Path of the Hybrid Solar Eclipse of 2013 Nov 03

Fred Espenak

The following table delineates the path of the Moon's umbral shadow during the Hybrid Solar Eclipse of 2013 Nov 03 . 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 a Google Map .


Hybrid Solar Eclipse of 2013 Nov 03

  
                                                                      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  30 27.9N 071 15.2W  30 25.7N 071 15.8W  30 26.8N 071 15.5W  0.999   0   -    4  00m04.1s
 11:06   28 27.5N 064 36.1W  28 29.7N 064 38.2W  28 28.6N 064 37.1W  1.001   6 111    3  00m02.9s
 11:08   26 21.5N 058 29.6W  26 27.7N 058 31.8W  26 24.6N 058 30.7W  1.003  12 114    9  00m10.4s
 11:10   24 57.3N 054 47.2W  25 05.6N 054 48.4W  25 01.4N 054 47.7W  1.004  16 116   13  00m15.6s
 11:12   23 48.5N 051 56.7W  23 58.4N 051 57.0W  23 53.5N 051 56.8W  1.005  20 118   17  00m20.0s
 11:14   22 48.6N 049 35.5W  22 59.9N 049 34.9W  22 54.2N 049 35.1W  1.006  22 119   19  00m24.0s
 11:16   21 54.7N 047 33.5W  22 07.2N 047 32.1W  22 00.9N 047 32.7W  1.006  25 120   22  00m27.5s
 11:18   21 05.3N 045 45.3W  21 18.8N 045 43.2W  21 12.0N 045 44.2W  1.007  27 121   24  00m30.9s
 11:20   20 19.3N 044 07.7W  20 33.7N 044 05.0W  20 26.5N 044 06.3W  1.007  29 122   26  00m34.0s

 11:22   19 36.2N 042 38.5W  19 51.4N 042 35.1W  19 43.8N 042 36.8W  1.008  31 123   28  00m37.1s
 11:24   18 55.4N 041 16.1W  19 11.4N 041 12.1W  19 03.4N 041 14.1W  1.008  33 124   29  00m39.9s
 11:26   18 16.6N 039 59.4W  18 33.3N 039 54.9W  18 24.9N 039 57.1W  1.009  35 125   31  00m42.7s
 11:28   17 39.5N 038 47.5W  17 57.0N 038 42.5W  17 48.2N 038 44.9W  1.009  37 126   33  00m45.4s
 11:30   17 04.0N 037 39.7W  17 22.1N 037 34.2W  17 13.1N 037 36.9W  1.010  38 126   34  00m47.9s
 11:32   16 29.9N 036 35.6W  16 48.5N 036 29.6W  16 39.2N 036 32.5W  1.010  40 127   35  00m50.4s
 11:34   15 57.0N 035 34.5W  16 16.2N 035 28.1W  16 06.6N 035 31.2W  1.010  41 128   36  00m52.9s
 11:36   15 25.3N 034 36.2W  15 45.0N 034 29.4W  15 35.1N 034 32.8W  1.011  43 129   38  00m55.2s
 11:38   14 54.6N 033 40.4W  15 14.8N 033 33.2W  15 04.6N 033 36.8W  1.011  44 130   39  00m57.5s
 11:40   14 24.8N 032 46.9W  14 45.5N 032 39.3W  14 35.1N 032 43.0W  1.011  45 130   40  00m59.7s

 11:42   13 55.9N 031 55.3W  14 17.0N 031 47.4W  14 06.4N 031 51.3W  1.012  47 131   41  01m01.8s
 11:44   13 27.8N 031 05.5W  13 49.4N 030 57.3W  13 38.6N 031 01.3W  1.012  48 132   42  01m03.9s
 11:46   13 00.5N 030 17.3W  13 22.5N 030 08.8W  13 11.5N 030 13.0W  1.012  49 133   43  01m05.9s
 11:48   12 33.9N 029 30.6W  12 56.3N 029 21.8W  12 45.1N 029 26.2W  1.012  50 134   44  01m07.9s
 11:50   12 08.0N 028 45.3W  12 30.8N 028 36.2W  12 19.4N 028 40.7W  1.013  52 135   45  01m09.8s
 11:52   11 42.8N 028 01.1W  12 05.9N 027 51.9W  11 54.3N 027 56.5W  1.013  53 136   45  01m11.7s
 11:54   11 18.1N 027 18.2W  11 41.6N 027 08.6W  11 29.9N 027 13.4W  1.013  54 137   46  01m13.5s
 11:56   10 54.1N 026 36.2W  11 17.9N 026 26.5W  11 06.0N 026 31.3W  1.013  55 138   47  01m15.2s
 11:58   10 30.6N 025 55.2W  10 54.8N 025 45.3W  10 42.7N 025 50.2W  1.014  56 139   48  01m16.9s
 12:00   10 07.7N 025 15.1W  10 32.2N 025 05.0W  10 19.9N 025 10.0W  1.014  57 140   48  01m18.5s

