The following table delineates the path of the Moon's umbral shadow during the Total Solar Eclipse of 2024 Apr 08 . 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 07 11.4S 158 43.2W 08 27.0S 158 19.5W 07 49.3S 158 31.2W 1.040 0 - 144 02m06.3s
16:40 - - 07 33.3S 152 39.4W 07 30.9S 156 24.0W 1.040 2 82 147 02m10.2s
16:42 05 28.6S 149 39.3W 06 09.9S 146 31.4W 05 48.3S 148 00.4W 1.043 11 81 160 02m27.7s
16:44 04 18.9S 145 24.1W 05 06.8S 142 55.7W 04 42.4S 144 07.8W 1.044 16 81 166 02m37.0s
16:46 03 19.7S 142 23.2W 04 10.8S 140 11.5W 03 44.9S 141 16.1W 1.046 19 81 171 02m44.4s
16:48 02 25.7S 139 58.1W 03 18.8S 137 56.0W 02 52.0S 138 56.1W 1.046 22 81 175 02m50.7s
16:50 01 34.9S 137 55.2W 02 29.5S 135 59.3W 02 02.0S 136 56.5W 1.047 25 81 178 02m56.4s
16:52 00 46.4S 136 07.6W 01 42.2S 134 16.1W 01 14.1S 135 11.2W 1.048 27 81 181 03m01.6s
16:54 00 00.3N 134 31.5W 00 56.4S 132 43.3W 00 27.8S 133 36.8W 1.048 29 81 184 03m06.5s
16:56 00 45.6N 133 04.3W 00 11.8S 131 18.6W 00 17.1N 132 11.0W 1.049 31 81 186 03m11.0s
16:58 01 29.8N 131 44.4W 00 31.8N 130 00.7W 01 00.9N 130 52.1W 1.050 33 82 188 03m15.3s
17:00 02 13.0N 130 30.4W 01 14.4N 128 48.3W 01 43.9N 129 38.9W 1.050 35 82 190 03m19.3s
17:02 02 55.4N 129 21.4W 01 56.3N 127 40.6W 02 26.0N 128 30.6W 1.050 37 82 192 03m23.2s
17:04 03 37.1N 128 16.7W 02 37.5N 126 37.1W 03 07.5N 127 26.5W 1.051 38 83 193 03m26.9s
17:06 04 18.2N 127 15.7W 03 18.2N 125 37.0W 03 48.3N 126 26.0W 1.051 40 83 194 03m30.4s
17:08 04 58.7N 126 18.0W 03 58.3N 124 40.1W 04 28.6N 125 28.7W 1.052 41 84 196 03m33.7s
17:10 05 38.7N 125 23.1W 04 37.9N 123 45.9W 05 08.4N 124 34.2W 1.052 43 84 197 03m36.9s
17:12 06 18.2N 124 30.7W 05 17.1N 122 54.2W 05 47.8N 123 42.1W 1.052 44 85 198 03m40.0s
17:14 06 57.4N 123 40.6W 05 55.9N 122 04.6W 06 26.7N 122 52.3W 1.053 46 86 199 03m43.0s
17:16 07 36.1N 122 52.5W 06 34.4N 121 17.0W 07 05.3N 122 04.5W 1.053 47 86 199 03m45.8s
17:18 08 14.5N 122 06.2W 07 12.5N 120 31.1W 07 43.6N 121 18.4W 1.053 48 87 200 03m48.5s
17:20 08 52.7N 121 21.5W 07 50.3N 119 46.9W 08 21.6N 120 34.0W 1.053 49 88 201 03m51.1s
17:22 09 30.5N 120 38.4W 08 27.8N 119 04.1W 08 59.2N 119 51.0W 1.054 51 89 201 03m53.7s
17:24 10 08.0N 119 56.5W 09 05.1N 118 22.6W 09 36.6N 119 09.3W 1.054 52 90 202 03m56.1s
17:26 10 45.4N 119 15.9W 09 42.1N 117 42.3W 10 13.8N 118 28.9W 1.054 53 91 202 03m58.4s
