 37.3E 25 52.5S 139 38.7E 0.930 72 16 272 07m45.2s
02:10 25 32.7S 141 05.0E 27 11.0S 139 03.5E 26 21.6S 140 04.6E 0.930 71 12 271 07m45.3s
02:12 26 01.3S 141 31.0E 27 40.5S 139 30.2E 26 50.6S 140 31.0E 0.930 71 9 271 07m45.4s
02:14 26 29.8S 141 57.4E 28 10.0S 139 57.2E 27 19.6S 140 57.7E 0.930 71 6 271 07m45.4s
02:16 26 58.3S 142 24.3E 28 39.5S 140 24.7E 27 48.6S 141 24.9E 0.930 70 3 271 07m45.4s
02:18 27 26.7S 142 51.6E 29 08.9S 140 52.8E 28 17.5S 141 52.6E 0.930 70 0 270 07m45.3s
02:20 27 55.0S 143 19.5E 29 38.3S 141 21.3E 28 46.4S 142 20.8E 0.930 69 358 270 07m45.1s
02:22 28 23.3S 143 47.9E 30 07.7S 141 50.5E 29 15.2S 142 49.5E 0.930 69 355 270 07m44.9s
02:24 28 51.5S 144 16.8E 30 37.0S 142 20.2E 29 44.0S 143 18.9E 0.930 68 352 270 07m44.7s
02:26 29 19.7S 144 46.4E 31 06.3S 142 50.6E 30 12.7S 143 48.9E 0.930 68 350 270 07m44.4s
02:28 29 47.7S 145 16.6E 31 35.6S 143 21.7E 30 41.4S 144 19.5E 0.930 67 348 270 07m44.0s
02:30 30 15.8S 145 47.5E 32 04.9S 143 53.6E 31 10.0S 144 50.9E 0.930 66 345 270 07m43.6s
02:32 30 43.7S 146 19.1E 32 34.2S 144 26.2E 31 38.6S 145 23.0E 0.929 66 343 270 07m43.1s
02:34 31 11.6S 146 51.5E 33 03.4S 144 59.6E 32 07.2S 145 55.9E 0.929 65 341 271 07m42.6s
02:36 31 39.4S 147 24.6E 33 32.6S 145 34.0E 32 35.6S 146 29.6E 0.929 64 339 271 07m42.0s
02:38 32 07.1S 147 58.7E 34 01.7S 146 09.2E 33 04.1S 147 04.3E 0.929 63 337 271 07m41.3s
02:40 32 34.7S 148 33.6E 34 30.8S 146 45.5E 33 32.4S 147 39.9E 0.929 63 335 271 07m40.6s
02:42 33 02.3S 149 09.6E 34 59.9S 147 22.8E 34 00.7S 148 16.5E 0.929 62 334 271 07m39.8s
02:44 33 29.8S 149 46.5E 35 28.9S 148 01.3E 34 29.0S 148 54.2E 0.929 61 332 272 07m38.9s
02:46 33 57.2S 150 24.5E 35 57.9S 148 40.9E 34 57.2S 149 33.0E 0.929 60 330 272 07m38.0s
02:48 34 24.4S 151 03.7E 36 26.8S 149 21.8E 35 25.2S 150 13.0E 0.929 59 328 272 07m36.9s
02:50 34 51.6S 151 44.0E 36 55.6S 150 04.1E 35 53.3S 150 54.3E 0.929 58 327 273 07m35.9s
02:52 35 18.7S 152 25.7E 37 24.4S 150 47.7E 36 21.2S 151 36.9E 0.928 57 325 273 07m34.7s
02:54 35 45.6S 153 08.7E 37 53.2S 151 32.9E 36 49.0S 152 21.0E 0.928 56 324 274 07m33.5s
02:56 36 12.5S 153 53.1E 38 21.8S 152 19.7E 37 16.7S 153 06.6E 0.928 55 322 274 07m32.1s
02:58 36 39.2S 154 39.1E 38 50.3S 153 08.3E 37 44.3S 153 53.8E 0.928 54 321 275 07m30.8s
03:00 37 05.7S 155 26.7E 39 18.8S 153 58.6E 38 11.8S 154 42.8E 0.928 53 319 276 07m29.3s
03:02 37 32.1S 156 16.0E 39 47.1S 154 51.0E 38 39.1S 155 33.5E 0.928 52 318 276 07m27.7s
03:04 37 58.3S 157 07.2E 40 15.3S 155 45.4E 39 06.3S 156 26.3E 0.928 51 316 277 07m26.1s
03:06 38 24.3S 158 00.4E 40 43.3S 156 42.1E 39 33.3S 157 21.1E 0.927 50 315 278 07m24.3s
