Path of the Total Solar Eclipse of 2035 Sep 02

Fred Espenak

The following table delineates the path of the Moon's umbral shadow during the Total Solar Eclipse of 2035 Sep 02. 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 an Google Map .


Total Solar Eclipse of 2035 Sep 02

  
                                                                      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  38 19.6N 079 26.8E  37 47.2N 079 40.8E  38 03.4N 079 33.9E  1.016   0   -   62  00m55.3s
 00:18   39 44.5N 090 48.7E  39 15.4N 092 42.5E  39 30.4N 091 47.8E  1.019  10  88   73  01m10.6s
 00:20   40 14.8N 096 38.1E  39 38.0N 097 58.8E  39 56.7N 097 19.5E  1.021  15  92   78  01m18.4s

 00:22   40 30.3N 100 51.3E  39 49.4N 101 56.8E  40 10.0N 101 24.9E  1.022  18  95   81  01m24.5s
 00:24   40 38.7N 104 18.7E  39 54.8N 105 14.4E  40 16.9N 104 47.2E  1.023  21  97   84  01m29.9s
 00:26   40 42.5N 107 17.7E  39 56.4N 108 06.1E  40 19.6N 107 42.5E  1.023  24 100   86  01m34.6s
 00:28   40 43.2N 109 56.9E  39 55.2N 110 39.4E  40 19.2N 110 18.7E  1.024  26 102   88  01m39.1s
 00:30   40 41.4N 112 21.1E  39 51.8N 112 58.7E  40 16.6N 112 40.4E  1.025  28 104   90  01m43.2s
 00:32   40 37.6N 114 33.6E  39 46.7N 115 06.8E  40 12.2N 114 50.6E  1.025  30 106   92  01m47.1s
 00:34   40 32.3N 116 36.5E  39 40.2N 117 05.7E  40 06.3N 116 51.5E  1.026  32 108   93  01m50.8s
 00:36   40 25.6N 118 31.4E  39 32.5N 118 57.0E  39 59.1N 118 44.6E  1.026  34 110   94  01m54.3s
 00:38   40 17.7N 120 19.4E  39 23.8N 120 41.7E  39 50.8N 120 30.9E  1.026  35 112   96  01m57.6s
 00:40   40 08.9N 122 01.5E  39 14.1N 122 20.8E  39 41.5N 122 11.5E  1.027  37 113   97  02m00.8s

 00:42   39 59.1N 123 38.4E  39 03.7N 123 54.8E  39 31.4N 123 46.9E  1.027  38 115   98  02m03.9s
 00:44   39 48.5N 125 10.7E  38 52.5N 125 24.3E  39 20.5N 125 17.8E  1.028  40 117   99  02m06.9s
 00:46   39 37.3N 126 38.8E  38 40.7N 126 49.8E  39 09.0N 126 44.6E  1.028  41 119  100  02m09.8s
 00:48   39 25.4N 128 03.1E  38 28.3N 128 11.8E  38 56.8N 128 07.7E  1.028  43 120  101  02m12.5s
 00:50   39 12.9N 129 24.1E  38 15.4N 129 30.5E  38 44.1N 129 27.5E  1.028  44 122  102  02m15.2s
 00:52   38 59.8N 130 42.0E  38 02.0N 130 46.1E  38 30.9N 130 44.3E  1.029  45 124  103  02m17.7s
 00:54   38 46.3N 131 57.1E  37 48.2N 131 59.1E  38 17.2N 131 58.3E  1.029  47 125  104  02m20.2s
 00:56   38 32.3N 133 09.5E  37 33.9N 133 09.5E  38 03.1N 133 09.7E  1.029  48 127  105  02m22.5s
 00:58   38 17.8N 134 19.6E  37 19.3N 134 17.6E  37 48.5N 134 18.8E  1.029  49 129  105  02m24.8s
 01:00   38 03.0N 135 27.3E  37 04.3N 135 23.5E  37 33.6N 135 25.6E  1.030  50 130  106  02m27.0s

