The following table delineates the path of the Moon's antumbral shadow during the Annular Solar Eclipse of 2017 Feb 26 . 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 a 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 42 43.0S 113 39.9W 43 32.2S 114 06.2W 43 07.5S 113 53.0W 0.977 0 - 96 01m22.4s
13:18 44 33.2S 099 20.3W 45 02.6S 102 01.8W 44 48.2S 100 35.6W 0.980 10 92 83 01m18.1s
13:20 45 00.0S 094 06.3W 45 34.6S 095 49.4W 45 17.3S 094 55.8W 0.981 14 88 78 01m15.9s
13:22 45 15.2S 090 02.8W 45 51.0S 091 19.9W 45 33.0S 090 40.2W 0.982 18 84 73 01m14.2s
13:24 45 23.9S 086 37.8W 45 59.7S 087 39.0W 45 41.7S 087 07.7W 0.983 20 81 70 01m12.7s
13:26 45 28.3S 083 38.1W 46 03.7S 084 28.1W 45 45.9S 084 02.6W 0.983 23 78 67 01m11.3s
13:28 45 29.5S 080 56.6W 46 04.2S 081 38.3W 45 46.8S 081 17.0W 0.984 25 76 64 01m10.0s
13:30 45 28.2S 078 29.2W 46 02.2S 079 04.2W 45 45.1S 078 46.4W 0.984 27 73 62 01m08.8s
13:32 45 24.9S 076 13.0W 45 58.2S 076 42.7W 45 41.5S 076 27.7W 0.985 29 71 60 01m07.7s
13:34 45 20.0S 074 06.2W 45 52.5S 074 31.4W 45 36.2S 074 18.6W 0.985 31 69 58 01m06.6s
13:36 45 13.7S 072 07.3W 45 45.3S 072 28.7W 45 29.4S 072 17.8W 0.986 32 67 56 01m05.5s
13:38 45 06.2S 070 15.1W 45 37.0S 070 33.3W 45 21.5S 070 24.1W 0.986 34 64 54 01m04.5s
13:40 44 57.5S 068 28.9W 45 27.5S 068 44.3W 45 12.5S 068 36.5W 0.987 36 62 53 01m03.5s
13:42 44 48.0S 066 47.9W 45 17.2S 067 00.8W 45 02.5S 066 54.3W 0.987 37 60 51 01m02.6s
13:44 44 37.6S 065 11.6W 45 06.0S 065 22.3W 44 51.7S 065 16.9W 0.987 38 58 50 01m01.6s
13:46 44 26.4S 063 39.6W 44 54.1S 063 48.3W 44 40.2S 063 43.9W 0.988 40 57 48 01m00.7s
13:48 44 14.6S 062 11.3W 44 41.5S 062 18.4W 44 28.0S 062 14.8W 0.988 41 55 47 00m59.9s
13:50 44 02.1S 060 46.5W 44 28.4S 060 52.0W 44 15.2S 060 49.3W 0.988 42 53 46 00m59.0s
13:52 43 49.0S 059 24.9W 44 14.6S 059 29.1W 44 01.8S 059 27.0W 0.988 43 51 45 00m58.2s
13:54 43 35.4S 058 06.3W 44 00.4S 058 09.2W 43 47.9S 058 07.7W 0.989 45 49 44 00m57.4s
13:56 43 21.3S 056 50.4W 43 45.6S 056 52.2W 43 33.5S 056 51.3W 0.989 46 47 43 00m56.6s
13:58 43 06.8S 055 37.0W 43 30.5S 055 37.8W 43 18.6S 055 37.4W 0.989 47 45 42 00m55.9s
14:00 42 51.8S 054 25.9W 43 14.9S 054 25.8W 43 03.4S 054 25.8W 0.989 48 43 41 00m55.1s
14:02 42 36.5S 053 17.0W 42 59.0S 053 16.1W 42 47.7S 053 16.6W 0.990 49 41 40 00m54.4s
14:04 42 20.7S 052 10.2W 42 42.7S 052 08.5W 42 31.7S 052 09.3W 0.990 50 39 39 00m53.7s
