The following table delineates the path of the Moon's antumbral shadow during the Annular Solar Eclipse of 2024 Oct 02. 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 09 51.1N 165 09.4W 06 53.9N 165 56.8W 08 22.9N 165 32.6W 0.919 0 - 332 05m38.9s
16:54 08 47.2N 156 21.1W - - 07 59.1N 161 12.2W 0.920 4 95 330 05m45.5s
16:56 07 57.4N 152 11.2W 06 09.1N 158 41.2W 07 03.0N 155 01.1W 0.922 11 95 327 05m55.9s
16:58 07 13.6N 149 16.4W 05 22.6N 154 12.8W 06 18.5N 151 34.4W 0.923 15 96 326 06m02.4s
17:00 06 32.6N 146 57.0W 04 41.8N 151 12.6W 05 37.7N 148 58.6W 0.924 18 96 324 06m07.6s
17:02 05 53.4N 144 59.4W 04 03.4N 148 50.7W 04 59.0N 146 50.7W 0.924 21 96 323 06m12.1s
17:04 05 15.5N 143 16.9W 03 26.6N 146 51.7W 04 21.7N 145 01.0W 0.925 23 96 322 06m16.1s
17:06 04 38.5N 141 45.6W 02 50.8N 145 08.4W 03 45.3N 143 24.3W 0.925 25 96 322 06m19.7s
17:08 04 02.4N 140 23.1W 02 15.9N 143 36.6W 03 09.8N 141 57.6W 0.926 27 96 321 06m23.1s
17:10 03 26.8N 139 07.8W 01 41.5N 142 13.8W 02 34.8N 140 38.9W 0.926 29 96 320 06m26.3s
17:12 02 51.9N 137 58.3W 01 07.7N 140 58.2W 02 00.4N 139 26.6W 0.927 31 96 319 06m29.3s
17:14 02 17.3N 136 53.8W 00 34.3N 139 48.5W 01 26.5N 138 19.7W 0.927 33 96 318 06m32.1s
17:16 01 43.2N 135 53.5W 00 01.3N 138 43.9W 00 52.9N 137 17.4W 0.927 34 95 317 06m34.7s
17:18 01 09.4N 134 57.0W 00 31.4S 137 43.5W 00 19.6N 136 19.0W 0.928 36 95 316 06m37.3s
17:20 00 36.0N 134 03.7W 01 03.9S 136 46.8W 00 13.3S 135 24.2W 0.928 37 95 315 06m39.7s
17:22 00 02.8N 133 13.3W 01 36.1S 135 53.4W 00 46.0S 134 32.3W 0.928 39 94 314 06m42.0s
17:24 00 30.1S 132 25.5W 02 08.0S 135 02.9W 01 18.4S 133 43.2W 0.928 40 94 312 06m44.2s
17:26 01 02.8S 131 40.0W 02 39.8S 134 15.0W 01 50.7S 132 56.6W 0.929 41 94 311 06m46.3s
17:28 01 35.2S 130 56.5W 03 11.4S 133 29.3W 02 22.7S 132 12.1W 0.929 43 93 310 06m48.3s
17:30 02 07.5S 130 14.9W 03 42.8S 132 45.8W 02 54.5S 131 29.5W 0.929 44 93 309 06m50.2s
17:32 02 39.5S 129 35.1W 04 14.1S 132 04.1W 03 26.2S 130 48.8W 0.929 45 92 308 06m52.1s
17:34 03 11.4S 128 56.8W 04 45.3S 131 24.1W 03 57.8S 130 09.7W 0.929 46 92 306 06m53.9s
17:36 03 43.2S 128 19.9W 05 16.3S 130 45.6W 04 29.2S 129 32.1W 0.930 47 91 305 06m55.6s
17:38 04 14.8S 127 44.4W 05 47.3S 130 08.6W 05 00.4S 128 55.8W 0.930 48 90 304 06m57.3s
17:40 04 46.2S 127 10.0W 06 18.1S 129 32.9W 05 31.6S 128 20.8W 0.930 49 90 302 06m58.9s
17:42 05 17.6S 126 36.8W 06 48.8S 128 58.4W 06 02.6S 127 47.0W 0.930 51 89 301 07m00.4s
17:44 05 48.8S 126 04.6W 07 19.5S 128 25.0W 06 33.6S 127 14.2W 0.930 52 88 300 07m01.9s
17:46 06 19.9S 125 33.4W 07 50.1S 127 52.7W 07 04.4S 126 42.4W 0.931 53 87 298 07m03.3s
17:48 06 50.9S 125 03.0W 08 20.6S 127 21.2W 07 35.2S 126 11.5W 0.931 54 86 297 07m04.7s