 01:02   37 47.8N 136 33.1E  36 49.0N 136 27.5E  37 18.4N 136 30.4E  1.030  51 132  107  02m29.1s
 01:04   37 32.3N 137 36.8E  36 33.3N 137 29.5E  37 02.8N 137 33.3E  1.030  52 134  107  02m31.1s
 01:06   37 16.4N 138 38.8E  36 17.4N 138 29.8E  36 46.9N 138 34.4E  1.030  53 136  108  02m33.0s
 01:08   37 00.2N 139 39.0E  36 01.1N 139 28.5E  36 30.7N 139 33.9E  1.030  54 137  108  02m34.8s
 01:10   36 43.8N 140 37.7E  35 44.6N 140 25.7E  36 14.2N 140 31.8E  1.031  55 139  109  02m36.6s
 01:12   36 27.0N 141 34.9E  35 27.9N 141 21.4E  35 57.4N 141 28.2E  1.031  56 141  110  02m38.3s
 01:14   36 10.0N 142 30.7E  35 10.9N 142 15.7E  35 40.4N 142 23.3E  1.031  57 143  110  02m39.8s
 01:16   35 52.7N 143 25.2E  34 53.7N 143 08.9E  35 23.2N 143 17.1E  1.031  58 145  111  02m41.3s
 01:18   35 35.2N 144 18.4E  34 36.3N 144 00.8E  35 05.7N 144 09.6E  1.031  59 147  111  02m42.8s
 01:20   35 17.5N 145 10.4E  34 18.6N 144 51.6E  34 48.1N 145 01.1E  1.031  60 149  111  02m44.1s

 01:22   34 59.6N 146 01.4E  34 00.8N 145 41.3E  34 30.2N 145 51.4E  1.031  61 152  112  02m45.3s
 01:24   34 41.4N 146 51.3E  33 42.8N 146 30.1E  34 12.1N 146 40.8E  1.031  61 154  112  02m46.5s
 01:26   34 23.0N 147 40.3E  33 24.5N 147 17.9E  33 53.8N 147 29.1E  1.032  62 156  113  02m47.6s
 01:28   34 04.5N 148 28.3E  33 06.2N 148 04.9E  33 35.3N 148 16.6E  1.032  63 159  113  02m48.6s
 01:30   33 45.8N 149 15.5E  32 47.6N 148 51.0E  33 16.6N 149 03.3E  1.032  64 161  113  02m49.5s
 01:32   33 26.8N 150 01.9E  32 28.8N 149 36.4E  32 57.8N 149 49.1E  1.032  64 164  114  02m50.4s
 01:34   33 07.7N 150 47.5E  32 09.9N 150 21.0E  32 38.8N 150 34.3E  1.032  65 166  114  02m51.1s
 01:36   32 48.5N 151 32.4E  31 50.9N 151 05.0E  32 19.7N 151 18.7E  1.032  65 169  114  02m51.8s
 01:38   32 29.0N 152 16.6E  31 31.7N 151 48.3E  32 00.3N 152 02.4E  1.032  66 172  115  02m52.4s
 01:40   32 09.4N 153 00.2E  31 12.3N 152 31.0E  31 40.8N 152 45.6E  1.032  66 175  115  02m52.9s

 01:42   31 49.7N 153 43.2E  30 52.8N 153 13.2E  31 21.2N 153 28.2E  1.032  67 177  115  02m53.4s
 01:44   31 29.7N 154 25.7E  30 33.1N 153 54.8E  31 01.4N 154 10.2E  1.032  67 181  115  02m53.7s
 01:46   31 09.7N 155 07.6E  30 13.3N 154 36.0E  30 41.5N 154 51.8E  1.032  67 184  116  02m54.0s
 01:48   30 49.4N 155 49.1E  29 53.3N 155 16.8E  30 21.4N 155 32.9E  1.032  68 187  116  02m54.2s
 01:50   30 29.1N 156 30.1E  29 33.2N 155 57.1E  30 01.2N 156 13.6E  1.032  68 190  116  02m54.3s
 01:52   30 08.6N 157 10.8E  29 13.0N 156 37.1E  29 40.8N 156 53.9E  1.032  68 193  116  02m54.4s
 01:54   29 47.9N 157 51.1E  28 52.6N 157 16.7E  29 20.3N 157 33.8E  1.032  68 196  116  02m54.3s
 01:56   29 27.1N 158 31.0E  28 32.1N 157 56.0E  28 59.6N 158 13.5E  1.032  68 199  116  02m54.2s
 01:58   29 06.1N 159 10.7E  28 11.5N 158 35.1E  28 38.8N 158 52.9E  1.032  68 203  116  02m54.0s
 02:00   28 45.0N 159 50.1E  27 50.7N 159 13.9E  28 17.9N 159 32.0E  1.032  68 206  117  02m53.7s

