Path of the Total Solar Eclipse of 2061 Apr 20

Fred Espenak

The following table delineates the path of the Moon's umbral shadow during the Total Solar Eclipse of 2061 Apr 20 . 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 .


Total Solar Eclipse of 2061 Apr 20

  
                                                                      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  48 52.1N 038 32.5E  44 28.1N 042 32.2E  46 31.2N 040 43.4E  1.042   0   -  547  02m06.7s
 02:26      -         -      48 26.0N 053 37.4E  47 15.8N 043 40.7E  1.043   2  75  569  02m10.3s
 02:27      -         -      49 04.7N 054 42.5E  48 22.3N 046 51.7E  1.044   5  78  594  02m14.8s
 02:28      -         -      49 41.8N 055 39.4E  49 12.0N 048 43.2E  1.044   6  79  607  02m17.6s
 02:29      -         -      50 17.8N 056 30.0E  49 56.0N 050 07.3E  1.045   7  81  615  02m19.8s
 02:30      -         -      50 52.8N 057 15.5E  50 36.8N 051 15.8E  1.045   8  82  621  02m21.7s

 02:31   50 19.2N 043 14.7E  51 27.1N 057 56.9E  51 15.6N 052 14.1E  1.045   9  83  624  02m23.3s
 02:32   51 12.2N 045 12.2E  52 00.8N 058 34.7E  51 53.0N 053 04.7E  1.046  10  84  626  02m24.8s
 02:33   51 58.0N 046 35.7E  52 34.0N 059 09.6E  52 29.3N 053 49.5E  1.046  11  85  626  02m26.1s
 02:34   52 40.1N 047 41.6E  53 06.9N 059 41.8E  53 04.8N 054 29.4E  1.046  11  86  626  02m27.3s
 02:35   53 20.0N 048 36.2E  53 39.4N 060 11.6E  53 39.6N 055 05.4E  1.046  12  86  625  02m28.3s
 02:36   53 58.4N 049 22.5E  54 11.7N 060 39.2E  54 13.9N 055 37.9E  1.046  12  87  623  02m29.3s
 02:37   54 35.6N 050 02.2E  54 43.8N 061 05.0E  54 47.7N 056 07.3E  1.046  13  88  620  02m30.2s
 02:38   55 11.9N 050 37.5E  55 15.7N 061 28.9E  55 21.3N 056 34.1E  1.047  13  88  618  02m31.1s
 02:39   55 47.6N 051 07.7E  55 47.4N 061 51.1E  55 54.5N 056 58.4E  1.047  14  89  615  02m31.8s
 02:40   56 22.7N 051 34.2E  56 19.1N 062 11.8E  56 27.5N 057 20.4E  1.047  14  90  611  02m32.6s

 02:41   56 57.4N 051 57.4E  56 50.7N 062 31.0E  57 00.3N 057 40.4E  1.047  14  90  608  02m33.2s
 02:42   57 31.7N 052 17.6E  57 22.2N 062 48.7E  57 33.0N 057 58.3E  1.047  15  91  604  02m33.8s
 02:43   58 05.8N 052 34.8E  57 53.7N 063 05.1E  58 05.6N 058 14.4E  1.047  15  92  601  02m34.4s
 02:44   58 39.6N 052 49.5E  58 25.2N 063 20.1E  58 38.1N 058 28.6E  1.047  15  92  597  02m34.9s
 02:45   59 13.2N 053 01.6E  58 56.7N 063 33.9E  59 10.5N 058 41.1E  1.047  15  93  593  02m35.3s
 02:46   59 46.7N 053 11.2E  59 28.2N 063 46.3E  59 42.9N 058 51.9E  1.047  15  93  589  02m35.7s
 02:47   60 20.1N 053 18.4E  59 59.7N 063 57.5E  60 15.3N 059 00.9E  1.047  16  94  586  02m36.1s
 02:48   60 53.3N 053 23.2E  60 31.3N 064 07.4E  60 47.7N 059 08.2E  1.047  16  94  582  02m36.4s
 02:49   61 26.5N 053 25.7E  61 03.0N 064 16.1E  61 20.1N 059 13.8E  1.047  16  95  578  02m36.6s
 02:50   61 59.7N 053 25.8E  61 34.8N 064 23.4E  61 52.6N 059 17.7E  1.047  16  95  575  02m36.9s

