Path of the Hybrid Solar Eclipse of 2005 Apr 08

Fred Espenak

The following table delineates the path of the Moon's umbral shadow during the Hybrid Solar Eclipse of 2005 Apr 08. 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 .


Hybrid Solar Eclipse of 2005 Apr 08

  
                                                                      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  47 49.4S 175 20.8E  48 04.7S 175 23.1E  47 57.0S 175 21.9E  0.992   0   -   28  00m28.3s
 18:54   46 46.8S 177 51.1W  47 09.9S 178 47.5W  46 57.9S 178 17.4W  0.994   4  74   23  00m24.3s
 18:56   44 51.6S 168 57.5W  45 03.0S 169 06.5W  44 57.3S 169 01.9W  0.996  12  67   16  00m17.4s
 18:58   43 28.4S 164 01.2W  43 36.0S 164 04.1W  43 32.2S 164 02.6W  0.997  16  63   11  00m13.1s
 19:00   42 16.2S 160 21.1W  42 21.3S 160 21.8W  42 18.8S 160 21.4W  0.998  19  60    8  00m09.6s

 19:02   41 10.3S 157 22.6W  41 13.6S 157 22.5W  41 11.9S 157 22.6W  0.998  22  58    5  00m06.6s
 19:04   40 08.8S 154 51.4W  40 10.6S 154 51.1W  40 09.7S 154 51.2W  0.999  24  56    3  00m03.8s
 19:06   39 10.5S 152 39.6W  39 11.1S 152 39.5W  39 10.8S 152 39.6W  1.000  26  54    1  00m01.3s
 19:08   38 14.9S 150 42.7W  38 14.4S 150 42.8W  38 14.6S 150 42.7W  1.000  29  52    1  00m01.1s
 19:10   37 21.4S 148 57.4W  37 20.0S 148 57.9W  37 20.7S 148 57.6W  1.001  31  50    3  00m03.3s
 19:12   36 29.8S 147 21.6W  36 27.6S 147 22.6W  36 28.7S 147 22.1W  1.001  32  49    4  00m05.4s
 19:14   35 39.7S 145 53.7W  35 36.8S 145 55.1W  35 38.2S 145 54.4W  1.002  34  47    6  00m07.4s
 19:16   34 51.0S 144 32.4W  34 47.5S 144 34.3W  34 49.2S 144 33.4W  1.002  36  46    7  00m09.4s
 19:18   34 03.6S 143 16.9W  33 59.5S 143 19.3W  34 01.5S 143 18.1W  1.002  37  45    8  00m11.2s
 19:20   33 17.3S 142 06.3W  33 12.6S 142 09.2W  33 15.0S 142 07.8W  1.003  39  43    9  00m12.9s

 19:22   32 32.0S 141 00.1W  32 26.9S 141 03.4W  32 29.4S 141 01.8W  1.003  40  42   11  00m14.6s
 19:24   31 47.6S 139 57.7W  31 42.1S 140 01.5W  31 44.8S 139 59.6W  1.003  42  41   12  00m16.2s
 19:26   31 04.1S 138 58.7W  30 58.1S 139 02.9W  31 01.1S 139 00.8W  1.004  43  40   13  00m17.8s
 19:28   30 21.3S 138 02.8W  30 15.1S 138 07.4W  30 18.2S 138 05.1W  1.004  44  38   14  00m19.3s
 19:30   29 39.3S 137 09.6W  29 32.7S 137 14.6W  29 36.0S 137 12.1W  1.004  46  37   14  00m20.7s
 19:32   28 58.0S 136 18.8W  28 51.1S 136 24.3W  28 54.6S 136 21.5W  1.004  47  36   15  00m22.1s
 19:34   28 17.3S 135 30.3W  28 10.2S 135 36.1W  28 13.7S 135 33.2W  1.005  48  35   16  00m23.4s
 19:36   27 37.3S 134 43.9W  27 29.8S 134 50.0W  27 33.5S 134 46.9W  1.005  49  33   17  00m24.7s
 19:38   26 57.8S 133 59.2W  26 50.1S 134 05.7W  26 53.9S 134 02.5W  1.005  51  32   18  00m25.9s
 19:40   26 18.8S 133 16.3W  26 10.9S 133 23.2W  26 14.9S 133 19.7W  1.005  52  31   18  00m27.1s

