The following table delineates the path of the Moon's antumbral shadow during the Annular Solar Eclipse of 2048 Jun 11. 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 39 39.6N 103 08.3W 37 07.0N 100 06.6W 38 22.7N 101 35.2W 0.933 0 - 376 04m04.6s
11:28 - - 42 59.4N 087 55.5W 41 33.5N 094 48.8W 0.934 6 64 368 04m09.7s
11:30 42 16.9N 097 28.7W 44 40.1N 084 33.0W 44 05.1N 089 37.4W 0.936 11 68 359 04m14.0s
11:32 45 06.8N 091 35.2W 46 02.8N 081 46.1W 45 49.2N 086 05.9W 0.937 14 71 353 04m17.1s
11:34 46 56.0N 087 51.2W 47 14.5N 079 20.0W 47 13.8N 083 13.4W 0.937 17 74 347 04m19.8s
11:36 48 23.4N 084 51.4W 48 18.6N 077 07.4W 48 26.9N 080 42.8W 0.938 19 76 342 04m22.1s
11:38 49 38.4N 082 15.5W 49 16.9N 075 04.5W 49 32.1N 078 26.5W 0.938 21 79 338 04m24.2s
11:40 50 45.0N 079 54.7W 50 10.7N 073 08.7W 50 31.4N 076 20.2W 0.939 23 81 333 04m26.2s
11:42 51 45.5N 077 44.5W 51 00.7N 071 18.5W 51 26.0N 074 21.2W 0.939 25 83 329 04m28.1s
11:44 52 41.1N 075 41.8W 51 47.5N 069 32.4W 52 16.7N 072 27.8W 0.939 26 86 326 04m29.8s
11:46 53 32.7N 073 44.9W 52 31.5N 067 49.8W 53 04.1N 070 38.6W 0.940 28 88 322 04m31.5s
11:48 54 20.9N 071 52.3W 53 13.0N 066 09.8W 53 48.6N 068 52.8W 0.940 29 90 319 04m33.1s
11:50 55 06.2N 070 03.0W 53 52.3N 064 31.9W 54 30.7N 067 09.6W 0.940 30 92 315 04m34.6s
11:52 55 48.9N 068 16.4W 54 29.5N 062 55.7W 55 10.4N 065 28.5W 0.941 32 94 312 04m36.1s
11:54 56 29.3N 066 31.7W 55 04.9N 061 20.8W 55 48.1N 063 49.0W 0.941 33 97 309 04m37.5s
11:56 57 07.6N 064 48.5W 55 38.5N 059 47.0W 56 23.9N 062 10.7W 0.941 34 99 307 04m38.8s
11:58 57 43.9N 063 06.4W 56 10.4N 058 13.9W 56 57.9N 060 33.3W 0.941 35 101 304 04m40.1s
12:00 58 18.4N 061 25.2W 56 40.9N 056 41.4W 57 30.2N 058 56.6W 0.942 36 104 302 04m41.4s
12:02 58 51.1N 059 44.4W 57 09.8N 055 09.3W 58 01.0N 057 20.3W 0.942 37 106 299 04m42.6s
12:04 59 22.3N 058 04.0W 57 37.3N 053 37.4W 58 30.2N 055 44.3W 0.942 38 108 297 04m43.7s
12:06 59 51.9N 056 23.6W 58 03.5N 052 05.7W 58 57.9N 054 08.4W 0.942 39 111 295 04m44.8s
12:08 60 19.9N 054 43.2W 58 28.3N 050 34.0W 59 24.3N 052 32.5W 0.942 39 113 293 04m45.9s
12:10 60 46.5N 053 02.6W 58 51.8N 049 02.2W 59 49.3N 050 56.4W 0.942 40 116 291 04m46.9s
12:12 61 11.8N 051 21.6W 59 14.1N 047 30.2W 60 12.9N 049 20.1W 0.943 41 118 289 04m47.9s
12:14 61 35.6N 049 40.3W 59 35.1N 045 58.0W 60 35.3N 047 43.5W 0.943 42 121 288 04m48.8s
12:16 61 58.0N 047 58.5W 59 55.0N 044 25.6W 60 56.3N 046 06.5W 0.943 42 123 286 04m49.7s
12:18 62 19.2N 046 16.2W 60 13.6N 042 52.9W 61 16.1N 044 29.2W 0.943 43 126 285 04m50.5s
12:20 62 39.0N 044 33.3W 60 31.0N 041 19.8W 61 34.7N 042 51.4W 0.943 44 129 283 04m51.3s
12:22 62 57.5N 042 49.7W 60 47.3N 039 46.4W 61 52.0N 041 13.1W 0.943 44 131 282 04m52.1s
12:24 63 14.7N 041 05.6W 61 02.4N 038 12.7W 62 08.1N 039 34.4W 0.943 45 134 281 04m52.8s
12:26 63 30.6N 039 20.9W 61 16.4N 036 38.6W 62 23.0N 037 55.2W 0.943 45 137 279 04m53.5s
12:28 63 45.3N 037 35.5W 61 29.3N 035 04.2W 62 36.7N 036 15.6W 0.944 46 140 278 04m54.1s