 12:02   09 45.2N 024 35.7W  10 10.0N 024 25.4W  09 57.6N 024 30.5W  1.014  58 142   49  01m20.1s
 12:04   09 23.3N 023 57.1W  09 48.4N 023 46.7W  09 35.8N 023 51.8W  1.014  59 143   50  01m21.6s
 12:06   09 01.9N 023 19.2W  09 27.2N 023 08.6W  09 14.5N 023 13.8W  1.014  60 144   50  01m23.1s
 12:08   08 40.9N 022 41.8W  09 06.5N 022 31.1W  08 53.7N 022 36.5W  1.014  61 146   51  01m24.5s
 12:10   08 20.3N 022 05.1W  08 46.3N 021 54.3W  08 33.3N 021 59.6W  1.015  62 147   51  01m25.8s
 12:12   08 00.3N 021 28.8W  08 26.4N 021 17.9W  08 13.3N 021 23.3W  1.015  63 149   52  01m27.1s
 12:14   07 40.6N 020 53.1W  08 07.0N 020 42.0W  07 53.8N 020 47.5W  1.015  63 150   52  01m28.4s
 12:16   07 21.4N 020 17.7W  07 48.0N 020 06.6W  07 34.7N 020 12.1W  1.015  64 152   53  01m29.5s
 12:18   07 02.5N 019 42.8W  07 29.4N 019 31.6W  07 16.0N 019 37.1W  1.015  65 154   53  01m30.6s
 12:20   06 44.1N 019 08.1W  07 11.2N 018 56.9W  06 57.6N 019 02.5W  1.015  66 156   54  01m31.7s

 12:22   06 26.0N 018 33.8W  06 53.4N 018 22.5W  06 39.7N 018 28.2W  1.015  66 158   54  01m32.7s
 12:24   06 08.4N 017 59.8W  06 35.9N 017 48.5W  06 22.1N 017 54.1W  1.015  67 160   55  01m33.6s
 12:26   05 51.1N 017 26.1W  06 18.8N 017 14.7W  06 05.0N 017 20.3W  1.015  68 163   55  01m34.5s
 12:28   05 34.2N 016 52.5W  06 02.1N 016 41.1W  05 48.1N 016 46.8W  1.015  68 165   55  01m35.3s
 12:30   05 17.7N 016 19.1W  05 45.7N 016 07.7W  05 31.7N 016 13.4W  1.016  69 168   56  01m36.0s
 12:32   05 01.5N 015 45.9W  05 29.7N 015 34.5W  05 15.6N 015 40.2W  1.016  69 170   56  01m36.7s
 12:34   04 45.7N 015 12.8W  05 14.0N 015 01.4W  04 59.9N 015 07.1W  1.016  70 173   56  01m37.3s
 12:36   04 30.2N 014 39.8W  04 58.7N 014 28.4W  04 44.5N 014 34.1W  1.016  70 176   57  01m37.8s
 12:38   04 15.1N 014 06.9W  04 43.7N 013 55.6W  04 29.4N 014 01.2W  1.016  70 179   57  01m38.3s
 12:40   04 00.3N 013 34.0W  04 29.1N 013 22.7W  04 14.7N 013 28.4W  1.016  71 182   57  01m38.7s

