The following table delineates the path of the Moon's antumbral shadow during the Annular Solar Eclipse of 2039 Jun 21. 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 47 00.6N 179 40.9W 43 52.9N 174 52.3W 45 24.9N 177 10.1W 0.937 0 - 497 03m40.7s
16:08 - - 51 41.3N 161 07.3W 49 55.2N 168 45.6W 0.939 7 62 486 03m45.1s
16:10 48 41.8N 176 19.2W 53 14.0N 158 45.0W 52 06.8N 165 09.4W 0.940 11 65 477 03m47.2s
16:12 52 08.9N 170 11.9W 54 36.6N 156 41.2W 53 50.4N 162 28.1W 0.940 13 68 469 03m48.8s
16:14 54 12.7N 166 53.7W 55 52.2N 154 49.5W 55 20.0N 160 13.4W 0.941 15 71 461 03m50.2s
16:16 55 53.2N 164 21.0W 57 02.7N 153 06.3W 56 40.8N 158 14.6W 0.941 17 73 454 03m51.5s
16:18 57 21.3N 162 11.7W 58 09.0N 151 28.8W 57 55.3N 156 26.4W 0.942 18 75 448 03m52.6s
16:20 58 41.4N 160 16.9W 59 12.1N 149 55.8W 59 05.1N 154 45.5W 0.942 20 77 441 03m53.6s
16:22 59 55.6N 158 31.7W 60 12.5N 148 25.8W 60 11.2N 153 10.0W 0.942 21 79 435 03m54.6s
16:24 61 05.5N 156 53.3W 61 10.4N 146 58.0W 61 14.3N 151 38.2W 0.943 22 82 430 03m55.5s
16:26 62 11.8N 155 19.8W 62 06.4N 145 31.5W 62 14.8N 150 09.0W 0.943 23 84 424 03m56.3s
16:28 63 15.3N 153 49.5W 63 00.6N 144 05.8W 63 13.1N 148 41.5W 0.943 24 86 419 03m57.1s
16:30 64 16.4N 152 21.4W 63 53.1N 142 40.2W 64 09.5N 147 14.9W 0.943 25 88 414 03m57.8s
16:32 65 15.5N 150 54.8W 64 44.2N 141 14.2W 65 04.2N 145 48.6W 0.944 26 90 410 03m58.5s
16:34 66 12.7N 149 28.6W 65 34.0N 139 47.3W 65 57.4N 144 21.9W 0.944 27 92 405 03m59.2s
16:36 67 08.4N 148 02.3W 66 22.5N 138 19.1W 66 49.2N 142 54.3W 0.944 28 95 401 03m59.8s
16:38 68 02.6N 146 35.2W 67 09.8N 136 49.0W 67 39.8N 141 25.2W 0.944 28 97 398 04m00.4s
16:40 68 55.6N 145 06.7W 67 56.0N 135 16.7W 68 29.2N 139 54.1W 0.944 29 99 394 04m00.9s
16:42 69 47.4N 143 36.0W 68 41.1N 133 41.6W 69 17.4N 138 20.5W 0.944 29 102 391 04m01.4s
16:44 70 38.0N 142 02.5W 69 25.1N 132 03.2W 70 04.6N 136 43.6W 0.945 30 104 388 04m01.9s
16:46 71 27.7N 140 25.6W 70 08.1N 130 21.1W 70 50.8N 135 03.0W 0.945 31 107 385 04m02.3s
16:48 72 16.3N 138 44.5W 70 50.1N 128 34.7W 71 35.9N 133 18.0W 0.945 31 110 382 04m02.7s
16:50 73 03.9N 136 58.2W 71 31.0N 126 43.4W 72 20.0N 131 27.9W 0.945 31 112 380 04m03.1s
16:52 73 50.5N 135 06.0W 72 10.8N 124 46.6W 73 03.0N 129 31.9W 0.945 32 115 378 04m03.4s
16:54 74 36.2N 133 06.8W 72 49.5N 122 43.7W 73 45.0N 127 29.1W 0.945 32 118 375 04m03.7s
16:56 75 20.8N 130 59.4W 73 27.1N 120 34.1W 74 25.9N 125 18.8W 0.945 32 121 374 04m04.0s
16:58 76 04.3N 128 42.4W 74 03.4N 118 16.9W 75 05.5N 122 59.8W 0.945 33 125 372 04m04.2s
17:00 76 46.7N 126 14.4W 74 38.3N 115 51.4W 75 43.9N 120 31.0W 0.945 33 128 370 04m04.4s
17:02 77 27.8N 123 33.7W 75 11.8N 113 16.9W 76 20.9N 117 51.4W 0.945 33 132 369 04m04.6s
17:04 78 07.5N 120 38.1W 75 43.8N 110 32.6W 76 56.4N 114 59.6W 0.945 33 136 368 04m04.7s
17:06 78 45.5N 117 25.7W 76 14.1N 107 37.8W 77 30.2N 111 54.5W 0.945 33 140 367 04m04.8s
17:08 79 21.7N 113 54.1W 76 42.5N 104 31.7W 78 02.1N 108 34.6W 0.945 33 144 366 04m04.9s
17:10 79 55.8N 110 00.6W 77 08.9N 101 13.9W 78 31.9N 104 58.8W 0.945 33 149 366 04m04.9s
17:12 80 27.4N 105 43.0W 77 33.1N 097 43.7W 78 59.2N 101 06.0W 0.945 33 154 365 04m04.9s
17:14 80 56.0N 100 58.9W 77 54.8N 094 01.2W 79 23.9N 096 55.4W 0.945 33 159 365 04m04.9s
17:16 81 21.3N 095 46.9W 78 13.9N 090 06.4W 79 45.6N 092 27.0W 0.945 33 165 365 04m04.9s
