The following table delineates the path of the Moon's umbral shadow during the Total Solar Eclipse of 1922 Sep 21 . 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 06 15.8N 043 22.4E 04 44.7N 043 15.8E 05 30.3N 043 19.2E 1.049 0 - 168 02m38.8s
03:00 06 18.3N 049 14.8E - - 05 32.1N 047 24.9E 1.051 4 89 172 02m48.1s
03:02 06 06.7N 055 36.8E 04 33.9N 053 46.1E 05 20.1N 054 44.6E 1.053 12 90 181 03m07.2s
03:04 05 51.5N 059 25.3E 04 17.4N 057 56.0E 05 04.3N 058 42.5E 1.055 16 90 186 03m18.8s
03:06 05 35.2N 062 21.4E 03 59.9N 061 01.2E 04 47.4N 061 42.7E 1.056 20 91 190 03m28.3s
03:08 05 18.1N 064 48.3E 03 41.9N 063 33.2E 04 29.8N 064 11.9E 1.057 23 91 194 03m36.7s
03:10 05 00.6N 066 55.9E 03 23.5N 065 44.0E 04 11.9N 066 20.9E 1.057 26 91 197 03m44.3s
03:12 04 42.7N 068 49.7E 03 04.9N 067 39.8E 03 53.7N 068 15.6E 1.058 28 91 199 03m51.4s
03:14 04 24.6N 070 32.8E 02 46.2N 069 24.3E 03 35.2N 069 59.4E 1.059 30 91 201 03m58.0s
03:16 04 06.2N 072 07.4E 02 27.3N 071 00.0E 03 16.6N 071 34.5E 1.059 32 91 204 04m04.2s
03:18 03 47.7N 073 35.2E 02 08.3N 072 28.5E 02 57.9N 073 02.5E 1.060 34 91 206 04m10.2s
03:20 03 29.0N 074 57.1E 01 49.1N 073 51.0E 02 39.0N 074 24.7E 1.060 36 91 207 04m15.9s
03:22 03 10.2N 076 14.2E 01 29.9N 075 08.3E 02 20.0N 075 41.9E 1.061 38 90 209 04m21.3s
03:24 02 51.3N 077 26.9E 01 10.6N 076 21.4E 02 00.9N 076 54.7E 1.061 40 90 211 04m26.5s
03:26 02 32.3N 078 36.0E 00 51.3N 077 30.6E 01 41.7N 078 03.8E 1.062 41 90 212 04m31.5s
03:28 02 13.2N 079 41.7E 00 31.9N 078 36.4E 01 22.4N 079 09.6E 1.062 43 90 214 04m36.4s
03:30 01 54.0N 080 44.6E 00 12.4N 079 39.3E 01 03.1N 080 12.4E 1.063 44 90 215 04m41.1s
03:32 01 34.7N 081 44.8E 00 07.2S 080 39.6E 00 43.7N 081 12.7E 1.063 46 89 216 04m45.6s
03:34 01 15.3N 082 42.8E 00 26.7S 081 37.5E 00 24.2N 082 10.6E 1.063 47 89 217 04m49.9s
03:36 00 55.9N 083 38.5E 00 46.4S 082 33.2E 00 04.7N 083 06.3E 1.064 49 89 218 04m54.1s
03:38 00 36.4N 084 32.4E 01 06.1S 083 27.0E 00 14.9S 084 00.1E 1.064 50 88 219 04m58.1s
03:40 00 16.9N 085 24.5E 01 25.8S 084 19.1E 00 34.5S 084 52.2E 1.064 51 88 220 05m02.1s
03:42 00 02.7S 086 15.0E 01 45.6S 085 09.5E 00 54.2S 085 42.6E 1.064 53 87 221 05m05.8s
03:44 00 22.4S 087 04.0E 02 05.4S 085 58.4E 01 13.9S 086 31.6E 1.065 54 87 222 05m09.4s
03:46 00 42.1S 087 51.7E 02 25.2S 086 46.0E 01 33.7S 087 19.2E 1.065 55 86 222 05m12.9s