 19:42   25 40.3S 132 35.0W  25 32.3S 132 42.1W  25 36.3S 132 38.5W  1.005  53  30   19  00m28.2s
 19:44   25 02.4S 131 55.0W  24 54.1S 132 02.4W  24 58.2S 131 58.7W  1.006  54  28   20  00m29.3s
 19:46   24 24.9S 131 16.4W  24 16.4S 131 24.1W  24 20.6S 131 20.2W  1.006  55  27   20  00m30.3s
 19:48   23 47.8S 130 39.0W  23 39.2S 130 46.9W  23 43.5S 130 42.9W  1.006  56  26   21  00m31.3s
 19:50   23 11.1S 130 02.6W  23 02.4S 130 10.9W  23 06.8S 130 06.7W  1.006  57  24   21  00m32.2s
 19:52   22 34.9S 129 27.3W  22 26.0S 129 35.8W  22 30.5S 129 31.6W  1.006  58  23   22  00m33.1s
 19:54   21 59.0S 128 53.0W  21 50.0S 129 01.7W  21 54.5S 128 57.3W  1.006  59  21   22  00m34.0s
 19:56   21 23.5S 128 19.5W  21 14.4S 128 28.4W  21 19.0S 128 23.9W  1.006  60  20   23  00m34.8s
 19:58   20 48.4S 127 46.8W  20 39.2S 127 55.9W  20 43.8S 127 51.3W  1.007  61  18   23  00m35.6s
 20:00   20 13.6S 127 14.8W  20 04.3S 127 24.1W  20 09.0S 127 19.4W  1.007  61  16   24  00m36.3s

 20:02   19 39.2S 126 43.5W  19 29.7S 126 53.0W  19 34.5S 126 48.2W  1.007  62  14   24  00m37.0s
 20:04   19 05.0S 126 12.8W  18 55.5S 126 22.5W  19 00.3S 126 17.6W  1.007  63  13   24  00m37.6s
 20:06   18 31.2S 125 42.7W  18 21.6S 125 52.5W  18 26.4S 125 47.6W  1.007  64  11   25  00m38.2s
 20:08   17 57.7S 125 13.1W  17 48.0S 125 23.0W  17 52.8S 125 18.1W  1.007  64   9   25  00m38.7s
 20:10   17 24.4S 124 44.0W  17 14.7S 124 54.0W  17 19.6S 124 49.0W  1.007  65   6   25  00m39.3s
 20:12   16 51.5S 124 15.3W  16 41.7S 124 25.4W  16 46.6S 124 20.4W  1.007  66   4   25  00m39.7s
 20:14   16 18.8S 123 47.0W  16 08.9S 123 57.2W  16 13.9S 123 52.1W  1.007  66   2   26  00m40.1s
 20:16   15 46.4S 123 19.0W  15 36.5S 123 29.4W  15 41.4S 123 24.2W  1.007  67 360   26  00m40.5s
 20:18   15 14.2S 122 51.3W  15 04.3S 123 01.8W  15 09.2S 122 56.5W  1.007  67 357   26  00m40.9s
 20:20   14 42.3S 122 23.9W  14 32.3S 122 34.4W  14 37.3S 122 29.2W  1.007  68 355   26  00m41.2s

 20:22   14 10.6S 121 56.7W  14 00.6S 122 07.3W  14 05.6S 122 02.0W  1.007  68 352   26  00m41.4s
 20:24   13 39.2S 121 29.8W  13 29.2S 121 40.4W  13 34.2S 121 35.1W  1.007  69 349   27  00m41.6s
 20:26   13 08.0S 121 03.0W  12 58.0S 121 13.6W  13 03.0S 121 08.3W  1.007  69 346   27  00m41.8s
 20:28   12 37.1S 120 36.3W  12 27.0S 120 47.0W  12 32.1S 120 41.6W  1.007  69 343   27  00m42.0s
 20:30   12 06.3S 120 09.7W  11 56.3S 120 20.4W  12 01.3S 120 15.1W  1.007  69 340   27  00m42.0s
 20:32   11 35.8S 119 43.2W  11 25.7S 119 54.0W  11 30.8S 119 48.6W  1.007  69 338   27  00m42.1s
 20:34   11 05.5S 119 16.7W  10 55.5S 119 27.5W  11 00.5S 119 22.1W  1.007  70 335   27  00m42.1s
 20:36   10 35.5S 118 50.3W  10 25.4S 119 01.0W  10 30.4S 118 55.6W  1.007  70 332   27  00m42.1s
 20:38   10 05.6S 118 23.8W  09 55.5S 118 34.5W  10 00.6S 118 29.1W  1.007  70 329   27  00m42.0s
 20:40   09 35.9S 117 57.2W  09 25.9S 118 08.0W  09 30.9S 118 02.6W  1.007  69 326   27  00m41.9s

