The following table delineates the path of the Moon's antumbral shadow during the Annular Solar Eclipse of 2097 Nov 04 . 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 36 25.0S 058 15.4E 40 25.7S 054 25.9E 38 21.0S 056 26.9E 0.943 0 - 528 03m22.6s
01:07 40 52.7S 069 00.8E - - 39 04.5S 058 47.3E 0.943 2 109 531 03m23.3s
01:08 41 33.6S 070 11.0E - - 40 31.2S 062 36.8E 0.944 5 106 534 03m24.6s
01:09 42 12.1S 071 13.5E - - 41 27.9S 064 42.1E 0.945 7 104 534 03m25.3s
01:10 42 48.7S 072 09.6E - - 42 15.9S 066 16.7E 0.945 9 103 533 03m25.9s
01:11 43 23.8S 073 00.7E 40 58.0S 056 15.0E 42 59.0S 067 34.8E 0.946 10 102 532 03m26.5s
01:12 43 57.8S 073 47.9E 42 31.8S 060 32.0E 43 39.1S 068 42.1E 0.946 11 101 530 03m26.9s
01:13 44 30.8S 074 31.7E 43 29.0S 062 39.1E 44 16.9S 069 41.6E 0.946 12 100 527 03m27.4s
01:14 45 02.9S 075 12.6E 44 17.0S 064 13.8E 44 53.0S 070 35.3E 0.946 13 99 525 03m27.8s
01:15 45 34.4S 075 51.2E 45 00.2S 065 31.3E 45 27.9S 071 24.3E 0.947 14 98 522 03m28.1s
01:16 46 05.3S 076 27.6E 45 40.3S 066 37.9E 46 01.6S 072 09.5E 0.947 15 97 519 03m28.5s
01:17 46 35.6S 077 02.2E 46 18.3S 067 36.3E 46 34.5S 072 51.5E 0.947 15 96 516 03m28.8s
01:18 47 05.5S 077 35.1E 46 54.6S 068 28.9E 47 06.6S 073 30.7E 0.947 16 96 513 03m29.1s
01:19 47 35.0S 078 06.5E 47 29.5S 069 16.8E 47 38.1S 074 07.7E 0.947 17 95 510 03m29.4s
01:20 48 04.1S 078 36.6E 48 03.5S 070 00.8E 48 09.0S 074 42.5E 0.947 17 94 506 03m29.7s
01:21 48 32.9S 079 05.5E 48 36.5S 070 41.6E 48 39.4S 075 15.6E 0.948 18 93 503 03m30.0s
01:22 49 01.3S 079 33.3E 49 08.9S 071 19.6E 49 09.4S 075 47.0E 0.948 18 93 499 03m30.3s
01:23 49 29.6S 080 00.1E 49 40.6S 071 55.2E 49 39.0S 076 17.0E 0.948 19 92 496 03m30.5s
01:24 49 57.5S 080 26.0E 50 11.8S 072 28.7E 50 08.3S 076 45.7E 0.948 19 91 493 03m30.8s
01:25 50 25.3S 080 51.0E 50 42.5S 073 00.4E 50 37.3S 077 13.1E 0.948 20 90 489 03m31.0s
01:26 50 52.9S 081 15.3E 51 12.8S 073 30.4E 51 06.0S 077 39.5E 0.948 20 90 486 03m31.2s
01:27 51 20.3S 081 38.8E 51 42.8S 073 58.9E 51 34.5S 078 04.9E 0.948 21 89 483 03m31.5s
01:28 51 47.5S 082 01.7E 52 12.5S 074 26.0E 52 02.8S 078 29.3E 0.948 21 88 479 03m31.7s
01:29 52 14.6S 082 23.9E 52 41.9S 074 51.9E 52 30.9S 078 52.9E 0.948 22 88 476 03m31.9s
01:30 52 41.6S 082 45.6E 53 11.0S 075 16.7E 52 58.8S 079 15.7E 0.948 22 87 473 03m32.1s
01:31 53 08.4S 083 06.7E 53 39.9S 075 40.4E 53 26.6S 079 37.8E 0.949 22 86 470 03m32.3s
