The following table delineates the path of the Moon's antumbral shadow during the Annular Solar Eclipse of 2061 Oct 13 . 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 43 30.2S 069 39.2W 50 56.6S 075 41.3W 46 45.2S 072 11.6W 0.943 0 - 865 03m32.8s
10:01 48 01.2S 056 56.5W - - 47 36.6S 067 59.1W 0.944 3 99 891 03m34.2s
10:02 48 30.3S 056 13.0W - - 48 19.5S 065 42.0W 0.944 5 97 904 03m35.1s
10:03 48 59.0S 055 33.4W - - 48 56.1S 064 09.1W 0.945 6 95 910 03m35.7s
10:04 49 27.2S 054 56.9W - - 49 30.0S 062 56.5W 0.945 7 94 912 03m36.2s
10:05 49 55.2S 054 23.3W - - 50 02.3S 061 56.0W 0.945 8 93 911 03m36.7s
10:06 50 23.0S 053 52.0W - - 50 33.5S 061 04.1W 0.945 9 92 909 03m37.1s
10:07 50 50.5S 053 23.0W - - 51 03.9S 060 18.5W 0.946 9 91 905 03m37.4s
10:08 51 17.9S 052 55.8W - - 51 33.7S 059 38.0W 0.946 10 90 900 03m37.7s
10:09 51 45.2S 052 30.4W 51 25.4S 072 56.3W 52 03.1S 059 01.6W 0.946 10 90 894 03m38.0s
10:10 52 12.4S 052 06.6W 52 13.3S 070 10.9W 52 32.2S 058 28.8W 0.946 11 89 887 03m38.3s
10:11 52 39.6S 051 44.3W 52 51.4S 068 38.2W 53 01.0S 057 58.9W 0.946 11 88 880 03m38.6s
10:12 53 06.7S 051 23.3W 53 26.3S 067 30.2W 53 29.6S 057 31.7W 0.946 12 88 872 03m38.8s
10:13 53 33.7S 051 03.6W 53 59.5S 066 36.4W 53 58.1S 057 07.0W 0.946 12 87 864 03m39.0s
10:14 54 00.8S 050 45.1W 54 31.6S 065 51.6W 54 26.4S 056 44.3W 0.946 12 86 856 03m39.2s
10:15 54 27.8S 050 27.8W 55 02.9S 065 14.0W 54 54.6S 056 23.7W 0.946 13 86 848 03m39.4s
10:16 54 54.9S 050 11.6W 55 33.8S 064 42.1W 55 22.8S 056 04.9W 0.947 13 85 839 03m39.6s
10:17 55 22.0S 049 56.4W 56 04.2S 064 14.8W 55 51.0S 055 47.8W 0.947 13 85 831 03m39.8s
10:18 55 49.1S 049 42.2W 56 34.3S 063 51.5W 56 19.1S 055 32.4W 0.947 14 84 823 03m39.9s
10:19 56 16.4S 049 29.0W 57 04.2S 063 31.8W 56 47.3S 055 18.5W 0.947 14 84 815 03m40.1s
10:20 56 43.6S 049 16.7W 57 34.0S 063 15.2W 57 15.5S 055 06.2W 0.947 14 83 807 03m40.2s
10:21 57 11.0S 049 05.4W 58 03.6S 063 01.6W 57 43.7S 054 55.3W 0.947 14 83 800 03m40.3s
10:22 57 38.4S 048 55.1W 58 33.2S 062 50.7W 58 12.0S 054 45.8W 0.947 14 82 792 03m40.4s
10:23 58 06.0S 048 45.6W 59 02.7S 062 42.5W 58 40.4S 054 37.8W 0.947 14 82 785 03m40.5s
10:24 58 33.6S 048 37.1W 59 32.3S 062 36.9W 59 08.9S 054 31.2W 0.947 15 81 779 03m40.6s
10:25 59 01.4S 048 29.4W 60 01.8S 062 33.9W 59 37.4S 054 26.1W 0.947 15 81 772 03m40.7s
10:26 59 29.3S 048 22.7W 60 31.3S 062 33.3W 60 06.1S 054 22.3W 0.947 15 80 766 03m40.8s
10:27 59 57.4S 048 17.0W 61 00.9S 062 35.3W 60 34.9S 054 20.0W 0.947 15 80 760 03m40.8s
10:28 60 25.6S 048 12.2W 61 30.5S 062 39.9W 61 03.8S 054 19.3W 0.947 15 80 754 03m40.9s
10:29 60 54.0S 048 08.4W 62 00.2S 062 47.1W 61 32.9S 054 20.0W 0.947 15 79 749 03m40.9s
10:30 61 22.5S 048 05.6W 62 30.0S 062 57.1W 62 02.1S 054 22.4W 0.947 15 79 744 03m41.0s
