The following table delineates the path of the Moon's umbral shadow during the Total Solar Eclipse of 0418 Jul 19 . 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 24 29.5N 057 30.9W 23 38.8N 056 54.8W 24 04.1N 057 12.7W 1.028 0 - 110 01m29.9s
09:14 27 35.9N 049 48.1W 27 45.2N 046 24.9W 27 43.5N 048 00.1W 1.031 9 71 121 01m45.6s
09:16 29 42.9N 044 33.8W 29 26.8N 042 04.9W 29 36.0N 043 17.1W 1.033 14 74 126 01m54.7s
09:18 31 09.6N 040 56.8W 30 42.4N 038 48.5W 30 56.8N 039 51.2W 1.034 18 76 130 02m01.8s
09:20 32 18.9N 038 00.5W 31 44.5N 036 04.1W 32 02.3N 037 01.2W 1.035 21 78 133 02m07.9s
09:22 33 17.6N 035 28.0W 32 37.9N 033 39.7W 32 58.2N 034 32.9W 1.036 24 79 135 02m13.4s
09:24 34 09.0N 033 11.4W 33 24.9N 031 29.3W 33 47.4N 032 19.4W 1.036 26 81 138 02m18.5s
09:26 34 54.8N 031 06.4W 34 07.1N 029 29.3W 34 31.4N 030 17.0W 1.037 28 83 139 02m23.2s
09:28 35 36.3N 029 10.2W 34 45.4N 027 37.4W 35 11.2N 028 23.0W 1.038 30 84 141 02m27.7s
09:30 36 14.1N 027 21.0W 35 20.4N 025 52.0W 35 47.5N 026 35.8W 1.038 32 86 143 02m32.0s
09:32 36 48.8N 025 37.6W 35 52.5N 024 12.0W 36 20.9N 024 54.0W 1.039 34 88 144 02m36.1s
09:34 37 20.8N 023 58.9W 36 22.2N 022 36.5W 36 51.8N 023 17.0W 1.039 36 89 145 02m40.0s
09:36 37 50.5N 022 24.2W 36 49.7N 021 04.8W 37 20.4N 021 43.8W 1.039 37 91 147 02m43.7s
09:38 38 18.1N 020 53.0W 37 15.3N 019 36.4W 37 46.9N 020 14.0W 1.040 39 92 148 02m47.3s
09:40 38 43.7N 019 24.7W 37 39.1N 018 10.9W 38 11.6N 018 47.2W 1.040 40 94 149 02m50.8s
09:42 39 07.6N 017 59.1W 38 01.2N 016 48.0W 38 34.6N 017 22.9W 1.041 42 96 150 02m54.2s
09:44 39 29.9N 016 35.7W 38 21.9N 015 27.4W 38 56.1N 016 00.9W 1.041 43 97 150 02m57.5s
09:46 39 50.7N 015 14.5W 38 41.1N 014 08.7W 39 16.1N 014 41.0W 1.041 45 99 151 03m00.6s
09:48 40 10.1N 013 55.0W 38 59.0N 012 51.9W 39 34.7N 013 22.8W 1.042 46 101 152 03m03.7s
09:50 40 28.1N 012 37.3W 39 15.7N 011 36.7W 39 52.0N 012 06.4W 1.042 47 102 153 03m06.6s
09:52 40 45.0N 011 21.0W 39 31.2N 010 23.0W 40 08.2N 010 51.4W 1.042 48 104 153 03m09.5s
09:54 41 00.6N 010 06.1W 39 45.5N 009 10.7W 40 23.2N 009 37.8W 1.042 50 106 154 03m12.2s
09:56 41 15.1N 008 52.4W 39 58.9N 007 59.7W 40 37.0N 008 25.5W 1.043 51 108 155 03m14.9s
09:58 41 28.4N 007 39.9W 40 11.1N 006 49.8W 40 49.9N 007 14.3W 1.043 52 109 155 03m17.5s
10:00 41 40.8N 006 28.5W 40 22.5N 005 41.0W 41 01.7N 006 04.2W 1.043 53 111 156 03m19.9s