01:32 53 35.2S 083 27.4E 54 08.7S 076 03.1E 53 54.2S 079 59.2E 0.949 23 86 467 03m32.5s
01:33 54 01.9S 083 47.5E 54 37.2S 076 24.9E 54 21.7S 080 19.9E 0.949 23 85 463 03m32.7s
01:34 54 28.4S 084 07.3E 55 05.6S 076 45.9E 54 49.2S 080 40.1E 0.949 23 84 461 03m32.8s
01:35 54 55.0S 084 26.6E 55 33.9S 077 06.1E 55 16.5S 080 59.7E 0.949 23 84 458 03m33.0s
01:36 55 21.4S 084 45.6E 56 02.1S 077 25.5E 55 43.7S 081 18.7E 0.949 24 83 455 03m33.2s
01:37 55 47.8S 085 04.2E 56 30.2S 077 44.2E 56 10.9S 081 37.3E 0.949 24 82 452 03m33.3s
01:38 56 14.2S 085 22.4E 56 58.2S 078 02.3E 56 38.1S 081 55.3E 0.949 24 82 449 03m33.5s
01:39 56 40.5S 085 40.4E 57 26.2S 078 19.7E 57 05.1S 082 12.9E 0.949 24 81 447 03m33.6s
01:40 57 06.9S 085 58.0E 57 54.0S 078 36.5E 57 32.2S 082 30.1E 0.949 25 80 444 03m33.8s
01:41 57 33.1S 086 15.4E 58 21.9S 078 52.7E 57 59.2S 082 46.9E 0.949 25 79 442 03m33.9s
01:42 57 59.4S 086 32.6E 58 49.7S 079 08.3E 58 26.2S 083 03.4E 0.949 25 79 439 03m34.1s
01:43 58 25.7S 086 49.5E 59 17.5S 079 23.4E 58 53.2S 083 19.4E 0.949 25 78 437 03m34.2s
01:44 58 52.0S 087 06.2E 59 45.2S 079 37.9E 59 20.2S 083 35.1E 0.949 25 77 435 03m34.3s
01:45 59 18.3S 087 22.7E 60 13.0S 079 52.0E 59 47.2S 083 50.5E 0.949 26 77 432 03m34.4s
01:46 59 44.6S 087 39.0E 60 40.8S 080 05.6E 60 14.3S 084 05.5E 0.949 26 76 430 03m34.6s
01:47 60 10.9S 087 55.2E 61 08.6S 080 18.6E 60 41.3S 084 20.3E 0.949 26 75 428 03m34.7s
01:48 60 37.3S 088 11.2E 61 36.4S 080 31.2E 61 08.4S 084 34.7E 0.949 26 75 426 03m34.8s
01:49 61 03.7S 088 27.1E 62 04.3S 080 43.3E 61 35.5S 084 48.9E 0.949 26 74 424 03m34.9s
01:50 61 30.1S 088 42.8E 62 32.2S 080 55.0E 62 02.7S 085 02.8E 0.949 26 73 423 03m35.0s
01:51 61 56.6S 088 58.4E 63 00.2S 081 06.2E 62 29.9S 085 16.5E 0.949 26 73 421 03m35.1s
01:52 62 23.2S 089 14.0E 63 28.2S 081 16.9E 62 57.2S 085 29.9E 0.949 26 72 419 03m35.1s
01:53 62 49.8S 089 29.4E 63 56.3S 081 27.2E 63 24.5S 085 43.0E 0.949 26 71 418 03m35.2s
01:54 63 16.5S 089 44.8E 64 24.5S 081 36.9E 63 52.0S 085 55.9E 0.949 26 71 416 03m35.3s
01:55 63 43.2S 090 00.1E 64 52.8S 081 46.3E 64 19.5S 086 08.6E 0.949 26 70 415 03m35.4s
01:56 64 10.1S 090 15.4E 65 21.1S 081 55.1E 64 47.1S 086 21.1E 0.949 26 69 413 03m35.4s
01:57 64 37.0S 090 30.6E 65 49.6S 082 03.4E 65 14.8S 086 33.3E 0.949 26 69 412 03m35.5s
01:58 65 04.0S 090 45.9E 66 18.2S 082 11.3E 65 42.6S 086 45.3E 0.949 26 68 411 03m35.6s