 12:42   03 45.9N 013 01.2W  04 14.8N 012 49.9W  04 00.4N 012 55.5W  1.016  71 185   57  01m39.0s
 12:44   03 31.8N 012 28.3W  04 00.9N 012 17.1W  03 46.4N 012 22.7W  1.016  71 188   57  01m39.3s
 12:46   03 18.1N 011 55.5W  03 47.2N 011 44.3W  03 32.7N 011 49.9W  1.016  71 191   57  01m39.5s
 12:48   03 04.7N 011 22.5W  03 33.9N 011 11.4W  03 19.3N 011 17.0W  1.016  71 194   58  01m39.6s
 12:50   02 51.7N 010 49.5W  03 21.0N 010 38.5W  03 06.4N 010 44.0W  1.016  71 197   58  01m39.7s
 12:52   02 39.0N 010 16.4W  03 08.4N 010 05.4W  02 53.7N 010 10.9W  1.016  71 201   58  01m39.7s
 12:54   02 26.7N 009 43.1W  02 56.1N 009 32.3W  02 41.4N 009 37.7W  1.016  70 204   58  01m39.6s
 12:56   02 14.7N 009 09.7W  02 44.1N 008 59.0W  02 29.4N 009 04.3W  1.016  70 207   58  01m39.5s
 12:58   02 03.0N 008 36.1W  02 32.5N 008 25.5W  02 17.8N 008 30.8W  1.016  70 209   58  01m39.3s
 13:00   01 51.7N 008 02.3W  02 21.2N 007 51.8W  02 06.5N 007 57.1W  1.016  69 212   58  01m39.0s

 13:02   01 40.8N 007 28.3W  02 10.3N 007 17.9W  01 55.5N 007 23.1W  1.016  69 215   58  01m38.6s
 13:04   01 30.2N 006 54.0W  01 59.7N 006 43.8W  01 44.9N 006 48.9W  1.016  69 217   58  01m38.2s
 13:06   01 20.0N 006 19.5W  01 49.4N 006 09.3W  01 34.7N 006 14.4W  1.016  68 220   57  01m37.7s
 13:08   01 10.1N 005 44.6W  01 39.5N 005 34.6W  01 24.8N 005 39.6W  1.016  67 222   57  01m37.1s
 13:10   01 00.6N 005 09.4W  01 30.0N 004 59.5W  01 15.3N 005 04.4W  1.016  67 224   57  01m36.5s
 13:12   00 51.5N 004 33.8W  01 20.8N 004 24.0W  01 06.1N 004 28.9W  1.016  66 226   57  01m35.8s
 13:14   00 42.7N 003 57.8W  01 12.0N 003 48.2W  00 57.3N 003 53.0W  1.015  65 228   57  01m35.0s
 13:16   00 34.3N 003 21.3W  01 03.5N 003 11.9W  00 48.9N 003 16.6W  1.015  65 230   56  01m34.1s
 13:18   00 26.4N 002 44.4W  00 55.4N 002 35.1W  00 40.9N 002 39.8W  1.015  64 232   56  01m33.2s
 13:20   00 18.8N 002 07.0W  00 47.7N 001 57.9W  00 33.3N 002 02.4W  1.015  63 233   56  01m32.2s

 13:22   00 11.6N 001 29.0W  00 40.4N 001 20.1W  00 26.0N 001 24.6W  1.015  62 235   55  01m31.1s
 13:24   00 04.9N 000 50.4W  00 33.5N 000 41.7W  00 19.2N 000 46.1W  1.015  61 236   55  01m30.0s
 13:26   00 01.5S 000 11.3W  00 27.1N 000 02.7W  00 12.8N 000 07.0W  1.015  60 237   54  01m28.8s
 13:28   00 07.4S 000 28.6E  00 21.0N 000 37.0E  00 06.8N 000 32.8E  1.015  60 239   54  01m27.5s
 13:30   00 12.8S 001 09.2E  00 15.4N 001 17.4E  00 01.3N 001 13.3E  1.015  59 240   53  01m26.2s
 13:32   00 17.8S 001 50.6E  00 10.2N 001 58.6E  00 03.8S 001 54.5E  1.014  58 241   53  01m24.8s
 13:34   00 22.2S 002 32.7E  00 05.4N 002 40.6E  00 08.4S 002 36.6E  1.014  57 242   52  01m23.3s
 13:36   00 26.2S 003 15.8E  00 01.2N 003 23.5E  00 12.5S 003 19.6E  1.014  56 243   52  01m21.8s
 13:38   00 29.7S 003 59.9E  00 02.6S 004 07.4E  00 16.1S 004 03.6E  1.014  54 244   51  01m20.1s
 13:40   00 32.6S 004 45.0E  00 05.8S 004 52.3E  00 19.2S 004 48.6E  1.014  53 244   50  01m18.5s