17:28 11 22.4N 118 36.4W 10 18.9N 117 03.1W 10 50.7N 117 49.5W 1.054 54 92 202 04m00.6s
17:30 11 59.3N 117 57.8W 10 55.5N 116 24.8W 11 27.5N 117 11.1W 1.055 55 93 202 04m02.7s
17:32 12 36.0N 117 20.2W 11 31.9N 115 47.5W 12 04.0N 116 33.6W 1.055 56 94 203 04m04.8s
17:34 13 12.5N 116 43.4W 12 08.0N 115 10.9W 12 40.3N 115 57.0W 1.055 57 96 203 04m06.7s
17:36 13 48.8N 116 07.3W 12 44.1N 114 35.1W 13 16.5N 115 21.0W 1.055 58 97 203 04m08.6s
17:38 14 25.0N 115 31.9W 13 19.9N 113 59.9W 13 52.5N 114 45.7W 1.055 59 99 203 04m10.3s
17:40 15 01.0N 114 57.1W 13 55.6N 113 25.4W 14 28.3N 114 11.0W 1.055 60 100 203 04m12.0s
17:42 15 36.9N 114 22.8W 14 31.1N 112 51.3W 15 04.0N 113 36.9W 1.055 61 102 203 04m13.6s
17:44 16 12.6N 113 49.0W 15 06.5N 112 17.8W 15 39.6N 113 03.2W 1.056 62 104 202 04m15.1s
17:46 16 48.2N 113 15.6W 15 41.8N 111 44.6W 16 15.0N 112 29.9W 1.056 63 105 202 04m16.5s
17:48 17 23.7N 112 42.6W 16 16.9N 111 11.9W 16 50.3N 111 57.0W 1.056 64 107 202 04m17.9s
17:50 17 59.1N 112 09.9W 16 52.0N 110 39.4W 17 25.6N 111 24.4W 1.056 64 110 202 04m19.1s
17:52 18 34.4N 111 37.4W 17 26.9N 110 07.2W 18 00.7N 110 52.1W 1.056 65 112 202 04m20.3s
17:54 19 09.6N 111 05.1W 18 01.7N 109 35.2W 18 35.7N 110 20.0W 1.056 66 114 202 04m21.4s
17:56 19 44.8N 110 33.0W 18 36.4N 109 03.4W 19 10.6N 109 48.0W 1.056 66 117 201 04m22.4s
17:58 20 19.8N 110 01.1W 19 11.1N 108 31.7W 19 45.4N 109 16.2W 1.056 67 119 201 04m23.4s
18:00 20 54.8N 109 29.2W 19 45.6N 108 00.1W 20 20.2N 108 44.5W 1.056 68 122 201 04m24.2s
18:02 21 29.7N 108 57.3W 20 20.1N 107 28.6W 20 54.9N 108 12.8W 1.056 68 125 200 04m25.0s
18:04 22 04.5N 108 25.4W 20 54.5N 106 57.0W 21 29.5N 107 41.0W 1.056 68 128 200 04m25.7s
18:06 22 39.3N 107 53.5W 21 28.8N 106 25.4W 22 04.0N 107 09.3W 1.056 69 131 200 04m26.3s
18:08 23 14.0N 107 21.4W 22 03.0N 105 53.7W 22 38.5N 106 37.4W 1.057 69 134 199 04m26.8s
18:10 23 48.7N 106 49.3W 22 37.2N 105 21.9W 23 12.9N 106 05.4W 1.057 69 137 199 04m27.2s
18:12 24 23.3N 106 16.9W 23 11.3N 104 50.0W 23 47.3N 105 33.3W 1.057 70 140 199 04m27.6s
18:14 24 57.9N 105 44.3W 23 45.4N 104 17.8W 24 21.6N 105 00.9W 1.057 70 144 198 04m27.8s
18:16 25 32.4N 105 11.5W 24 19.4N 103 45.4W 24 55.9N 104 28.3W 1.057 70 147 198 04m28.0s
18:18 26 06.9N 104 38.3W 24 53.3N 103 12.8W 25 30.1N 103 55.4W 1.057 70 151 197 04m28.1s
