The following table delineates the path of the Moon's antumbral shadow during the Annular Solar Eclipse of 1337 Mar 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 10 32.2N 012 51.3W 08 04.0N 012 16.6W 09 17.5N 012 33.6W 0.942 0 - 268 03m57.5s
07:04 - - 08 00.5N 002 47.4W 09 05.8N 007 05.7W 0.943 6 95 266 04m01.7s
07:06 10 18.7N 005 50.0W 08 16.6N 000 37.9E 09 14.3N 002 05.3W 0.945 11 96 264 04m05.9s
07:08 10 28.6N 001 36.7W 08 36.0N 003 11.0E 09 30.4N 001 00.1E 0.946 14 96 263 04m08.7s
07:10 10 44.5N 001 14.4E 08 57.0N 005 16.3E 09 49.3N 003 23.2E 0.946 17 97 262 04m10.9s
07:12 11 03.0N 003 29.7E 09 19.2N 007 03.9E 10 09.9N 005 22.3E 0.947 20 98 262 04m12.8s
07:14 11 23.2N 005 23.7E 09 42.3N 008 38.9E 10 31.6N 007 05.4E 0.948 22 98 261 04m14.5s
07:16 11 44.5N 007 03.1E 10 06.0N 010 04.2E 10 54.2N 008 37.0E 0.948 24 99 260 04m16.0s
07:18 12 06.7N 008 31.8E 10 30.2N 011 22.0E 11 17.5N 009 59.7E 0.948 25 100 259 04m17.4s
07:20 12 29.6N 009 52.2E 10 55.0N 012 33.5E 11 41.4N 011 15.2E 0.949 27 100 259 04m18.7s
07:22 12 53.1N 011 05.8E 11 20.1N 013 39.9E 12 05.8N 012 24.9E 0.949 29 101 258 04m19.8s
07:24 13 17.1N 012 13.9E 11 45.6N 014 42.0E 12 30.6N 013 29.8E 0.950 30 102 257 04m20.9s
07:26 13 41.6N 013 17.4E 12 11.4N 015 40.2E 12 55.7N 014 30.4E 0.950 31 103 256 04m21.9s
07:28 14 06.4N 014 16.9E 12 37.5N 016 35.2E 13 21.2N 015 27.5E 0.950 33 103 255 04m22.8s
07:30 14 31.7N 015 12.9E 13 03.8N 017 27.3E 13 47.0N 016 21.5E 0.950 34 104 253 04m23.7s
07:32 14 57.3N 016 05.9E 13 30.5N 018 16.8E 14 13.2N 017 12.6E 0.951 35 105 252 04m24.5s
07:34 15 23.1N 016 56.3E 13 57.3N 019 04.1E 14 39.6N 018 01.3E 0.951 36 106 251 04m25.2s
07:36 15 49.3N 017 44.2E 14 24.4N 019 49.2E 15 06.2N 018 47.8E 0.951 37 107 250 04m25.9s
07:38 16 15.8N 018 30.1E 14 51.8N 020 32.6E 15 33.1N 019 32.4E 0.951 38 108 248 04m26.6s
07:40 16 42.5N 019 14.0E 15 19.3N 021 14.2E 16 00.3N 020 15.1E 0.952 39 109 247 04m27.2s
07:42 17 09.5N 019 56.2E 15 47.0N 021 54.4E 16 27.6N 020 56.2E 0.952 40 110 245 04m27.8s
07:44 17 36.8N 020 36.9E 16 15.0N 022 33.1E 16 55.2N 021 35.9E 0.952 41 111 244 04m28.3s
07:46 18 04.3N 021 16.1E 16 43.1N 023 10.6E 17 23.1N 022 14.2E 0.952 42 112 242 04m28.8s
07:48 18 32.0N 021 54.0E 17 11.4N 023 46.9E 17 51.1N 022 51.2E 0.952 43 113 240 04m29.2s
07:50 19 00.0N 022 30.8E 17 40.0N 024 22.1E 18 19.4N 023 27.2E 0.953 43 114 239 04m29.6s
07:52 19 28.2N 023 06.4E 18 08.7N 024 56.4E 18 47.8N 024 02.1E 0.953 44 115 237 04m30.0s
07:54 19 56.6N 023 41.1E 18 37.6N 025 29.8E 19 16.5N 024 36.1E 0.953 45 116 235 04m30.3s
07:56 20 25.3N 024 14.8E 19 06.7N 026 02.3E 19 45.4N 025 09.3E 0.953 46 118 234 04m30.6s
07:58 20 54.2N 024 47.8E 19 35.9N 026 34.1E 20 14.5N 025 41.6E 0.953 46 119 232 04m30.9s
08:00 21 23.3N 025 20.0E 20 05.4N 027 05.3E 20 43.8N 026 13.3E 0.953 47 120 230 04m31.2s
08:02 21 52.6N 025 51.5E 20 35.1N 027 35.8E 21 13.3N 026 44.2E 0.953 47 121 229 04m31.4s
