The following table delineates the path of the Moon's umbral shadow during the Total Solar Eclipse of 0029 Nov 24 . 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 58 51.2N 002 12.6E 58 30.5N 001 44.6E 58 40.9N 001 58.5E 1.010 0 - 47 00m39.2s
08:16 54 46.9N 010 06.3E 53 02.3N 011 54.8E 53 52.5N 011 05.5E 1.012 7 140 56 00m50.2s
08:18 51 31.1N 015 37.0E 50 12.3N 016 27.2E 50 51.2N 016 03.4E 1.014 11 145 61 00m57.6s
08:20 49 18.9N 019 01.9E 48 08.5N 019 32.0E 48 43.4N 019 17.7E 1.015 15 148 65 01m03.1s
08:22 47 32.6N 021 38.1E 46 26.6N 021 56.9E 46 59.4N 021 48.0E 1.015 17 150 68 01m07.6s
08:24 46 01.5N 023 46.7E 44 58.3N 023 58.0E 45 29.8N 023 52.7E 1.016 19 153 71 01m11.7s
08:26 44 40.9N 025 37.2E 43 39.5N 025 43.1E 44 10.1N 025 40.5E 1.017 21 154 73 01m15.3s
08:28 43 27.9N 027 14.8E 42 27.9N 027 16.5E 42 57.8N 027 15.9E 1.017 23 156 75 01m18.7s
08:30 42 20.9N 028 42.7E 41 22.0N 028 41.0E 41 51.3N 028 42.1E 1.017 25 158 77 01m21.8s
08:32 41 18.7N 030 03.0E 40 20.6N 029 58.5E 40 49.6N 030 00.9E 1.018 26 160 79 01m24.7s
08:34 40 20.6N 031 17.1E 39 23.2N 031 10.2E 39 51.8N 031 13.8E 1.018 27 161 81 01m27.4s
08:36 39 26.0N 032 26.1E 38 29.1N 032 17.3E 38 57.5N 032 21.8E 1.019 29 163 83 01m30.0s
08:38 38 34.4N 033 30.9E 37 37.9N 033 20.3E 38 06.1N 033 25.7E 1.019 30 164 84 01m32.4s
08:40 37 45.5N 034 32.2E 36 49.3N 034 20.0E 37 17.3N 034 26.2E 1.019 31 166 86 01m34.7s
08:42 36 58.9N 035 30.3E 36 03.0N 035 16.8E 36 30.9N 035 23.7E 1.019 32 167 87 01m36.9s
08:44 36 14.4N 036 25.9E 35 18.8N 036 11.1E 35 46.5N 036 18.6E 1.020 33 169 89 01m38.9s
08:46 35 31.8N 037 19.1E 34 36.4N 037 03.2E 35 04.1N 037 11.2E 1.020 34 170 90 01m40.8s
08:48 34 51.0N 038 10.3E 33 55.8N 037 53.4E 34 23.4N 038 01.9E 1.020 35 171 91 01m42.7s
08:50 34 11.9N 038 59.8E 33 16.7N 038 41.9E 33 44.3N 038 50.9E 1.020 35 173 93 01m44.4s
08:52 33 34.2N 039 47.7E 32 39.2N 039 29.0E 33 06.7N 039 38.4E 1.020 36 174 94 01m46.0s
08:54 32 58.0N 040 34.2E 32 03.0N 040 14.8E 32 30.5N 040 24.5E 1.021 37 176 95 01m47.6s
08:56 32 23.0N 041 19.5E 31 28.2N 040 59.4E 31 55.6N 041 09.5E 1.021 37 177 96 01m49.0s
08:58 31 49.4N 042 03.8E 30 54.6N 041 43.0E 31 21.9N 041 53.4E 1.021 38 179 98 01m50.3s
09:00 31 16.9N 042 47.1E 30 22.1N 042 25.7E 30 49.5N 042 36.4E 1.021 39 180 99 01m51.6s