 02:02   28 23.8N 160 29.3E  27 29.8N 159 52.6E  27 56.8N 160 10.9E  1.032  68 209  117  02m53.4s
 02:04   28 02.4N 161 08.4E  27 08.7N 160 31.0E  27 35.6N 160 49.6E  1.032  67 212  117  02m52.9s
 02:06   27 40.9N 161 47.2E  26 47.5N 161 09.4E  27 14.2N 161 28.2E  1.032  67 215  117  02m52.4s
 02:08   27 19.2N 162 26.0E  26 26.2N 161 47.6E  26 52.7N 162 06.7E  1.032  67 218  117  02m51.8s
 02:10   26 57.4N 163 04.6E  26 04.7N 162 25.8E  26 31.1N 162 45.1E  1.032  66 221  117  02m51.2s
 02:12   26 35.5N 163 43.2E  25 43.1N 163 04.0E  26 09.3N 163 23.5E  1.032  66 224  117  02m50.4s
 02:14   26 13.4N 164 21.8E  25 21.4N 163 42.1E  25 47.4N 164 01.9E  1.032  66 226  117  02m49.6s
 02:16   25 51.1N 165 00.5E  24 59.5N 164 20.3E  25 25.3N 164 40.3E  1.032  65 229  117  02m48.7s
 02:18   25 28.7N 165 39.1E  24 37.4N 164 58.6E  25 03.1N 165 18.8E  1.031  65 231  116  02m47.8s
 02:20   25 06.2N 166 17.9E  24 15.3N 165 37.0E  24 40.8N 165 57.4E  1.031  64 234  116  02m46.7s

 02:22   24 43.5N 166 56.8E  23 52.9N 166 15.5E  24 18.2N 166 36.1E  1.031  63 236  116  02m45.6s
 02:24   24 20.6N 167 35.9E  23 30.4N 166 54.3E  23 55.6N 167 15.0E  1.031  63 238  116  02m44.4s
 02:26   23 57.6N 168 15.2E  23 07.8N 167 33.2E  23 32.7N 167 54.1E  1.031  62 240  116  02m43.1s
 02:28   23 34.4N 168 54.8E  22 45.0N 168 12.5E  23 09.7N 168 33.5E  1.031  61 242  116  02m41.8s
 02:30   23 11.0N 169 34.7E  22 22.0N 168 52.1E  22 46.6N 169 13.3E  1.031  60 244  115  02m40.4s
 02:32   22 47.5N 170 14.9E  21 58.9N 169 32.0E  22 23.2N 169 53.4E  1.031  60 246  115  02m38.9s
 02:34   22 23.7N 170 55.6E  21 35.6N 170 12.4E  21 59.7N 170 33.9E  1.030  59 248  115  02m37.4s
 02:36   21 59.8N 171 36.7E  21 12.1N 170 53.2E  21 36.0N 171 14.8E  1.030  58 250  114  02m35.7s
 02:38   21 35.7N 172 18.4E  20 48.4N 171 34.6E  21 12.1N 171 56.3E  1.030  57 251  114  02m34.0s
 02:40   21 11.4N 173 00.6E  20 24.5N 172 16.5E  20 48.0N 172 38.4E  1.030  56 253  114  02m32.3s

 02:42   20 46.8N 173 43.4E  20 00.4N 172 59.1E  20 23.7N 173 21.2E  1.030  55 254  113  02m30.4s
 02:44   20 22.1N 174 27.0E  19 36.1N 173 42.4E  19 59.2N 174 04.6E  1.030  54 256  113  02m28.5s
 02:46   19 57.1N 175 11.4E  19 11.6N 174 26.6E  19 34.4N 174 48.9E  1.029  53 257  112  02m26.5s
 02:48   19 31.8N 175 56.7E  18 46.8N 175 11.6E  19 09.4N 175 34.0E  1.029  52 258  111  02m24.4s
 02:50   19 06.4N 176 42.9E  18 21.8N 175 57.6E  18 44.2N 176 20.1E  1.029  51 259  111  02m22.3s
 02:52   18 40.6N 177 30.2E  17 56.6N 176 44.7E  18 18.7N 177 07.3E  1.029  50 261  110  02m20.1s
 02:54   18 14.5N 178 18.7E  17 31.1N 177 32.9E  17 52.9N 177 55.7E  1.028  49 262  109  02m17.8s
 02:56   17 48.2N 179 08.5E  17 05.2N 178 22.5E  17 26.8N 178 45.4E  1.028  47 263  108  02m15.4s
 02:58   17 21.5N 179 59.8E  16 39.1N 179 13.5E  17 00.4N 179 36.5E  1.028  46 264  108  02m12.9s
 03:00   16 54.4N 179 07.3W  16 12.6N 179 53.9W  16 33.6N 179 30.8W  1.028  45 265  107  02m10.4s

