Path of the Annular Solar Eclipse of 2084 Jul 03

Fred Espenak

The following table delineates the path of the Moon's antumbral shadow during the Annular Solar Eclipse of 2084 Jul 03 . 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 .


Annular Solar Eclipse of 2084 Jul 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  58 54.8N 035 42.5E  56 13.8N 042 46.5E  57 33.9N 039 26.0E  0.934   0   -  511  03m55.5s

 00:41      -         -      64 24.8N 057 49.4E  60 52.6N 045 15.3E  0.935   4  49  497  03m58.7s
 00:42      -         -      65 23.6N 059 47.1E  62 52.9N 048 48.4E  0.936   7  52  488  04m00.7s
 00:43      -         -      66 16.8N 061 37.6E  64 20.1N 051 26.2E  0.936   9  55  480  04m02.3s
 00:44      -         -      67 05.8N 063 23.2E  65 32.2N 053 40.6E  0.936  11  57  474  04m03.5s
 00:45   63 13.6N 043 03.3E  67 51.4N 065 05.3E  66 35.3N 055 41.8E  0.937  12  59  468  04m04.6s
 00:46   65 00.3N 046 06.4E  68 34.1N 066 45.2E  67 31.9N 057 34.7E  0.937  13  61  463  04m05.6s
 00:47   66 22.8N 048 31.1E  69 14.3N 068 23.5E  68 23.8N 059 22.1E  0.937  14  63  458  04m06.6s
 00:48   67 32.8N 050 37.4E  69 52.4N 070 01.1E  69 12.0N 061 05.9E  0.938  15  65  454  04m07.4s
 00:49   68 34.8N 052 32.9E  70 28.6N 071 38.3E  69 57.0N 062 47.3E  0.938  16  67  449  04m08.2s
 00:50   69 31.0N 054 21.6E  71 03.0N 073 15.7E  70 39.4N 064 27.4E  0.938  17  69  446  04m09.0s

 00:51   70 22.8N 056 06.0E  71 35.9N 074 53.6E  71 19.5N 066 06.8E  0.938  18  71  442  04m09.7s
 00:52   71 11.1N 057 47.7E  72 07.4N 076 32.4E  71 57.6N 067 46.3E  0.938  19  73  438  04m10.4s
 00:53   71 56.5N 059 27.9E  72 37.4N 078 12.4E  72 34.0N 069 26.3E  0.939  19  75  435  04m11.1s
 00:54   72 39.4N 061 07.5E  73 06.2N 079 53.6E  73 08.6N 071 07.3E  0.939  20  77  432  04m11.7s
 00:55   73 20.1N 062 47.4E  73 33.8N 081 36.7E  73 41.8N 072 49.8E  0.939  21  79  429  04m12.3s
 00:56   73 58.9N 064 28.1E  74 00.2N 083 21.6E  74 13.5N 074 34.1E  0.939  21  81  426  04m12.9s
 00:57   74 36.0N 066 10.2E  74 25.4N 085 08.6E  74 43.9N 076 20.6E  0.939  22  83  423  04m13.5s
 00:58   75 11.4N 067 54.4E  74 49.5N 086 57.9E  75 13.0N 078 09.5E  0.939  22  85  420  04m14.1s
 00:59   75 45.4N 069 41.2E  75 12.5N 088 49.7E  75 40.9N 080 01.2E  0.939  23  88  418  04m14.6s
 01:00   76 18.0N 071 31.0E  75 34.4N 090 44.0E  76 07.6N 081 56.1E  0.940  24  90  415  04m15.1s

 01:01   76 49.3N 073 24.4E  75 55.3N 092 41.1E  76 33.0N 083 54.5E  0.940  24  92  413  04m15.6s
 01:02   77 19.3N 075 22.3E  76 15.1N 094 41.0E  76 57.4N 085 56.5E  0.940  25  95  411  04m16.1s
 01:03   77 48.0N 077 23.6E  76 33.8N 096 43.8E  77 20.6N 088 02.5E  0.940  25  97  409  04m16.5s
 01:04   78 15.5N 079 30.7E  76 51.5N 098 49.5E  77 42.6N 090 12.6E  0.940  26 100  407  04m17.0s
 01:05   78 41.8N 081 43.2E  77 08.0N 100 58.2E  78 03.4N 092 27.1E  0.940  26 102  405  04m17.4s
 01:06   79 06.8N 084 01.8E  77 23.5N 103 09.9E  78 23.1N 094 46.1E  0.940  26 105  403  04m17.8s
 01:07   79 30.6N 086 26.9E  77 37.9N 105 24.5E  78 41.5N 097 09.7E  0.940  27 108  401  04m18.2s
 01:08   79 53.1N 088 58.9E  77 51.2N 107 41.9E  78 58.8N 099 38.0E  0.940  27 111  399  04m18.6s
 01:09   80 14.3N 091 38.2E  78 03.3N 110 01.9E  79 14.8N 102 11.1E  0.941  28 114  398  04m19.0s
 01:10   80 34.2N 094 25.2E  78 14.4N 112 24.5E  79 29.5N 104 48.7E  0.941  28 117  396  04m19.3s