10:02 41 52.1N 005 18.1W 40 32.8N 004 33.2W 41 12.5N 004 55.1W 1.043 54 113 156 03m22.3s
10:04 42 02.5N 004 08.5W 40 42.3N 003 26.3W 41 22.4N 003 46.9W 1.043 55 115 157 03m24.6s
10:06 42 12.0N 002 59.9W 40 50.8N 002 20.2W 41 31.4N 002 39.6W 1.044 56 117 157 03m26.8s
10:08 42 20.5N 001 52.0W 40 58.6N 001 15.0W 41 39.6N 001 33.1W 1.044 57 120 158 03m28.9s
10:10 42 28.1N 000 44.9W 41 05.5N 000 10.6W 41 46.8N 000 27.3W 1.044 58 122 158 03m31.0s
10:12 42 34.9N 000 21.5E 41 11.5N 000 53.2E 41 53.2N 000 37.8E 1.044 59 124 159 03m32.9s
10:14 42 40.8N 001 27.3E 41 16.8N 001 56.2E 41 58.8N 001 42.1E 1.044 60 126 159 03m34.7s
10:16 42 45.9N 002 32.4E 41 21.4N 002 58.7E 42 03.6N 002 45.9E 1.045 61 129 159 03m36.5s
10:18 42 50.2N 003 36.8E 41 25.1N 004 00.5E 42 07.7N 003 49.0E 1.045 62 131 160 03m38.1s
10:20 42 53.8N 004 40.8E 41 28.2N 005 01.7E 42 11.0N 004 51.5E 1.045 62 134 160 03m39.7s
10:22 42 56.5N 005 44.1E 41 30.5N 006 02.4E 42 13.5N 005 53.5E 1.045 63 136 160 03m41.1s
10:24 42 58.5N 006 47.0E 41 32.1N 007 02.5E 42 15.3N 006 55.0E 1.045 64 139 161 03m42.5s
10:26 42 59.7N 007 49.3E 41 33.0N 008 02.2E 42 16.4N 007 56.0E 1.045 65 142 161 03m43.8s
10:28 43 00.2N 008 51.1E 41 33.2N 009 01.4E 42 16.7N 008 56.5E 1.045 65 145 161 03m45.0s
10:30 43 00.0N 009 52.5E 41 32.8N 010 00.1E 42 16.4N 009 56.5E 1.045 66 148 161 03m46.1s
10:32 42 59.1N 010 53.5E 41 31.7N 010 58.4E 42 15.4N 010 56.1E 1.045 67 151 162 03m47.1s
10:34 42 57.5N 011 54.0E 41 29.9N 011 56.2E 42 13.7N 011 55.2E 1.046 67 154 162 03m47.9s
10:36 42 55.2N 012 54.1E 41 27.5N 012 53.7E 42 11.3N 012 54.0E 1.046 68 158 162 03m48.7s
10:38 42 52.2N 013 53.8E 41 24.5N 013 50.8E 42 08.3N 013 52.4E 1.046 68 161 162 03m49.5s
10:40 42 48.5N 014 53.1E 41 20.8N 014 47.5E 42 04.6N 014 50.4E 1.046 68 165 162 03m50.1s
10:42 42 44.2N 015 52.0E 41 16.5N 015 43.9E 42 00.3N 015 48.0E 1.046 69 168 163 03m50.6s
10:44 42 39.2N 016 50.6E 41 11.6N 016 40.0E 41 55.4N 016 45.3E 1.046 69 172 163 03m51.0s
10:46 42 33.6N 017 48.8E 41 06.1N 017 35.7E 41 49.8N 017 42.3E 1.046 69 176 163 03m51.3s
10:48 42 27.3N 018 46.8E 41 00.0N 018 31.1E 41 43.6N 018 38.9E 1.046 69 180 163 03m51.5s
10:50 42 20.3N 019 44.4E 40 53.2N 019 26.3E 41 36.7N 019 35.3E 1.046 69 183 163 03m51.7s
10:52 42 12.7N 020 41.7E 40 45.9N 020 21.2E 41 29.3N 020 31.3E 1.046 69 187 163 03m51.7s
