The following table delineates the path of the Moon's umbral shadow during the Total Solar Eclipse of -0647 Apr 06 . 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 26 59.1N 020 25.8W 24 42.8N 019 31.9W 25 50.3N 019 58.3W 1.055 0 - 257 02m52.8s
07:18 - - 26 00.6N 007 21.6W 26 39.6N 011 31.5W 1.058 8 90 274 03m11.3s
07:20 28 01.7N 010 50.6W 26 37.5N 003 53.8W 27 21.7N 006 58.3W 1.059 12 92 283 03m22.7s
07:22 28 42.9N 006 48.8W 27 11.5N 001 11.1W 27 58.4N 003 47.4W 1.060 16 94 290 03m31.2s
07:24 29 19.8N 003 50.2W 27 44.1N 001 05.9E 28 32.8N 001 13.7W 1.061 18 96 295 03m38.4s
07:26 29 54.5N 001 23.4W 28 15.5N 003 05.9E 29 05.7N 000 57.7E 1.062 21 98 300 03m44.7s
07:28 30 27.9N 000 43.3E 28 46.2N 004 53.6E 29 37.6N 002 53.7E 1.062 23 99 303 03m50.5s
07:30 31 00.3N 002 36.1E 29 16.4N 006 32.1E 30 08.8N 004 38.5E 1.063 24 101 307 03m55.7s
07:32 31 31.9N 004 18.6E 29 46.1N 008 03.1E 30 39.4N 006 14.7E 1.063 26 102 309 04m00.6s
07:34 32 03.1N 005 52.9E 30 15.5N 009 28.1E 31 09.6N 007 44.0E 1.064 28 103 312 04m05.2s
07:36 32 33.8N 007 20.8E 30 44.6N 010 48.1E 31 39.4N 009 07.6E 1.064 29 105 314 04m09.5s
07:38 33 04.2N 008 43.3E 31 13.4N 012 04.0E 32 09.0N 010 26.6E 1.065 30 106 315 04m13.6s
07:40 33 34.3N 010 01.4E 31 42.0N 013 16.3E 32 38.3N 011 41.6E 1.065 32 108 317 04m17.4s
07:42 34 04.1N 011 15.8E 32 10.5N 014 25.5E 33 07.4N 012 53.2E 1.065 33 109 318 04m21.1s
07:44 34 33.8N 012 26.9E 32 38.8N 015 32.1E 33 36.4N 014 02.0E 1.066 34 111 319 04m24.5s
07:46 35 03.3N 013 35.3E 33 07.0N 016 36.4E 34 05.2N 015 08.2E 1.066 35 112 320 04m27.7s
07:48 35 32.7N 014 41.4E 33 35.2N 017 38.7E 34 34.0N 016 12.2E 1.066 36 114 320 04m30.8s
07:50 36 01.9N 015 45.3E 34 03.2N 018 39.2E 35 02.6N 017 14.4E 1.067 37 116 321 04m33.7s
07:52 36 31.1N 016 47.5E 34 31.2N 019 38.1E 35 31.1N 018 14.9E 1.067 38 117 321 04m36.5s
07:54 37 00.2N 017 48.1E 34 59.1N 020 35.7E 35 59.6N 019 13.9E 1.067 39 119 321 04m39.1s
07:56 37 29.2N 018 47.3E 35 27.0N 021 32.1E 36 28.1N 020 11.6E 1.067 40 120 321 04m41.5s
07:58 37 58.2N 019 45.4E 35 54.8N 022 27.4E 36 56.5N 021 08.3E 1.067 40 122 321 04m43.8s
08:00 38 27.2N 020 42.5E 36 22.6N 023 21.9E 37 24.8N 022 04.0E 1.068 41 124 320 04m46.0s
08:02 38 56.2N 021 38.6E 36 50.4N 024 15.6E 37 53.2N 022 58.9E 1.068 42 126 320 04m48.0s
08:04 39 25.1N 022 34.1E 37 18.2N 025 08.6E 38 21.5N 023 53.1E 1.068 42 128 320 04m49.9s
