The following table delineates the path of the Moon's umbral shadow during the Total Solar Eclipse of -0584 May 28 . 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 01 22.0N 104 05.7W 00 25.4S 103 02.7W 00 28.1N 103 33.9W 1.062 0 - 226 03m04.3s
12:46 02 28.1N 101 18.2W 03 29.8N 093 41.9W 03 18.2N 096 40.8W 1.064 8 70 238 03m20.9s
12:48 05 39.4N 094 15.5W 05 28.0N 089 45.5W 05 37.2N 091 52.4W 1.066 13 70 246 03m34.3s
12:50 07 30.8N 090 41.8W 07 00.6N 086 55.7W 07 17.7N 088 44.5W 1.067 17 71 251 03m43.9s
12:52 09 01.0N 088 02.1W 08 20.6N 084 38.2W 08 42.2N 086 17.2W 1.068 21 71 255 03m52.0s
12:54 10 19.8N 085 50.8W 09 32.4N 082 40.7W 09 57.2N 084 13.5W 1.069 23 72 258 03m59.1s
12:56 11 31.1N 083 57.6W 10 38.6N 080 57.2W 11 05.8N 082 25.6W 1.070 26 73 261 04m05.7s
12:58 12 37.1N 082 17.2W 11 40.4N 079 23.9W 12 09.6N 080 49.0W 1.071 28 73 263 04m11.7s
13:00 13 38.9N 080 46.4W 12 38.8N 077 58.7W 13 09.6N 079 21.1W 1.071 30 74 265 04m17.3s
13:02 14 37.4N 079 23.0W 13 34.3N 076 39.7W 14 06.5N 078 00.1W 1.072 32 75 267 04m22.7s
13:04 15 33.2N 078 05.6W 14 27.4N 075 26.1W 15 00.9N 076 44.6W 1.072 34 75 269 04m27.8s
13:06 16 26.7N 076 53.2W 15 18.5N 074 16.7W 15 53.2N 075 33.8W 1.073 36 76 270 04m32.6s
13:08 17 18.2N 075 44.8W 16 07.8N 073 11.1W 16 43.5N 074 26.9W 1.073 38 77 271 04m37.3s
13:10 18 08.0N 074 40.0W 16 55.5N 072 08.6W 17 32.2N 073 23.3W 1.074 39 78 272 04m41.7s
13:12 18 56.2N 073 38.2W 17 41.7N 071 08.8W 18 19.4N 072 22.5W 1.074 41 79 273 04m46.0s
13:14 19 43.0N 072 38.9W 18 26.7N 070 11.3W 19 05.3N 071 24.1W 1.074 42 79 274 04m50.2s
13:16 20 28.5N 071 41.8W 19 10.5N 069 16.0W 19 49.9N 070 28.0W 1.075 44 80 274 04m54.2s
13:18 21 13.0N 070 46.7W 19 53.2N 068 22.4W 20 33.5N 069 33.7W 1.075 45 81 275 04m58.1s
13:20 21 56.3N 069 53.3W 20 34.9N 067 30.4W 21 16.0N 068 41.0W 1.075 47 82 275 05m01.8s
13:22 22 38.7N 069 01.4W 21 15.8N 066 39.9W 21 57.6N 067 49.7W 1.076 48 84 275 05m05.4s
13:24 23 20.3N 068 10.8W 21 55.7N 065 50.5W 22 38.3N 066 59.8W 1.076 49 85 276 05m08.9s
13:26 24 00.9N 067 21.3W 22 34.8N 065 02.3W 23 18.2N 066 10.9W 1.076 51 86 276 05m12.3s
13:28 24 40.8N 066 32.8W 23 13.2N 064 15.0W 23 57.3N 065 23.1W 1.077 52 87 276 05m15.5s
13:30 25 19.9N 065 45.3W 23 50.9N 063 28.5W 24 35.7N 064 36.1W 1.077 53 88 276 05m18.7s
13:32 25 58.4N 064 58.4W 24 27.8N 062 42.8W 25 13.4N 063 49.8W 1.077 54 90 276 05m21.8s