09:02 30 45.5N 043 29.6E 29 50.7N 043 07.6E 30 18.1N 043 18.7E 1.021 39 181 100 01m52.7s
09:04 30 15.2N 044 11.4E 29 20.5N 043 48.9E 29 47.8N 044 00.2E 1.021 40 183 101 01m53.8s
09:06 29 45.9N 044 52.6E 28 51.2N 044 29.5E 29 18.5N 044 41.1E 1.021 40 184 102 01m54.7s
09:08 29 17.6N 045 33.2E 28 22.9N 045 09.7E 28 50.2N 045 21.5E 1.021 40 186 103 01m55.6s
09:10 28 50.2N 046 13.4E 27 55.5N 045 49.4E 28 22.9N 046 01.4E 1.022 41 187 104 01m56.4s
09:12 28 23.8N 046 53.2E 27 29.1N 046 28.8E 27 56.4N 046 41.0E 1.022 41 189 105 01m57.1s
09:14 27 58.2N 047 32.6E 27 03.6N 047 07.9E 27 30.9N 047 20.3E 1.022 41 190 106 01m57.6s
09:16 27 33.5N 048 11.9E 26 38.9N 047 46.8E 27 06.2N 047 59.3E 1.022 41 192 106 01m58.1s
09:18 27 09.7N 048 50.9E 26 15.1N 048 25.5E 26 42.4N 048 38.2E 1.022 42 193 107 01m58.5s
09:20 26 46.7N 049 29.9E 25 52.1N 049 04.1E 26 19.4N 049 17.0E 1.022 42 195 108 01m58.8s
09:22 26 24.5N 050 08.7E 25 29.9N 049 42.7E 25 57.2N 049 55.7E 1.022 42 196 108 01m59.1s
09:24 26 03.1N 050 47.6E 25 08.5N 050 21.3E 25 35.8N 050 34.5E 1.022 42 198 109 01m59.2s
09:26 25 42.5N 051 26.6E 24 47.9N 051 00.0E 25 15.2N 051 13.3E 1.022 42 199 110 01m59.2s
09:28 25 22.7N 052 05.7E 24 28.1N 051 38.8E 24 55.4N 051 52.2E 1.022 42 201 110 01m59.1s
09:30 25 03.6N 052 44.9E 24 09.1N 052 17.8E 24 36.4N 052 31.3E 1.022 42 202 110 01m58.9s
09:32 24 45.4N 053 24.4E 23 50.9N 052 57.0E 24 18.1N 053 10.7E 1.022 42 204 111 01m58.7s
09:34 24 27.9N 054 04.2E 23 33.4N 053 36.5E 24 00.7N 053 50.3E 1.022 41 205 111 01m58.3s
09:36 24 11.2N 054 44.3E 23 16.7N 054 16.4E 23 44.0N 054 30.3E 1.021 41 206 111 01m57.8s
09:38 23 55.2N 055 24.8E 23 00.9N 054 56.7E 23 28.1N 055 10.7E 1.021 41 208 111 01m57.3s
09:40 23 40.1N 056 05.9E 22 45.8N 055 37.5E 23 12.9N 055 51.6E 1.021 41 209 111 01m56.6s
09:42 23 25.7N 056 47.4E 22 31.5N 056 18.9E 22 58.6N 056 33.1E 1.021 40 211 110 01m55.8s
09:44 23 12.2N 057 29.6E 22 18.0N 057 00.8E 22 45.1N 057 15.2E 1.021 40 212 110 01m55.0s
09:46 22 59.4N 058 12.5E 22 05.4N 057 43.4E 22 32.4N 057 57.9E 1.021 40 213 110 01m54.0s
09:48 22 47.5N 058 56.1E 21 53.6N 058 26.9E 22 20.6N 058 41.4E 1.021 39 215 109 01m52.9s
09:50 22 36.5N 059 40.7E 21 42.7N 059 11.1E 22 09.6N 059 25.8E 1.021 39 216 109 01m51.7s