14:06 42 04.7S 051 05.2W 42 26.1S 051 02.9W 42 15.4S 051 04.1W 0.990 51 37 39 00m53.1s
14:08 41 48.2S 050 02.1W 42 09.2S 049 59.1W 41 58.7S 050 00.6W 0.990 52 35 38 00m52.4s
14:10 41 31.5S 049 00.6W 41 52.0S 048 57.1W 41 41.7S 048 58.9W 0.990 53 33 37 00m51.8s
14:12 41 14.5S 048 00.8W 41 34.6S 047 56.7W 41 24.5S 047 58.7W 0.991 53 31 37 00m51.2s
14:14 40 57.2S 047 02.4W 41 16.8S 046 57.8W 41 07.0S 047 00.1W 0.991 54 29 36 00m50.6s
14:16 40 39.7S 046 05.4W 40 58.8S 046 00.4W 40 49.2S 046 02.9W 0.991 55 27 36 00m50.1s
14:18 40 21.8S 045 09.7W 40 40.6S 045 04.3W 40 31.2S 045 07.0W 0.991 56 25 35 00m49.6s
14:20 40 03.8S 044 15.3W 40 22.2S 044 09.5W 40 13.0S 044 12.4W 0.991 56 23 34 00m49.1s
14:22 39 45.5S 043 22.0W 40 03.6S 043 15.9W 39 54.5S 043 19.0W 0.991 57 20 34 00m48.6s
14:24 39 27.0S 042 29.9W 39 44.7S 042 23.4W 39 35.8S 042 26.7W 0.991 58 18 34 00m48.1s
14:26 39 08.3S 041 38.8W 39 25.7S 041 32.0W 39 16.9S 041 35.4W 0.991 58 16 33 00m47.7s
14:28 38 49.4S 040 48.7W 39 06.4S 040 41.6W 38 57.9S 040 45.2W 0.992 59 13 33 00m47.2s
14:30 38 30.2S 039 59.5W 38 47.0S 039 52.2W 38 38.6S 039 55.9W 0.992 59 11 33 00m46.8s
14:32 38 10.9S 039 11.2W 38 27.4S 039 03.6W 38 19.2S 039 07.4W 0.992 60 9 32 00m46.5s
14:34 37 51.4S 038 23.7W 38 07.7S 038 15.9W 37 59.5S 038 19.8W 0.992 60 6 32 00m46.1s
14:36 37 31.8S 037 37.0W 37 47.8S 037 29.0W 37 39.7S 037 33.0W 0.992 61 4 32 00m45.8s
14:38 37 11.9S 036 51.0W 37 27.7S 036 42.8W 37 19.8S 036 46.9W 0.992 61 1 31 00m45.5s
14:40 36 51.9S 036 05.7W 37 07.5S 035 57.2W 36 59.7S 036 01.5W 0.992 61 358 31 00m45.2s
14:42 36 31.7S 035 21.0W 36 47.1S 035 12.4W 36 39.4S 035 16.7W 0.992 62 356 31 00m45.0s
14:44 36 11.4S 034 37.0W 36 26.5S 034 28.1W 36 18.9S 034 32.6W 0.992 62 353 31 00m44.7s
14:46 35 50.9S 033 53.5W 36 05.9S 033 44.4W 35 58.3S 033 48.9W 0.992 62 350 31 00m44.5s
14:48 35 30.2S 033 10.4W 35 45.0S 033 01.2W 35 37.6S 033 05.8W 0.992 62 348 31 00m44.4s
14:50 35 09.4S 032 27.9W 35 24.1S 032 18.5W 35 16.7S 032 23.2W 0.992 62 345 31 00m44.2s
14:52 34 48.4S 031 45.8W 35 03.0S 031 36.2W 34 55.7S 031 41.0W 0.992 63 342 31 00m44.1s
14:54 34 27.3S 031 04.1W 34 41.7S 030 54.3W 34 34.5S 030 59.2W 0.992 63 340 31 00m44.0s
14:56 34 06.0S 030 22.8W 34 20.4S 030 12.8W 34 13.2S 030 17.8W 0.992 63 337 31 00m43.9s
14:58 33 44.6S 029 41.7W 33 58.9S 029 31.5W 33 51.7S 029 36.7W 0.992 62 334 31 00m43.8s