13:34 26 36.1N 064 12.3W 25 04.2N 061 57.7W 25 50.4N 063 04.2W 1.077 55 91 276 05m24.7s
13:36 27 13.2N 063 26.7W 25 39.9N 061 13.2W 26 26.8N 062 19.1W 1.078 56 93 276 05m27.5s
13:38 27 49.8N 062 41.5W 26 14.9N 060 29.2W 27 02.6N 061 34.5W 1.078 57 94 276 05m30.3s
13:40 28 25.7N 061 56.8W 26 49.5N 059 45.5W 27 37.8N 060 50.3W 1.078 58 96 276 05m32.9s
13:42 29 01.0N 061 12.3W 27 23.4N 059 02.2W 28 12.5N 060 06.5W 1.078 59 98 276 05m35.5s
13:44 29 35.9N 060 28.2W 27 56.8N 058 19.1W 28 46.6N 059 22.9W 1.078 60 99 276 05m37.9s
13:46 30 10.1N 059 44.1W 28 29.7N 057 36.3W 29 20.1N 058 39.4W 1.078 61 101 276 05m40.2s
13:48 30 43.9N 059 00.3W 29 02.1N 056 53.6W 29 53.2N 057 56.1W 1.079 62 103 276 05m42.4s
13:50 31 17.2N 058 16.4W 29 34.0N 056 10.9W 30 25.8N 057 12.9W 1.079 63 106 276 05m44.6s
13:52 31 50.0N 057 32.6W 30 05.4N 055 28.3W 30 57.8N 056 29.7W 1.079 64 108 275 05m46.6s
13:54 32 22.2N 056 48.7W 30 36.3N 054 45.7W 31 29.4N 055 46.4W 1.079 65 110 275 05m48.5s
13:56 32 54.1N 056 04.7W 31 06.8N 054 03.1W 32 00.6N 055 03.1W 1.079 66 113 275 05m50.3s
13:58 33 25.4N 055 20.6W 31 36.8N 053 20.3W 32 31.2N 054 19.7W 1.079 66 115 275 05m52.0s
14:00 33 56.3N 054 36.2W 32 06.3N 052 37.4W 33 01.4N 053 36.0W 1.079 67 118 274 05m53.6s
14:02 34 26.8N 053 51.6W 32 35.4N 051 54.3W 33 31.2N 052 52.2W 1.079 68 121 274 05m55.1s
14:04 34 56.7N 053 06.7W 33 04.0N 051 10.9W 34 00.5N 052 08.0W 1.079 68 124 274 05m56.5s
14:06 35 26.3N 052 21.4W 33 32.2N 050 27.3W 34 29.3N 051 23.6W 1.079 69 127 274 05m57.8s
14:08 35 55.4N 051 35.8W 33 59.9N 049 43.4W 34 57.7N 050 38.8W 1.080 69 131 273 05m59.0s
14:10 36 24.0N 050 49.7W 34 27.2N 048 59.0W 35 25.7N 049 53.6W 1.080 70 134 273 06m00.1s
14:12 36 52.2N 050 03.1W 34 54.1N 048 14.3W 35 53.2N 049 08.0W 1.080 70 138 273 06m01.0s
14:14 37 19.9N 049 16.0W 35 20.5N 047 29.2W 36 20.2N 048 21.9W 1.080 71 142 273 06m01.9s
14:16 37 47.2N 048 28.4W 35 46.4N 046 43.6W 36 46.8N 047 35.3W 1.080 71 146 272 06m02.6s
14:18 38 14.0N 047 40.1W 36 11.9N 045 57.5W 37 13.0N 046 48.1W 1.080 71 149 272 06m03.2s
14:20 38 40.3N 046 51.2W 36 37.0N 045 10.8W 37 38.6N 046 00.4W 1.080 71 154 272 06m03.7s
14:22 39 06.2N 046 01.6W 37 01.6N 044 23.6W 38 03.9N 045 12.0W 1.080 71 158 272 06m04.1s
14:24 39 31.6N 045 11.3W 37 25.7N 043 35.7W 38 28.6N 044 22.9W 1.080 71 162 271 06m04.4s