09:52 22 26.4N 060 26.1E 21 32.7N 059 56.3E 21 59.5N 060 11.2E 1.021 38 217 108 01m50.4s
09:54 22 17.1N 061 12.7E 21 23.6N 060 42.6E 21 50.4N 060 57.5E 1.020 37 218 107 01m49.1s
09:56 22 08.8N 062 00.4E 21 15.4N 061 30.0E 21 42.2N 061 45.1E 1.020 37 220 106 01m47.6s
09:58 22 01.5N 062 49.4E 21 08.3N 062 18.6E 21 35.0N 062 33.9E 1.020 36 221 105 01m46.0s
10:00 21 55.3N 063 39.9E 21 02.2N 063 08.7E 21 28.8N 063 24.2E 1.020 35 222 103 01m44.2s
10:02 21 50.1N 064 32.0E 20 57.2N 064 00.4E 21 23.7N 064 16.1E 1.020 35 223 102 01m42.4s
10:04 21 46.1N 065 25.9E 20 53.4N 064 53.8E 21 19.8N 065 09.7E 1.019 34 224 100 01m40.5s
10:06 21 43.4N 066 21.8E 20 50.9N 065 49.2E 21 17.2N 066 05.4E 1.019 33 226 99 01m38.4s
10:08 21 41.9N 067 19.9E 20 49.6N 066 46.8E 21 15.8N 067 03.2E 1.019 32 227 97 01m36.2s
10:10 21 41.9N 068 20.6E 20 49.9N 067 46.9E 21 16.0N 068 03.6E 1.019 31 228 95 01m33.9s
10:12 21 43.5N 069 24.3E 20 51.7N 068 49.8E 21 17.7N 069 06.9E 1.018 30 229 93 01m31.4s
10:14 21 46.9N 070 31.3E 20 55.3N 069 55.9E 21 21.1N 070 13.4E 1.018 28 230 91 01m28.8s
10:16 21 52.2N 071 42.2E 21 00.8N 071 05.8E 21 26.5N 071 23.8E 1.018 27 231 88 01m26.1s
10:18 21 59.7N 072 57.8E 21 08.5N 072 20.0E 21 34.2N 072 38.7E 1.017 26 232 86 01m23.2s
10:20 22 09.9N 074 18.9E 21 18.8N 073 39.6E 21 44.4N 073 59.0E 1.017 24 233 83 01m20.0s
10:22 22 23.1N 075 46.7E 21 32.1N 075 05.5E 21 57.7N 075 25.9E 1.016 23 235 80 01m16.7s
10:24 22 40.1N 077 23.1E 21 49.1N 076 39.4E 22 14.6N 077 01.0E 1.016 21 236 77 01m13.1s
10:26 23 01.9N 079 10.6E 22 10.6N 078 23.6E 22 36.3N 078 46.8E 1.015 19 237 74 01m09.3s
10:28 23 30.1N 081 13.5E 22 38.2N 080 21.8E 23 04.2N 080 47.3E 1.015 17 238 70 01m05.0s
10:30 24 07.7N 083 39.7E 23 14.5N 082 40.5E 23 41.1N 083 09.6E 1.014 14 239 65 01m00.1s
10:32 25 01.8N 086 46.9E 24 05.0N 085 33.7E 24 33.2N 086 09.3E 1.013 11 241 60 00m54.3s
10:34 26 38.9N 091 44.9E 25 26.9N 089 44.9E 26 01.6N 090 40.8E 1.011 6 243 53 00m46.3s
Limits 28 35.8N 097 07.1E 28 11.8N 097 11.0E 28 23.8N 097 09.1E 1.009 0 - 43 00m36.3s
Return To Solar Eclipses of Historical Interest
Predictions for the Total Solar Eclipse of 0029 Nov 24 were generated using the VSOP87/ELP2000-82 solar and lunar ephemerides and a value of ΔT = 10235.2 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
