The following table delineates the path of the Moon's antumbral shadow during the Annular Solar Eclipse of 2030 Jun 01. 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 an 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 30 41.3N 002 33.4E 28 12.6N 004 53.3E 29 26.4N 003 44.7E 0.932 0 - 345 04m12.7s
04:50 - - 32 20.8N 014 05.8E 29 42.6N 004 23.2E 0.932 1 65 344 04m13.2s
04:52 31 17.3N 003 59.5E 34 11.7N 017 56.1E 33 42.1N 013 19.9E 0.934 10 70 334 04m21.4s
04:54 35 00.6N 012 23.6E 35 37.2N 020 49.2E 35 30.9N 017 08.3E 0.935 14 72 329 04m25.4s
04:56 36 48.7N 016 12.9E 36 49.6N 023 13.7E 36 55.5N 020 01.4E 0.936 17 75 324 04m28.6s
04:58 38 12.9N 019 07.2E 37 53.5N 025 20.3E 38 07.3N 022 26.4E 0.937 19 76 320 04m31.4s
05:00 39 24.5N 021 33.6E 38 51.4N 027 14.7E 39 10.9N 024 33.9E 0.937 21 78 316 04m33.9s
05:02 40 27.9N 023 42.5E 39 44.6N 028 59.9E 40 08.5N 026 29.3E 0.938 23 80 312 04m36.3s
05:04 41 25.5N 025 39.3E 40 34.1N 030 38.2E 41 01.5N 028 15.7E 0.938 25 82 309 04m38.5s
05:06 42 18.5N 027 27.1E 41 20.5N 032 11.0E 41 50.9N 029 55.2E 0.939 27 84 306 04m40.6s
05:08 43 07.8N 029 08.1E 42 04.2N 033 39.3E 42 37.2N 031 29.2E 0.939 28 85 303 04m42.6s
05:10 43 54.1N 030 43.7E 42 45.6N 035 03.9E 43 20.8N 032 58.9E 0.939 30 87 300 04m44.6s
05:12 44 37.8N 032 14.9E 43 25.1N 036 25.5E 44 02.2N 034 24.9E 0.940 31 89 297 04m46.4s
05:14 45 19.3N 033 42.6E 44 02.7N 037 44.6E 44 41.6N 035 48.0E 0.940 33 90 294 04m48.2s
05:16 45 58.8N 035 07.4E 44 38.6N 039 01.5E 45 19.2N 037 08.6E 0.940 34 92 292 04m49.9s
05:18 46 36.4N 036 29.7E 45 13.1N 040 16.5E 45 55.2N 038 27.1E 0.941 35 94 289 04m51.6s
05:20 47 12.5N 037 49.9E 45 46.1N 041 30.1E 46 29.7N 039 43.8E 0.941 36 96 287 04m53.2s
05:22 47 47.0N 039 08.5E 46 17.9N 042 42.3E 47 02.7N 040 59.0E 0.941 38 98 284 04m54.7s
05:24 48 20.2N 040 25.6E 46 48.4N 043 53.3E 47 34.5N 042 13.0E 0.941 39 99 282 04m56.3s
05:26 48 52.0N 041 41.5E 47 17.8N 045 03.5E 48 05.1N 043 25.9E 0.941 40 101 280 04m57.7s
05:28 49 22.7N 042 56.4E 47 46.1N 046 12.8E 48 34.5N 044 37.9E 0.942 41 103 278 04m59.1s
05:30 49 52.2N 044 10.5E 48 13.4N 047 21.5E 49 02.9N 045 49.2E 0.942 42 105 276 05m00.5s
05:32 50 20.6N 045 23.9E 48 39.7N 048 29.6E 49 30.2N 046 59.9E 0.942 43 107 274 05m01.8s
05:34 50 47.9N 046 36.8E 49 05.0N 049 37.2E 49 56.5N 048 10.1E 0.942 43 109 273 05m03.1s
05:36 51 14.3N 047 49.3E 49 29.4N 050 44.5E 50 21.8N 049 19.9E 0.942 44 111 271 05m04.4s
05:38 51 39.7N 049 01.5E 49 52.9N 051 51.6E 50 46.2N 050 29.4E 0.942 45 113 269 05m05.6s
