Path of the Total Solar Eclipse of 2009 Jul 22

Fred Espenak

The following table delineates the path of the Moon's umbral shadow during the Total Solar Eclipse of 2009 Jul 22. 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 2009 Jul 22

  
                                                                      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  21 11.7N 070 04.2E  19 31.8N 070 57.4E  20 21.7N 070 31.2E  1.061   0   -  205  03m09.4s
 00:54   23 44.4N 076 59.2E  22 51.8N 080 25.7E  23 22.3N 078 53.2E  1.064   9  72  214  03m30.2s
 00:56   25 47.7N 083 03.0E  24 25.1N 085 19.5E  25 07.9N 084 15.4E  1.066  14  74  219  03m45.3s
 00:58   27 01.6N 087 01.3E  25 27.4N 088 52.9E  26 15.5N 088 00.1E  1.067  18  76  222  03m56.5s
 01:00   27 56.2N 090 12.1E  26 14.7N 091 48.5E  27 06.2N 091 02.8E  1.068  21  77  225  04m06.1s

 01:02   28 39.4N 092 55.6E  26 52.7N 094 21.1E  27 46.6N 093 40.5E  1.069  24  79  227  04m14.7s
 01:04   29 14.8N 095 21.0E  27 23.9N 096 37.7E  28 19.8N 096 01.3E  1.070  27  80  230  04m22.6s
 01:06   29 44.4N 097 33.2E  27 50.1N 098 42.3E  28 47.6N 098 09.6E  1.070  29  82  231  04m30.0s
 01:08   30 09.4N 099 35.2E  28 12.2N 100 37.6E  29 11.1N 100 08.0E  1.071  31  83  233  04m36.9s
 01:10   30 30.6N 101 28.9E  28 30.9N 102 25.3E  29 31.0N 101 58.7E  1.071  34  84  235  04m43.5s
 01:12   30 48.6N 103 16.0E  28 46.7N 104 06.6E  29 47.8N 103 42.8E  1.072  35  85  236  04m49.8s
 01:14   31 03.8N 104 57.3E  29 00.0N 105 42.6E  30 02.1N 105 21.4E  1.073  37  86  237  04m55.8s
 01:16   31 16.6N 106 33.7E  29 11.1N 107 14.0E  30 14.0N 106 55.2E  1.073  39  88  239  05m01.6s
 01:18   31 27.2N 108 05.8E  29 20.3N 108 41.3E  30 23.9N 108 24.8E  1.073  41  89  240  05m07.1s
 01:20   31 35.9N 109 34.1E  29 27.6N 110 05.0E  30 31.9N 109 50.7E  1.074  43  90  241  05m12.5s

 01:22   31 42.8N 110 59.0E  29 33.4N 111 25.5E  30 38.2N 111 13.3E  1.074  44  91  242  05m17.6s
 01:24   31 48.1N 112 20.9E  29 37.7N 112 43.0E  30 42.9N 112 33.0E  1.075  46  92  243  05m22.6s
 01:26   31 51.9N 113 40.0E  29 40.6N 113 57.9E  30 46.3N 113 49.9E  1.075  47  93  244  05m27.3s
 01:28   31 54.3N 114 56.5E  29 42.2N 115 10.4E  30 48.3N 115 04.3E  1.075  49  94  245  05m32.0s
 01:30   31 55.5N 116 10.7E  29 42.7N 116 20.6E  30 49.1N 116 16.5E  1.076  50  95  246  05m36.4s
 01:32   31 55.4N 117 22.8E  29 42.0N 117 28.7E  30 48.7N 117 26.5E  1.076  52  96  246  05m40.7s
 01:34   31 54.2N 118 32.8E  29 40.3N 118 35.0E  30 47.2N 118 34.6E  1.076  53  97  247  05m44.8s
 01:36   31 51.9N 119 40.9E  29 37.6N 119 39.4E  30 44.7N 119 40.9E  1.076  54  98  248  05m48.8s
 01:38   31 48.5N 120 47.3E  29 34.0N 120 42.2E  30 41.2N 120 45.4E  1.077  56  99  249  05m52.6s
 01:40   31 44.2N 121 52.0E  29 29.5N 121 43.5E  30 36.8N 121 48.3E  1.077  57 100  249  05m56.2s