01:59 65 31.1S 091 01.1E 66 46.9S 082 18.6E 66 10.5S 086 57.1E 0.949 26 67 410 03m35.6s
02:00 65 58.4S 091 16.3E 67 15.7S 082 25.3E 66 38.6S 087 08.7E 0.949 26 67 409 03m35.6s
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
02:01 66 25.7S 091 31.6E 67 44.7S 082 31.5E 67 06.8S 087 20.0E 0.949 26 66 408 03m35.7s
02:02 66 53.2S 091 46.9E 68 13.8S 082 37.1E 67 35.1S 087 31.1E 0.949 26 66 407 03m35.7s
02:03 67 20.8S 092 02.2E 68 43.1S 082 42.1E 68 03.5S 087 42.0E 0.949 26 65 406 03m35.7s
02:04 67 48.5S 092 17.7E 69 12.6S 082 46.3E 68 32.2S 087 52.7E 0.949 26 64 405 03m35.8s
02:05 68 16.4S 092 33.2E 69 42.2S 082 49.9E 69 01.0S 088 03.1E 0.949 26 64 405 03m35.8s
02:06 68 44.5S 092 48.8E 70 12.0S 082 52.7E 69 29.9S 088 13.3E 0.949 26 63 404 03m35.8s
02:07 69 12.7S 093 04.5E 70 42.1S 082 54.6E 69 59.1S 088 23.2E 0.949 26 62 404 03m35.8s
02:08 69 41.1S 093 20.3E 71 12.3S 082 55.7E 70 28.5S 088 32.9E 0.949 26 62 403 03m35.8s
02:09 70 09.6S 093 36.3E 71 42.8S 082 55.7E 70 58.0S 088 42.2E 0.949 26 61 403 03m35.8s
02:10 70 38.4S 093 52.5E 72 13.5S 082 54.7E 71 27.8S 088 51.2E 0.949 26 60 403 03m35.8s
02:11 71 07.3S 094 08.9E 72 44.4S 082 52.5E 71 57.8S 088 59.9E 0.949 25 60 402 03m35.7s
02:12 71 36.5S 094 25.5E 73 15.6S 082 48.9E 72 28.1S 089 08.3E 0.949 25 59 402 03m35.7s
02:13 72 05.9S 094 42.4E 73 47.1S 082 43.9E 72 58.6S 089 16.2E 0.949 25 59 402 03m35.7s
02:14 72 35.5S 094 59.5E 74 18.9S 082 37.1E 73 29.4S 089 23.6E 0.949 25 58 402 03m35.6s
02:15 73 05.4S 095 16.9E 74 51.0S 082 28.5E 74 00.5S 089 30.6E 0.949 25 57 403 03m35.6s
02:16 73 35.5S 095 34.7E 75 23.3S 082 17.7E 74 31.9S 089 37.0E 0.949 25 57 403 03m35.5s
02:17 74 05.9S 095 52.8E 75 56.1S 082 04.5E 75 03.7S 089 42.7E 0.949 24 56 403 03m35.5s
02:18 74 36.6S 096 11.4E 76 29.1S 081 48.4E 75 35.7S 089 47.6E 0.949 24 56 404 03m35.4s
02:19 75 07.6S 096 30.4E 77 02.5S 081 29.0E 76 08.1S 089 51.7E 0.949 24 55 404 03m35.3s
02:20 75 39.0S 096 49.9E 77 36.3S 081 05.7E 76 40.9S 089 54.8E 0.949 24 55 405 03m35.3s
02:21 76 10.6S 097 10.0E 78 10.5S 080 37.9E 77 14.1S 089 56.8E 0.949 23 54 406 03m35.2s
02:22 76 42.7S 097 30.8E 78 45.1S 080 04.6E 77 47.7S 089 57.3E 0.948 23 54 407 03m35.1s
02:23 77 15.1S 097 52.2E 79 20.0S 079 24.8E 78 21.8S 089 56.1E 0.948 23 53 407 03m35.0s
02:24 77 47.9S 098 14.5E 79 55.4S 078 37.0E 78 56.4S 089 53.0E 0.948 22 53 409 03m34.8s