17:18 81 42.6N 090 06.6W 78 30.0N 085 59.8W 80 03.8N 087 41.0W 0.945 33 171 365 04m04.8s
17:20 81 59.4N 083 59.6W 78 43.0N 081 42.5W 80 18.4N 082 38.7W 0.945 33 177 365 04m04.7s
17:22 82 11.1N 077 29.4W 78 52.6N 077 15.8W 80 28.9N 077 22.5W 0.945 33 183 366 04m04.5s
17:24 82 17.3N 070 42.4W 78 58.7N 072 41.8W 80 35.1N 071 55.7W 0.945 33 189 366 04m04.3s
17:26 82 17.6N 063 47.0W 79 01.1N 068 02.7W 80 36.8N 066 22.3W 0.945 32 196 367 04m04.1s
17:28 82 11.9N 056 52.5W 78 59.6N 063 21.3W 80 33.8N 060 47.0W 0.945 32 203 368 04m03.8s
17:30 82 00.2N 050 08.2W 78 54.4N 058 40.1W 80 26.0N 055 14.7W 0.945 32 209 369 04m03.6s
17:32 81 42.8N 043 41.8W 78 45.2N 054 02.1W 80 13.6N 049 49.8W 0.945 32 216 370 04m03.2s
17:34 81 20.1N 037 38.8W 78 32.3N 049 29.6W 79 56.7N 044 36.1W 0.945 31 222 372 04m02.9s
17:36 80 52.5N 032 02.1W 78 15.6N 045 04.6W 79 35.5N 039 36.4W 0.945 31 228 374 04m02.5s
17:38 80 20.4N 026 52.5W 77 55.3N 040 48.9W 79 10.3N 034 52.5W 0.945 30 233 376 04m02.1s
17:40 79 44.3N 022 09.1W 77 31.5N 036 43.5W 78 41.2N 030 25.2W 0.945 30 239 378 04m01.6s
17:42 79 04.5N 017 50.0W 77 04.4N 032 49.2W 78 08.5N 026 14.5W 0.945 29 244 380 04m01.1s
17:44 78 21.3N 013 52.8W 76 34.1N 029 06.0W 77 32.4N 022 20.0W 0.944 29 249 383 04m00.6s
17:46 77 34.9N 010 14.8W 76 00.8N 025 33.9W 76 53.2N 018 40.5W 0.944 28 253 386 04m00.0s
17:48 76 45.4N 006 53.4W 75 24.5N 022 12.3W 76 11.0N 015 14.8W 0.944 27 258 389 03m59.4s
17:50 75 53.0N 003 45.9W 74 45.4N 019 00.7W 75 25.8N 012 01.4W 0.944 26 262 393 03m58.7s
17:52 74 57.5N 000 50.0W 74 03.5N 015 58.3W 74 37.6N 008 58.8W 0.944 26 266 396 03m58.0s
17:54 73 58.8N 001 53.1E 73 18.8N 013 04.0W 73 46.5N 006 05.5W 0.944 25 269 400 03m57.2s
17:56 72 56.7N 004 36.3E 72 31.2N 010 16.9W 72 52.3N 003 19.9W 0.943 24 273 405 03m56.4s
17:58 71 50.8N 007 11.2E 71 40.7N 007 35.9W 71 54.9N 000 40.3W 0.943 23 276 410 03m55.6s
18:00 70 40.5N 009 43.6E 70 47.2N 004 59.8W 70 54.0N 001 54.9E 0.943 22 279 415 03m54.7s
18:02 69 24.9N 012 16.1E 69 50.3N 002 27.4W 69 49.1N 004 27.4E 0.943 20 283 420 03m53.7s
18:04 68 02.9N 014 52.0E 68 49.8N 000 02.5E 68 39.6N 006 59.3E 0.942 19 286 427 03m52.6s
18:06 66 32.2N 017 35.9E 67 45.0N 002 32.0E 67 24.6N 009 33.1E 0.942 18 289 433 03m51.5s
18:08 64 49.0N 020 35.2E 66 35.5N 005 02.6E 66 02.6N 012 12.0E 0.941 16 292 441 03m50.2s
18:10 62 45.0N 024 05.0E 65 19.9N 007 36.9E 64 31.2N 015 00.9E 0.941 14 295 449 03m48.8s
18:12 59 53.2N 028 54.3E 63 56.7N 010 18.4E 62 46.1N 018 08.2E 0.940 12 299 458 03m47.2s
18:14 - - 62 23.0N 013 12.7E 60 37.0N 021 52.7E 0.940 9 303 469 03m45.2s
18:16 - - 60 33.2N 016 30.4E 57 23.7N 027 27.8E 0.939 5 308 484 03m42.3s
Limits 55 35.1N 036 25.5E 52 49.1N 030 18.0E 54 11.2N 033 12.4E 0.937 0 - 496 03m39.6s
Instant of Greatest Eclipse: Time = 17:11:29.6 UT Lat = 78°52.5'N Long = 102°06.5'W (GE) Sun Altitude = 33.4° Path Width = 365.3 km Sun Azimuth = 152.6° Central Duration = 04m04.9s Instant of Greatest Duration: Time = 17:11:40 UT Lat = 78°55'N Long = 101°47'W (GD) Sun Altitude = 33.4° Path Width = 365.2 km Sun Azimuth = 153.1° Central Duration = 04m04.9s
Predictions for the Annular Solar Eclipse of 2039 Jun 21 were generated using the VSOP87/ELP2000-85 solar and lunar ephemerides and a value of ΔT = 83.4 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
