The following table delineates the path of the Moon's umbral shadow during the Hybrid Solar Eclipse of 2023 Apr 20. 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 48 25.4S 063 37.0E 48 28.8S 063 38.0E 48 27.1S 063 37.5E 0.998 0 - 6 00m06.4s
02:38 46 07.9S 073 05.9E 46 06.8S 073 07.4E 46 07.4S 073 06.7E 1.000 7 66 1 00m01.3s
02:40 43 57.4S 079 58.9E 43 52.1S 080 01.9E 43 54.8S 080 00.4E 1.002 13 60 7 00m07.9s
02:42 42 20.6S 084 15.8E 42 13.1S 084 17.7E 42 16.8S 084 16.8E 1.003 16 57 11 00m12.6s
02:44 40 57.8S 087 31.1E 40 48.8S 087 31.5E 40 53.3S 087 31.3E 1.004 20 54 14 00m16.6s
02:46 39 43.4S 090 10.9E 39 33.2S 090 10.0E 39 38.3S 090 10.5E 1.005 22 52 17 00m20.0s
02:48 38 34.8S 092 27.1E 38 23.7S 092 25.0E 38 29.3S 092 26.1E 1.005 25 50 19 00m23.2s
02:50 37 30.7S 094 26.3E 37 18.8S 094 23.0E 37 24.7S 094 24.7E 1.006 27 48 21 00m26.1s
02:52 36 30.0S 096 12.4E 36 17.4S 096 08.1E 36 23.7S 096 10.2E 1.006 29 47 23 00m28.8s
02:54 35 32.2S 097 48.1E 35 19.1S 097 42.9E 35 25.6S 097 45.5E 1.007 31 45 24 00m31.4s
02:56 34 36.9S 099 15.5E 34 23.2S 099 09.3E 34 30.0S 099 12.4E 1.007 32 44 26 00m33.8s
02:58 33 43.6S 100 35.9E 33 29.5S 100 28.8E 33 36.5S 100 32.4E 1.008 34 42 27 00m36.1s
03:00 32 52.1S 101 50.4E 32 37.6S 101 42.5E 32 44.8S 101 46.5E 1.008 36 41 28 00m38.3s
03:02 32 02.3S 102 59.8E 31 47.4S 102 51.2E 31 54.8S 102 55.5E 1.008 37 40 30 00m40.4s
03:04 31 13.9S 104 04.8E 30 58.7S 103 55.5E 31 06.3S 104 00.2E 1.009 39 39 31 00m42.5s
03:06 30 26.8S 105 05.9E 30 11.3S 104 56.0E 30 19.0S 105 01.0E 1.009 40 37 32 00m44.4s
03:08 29 40.9S 106 03.7E 29 25.1S 105 53.2E 29 33.0S 105 58.5E 1.009 42 36 33 00m46.3s
03:10 28 56.1S 106 58.5E 28 40.0S 106 47.4E 28 48.0S 106 53.0E 1.010 43 35 34 00m48.0s
03:12 28 12.3S 107 50.6E 27 56.0S 107 38.9E 28 04.1S 107 44.8E 1.010 44 34 35 00m49.8s
03:14 27 29.4S 108 40.3E 27 12.9S 108 28.1E 27 21.1S 108 34.2E 1.010 45 33 36 00m51.4s
03:16 26 47.4S 109 27.8E 26 30.7S 109 15.1E 26 39.0S 109 21.5E 1.010 47 31 37 00m53.0s
03:18 26 06.2S 110 13.3E 25 49.3S 110 00.3E 25 57.7S 110 06.8E 1.011 48 30 37 00m54.5s
03:20 25 25.7S 110 57.1E 25 08.7S 110 43.6E 25 17.2S 110 50.4E 1.011 49 29 38 00m56.0s
03:22 24 46.0S 111 39.2E 24 28.8S 111 25.4E 24 37.4S 111 32.3E 1.011 50 28 39 00m57.4s
03:24 24 07.0S 112 19.9E 23 49.6S 112 05.7E 23 58.3S 112 12.8E 1.011 51 26 40 00m58.8s
03:26 23 28.5S 112 59.3E 23 11.0S 112 44.7E 23 19.8S 112 52.0E 1.011 52 25 40 01m00.1s