 01:42   31 39.0N 122 55.2E  29 24.2N 122 43.2E  30 31.5N 122 49.7E  1.077  58 101  250  05m59.7s
 01:44   31 32.9N 123 56.9E  29 18.0N 123 41.6E  30 25.4N 123 49.7E  1.077  60 102  251  06m03.1s
 01:46   31 26.0N 124 57.2E  29 11.1N 124 38.6E  30 18.5N 124 48.4E  1.078  61 103  251  06m06.3s
 01:48   31 18.3N 125 56.2E  29 03.4N 125 34.4E  30 10.7N 125 45.7E  1.078  62 104  252  06m09.3s
 01:50   31 09.7N 126 54.0E  28 55.0N 126 29.0E  30 02.3N 126 41.8E  1.078  63 105  252  06m12.2s
 01:52   31 00.5N 127 50.5E  28 45.9N 127 22.5E  29 53.1N 127 36.8E  1.078  65 106  253  06m14.9s
 01:54   30 50.5N 128 45.9E  28 36.1N 128 15.0E  29 43.2N 128 30.7E  1.078  66 107  253  06m17.5s
 01:56   30 39.8N 129 40.2E  28 25.7N 129 06.4E  29 32.7N 129 23.5E  1.078  67 108  254  06m20.0s
 01:58   30 28.5N 130 33.5E  28 14.7N 129 56.8E  29 21.5N 130 15.3E  1.079  68 110  254  06m22.3s
 02:00   30 16.5N 131 25.8E  28 03.1N 130 46.4E  29 09.7N 131 06.2E  1.079  69 111  255  06m24.5s

 02:02   30 03.8N 132 17.1E  27 50.9N 131 35.1E  28 57.3N 131 56.2E  1.079  71 112  255  06m26.5s
 02:04   29 50.6N 133 07.5E  27 38.1N 132 22.9E  28 44.3N 132 45.3E  1.079  72 114  255  06m28.3s
 02:06   29 36.8N 133 57.1E  27 24.8N 133 10.0E  28 30.7N 133 33.6E  1.079  73 115  256  06m30.0s
 02:08   29 22.4N 134 45.8E  27 10.9N 133 56.3E  28 16.6N 134 21.1E  1.079  74 117  256  06m31.6s
 02:10   29 07.4N 135 33.8E  26 56.5N 134 41.8E  28 01.9N 135 07.8E  1.079  75 118  256  06m33.0s
 02:12   28 51.8N 136 20.9E  26 41.6N 135 26.7E  27 46.7N 135 53.8E  1.079  76 120  257  06m34.3s
 02:14   28 35.8N 137 07.4E  26 26.2N 136 11.0E  27 30.9N 136 39.1E  1.080  77 122  257  06m35.4s
 02:16   28 19.2N 137 53.2E  26 10.3N 136 54.6E  27 14.7N 137 23.8E  1.080  78 125  257  06m36.4s
 02:18   28 02.1N 138 38.3E  25 53.9N 137 37.6E  26 57.9N 138 07.8E  1.080  79 127  257  06m37.3s
 02:20   27 44.5N 139 22.8E  25 37.0N 138 20.1E  26 40.7N 138 51.3E  1.080  80 130  258  06m38.0s

 02:22   27 26.4N 140 06.7E  25 19.6N 139 02.0E  26 23.0N 139 34.2E  1.080  81 134  258  06m38.6s
 02:24   27 07.8N 140 50.0E  25 01.8N 139 43.4E  26 04.8N 140 16.5E  1.080  82 139  258  06m39.0s
 02:26   26 48.7N 141 32.8E  24 43.5N 140 24.4E  25 46.1N 140 58.4E  1.080  83 144  258  06m39.3s
 02:28   26 29.1N 142 15.0E  24 24.8N 141 04.9E  25 27.0N 141 39.7E  1.080  84 152  258  06m39.4s
 02:30   26 09.1N 142 56.8E  24 05.6N 141 44.9E  25 07.4N 142 20.6E  1.080  85 161  258  06m39.5s
 02:32   25 48.7N 143 38.2E  23 45.9N 142 24.6E  24 47.3N 143 01.1E  1.080  85 173  258  06m39.3s
 02:34   25 27.7N 144 19.1E  23 25.9N 143 03.9E  24 26.8N 143 41.2E  1.080  86 187  258  06m39.1s
 02:36   25 06.3N 144 59.6E  23 05.4N 143 42.9E  24 05.9N 144 21.0E  1.080  86 203  258  06m38.7s
 02:38   24 44.5N 145 39.7E  22 44.4N 144 21.6E  23 44.5N 145 00.4E  1.080  86 218  259  06m38.2s
 02:40   24 22.2N 146 19.6E  22 23.0N 144 59.9E  23 22.7N 145 39.4E  1.080  85 231  259  06m37.6s