08:04 22 22.2N 026 22.3E 21 04.9N 028 05.7E 21 43.0N 027 14.6E 0.954 48 123 227 04m31.6s
08:06 22 52.0N 026 52.6E 21 35.0N 028 35.1E 22 12.9N 027 44.5E 0.954 48 124 226 04m31.8s
08:08 23 22.0N 027 22.4E 22 05.2N 029 04.1E 22 43.0N 028 13.8E 0.954 49 126 224 04m31.9s
08:10 23 52.3N 027 51.7E 22 35.6N 029 32.6E 23 13.4N 028 42.7E 0.954 49 127 222 04m32.0s
08:12 24 22.8N 028 20.6E 23 06.3N 030 00.8E 23 43.9N 029 11.3E 0.954 50 129 221 04m32.1s
08:14 24 53.5N 028 49.1E 23 37.1N 030 28.7E 24 14.7N 029 39.4E 0.954 50 130 219 04m32.2s
08:16 25 24.5N 029 17.3E 24 08.1N 030 56.2E 24 45.7N 030 07.3E 0.954 50 132 218 04m32.2s
08:18 25 55.7N 029 45.3E 24 39.4N 031 23.6E 25 17.0N 030 34.9E 0.954 51 133 217 04m32.2s
08:20 26 27.2N 030 13.0E 25 10.9N 031 50.7E 25 48.5N 031 02.4E 0.954 51 135 215 04m32.3s
08:22 26 58.9N 030 40.5E 25 42.5N 032 17.7E 26 20.2N 031 29.6E 0.954 51 137 214 04m32.2s
08:24 27 30.9N 031 07.8E 26 14.4N 032 44.5E 26 52.1N 031 56.7E 0.954 51 138 213 04m32.2s
08:26 28 03.1N 031 35.1E 26 46.6N 033 11.3E 27 24.3N 032 23.7E 0.954 51 140 211 04m32.1s
08:28 28 35.6N 032 02.3E 27 18.9N 033 38.0E 27 56.7N 032 50.6E 0.954 52 142 210 04m32.1s
08:30 29 08.4N 032 29.4E 27 51.5N 034 04.7E 28 29.4N 033 17.6E 0.954 52 143 209 04m32.0s
08:32 29 41.5N 032 56.6E 28 24.4N 034 31.5E 29 02.4N 033 44.5E 0.954 52 145 208 04m31.8s
08:34 30 14.9N 033 23.9E 28 57.5N 034 58.3E 29 35.6N 034 11.6E 0.954 52 147 207 04m31.7s
08:36 30 48.6N 033 51.2E 29 30.8N 035 25.2E 30 09.2N 034 38.7E 0.954 52 148 206 04m31.6s
08:38 31 22.6N 034 18.7E 30 04.5N 035 52.3E 30 43.0N 035 06.0E 0.954 52 150 205 04m31.4s
08:40 31 56.9N 034 46.3E 30 38.4N 036 19.6E 31 17.1N 035 33.5E 0.954 51 152 204 04m31.2s
08:42 32 31.5N 035 14.2E 31 12.5N 036 47.1E 31 51.5N 036 01.2E 0.954 51 154 203 04m31.0s
08:44 33 06.5N 035 42.4E 31 47.0N 037 15.0E 32 26.2N 036 29.2E 0.954 51 155 203 04m30.8s
08:46 33 41.8N 036 10.9E 32 21.8N 037 43.1E 33 01.2N 036 57.5E 0.954 51 157 202 04m30.5s
08:48 34 17.5N 036 39.8E 32 56.8N 038 11.6E 33 36.6N 037 26.2E 0.954 51 159 201 04m30.3s
08:50 34 53.6N 037 09.1E 33 32.2N 038 40.6E 34 12.3N 037 55.3E 0.954 50 161 201 04m30.0s
08:52 35 30.0N 037 38.9E 34 08.0N 039 10.0E 34 48.4N 038 24.9E 0.954 50 162 200 04m29.7s
08:54 36 06.9N 038 09.3E 34 44.0N 039 40.0E 35 24.9N 038 55.1E 0.954 50 164 200 04m29.4s
08:56 36 44.1N 038 40.2E 35 20.5N 040 10.5E 36 01.7N 039 25.8E 0.954 49 166 199 04m29.1s
08:58 37 21.8N 039 11.8E 35 57.3N 040 41.7E 36 38.9N 039 57.2E 0.954 49 167 199 04m28.7s
09:00 38 00.0N 039 44.2E 36 34.4N 041 13.7E 37 16.6N 040 29.4E 0.954 49 169 199 04m28.3s
09:02 38 38.6N 040 17.4E 37 12.0N 041 46.4E 37 54.7N 041 02.4E 0.954 48 171 198 04m27.9s
09:04 39 17.7N 040 51.5E 37 50.0N 042 20.0E 38 33.2N 041 36.2E 0.954 48 173 198 04m27.5s
09:06 39 57.4N 041 26.6E 38 28.5N 042 54.5E 39 12.2N 042 11.0E 0.954 47 174 198 04m27.1s