05:40 52 04.1N 050 13.4E 50 15.6N 052 58.4E 51 09.7N 051 38.7E 0.943 46 115 268 05m06.7s
05:42 52 27.6N 051 25.2E 50 37.4N 054 05.0E 51 32.3N 052 47.9E 0.943 47 117 266 05m07.8s
05:44 52 50.3N 052 37.0E 50 58.4N 055 11.6E 51 54.1N 053 57.0E 0.943 47 119 265 05m08.9s
05:46 53 12.0N 053 48.7E 51 18.5N 056 18.2E 52 15.0N 055 06.1E 0.943 48 122 263 05m09.9s
05:48 53 32.9N 055 00.5E 51 37.9N 057 24.8E 52 35.1N 056 15.2E 0.943 49 124 262 05m10.9s
05:50 53 53.0N 056 12.5E 51 56.4N 058 31.4E 52 54.4N 057 24.4E 0.943 49 126 261 05m11.8s
05:52 54 12.2N 057 24.5E 52 14.2N 059 38.1E 53 12.9N 058 33.7E 0.943 50 128 260 05m12.7s
05:54 54 30.6N 058 36.8E 52 31.2N 060 45.0E 53 30.6N 059 43.2E 0.943 51 131 259 05m13.6s
05:56 54 48.2N 059 49.3E 52 47.5N 061 52.0E 53 47.4N 060 52.9E 0.944 51 133 258 05m14.4s
05:58 55 04.9N 061 02.1E 53 02.9N 062 59.1E 54 03.5N 062 02.8E 0.944 52 136 257 05m15.1s
06:00 55 20.9N 062 15.2E 53 17.7N 064 06.5E 54 18.8N 063 12.9E 0.944 52 138 256 05m15.8s
06:02 55 36.0N 063 28.6E 53 31.7N 065 14.1E 54 33.4N 064 23.3E 0.944 53 141 255 05m16.5s
06:04 55 50.4N 064 42.4E 53 44.9N 066 22.0E 54 47.1N 065 34.0E 0.944 53 143 254 05m17.1s
06:06 56 03.9N 065 56.5E 53 57.4N 067 30.1E 55 00.1N 066 45.0E 0.944 53 146 254 05m17.7s
06:08 56 16.6N 067 10.9E 54 09.1N 068 38.5E 55 12.4N 067 56.3E 0.944 54 148 253 05m18.2s
06:10 56 28.6N 068 25.8E 54 20.1N 069 47.1E 55 23.8N 069 08.0E 0.944 54 151 252 05m18.7s
06:12 56 39.7N 069 41.0E 54 30.4N 070 56.0E 55 34.5N 070 19.9E 0.944 54 154 252 05m19.1s
06:14 56 50.0N 070 56.6E 54 39.9N 072 05.2E 55 44.4N 071 32.2E 0.944 55 156 251 05m19.5s
06:16 56 59.5N 072 12.6E 54 48.6N 073 14.7E 55 53.5N 072 44.8E 0.944 55 159 251 05m19.8s
06:18 57 08.2N 073 29.0E 54 56.6N 074 24.5E 56 01.8N 073 57.8E 0.944 55 162 251 05m20.1s
06:20 57 16.1N 074 45.8E 55 03.9N 075 34.5E 56 09.4N 075 11.0E 0.944 55 165 250 05m20.4s
06:22 57 23.1N 076 02.9E 55 10.4N 076 44.9E 56 16.1N 076 24.6E 0.944 55 168 250 05m20.6s
06:24 57 29.4N 077 20.4E 55 16.1N 077 55.5E 56 22.1N 077 38.5E 0.944 55 170 250 05m20.7s
06:26 57 34.8N 078 38.2E 55 21.1N 079 06.4E 56 27.3N 078 52.8E 0.944 55 173 250 05m20.8s
06:28 57 39.3N 079 56.4E 55 25.3N 080 17.5E 56 31.7N 080 07.3E 0.944 55 176 250 05m20.8s
06:30 57 43.0N 081 14.8E 55 28.8N 081 28.9E 56 35.3N 081 22.1E 0.944 55 179 250 05m20.8s
06:32 57 45.9N 082 33.6E 55 31.5N 082 40.5E 56 38.0N 082 37.1E 0.944 55 182 250 05m20.8s
06:34 57 48.0N 083 52.7E 55 33.4N 083 52.4E 56 40.0N 083 52.5E 0.944 55 185 250 05m20.7s
