The following table delineates the path of the Moon's umbral shadow during the Total Solar Eclipse of -0762 Jun 15 . 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 14 15.5N 016 24.4W 13 03.1N 015 36.4W 13 39.2N 016 00.2W 1.043 0 - 157 02m11.9s
06:34 16 01.5N 012 24.7W 16 44.9N 007 11.2W 16 33.9N 009 24.7W 1.045 7 68 165 02m25.7s
06:36 19 04.4N 005 50.6W 18 50.1N 002 40.5W 18 59.5N 004 11.3W 1.047 13 70 172 02m38.2s
06:38 20 51.3N 002 08.3W 20 20.6N 000 30.6E 20 37.2N 000 46.5W 1.048 17 71 176 02m47.1s
06:40 22 15.1N 000 43.0E 21 34.8N 003 06.0E 21 55.9N 001 56.2E 1.049 20 73 179 02m54.6s
06:42 23 26.0N 003 07.2E 22 39.1N 005 19.9E 23 03.4N 004 14.9E 1.050 23 74 182 03m01.2s
06:44 24 28.5N 005 13.9E 23 36.5N 007 19.2E 24 03.1N 006 17.8E 1.050 26 75 184 03m07.3s
06:46 25 24.8N 007 08.2E 24 28.5N 009 07.8E 24 57.2N 008 09.1E 1.051 28 76 186 03m12.9s
06:48 26 16.3N 008 53.3E 25 16.4N 010 48.2E 25 46.8N 009 51.8E 1.052 30 77 188 03m18.3s
06:50 27 03.9N 010 31.1E 26 00.7N 012 22.0E 26 32.8N 011 27.6E 1.052 32 78 189 03m23.3s
06:52 27 48.2N 012 03.1E 26 42.2N 013 50.6E 27 15.6N 012 57.8E 1.053 34 80 191 03m28.2s
06:54 28 29.7N 013 30.3E 27 21.1N 015 14.7E 27 55.8N 014 23.4E 1.053 36 81 192 03m32.8s
06:56 29 08.9N 014 53.5E 27 57.8N 016 35.1E 28 33.7N 015 45.2E 1.054 38 82 193 03m37.2s
06:58 29 45.8N 016 13.4E 28 32.5N 017 52.3E 29 09.5N 017 03.7E 1.054 39 83 194 03m41.5s
07:00 30 20.9N 017 30.3E 29 05.4N 019 06.7E 29 43.5N 018 19.3E 1.054 41 84 195 03m45.7s
07:02 30 54.1N 018 44.7E 29 36.7N 020 18.7E 30 15.7N 019 32.5E 1.055 42 86 196 03m49.7s
07:04 31 25.8N 019 56.9E 30 06.5N 021 28.6E 30 46.5N 020 43.6E 1.055 44 87 196 03m53.5s
07:06 31 56.0N 021 07.2E 30 34.9N 022 36.7E 31 15.7N 021 52.7E 1.055 45 88 197 03m57.3s
07:08 32 24.9N 022 15.9E 31 02.0N 023 43.1E 31 43.7N 023 00.2E 1.056 47 89 198 04m00.9s
07:10 32 52.4N 023 23.0E 31 27.9N 024 48.0E 32 10.4N 024 06.3E 1.056 48 91 198 04m04.4s
07:12 33 18.7N 024 28.8E 31 52.7N 025 51.6E 32 35.9N 025 10.9E 1.056 49 92 199 04m07.8s
07:14 33 43.9N 025 33.4E 32 16.3N 026 54.1E 33 00.3N 026 14.5E 1.056 51 93 199 04m11.1s
07:16 34 08.0N 026 37.0E 32 39.0N 027 55.5E 33 23.6N 027 16.9E 1.057 52 95 200 04m14.3s
07:18 34 31.0N 027 39.6E 33 00.6N 028 55.9E 33 46.0N 028 18.5E 1.057 53 96 200 04m17.3s
07:20 34 53.1N 028 41.4E 33 21.3N 029 55.5E 34 07.3N 029 19.1E 1.057 54 98 200 04m20.3s