 02:42   23 59.5N 146 59.0E  22 01.2N 145 38.1E  23 00.4N 146 18.2E  1.080  84 241  259  06m36.8s
 02:44   23 36.4N 147 38.3E  21 39.0N 146 15.9E  22 37.7N 146 56.8E  1.080  84 249  259  06m35.9s
 02:46   23 12.8N 148 17.2E  21 16.3N 146 53.6E  22 14.6N 147 35.1E  1.080  83 256  259  06m34.9s
 02:48   22 48.7N 148 55.9E  20 53.2N 147 31.1E  21 51.0N 148 13.2E  1.080  82 260  259  06m33.7s
 02:50   22 24.2N 149 34.5E  20 29.6N 148 08.4E  21 27.0N 148 51.1E  1.080  81 264  259  06m32.5s
 02:52   21 59.3N 150 12.8E  20 05.6N 148 45.7E  21 02.6N 149 28.9E  1.080  80 268  258  06m31.1s
 02:54   21 33.9N 150 51.1E  19 41.2N 149 22.8E  20 37.7N 150 06.5E  1.080  79 270  258  06m29.6s
 02:56   21 08.1N 151 29.2E  19 16.3N 149 59.9E  20 12.4N 150 44.1E  1.079  78 273  258  06m28.0s
 02:58   20 41.9N 152 07.2E  18 51.0N 150 36.9E  19 46.6N 151 21.7E  1.079  77 275  258  06m26.2s
 03:00   20 15.2N 152 45.2E  18 25.2N 151 13.9E  19 20.3N 151 59.2E  1.079  76 276  258  06m24.4s

 03:02   19 48.0N 153 23.2E  17 59.0N 151 51.0E  18 53.7N 152 36.7E  1.079  74 278  258  06m22.4s
 03:04   19 20.3N 154 01.3E  17 32.3N 152 28.1E  18 26.5N 153 14.3E  1.079  73 279  258  06m20.4s
 03:06   18 52.2N 154 39.4E  17 05.2N 153 05.3E  17 58.9N 153 51.9E  1.079  72 280  258  06m18.2s
 03:08   18 23.6N 155 17.6E  16 37.5N 153 42.7E  17 30.8N 154 29.7E  1.079  71 281  258  06m15.9s
 03:10   17 54.6N 155 55.9E  16 09.4N 154 20.2E  17 02.2N 155 07.6E  1.079  70 282  257  06m13.5s
 03:12   17 25.0N 156 34.5E  15 40.8N 154 58.0E  16 33.1N 155 45.8E  1.079  69 283  257  06m11.0s
 03:14   16 54.9N 157 13.2E  15 11.6N 155 36.0E  16 03.5N 156 24.2E  1.078  67 284  257  06m08.4s
 03:16   16 24.3N 157 52.3E  14 42.0N 156 14.4E  15 33.3N 157 02.9E  1.078  66 285  257  06m05.7s
 03:18   15 53.1N 158 31.7E  14 11.8N 156 53.0E  15 02.7N 157 41.9E  1.078  65 286  257  06m02.8s
 03:20   15 21.4N 159 11.5E  13 41.0N 157 32.1E  14 31.4N 158 21.3E  1.078  64 287  256  05m59.9s

 03:22   14 49.1N 159 51.7E  13 09.7N 158 11.7E  13 59.6N 159 01.2E  1.078  63 287  256  05m56.9s
 03:24   14 16.3N 160 32.4E  12 37.7N 158 51.7E  13 27.3N 159 41.6E  1.078  61 288  256  05m53.7s
 03:26   13 42.8N 161 13.7E  12 05.2N 159 32.4E  12 54.2N 160 22.6E  1.077  60 288  255  05m50.5s
 03:28   13 08.7N 161 55.6E  11 32.0N 160 13.7E  12 20.6N 161 04.2E  1.077  59 289  255  05m47.1s
 03:30   12 33.9N 162 38.3E  10 58.2N 160 55.8E  11 46.3N 161 46.5E  1.077  58 289  255  05m43.7s
 03:32   11 58.4N 163 21.8E  10 23.6N 161 38.6E  11 11.3N 162 29.7E  1.077  56 290  254  05m40.1s
 03:34   11 22.1N 164 06.1E  09 48.4N 162 22.4E  10 35.5N 163 13.8E  1.076  55 290  254  05m36.5s
 03:36   10 45.1N 164 51.5E  09 12.3N 163 07.2E  09 59.0N 163 58.8E  1.076  54 291  253  05m32.7s
 03:38   10 07.3N 165 38.1E  08 35.5N 163 53.1E  09 21.7N 164 45.0E  1.076  52 291  252  05m28.8s
 03:40   09 28.6N 166 25.8E  07 57.8N 164 40.3E  08 43.5N 165 32.5E  1.076  51 291  252  05m24.8s