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
10:31 61 51.2S 048 03.8W 62 59.9S 063 10.0W 62 31.5S 054 26.4W 0.947 15 79 739 03m41.0s
10:32 62 20.2S 048 03.2W 63 29.8S 063 26.0W 63 01.1S 054 32.1W 0.947 15 78 735 03m41.0s
10:33 62 49.3S 048 03.6W 63 59.9S 063 45.1W 63 30.9S 054 39.7W 0.947 15 78 731 03m41.0s
10:34 63 18.6S 048 05.3W 64 30.0S 064 07.8W 64 00.9S 054 49.2W 0.947 15 78 727 03m41.0s
10:35 63 48.2S 048 08.2W 65 00.2S 064 34.2W 64 31.0S 055 00.9W 0.947 15 78 724 03m41.0s
10:36 64 18.0S 048 12.5W 65 30.5S 065 04.8W 65 01.4S 055 14.7W 0.947 15 78 721 03m41.0s
10:37 64 48.0S 048 18.2W 66 00.9S 065 39.8W 65 32.0S 055 31.0W 0.947 14 78 718 03m41.0s
10:38 65 18.3S 048 25.5W 66 31.3S 066 19.8W 66 02.8S 055 49.9W 0.947 14 77 716 03m40.9s
10:39 65 48.9S 048 34.4W 67 01.7S 067 05.4W 66 33.9S 056 11.7W 0.947 14 77 714 03m40.9s
10:40 66 19.7S 048 45.1W 67 32.1S 067 57.3W 67 05.2S 056 36.5W 0.947 14 78 712 03m40.8s
10:41 66 50.9S 048 57.8W 68 02.4S 068 56.4W 67 36.7S 057 04.9W 0.947 14 78 711 03m40.7s
10:42 67 22.3S 049 12.6W 68 32.5S 070 03.6W 68 08.5S 057 37.1W 0.946 14 78 711 03m40.7s
10:43 67 54.1S 049 29.7W 69 02.3S 071 20.3W 68 40.5S 058 13.6W 0.946 13 78 710 03m40.6s
10:44 68 26.2S 049 49.5W 69 31.7S 072 48.2W 69 12.7S 058 54.8W 0.946 13 78 711 03m40.5s
10:45 68 58.7S 050 12.1W 70 00.4S 074 30.1W 69 45.2S 059 41.5W 0.946 13 79 711 03m40.3s
10:46 69 31.5S 050 38.0W 70 28.1S 076 27.0W 70 17.8S 060 34.4W 0.946 12 79 713 03m40.2s
10:47 70 04.6S 051 07.5W 70 54.2S 078 45.4W 70 50.6S 061 34.3W 0.946 12 80 715 03m40.0s
10:48 70 38.2S 051 41.1W 71 18.0S 081 31.1W 71 23.5S 062 42.4W 0.946 12 80 717 03m39.9s
10:49 71 12.1S 052 19.3W 71 37.6S 084 56.3W 71 56.4S 064 00.0W 0.946 11 81 720 03m39.7s
10:50 71 46.4S 053 02.9W 71 48.9S 089 29.5W 72 29.3S 065 28.6W 0.946 11 82 724 03m39.5s
10:51 72 21.0S 053 52.6W - - 73 01.9S 067 10.4W 0.946 10 84 729 03m39.2s
10:52 72 56.0S 054 49.4W - - 73 34.2S 069 07.9W 0.945 10 85 735 03m39.0s
10:53 73 31.4S 055 54.6W - - 74 05.7S 071 24.5W 0.945 9 87 742 03m38.7s
10:54 74 07.0S 057 09.5W - - 74 36.1S 074 04.4W 0.945 9 89 750 03m38.3s
10:55 74 42.9S 058 36.1W - - 75 04.6S 077 18.1W 0.945 8 92 760 03m38.0s
10:56 75 19.0S 060 16.7W - - 75 30.2S 081 01.3W 0.945 7 95 773 03m37.5s
10:57 75 55.0S 062 14.2W - - 75 50.7S 085 40.4W 0.944 6 100 788 03m37.0s
10:58 76 30.7S 064 32.5W - - 76 02.1S 091 37.2W 0.944 5 105 809 03m36.4s
10:59 77 05.9S 067 16.3W - - 75 50.3S 100 12.4W 0.944 3 113 843 03m35.4s
Limits 77 30.6S 119 41.0W 71 03.3S 100 33.9W 74 49.5S 109 47.6W 0.943 0 - 887 03m34.1s
Predictions for the Annular Solar Eclipse of 2061 Oct 13 were generated using the VSOP87/ELP2000-82 solar and lunar ephemerides and a value of ΔT = 117.3 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