10:54 42 04.5N 021 38.7E 40 38.0N 021 15.8E 41 21.2N 021 27.2E 1.046 69 191 163 03m51.6s
10:56 41 55.7N 022 35.5E 40 29.5N 022 10.2E 41 12.6N 022 22.7E 1.046 69 195 163 03m51.5s
10:58 41 46.2N 023 32.0E 40 20.4N 023 04.4E 41 03.3N 023 18.1E 1.046 69 199 164 03m51.2s
11:00 41 36.1N 024 28.2E 40 10.7N 023 58.4E 40 53.4N 024 13.2E 1.046 69 202 164 03m50.9s
11:02 41 25.4N 025 24.3E 40 00.4N 024 52.3E 40 42.9N 025 08.1E 1.046 69 206 164 03m50.5s
11:04 41 14.0N 026 20.2E 39 49.5N 025 45.9E 40 31.8N 026 02.8E 1.046 68 209 164 03m49.9s
11:06 41 02.1N 027 15.9E 39 38.1N 026 39.5E 40 20.1N 026 57.4E 1.046 68 213 164 03m49.3s
11:08 40 49.5N 028 11.4E 39 26.0N 027 32.9E 40 07.8N 027 51.9E 1.046 67 216 164 03m48.6s
11:10 40 36.3N 029 06.8E 39 13.4N 028 26.2E 39 54.9N 028 46.2E 1.046 67 219 164 03m47.7s
11:12 40 22.5N 030 02.0E 39 00.2N 029 19.4E 39 41.3N 029 40.5E 1.046 66 223 164 03m46.8s
11:14 40 08.0N 030 57.2E 38 46.4N 030 12.6E 39 27.2N 030 34.6E 1.046 66 226 164 03m45.8s
11:16 39 52.9N 031 52.3E 38 32.0N 031 05.8E 39 12.5N 031 28.8E 1.046 65 229 164 03m44.8s
11:18 39 37.2N 032 47.4E 38 17.0N 031 58.9E 38 57.1N 032 22.9E 1.045 65 231 164 03m43.6s
11:20 39 20.9N 033 42.5E 38 01.4N 032 52.1E 38 41.2N 033 17.0E 1.045 64 234 164 03m42.3s
11:22 39 03.9N 034 37.6E 37 45.1N 033 45.4E 38 24.6N 034 11.1E 1.045 63 237 163 03m41.0s
11:24 38 46.3N 035 32.7E 37 28.3N 034 38.8E 38 07.3N 035 05.4E 1.045 62 239 163 03m39.5s
11:26 38 28.0N 036 27.9E 37 10.9N 035 32.2E 37 49.5N 035 59.7E 1.045 61 241 163 03m38.0s
11:28 38 09.0N 037 23.3E 36 52.8N 036 25.9E 37 31.0N 036 54.2E 1.045 61 244 163 03m36.3s
11:30 37 49.4N 038 18.8E 36 34.0N 037 19.8E 37 11.8N 037 48.9E 1.045 60 246 163 03m34.6s
11:32 37 29.1N 039 14.6E 36 14.7N 038 13.9E 36 52.0N 038 43.8E 1.045 59 248 163 03m32.8s
11:34 37 08.1N 040 10.6E 35 54.6N 039 08.3E 36 31.4N 039 39.0E 1.045 58 250 162 03m31.0s
11:36 36 46.4N 041 06.9E 35 33.9N 040 03.0E 36 10.2N 040 34.6E 1.044 57 252 162 03m29.0s
11:38 36 23.9N 042 03.6E 35 12.4N 040 58.2E 35 48.3N 041 30.5E 1.044 56 254 162 03m26.9s
11:40 36 00.7N 043 00.7E 34 50.2N 041 53.8E 35 25.6N 042 26.9E 1.044 55 256 162 03m24.8s
11:42 35 36.7N 043 58.4E 34 27.3N 042 50.0E 35 02.1N 043 23.7E 1.044 54 257 161 03m22.6s
11:44 35 11.9N 044 56.6E 34 03.7N 043 46.7E 34 37.9N 044 21.2E 1.044 53 259 161 03m20.3s