06:36 57 49.1N 085 12.1E 55 34.5N 085 04.5E 56 41.2N 085 08.0E 0.944 55 188 250 05m20.5s
06:38 57 49.5N 086 31.7E 55 34.8N 086 16.9E 56 41.5N 086 23.9E 0.944 55 190 250 05m20.3s
06:40 57 48.9N 087 51.5E 55 34.4N 087 29.4E 56 41.0N 087 39.9E 0.944 55 193 250 05m20.0s
06:42 57 47.5N 089 11.6E 55 33.2N 088 42.1E 56 39.7N 088 56.1E 0.944 55 196 250 05m19.7s
06:44 57 45.2N 090 31.8E 55 31.1N 089 55.0E 56 37.5N 090 12.6E 0.944 54 199 251 05m19.4s
06:46 57 42.1N 091 52.3E 55 28.3N 091 08.1E 56 34.5N 091 29.2E 0.944 54 202 251 05m19.0s
06:48 57 38.0N 093 12.9E 55 24.6N 092 21.4E 56 30.7N 092 45.9E 0.944 54 204 252 05m18.5s
06:50 57 33.1N 094 33.6E 55 20.2N 093 34.8E 56 26.0N 094 02.9E 0.944 53 207 252 05m18.0s
06:52 57 27.2N 095 54.5E 55 14.9N 094 48.4E 56 20.4N 095 20.0E 0.944 53 210 253 05m17.4s
06:54 57 20.4N 097 15.5E 55 08.8N 096 02.1E 56 14.0N 096 37.2E 0.944 53 213 253 05m16.8s
06:56 57 12.7N 098 36.7E 55 01.8N 097 16.0E 56 06.7N 097 54.6E 0.944 52 215 254 05m16.2s
06:58 57 04.1N 099 57.9E 54 54.0N 098 30.1E 55 58.5N 099 12.1E 0.944 52 218 255 05m15.5s
07:00 56 54.6N 101 19.3E 54 45.4N 099 44.2E 55 49.5N 100 29.7E 0.944 51 220 255 05m14.7s
07:02 56 44.1N 102 40.8E 54 35.8N 100 58.6E 55 39.5N 101 47.5E 0.944 51 223 256 05m13.9s
07:04 56 32.7N 104 02.4E 54 25.5N 102 13.1E 55 28.6N 103 05.4E 0.943 50 225 257 05m13.1s
07:06 56 20.2N 105 24.1E 54 14.2N 103 27.7E 55 16.8N 104 23.5E 0.943 49 228 258 05m12.2s
07:08 56 06.8N 106 46.0E 54 02.0N 104 42.6E 55 04.0N 105 41.7E 0.943 49 230 259 05m11.3s
07:10 55 52.5N 108 08.0E 53 48.9N 105 57.7E 54 50.3N 107 00.1E 0.943 48 233 260 05m10.3s
07:12 55 37.0N 109 30.3E 53 34.9N 107 12.9E 54 35.7N 108 18.8E 0.943 47 235 262 05m09.3s
07:14 55 20.6N 110 52.7E 53 20.0N 108 28.5E 54 20.0N 109 37.6E 0.943 47 238 263 05m08.2s
07:16 55 03.1N 112 15.5E 53 04.1N 109 44.3E 54 03.3N 110 56.8E 0.943 46 240 264 05m07.1s
07:18 54 44.5N 113 38.5E 52 47.2N 111 00.5E 53 45.6N 112 16.3E 0.943 45 242 266 05m05.9s
07:20 54 24.8N 115 02.0E 52 29.3N 112 17.0E 53 26.9N 113 36.2E 0.942 44 244 267 05m04.7s
07:22 54 04.0N 116 25.9E 52 10.3N 113 34.0E 53 07.0N 114 56.5E 0.942 43 247 269 05m03.4s
07:24 53 41.9N 117 50.3E 51 50.3N 114 51.5E 52 46.1N 116 17.3E 0.942 43 249 270 05m02.1s
07:26 53 18.7N 119 15.4E 51 29.2N 116 09.6E 52 23.9N 117 38.8E 0.942 42 251 272 05m00.8s
07:28 52 54.1N 120 41.2E 51 06.9N 117 28.3E 52 00.6N 119 00.9E 0.942 41 253 274 04m59.4s
07:30 52 28.3N 122 08.0E 50 43.5N 118 47.8E 51 36.0N 120 23.9E 0.942 40 255 276 04m57.9s
07:32 52 01.0N 123 35.8E 50 18.8N 120 08.2E 51 10.1N 121 47.9E 0.941 39 257 278 04m56.4s