 02:51   62 32.9N 053 23.4E  62 06.7N 064 29.5E  62 25.1N 059 19.7E  1.047  16  96  571  02m37.1s
 02:52   63 06.0N 053 18.5E  62 38.7N 064 34.1E  62 57.7N 059 20.0E  1.048  16  96  568  02m37.2s
 02:53   63 39.1N 053 11.0E  63 10.8N 064 37.4E  63 30.4N 059 18.3E  1.048  16  96  565  02m37.3s
 02:54   64 12.3N 053 00.7E  63 43.1N 064 39.3E  64 03.2N 059 14.6E  1.048  16  97  561  02m37.4s
 02:55   64 45.5N 052 47.6E  64 15.5N 064 39.6E  64 36.1N 059 08.8E  1.048  16  97  558  02m37.4s
 02:56   65 18.7N 052 31.4E  64 48.1N 064 38.3E  65 09.2N 059 00.8E  1.048  16  97  555  02m37.4s
 02:57   65 51.9N 052 11.9E  65 20.9N 064 35.3E  65 42.3N 058 50.4E  1.048  16  97  553  02m37.3s
 02:58   66 25.2N 051 48.9E  65 53.8N 064 30.5E  66 15.6N 058 37.5E  1.048  16  98  550  02m37.2s
 02:59   66 58.4N 051 22.1E  66 27.0N 064 23.8E  66 49.1N 058 21.9E  1.048  16  98  547  02m37.1s
 03:00   67 31.7N 050 51.1E  67 00.4N 064 15.0E  67 22.7N 058 03.3E  1.047  16  98  545  02m36.9s

  
                                                                      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
  
 03:01   68 05.0N 050 15.6E  67 34.0N 064 03.9E  67 56.4N 057 41.4E  1.047  16  98  543  02m36.7s
 03:02   68 38.3N 049 35.0E  68 07.8N 063 50.3E  68 30.3N 057 16.0E  1.047  16  98  541  02m36.4s
 03:03   69 11.5N 048 48.9E  68 41.9N 063 34.1E  69 04.4N 056 46.7E  1.047  15  98  539  02m36.1s
 03:04   69 44.6N 047 56.6E  69 16.3N 063 14.8E  69 38.6N 056 13.0E  1.047  15  98  537  02m35.8s
 03:05   70 17.5N 046 57.4E  69 50.9N 062 52.2E  70 12.9N 055 34.5E  1.047  15  97  535  02m35.4s
 03:06   70 50.2N 045 50.4E  70 25.8N 062 25.9E  70 47.3N 054 50.6E  1.047  15  97  534  02m34.9s
 03:07   71 22.6N 044 34.5E  71 00.9N 061 55.4E  71 21.8N 054 00.4E  1.047  15  97  532  02m34.4s
 03:08   71 54.5N 043 08.8E  71 36.3N 061 20.3E  71 56.4N 053 03.3E  1.047  14  96  531  02m33.8s
 03:09   72 25.8N 041 30.7E  72 12.0N 060 39.7E  72 30.9N 051 58.3E  1.047  14  96  530  02m33.2s
 03:10   72 56.2N 039 40.0E  72 47.9N 059 53.1E  73 05.4N 050 44.2E  1.047  14  95  529  02m32.6s

 03:11   73 25.5N 037 33.7E  73 24.0N 058 59.4E  73 39.6N 049 19.5E  1.047  13  94  529  02m31.8s
 03:12   73 53.2N 035 09.7E  74 00.4N 057 57.6E  74 13.6N 047 42.6E  1.047  13  93  528  02m31.0s
 03:13   74 18.8N 032 24.7E  74 36.8N 056 46.2E  74 47.0N 045 51.5E  1.046  12  91  528  02m30.2s
 03:14   74 41.4N 029 15.0E  75 13.3N 055 23.7E  75 19.7N 043 43.7E  1.046  12  89  529  02m29.2s
 03:15   74 59.9N 025 35.7E  75 49.8N 053 47.9E  75 51.3N 041 16.2E  1.046  11  87  529  02m28.2s
 03:16   75 12.4N 021 20.3E  76 26.1N 051 56.4E  76 21.3N 038 25.8E  1.046  11  85  530  02m27.0s
 03:17   75 15.7N 016 18.3E  77 01.9N 049 46.2E  76 49.0N 035 08.0E  1.046  10  82  531  02m25.8s
 03:18   75 02.4N 010 07.9E  77 37.0N 047 13.3E  77 13.6N 031 17.8E  1.046   9  79  532  02m24.4s
 03:19   74 00.5N 001 06.6E  78 10.9N 044 13.0E  77 33.6N 026 49.4E  1.045   9  75  534  02m22.8s
 03:20      -         -      78 42.9N 040 39.9E  77 47.0N 021 35.7E  1.045   8  70  537  02m21.0s

 03:21      -         -      79 12.2N 036 26.0E  77 50.3N 015 27.9E  1.045   7  64  540  02m18.9s
 03:22      -         -      79 37.3N 031 25.0E  77 36.8N 008 11.1E  1.044   5  57  545  02m16.3s
 03:23      -         -      79 56.2N 025 28.1E  76 46.8N 001 02.6W  1.043   3  49  551  02m12.5s

 Limits  73 06.8N 002 57.1W  76 03.6N 018 25.9W  74 47.4N 010 36.3W  1.043   0   -  559  02m07.1s

ΔT = 116.3 seconds


Total Solar Eclipse of 2061 Apr 20


Solar Eclipse Links


Acknowledgments

Predictions for the Total Solar Eclipse of 2061 Apr 20 were generated using the VSOP87/ELP2000-82 solar and lunar ephemerides and a value of ΔT = 116.3 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

2007 Oct 16