02:25 78 21.2S 098 37.8E 80 31.1S 077 39.4E 79 31.4S 089 47.4E 0.948 22 53 410 03m34.7s
02:26 78 54.9S 099 02.1E 81 07.2S 076 29.7E 80 07.0S 089 38.7E 0.948 22 52 411 03m34.6s
02:27 79 29.0S 099 27.6E 81 43.6S 075 04.6E 80 43.2S 089 26.3E 0.948 21 52 413 03m34.4s
02:28 80 03.7S 099 54.6E 82 20.3S 073 19.9E 81 19.9S 089 09.0E 0.948 21 52 414 03m34.3s
02:29 80 39.0S 100 23.3E 82 57.1S 071 09.5E 81 57.3S 088 45.6E 0.948 21 52 416 03m34.1s
02:30 81 14.8S 100 54.0E 83 33.7S 068 25.1E 82 35.4S 088 14.1E 0.948 20 52 418 03m34.0s
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
02:31 81 51.3S 101 27.2E 84 09.9S 064 55.0E 83 14.2S 087 31.6E 0.948 20 52 420 03m33.8s
02:32 82 28.5S 102 03.5E 84 45.1S 060 22.6E 83 53.7S 086 33.9E 0.947 19 53 422 03m33.6s
02:33 83 06.3S 102 43.7E 85 18.3S 054 25.0E 84 33.9S 085 14.6E 0.947 19 54 424 03m33.4s
02:34 83 45.0S 103 29.0E 85 47.8S 046 39.2E 85 14.8S 083 22.9E 0.947 18 55 427 03m33.1s
02:35 84 24.5S 104 21.3E 86 11.4S 036 19.0E 85 56.3S 080 40.3E 0.947 18 57 430 03m32.9s
02:36 85 04.9S 105 23.5E 86 25.6S 023 33.5E 86 37.9S 076 32.3E 0.947 17 61 433 03m32.7s
02:37 85 46.3S 106 40.5E 86 26.5S 009 06.8E 87 18.9S 069 48.8E 0.947 17 68 436 03m32.4s
02:38 86 28.8S 108 21.6E 86 11.8S 005 12.7W 87 56.9S 057 58.3E 0.947 16 79 440 03m32.1s
02:39 87 12.3S 110 46.3E 85 41.3S 017 40.2W 88 25.5S 036 11.5E 0.946 15 100 444 03m31.8s
02:40 87 57.0S 114 43.8E 84 56.4S 027 32.4W 88 31.0S 003 23.6E 0.946 15 133 448 03m31.5s
02:41 88 42.1S 123 01.5E 83 57.8S 034 59.1W 88 06.4S 024 44.9W 0.946 14 161 453 03m31.1s
02:42 89 23.4S 151 51.1E 82 44.8S 040 28.6W 87 22.0S 040 44.7W 0.946 13 176 458 03m30.7s
02:43 89 21.4S 122 42.7W 81 12.6S 044 27.6W 86 26.6S 049 23.3W 0.945 12 184 464 03m30.3s
02:44 88 35.1S 095 11.9W 79 05.2S 047 13.3W 85 23.0S 054 19.6W 0.945 11 189 470 03m29.8s
02:45 87 40.7S 087 00.4W - - 84 11.0S 057 15.3W 0.945 10 192 477 03m29.3s
02:46 86 41.9S 082 53.5W - - 82 48.6S 058 57.1W 0.945 9 193 486 03m28.7s
02:47 85 38.5S 080 10.9W - - 81 10.4S 059 46.0W 0.944 7 193 496 03m28.0s
02:48 84 29.6S 078 04.5W - - 79 02.1S 059 45.5W 0.944 5 193 509 03m27.0s
Limits 73 38.2S 065 37.1W 74 24.4S 048 12.5W 74 08.7S 057 25.9W 0.942 0 - 540 03m24.8s
Predictions for the Annular Solar Eclipse of 2097 Nov 04 were generated using the VSOP87/ELP2000-82 solar and lunar ephemerides and a value of ΔT = 197.4 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