18:20 26 41.4N 104 04.8W 25 27.3N 102 39.8W 26 04.3N 103 22.1W 1.057 70 154 197 04m28.2s
18:22 27 15.8N 103 30.9W 26 01.1N 102 06.4W 26 38.4N 102 48.5W 1.057 70 158 196 04m28.1s
18:24 27 50.2N 102 56.6W 26 34.9N 101 32.6W 27 12.5N 102 14.4W 1.056 69 161 196 04m27.9s
18:26 28 24.6N 102 21.7W 27 08.7N 100 58.4W 27 46.6N 101 39.9W 1.056 69 164 196 04m27.7s
18:28 28 58.9N 101 46.3W 27 42.5N 100 23.6W 28 20.6N 101 04.8W 1.056 69 168 195 04m27.4s
18:30 29 33.2N 101 10.4W 28 16.1N 099 48.3W 28 54.6N 100 29.2W 1.056 68 171 195 04m27.0s
18:32 30 07.5N 100 33.7W 28 49.8N 099 12.4W 29 28.6N 099 52.9W 1.056 68 174 194 04m26.5s
18:34 30 41.8N 099 56.4W 29 23.4N 098 35.9W 30 02.5N 099 16.0W 1.056 68 177 194 04m25.9s
18:36 31 16.1N 099 18.3W 29 57.0N 097 58.6W 30 36.4N 098 38.3W 1.056 67 180 193 04m25.2s
18:38 31 50.3N 098 39.4W 30 30.6N 097 20.6W 31 10.3N 097 59.9W 1.056 66 183 193 04m24.5s
18:40 32 24.5N 097 59.6W 31 04.1N 096 41.7W 31 44.2N 097 20.6W 1.056 66 185 192 04m23.6s
18:42 32 58.7N 097 18.9W 31 37.6N 096 02.0W 32 18.0N 096 40.4W 1.056 65 188 192 04m22.7s
18:44 33 32.8N 096 37.2W 32 11.0N 095 21.3W 32 51.8N 095 59.2W 1.056 64 191 191 04m21.6s
18:46 34 06.9N 095 54.3W 32 44.4N 094 39.6W 33 25.6N 095 16.9W 1.056 64 193 191 04m20.5s
18:48 34 41.0N 095 10.4W 33 17.8N 093 56.9W 33 59.3N 094 33.5W 1.056 63 195 190 04m19.3s
18:50 35 15.1N 094 25.1W 33 51.1N 093 12.9W 34 33.0N 093 48.9W 1.055 62 198 189 04m18.0s
18:52 35 49.1N 093 38.5W 34 24.4N 092 27.7W 35 06.6N 093 03.1W 1.055 61 200 189 04m16.6s
18:54 36 23.1N 092 50.5W 34 57.6N 091 41.2W 35 40.2N 092 15.8W 1.055 60 202 188 04m15.1s
18:56 36 57.1N 092 00.9W 35 30.8N 090 53.2W 36 13.8N 091 27.0W 1.055 59 204 188 04m13.4s
18:58 37 30.9N 091 09.7W 36 03.9N 090 03.7W 36 47.3N 090 36.7W 1.055 58 206 187 04m11.7s
19:00 38 04.8N 090 16.7W 36 37.0N 089 12.6W 37 20.7N 089 44.6W 1.055 57 208 186 04m09.9s
19:02 38 38.5N 089 21.8W 37 10.0N 088 19.6W 37 54.1N 088 50.8W 1.054 56 210 186 04m08.0s
19:04 39 12.2N 088 24.9W 37 42.9N 087 24.8W 38 27.4N 087 54.9W 1.054 55 212 185 04m06.0s
19:06 39 45.8N 087 25.8W 38 15.7N 086 28.0W 39 00.5N 086 57.0W 1.054 54 214 184 04m03.9s
19:08 40 19.2N 086 24.3W 38 48.4N 085 29.0W 39 33.6N 085 56.8W 1.054 53 216 183 04m01.6s
19:10 40 52.6N 085 20.3W 39 20.9N 084 27.6W 40 06.6N 084 54.1W 1.054 52 217 183 03m59.3s