 01:11   80 52.7N 097 20.1E  78 24.3N 114 49.4E  79 43.0N 107 30.8E  0.941  28 120  395  04m19.7s
 01:12   81 09.7N 100 23.0E  78 33.0N 117 16.2E  79 55.1N 110 17.1E  0.941  29 123  393  04m20.0s
 01:13   81 25.1N 103 33.9E  78 40.6N 119 44.8E  80 05.9N 113 07.4E  0.941  29 126  392  04m20.3s
 01:14   81 39.1N 106 52.5E  78 47.1N 122 14.8E  80 15.3N 116 01.1E  0.941  29 130  391  04m20.7s
 01:15   81 51.3N 110 18.5E  78 52.3N 124 45.8E  80 23.3N 118 57.9E  0.941  30 133  389  04m21.0s
 01:16   82 01.9N 113 51.3E  78 56.5N 127 17.4E  80 29.9N 121 57.0E  0.941  30 137  388  04m21.2s
 01:17   82 10.8N 117 29.8E  78 59.4N 129 49.2E  80 35.1N 124 57.9E  0.941  30 140  387  04m21.5s
 01:18   82 17.8N 121 13.2E  79 01.3N 132 20.8E  80 38.9N 127 59.9E  0.941  31 144  386  04m21.8s
 01:19   82 23.1N 124 59.9E  79 02.0N 134 51.8E  80 41.3N 131 02.1E  0.941  31 147  385  04m22.0s
 01:20   82 26.5N 128 48.6E  79 01.7N 137 21.7E  80 42.3N 134 03.9E  0.941  31 151  384  04m22.3s

 01:21   82 28.2N 132 37.7E  79 00.2N 139 50.2E  80 41.9N 137 04.4E  0.941  31 154  383  04m22.5s
 01:22   82 28.0N 136 25.5E  78 57.7N 142 16.8E  80 40.2N 140 02.9E  0.941  32 158  382  04m22.8s
 01:23   82 26.1N 140 10.6E  78 54.2N 144 41.2E  80 37.2N 142 58.7E  0.941  32 161  382  04m23.0s
 01:24   82 22.6N 143 51.4E  78 49.7N 147 03.1E  80 33.0N 145 51.2E  0.942  32 164  381  04m23.2s
 01:25   82 17.4N 147 26.6E  78 44.3N 149 22.2E  80 27.5N 148 39.9E  0.942  32 168  380  04m23.4s
 01:26   82 10.7N 150 55.2E  78 37.9N 151 38.3E  80 21.0N 151 24.2E  0.942  32 171  380  04m23.5s
 01:27   82 02.5N 154 16.3E  78 30.7N 153 51.1E  80 13.3N 154 03.9E  0.942  33 174  379  04m23.7s
 01:28   81 53.1N 157 29.4E  78 22.7N 156 00.6E  80 04.6N 156 38.5E  0.942  33 177  379  04m23.9s
 01:29   81 42.3N 160 33.9E  78 13.8N 158 06.5E  79 55.0N 159 07.9E  0.942  33 180  378  04m24.0s
 01:30   81 30.5N 163 29.8E  78 04.2N 160 08.8E  79 44.4N 161 32.0E  0.942  33 183  378  04m24.2s