14:26 39 56.5N 044 20.2W 37 49.4N 042 47.1W 38 52.9N 043 33.1W 1.080 71 166 271 06m04.5s
14:28 40 20.9N 043 28.3W 38 12.6N 041 57.9W 39 16.7N 042 42.5W 1.080 71 170 271 06m04.6s
14:30 40 44.9N 042 35.5W 38 35.3N 041 07.9W 39 40.0N 041 51.2W 1.080 71 174 270 06m04.5s
14:32 41 08.3N 041 41.8W 38 57.5N 040 17.1W 40 02.8N 040 59.0W 1.080 70 178 270 06m04.3s
14:34 41 31.1N 040 47.1W 39 19.2N 039 25.5W 40 25.1N 040 05.9W 1.080 70 181 270 06m03.9s
14:36 41 53.4N 039 51.5W 39 40.5N 038 33.1W 40 46.8N 039 11.9W 1.080 70 185 269 06m03.5s
14:38 42 15.2N 038 54.8W 40 01.1N 037 39.7W 41 08.0N 038 16.9W 1.080 69 189 269 06m02.9s
14:40 42 36.4N 037 57.0W 40 21.3N 036 45.5W 41 28.7N 037 20.9W 1.080 69 192 269 06m02.2s
14:42 42 57.0N 036 58.1W 40 40.9N 035 50.2W 41 48.8N 036 23.9W 1.079 68 196 268 06m01.4s
14:44 43 17.0N 035 58.0W 40 59.9N 034 53.9W 42 08.3N 035 25.7W 1.079 67 199 268 06m00.4s
14:46 43 36.4N 034 56.6W 41 18.4N 033 56.6W 42 27.2N 034 26.4W 1.079 67 202 268 05m59.3s
14:48 43 55.1N 033 54.0W 41 36.2N 032 58.1W 42 45.5N 033 25.9W 1.079 66 205 267 05m58.1s
14:50 44 13.2N 032 50.1W 41 53.4N 031 58.5W 43 03.1N 032 24.2W 1.079 65 208 267 05m56.7s
14:52 44 30.6N 031 44.8W 42 10.0N 030 57.6W 43 20.1N 031 21.2W 1.079 64 211 267 05m55.3s
14:54 44 47.2N 030 38.0W 42 26.0N 029 55.5W 43 36.4N 030 16.9W 1.079 63 214 266 05m53.7s
14:56 45 03.1N 029 29.8W 42 41.2N 028 52.1W 43 51.9N 029 11.1W 1.079 63 216 266 05m51.9s
14:58 45 18.2N 028 20.0W 42 55.8N 027 47.4W 44 06.8N 028 04.0W 1.079 62 219 265 05m50.0s
15:00 45 32.5N 027 08.6W 43 09.6N 026 41.2W 44 20.8N 026 55.3W 1.078 61 222 265 05m48.0s
15:02 45 46.0N 025 55.6W 43 22.7N 025 33.6W 44 34.1N 025 45.0W 1.078 60 224 265 05m45.9s
15:04 45 58.5N 024 40.8W 43 34.9N 024 24.4W 44 46.5N 024 33.1W 1.078 59 226 264 05m43.6s
15:06 46 10.2N 023 24.2W 43 46.3N 023 13.6W 44 58.0N 023 19.6W 1.078 58 229 264 05m41.2s
15:08 46 20.9N 022 05.8W 43 56.9N 022 01.2W 45 08.7N 022 04.3W 1.078 57 231 263 05m38.7s
15:10 46 30.5N 020 45.4W 44 06.6N 020 47.1W 45 18.3N 020 47.1W 1.078 56 233 263 05m36.0s
15:12 46 39.1N 019 23.1W 44 15.3N 019 31.1W 45 27.0N 019 28.0W 1.077 54 235 262 05m33.2s
15:14 46 46.6N 017 58.6W 44 23.0N 018 13.2W 45 34.6N 018 07.0W 1.077 53 238 262 05m30.2s
15:16 46 52.9N 016 31.9W 44 29.6N 016 53.4W 45 41.1N 016 43.8W 1.077 52 240 261 05m27.1s