 03:42   08 49.0N 167 15.0E  07 19.1N 165 28.8E  08 04.4N 166 21.4E  1.075  49 292  251  05m20.7s
 03:44   08 08.3N 168 05.8E  06 39.5N 166 18.9E  07 24.3N 167 11.8E  1.075  48 292  250  05m16.4s
 03:46   07 26.6N 168 58.4E  05 58.9N 167 10.8E  06 43.1N 168 04.0E  1.075  46 292  250  05m12.0s
 03:48   06 43.8N 169 52.9E  05 17.1N 168 04.6E  06 00.8N 168 58.2E  1.074  45 293  249  05m07.5s
 03:50   05 59.6N 170 49.8E  04 34.0N 169 00.7E  05 17.2N 169 54.6E  1.074  43 293  248  05m02.9s
 03:52   05 14.1N 171 49.2E  03 49.6N 169 59.2E  04 32.3N 170 53.6E  1.073  41 293  247  04m58.0s
 03:54   04 27.0N 172 51.6E  03 03.7N 171 00.7E  03 45.8N 171 55.4E  1.073  40 293  246  04m53.1s
 03:56   03 38.2N 173 57.4E  02 16.2N 172 05.4E  02 57.6N 173 00.7E  1.072  38 294  244  04m47.9s
 03:58   02 47.4N 175 07.2E  01 26.7N 173 13.9E  02 07.5N 174 09.8E  1.072  36 294  243  04m42.5s
 04:00   01 54.4N 176 21.7E  00 35.2N 174 27.0E  01 15.3N 175 23.5E  1.071  34 294  241  04m36.9s

 04:02   00 58.7N 177 41.8E  00 18.9S 175 45.4E  00 20.4N 176 42.8E  1.071  32 294  240  04m31.1s
 04:04      -     179 08.9E  01 15.9S 177 10.3E  00 37.4S 178 08.7E  1.070  30 294  238  04m24.9s
 04:06   01 02.6S 179 15.4W  02 16.4S 178 43.3E  01 38.9S 179 42.9E  1.070  28 294  236  04m18.4s
 04:08   02 10.0S 177 28.5W  03 21.3S 179 33.4W  02 45.0S 178 32.1W  1.069  25 294  233  04m11.5s
 04:10   03 23.7S 175 26.3W  04 31.9S 177 36.4W  03 57.0S 176 32.7W  1.068  22 294  230  04m03.9s
 04:12   04 46.6S 173 01.8W  05 50.4S 175 19.9W  05 17.6S 174 12.6W  1.067  19 294  227  03m55.5s
 04:14   06 24.2S 170 00.4W  07 21.1S 172 32.8W  06 51.4S 171 19.0W  1.066  16 293  223  03m45.8s
 04:16   08 33.3S 165 38.1W  09 14.5S 168 46.9W  08 51.6S 167 17.7W  1.064  11 293  217  03m33.4s

 Limits  12 04.5S 157 16.2W  13 44.7S 158 05.8W  12 54.7S 157 41.1W  1.061   0   -  205  03m08.8s

ΔT = 65.9 seconds


Greatest Eclipse and Greatest Duration


   Instant of 
Greatest Eclipse:       Time =  02:35:18.1 UT       Lat = 24°13.3'N      Long = 144°07.1'E
      (GE)               Sun Altitude =  85.9°          Path Width = 258.5 km
                          Sun Azimuth = 197.6°    Central Duration =   06m38.9s


   Instant of 
Greatest Duration:      Time =    02:29:16 UT       Lat =   25°15'N      Long =   142°06'E
      (GD)               Sun Altitude =  84.6°          Path Width = 258.2 km
                          Sun Azimuth = 157.4°    Central Duration =   06m39.5s


Links for the Total Solar Eclipse of 2009 Jul 22


Eclipse Predictions

Predictions for the Total Solar Eclipse of 2009 Jul 22 were generated using the VSOP87/ELP2000-85 solar and lunar ephemerides and a value of ΔT = 65.9 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


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