19:12 41 25.8N 084 13.6W 39 53.4N 083 23.7W 40 39.4N 083 48.8W 1.053 51 219 182 03m56.8s
19:14 41 58.8N 083 03.8W 40 25.7N 082 17.1W 41 12.0N 082 40.7W 1.053 50 221 181 03m54.3s
19:16 42 31.6N 081 50.9W 40 57.8N 081 07.4W 41 44.5N 081 29.4W 1.053 48 223 180 03m51.6s
19:18 43 04.2N 080 34.4W 41 29.7N 079 54.6W 42 16.8N 080 14.8W 1.052 47 225 179 03m48.8s
19:20 43 36.6N 079 14.1W 42 01.4N 078 38.2W 42 48.8N 078 56.5W 1.052 46 226 178 03m45.8s
19:22 44 08.6N 077 49.7W 42 32.8N 077 18.0W 43 20.5N 077 34.3W 1.052 44 228 178 03m42.7s
19:24 44 40.3N 076 20.6W 43 03.9N 075 53.6W 43 51.9N 076 07.6W 1.052 43 230 177 03m39.5s
19:26 45 11.5N 074 46.5W 43 34.6N 074 24.6W 44 22.9N 074 36.1W 1.051 41 232 176 03m36.2s
19:28 45 42.3N 073 06.8W 44 04.9N 072 50.4W 44 53.4N 072 59.2W 1.051 40 234 174 03m32.6s
19:30 46 12.5N 071 20.7W 44 34.7N 071 10.5W 45 23.4N 071 16.4W 1.050 38 236 173 03m29.0s
19:32 46 42.0N 069 27.7W 45 04.0N 069 24.3W 45 52.8N 069 26.8W 1.050 37 238 172 03m25.1s
19:34 47 10.7N 067 26.6W 45 32.5N 067 30.7W 46 21.4N 067 29.6W 1.049 35 240 171 03m21.1s
19:36 47 38.4N 065 16.3W 46 00.2N 065 29.0W 46 49.1N 065 23.8W 1.049 33 242 170 03m16.8s
19:38 48 04.9N 062 55.5W 46 26.9N 063 17.6W 47 15.7N 063 07.9W 1.048 31 244 168 03m12.3s
19:40 48 29.9N 060 22.0W 46 52.3N 060 55.1W 47 40.9N 060 40.1W 1.048 29 247 167 03m07.6s
19:42 48 53.0N 057 33.4W 47 16.2N 058 19.2W 48 04.5N 057 58.0W 1.047 27 249 165 03m02.5s
19:44 49 13.7N 054 25.8W 47 38.2N 055 26.8W 48 25.9N 054 58.4W 1.047 25 252 163 02m57.1s
19:46 49 31.2N 050 53.8W 47 57.5N 052 13.4W 48 44.3N 051 36.2W 1.046 22 255 161 02m51.2s
19:48 49 44.0N 046 48.0W 48 13.3N 048 32.0W 48 58.7N 047 43.3W 1.045 20 259 159 02m44.6s
19:50 49 49.5N 041 50.3W 48 23.6N 044 09.6W 49 06.9N 043 04.5W 1.044 16 263 156 02m37.1s
19:52 49 41.0N 035 13.9W 48 24.7N 038 37.9W 49 03.8N 037 04.1W 1.043 12 268 153 02m27.9s
19:54 - - 48 02.7N 030 13.5W 48 26.0N 026 52.0W 1.040 5 276 146 02m13.4s
Limits 48 13.9N 019 28.5W 47 00.6N 020 03.8W 47 37.2N 019 46.4W 1.039 0 - 142 02m04.2s
Return To Solar Eclipses of Historical Interest
Predictions for the Total Solar Eclipse of 2024 Apr 08 were generated using the VSOP87/ELP2000-82 solar and lunar ephemerides and a value of ΔT = 74.0 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
