The following table delineates the path of the Moon's antumbral shadow during the Annular Solar Eclipse of 1917 Dec 14 . The geographic coordinates (WGS 84) of the northern and southern limits and the central line are listed at 60-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 58 17.8S 085 41.8W 59 44.6S 090 03.4W 59 00.9S 087 47.5W 0.972 0 - 294 01m26.9s
08:44 64 15.7S 077 06.1W - - 61 23.9S 084 07.3W 0.973 3 137 285 01m25.8s
08:45 65 32.0S 075 30.6W - - 63 37.8S 081 02.4W 0.974 6 134 274 01m24.8s
08:46 66 39.0S 074 09.9W 62 02.6S 086 32.4W 65 09.7S 079 05.4W 0.974 7 132 267 01m24.1s
08:47 67 39.8S 072 58.9W 64 23.3S 083 21.8W 66 25.7S 077 34.3W 0.975 9 130 261 01m23.5s
08:48 68 36.2S 071 54.9W 65 56.8S 081 27.2W 67 32.5S 076 17.8W 0.975 10 128 256 01m23.1s
08:49 69 29.0S 070 56.2W 67 13.4S 079 59.8W 68 33.2S 075 11.2W 0.975 11 127 251 01m22.6s
08:50 70 19.1S 070 01.6W 68 20.7S 078 47.6W 69 29.4S 074 11.6W 0.976 12 126 246 01m22.2s
08:51 71 07.0S 069 10.3W 69 21.6S 077 45.6W 70 22.2S 073 17.5W 0.976 13 125 242 01m21.9s
08:52 71 52.9S 068 21.7W 70 18.1S 076 51.1W 71 12.3S 072 27.7W 0.976 13 123 238 01m21.6s
08:53 72 37.2S 067 35.3W 71 11.1S 076 02.5W 72 00.2S 071 41.4W 0.976 14 122 235 01m21.2s
08:54 73 20.2S 066 50.6W 72 01.3S 075 18.6W 72 46.1S 070 58.1W 0.977 15 121 231 01m21.0s
08:55 74 01.8S 066 07.5W 72 49.3S 074 38.6W 73 30.5S 070 17.3W 0.977 15 120 228 01m20.7s
08:56 74 42.5S 065 25.6W 73 35.4S 074 02.1W 74 13.5S 069 38.7W 0.977 16 119 225 01m20.4s
08:57 75 22.1S 064 44.6W 74 19.9S 073 28.6W 74 55.3S 069 02.0W 0.977 17 118 223 01m20.2s
08:58 76 00.9S 064 04.3W 75 03.0S 072 58.0W 75 36.0S 068 27.0W 0.977 17 117 220 01m19.9s
08:59 76 38.9S 063 24.6W 75 44.9S 072 29.8W 76 15.8S 067 53.4W 0.977 18 116 218 01m19.7s
09:00 77 16.2S 062 45.2W 76 25.7S 072 04.1W 76 54.7S 067 21.2W 0.978 18 116 215 01m19.5s
09:01 77 52.9S 062 05.9W 77 05.6S 071 40.8W 77 32.9S 066 50.2W 0.978 18 115 213 01m19.3s
09:02 78 29.0S 061 26.6W 77 44.6S 071 19.7W 78 10.4S 066 20.2W 0.978 19 114 211 01m19.1s
09:03 79 04.6S 060 46.9W 78 22.9S 071 01.0W 78 47.3S 065 51.3W 0.978 19 113 209 01m18.9s
09:04 79 39.6S 060 06.7W 79 00.5S 070 44.7W 79 23.6S 065 23.2W 0.978 20 112 207 01m18.7s
09:05 80 14.3S 059 25.7W 79 37.5S 070 30.8W 79 59.4S 064 56.0W 0.978 20 111 206 01m18.6s
09:06 80 48.5S 058 43.5W 80 13.9S 070 19.7W 80 34.7S 064 29.6W 0.978 20 110 204 01m18.4s
09:07 81 22.3S 057 59.9W 80 49.7S 070 11.4W 81 09.6S 064 03.9W 0.978 21 109 202 01m18.3s
09:08 81 55.7S 057 14.2W 81 25.1S 070 06.5W 81 44.1S 063 38.9W 0.978 21 108 201 01m18.1s
09:09 82 28.9S 056 26.0W 82 00.1S 070 05.3W 82 18.3S 063 14.6W 0.978 21 108 200 01m18.0s
09:10 83 01.7S 055 34.6W 82 34.6S 070 08.5W 82 52.1S 062 50.9W 0.978 21 107 199 01m17.8s
09:11 83 34.2S 054 38.8W 83 08.8S 070 16.9W 83 25.6S 062 27.8W 0.979 22 106 197 01m17.7s