08:06 39 54.1N 023 28.9E 37 46.1N 026 01.1E 38 49.9N 024 46.7E 1.068 43 129 319 04m51.7s
08:08 40 23.0N 024 23.3E 38 13.9N 026 53.2E 39 18.3N 025 39.9E 1.068 43 131 318 04m53.3s
08:10 40 52.0N 025 17.3E 38 41.7N 027 44.9E 39 46.7N 026 32.7E 1.068 44 133 318 04m54.7s
08:12 41 21.0N 026 11.0E 39 09.5N 028 36.3E 40 15.1N 027 25.3E 1.068 44 135 317 04m56.1s
08:14 41 50.1N 027 04.5E 39 37.4N 029 27.6E 40 43.5N 028 17.6E 1.069 45 137 316 04m57.3s
08:16 42 19.1N 027 58.0E 40 05.3N 030 18.7E 41 12.0N 029 09.9E 1.069 45 139 316 04m58.4s
08:18 42 48.3N 028 51.5E 40 33.3N 031 09.9E 41 40.5N 030 02.2E 1.069 45 141 315 04m59.3s
08:20 43 17.5N 029 45.1E 41 01.3N 032 01.2E 42 09.1N 030 54.6E 1.069 45 143 314 05m00.2s
08:22 43 46.7N 030 38.8E 41 29.3N 032 52.6E 42 37.7N 031 47.2E 1.069 46 145 313 05m00.8s
08:24 44 16.0N 031 32.9E 41 57.4N 033 44.3E 43 06.3N 032 40.0E 1.069 46 147 312 05m01.4s
08:26 44 45.4N 032 27.4E 42 25.5N 034 36.2E 43 35.1N 033 33.2E 1.069 46 149 311 05m01.8s
08:28 45 14.8N 033 22.3E 42 53.7N 035 28.6E 44 03.9N 034 26.8E 1.069 46 151 310 05m02.1s
08:30 45 44.4N 034 17.8E 43 22.0N 036 21.5E 44 32.7N 035 21.0E 1.069 46 153 309 05m02.3s
08:32 46 14.0N 035 14.0E 43 50.3N 037 14.9E 45 01.7N 036 15.7E 1.069 46 156 308 05m02.4s
08:34 46 43.7N 036 10.9E 44 18.7N 038 08.9E 45 30.7N 037 11.2E 1.069 46 158 307 05m02.3s
08:36 47 13.5N 037 08.8E 44 47.2N 039 03.7E 45 59.8N 038 07.5E 1.069 46 160 306 05m02.0s
08:38 47 43.4N 038 07.5E 45 15.7N 039 59.4E 46 29.0N 039 04.6E 1.069 46 162 305 05m01.7s
08:40 48 13.4N 039 07.4E 45 44.3N 040 55.9E 46 58.3N 040 02.8E 1.069 46 164 304 05m01.2s
08:42 48 43.4N 040 08.5E 46 13.1N 041 53.5E 47 27.7N 041 02.0E 1.069 45 167 303 05m00.6s
08:44 49 13.6N 041 10.9E 46 41.8N 042 52.2E 47 57.1N 042 02.5E 1.069 45 169 302 04m59.9s
08:46 49 44.0N 042 14.7E 47 10.7N 043 52.1E 48 26.7N 043 04.4E 1.069 45 171 301 04m59.0s
08:48 50 14.4N 043 20.2E 47 39.7N 044 53.4E 48 56.4N 044 07.7E 1.069 45 173 300 04m58.0s
08:50 50 44.9N 044 27.5E 48 08.8N 045 56.2E 49 26.1N 045 12.6E 1.068 44 176 299 04m56.8s
08:52 51 15.6N 045 36.6E 48 37.9N 047 00.6E 49 56.0N 046 19.3E 1.068 44 178 298 04m55.6s
08:54 51 46.3N 046 47.9E 49 07.2N 048 06.8E 50 26.0N 047 27.9E 1.068 43 180 297 04m54.1s
08:56 52 17.2N 048 01.5E 49 36.5N 049 14.9E 50 56.1N 048 38.6E 1.068 43 182 296 04m52.6s
08:58 52 48.2N 049 17.6E 50 06.0N 050 25.1E 51 26.2N 049 51.6E 1.068 42 185 295 04m50.9s