17:50 07 21.8S 124 33.4W 08 51.0S 126 50.7W 08 05.9S 125 41.5W 0.931 55 85 295 07m06.0s
17:52 07 52.6S 124 04.6W 09 21.4S 126 20.9W 08 36.5S 125 12.2W 0.931 55 84 294 07m07.2s
17:54 08 23.4S 123 36.5W 09 51.8S 125 51.9W 09 07.0S 124 43.7W 0.931 56 83 293 07m08.4s
17:56 08 54.0S 123 09.0W 10 22.1S 125 23.5W 09 37.5S 124 15.8W 0.931 57 82 291 07m09.6s
17:58 09 24.6S 122 42.1W 10 52.3S 124 55.8W 10 07.9S 123 48.5W 0.931 58 81 290 07m10.7s
18:00 09 55.1S 122 15.7W 11 22.6S 124 28.7W 10 38.3S 123 21.7W 0.931 59 80 289 07m11.8s
18:02 10 25.6S 121 49.9W 11 52.8S 124 02.1W 11 08.7S 122 55.5W 0.932 60 79 287 07m12.8s
18:04 10 56.0S 121 24.5W 12 22.9S 123 36.0W 11 38.9S 122 29.8W 0.932 61 77 286 07m13.8s
18:06 11 26.3S 120 59.5W 12 53.1S 123 10.3W 12 09.2S 122 04.5W 0.932 61 76 285 07m14.7s
18:08 11 56.6S 120 34.9W 13 23.2S 122 45.1W 12 39.4S 121 39.5W 0.932 62 74 284 07m15.6s
18:10 12 26.9S 120 10.6W 13 53.3S 122 20.2W 13 09.6S 121 15.0W 0.932 63 73 282 07m16.5s
18:12 12 57.1S 119 46.7W 14 23.4S 121 55.7W 13 39.8S 120 50.8W 0.932 63 71 281 07m17.3s
18:14 13 27.2S 119 23.0W 14 53.5S 121 31.5W 14 09.9S 120 26.8W 0.932 64 69 280 07m18.1s
18:16 13 57.4S 118 59.6W 15 23.6S 121 07.5W 14 40.0S 120 03.1W 0.932 65 67 279 07m18.8s
18:18 14 27.5S 118 36.4W 15 53.7S 120 43.8W 15 10.1S 119 39.7W 0.932 65 65 278 07m19.5s
18:20 14 57.5S 118 13.4W 16 23.8S 120 20.3W 15 40.2S 119 16.4W 0.932 66 63 277 07m20.1s
18:22 15 27.6S 117 50.5W 16 53.9S 119 56.9W 16 10.3S 118 53.3W 0.932 66 61 276 07m20.7s
18:24 15 57.6S 117 27.8W 17 24.1S 119 33.7W 16 40.4S 118 30.4W 0.932 67 59 275 07m21.3s
18:26 16 27.6S 117 05.2W 17 54.2S 119 10.7W 17 10.4S 118 07.5W 0.932 67 57 274 07m21.9s
18:28 16 57.6S 116 42.6W 18 24.3S 118 47.7W 17 40.5S 117 44.8W 0.932 68 54 273 07m22.4s
18:30 17 27.6S 116 20.2W 18 54.5S 118 24.8W 18 10.6S 117 22.1W 0.932 68 52 272 07m22.8s
18:32 17 57.5S 115 57.7W 19 24.7S 118 01.9W 18 40.7S 116 59.4W 0.933 68 49 271 07m23.3s
18:34 18 27.5S 115 35.2W 19 54.9S 117 39.0W 19 10.8S 116 36.7W 0.933 69 47 270 07m23.6s
18:36 18 57.4S 115 12.7W 20 25.2S 117 16.1W 19 40.9S 116 14.0W 0.933 69 44 269 07m24.0s
18:38 19 27.4S 114 50.2W 20 55.5S 116 53.2W 20 11.0S 115 51.3W 0.933 69 41 269 07m24.3s
18:40 19 57.3S 114 27.5W 21 25.8S 116 30.1W 20 41.1S 115 28.5W 0.933 69 38 268 07m24.6s
18:42 20 27.3S 114 04.8W 21 56.2S 116 07.0W 21 11.3S 115 05.6W 0.933 69 35 267 07m24.8s
18:44 20 57.2S 113 41.9W 22 26.6S 115 43.8W 21 41.5S 114 42.5W 0.933 69 33 267 07m25.0s
18:46 21 27.2S 113 18.9W 22 57.0S 115 20.4W 22 11.7S 114 19.3W 0.933 69 30 266 07m25.2s
18:48 21 57.2S 112 55.7W 23 27.5S 114 56.8W 22 41.9S 113 55.9W 0.933 69 27 266 07m25.3s