09:12 84 06.4S 053 38.2W 83 42.6S 070 31.7W 83 58.8S 062 05.4W 0.979 22 105 196 01m17.6s
09:13 84 38.4S 052 30.2W 84 16.0S 070 54.6W 84 31.8S 061 43.6W 0.979 22 104 195 01m17.5s
09:14 85 10.0S 051 12.7W 84 49.1S 071 27.6W 85 04.6S 061 22.7W 0.979 22 104 194 01m17.4s
09:15 85 41.4S 049 43.0W 85 21.8S 072 14.4W 85 37.1S 061 02.6W 0.979 22 103 193 01m17.3s
09:16 86 12.5S 047 53.1W 85 54.2S 073 19.9W 86 09.5S 060 43.5W 0.979 22 102 193 01m17.2s
09:17 86 43.3S 045 37.7W 86 26.2S 074 52.1W 86 41.6S 060 25.5W 0.979 23 101 192 01m17.1s
09:18 87 13.6S 042 41.0W 86 57.6S 077 04.3W 87 13.6S 060 10.3W 0.979 23 100 191 01m17.0s
09:19 87 43.3S 038 36.9W 87 28.4S 080 19.7W 87 45.5S 059 58.0W 0.979 23 100 191 01m16.9s
09:20 88 12.0S 032 32.7W 87 58.2S 085 23.1W 88 17.3S 059 51.4W 0.979 23 99 190 01m16.9s
09:21 88 38.8S 022 34.0W 88 26.0S 093 46.5W 88 48.9S 060 00.2W 0.979 23 99 190 01m16.8s
09:22 89 01.1S 004 22.9W 88 49.8S 108 42.2W 89 20.4S 060 50.4W 0.979 23 99 190 01m16.8s
09:23 89 12.5S 027 29.9E 89 04.5S 134 46.9W 89 51.7S 071 04.1W 0.979 23 109 189 01m16.7s
09:24 89 05.7S 062 17.5E 89 02.5S 167 15.1W 89 36.6S 127 33.3E 0.979 23 270 189 01m16.7s
09:25 88 45.5S 083 44.2E 88 45.4S 169 22.0E 89 05.3S 125 04.7E 0.979 23 272 189 01m16.6s
09:26 88 19.8S 095 18.8E 88 20.6S 156 17.0E 88 34.0S 124 43.5E 0.979 23 272 189 01m16.6s
09:27 87 51.9S 102 09.5E 87 52.7S 148 49.8E 88 02.7S 124 44.7E 0.979 23 271 189 01m16.5s
09:28 87 22.9S 106 38.2E 87 23.2S 144 15.2E 87 31.4S 124 50.3E 0.979 23 271 189 01m16.5s
09:29 86 53.4S 109 48.5E 86 53.0S 141 15.8E 87 00.2S 125 04.3E 0.979 23 270 189 01m16.5s
09:30 86 23.5S 112 12.3E 86 22.3S 139 12.9E 86 28.9S 125 21.3E 0.979 23 269 189 01m16.5s
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
09:31 85 53.4S 114 06.2E 85 51.2S 137 46.5E 85 57.6S 125 40.4E 0.979 23 268 189 01m16.5s
09:32 85 23.1S 115 39.4E 85 19.9S 136 44.3E 85 26.2S 125 56.0E 0.979 23 268 189 01m16.5s
09:33 84 52.6S 116 58.7E 84 48.5S 135 59.3E 84 54.8S 126 16.2E 0.979 23 267 190 01m16.5s
09:34 84 22.1S 118 07.3E 84 16.8S 135 26.8E 84 23.4S 126 36.4E 0.979 23 266 190 01m16.5s
09:35 83 51.3S 119 08.2E 83 45.0S 135 04.1E 83 51.8S 126 56.2E 0.979 23 265 191 01m16.5s
09:36 83 20.5S 120 03.2E 83 13.0S 134 48.6E 83 20.2S 127 17.1E 0.979 23 265 191 01m16.5s
09:37 82 49.5S 120 53.4E 82 40.8S 134 38.9E 82 48.4S 127 38.2E 0.979 23 264 192 01m16.6s
09:38 82 18.4S 121 40.1E 82 08.5S 134 34.1E 82 16.5S 127 59.6E 0.979 22 263 192 01m16.6s
09:39 81 47.1S 122 23.7E 81 35.9S 134 33.0E 81 44.5S 128 21.5E 0.979 22 262 193 01m16.6s
09:40 81 15.7S 123 05.1E 81 03.2S 134 35.4E 81 12.3S 128 43.8E 0.979 22 261 194 01m16.7s
09:41 80 44.1S 123 44.6E 80 30.2S 134 40.7E 80 39.9S 129 06.5E 0.979 22 260 195 01m16.7s
09:42 80 12.3S 124 22.4E 79 57.0S 134 48.4E 80 07.4S 129 29.6E 0.979 22 260 196 01m16.8s