  
                                                                      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
  
 01:31   81 17.6N 166 16.9E  77 53.9N 162 07.4E  79 33.0N 163 50.7E  0.942  33 186  377  04m24.3s
 01:32   81 03.8N 168 55.5E  77 42.9N 164 02.4E  79 20.8N 166 04.0E  0.942  33 189  377  04m24.4s
 01:33   80 49.1N 171 25.6E  77 31.3N 165 53.7E  79 07.8N 168 11.9E  0.942  34 191  377  04m24.5s
 01:34   80 33.6N 173 47.7E  77 19.0N 167 41.3E  78 54.2N 170 14.6E  0.942  34 194  376  04m24.6s
 01:35   80 17.4N 176 02.0E  77 06.2N 169 25.4E  78 39.9N 172 12.2E  0.942  34 196  376  04m24.7s
 01:36   80 00.6N 178 09.0E  76 52.9N 171 05.9E  78 25.1N 174 04.8E  0.942  34 199  376  04m24.8s
 01:37   79 43.1N 179 50.9W  76 39.0N 172 43.0E  78 09.7N 175 52.7E  0.942  34 201  376  04m24.9s
 01:38   79 25.2N 177 57.3W  76 24.7N 174 16.7E  77 53.8N 177 36.0E  0.942  34 203  376  04m25.0s
 01:39   79 06.8N 176 09.8W  76 10.0N 175 47.2E  77 37.4N 179 14.8E  0.942  34 206  376  04m25.0s
 01:40   78 48.0N 174 28.0W  75 54.8N 177 14.5E  77 20.6N 179 10.4W  0.942  34 208  376  04m25.1s

 01:41   78 28.7N 172 51.5W  75 39.2N 178 38.8E  77 03.4N 177 39.7W  0.942  34 210  376  04m25.1s
 01:42   78 09.1N 171 19.9W  75 23.3N 179 59.8W  76 45.8N 176 12.8W  0.942  34 212  376  04m25.1s
 01:43   77 49.2N 169 53.0W  75 07.0N 178 41.2W  76 27.9N 174 49.4W  0.942  34 214  376  04m25.2s
 01:44   77 29.0N 168 30.2W  74 50.3N 177 25.3W  76 09.6N 173 29.4W  0.942  34 216  376  04m25.2s
 01:45   77 08.5N 167 11.5W  74 33.4N 176 11.9W  75 51.1N 172 12.6W  0.942  34 217  377  04m25.2s
 01:46   76 47.8N 165 56.3W  74 16.2N 175 01.0W  75 32.2N 170 58.8W  0.942  34 219  377  04m25.2s
 01:47   76 26.9N 164 44.6W  73 58.7N 173 52.5W  75 13.1N 169 47.9W  0.942  35 221  377  04m25.1s
 01:48   76 05.7N 163 36.1W  73 40.9N 172 46.1W  74 53.8N 168 39.6W  0.942  35 223  378  04m25.1s
 01:49   75 44.3N 162 30.5W  73 22.9N 171 41.9W  74 34.2N 167 33.8W  0.942  34 224  378  04m25.1s
 01:50   75 22.8N 161 27.6W  73 04.6N 170 39.8W  74 14.4N 166 30.5W  0.942  34 226  378  04m25.0s

 01:51   75 01.0N 160 27.2W  72 46.1N 169 39.5W  73 54.4N 165 29.4W  0.942  34 227  379  04m25.0s
 01:52   74 39.2N 159 29.1W  72 27.4N 168 41.1W  73 34.2N 164 30.3W  0.942  34 229  379  04m24.9s
 01:53   74 17.1N 158 33.3W  72 08.5N 167 44.4W  73 13.8N 163 33.3W  0.942  34 230  380  04m24.8s
 01:54   73 54.9N 157 39.4W  71 49.4N 166 49.4W  72 53.3N 162 38.1W  0.942  34 232  381  04m24.8s
 01:55   73 32.6N 156 47.5W  71 30.1N 165 56.0W  72 32.5N 161 44.6W  0.942  34 233  381  04m24.7s
 01:56   73 10.1N 155 57.3W  71 10.6N 165 04.0W  72 11.6N 160 52.8W  0.942  34 235  382  04m24.6s
 01:57   72 47.5N 155 08.7W  70 50.9N 164 13.4W  71 50.5N 160 02.6W  0.942  34 236  383  04m24.5s
 01:58   72 24.8N 154 21.6W  70 31.0N 163 24.2W  71 29.3N 159 13.8W  0.942  34 237  383  04m24.4s
 01:59   72 01.9N 153 35.9W  70 11.0N 162 36.3W  71 07.9N 158 26.3W  0.942  34 239  384  04m24.2s
 02:00   71 38.9N 152 51.5W  69 50.9N 161 49.5W  70 46.4N 157 40.2W  0.942  34 240  385  04m24.1s