03:28 22 50.7S 113 37.4E 22 33.1S 113 22.5E 22 41.9S 113 29.9E 1.012 53 24 41 01m01.3s
03:30 22 13.5S 114 14.4E 21 55.7S 113 59.1E 22 04.6S 114 06.8E 1.012 54 22 41 01m02.5s
03:32 21 36.8S 114 50.3E 21 18.9S 114 34.8E 21 27.9S 114 42.6E 1.012 55 21 42 01m03.7s
03:34 21 00.7S 115 25.3E 20 42.6S 115 09.6E 20 51.7S 115 17.5E 1.012 56 19 43 01m04.8s
03:36 20 25.0S 115 59.5E 20 06.9S 115 43.5E 20 16.0S 115 51.5E 1.012 57 18 43 01m05.8s
03:38 19 49.9S 116 32.8E 19 31.6S 116 16.6E 19 40.8S 116 24.7E 1.012 58 16 44 01m06.8s
03:40 19 15.2S 117 05.5E 18 56.8S 116 49.0E 19 06.0S 116 57.2E 1.012 59 15 44 01m07.8s
03:42 18 40.9S 117 37.4E 18 22.5S 117 20.8E 18 31.7S 117 29.1E 1.012 59 13 45 01m08.6s
03:44 18 07.1S 118 08.8E 17 48.6S 117 52.0E 17 57.9S 118 00.4E 1.013 60 11 45 01m09.5s
03:46 17 33.7S 118 39.6E 17 15.1S 118 22.6E 17 24.4S 118 31.1E 1.013 61 10 45 01m10.3s
03:48 17 00.8S 119 10.0E 16 42.0S 118 52.8E 16 51.4S 119 01.4E 1.013 61 8 46 01m11.0s
03:50 16 28.2S 119 39.9E 16 09.4S 119 22.5E 16 18.8S 119 31.2E 1.013 62 6 46 01m11.7s
03:52 15 55.9S 120 09.3E 15 37.1S 119 51.8E 15 46.5S 120 00.6E 1.013 63 4 46 01m12.3s
03:54 15 24.1S 120 38.4E 15 05.2S 120 20.8E 15 14.6S 120 29.7E 1.013 63 2 47 01m12.9s
03:56 14 52.6S 121 07.2E 14 33.6S 120 49.5E 14 43.1S 120 58.4E 1.013 64 360 47 01m13.5s
03:58 14 21.5S 121 35.8E 14 02.4S 121 17.9E 14 12.0S 121 26.9E 1.013 64 357 47 01m14.0s
04:00 13 50.7S 122 04.0E 13 31.6S 121 46.1E 13 41.1S 121 55.1E 1.013 65 355 48 01m14.4s
04:02 13 20.2S 122 32.1E 13 01.1S 122 14.1E 13 10.7S 122 23.1E 1.013 65 353 48 01m14.8s
04:04 12 50.1S 123 00.0E 12 30.9S 122 42.0E 12 40.5S 122 51.0E 1.013 66 350 48 01m15.1s
04:06 12 20.3S 123 27.8E 12 01.0S 123 09.7E 12 10.7S 123 18.7E 1.013 66 348 48 01m15.4s
04:08 11 50.8S 123 55.4E 11 31.5S 123 37.3E 11 41.2S 123 46.4E 1.013 66 345 48 01m15.6s
04:10 11 21.7S 124 23.0E 11 02.3S 124 04.8E 11 12.0S 124 13.9E 1.013 66 343 49 01m15.8s
04:12 10 52.8S 124 50.6E 10 33.3S 124 32.4E 10 43.1S 124 41.5E 1.013 67 340 49 01m16.0s
04:14 10 24.2S 125 18.1E 10 04.7S 124 59.9E 10 14.5S 125 09.0E 1.013 67 338 49 01m16.1s
04:16 09 55.9S 125 45.6E 09 36.4S 125 27.4E 09 46.2S 125 36.5E 1.013 67 335 49 01m16.1s
04:18 09 28.0S 126 13.2E 09 08.4S 125 55.0E 09 18.2S 126 04.1E 1.013 67 332 49 01m16.1s
04:20 09 00.3S 126 40.9E 08 40.7S 126 22.7E 08 50.5S 126 31.8E 1.013 67 330 49 01m16.0s