03:48 01 01.8S 088 38.1E 02 45.1S 087 32.4E 01 53.5S 088 05.6E 1.065 57 85 223 05m16.3s
03:50 01 21.7S 089 23.4E 03 05.0S 088 17.6E 02 13.4S 088 50.8E 1.065 58 84 224 05m19.5s
03:52 01 41.5S 090 07.7E 03 25.0S 089 01.8E 02 33.3S 089 35.0E 1.066 59 84 224 05m22.6s
03:54 02 01.4S 090 50.9E 03 45.0S 089 45.0E 02 53.2S 090 18.2E 1.066 60 83 225 05m25.6s
03:56 02 21.4S 091 33.3E 04 05.0S 090 27.3E 03 13.2S 091 00.5E 1.066 61 82 225 05m28.4s
03:58 02 41.3S 092 14.8E 04 25.1S 091 08.8E 03 33.3S 091 42.0E 1.066 62 81 225 05m31.1s
04:00 03 01.4S 092 55.5E 04 45.2S 091 49.5E 03 53.3S 092 22.7E 1.066 64 80 226 05m33.7s
04:02 03 21.4S 093 35.6E 05 05.4S 092 29.5E 04 13.4S 093 02.7E 1.066 65 79 226 05m36.2s
04:04 03 41.6S 094 14.9E 05 25.6S 093 08.9E 04 33.6S 093 42.1E 1.067 66 77 226 05m38.5s
04:06 04 01.7S 094 53.7E 05 45.8S 093 47.7E 04 53.8S 094 20.9E 1.067 67 76 227 05m40.7s
04:08 04 21.9S 095 31.9E 06 06.1S 094 25.9E 05 14.0S 094 59.1E 1.067 68 74 227 05m42.8s
04:10 04 42.2S 096 09.7E 06 26.4S 095 03.6E 05 34.3S 095 36.8E 1.067 69 72 227 05m44.7s
04:12 05 02.4S 096 46.9E 06 46.8S 095 40.9E 05 54.6S 096 14.1E 1.067 70 71 227 05m46.5s
04:14 05 22.8S 097 23.8E 07 07.2S 096 17.8E 06 14.9S 096 51.0E 1.067 71 69 227 05m48.2s
04:16 05 43.1S 098 00.2E 07 27.6S 096 54.4E 06 35.3S 097 27.4E 1.067 71 66 227 05m49.8s
04:18 06 03.5S 098 36.3E 07 48.1S 097 30.6E 06 55.8S 098 03.6E 1.067 72 64 227 05m51.2s
04:20 06 24.0S 099 12.1E 08 08.6S 098 06.5E 07 16.2S 098 39.4E 1.067 73 61 227 05m52.6s
04:22 06 44.4S 099 47.6E 08 29.1S 098 42.1E 07 36.8S 099 15.0E 1.068 74 58 227 05m53.7s
04:24 07 05.0S 100 22.9E 08 49.7S 099 17.6E 07 57.3S 099 50.3E 1.068 75 55 227 05m54.8s
04:26 07 25.5S 100 58.0E 09 10.4S 099 52.8E 08 17.9S 100 25.5E 1.068 75 51 227 05m55.7s
04:28 07 46.1S 101 32.9E 09 31.0S 100 27.9E 08 38.6S 101 00.5E 1.068 76 47 227 05m56.5s
04:30 08 06.8S 102 07.7E 09 51.8S 101 02.9E 08 59.2S 101 35.4E 1.068 76 43 227 05m57.2s
04:32 08 27.5S 102 42.4E 10 12.5S 101 37.7E 09 20.0S 102 10.1E 1.068 77 39 227 05m57.8s
04:34 08 48.2S 103 17.0E 10 33.4S 102 12.6E 09 40.7S 102 44.8E 1.068 77 34 227 05m58.2s
04:36 09 09.0S 103 51.5E 10 54.2S 102 47.4E 10 01.6S 103 19.5E 1.068 77 29 227 05m58.5s
04:38 09 29.8S 104 26.0E 11 15.2S 103 22.2E 10 22.4S 103 54.1E 1.068 78 24 226 05m58.7s
04:40 09 50.7S 105 00.6E 11 36.1S 103 57.0E 10 43.3S 104 28.8E 1.068 78 18 226 05m58.7s