18:50 22 27.1S 112 32.3W 23 58.0S 114 33.0W 23 12.2S 113 32.3W 0.933 69 24 265 07m25.4s
18:52 22 57.1S 112 08.6W 24 28.6S 114 09.0W 23 42.5S 113 08.5W 0.933 69 21 265 07m25.4s
18:54 23 27.2S 111 44.7W 24 59.3S 113 44.6W 24 12.8S 112 44.3W 0.933 69 18 264 07m25.4s
18:56 23 57.2S 111 20.5W 25 30.0S 113 20.0W 24 43.2S 112 19.9W 0.933 69 15 264 07m25.4s
18:58 24 27.2S 110 56.0W 26 00.7S 112 55.1W 25 13.6S 111 55.2W 0.933 68 13 263 07m25.3s
19:00 24 57.3S 110 31.1W 26 31.5S 112 29.8W 25 44.0S 111 30.1W 0.932 68 10 263 07m25.2s
19:02 25 27.4S 110 05.8W 27 02.4S 112 04.0W 26 14.5S 111 04.6W 0.932 68 7 263 07m25.0s
19:04 25 57.5S 109 40.1W 27 33.4S 111 37.9W 26 45.1S 110 38.7W 0.932 67 5 263 07m24.8s
19:06 26 27.7S 109 14.0W 28 04.4S 111 11.3W 27 15.7S 110 12.3W 0.932 67 2 262 07m24.5s
19:08 26 57.9S 108 47.4W 28 35.5S 110 44.1W 27 46.3S 109 45.4W 0.932 66 0 262 07m24.2s
19:10 27 28.1S 108 20.2W 29 06.7S 110 16.5W 28 17.0S 109 18.0W 0.932 66 358 262 07m23.9s
19:12 27 58.3S 107 52.5W 29 38.0S 109 48.2W 28 47.8S 108 50.0W 0.932 65 355 262 07m23.5s
19:14 28 28.6S 107 24.2W 30 09.3S 109 19.3W 29 18.6S 108 21.4W 0.932 65 353 262 07m23.0s
19:16 28 59.0S 106 55.3W 30 40.7S 108 49.7W 29 49.5S 107 52.2W 0.932 64 351 262 07m22.6s
19:18 29 29.3S 106 25.7W 31 12.2S 108 19.4W 30 20.4S 107 22.2W 0.932 63 349 262 07m22.0s
19:20 29 59.7S 105 55.3W 31 43.8S 107 48.3W 30 51.4S 106 51.5W 0.932 63 347 262 07m21.4s
19:22 30 30.2S 105 24.2W 32 15.5S 107 16.4W 31 22.4S 106 20.0W 0.932 62 345 262 07m20.8s
19:24 31 00.6S 104 52.2W 32 47.3S 106 43.6W 31 53.6S 105 47.6W 0.932 61 343 262 07m20.1s
19:26 31 31.2S 104 19.4W 33 19.2S 106 09.9W 32 24.8S 105 14.4W 0.932 60 342 263 07m19.3s
19:28 32 01.7S 103 45.7W 33 51.2S 105 35.1W 32 56.0S 104 40.1W 0.932 60 340 263 07m18.5s
19:30 32 32.3S 103 10.9W 34 23.2S 104 59.3W 33 27.4S 104 04.8W 0.931 59 338 263 07m17.6s
19:32 33 03.0S 102 35.1W 34 55.4S 104 22.3W 33 58.8S 103 28.5W 0.931 58 336 263 07m16.7s
19:34 33 33.7S 101 58.2W 35 27.7S 103 44.1W 34 30.2S 102 50.9W 0.931 57 335 264 07m15.7s
19:36 34 04.5S 101 20.0W 36 00.0S 103 04.6W 35 01.8S 102 12.1W 0.931 56 333 264 07m14.7s
19:38 34 35.3S 100 40.6W 36 32.5S 102 23.7W 35 33.4S 101 31.9W 0.931 55 332 265 07m13.6s
19:40 35 06.1S 099 59.8W 37 05.1S 101 41.2W 36 05.1S 100 50.3W 0.931 54 330 265 07m12.4s
19:42 35 37.0S 099 17.5W 37 37.8S 100 57.2W 36 36.9S 100 07.2W 0.931 53 329 266 07m11.1s
19:44 36 07.9S 098 33.7W 38 10.6S 100 11.4W 37 08.7S 099 22.4W 0.931 52 327 266 07m09.8s
19:46 36 38.8S 097 48.2W 38 43.5S 099 23.7W 37 40.6S 098 35.8W 0.930 51 326 267 07m08.4s
19:48 37 09.8S 097 00.9W 39 16.5S 098 34.0W 38 12.6S 097 47.4W 0.930 50 324 268 07m07.0s
19:50 37 40.9S 096 11.7W 39 49.6S 097 42.1W 38 44.7S 096 56.9W 0.930 49 323 268 07m05.4s