09:00 53 19.3N 050 36.4E 50 35.5N 051 37.6E 51 56.5N 051 07.2E 1.068 42 187 294 04m49.1s
09:02 53 50.5N 051 58.3E 51 05.1N 052 52.6E 52 26.9N 052 25.4E 1.068 41 189 293 04m47.1s
09:04 54 21.8N 053 23.5E 51 34.8N 054 10.3E 52 57.4N 053 46.7E 1.068 40 192 292 04m45.0s
09:06 54 53.2N 054 52.4E 52 04.6N 055 31.0E 53 27.9N 055 11.2E 1.067 39 194 291 04m42.7s
09:08 55 24.7N 056 25.2E 52 34.5N 056 54.9E 53 58.6N 056 39.4E 1.067 39 196 290 04m40.3s
09:10 55 56.3N 058 02.6E 53 04.4N 058 22.5E 54 29.3N 058 11.6E 1.067 38 199 289 04m37.7s
09:12 56 27.9N 059 44.8E 53 34.4N 059 54.0E 55 00.1N 059 48.1E 1.067 37 201 288 04m34.9s
09:14 56 59.5N 061 32.5E 54 04.4N 061 29.8E 55 30.9N 061 29.5E 1.066 36 204 287 04m32.0s
09:16 57 31.2N 063 26.3E 54 34.5N 063 10.5E 56 01.7N 063 16.3E 1.066 35 206 286 04m29.0s
09:18 58 02.8N 065 27.0E 55 04.6N 064 56.6E 56 32.5N 065 09.1E 1.066 34 209 285 04m25.7s
09:20 58 34.4N 067 35.5E 55 34.7N 066 48.6E 57 03.3N 067 08.8E 1.066 33 212 284 04m22.3s
09:22 59 05.8N 069 52.8E 56 04.7N 068 47.4E 57 34.0N 069 16.1E 1.065 32 214 283 04m18.6s
09:24 59 37.0N 072 20.2E 56 34.6N 070 53.9E 58 04.6N 071 32.2E 1.065 30 217 282 04m14.8s
09:26 60 08.0N 074 59.4E 57 04.4N 073 09.1E 58 35.0N 073 58.4E 1.065 29 220 280 04m10.7s
09:28 60 38.5N 077 52.4E 57 34.0N 075 34.4E 59 05.0N 076 36.2E 1.064 27 223 279 04m06.3s
09:30 61 08.4N 081 02.0E 58 03.3N 078 11.4E 59 34.6N 079 27.9E 1.064 26 227 278 04m01.7s
09:32 61 37.4N 084 31.7E 58 32.1N 081 02.4E 60 03.6N 082 36.2E 1.063 24 230 277 03m56.7s
09:34 62 05.2N 088 26.8E 59 00.3N 084 10.3E 60 31.8N 086 04.9E 1.063 22 234 276 03m51.3s
09:36 62 31.3N 092 55.1E 59 27.7N 087 39.1E 60 58.7N 089 59.5E 1.062 20 238 274 03m45.5s
09:38 62 54.6N 098 09.8E 59 53.8N 091 34.8E 61 23.9N 094 28.7E 1.061 18 243 273 03m39.0s
09:40 63 13.3N 104 36.9E 60 18.1N 096 07.0E 61 46.2N 099 47.3E 1.060 15 248 271 03m31.7s
09:42 63 22.3N 113 26.4E 60 39.4N 101 33.3E 62 03.6N 106 26.6E 1.059 12 255 269 03m22.9s
09:44 - - 60 55.2N 108 33.5E 62 09.4N 116 05.0E 1.058 7 264 265 03m11.0s
Limits 62 43.5N 132 09.7E 60 28.0N 130 47.5E 61 35.1N 131 27.3E 1.055 0 - 259 02m53.6s
Return To Solar Eclipses of Historical Interest
Predictions for the Total Solar Eclipse of -0647 Apr 06 were generated using the VSOP87/ELP2000-82 solar and lunar ephemerides and a value of ΔT = 19363.8 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