 13:42   00 35.0S 005 31.2E  00 08.5S 005 38.3E  00 21.7S 005 34.7E  1.014  52 245   49  01m16.7s
 13:44   00 36.8S 006 18.6E  00 10.6S 006 25.5E  00 23.7S 006 22.0E  1.013  51 246   49  01m14.9s
 13:46   00 38.0S 007 07.3E  00 12.2S 007 14.1E  00 25.1S 007 10.7E  1.013  50 247   48  01m13.0s
 13:48   00 38.5S 007 57.5E  00 13.1S 008 04.0E  00 25.8S 008 00.7E  1.013  49 247   47  01m11.1s
 13:50   00 38.4S 008 49.1E  00 13.3S 008 55.5E  00 25.8S 008 52.3E  1.013  47 248   46  01m09.0s
 13:52   00 37.5S 009 42.5E  00 12.9S 009 48.7E  00 25.2S 009 45.6E  1.012  46 248   45  01m06.9s
 13:54   00 35.8S 010 37.7E  00 11.7S 010 43.7E  00 23.8S 010 40.7E  1.012  45 249   44  01m04.8s
 13:56   00 33.3S 011 34.9E  00 09.7S 011 40.8E  00 21.5S 011 37.8E  1.012  43 249   43  01m02.5s
 13:58   00 30.0S 012 34.4E  00 06.9S 012 40.1E  00 18.4S 012 37.2E  1.012  42 250   42  01m00.2s
 14:00   00 25.6S 013 36.4E  00 03.1S 013 41.9E  00 14.4S 013 39.1E  1.011  41 250   41  00m57.8s

 14:02   00 20.2S 014 41.1E  00 01.6N 014 46.5E  00 09.3S 014 43.8E  1.011  39 250   39  00m55.3s
 14:04   00 13.7S 015 49.0E  00 07.5N 015 54.3E  00 03.1S 015 51.6E  1.011  37 251   38  00m52.8s
 14:06   00 05.9S 017 00.4E  00 14.7N 017 05.6E  00 04.4N 017 03.0E  1.010  36 251   37  00m50.1s
 14:08   00 03.4N 018 16.0E  00 23.2N 018 21.1E  00 13.3N 018 18.5E  1.010  34 251   35  00m47.4s
 14:10   00 14.3N 019 36.3E  00 33.3N 019 41.3E  00 23.8N 019 38.8E  1.009  32 252   33  00m44.5s
 14:12   00 27.2N 021 02.3E  00 45.2N 021 07.3E  00 36.2N 021 04.7E  1.009  30 252   32  00m41.5s
 14:14   00 42.2N 022 35.1E  00 59.4N 022 40.0E  00 50.8N 022 37.5E  1.008  28 252   30  00m38.3s
 14:16   01 00.0N 024 16.3E  01 16.1N 024 21.2E  01 08.0N 024 18.7E  1.008  26 252   28  00m35.0s
 14:18   01 21.1N 026 08.3E  01 36.0N 026 13.2E  01 28.6N 026 10.7E  1.007  24 253   25  00m31.5s
 14:20   01 46.7N 028 14.7E  02 00.3N 028 19.6E  01 53.5N 028 17.1E  1.006  21 253   23  00m27.6s

 14:22   02 18.5N 030 41.6E  02 30.5N 030 46.7E  02 24.5N 030 44.1E  1.006  18 253   20  00m23.4s
 14:24   03 00.0N 033 41.7E  03 10.2N 033 47.0E  03 05.1N 033 44.3E  1.005  15 253   16  00m18.6s
 14:26   04 01.0N 037 49.2E  04 08.8N 037 55.0E  04 04.9N 037 52.1E  1.003  10 254   11  00m12.4s

 Limits  06 31.5N 047 10.4E  06 31.9N 047 10.3E  06 31.7N 047 10.4E  1.000   0   -    1  00m00.7s

ΔT = 67.2 seconds



   Instant of 
Greatest Eclipse:       Time =  12:46:28.9 UT       Lat = 03°29.4'N      Long = 011°41.9'W
      (GE)               Sun Altitude =  70.9°          Path Width =  57.5 km
                          Sun Azimuth = 192.0°    Central Duration =   01m39.6s


   Instant of 
Greatest Duration:      Time =    12:50:51 UT       Lat =   03°01'N      Long =   010°30'W
      (GD)               Sun Altitude =  70.7°          Path Width =  57.7 km
                          Sun Azimuth = 198.8°    Central Duration =   01m39.7s


Additional Links: Hybrid Solar Eclipse of 2013 Nov 03


Eclipse Predictions

Predictions for the Hybrid Solar Eclipse of 2013 Nov 03 were generated using the JPL DE405 solar and lunar ephemerides and a value of ΔT = 67.2 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


Solar Eclipse Links

2014 Feb 24