15:00 33 23.0S 029 01.0W 33 37.2S 028 50.6W 33 30.1S 028 55.8W 0.992 62 332 31 00m43.8s
15:02 33 01.3S 028 20.5W 33 15.4S 028 09.9W 33 08.3S 028 15.2W 0.992 62 329 31 00m43.8s
15:04 32 39.5S 027 40.2W 32 53.5S 027 29.4W 32 46.5S 027 34.8W 0.992 62 327 31 00m43.8s
15:06 32 17.4S 027 00.1W 32 31.4S 026 49.1W 32 24.4S 026 54.6W 0.992 62 324 31 00m43.8s
15:08 31 55.3S 026 20.1W 32 09.3S 026 08.9W 32 02.2S 026 14.5W 0.992 61 322 31 00m43.9s
15:10 31 33.0S 025 40.3W 31 46.9S 025 28.8W 31 39.9S 025 34.6W 0.992 61 319 31 00m44.0s
15:12 31 10.5S 025 00.5W 31 24.5S 024 48.8W 31 17.4S 024 54.6W 0.992 61 317 32 00m44.1s
15:14 30 47.9S 024 20.7W 31 01.8S 024 08.7W 30 54.8S 024 14.7W 0.992 60 314 32 00m44.3s
15:16 30 25.1S 023 40.9W 30 39.1S 023 28.7W 30 32.1S 023 34.8W 0.992 60 312 32 00m44.4s
15:18 30 02.2S 023 01.0W 30 16.2S 022 48.6W 30 09.1S 022 54.8W 0.992 59 310 33 00m44.6s
15:20 29 39.1S 022 21.1W 29 53.1S 022 08.3W 29 46.1S 022 14.7W 0.992 59 308 33 00m44.8s
15:22 29 15.8S 021 41.0W 29 29.9S 021 27.9W 29 22.8S 021 34.5W 0.992 58 306 33 00m45.1s
15:24 28 52.4S 021 00.7W 29 06.6S 020 47.4W 28 59.4S 020 54.1W 0.992 57 304 34 00m45.3s
15:26 28 28.8S 020 20.2W 28 43.0S 020 06.5W 28 35.9S 020 13.4W 0.992 57 302 34 00m45.6s
15:28 28 05.0S 019 39.4W 28 19.3S 019 25.4W 28 12.1S 019 32.4W 0.992 56 300 35 00m46.0s
15:30 27 41.0S 018 58.3W 27 55.5S 018 43.9W 27 48.2S 018 51.1W 0.991 55 298 35 00m46.3s
15:32 27 16.9S 018 16.8W 27 31.4S 018 02.1W 27 24.1S 018 09.5W 0.991 55 296 36 00m46.7s
15:34 26 52.5S 017 34.9W 27 07.2S 017 19.7W 26 59.8S 017 27.3W 0.991 54 295 36 00m47.1s
15:36 26 27.9S 016 52.4W 26 42.8S 016 36.9W 26 35.3S 016 44.7W 0.991 53 293 37 00m47.5s
15:38 26 03.2S 016 09.4W 26 18.2S 015 53.4W 26 10.6S 016 01.5W 0.991 52 291 38 00m47.9s
15:40 25 38.2S 015 25.8W 25 53.3S 015 09.3W 25 45.7S 015 17.6W 0.991 51 290 38 00m48.4s
15:42 25 13.0S 014 41.5W 25 28.3S 014 24.5W 25 20.6S 014 33.0W 0.991 50 288 39 00m48.9s
15:44 24 47.5S 013 56.4W 25 03.0S 013 38.8W 24 55.2S 013 47.6W 0.990 49 287 40 00m49.5s
15:46 24 21.8S 013 10.4W 24 37.5S 012 52.2W 24 29.6S 013 01.3W 0.990 48 286 41 00m50.0s
15:48 23 55.8S 012 23.4W 24 11.7S 012 04.6W 24 03.7S 012 14.1W 0.990 47 284 42 00m50.6s
15:50 23 29.5S 011 35.4W 23 45.7S 011 15.9W 23 37.5S 011 25.7W 0.990 46 283 42 00m51.2s
