The following table delineates the path of the Moon's umbral shadow during the Total Solar Eclipse of -1374 May 03 . 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 35 11.1N 024 37.6E 34 16.9N 025 15.0E 34 43.9N 024 56.4E 1.019 0 - 111 01m01.2s
03:44 - - 36 15.9N 033 43.2E 36 02.3N 030 39.4E 1.020 5 80 121 01m08.3s
03:46 37 35.0N 034 03.5E 37 35.8N 038 11.8E 37 37.4N 036 14.8E 1.022 10 83 131 01m16.0s
03:48 38 50.7N 037 58.3E 38 39.4N 041 20.1E 38 46.1N 039 42.5E 1.023 13 86 138 01m21.1s
03:50 39 53.5N 040 53.0E 39 35.5N 043 52.4E 39 45.3N 042 24.8E 1.024 16 88 143 01m25.3s
03:52 40 49.8N 043 17.6E 40 27.1N 046 03.2E 40 39.1N 044 42.0E 1.024 18 90 146 01m28.9s
03:54 41 42.0N 045 23.3E 41 15.6N 047 59.5E 41 29.3N 046 42.6E 1.025 20 92 149 01m32.1s
03:56 42 31.2N 047 15.9E 42 01.7N 049 45.2E 42 16.9N 048 31.6E 1.025 21 94 152 01m35.0s
03:58 43 18.1N 048 58.9E 42 46.1N 051 22.8E 43 02.5N 050 11.8E 1.026 23 96 154 01m37.7s
04:00 44 03.3N 050 34.5E 43 29.0N 052 54.1E 43 46.5N 051 45.2E 1.026 24 98 156 01m40.1s
04:02 44 47.2N 052 04.2E 44 10.7N 054 20.3E 44 29.3N 053 13.1E 1.026 26 100 157 01m42.4s
04:04 45 29.8N 053 29.2E 44 51.4N 055 42.3E 45 10.9N 054 36.6E 1.027 27 101 159 01m44.6s
04:06 46 11.4N 054 50.4E 45 31.2N 057 01.0E 45 51.6N 055 56.5E 1.027 28 103 160 01m46.6s
04:08 46 52.2N 056 08.4E 46 10.3N 058 16.8E 46 31.5N 057 13.3E 1.027 29 105 161 01m48.5s
04:10 47 32.2N 057 23.8E 46 48.7N 059 30.2E 47 10.8N 058 27.7E 1.028 30 107 161 01m50.3s
04:12 48 11.6N 058 36.9E 47 26.6N 060 41.6E 47 49.4N 059 40.0E 1.028 31 109 162 01m51.9s
04:14 48 50.4N 059 48.3E 48 03.9N 061 51.4E 48 27.4N 060 50.6E 1.028 32 110 162 01m53.5s
04:16 49 28.7N 060 58.3E 48 40.7N 062 59.8E 49 05.0N 061 59.8E 1.028 32 112 163 01m54.9s
04:18 50 06.6N 062 07.1E 49 17.1N 064 07.2E 49 42.1N 063 07.9E 1.028 33 114 163 01m56.3s
04:20 50 44.0N 063 14.9E 49 53.2N 065 13.7E 50 18.8N 064 15.0E 1.028 34 116 163 01m57.6s
04:22 51 21.0N 064 22.1E 50 28.9N 066 19.6E 50 55.1N 065 21.5E 1.029 35 118 163 01m58.7s
04:24 51 57.7N 065 28.8E 51 04.2N 067 25.0E 51 31.2N 066 27.6E 1.029 35 120 163 01m59.8s
04:26 52 34.1N 066 35.1E 51 39.3N 068 30.1E 52 06.9N 067 33.4E 1.029 36 122 163 02m00.8s
04:28 53 10.2N 067 41.4E 52 14.1N 069 35.1E 52 42.3N 068 39.0E 1.029 36 124 163 02m01.7s
04:30 53 46.0N 068 47.8E 52 48.6N 070 40.2E 53 17.4N 069 44.8E 1.029 37 126 162 02m02.6s
04:32 54 21.6N 069 54.4E 53 22.9N 071 45.5E 53 52.4N 070 50.7E 1.029 37 128 162 02m03.3s
04:34 54 56.9N 071 01.4E 53 56.9N 072 51.2E 54 27.0N 071 57.1E 1.029 37 130 162 02m04.0s
04:36 55 32.0N 072 09.0E 54 30.8N 073 57.3E 55 01.5N 073 03.9E 1.029 38 132 161 02m04.6s
04:38 56 06.8N 073 17.3E 55 04.4N 075 04.1E 55 35.7N 074 11.5E 1.029 38 134 161 02m05.1s
04:40 56 41.5N 074 26.5E 55 37.8N 076 11.8E 56 09.8N 075 19.9E 1.029 38 137 161 02m05.6s
04:42 57 16.0N 075 36.8E 56 11.0N 077 20.3E 56 43.6N 076 29.3E 1.029 38 139 160 02m05.9s
04:44 57 50.3N 076 48.3E 56 44.1N 078 30.0E 57 17.2N 077 39.9E 1.029 39 141 160 02m06.2s
04:46 58 24.3N 078 01.1E 57 16.9N 079 40.9E 57 50.7N 078 51.8E 1.029 39 143 159 02m06.4s
04:48 58 58.2N 079 15.6E 57 49.6N 080 53.2E 58 23.9N 080 05.2E 1.029 39 146 159 02m06.5s
04:50 59 31.9N 080 31.8E 58 22.0N 082 07.1E 58 57.0N 081 20.3E 1.029 39 148 158 02m06.5s
04:52 60 05.4N 081 50.0E 58 54.3N 083 22.8E 59 29.8N 082 37.2E 1.029 39 150 158 02m06.5s