  
                                                                      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
  
 02:01   71 15.8N 152 08.3W  69 30.5N 161 03.9W  70 24.8N 156 55.2W  0.942  34 241  386  04m24.0s
 02:02   70 52.6N 151 26.3W  69 10.0N 160 19.3W  70 03.0N 156 11.4W  0.942  34 242  387  04m23.8s
 02:03   70 29.2N 150 45.2W  68 49.4N 159 35.8W  69 41.0N 155 28.6W  0.942  33 244  388  04m23.7s
 02:04   70 05.8N 150 05.2W  68 28.5N 158 53.2W  69 18.9N 154 46.8W  0.942  33 245  389  04m23.5s
 02:05   69 42.2N 149 26.0W  68 07.6N 158 11.5W  68 56.7N 154 05.9W  0.942  33 246  390  04m23.3s
 02:06   69 18.4N 148 47.6W  67 46.5N 157 30.7W  68 34.3N 153 25.8W  0.942  33 247  391  04m23.1s
 02:07   68 54.6N 148 10.0W  67 25.2N 156 50.6W  68 11.8N 152 46.6W  0.942  33 248  392  04m22.9s
 02:08   68 30.6N 147 33.1W  67 03.8N 156 11.3W  67 49.2N 152 08.1W  0.942  33 249  394  04m22.7s
 02:09   68 06.5N 146 56.8W  66 42.2N 155 32.7W  67 26.4N 151 30.3W  0.942  33 251  395  04m22.5s
 02:10   67 42.2N 146 21.1W  66 20.5N 154 54.8W  67 03.4N 150 53.2W  0.942  32 252  396  04m22.3s

 02:11   67 17.8N 145 46.0W  65 58.6N 154 17.5W  66 40.3N 150 16.6W  0.942  32 253  398  04m22.1s
 02:12   66 53.2N 145 11.2W  65 36.6N 153 40.7W  66 17.1N 149 40.6W  0.942  32 254  399  04m21.8s
 02:13   66 28.5N 144 37.0W  65 14.5N 153 04.5W  65 53.7N 149 05.1W  0.941  32 255  400  04m21.6s
 02:14   66 03.7N 144 03.0W  64 52.1N 152 28.8W  65 30.2N 148 30.0W  0.941  31 256  402  04m21.3s
 02:15   65 38.7N 143 29.4W  64 29.6N 151 53.5W  65 06.5N 147 55.4W  0.941  31 257  404  04m21.1s
 02:16   65 13.5N 142 56.1W  64 07.0N 151 18.7W  64 42.6N 147 21.1W  0.941  31 258  405  04m20.8s
 02:17   64 48.1N 142 23.0W  63 44.1N 150 44.2W  64 18.6N 146 47.1W  0.941  31 259  407  04m20.5s
 02:18   64 22.5N 141 50.1W  63 21.2N 150 10.1W  63 54.4N 146 13.4W  0.941  30 260  409  04m20.2s
 02:19   63 56.8N 141 17.3W  62 58.0N 149 36.2W  63 30.0N 145 40.0W  0.941  30 261  410  04m19.9s
 02:20   63 30.8N 140 44.7W  62 34.6N 149 02.7W  63 05.4N 145 06.7W  0.941  30 262  412  04m19.6s

 02:21   63 04.7N 140 12.0W  62 11.1N 148 29.3W  62 40.6N 144 33.7W  0.941  30 263  414  04m19.3s
 02:22   62 38.3N 139 39.4W  61 47.4N 147 56.2W  62 15.6N 144 00.7W  0.941  29 264  416  04m19.0s
 02:23   62 11.6N 139 06.7W  61 23.4N 147 23.2W  61 50.4N 143 27.8W  0.941  29 265  418  04m18.7s
 02:24   61 44.7N 138 33.9W  60 59.3N 146 50.3W  61 25.0N 142 55.0W  0.941  29 266  420  04m18.3s
 02:25   61 17.6N 138 01.0W  60 35.0N 146 17.6W  60 59.3N 142 22.1W  0.941  28 267  422  04m17.9s
 02:26   60 50.1N 137 27.9W  60 10.4N 145 44.8W  60 33.4N 141 49.2W  0.941  28 268  424  04m17.6s
 02:27   60 22.3N 136 54.5W  59 45.6N 145 12.1W  60 07.3N 141 16.2W  0.941  27 269  426  04m17.2s
 02:28   59 54.2N 136 20.8W  59 20.5N 144 39.4W  59 40.8N 140 43.0W  0.940  27 270  429  04m16.8s
 02:29   59 25.8N 135 46.7W  58 55.2N 144 06.6W  59 14.1N 140 09.7W  0.940  27 270  431  04m16.4s
 02:30   58 57.0N 135 12.2W  58 29.7N 143 33.7W  58 47.0N 139 36.1W  0.940  26 271  433  04m16.0s