07:34 51 32.2N 125 04.8E 49 52.8N 121 29.6E 50 42.8N 123 13.0E 0.941 37 259 280 04m54.8s
07:36 51 01.9N 126 35.4E 49 25.4N 122 52.3E 50 14.0N 124 39.4E 0.941 36 261 282 04m53.2s
07:38 50 29.8N 128 07.7E 48 56.5N 124 16.3E 49 43.6N 126 07.3E 0.941 35 263 284 04m51.6s
07:40 49 55.9N 129 42.0E 48 26.1N 125 41.9E 49 11.6N 127 37.1E 0.940 34 265 287 04m49.9s
07:42 49 20.0N 131 18.9E 47 54.0N 127 09.4E 48 37.7N 129 09.0E 0.940 33 267 289 04m48.1s
07:44 48 41.8N 132 58.8E 47 20.1N 128 39.1E 48 01.8N 130 43.5E 0.940 31 269 292 04m46.2s
07:46 48 01.1N 134 42.3E 46 44.1N 130 11.5E 47 23.6N 132 21.0E 0.940 30 271 295 04m44.3s
07:48 47 17.5N 136 30.3E 46 05.9N 131 47.0E 46 42.9N 134 02.3E 0.939 28 273 298 04m42.3s
07:50 46 30.6N 138 23.8E 45 25.1N 133 26.2E 45 59.4N 135 48.1E 0.939 27 275 301 04m40.3s
07:52 45 39.6N 140 24.5E 44 41.5N 135 10.1E 45 12.5N 137 39.5E 0.938 25 277 304 04m38.1s
07:54 44 43.7N 142 34.4E 43 54.4N 136 59.7E 44 21.5N 139 38.0E 0.938 23 279 308 04m35.8s
07:56 43 41.3N 144 57.2E 43 03.3N 138 56.5E 43 25.6N 141 45.9E 0.938 21 281 312 04m33.3s
07:58 42 29.9N 147 38.5E 42 07.1N 141 02.9E 42 23.1N 144 06.6E 0.937 19 283 316 04m30.7s
08:00 41 04.6N 150 50.0E 41 04.3N 143 22.2E 41 11.5N 146 46.0E 0.936 16 285 320 04m27.7s
08:02 39 12.1N 155 02.7E 39 52.2N 146 00.5E 39 45.9N 149 55.7E 0.936 13 288 326 04m24.4s
08:04 - - 38 25.6N 149 09.8E 37 52.6N 154 07.2E 0.935 9 291 332 04m20.2s
Limits 34 55.3N 164 56.6E 32 28.8N 162 29.3E 33 41.6N 163 41.5E 0.932 0 - 344 04m11.7s
Instant of Greatest Eclipse: Time = 06:27:55.6 UT Lat = 56°31.5'N Long = 080°04.5'E (GE) Sun Altitude = 55.5° Path Width = 249.6 km Sun Azimuth = 176.1° Central Duration = 05m20.8s Instant of Greatest Duration: Time = 06:28:38 UT Lat = 56°33'N Long = 080°31'E (GD) Sun Altitude = 55.5° Path Width = 249.6 km Sun Azimuth = 177.1° Central Duration = 05m20.8s
Predictions for the Annular Solar Eclipse of 2030 Jun 01 were generated using the VSOP87/ELP2000-85 solar and lunar ephemerides and a value of ΔT = 76.9 seconds.
The eclipse predictions presented here DO NOT include the effects of mountains and valleys along the edge of the Moon. Such corrections for the lunar limb profile may shift the limits of the eclipse path north or south by ~1-3 kilometers, and change the eclipse duration by ~1-3 seconds. More detailed predictions including the effects of the lunar limb profile are normally posted 12-18 months before each eclipse,
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