04:42 10 11.6S 105 35.2E 11 57.1S 104 31.9E 11 04.3S 105 03.6E 1.068 78 13 226 05m58.7s
04:44 10 32.6S 106 09.8E 12 18.2S 105 06.9E 11 25.3S 105 38.4E 1.068 77 8 226 05m58.4s
04:46 10 53.6S 106 44.6E 12 39.3S 105 42.1E 11 46.4S 106 13.4E 1.068 77 3 225 05m58.1s
04:48 11 14.7S 107 19.5E 13 00.5S 106 17.4E 12 07.5S 106 48.5E 1.068 77 358 225 05m57.7s
04:50 11 35.8S 107 54.6E 13 21.7S 106 52.9E 12 28.7S 107 23.7E 1.068 76 353 225 05m57.1s
04:52 11 57.0S 108 29.9E 13 43.0S 107 28.6E 12 49.9S 107 59.2E 1.068 76 349 225 05m56.4s
04:54 12 18.2S 109 05.4E 14 04.3S 108 04.6E 13 11.1S 108 35.0E 1.068 75 345 224 05m55.5s
04:56 12 39.5S 109 41.2E 14 25.7S 108 40.9E 13 32.5S 109 11.0E 1.068 75 341 224 05m54.6s
04:58 13 00.8S 110 17.3E 14 47.2S 109 17.5E 13 53.9S 109 47.4E 1.068 74 338 224 05m53.5s
05:00 13 22.2S 110 53.7E 15 08.7S 109 54.5E 14 15.3S 110 24.0E 1.067 73 335 223 05m52.3s
05:02 13 43.6S 111 30.5E 15 30.2S 110 31.9E 14 36.8S 111 01.1E 1.067 72 332 223 05m50.9s
05:04 14 05.1S 112 07.7E 15 51.9S 111 09.7E 14 58.4S 111 38.7E 1.067 72 329 222 05m49.5s
05:06 14 26.7S 112 45.4E 16 13.6S 111 48.0E 15 20.0S 112 16.6E 1.067 71 327 222 05m47.9s
05:08 14 48.3S 113 23.6E 16 35.3S 112 26.9E 15 41.7S 112 55.1E 1.067 70 325 222 05m46.2s
05:10 15 10.0S 114 02.3E 16 57.2S 113 06.3E 16 03.4S 113 34.2E 1.067 69 322 221 05m44.3s
05:12 15 31.8S 114 41.6E 17 19.0S 113 46.4E 16 25.3S 114 13.9E 1.067 68 321 221 05m42.4s
05:14 15 53.6S 115 21.5E 17 41.0S 114 27.1E 16 47.2S 114 54.2E 1.067 67 319 220 05m40.3s
05:16 16 15.5S 116 02.1E 18 03.0S 115 08.6E 17 09.1S 115 35.2E 1.067 66 317 220 05m38.1s
05:18 16 37.5S 116 43.5E 18 25.2S 115 50.8E 17 31.1S 116 17.0E 1.066 65 315 219 05m35.7s
05:20 16 59.5S 117 25.6E 18 47.3S 116 33.9E 17 53.3S 116 59.5E 1.066 64 314 218 05m33.3s
05:22 17 21.6S 118 08.6E 19 09.6S 117 17.8E 18 15.4S 117 43.0E 1.066 63 313 218 05m30.7s
05:24 17 43.8S 118 52.5E 19 31.9S 118 02.8E 18 37.7S 118 27.4E 1.066 61 311 217 05m28.0s
05:26 18 06.1S 119 37.5E 19 54.4S 118 48.8E 19 00.1S 119 12.9E 1.066 60 310 217 05m25.1s
05:28 18 28.5S 120 23.5E 20 16.9S 119 36.0E 19 22.5S 119 59.4E 1.066 59 309 216 05m22.2s
05:30 18 51.0S 121 10.6E 20 39.4S 120 24.3E 19 45.0S 120 47.2E 1.065 58 307 215 05m19.1s
05:32 19 13.5S 121 59.0E 21 02.1S 121 14.0E 20 07.6S 121 36.2E 1.065 57 306 215 05m15.9s
05:34 19 36.2S 122 48.8E 21 24.9S 122 05.1E 20 30.3S 122 26.6E 1.065 55 305 214 05m12.5s