04:22 08 32.9S 127 08.7E 08 13.3S 126 50.6E 08 23.1S 126 59.6E 1.013 66 327 49 01m15.9s
04:24 08 05.8S 127 36.6E 07 46.2S 127 18.5E 07 56.0S 127 27.6E 1.013 66 325 49 01m15.7s
04:26 07 38.9S 128 04.7E 07 19.3S 127 46.7E 07 29.2S 127 55.7E 1.013 66 322 49 01m15.5s
04:28 07 12.4S 128 33.0E 06 52.8S 128 15.0E 07 02.6S 128 24.0E 1.013 66 320 49 01m15.2s
04:30 06 46.1S 129 01.6E 06 26.5S 128 43.6E 06 36.3S 128 52.6E 1.013 66 317 49 01m14.8s
04:32 06 20.2S 129 30.3E 06 00.5S 129 12.5E 06 10.4S 129 21.4E 1.013 65 315 49 01m14.5s
04:34 05 54.5S 129 59.4E 05 34.8S 129 41.7E 05 44.7S 129 50.6E 1.013 65 313 49 01m14.0s
04:36 05 29.0S 130 28.8E 05 09.4S 130 11.2E 05 19.3S 130 20.0E 1.013 64 311 49 01m13.5s
04:38 05 03.9S 130 58.6E 04 44.3S 130 41.1E 04 54.1S 130 49.8E 1.013 64 309 48 01m13.0s
04:40 04 39.1S 131 28.7E 04 19.5S 131 11.3E 04 29.3S 131 20.0E 1.013 63 307 48 01m12.4s
04:42 04 14.5S 131 59.3E 03 55.0S 131 42.0E 04 04.8S 131 50.7E 1.013 63 305 48 01m11.7s
04:44 03 50.2S 132 30.3E 03 30.8S 132 13.2E 03 40.5S 132 21.8E 1.012 62 303 48 01m11.0s
04:46 03 26.2S 133 01.9E 03 06.8S 132 44.9E 03 16.6S 132 53.4E 1.012 61 301 47 01m10.2s
04:48 03 02.5S 133 33.9E 02 43.2S 133 17.2E 02 52.9S 133 25.5E 1.012 61 300 47 01m09.4s
04:50 02 39.1S 134 06.6E 02 19.9S 133 50.0E 02 29.6S 133 58.3E 1.012 60 298 47 01m08.5s
04:52 02 16.1S 134 39.9E 01 56.9S 134 23.5E 02 06.5S 134 31.7E 1.012 59 297 46 01m07.6s
04:54 01 53.3S 135 13.8E 01 34.2S 134 57.6E 01 43.8S 135 05.7E 1.012 58 295 46 01m06.6s
04:56 01 30.8S 135 48.5E 01 11.9S 135 32.5E 01 21.4S 135 40.5E 1.012 58 294 45 01m05.5s
04:58 01 08.7S 136 24.0E 00 49.9S 136 08.2E 00 59.3S 136 16.1E 1.011 57 293 45 01m04.4s
05:00 00 46.9S 137 00.2E 00 28.2S 136 44.7E 00 37.6S 136 52.4E 1.011 56 292 44 01m03.2s
05:02 00 25.4S 137 37.4E 00 06.9S 137 22.1E 00 16.2S 137 29.7E 1.011 55 291 44 01m02.0s
05:04 00 04.3S 138 15.5E 00 14.0N 138 00.4E 00 04.8N 138 08.0E 1.011 54 290 43 01m00.7s
05:06 00 16.5N 138 54.7E 00 34.6N 138 39.8E 00 25.5N 138 47.2E 1.011 53 289 42 00m59.4s
05:08 00 36.8N 139 34.9E 00 54.8N 139 20.4E 00 45.8N 139 27.6E 1.011 52 288 42 00m58.0s
05:10 00 56.8N 140 16.3E 01 14.5N 140 02.1E 01 05.6N 140 09.2E 1.010 51 287 41 00m56.5s
05:12 01 16.4N 140 59.0E 01 33.9N 140 45.0E 01 25.1N 140 52.0E 1.010 50 286 40 00m55.0s
05:14 01 35.6N 141 43.1E 01 52.8N 141 29.4E 01 44.1N 141 36.2E 1.010 49 285 39 00m53.4s
05:16 01 54.3N 142 28.6E 02 11.2N 142 15.3E 02 02.7N 142 21.9E 1.010 48 285 38 00m51.7s