12:30 63 58.6N 035 49.6W 61 41.0N 033 29.5W 62 49.1N 034 35.6W 0.944 46 143 277 04m54.7s
12:32 64 10.7N 034 03.2W 61 51.5N 031 54.4W 63 00.4N 032 55.1W 0.944 47 146 276 04m55.2s
12:34 64 21.5N 032 16.3W 62 01.0N 030 19.2W 63 10.5N 031 14.3W 0.944 47 149 276 04m55.7s
12:36 64 31.1N 030 28.9W 62 09.3N 028 43.7W 63 19.4N 029 33.2W 0.944 48 151 275 04m56.2s
12:38 64 39.4N 028 41.1W 62 16.5N 027 08.0W 63 27.1N 027 51.8W 0.944 48 154 274 04m56.6s
12:40 64 46.4N 026 53.1W 62 22.6N 025 32.2W 63 33.7N 026 10.2W 0.944 48 157 274 04m57.0s
12:42 64 52.2N 025 04.9W 62 27.6N 023 56.3W 63 39.0N 024 28.5W 0.944 48 160 273 04m57.3s
12:44 64 56.7N 023 16.5W 62 31.5N 022 20.4W 63 43.2N 022 46.7W 0.944 49 164 273 04m57.6s
12:46 65 00.0N 021 28.1W 62 34.2N 020 44.6W 63 46.2N 021 04.9W 0.944 49 167 272 04m57.8s
12:48 65 02.0N 019 39.7W 62 35.9N 019 08.8W 63 48.0N 019 23.2W 0.944 49 170 272 04m58.0s
12:50 65 02.8N 017 51.5W 62 36.5N 017 33.1W 63 48.7N 017 41.7W 0.944 49 173 272 04m58.2s
12:52 65 02.3N 016 03.6W 62 36.0N 015 57.7W 63 48.2N 016 00.4W 0.944 49 176 272 04m58.3s
12:54 65 00.6N 014 15.9W 62 34.5N 014 22.6W 63 46.6N 014 19.3W 0.944 49 179 272 04m58.3s
12:56 64 57.7N 012 28.7W 62 31.8N 012 47.8W 63 43.8N 012 38.7W 0.944 49 182 271 04m58.3s
12:58 64 53.6N 010 42.0W 62 28.1N 011 13.3W 63 39.9N 010 58.5W 0.944 49 185 272 04m58.3s
13:00 64 48.3N 008 56.0W 62 23.4N 009 39.3W 63 34.9N 009 18.8W 0.944 49 188 272 04m58.3s
13:02 64 41.8N 007 10.6W 62 17.5N 008 05.8W 63 28.8N 007 39.7W 0.944 49 191 272 04m58.1s
13:04 64 34.1N 005 26.0W 62 10.7N 006 32.9W 63 21.5N 006 01.2W 0.944 49 194 272 04m58.0s
13:06 64 25.2N 003 42.2W 62 02.8N 005 00.5W 63 13.2N 004 23.5W 0.944 49 197 272 04m57.8s
13:08 64 15.2N 001 59.3W 61 53.8N 003 28.8W 63 03.7N 002 46.5W 0.944 49 200 273 04m57.6s
13:10 64 04.1N 000 17.4W 61 43.9N 001 57.8W 62 53.2N 001 10.2W 0.944 49 203 273 04m57.3s
13:12 63 51.8N 001 23.6E 61 32.9N 000 27.4W 62 41.6N 000 25.2E 0.944 49 206 274 04m57.0s
13:14 63 38.3N 003 03.5E 61 20.9N 001 02.3E 62 28.9N 001 59.7E 0.944 48 209 274 04m56.6s
13:16 63 23.8N 004 42.3E 61 08.0N 002 31.1E 62 15.2N 003 33.3E 0.944 48 212 275 04m56.2s
13:18 63 08.2N 006 20.1E 60 54.0N 003 59.3E 62 00.5N 005 06.1E 0.944 48 215 276 04m55.7s
13:20 62 51.4N 007 56.8E 60 39.0N 005 26.7E 61 44.7N 006 37.9E 0.944 47 218 277 04m55.2s
13:22 62 33.6N 009 32.4E 60 23.1N 006 53.3E 61 27.8N 008 08.9E 0.944 47 220 278 04m54.7s
13:24 62 14.7N 011 06.9E 60 06.1N 008 19.1E 61 10.0N 009 38.9E 0.944 47 223 279 04m54.1s
13:26 61 54.8N 012 40.4E 59 48.2N 009 44.2E 60 51.1N 011 08.0E 0.944 46 226 280 04m53.5s
13:28 61 33.8N 014 12.8E 59 29.3N 011 08.6E 60 31.2N 012 36.3E 0.944 46 228 281 04m52.9s
13:30 61 11.7N 015 44.2E 59 09.5N 012 32.2E 60 10.3N 014 03.7E 0.943 45 231 282 04m52.2s
13:32 60 48.5N 017 14.7E 58 48.6N 013 55.2E 59 48.3N 015 30.3E 0.943 45 233 283 04m51.4s
13:34 60 24.3N 018 44.3E 58 26.8N 015 17.5E 59 25.4N 016 56.2E 0.943 44 236 285 04m50.6s