07:22 35 14.1N 029 42.4E 33 41.1N 030 54.3E 34 27.8N 030 19.0E 1.057 55 99 201 04m23.2s
07:24 35 34.3N 030 42.8E 34 00.0N 031 52.4E 34 47.3N 031 18.3E 1.058 57 101 201 04m25.9s
07:26 35 53.5N 031 42.5E 34 18.1N 032 49.9E 35 05.9N 032 16.8E 1.058 58 103 201 04m28.6s
07:28 36 11.9N 032 41.7E 34 35.3N 033 46.8E 35 23.7N 033 14.9E 1.058 59 105 202 04m31.2s
07:30 36 29.5N 033 40.4E 34 51.8N 034 43.2E 35 40.7N 034 12.4E 1.058 60 106 202 04m33.6s
07:32 36 46.2N 034 38.7E 35 07.4N 035 39.1E 35 56.9N 035 09.5E 1.058 61 108 202 04m36.0s
07:34 37 02.1N 035 36.6E 35 22.3N 036 34.6E 36 12.3N 036 06.2E 1.058 62 110 202 04m38.2s
07:36 37 17.2N 036 34.1E 35 36.5N 037 29.8E 36 26.9N 037 02.5E 1.059 63 113 203 04m40.4s
07:38 37 31.5N 037 31.3E 35 49.9N 038 24.5E 36 40.8N 037 58.4E 1.059 64 115 203 04m42.4s
07:40 37 45.1N 038 28.3E 36 02.6N 039 19.0E 36 53.9N 038 54.1E 1.059 65 117 203 04m44.3s
07:42 37 57.9N 039 25.0E 36 14.6N 040 13.2E 37 06.3N 039 49.6E 1.059 66 119 203 04m46.1s
07:44 38 10.0N 040 21.5E 36 25.9N 041 07.1E 37 18.0N 040 44.8E 1.059 67 122 203 04m47.9s
07:46 38 21.4N 041 17.8E 36 36.6N 042 00.8E 37 29.0N 041 39.7E 1.059 67 125 203 04m49.5s
07:48 38 32.0N 042 13.9E 36 46.5N 042 54.4E 37 39.3N 042 34.5E 1.059 68 127 203 04m51.0s
07:50 38 41.9N 043 09.9E 36 55.8N 043 47.7E 37 48.9N 043 29.2E 1.059 69 130 204 04m52.3s
07:52 38 51.1N 044 05.8E 37 04.4N 044 40.9E 37 57.8N 044 23.7E 1.059 70 134 204 04m53.6s
07:54 38 59.6N 045 01.6E 37 12.4N 045 34.0E 38 06.0N 045 18.1E 1.059 70 137 204 04m54.8s
07:56 39 07.5N 045 57.3E 37 19.7N 046 27.0E 38 13.6N 046 12.4E 1.059 71 140 204 04m55.8s
07:58 39 14.6N 046 52.9E 37 26.4N 047 19.8E 38 20.5N 047 06.6E 1.059 72 144 204 04m56.8s
08:00 39 21.0N 047 48.4E 37 32.4N 048 12.6E 38 26.7N 048 00.8E 1.060 72 148 204 04m57.6s
08:02 39 26.8N 048 44.0E 37 37.8N 049 05.4E 38 32.3N 048 54.9E 1.060 73 152 204 04m58.3s
08:04 39 31.9N 049 39.5E 37 42.6N 049 58.1E 38 37.2N 049 48.9E 1.060 73 156 204 04m58.9s
08:06 39 36.2N 050 35.0E 37 46.7N 050 50.7E 38 41.4N 050 43.0E 1.060 73 160 204 04m59.4s
08:08 39 40.0N 051 30.5E 37 50.2N 051 43.4E 38 45.0N 051 37.0E 1.060 74 165 204 04m59.8s
08:10 39 43.0N 052 26.0E 37 53.1N 052 36.0E 38 48.0N 052 31.1E 1.060 74 169 204 05m00.0s
08:12 39 45.3N 053 21.5E 37 55.3N 053 28.7E 38 50.3N 053 25.1E 1.060 74 174 204 05m00.1s
08:14 39 47.0N 054 17.1E 37 57.0N 054 21.4E 38 51.9N 054 19.2E 1.060 74 179 204 05m00.2s