 20:42   09 06.5S 117 30.6W  08 56.4S 117 41.3W  09 01.5S 117 36.0W  1.007  69 323   27  00m41.7s
 20:44   08 37.2S 117 03.9W  08 27.2S 117 14.5W  08 32.2S 117 09.2W  1.007  69 320   27  00m41.5s
 20:46   08 08.1S 116 37.0W  07 58.2S 116 47.6W  08 03.2S 116 42.3W  1.007  69 317   27  00m41.2s
 20:48   07 39.3S 116 10.0W  07 29.3S 116 20.5W  07 34.3S 116 15.2W  1.007  69 314   27  00m40.9s
 20:50   07 10.6S 115 42.7W  07 00.7S 115 53.2W  07 05.7S 115 48.0W  1.007  68 312   27  00m40.6s
 20:52   06 42.1S 115 15.2W  06 32.3S 115 25.6W  06 37.2S 115 20.4W  1.007  68 309   26  00m40.2s
 20:54   06 13.9S 114 47.5W  06 04.1S 114 57.8W  06 09.0S 114 52.6W  1.007  67 307   26  00m39.8s
 20:56   05 45.8S 114 19.5W  05 36.0S 114 29.6W  05 40.9S 114 24.6W  1.007  67 304   26  00m39.3s
 20:58   05 17.9S 113 51.1W  05 08.2S 114 01.2W  05 13.1S 113 56.1W  1.007  66 302   26  00m38.8s
 21:00   04 50.2S 113 22.4W  04 40.6S 113 32.3W  04 45.4S 113 27.3W  1.007  66 300   25  00m38.3s

 21:02   04 22.7S 112 53.2W  04 13.2S 113 03.0W  04 17.9S 112 58.1W  1.007  65 298   25  00m37.7s
 21:04   03 55.3S 112 23.7W  03 45.9S 112 33.3W  03 50.6S 112 28.5W  1.007  64 296   25  00m37.0s
 21:06   03 28.2S 111 53.6W  03 18.9S 112 03.1W  03 23.6S 111 58.4W  1.006  64 294   25  00m36.3s
 21:08   03 01.3S 111 23.1W  02 52.1S 111 32.4W  02 56.7S 111 27.7W  1.006  63 293   24  00m35.6s
 21:10   02 34.5S 110 52.0W  02 25.5S 111 01.1W  02 30.0S 110 56.6W  1.006  62 291   24  00m34.8s
 21:12   02 08.0S 110 20.3W  01 59.1S 110 29.3W  02 03.5S 110 24.8W  1.006  61 290   23  00m34.0s
 21:14   01 41.6S 109 47.9W  01 32.9S 109 56.7W  01 37.3S 109 52.3W  1.006  60 288   23  00m33.1s
 21:16   01 15.5S 109 14.9W  01 06.9S 109 23.5W  01 11.2S 109 19.2W  1.006  60 287   22  00m32.2s
 21:18   00 49.6S 108 41.1W  00 41.1S 108 49.5W  00 45.4S 108 45.3W  1.006  59 286   22  00m31.3s
 21:20   00 23.9S 108 06.5W  00 15.6S 108 14.7W  00 19.7S 108 10.6W  1.006  58 285   21  00m30.3s

 21:22   00 01.7N 107 31.1W  00 09.7N 107 39.0W  00 05.7N 107 35.0W  1.005  57 284   21  00m29.2s
 21:24   00 26.9N 106 54.7W  00 34.8N 107 02.4W  00 30.9N 106 58.5W  1.005  56 283   20  00m28.1s
 21:26   00 52.0N 106 17.4W  00 59.6N 106 24.7W  00 55.8N 106 21.1W  1.005  55 282   19  00m27.0s
 21:28   01 16.8N 105 38.9W  01 24.2N 105 46.1W  01 20.5N 105 42.5W  1.005  54 281   19  00m25.8s
 21:30   01 41.4N 104 59.4W  01 48.5N 105 06.2W  01 44.9N 105 02.8W  1.005  53 280   18  00m24.6s
 21:32   02 05.7N 104 18.6W  02 12.6N 104 25.1W  02 09.1N 104 21.9W  1.004  52 279   17  00m23.3s
 21:34   02 29.8N 103 36.5W  02 36.3N 103 42.7W  02 33.0N 103 39.6W  1.004  50 279   16  00m22.0s
 21:36   02 53.6N 102 52.9W  02 59.8N 102 58.8W  02 56.7N 102 55.9W  1.004  49 278   15  00m20.6s
 21:38   03 17.1N 102 07.8W  03 22.9N 102 13.3W  03 20.0N 102 10.6W  1.004  48 278   14  00m19.2s
 21:40   03 40.3N 101 21.1W  03 45.8N 101 26.2W  03 43.0N 101 23.6W  1.003  47 277   13  00m17.7s