 03:02   16 27.0N 178 12.6W  15 45.8N 178 59.5W  16 06.5N 178 36.2W  1.027  43 266  106  02m07.8s
 03:04   15 59.2N 177 15.9W  15 18.6N 178 03.2W  15 39.0N 177 39.7W  1.027  42 267  104  02m05.0s
 03:06   15 30.9N 176 17.0W  14 51.0N 177 04.6W  15 11.0N 176 40.9W  1.027  41 268  103  02m02.2s
 03:08   15 02.1N 175 15.5W  14 22.9N 176 03.5W  14 42.6N 175 39.7W  1.026  39 268  102  01m59.3s
 03:10   14 32.8N 174 11.2W  13 54.3N 174 59.6W  14 13.6N 174 35.5W  1.026  38 269  101  01m56.3s
 03:12   14 02.8N 173 03.5W  13 25.1N 173 52.4W  13 44.1N 173 28.1W  1.026  36 270   99  01m53.2s
 03:14   13 32.2N 171 52.1W  12 55.3N 172 41.5W  13 13.9N 172 17.0W  1.025  35 271   98  01m49.9s
 03:16   13 00.8N 170 36.3W  12 24.8N 171 26.4W  12 42.9N 171 01.5W  1.025  33 271   96  01m46.5s
 03:18   12 28.5N 169 15.2W  11 53.5N 170 06.1W  12 11.1N 169 40.8W  1.024  31 272   94  01m43.0s
 03:20   11 55.2N 167 47.9W  11 21.1N 168 39.8W  11 38.3N 168 14.0W  1.024  29 273   92  01m39.3s

 03:22   11 20.5N 166 12.8W  10 47.6N 167 06.0W  11 04.2N 166 39.6W  1.023  27 273   90  01m35.4s
 03:24   10 44.3N 164 28.0W  10 12.7N 165 23.0W  10 28.6N 164 55.7W  1.022  25 274   87  01m31.2s
 03:26   10 06.0N 162 30.4W  09 35.9N 163 27.8W  09 51.1N 162 59.4W  1.022  22 275   84  01m26.7s
 03:28   09 24.9N 160 15.0W  08 56.7N 161 15.9W  09 11.0N 160 45.8W  1.021  20 275   81  01m21.8s
 03:30   08 39.7N 157 32.5W  08 13.9N 158 39.2W  08 27.0N 158 06.3W  1.020  16 276   77  01m16.2s
 03:32   07 47.0N 154 01.1W  07 24.9N 155 19.8W  07 36.2N 154 41.2W  1.019  13 277   72  01m09.6s
 03:34   06 33.1N 148 06.4W  06 21.1N 150 14.5W  06 27.9N 149 14.5W  1.017   7 277   65  01m00.2s

 Limits  05 41.2N 142 52.2W  05 11.3N 143 02.5W  05 26.3N 142 57.4W  1.015   0   -   57  00m50.7s

ΔT = 80.6 seconds


Greatest Eclipse and Greatest Duration


   Instant of 
Greatest Eclipse:       Time =  01:55:25.4 UT       Lat = 29°05.6'N      Long = 158°02.1'E
      (GE)               Sun Altitude =  67.9°          Path Width = 116.3 km
                          Sun Azimuth = 198.5°    Central Duration =   02m54.2s


   Instant of 
Greatest Duration:      Time =    01:51:56 UT       Lat =   29°41'N      Long =   156°53'E
      (GD)               Sun Altitude =  67.8°          Path Width = 116.1 km
                          Sun Azimuth = 192.9°    Central Duration =   02m54.4s


Links for the Total Solar Eclipse of 2035 Sep 02


Eclipse Predictions

Predictions for the Total Solar Eclipse of 2035 Sep 02 were generated using the VSOP87/ELP2000-85 solar and lunar ephemerides and a value of ΔT = 80.6 seconds.

The eclipse predictions presented here DO NOT include the effects of mountains and valleys along the edge of the Moon. Such corrections for the lunar limb profile may shift the limits of the eclipse path north or south by ~1-3 kilometers, and change the eclipse duration by ~1-3 seconds. More detailed predictions including the effects of the lunar limb profile are normally posted 12-18 months before each eclipse,

Acknowledgments

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


More Solar Eclipse Links

2014 Feb 26