08:16 39 48.0N 055 12.7E 37 57.9N 055 14.1E 38 52.9N 055 13.4E 1.060 74 184 204 05m00.1s
08:18 39 48.4N 056 08.4E 37 58.3N 056 06.9E 38 53.3N 056 07.6E 1.060 74 188 204 04m59.9s
08:20 39 48.0N 057 04.1E 37 58.0N 056 59.7E 38 53.0N 057 01.8E 1.060 74 193 204 04m59.5s
08:22 39 47.0N 057 59.9E 37 57.1N 057 52.6E 38 52.0N 057 56.2E 1.059 73 197 204 04m59.1s
08:24 39 45.2N 058 55.8E 37 55.6N 058 45.7E 38 50.4N 058 50.6E 1.059 73 202 203 04m58.5s
08:26 39 42.8N 059 51.8E 37 53.4N 059 38.8E 38 48.1N 059 45.1E 1.059 73 206 203 04m57.9s
08:28 39 39.7N 060 47.9E 37 50.6N 060 32.0E 38 45.1N 060 39.8E 1.059 72 210 203 04m57.1s
08:30 39 35.9N 061 44.2E 37 47.1N 061 25.4E 38 41.5N 061 34.5E 1.059 72 214 203 04m56.2s
08:32 39 31.4N 062 40.5E 37 43.0N 062 19.0E 38 37.2N 062 29.5E 1.059 71 217 203 04m55.1s
08:34 39 26.3N 063 37.1E 37 38.2N 063 12.7E 38 32.2N 063 24.6E 1.059 70 221 203 04m54.0s
08:36 39 20.3N 064 33.8E 37 32.8N 064 06.5E 38 26.6N 064 19.8E 1.059 70 224 203 04m52.8s
08:38 39 13.7N 065 30.7E 37 26.7N 065 00.6E 38 20.2N 065 15.3E 1.059 69 227 202 04m51.4s
08:40 39 06.4N 066 27.7E 37 19.9N 065 54.9E 38 13.2N 066 10.9E 1.059 68 230 202 04m50.0s
08:42 38 58.3N 067 25.0E 37 12.5N 066 49.5E 38 05.4N 067 06.8E 1.059 67 233 202 04m48.4s
08:44 38 49.5N 068 22.6E 37 04.3N 067 44.3E 37 56.9N 068 03.0E 1.059 67 236 202 04m46.7s
08:46 38 39.9N 069 20.4E 36 55.5N 068 39.4E 37 47.7N 068 59.4E 1.058 66 238 202 04m44.9s
08:48 38 29.6N 070 18.5E 36 46.0N 069 34.8E 37 37.8N 069 56.1E 1.058 65 241 201 04m43.0s
08:50 38 18.5N 071 16.9E 36 35.7N 070 30.6E 37 27.2N 070 53.2E 1.058 64 243 201 04m41.0s
08:52 38 06.7N 072 15.6E 36 24.7N 071 26.7E 37 15.7N 071 50.6E 1.058 63 245 201 04m38.9s
08:54 37 54.0N 073 14.7E 36 12.9N 072 23.2E 37 03.5N 072 48.4E 1.058 62 248 200 04m36.7s
08:56 37 40.5N 074 14.3E 36 00.4N 073 20.2E 36 50.5N 073 46.6E 1.058 61 250 200 04m34.3s
08:58 37 26.2N 075 14.3E 35 47.1N 074 17.7E 36 36.7N 074 45.3E 1.058 60 252 200 04m31.9s
09:00 37 11.0N 076 14.8E 35 33.0N 075 15.6E 36 22.1N 075 44.6E 1.057 59 254 199 04m29.4s
09:02 36 55.0N 077 15.8E 35 18.1N 076 14.2E 36 06.6N 076 44.3E 1.057 58 255 199 04m26.7s
09:04 36 38.0N 078 17.4E 35 02.3N 077 13.4E 35 50.3N 077 44.7E 1.057 57 257 199 04m24.0s
09:06 36 20.2N 079 19.7E 34 45.7N 078 13.2E 35 33.1N 078 45.8E 1.057 56 259 198 04m21.1s
09:08 36 01.3N 080 22.7E 34 28.1N 079 13.8E 35 14.9N 079 47.6E 1.057 54 260 198 04m18.2s