 21:42   04 03.1N 100 32.4W  04 08.2N 100 37.1W  04 05.7N 100 34.8W  1.003  46 277   12  00m16.1s
 21:44   04 25.7N 099 41.8W  04 30.3N 099 46.1W  04 28.0N 099 44.0W  1.003  44 276   11  00m14.6s
 21:46   04 47.8N 098 49.0W  04 52.0N 098 52.8W  04 49.9N 098 50.9W  1.003  43 276   10  00m12.9s
 21:48   05 09.6N 097 53.7W  05 13.3N 097 57.1W  05 11.4N 097 55.4W  1.002  42 275    9  00m11.2s
 21:50   05 30.9N 096 55.8W  05 34.1N 096 58.7W  05 32.5N 096 57.3W  1.002  40 275    7  00m09.5s
 21:52   05 51.8N 095 54.9W  05 54.4N 095 57.3W  05 53.1N 095 56.1W  1.002  39 275    6  00m07.6s
 21:54   06 12.1N 094 50.6W  06 14.2N 094 52.5W  06 13.1N 094 51.6W  1.001  37 275    5  00m05.8s
 21:56   06 31.9N 093 42.6W  06 33.3N 093 43.8W  06 32.6N 093 43.2W  1.001  36 275    3  00m03.8s
 21:58   06 51.0N 092 30.2W  06 51.7N 092 30.8W  06 51.4N 092 30.5W  1.000  34 274    1  00m01.7s
 22:00   07 09.4N 091 12.9W  07 09.3N 091 12.7W  07 09.4N 091 12.8W  1.000  32 274    0  00m00.4s

 22:02   07 27.0N 089 49.7W  07 26.0N 089 48.7W  07 26.5N 089 49.2W  0.999  30 274    2  00m02.6s
 22:04   07 43.5N 088 19.5W  07 41.6N 088 17.6W  07 42.6N 088 18.5W  0.999  28 274    4  00m04.9s
 22:06   07 58.9N 086 40.7W  07 55.9N 086 37.8W  07 57.4N 086 39.3W  0.998  26 274    6  00m07.4s
 22:08   08 12.7N 084 51.2W  08 08.5N 084 47.1W  08 10.6N 084 49.1W  0.998  24 275    9  00m10.0s
 22:10   08 24.6N 082 47.6W  08 19.0N 082 41.8W  08 21.8N 082 44.7W  0.997  21 275   11  00m12.9s
 22:12   08 33.9N 080 24.2W  08 26.5N 080 16.2W  08 30.2N 080 20.2W  0.996  19 275   14  00m16.0s
 22:14   08 39.0N 077 30.2W  08 29.5N 077 18.6W  08 34.3N 077 24.4W  0.995  15 276   18  00m19.5s
 22:16   08 36.5N 073 38.6W  08 23.7N 073 19.4W  08 30.2N 073 29.1W  0.994  11 276   22  00m23.9s
 22:18   08 04.9N 066 02.4W     -         -      07 50.7N 065 09.9W  0.991   2 277   31  00m31.9s

 Limits  07 44.4N 063 05.6W  07 26.1N 063 05.5W  07 35.3N 063 05.5W  0.991   0   -   34  00m33.6s

ΔT = 64.7 seconds


Greatest Eclipse and Greatest Duration


   Instant of 
Greatest Eclipse:       Time =  20:35:45.2 UT       Lat = 10°34.1'S      Long = 118°58.9'W
      (GE)               Sun Altitude =  69.6°          Path Width =  27.0 km
                          Sun Azimuth = 331.9°    Central Duration =   00m42.1s


   Instant of 
Greatest Duration:      Time =    20:33:13 UT       Lat =   11°12'S      Long =   119°32'W
      (GD)               Sun Altitude =  69.6°          Path Width =  27.0 km
                          Sun Azimuth = 335.7°    Central Duration =   00m42.1s


Links for the Hybrid Solar Eclipse of 2005 Apr 08


Eclipse Predictions

Predictions for the Hybrid Solar Eclipse of 2005 Apr 08 were generated using the VSOP87/ELP2000-85 solar and lunar ephemerides and a value of ΔT = 64.7 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