11:46 34 46.3N 045 55.4E 33 39.2N 044 44.2E 34 12.9N 045 19.4E 1.043 52 261 161 03m17.9s
11:48 34 19.8N 046 55.1E 33 13.9N 045 42.4E 33 47.0N 046 18.3E 1.043 50 262 160 03m15.4s
11:50 33 52.4N 047 55.6E 32 47.7N 046 41.4E 33 20.2N 047 18.1E 1.043 49 264 160 03m12.8s
11:52 33 24.1N 048 57.0E 32 20.7N 047 41.5E 32 52.6N 048 18.8E 1.043 48 265 159 03m10.1s
11:54 32 54.8N 049 59.6E 31 52.7N 048 42.6E 32 23.9N 049 20.7E 1.043 47 267 159 03m07.4s
11:56 32 24.4N 051 03.4E 31 23.7N 049 45.0E 31 54.2N 050 23.8E 1.042 46 268 158 03m04.5s
11:58 31 52.9N 052 08.7E 30 53.6N 050 48.8E 31 23.4N 051 28.3E 1.042 44 270 157 03m01.6s
12:00 31 20.2N 053 15.5E 30 22.3N 051 54.2E 30 51.5N 052 34.4E 1.042 43 271 157 02m58.5s
12:02 30 46.2N 054 24.3E 29 49.9N 053 01.4E 30 18.3N 053 42.4E 1.041 41 272 156 02m55.4s
12:04 30 10.8N 055 35.1E 29 16.1N 054 10.7E 29 43.7N 054 52.4E 1.041 40 273 155 02m52.1s
12:06 29 33.9N 056 48.4E 28 40.9N 055 22.3E 29 07.7N 056 04.9E 1.041 38 275 154 02m48.7s
12:08 28 55.3N 058 04.6E 28 04.1N 056 36.7E 28 30.0N 057 20.1E 1.040 37 276 153 02m45.2s
12:10 28 14.8N 059 24.1E 27 25.6N 057 54.1E 27 50.5N 058 38.6E 1.040 35 277 152 02m41.5s
12:12 27 32.2N 060 47.4E 26 45.1N 059 15.4E 27 08.9N 060 00.9E 1.039 33 278 151 02m37.7s
12:14 26 47.1N 062 15.5E 26 02.3N 060 40.9E 26 25.0N 061 27.7E 1.039 32 279 149 02m33.7s
12:16 25 59.2N 063 49.3E 25 16.9N 062 11.8E 25 38.4N 063 00.0E 1.038 30 281 148 02m29.6s
12:18 25 07.9N 065 30.1E 24 28.4N 063 49.2E 24 48.5N 064 39.0E 1.038 28 282 146 02m25.1s
12:20 24 12.3N 067 20.0E 23 36.2N 065 34.8E 23 54.7N 066 26.7E 1.037 25 283 144 02m20.5s
12:22 23 11.4N 069 21.8E 22 39.2N 067 31.0E 22 55.8N 068 25.6E 1.037 23 284 141 02m15.4s
12:24 22 03.0N 071 40.5E 21 36.0N 069 41.7E 21 50.1N 070 40.0E 1.036 20 285 139 02m09.9s
12:26 20 43.7N 074 24.9E 20 23.8N 072 13.7E 20 34.6N 073 17.9E 1.035 17 287 135 02m03.7s
12:28 19 04.9N 077 56.3E 18 57.2N 075 21.1E 19 02.4N 076 36.2E 1.034 13 288 131 01m56.3s
12:30 16 30.1N 083 47.1E 16 59.5N 079 46.6E 16 50.1N 081 34.6E 1.032 8 290 124 01m46.1s
Limits 14 25.8N 088 50.5E 13 32.4N 088 15.7E 13 59.0N 088 33.0E 1.030 0 - 115 01m33.7s
Return To Solar Eclipses of Historical Interest
Predictions for the Total Solar Eclipse of 0418 Jul 19 were generated using the VSOP87/ELP2000-82 solar and lunar ephemerides and a value of ΔT = 6484.5 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