09:10 35 41.5N 081 26.5E 34 09.7N 080 15.3E 34 55.8N 080 50.2E 1.056 53 262 197 04m15.1s
09:12 35 20.7N 082 31.2E 33 50.2N 081 17.6E 34 35.6N 081 53.7E 1.056 52 263 197 04m12.0s
09:14 34 58.8N 083 36.9E 33 29.8N 082 20.9E 34 14.4N 082 58.2E 1.056 51 265 196 04m08.7s
09:16 34 35.7N 084 43.7E 33 08.2N 083 25.3E 33 52.2N 084 03.7E 1.055 49 266 196 04m05.4s
09:18 34 11.5N 085 51.7E 32 45.6N 084 31.0E 33 28.8N 085 10.5E 1.055 48 268 195 04m01.9s
09:20 33 46.0N 087 01.0E 32 21.8N 085 38.0E 33 04.1N 086 18.7E 1.055 47 269 194 03m58.3s
09:22 33 19.2N 088 11.9E 31 56.7N 086 46.5E 32 38.2N 087 28.4E 1.055 45 271 194 03m54.6s
09:24 32 51.0N 089 24.5E 31 30.4N 087 56.6E 32 11.0N 088 39.7E 1.054 44 272 193 03m50.8s
09:26 32 21.3N 090 39.1E 31 02.6N 089 08.7E 31 42.2N 089 53.0E 1.054 42 273 192 03m46.8s
09:28 31 49.9N 091 55.8E 30 33.2N 090 22.9E 31 11.9N 091 08.5E 1.053 41 274 191 03m42.8s
09:30 31 16.8N 093 15.1E 30 02.2N 091 39.6E 30 39.8N 092 26.4E 1.053 39 276 190 03m38.6s
09:32 30 41.6N 094 37.3E 29 29.4N 092 59.0E 30 05.9N 093 47.2E 1.053 38 277 189 03m34.2s
09:34 30 04.3N 096 02.9E 28 54.6N 094 21.7E 29 29.9N 095 11.3E 1.052 36 278 188 03m29.7s
09:36 29 24.5N 097 32.5E 28 17.5N 095 48.1E 28 51.4N 096 39.3E 1.052 34 279 187 03m25.0s
09:38 28 41.9N 099 07.0E 27 37.8N 097 18.9E 28 10.3N 098 11.9E 1.051 32 281 185 03m20.1s
09:40 27 56.0N 100 47.2E 26 55.2N 098 55.2E 27 26.1N 099 50.1E 1.051 30 282 184 03m15.0s
09:42 27 06.2N 102 34.7E 26 09.0N 100 37.9E 26 38.2N 101 35.2E 1.050 28 283 182 03m09.7s
09:44 26 11.5N 104 31.4E 25 18.6N 102 28.9E 25 45.7N 103 28.9E 1.049 26 284 180 03m04.0s
09:46 25 10.6N 106 40.5E 24 22.9N 104 30.6E 24 47.5N 105 34.1E 1.049 23 286 178 02m57.9s
09:48 24 01.2N 109 06.9E 23 20.2N 106 46.9E 23 41.6N 107 55.2E 1.048 20 287 175 02m51.2s
09:50 22 39.1N 112 00.2E 22 07.4N 109 24.6E 22 24.5N 110 40.1E 1.047 17 288 172 02m43.7s
09:52 20 54.1N 115 43.5E 20 38.5N 112 37.9E 20 48.4N 114 06.7E 1.046 13 290 168 02m34.9s
09:54 17 57.3N 122 08.4E 18 35.2N 117 09.7E 18 25.7N 119 18.8E 1.044 7 292 161 02m22.6s
Limits 16 00.6N 126 32.4E 14 50.2N 125 45.1E 15 25.3N 126 08.5E 1.041 0 - 153 02m08.6s
Return To Solar Eclipses of Historical Interest
Predictions for the Total Solar Eclipse of -0762 Jun 15 were generated using the VSOP87/ELP2000-82 solar and lunar ephemerides and a value of ΔT = 21210.6 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