  
                                                                      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
  
 02:31   58 27.8N 134 37.1W  58 03.8N 143 00.6W  58 19.7N 139 02.3W  0.940  26 272  436  04m15.6s
 02:32   57 58.1N 134 01.4W  57 37.7N 142 27.4W  57 52.0N 138 28.0W  0.940  25 273  438  04m15.2s
 02:33   57 28.0N 133 25.1W  57 11.2N 141 53.9W  57 23.9N 137 53.4W  0.940  25 274  441  04m14.7s
 02:34   56 57.4N 132 48.0W  56 44.4N 141 20.0W  56 55.4N 137 18.2W  0.940  24 275  443  04m14.3s
 02:35   56 26.2N 132 09.9W  56 17.3N 140 45.9W  56 26.4N 136 42.6W  0.940  24 276  446  04m13.8s
 02:36   55 54.4N 131 30.8W  55 49.8N 140 11.3W  55 57.1N 136 06.2W  0.940  23 277  449  04m13.3s
 02:37   55 21.9N 130 50.6W  55 21.9N 139 36.3W  55 27.2N 135 29.1W  0.939  23 278  451  04m12.8s
 02:38   54 48.6N 130 09.0W  54 53.5N 139 00.7W  54 56.7N 134 51.2W  0.939  22 279  454  04m12.3s
 02:39   54 14.5N 129 25.9W  54 24.7N 138 24.5W  54 25.7N 134 12.4W  0.939  22 279  457  04m11.8s
 02:40   53 39.5N 128 41.0W  53 55.4N 137 47.5W  53 54.0N 133 32.4W  0.939  21 280  460  04m11.2s

 02:41   53 03.4N 127 54.0W  53 25.6N 137 09.8W  53 21.6N 132 51.2W  0.939  20 281  463  04m10.6s
 02:42   52 26.0N 127 04.6W  52 55.1N 136 31.2W  52 48.4N 132 08.6W  0.939  20 282  466  04m10.1s
 02:43   51 47.3N 126 12.3W  52 24.1N 135 51.5W  52 14.4N 131 24.4W  0.939  19 283  469  04m09.4s
 02:44   51 06.7N 125 16.6W  51 52.3N 135 10.7W  51 39.3N 130 38.3W  0.938  18 284  472  04m08.8s
 02:45   50 24.2N 124 16.6W  51 19.8N 134 28.5W  51 03.0N 129 50.0W  0.938  17 285  475  04m08.1s
 02:46   49 39.0N 123 11.2W  50 46.3N 133 44.7W  50 25.5N 128 59.2W  0.938  17 286  478  04m07.5s
 02:47   48 50.5N 121 58.9W  50 12.0N 132 59.3W  49 46.3N 128 05.3W  0.938  16 287  482  04m06.7s
 02:48   47 57.5N 120 36.8W  49 36.5N 132 11.7W  49 05.4N 127 07.6W  0.937  15 288  485  04m06.0s
 02:49   46 57.8N 119 00.4W  48 59.7N 131 21.8W  48 22.1N 126 05.4W  0.937  14 289  488  04m05.1s
 02:50   45 46.6N 116 59.2W  48 21.5N 130 29.0W  47 36.1N 124 57.3W  0.937  13 290  491  04m04.3s

 02:51   44 07.9N 113 57.2W  47 41.6N 129 32.8W  46 46.3N 123 41.4W  0.937  11 291  495  04m03.3s
 02:52      -         -      46 59.6N 128 32.4W  45 51.3N 122 14.5W  0.936  10 293  498  04m02.2s
 02:53      -         -      46 15.0N 127 26.8W  44 48.5N 120 30.7W  0.936   8 294  501  04m01.0s
 02:54      -         -      45 27.0N 126 14.3W  43 31.0N 118 15.2W  0.935   6 296  505  03m59.4s
 02:55      -         -      44 34.6N 124 52.5W  41 24.2N 114 11.8W  0.934   2 299  508  03m56.9s

 Limits  41 57.7N 109 27.2W  38 36.0N 113 50.6W  40 14.8N 111 44.5W  0.934   0   -  509  03m55.5s

ΔT = 166.8 seconds


Annular Solar Eclipse of 2084 Jul 03


Solar Eclipse Links


Acknowledgments

Predictions for the Annular Solar Eclipse of 2084 Jul 03 were generated using the VSOP87/ELP2000-82 solar and lunar ephemerides and a value of ΔT = 166.8 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