05:36 19 58.9S 123 40.0E 21 47.7S 122 57.7E 20 53.1S 123 18.5E 1.065 54 304 213 05m09.0s
05:38 20 21.8S 124 32.8E 22 10.7S 123 52.0E 21 16.0S 124 12.1E 1.064 53 303 212 05m05.4s
05:40 20 44.7S 125 27.3E 22 33.7S 124 48.2E 21 39.0S 125 07.3E 1.064 52 302 211 05m01.7s
05:42 21 07.8S 126 23.7E 22 56.9S 125 46.3E 22 02.1S 126 04.6E 1.064 50 301 211 04m57.8s
05:44 21 31.0S 127 22.1E 23 20.2S 126 46.5E 22 25.4S 127 03.9E 1.064 49 300 210 04m53.8s
05:46 21 54.3S 128 22.8E 23 43.5S 127 49.1E 22 48.7S 128 05.5E 1.063 47 299 209 04m49.6s
05:48 22 17.8S 129 26.0E 24 07.0S 128 54.3E 23 12.2S 129 09.6E 1.063 46 298 208 04m45.3s
05:50 22 41.4S 130 31.8E 24 30.7S 130 02.3E 23 35.8S 130 16.5E 1.063 44 297 207 04m40.8s
05:52 23 05.1S 131 40.7E 24 54.4S 131 13.6E 23 59.5S 131 26.5E 1.062 43 296 205 04m36.2s
05:54 23 29.0S 132 52.9E 25 18.3S 132 28.4E 24 23.4S 132 40.0E 1.062 41 295 204 04m31.4s
05:56 23 53.1S 134 08.9E 25 42.3S 133 47.2E 24 47.5S 133 57.4E 1.061 40 294 203 04m26.4s
05:58 24 17.3S 135 29.2E 26 06.5S 135 10.5E 25 11.7S 135 19.1E 1.061 38 293 202 04m21.3s
06:00 24 41.8S 136 54.4E 26 30.8S 136 39.0E 25 36.1S 136 45.9E 1.061 36 292 200 04m15.9s
06:02 25 06.4S 138 25.2E 26 55.4S 138 13.5E 26 00.7S 138 18.5E 1.060 34 291 199 04m10.2s
06:04 25 31.3S 140 02.6E 27 20.1S 139 55.1E 26 25.5S 139 57.9E 1.059 32 290 197 04m04.4s
06:06 25 56.5S 141 47.9E 27 45.0S 141 45.2E 26 50.5S 141 45.4E 1.059 30 289 196 03m58.2s
06:08 26 22.0S 143 42.7E 28 10.2S 143 45.6E 27 15.9S 143 43.0E 1.058 28 287 194 03m51.6s
06:10 26 47.9S 145 49.6E 28 35.6S 145 59.1E 27 41.5S 145 53.0E 1.058 26 286 192 03m44.7s
06:12 27 14.2S 148 12.0E 29 01.5S 148 29.9E 28 07.6S 148 19.3E 1.057 23 284 189 03m37.2s
06:14 27 41.1S 150 55.8E 29 27.7S 151 24.8E 28 34.2S 151 08.4E 1.056 20 283 187 03m28.9s
06:16 28 08.8S 154 11.6E 29 54.6S 154 57.0E 29 01.5S 154 31.8E 1.055 17 281 184 03m19.6s
06:18 28 37.9S 158 23.6E 30 22.6S 159 39.7E 29 30.1S 158 57.7E 1.053 12 278 180 03m08.2s
06:20 29 10.4S 165 05.4E 30 54.6S 168 55.8E 30 02.2S 166 33.7E 1.051 5 274 173 02m50.9s
Limits 29 28.8S 172 35.2E 30 59.7S 172 41.6E 30 14.2S 172 38.3E 1.049 0 - 168 02m38.8s
Return To Solar Eclipses of Historical Interest
Predictions for the Total Solar Eclipse of 1922 Sep 21 were generated using the VSOP87/ELP2000-82 solar and lunar ephemerides and a value of ΔT = 23.0 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