19:52 38 11.9S 095 20.3W 40 22.8S 096 48.0W 39 16.8S 096 04.2W 0.930 48 321 269 07m03.8s
19:54 38 43.0S 094 26.8W 40 56.1S 095 51.2W 39 48.9S 095 09.1W 0.930 47 320 270 07m02.1s
19:56 39 14.1S 093 30.9W 41 29.5S 094 51.7W 40 21.1S 094 11.4W 0.929 46 318 271 07m00.3s
19:58 39 45.1S 092 32.3W 42 03.0S 093 49.2W 40 53.4S 093 11.0W 0.929 45 317 272 06m58.5s
20:00 40 16.2S 091 30.9W 42 36.6S 092 43.5W 41 25.7S 092 07.5W 0.929 44 315 273 06m56.5s
20:02 40 47.3S 090 26.4W 43 10.2S 091 34.1W 41 58.0S 091 00.7W 0.929 42 314 274 06m54.4s
20:04 41 18.3S 089 18.5W 43 43.9S 090 20.8W 42 30.3S 089 50.2W 0.929 41 312 275 06m52.3s
20:06 41 49.3S 088 07.0W 44 17.6S 089 03.2W 43 02.6S 088 35.8W 0.928 40 311 276 06m50.0s
20:08 42 20.2S 086 51.3W 44 51.3S 087 40.6W 43 34.9S 087 16.9W 0.928 38 309 278 06m47.6s
20:10 42 51.0S 085 31.1W 45 25.1S 086 12.7W 44 07.1S 085 53.0W 0.928 37 308 279 06m45.1s
20:12 43 21.7S 084 05.9W 45 58.7S 084 38.6W 44 39.2S 084 23.6W 0.927 36 306 281 06m42.5s
20:14 43 52.2S 082 35.0W 46 32.3S 082 57.6W 45 11.2S 082 48.0W 0.927 34 304 282 06m39.7s
20:16 44 22.5S 080 57.8W 47 05.8S 081 08.6W 45 43.0S 081 05.3W 0.927 32 302 284 06m36.8s
20:18 44 52.5S 079 13.2W 47 39.0S 079 10.3W 46 14.6S 079 14.4W 0.926 31 300 286 06m33.7s
20:20 45 22.1S 077 20.2W 48 11.9S 077 01.1W 46 45.8S 077 13.9W 0.926 29 298 288 06m30.4s
20:22 45 51.2S 075 17.2W 48 44.4S 074 38.8W 47 16.5S 075 02.1W 0.926 27 296 291 06m26.9s
20:24 46 19.7S 073 02.3W 49 16.2S 072 00.2W 47 46.6S 072 36.6W 0.925 25 294 293 06m23.2s
20:26 46 47.3S 070 32.9W 49 47.1S 069 01.0W 48 15.8S 069 53.9W 0.925 23 291 296 06m19.1s
20:28 47 13.8S 067 45.1W 50 16.7S 065 33.9W 48 43.7S 066 48.8W 0.924 21 288 300 06m14.6s
20:30 47 38.6S 064 32.7W 50 44.0S 061 26.4W 49 09.8S 063 13.1W 0.923 18 285 304 06m09.7s
20:32 48 01.0S 060 45.3W 51 07.2S 056 11.3W 49 32.9S 058 50.6W 0.923 15 281 309 06m03.9s
20:34 48 19.2S 056 01.1W 51 20.5S 048 15.6W 49 50.1S 053 02.2W 0.922 11 276 315 05m56.7s
20:36 48 28.0S 049 14.8W - - 49 45.3S 042 01.3W 0.920 3 268 328 05m44.2s
Limits 48 01.0S 037 36.2W 50 57.0S 036 31.4W 49 28.6S 037 04.9W 0.919 0 - 333 05m39.1s
Instant of Greatest Eclipse: Time = 18:45:02.0 UT Lat = 21°57.1'S Long = 114°30.5'W (GE) Sun Altitude = 69.3° Path Width = 266.5 km Sun Azimuth = 31.1° Central Duration = 07m25.1s Instant of Greatest Duration: Time = 18:53:00 UT Lat = 23°58'S Long = 112°56'W (GD) Sun Altitude = 68.9° Path Width = 264.4 km Sun Azimuth = 19.6° Central Duration = 07m25.4s
Predictions for the Annular Solar Eclipse of 2024 Oct 02 were generated using the VSOP87/ELP2000-85 solar and lunar ephemerides and a value of ΔT = 70.8 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