05:18 02 12.5N 143 15.8E 02 29.1N 143 02.8E 02 20.8N 143 09.3E 1.009 47 284 37 00m50.0s
05:20 02 30.2N 144 04.7E 02 46.5N 143 52.0E 02 38.3N 143 58.3E 1.009 45 284 36 00m48.2s
05:22 02 47.4N 144 55.5E 03 03.3N 144 43.2E 02 55.4N 144 49.3E 1.009 44 283 35 00m46.4s
05:24 03 04.1N 145 48.4E 03 19.6N 145 36.4E 03 11.8N 145 42.4E 1.009 43 283 34 00m44.5s
05:26 03 20.1N 146 43.5E 03 35.2N 146 32.0E 03 27.6N 146 37.7E 1.008 41 282 32 00m42.5s
05:28 03 35.5N 147 41.2E 03 50.1N 147 30.1E 03 42.8N 147 35.6E 1.008 40 282 31 00m40.5s
05:30 03 50.1N 148 41.8E 04 04.2N 148 31.0E 03 57.2N 148 36.4E 1.008 39 281 30 00m38.3s
05:32 04 04.0N 149 45.4E 04 17.6N 149 35.1E 04 10.8N 149 40.2E 1.007 37 281 28 00m36.1s
05:34 04 17.0N 150 52.6E 04 30.0N 150 42.8E 04 23.5N 150 47.7E 1.007 36 281 27 00m33.8s
05:36 04 29.1N 152 03.9E 04 41.4N 151 54.5E 04 35.2N 151 59.2E 1.006 34 281 25 00m31.4s
05:38 04 40.0N 153 19.8E 04 51.6N 153 10.9E 04 45.8N 153 15.3E 1.006 32 281 23 00m28.9s
05:40 04 49.7N 154 41.2E 05 00.5N 154 32.7E 04 55.1N 154 36.9E 1.006 30 280 21 00m26.3s
05:42 04 57.9N 156 09.0E 05 07.8N 156 01.1E 05 02.8N 156 05.0E 1.005 29 280 19 00m23.6s
05:44 05 04.3N 157 44.6E 05 13.3N 157 37.4E 05 08.8N 157 41.0E 1.005 27 280 17 00m20.7s
05:46 05 08.6N 159 30.1E 05 16.5N 159 23.5E 05 12.5N 159 26.8E 1.004 24 280 15 00m17.6s
05:48 05 10.1N 161 28.3E 05 16.8N 161 22.5E 05 13.4N 161 25.4E 1.003 22 280 12 00m14.3s
05:50 05 07.9N 163 44.1E 05 13.1N 163 39.2E 05 10.5N 163 41.6E 1.002 19 280 9 00m10.7s
05:52 05 00.1N 166 26.2E 05 03.5N 166 22.7E 05 01.8N 166 24.5E 1.002 16 280 6 00m06.6s
05:54 04 42.6N 169 55.1E 04 43.6N 169 53.9E 04 43.1N 169 54.5E 1.000 12 281 2 00m01.7s
05:56 03 58.8N 175 34.0E 03 54.6N 175 42.1E 03 56.8N 175 38.0E 0.999 6 281 5 00m05.5s
Limits 02 58.9N 178 48.2W 02 52.6N 178 48.6W 02 55.8N 178 48.4W 0.997 0 - 11 00m11.5s
Instant of Greatest Eclipse: Time = 04:16:44.8 UT Lat = 09°35.7'S Long = 125°46.8'E (GE) Sun Altitude = 66.7° Path Width = 49.0 km Sun Azimuth = 334.0° Central Duration = 01m16.1s Instant of Greatest Duration: Time = 04:16:16 UT Lat = 09°43'S Long = 125°40'E (GD) Sun Altitude = 66.7° Path Width = 48.9 km Sun Azimuth = 334.6° Central Duration = 01m16.1s
Predictions for the Hybrid Solar Eclipse of 2023 Apr 20 were generated using the VSOP87/ELP2000-85 solar and lunar ephemerides and a value of ΔT = 70.3 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