04:54 60 38.6N 083 10.4E 59 26.3N 084 40.5E 60 02.5N 083 56.2E 1.029 39 153 157 02m06.4s
04:56 61 11.7N 084 33.1E 59 58.2N 086 00.2E 60 34.9N 085 17.4E 1.029 39 155 156 02m06.2s
04:58 61 44.5N 085 58.5E 60 29.8N 087 22.3E 61 07.1N 086 41.2E 1.029 39 158 156 02m05.9s
05:00 62 17.1N 087 26.7E 61 01.2N 088 47.0E 61 39.1N 088 07.6E 1.029 38 160 155 02m05.6s
05:02 62 49.4N 088 58.2E 61 32.3N 090 14.4E 62 10.8N 089 37.0E 1.029 38 163 154 02m05.1s
05:04 63 21.4N 090 33.0E 62 03.2N 091 44.9E 62 42.2N 091 09.6E 1.029 38 166 154 02m04.6s
05:06 63 53.1N 092 11.6E 62 33.7N 093 18.7E 63 13.3N 092 45.8E 1.029 38 168 153 02m04.0s
05:08 64 24.4N 093 54.3E 63 03.9N 094 56.1E 63 44.1N 094 25.8E 1.029 37 171 152 02m03.4s
05:10 64 55.4N 095 41.5E 63 33.8N 096 37.4E 64 14.5N 096 09.9E 1.029 37 174 152 02m02.6s
05:12 65 25.9N 097 33.5E 64 03.3N 098 23.0E 64 44.5N 097 58.6E 1.029 37 177 151 02m01.8s
05:14 65 55.8N 099 30.7E 64 32.3N 100 13.1E 65 13.9N 099 52.3E 1.029 36 180 150 02m00.8s
05:16 66 25.3N 101 33.8E 65 00.8N 102 08.3E 65 42.9N 101 51.2E 1.029 36 183 149 01m59.8s
05:18 66 54.0N 103 43.1E 65 28.7N 104 08.8E 66 11.2N 103 56.0E 1.028 35 186 149 01m58.7s
05:20 67 22.1N 105 59.2E 65 56.0N 106 15.3E 66 38.9N 106 07.1E 1.028 34 189 148 01m57.6s
05:22 67 49.3N 108 22.6E 66 22.6N 108 28.1E 67 05.8N 108 25.1E 1.028 34 192 147 01m56.3s
05:24 68 15.5N 110 54.2E 66 48.4N 110 47.9E 67 31.8N 110 50.5E 1.028 33 195 146 01m54.9s
05:26 68 40.7N 113 34.4E 67 13.2N 113 15.1E 67 56.8N 113 24.0E 1.028 32 199 145 01m53.4s
05:28 69 04.5N 116 24.2E 67 37.0N 115 50.5E 68 20.6N 116 06.3E 1.027 32 202 144 01m51.9s
05:30 69 27.0N 119 24.2E 67 59.6N 118 34.8E 68 43.1N 118 58.1E 1.027 31 206 143 01m50.2s
05:32 69 47.7N 122 35.4E 68 20.7N 121 28.7E 69 04.1N 122 00.3E 1.027 30 210 142 01m48.5s
05:34 70 06.5N 125 58.7E 68 40.2N 124 33.1E 69 23.3N 125 13.7E 1.027 29 214 141 01m46.6s
05:36 70 23.0N 129 35.0E 68 57.9N 127 48.8E 69 40.4N 128 39.3E 1.026 28 218 140 01m44.6s
05:38 70 36.8N 133 25.6E 69 13.4N 131 17.0E 69 55.1N 132 18.2E 1.026 27 223 139 01m42.4s
05:40 70 47.5N 137 31.6E 69 26.4N 134 58.7E 70 07.1N 136 11.5E 1.026 26 227 138 01m40.2s
05:42 70 54.6N 141 54.5E 69 36.4N 138 55.3E 70 15.7N 140 20.7E 1.025 24 232 136 01m37.7s
05:44 70 57.3N 146 35.9E 69 43.0N 143 08.3E 70 20.5N 144 47.4E 1.025 23 237 135 01m35.1s
05:46 70 54.8N 151 37.9E 69 45.4N 147 40.0E 70 20.6N 149 33.7E 1.024 21 242 133 01m32.3s
05:48 70 45.8N 157 03.9E 69 42.7N 152 32.8E 70 15.0N 154 42.5E 1.024 20 248 131 01m29.3s
05:50 70 28.7N 162 58.6E 69 33.7N 157 50.8E 70 02.2N 160 18.3E 1.023 18 254 129 01m26.0s
05:52 70 00.7N 169 31.0E 69 16.5N 163 40.3E 69 40.1N 166 28.3E 1.023 16 261 127 01m22.2s
05:54 69 16.7N 176 59.4E 68 48.1N 170 12.9E 69 04.6N 173 27.0E 1.022 13 268 123 01m17.9s
05:56 68 03.5N 173 43.9W 68 02.0N 177 54.0E 68 06.9N 178 10.2W 1.021 10 276 119 01m12.6s
05:58 - - 66 38.8N 171 51.0W 66 08.9N 165 40.0W 1.019 4 288 112 01m04.4s
Limits 64 39.2N 155 40.5W 63 52.0N 156 55.9W 64 15.5N 156 18.8W 1.018 0 - 106 00m58.1s
Return To Solar Eclipses of Historical Interest
Predictions for the Total Solar Eclipse of -1374 May 03 were generated using the VSOP87/ELP2000-82 solar and lunar ephemerides and a value of ΔT = 32475.1 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
