The following table delineates the path of the Moon's umbral shadow during the Total Solar Eclipse of 2033 Mar 30 . 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 64 52.0N 175 18.1E 58 04.2N 179 28.4W 60 56.9N 178 26.4E 1.043 0 - 745 02m13.6s
17:41 - - 60 55.9N 163 25.3W 61 03.9N 179 52.1E 1.043 1 83 754 02m14.9s
17:42 - - 61 22.4N 162 05.7W 61 50.4N 174 33.0W 1.044 4 88 794 02m20.6s
17:43 - - 61 48.6N 160 53.1W 62 24.2N 171 54.8W 1.044 5 91 811 02m23.4s
17:44 - - 62 14.7N 159 46.2W 62 55.4N 169 56.4W 1.044 6 93 821 02m25.5s
17:45 - - 62 40.6N 158 43.9W 63 25.3N 168 19.0W 1.045 7 94 828 02m27.2s
17:46 - - 63 06.5N 157 45.4W 63 54.5N 166 55.2W 1.045 7 96 832 02m28.7s
17:47 - - 63 32.3N 156 50.2W 64 23.2N 165 41.0W 1.045 8 97 833 02m29.9s
17:48 - - 63 58.3N 155 57.8W 64 51.7N 164 34.3W 1.045 9 99 834 02m31.0s
17:49 65 42.7N 179 08.6W 64 24.2N 155 07.9W 65 20.0N 163 33.5W 1.045 9 100 833 02m32.0s
17:50 66 19.4N 176 49.2W 64 50.3N 154 20.1W 65 48.3N 162 37.7W 1.046 9 101 831 02m32.9s
17:51 66 53.4N 175 10.3W 65 16.6N 153 34.4W 66 16.6N 161 46.1W 1.046 10 102 828 02m33.6s
17:52 67 26.2N 173 51.4W 65 43.0N 152 50.4W 66 45.0N 160 58.2W 1.046 10 103 825 02m34.3s
17:53 67 58.4N 172 46.7W 66 09.5N 152 08.0W 67 13.5N 160 13.7W 1.046 10 104 821 02m34.9s
17:54 68 30.2N 171 52.6W 66 36.3N 151 27.1W 67 42.2N 159 32.1W 1.046 11 105 816 02m35.4s
17:55 69 02.0N 171 07.2W 67 03.3N 150 47.7W 68 11.1N 158 53.4W 1.046 11 106 812 02m35.8s
17:56 69 33.7N 170 29.2W 67 30.6N 150 09.5W 68 40.2N 158 17.3W 1.046 11 107 807 02m36.2s
17:57 70 05.4N 169 57.9W 67 58.1N 149 32.5W 69 09.6N 157 43.7W 1.046 11 108 802 02m36.5s
17:58 70 37.4N 169 33.2W 68 25.9N 148 56.7W 69 39.3N 157 12.7W 1.046 11 109 797 02m36.7s
17:59 71 09.5N 169 14.7W 68 54.1N 148 22.0W 70 09.4N 156 44.1W 1.046 11 109 792 02m36.8s
18:00 71 42.0N 169 02.6W 69 22.6N 147 48.4W 70 39.8N 156 18.1W 1.046 11 110 787 02m36.9s
18:01 72 14.7N 168 57.2W 69 51.5N 147 15.9W 71 10.6N 155 54.7W 1.046 11 111 782 02m37.0s
18:02 72 47.8N 168 59.1W 70 20.8N 146 44.5W 71 42.0N 155 34.0W 1.046 11 112 778 02m36.9s
18:03 73 21.3N 169 08.8W 70 50.6N 146 14.2W 72 13.8N 155 16.2W 1.046 11 112 773 02m36.8s
18:04 73 55.2N 169 27.6W 71 20.8N 145 45.1W 72 46.1N 155 01.6W 1.046 11 113 768 02m36.7s
18:05 74 29.5N 169 56.7W 71 51.5N 145 17.1W 73 19.0N 154 50.6W 1.046 11 113 764 02m36.5s
18:06 75 04.2N 170 38.1W 72 22.8N 144 50.4W 73 52.6N 154 43.5W 1.046 11 114 760 02m36.2s
18:07 75 39.3N 171 34.3W 72 54.7N 144 25.1W 74 26.8N 154 40.9W 1.046 11 114 756 02m35.8s
18:08 76 14.7N 172 49.0W 73 27.2N 144 01.3W 75 01.8N 154 43.6W 1.046 11 114 753 02m35.4s
18:09 76 50.3N 174 27.1W 74 00.5N 143 39.2W 75 37.6N 154 52.6W 1.046 10 115 749 02m34.9s
18:10 77 25.8N 176 36.0W 74 34.5N 143 19.2W 76 14.3N 155 09.0W 1.046 10 115 746 02m34.3s
18:11 78 00.5N 179 28.0W 75 09.3N 143 01.4W 76 51.9N 155 34.6W 1.046 10 115 744 02m33.6s
18:12 78 33.4N 176 38.0E 75 45.1N 142 46.4W 77 30.5N 156 11.8W 1.046 9 114 741 02m32.9s
18:13 79 01.4N 170 57.0E 76 21.9N 142 34.7W 78 10.2N 157 03.6W 1.045 9 114 739 02m32.0s
18:14 79 09.0N 160 15.7E 76 59.7N 142 27.1W 78 51.1N 158 14.6W 1.045 9 113 738 02m31.1s
18:15 - - 77 38.9N 142 24.7W 79 33.1N 159 51.6W 1.045 8 112 737 02m30.0s
18:16 - - 78 19.4N 142 28.9W 80 16.3N 162 04.4W 1.045 7 110 736 02m28.7s
18:17 - - 79 01.4N 142 41.9W 81 00.2N 165 09.2W 1.045 7 107 737 02m27.3s
18:18 - - 79 45.2N 143 06.7W 81 44.4N 169 32.9W 1.044 6 103 738 02m25.6s
18:19 - - 80 31.0N 143 48.1W 82 27.0N 176 04.0W 1.044 5 97 740 02m23.5s
18:20 - - 81 19.1N 144 53.6W 83 02.6N 173 37.8E 1.044 4 87 744 02m20.9s
18:21 - - 82 09.8N 146 35.7W 83 05.0N 153 59.4E 1.043 2 68 752 02m16.3s
Limits 78 56.6N 156 01.8E 84 39.6N 124 24.1E 82 28.3N 142 56.0E 1.043 0 - 758 02m13.4s
Predictions for the Total Solar Eclipse of 2033 Mar 30 were generated using the VSOP87/ELP2000-82 solar and lunar ephemerides and a value of ΔT = 79.7 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