09:43 79 40.3S 124 59.3E 79 23.6S 134 58.4E 79 34.6S 129 53.2E 0.979 22 259 197 01m16.9s
09:44 79 08.1S 125 35.2E 78 49.8S 135 10.3E 79 01.6S 130 17.3E 0.979 21 258 198 01m16.9s
09:45 78 35.6S 126 10.2E 78 15.7S 135 24.1E 78 28.3S 130 41.9E 0.979 21 257 199 01m17.0s
09:46 78 02.9S 126 44.7E 77 41.3S 135 39.6E 77 54.7S 131 07.0E 0.979 21 256 201 01m17.1s
09:47 77 29.9S 127 18.8E 77 06.5S 135 56.8E 77 20.8S 131 32.7E 0.979 21 255 202 01m17.2s
09:48 76 56.6S 127 52.7E 76 31.3S 136 15.5E 76 46.5S 131 59.0E 0.978 20 254 203 01m17.3s
09:49 76 22.9S 128 26.4E 75 55.6S 136 35.8E 76 11.9S 132 26.1E 0.978 20 254 205 01m17.4s
09:50 75 48.9S 129 00.2E 75 19.5S 136 57.6E 75 36.8S 132 53.9E 0.978 20 253 207 01m17.5s
09:51 75 14.4S 129 34.1E 74 42.8S 137 21.0E 75 01.3S 133 22.5E 0.978 19 252 208 01m17.7s
09:52 74 39.6S 130 08.2E 74 05.4S 137 46.0E 74 25.2S 133 51.9E 0.978 19 251 210 01m17.8s
09:53 74 04.2S 130 42.8E 73 27.4S 138 12.7E 73 48.7S 134 22.4E 0.978 18 250 212 01m17.9s
09:54 73 28.3S 131 17.8E 72 48.6S 138 41.1E 73 11.4S 134 54.0E 0.978 18 249 214 01m18.1s
09:55 72 51.9S 131 53.5E 72 09.0S 139 11.3E 72 33.5S 135 26.8E 0.978 18 248 216 01m18.3s
09:56 72 14.8S 132 29.9E 71 28.4S 139 43.6E 71 54.9S 136 00.8E 0.978 17 247 219 01m18.4s
09:57 71 36.9S 133 07.3E 70 46.7S 140 18.1E 71 15.3S 136 36.4E 0.978 17 246 221 01m18.6s
09:58 70 58.3S 133 45.7E 70 03.8S 140 55.1E 70 34.8S 137 13.7E 0.977 16 245 224 01m18.8s
09:59 70 18.9S 134 25.4E 69 19.4S 141 34.9E 69 53.2S 137 52.9E 0.977 15 244 227 01m19.1s
10:00 69 38.4S 135 06.6E 68 33.3S 142 17.9E 69 10.3S 138 34.3E 0.977 15 243 230 01m19.3s
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
10:01 68 56.8S 135 49.5E 67 45.2S 143 04.7E 68 26.0S 139 18.2E 0.977 14 242 233 01m19.5s
10:02 68 13.9S 136 34.4E 66 54.5S 143 56.1E 67 39.9S 140 05.2E 0.977 14 241 236 01m19.8s
10:03 67 29.5S 137 21.8E 66 00.8S 144 53.1E 66 51.8S 140 55.7E 0.977 13 240 240 01m20.1s
10:04 66 43.3S 138 12.0E 65 02.9S 145 57.4E 66 01.2S 141 50.5E 0.976 12 239 244 01m20.4s
10:05 65 55.0S 139 05.7E 63 59.5S 147 11.8E 65 07.5S 142 50.9E 0.976 11 238 248 01m20.8s
10:06 65 04.2S 140 03.7E 62 47.6S 148 41.1E 64 09.6S 143 58.4E 0.976 10 236 252 01m21.2s
10:07 64 10.2S 141 07.2E 61 21.1S 150 36.6E 63 06.2S 145 15.7E 0.975 9 235 257 01m21.6s
10:08 63 12.0S 142 17.9E 59 15.9S 153 40.9E 61 54.5S 146 47.8E 0.975 7 233 263 01m22.1s
10:09 62 08.0S 143 38.6E - - 60 28.3S 148 45.5E 0.975 6 231 270 01m22.8s
10:10 60 55.4S 145 14.5E - - 58 25.0S 151 49.2E 0.974 3 228 279 01m23.8s
Limits 55 20.8S 153 52.0E 56 54.0S 157 38.9E 56 06.8S 155 41.1E 0.973 0 - 288 01m25.0s
Predictions for the Annular Solar Eclipse of 1917 Dec 14 were generated using the VSOP87/ELP2000-82 solar and lunar ephemerides and a value of ΔT = 20.1 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