09:08 40 37.5N 042 02.8E 39 07.4N 043 30.1E 39 51.8N 042 46.9E 0.954 46 176 198 04m26.7s
09:10 41 18.3N 042 40.2E 39 46.7N 044 06.8E 40 31.8N 043 24.0E 0.954 46 177 198 04m26.2s
09:12 41 59.6N 043 18.9E 40 26.6N 044 44.8E 41 12.4N 044 02.3E 0.953 45 179 198 04m25.7s
09:14 42 41.6N 043 59.1E 41 07.0N 045 24.1E 41 53.5N 044 42.1E 0.953 44 181 198 04m25.2s
09:16 43 24.2N 044 40.9E 41 47.9N 046 05.0E 42 35.3N 045 23.3E 0.953 44 182 198 04m24.7s
09:18 44 07.5N 045 24.5E 42 29.4N 046 47.4E 43 17.7N 046 06.3E 0.953 43 184 199 04m24.1s
09:20 44 51.5N 046 10.0E 43 11.6N 047 31.6E 44 00.7N 046 51.2E 0.953 42 186 199 04m23.5s
09:22 45 36.4N 046 57.6E 43 54.3N 048 17.9E 44 44.5N 047 38.1E 0.953 41 187 200 04m22.9s
09:24 46 22.1N 047 47.7E 44 37.8N 049 06.3E 45 29.0N 048 27.3E 0.953 41 189 200 04m22.3s
09:26 47 08.6N 048 40.4E 45 21.9N 049 57.0E 46 14.3N 049 19.0E 0.952 40 191 201 04m21.6s
09:28 47 56.1N 049 36.1E 46 06.9N 050 50.5E 47 00.5N 050 13.5E 0.952 39 192 201 04m20.9s
09:30 48 44.7N 050 35.1E 46 52.6N 051 46.9E 47 47.6N 051 11.2E 0.952 38 194 202 04m20.2s
09:32 49 34.3N 051 37.9E 47 39.3N 052 46.6E 48 35.7N 052 12.4E 0.952 37 196 203 04m19.4s
09:34 50 25.1N 052 45.0E 48 26.8N 053 50.0E 49 24.8N 053 17.5E 0.952 36 197 204 04m18.6s
09:36 51 17.3N 053 56.9E 49 15.4N 054 57.6E 50 15.1N 054 27.2E 0.951 34 199 205 04m17.8s
09:38 52 10.8N 055 14.5E 50 05.1N 056 09.9E 51 06.6N 055 41.9E 0.951 33 201 207 04m16.9s
09:40 53 06.0N 056 38.5E 50 56.0N 057 27.6E 51 59.5N 057 02.6E 0.951 32 203 208 04m16.0s
09:42 54 02.9N 058 10.2E 51 48.2N 058 51.5E 52 53.9N 058 30.1E 0.951 31 205 210 04m15.0s
09:44 55 01.7N 059 51.0E 52 41.8N 060 22.6E 53 50.0N 060 05.7E 0.950 29 207 211 04m14.0s
09:46 56 02.8N 061 42.6E 53 37.0N 062 02.3E 54 47.9N 061 50.9E 0.950 28 209 213 04m12.9s
09:48 57 06.4N 063 47.7E 54 34.0N 063 52.1E 55 47.9N 063 47.6E 0.950 26 212 215 04m11.7s
09:50 58 13.0N 066 09.7E 55 33.0N 065 54.1E 56 50.4N 065 58.6E 0.949 25 214 218 04m10.4s
09:52 59 23.1N 068 53.6E 56 34.3N 068 11.3E 57 55.7N 068 27.5E 0.949 23 217 221 04m09.1s
09:54 60 37.6N 072 07.2E 57 38.3N 070 47.8E 59 04.4N 071 20.0E 0.948 21 220 224 04m07.6s
09:56 61 57.8N 076 03.3E 58 45.6N 073 49.6E 60 17.4N 074 44.5E 0.948 19 224 228 04m06.0s
09:58 63 26.0N 081 06.9E 59 56.8N 077 26.3E 61 35.8N 078 55.7E 0.947 16 228 232 04m04.1s
10:00 65 07.1N 088 18.7E 61 13.5N 081 55.1E 63 02.0N 084 23.1E 0.946 13 234 238 04m01.9s
10:02 67 25.8N 103 03.4E 62 37.9N 087 52.2E 64 41.9N 092 26.1E 0.945 9 241 246 03m59.0s
Limits 68 18.7N 112 54.2E 65 55.6N 113 11.2E 67 06.6N 113 04.0E 0.943 0 - 265 03m53.0s
Return To Solar Eclipses of Historical Interest
Predictions for the Annular Solar Eclipse of 1337 Mar 03 were generated using the VSOP87/ELP2000-82 solar and lunar ephemerides and a value of ΔT = 416.8 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