15:18 46 57.9N 015 02.9W 44 35.2N 015 31.4W 45 46.4N 015 18.5W 1.077 51 242 261 05m23.8s
15:20 47 01.7N 013 31.5W 44 39.6N 014 07.3W 45 50.5N 013 50.8W 1.076 50 244 260 05m20.4s
15:22 47 04.0N 011 57.5W 44 42.8N 012 40.8W 45 53.3N 012 20.8W 1.076 48 246 260 05m16.9s
15:24 47 04.8N 010 20.9W 44 44.6N 011 11.9W 45 54.7N 010 48.1W 1.076 47 248 259 05m13.2s
15:26 47 04.1N 008 41.4W 44 45.1N 009 40.4W 45 54.5N 009 12.8W 1.075 46 250 259 05m09.3s
15:28 47 01.6N 006 58.8W 44 44.0N 008 06.0W 45 52.8N 007 34.5W 1.075 44 252 258 05m05.3s
15:30 46 57.4N 005 13.0W 44 41.4N 006 28.7W 45 49.4N 005 53.0W 1.075 43 254 257 05m01.1s
15:32 46 51.1N 003 23.7W 44 37.1N 004 48.1W 45 44.2N 004 08.2W 1.074 41 256 257 04m56.7s
15:34 46 42.7N 001 30.5W 44 30.8N 003 04.0W 45 36.9N 002 19.7W 1.074 40 258 256 04m52.2s
15:36 46 31.9N 000 27.0E 44 22.6N 001 16.0W 45 27.5N 000 27.2W 1.074 38 260 255 04m47.4s
15:38 46 18.5N 002 29.2E 44 12.1N 000 36.3E 45 15.6N 001 29.9E 1.073 37 262 254 04m42.5s
15:40 46 02.3N 004 36.7E 43 59.1N 002 33.4E 45 01.1N 003 32.0E 1.073 35 265 253 04m37.3s
15:42 45 42.7N 006 50.4E 43 43.3N 004 36.0E 44 43.5N 005 40.0E 1.072 33 267 253 04m31.9s
15:44 45 19.4N 009 11.2E 43 24.4N 006 44.9E 44 22.5N 007 54.6E 1.072 31 269 251 04m26.2s
15:46 44 51.7N 011 40.7E 43 01.8N 009 01.3E 43 57.5N 010 17.3E 1.071 29 271 250 04m20.1s
15:48 44 18.6N 014 20.9E 42 34.8N 011 26.7E 43 27.7N 012 49.7E 1.070 27 273 249 04m13.7s
15:50 43 38.9N 017 14.8E 42 02.6N 014 03.4E 42 52.0N 015 34.5E 1.070 24 276 247 04m06.8s
15:52 42 50.4N 020 27.4E 41 23.7N 016 54.7E 42 08.7N 018 35.8E 1.069 22 278 246 03m59.3s
15:54 41 49.5N 024 07.9E 40 35.9N 020 06.3E 41 15.0N 022 00.5E 1.068 19 281 244 03m51.0s
15:56 40 27.7N 028 36.6E 39 35.0N 023 48.7E 40 05.1N 026 03.0E 1.067 15 284 241 03m41.3s
15:58 38 16.4N 035 05.5E 38 11.1N 028 27.1E 38 23.4N 031 22.4E 1.065 10 288 237 03m29.0s
Limits 35 11.4N 043 19.1E 33 27.2N 041 56.9E 34 19.2N 042 37.4E 1.062 0 - 228 03m05.1s
Return To Solar Eclipses of Historical Interest
Predictions for the Total Solar Eclipse of -0584 May 28 were generated using the VSOP87/ELP2000-82 solar and lunar ephemerides and a value of ΔT = 18383.9 seconds. The accuracy of the northern and southern edges of the eclipse path are limited to approximately 1-2 kilometers due to the lunar limb profile.
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