13:36 59 59.0N 020 13.1E 58 04.0N 016 39.3E 59 01.4N 018 21.4E 0.943 43 238 286 04m49.8s
13:38 59 32.6N 021 41.2E 57 40.2N 018 00.5E 58 36.4N 019 45.9E 0.943 43 241 288 04m49.0s
13:40 59 05.1N 023 08.6E 57 15.3N 019 21.2E 58 10.3N 021 09.9E 0.943 42 243 289 04m48.1s
13:42 58 36.5N 024 35.4E 56 49.5N 020 41.5E 57 43.1N 022 33.3E 0.943 41 246 291 04m47.1s
13:44 58 06.8N 026 01.8E 56 22.6N 022 01.5E 57 14.9N 023 56.4E 0.943 41 248 293 04m46.1s
13:46 57 35.9N 027 27.9E 55 54.7N 023 21.2E 56 45.5N 025 19.3E 0.942 40 250 295 04m45.1s
13:48 57 03.8N 028 53.8E 55 25.6N 024 40.8E 56 15.0N 026 41.9E 0.942 39 252 297 04m44.1s
13:50 56 30.4N 030 19.6E 54 55.5N 026 00.3E 55 43.4N 028 04.5E 0.942 38 255 299 04m43.0s
13:52 55 55.7N 031 45.7E 54 24.1N 027 19.9E 55 10.4N 029 27.3E 0.942 37 257 302 04m41.8s
13:54 55 19.7N 033 12.1E 53 51.6N 028 39.8E 54 36.2N 030 50.3E 0.942 36 259 304 04m40.6s
13:56 54 42.2N 034 39.1E 53 17.8N 030 00.1E 54 00.7N 032 13.8E 0.942 35 261 306 04m39.4s
13:58 54 03.1N 036 06.9E 52 42.6N 031 20.9E 53 23.7N 033 38.0E 0.941 34 263 309 04m38.1s
14:00 53 22.4N 037 36.0E 52 06.1N 032 42.5E 52 45.2N 035 03.1E 0.941 33 265 312 04m36.8s
14:02 52 39.9N 039 06.5E 51 28.0N 034 05.2E 52 05.1N 036 29.5E 0.941 32 267 315 04m35.4s
14:04 51 55.3N 040 39.1E 50 48.3N 035 29.2E 51 23.1N 037 57.5E 0.941 31 269 318 04m34.0s
14:06 51 08.5N 042 14.2E 50 06.9N 036 54.8E 50 39.2N 039 27.5E 0.940 30 271 321 04m32.5s
14:08 50 19.2N 043 52.6E 49 23.4N 038 22.5E 49 53.1N 041 00.1E 0.940 28 273 324 04m30.9s
14:10 49 27.0N 045 35.0E 48 37.9N 039 52.7E 49 04.5N 042 35.9E 0.940 27 275 328 04m29.3s
14:12 48 31.3N 047 22.8E 47 49.8N 041 26.2E 48 13.0N 044 15.7E 0.939 25 277 331 04m27.6s
14:14 47 31.5N 049 17.4E 46 59.0N 043 03.6E 47 18.2N 046 00.6E 0.939 24 279 335 04m25.8s
14:16 46 26.4N 051 21.4E 46 04.8N 044 46.1E 46 19.4N 047 52.3E 0.939 22 281 339 04m23.9s
14:18 45 14.4N 053 38.4E 45 06.7N 046 35.1E 45 15.4N 049 52.7E 0.938 20 283 343 04m21.9s
14:20 43 52.4N 056 15.0E 44 03.7N 048 32.7E 44 04.9N 052 05.6E 0.938 18 285 348 04m19.7s
14:22 42 14.2N 059 25.0E 42 54.2N 050 42.2E 42 44.9N 054 36.6E 0.937 15 288 353 04m17.2s
14:24 40 00.8N 063 50.5E 41 35.7N 053 08.9E 41 10.2N 057 37.8E 0.936 12 290 358 04m14.4s
14:26 - - 40 03.3N 056 03.6E 39 05.4N 061 42.5E 0.935 8 293 365 04m10.8s
Limits 36 14.1N 071 53.5E 33 39.5N 069 01.8E 34 56.1N 070 25.6E 0.933 0 - 375 04m04.0s
Instant of Greatest Eclipse: Time = 12:57:21.5 UT Lat = 63°41.3'N Long = 011°30.5'W (GE) Sun Altitude = 49.4° Path Width = 271.5 km Sun Azimuth = 184.0° Central Duration = 04m58.3s Instant of Greatest Duration: Time = 12:55:56 UT Lat = 63°44'N Long = 012°42'W (GD) Sun Altitude = 49.4° Path Width = 271.5 km Sun Azimuth = 181.9° Central Duration = 04m58.3s
Predictions for the Annular Solar Eclipse of 2048 Jun 11 were generated using the VSOP87/ELP2000-85 solar and lunar ephemerides and a value of ΔT = 90.7 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