15:52 23 02.9S 010 46.1W 23 19.3S 010 25.9W 23 11.0S 010 36.1W 0.990 45 282 43 00m51.8s
15:54 22 36.0S 009 55.5W 22 52.7S 009 34.6W 22 44.3S 009 45.1W 0.989 44 281 44 00m52.5s
15:56 22 08.7S 009 03.5W 22 25.7S 008 41.6W 22 17.1S 008 52.6W 0.989 43 279 45 00m53.2s
15:58 21 41.0S 008 09.8W 21 58.3S 007 47.0W 21 49.6S 007 58.4W 0.989 42 278 47 00m53.9s
16:00 21 13.0S 007 14.2W 21 30.6S 006 50.4W 21 21.7S 007 02.4W 0.989 40 277 48 00m54.7s
16:02 20 44.5S 006 16.6W 21 02.4S 005 51.7W 20 53.4S 006 04.2W 0.988 39 276 49 00m55.5s
16:04 20 15.5S 005 16.6W 20 33.7S 004 50.4W 20 24.6S 005 03.6W 0.988 38 275 50 00m56.3s
16:06 19 46.0S 004 13.9W 20 04.5S 003 46.4W 19 55.2S 004 00.2W 0.988 36 274 52 00m57.2s
16:08 19 15.8S 003 08.3W 19 34.8S 002 39.2W 19 25.3S 002 53.8W 0.988 35 273 53 00m58.1s
16:10 18 45.0S 001 59.1W 19 04.4S 001 28.2W 18 54.6S 001 43.8W 0.987 33 272 55 00m59.0s
16:12 18 13.5S 000 45.9W 18 33.2S 000 13.0W 18 23.3S 000 29.6W 0.987 32 271 56 01m00.0s
16:14 17 41.0S 000 32.1E 18 01.2S 001 07.4E 17 51.0S 000 49.6E 0.986 30 270 58 01m01.1s
16:16 17 07.6S 001 55.8E 17 28.1S 002 33.9E 17 17.8S 002 14.7E 0.986 28 270 60 01m02.2s
16:18 16 32.8S 003 26.4E 16 53.8S 004 07.9E 16 43.2S 003 47.0E 0.985 26 269 62 01m03.3s
16:20 15 56.6S 005 05.8E 16 17.9S 005 51.6E 16 07.2S 005 28.4E 0.985 24 268 64 01m04.6s
16:22 15 18.5S 006 56.4E 15 40.0S 007 47.9E 15 29.2S 007 21.8E 0.984 22 267 67 01m06.0s
16:24 14 37.8S 009 02.4E 14 59.5S 010 01.7E 14 48.6S 009 31.5E 0.984 19 266 70 01m07.5s
16:26 13 53.4S 011 30.8E 14 14.8S 012 42.5E 14 04.0S 012 05.8E 0.983 16 265 73 01m09.2s
16:28 13 02.9S 014 36.8E 13 22.7S 016 12.0E 13 12.9S 015 22.6E 0.982 12 264 77 01m11.2s
16:30 11 59.0S 019 07.8E 12 09.0S 022 08.7E 12 05.2S 020 27.4E 0.980 7 263 83 01m14.1s
Limits 10 32.0S 026 58.1E 11 18.8S 027 16.8E 10 55.4S 027 07.4E 0.978 0 - 90 01m17.4s
Instant of Greatest Eclipse: Time = 14:53:24.6 UT Lat = 34°40.8'S Long = 031°11.5'W (GE) Sun Altitude = 62.6° Path Width = 30.6 km Sun Azimuth = 340.5° Central Duration = 00m44.0s Instant of Greatest Duration: Time = 13:16:06 UT Lat = 43°08'S Long = 113°53'W (GD) Sun Altitude = 0.0° Path Width = 96.3 km Sun Azimuth = 101.7° Central Duration = 01m22.4s
Predictions for the Annular Solar Eclipse of 2017 Feb 26 were generated using the JPL DE405 solar and lunar ephemerides and a value of ΔT = 68.3 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