03:08 38 50.1S 158 55.6E 41 11.2S 157 41.2E 40 00.1S 158 18.2E 0.927 49 313 279 07m22.5s
03:10 39 15.7S 159 53.1E 41 38.9S 158 42.8E 40 26.7S 159 17.7E 0.927 48 312 280 07m20.6s
03:12 39 41.0S 160 53.0E 42 06.3S 159 47.3E 40 53.1S 160 19.9E 0.927 47 310 281 07m18.5s
03:14 40 06.1S 161 55.5E 42 33.6S 160 54.8E 41 19.2S 161 24.8E 0.927 46 309 282 07m16.4s
03:16 40 30.9S 163 00.9E 43 00.5S 162 05.6E 41 45.1S 162 32.7E 0.926 44 307 283 07m14.2s
03:18 40 55.3S 164 09.2E 43 27.2S 163 19.9E 42 10.6S 163 43.9E 0.926 43 306 284 07m11.8s
03:20 41 19.3S 165 20.9E 43 53.5S 164 38.1E 42 35.7S 164 58.7E 0.926 42 304 285 07m09.4s
03:22 41 43.0S 166 36.1E 44 19.4S 166 00.6E 43 00.5S 166 17.4E 0.926 40 303 286 07m06.8s
03:24 42 06.1S 167 55.3E 44 44.8S 167 27.8E 43 24.7S 167 40.3E 0.925 39 301 288 07m04.1s
03:26 42 28.8S 169 18.8E 45 09.8S 169 00.2E 43 48.5S 169 08.0E 0.925 38 299 289 07m01.3s
03:28 42 50.8S 170 47.0E 45 34.0S 170 38.4E 44 11.6S 170 40.9E 0.925 36 298 291 06m58.3s
03:30 43 12.2S 172 20.6E 45 57.6S 172 23.2E 44 34.0S 172 19.7E 0.924 35 296 293 06m55.2s
03:32 43 32.7S 174 00.1E 46 20.3S 174 15.3E 44 55.6S 174 05.1E 0.924 33 294 294 06m52.0s
03:34 43 52.3S 175 46.4E 46 42.0S 176 16.0E 45 16.3S 175 58.1E 0.924 31 292 296 06m48.5s
03:36 44 10.9S 177 40.4E 47 02.4S 178 26.6E 45 35.8S 177 59.8E 0.923 30 290 299 06m44.8s
03:38 44 28.1S 179 43.5E 47 21.4S 179 10.9W 45 53.9S 179 48.2W 0.923 28 288 301 06m40.9s
03:40 44 43.8S 178 02.7W 47 38.4S 176 33.9W 46 10.3S 177 23.9W 0.922 26 286 304 06m36.8s
03:42 44 57.6S 175 36.0W 47 53.0S 173 38.8W 46 24.5S 174 44.4W 0.922 24 283 307 06m32.3s
03:44 45 08.9S 172 52.8W 48 04.3S 170 19.6W 46 35.9S 171 45.3W 0.921 21 281 310 06m27.4s
03:46 45 16.9S 169 48.3W 48 10.7S 166 26.0W 46 43.4S 168 19.6W 0.921 18 278 314 06m22.0s
03:48 45 20.2S 166 13.4W 48 09.3S 161 36.5W 46 45.0S 164 14.3W 0.920 15 274 319 06m15.8s
03:50 45 16.0S 161 50.6W 47 50.4S 154 44.9W 46 36.1S 158 58.7W 0.919 11 270 325 06m08.2s
03:52 44 56.5S 155 49.9W - - 45 56.4S 150 14.6W 0.917 5 263 335 05m56.5s
Limits 43 36.5S 144 01.8W 46 33.1S 142 35.6W 45 04.5S 143 20.0W 0.916 0 - 343 05m48.0s
Instant of Greatest Eclipse: Time = 01:59:15.2 UT Lat = 23°44.7'S Long = 137°49.1'E (GE) Sun Altitude = 72.2° Path Width = 273.3 km Sun Azimuth = 30.1° Central Duration = 07m44.2s Instant of Greatest Duration: Time = 02:13:33 UT Lat = 27°13'S Long = 140°52'E (GD) Sun Altitude = 70.8° Path Width = 270.8 km Sun Azimuth = 6.8° Central Duration = 07m45.4s
Predictions for the Annular Solar Eclipse of 2042 Oct 14 were generated using the VSOP87/ELP2000-85 solar and lunar ephemerides and a value of ΔT = 86.0 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
