Path of the Total Solar Eclipse of 0033 Mar 19

Fred Espenak

The following table delineates the path of the Moon's umbral shadow during the Total Solar Eclipse of 0033 Mar 19 . 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 .


Total Solar Eclipse of 0033 Mar 19

  
                                                                      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  74 18.3S 056 37.2W  76 13.8S 057 55.2W  75 15.6S 057 14.4W  1.045   0   -  218  02m24.5s
 09:40   72 33.2S 018 39.2W  76 19.5S 049 13.0W  74 28.8S 027 21.9W  1.047   8  66  222  02m40.7s

 09:42   71 02.6S 008 45.9W  74 53.1S 020 09.9W  72 53.8S 013 07.9W  1.049  12  51  224  02m50.4s
 09:44   69 36.0S 001 52.3W  73 14.6S 008 02.5W  71 21.5S 004 21.5W  1.050  15  42  226  02m57.5s
 09:46   68 13.6S 003 23.2E  71 40.5S 000 07.2W  69 53.7S 001 57.0E  1.051  18  36  228  03m03.5s
 09:48   66 54.9S 007 36.3E  70 11.4S 005 41.7E  68 30.2S 006 49.8E  1.051  20  30  229  03m08.8s
 09:50   65 39.6S 011 06.5E  68 46.9S 010 14.4E  67 10.7S 010 46.8E  1.052  22  26  230  03m13.5s
 09:52   64 27.3S 014 05.5E  67 26.6S 013 56.6E  65 54.7S 014 04.8E  1.052  24  22  231  03m17.8s
 09:54   63 17.7S 016 40.7E  66 09.8S 017 03.0E  64 41.8S 016 53.9E  1.053  25  19  232  03m21.7s
 09:56   62 10.4S 018 57.5E  64 56.3S 019 42.9E  63 31.6S 019 21.2E  1.053  27  16  234  03m25.4s
 09:58   61 05.4S 020 59.4E  63 45.5S 022 02.4E  62 23.9S 021 31.2E  1.054  28  13  235  03m28.8s
 10:00   60 02.2S 022 49.3E  62 37.2S 024 06.0E  61 18.3S 023 27.5E  1.054  30  10  236  03m32.0s

 10:02   59 00.8S 024 29.2E  61 31.1S 025 56.7E  60 14.7S 025 12.4E  1.054  31   8  237  03m35.0s
 10:04   58 01.0S 026 00.6E  60 27.0S 027 36.8E  59 12.9S 026 48.0E  1.055  32   5  238  03m37.8s
 10:06   57 02.6S 027 25.0E  59 24.8S 029 08.1E  58 12.7S 028 15.7E  1.055  33   3  239  03m40.4s
 10:08   56 05.6S 028 43.2E  58 24.2S 030 32.1E  57 13.9S 029 36.7E  1.055  34   1  240  03m42.9s
 10:10   55 09.9S 029 56.2E  57 25.1S 031 49.8E  56 16.6S 030 52.0E  1.055  35 359  241  03m45.2s
 10:12   54 15.3S 031 04.6E  56 27.4S 033 02.1E  55 20.5S 032 02.3E  1.056  36 357  242  03m47.4s
 10:14   53 21.7S 032 09.0E  55 30.9S 034 09.8E  54 25.6S 033 08.3E  1.056  37 355  244  03m49.4s
 10:16   52 29.2S 033 09.8E  54 35.7S 035 13.4E  53 31.7S 034 10.5E  1.056  38 353  245  03m51.3s
 10:18   51 37.5S 034 07.5E  53 41.6S 036 13.5E  52 38.9S 035 09.4E  1.056  38 351  246  03m53.1s
 10:20   50 46.8S 035 02.5E  52 48.4S 037 10.5E  51 47.0S 036 05.3E  1.056  39 349  247  03m54.8s

 10:22   49 56.9S 035 54.9E  51 56.3S 038 04.7E  50 56.0S 036 58.7E  1.057  40 347  248  03m56.3s
 10:24   49 07.7S 036 45.2E  51 05.0S 038 56.5E  50 05.8S 037 49.7E  1.057  40 345  249  03m57.7s
 10:26   48 19.2S 037 33.6E  50 14.6S 039 46.1E  49 16.4S 038 38.7E  1.057  41 343  251  03m59.0s
 10:28   47 31.4S 038 20.2E  49 24.9S 040 33.9E  48 27.7S 039 25.9E  1.057  41 341  252  04m00.2s
 10:30   46 44.3S 039 05.3E  48 36.0S 041 19.9E  47 39.7S 040 11.5E  1.057  42 339  253  04m01.3s
 10:32   45 57.8S 039 48.9E  47 47.8S 042 04.5E  46 52.4S 040 55.6E  1.057  42 337  255  04m02.3s
 10:34   45 11.8S 040 31.4E  47 00.3S 042 47.7E  46 05.6S 041 38.5E  1.057  43 335  256  04m03.1s
 10:36   44 26.4S 041 12.7E  46 13.3S 043 29.7E  45 19.5S 042 20.2E  1.057  43 334  257  04m03.9s
 10:38   43 41.5S 041 53.1E  45 27.0S 044 10.7E  44 33.9S 043 00.9E  1.057  43 332  259  04m04.5s
 10:40   42 57.1S 042 32.6E  44 41.2S 044 50.9E  43 48.8S 043 40.7E  1.058  43 330  260  04m05.1s

 10:42   42 13.1S 043 11.4E  43 55.9S 045 30.2E  43 04.2S 044 19.7E  1.058  44 328  261  04m05.5s
 10:44   41 29.6S 043 49.5E  43 11.2S 046 08.8E  42 20.1S 044 58.1E  1.058  44 326  263  04m05.9s
 10:46   40 46.5S 044 27.1E  42 26.9S 046 46.9E  41 36.5S 045 36.0E  1.058  44 324  264  04m06.1s
 10:48   40 03.9S 045 04.2E  41 43.1S 047 24.5E  40 53.2S 046 13.4E  1.058  44 323  265  04m06.2s
 10:50   39 21.6S 045 40.9E  40 59.7S 048 01.8E  40 10.4S 046 50.3E  1.058  44 321  267  04m06.3s
 10:52   38 39.6S 046 17.4E  40 16.7S 048 38.7E  39 27.9S 047 27.0E  1.058  44 319  268  04m06.2s
 10:54   37 58.0S 046 53.6E  39 34.1S 049 15.4E  38 45.9S 048 03.5E  1.058  44 317  270  04m06.0s
 10:56   37 16.8S 047 29.7E  38 51.9S 049 52.0E  38 04.2S 048 39.9E  1.058  44 315  271  04m05.8s
 10:58   36 35.8S 048 05.8E  38 10.1S 050 28.6E  37 22.8S 049 16.2E  1.058  44 314  272  04m05.4s
 11:00   35 55.2S 048 41.8E  37 28.6S 051 05.2E  36 41.7S 049 52.5E  1.057  43 312  274  04m04.9s

 11:02   35 14.9S 049 18.0E  36 47.4S 051 41.9E  36 00.9S 050 29.0E  1.057  43 310  275  04m04.3s
 11:04   34 34.8S 049 54.3E  36 06.5S 052 18.8E  35 20.5S 051 05.6E  1.057  43 309  277  04m03.7s
 11:06   33 55.0S 050 30.9E  35 25.9S 052 56.0E  34 40.3S 051 42.5E  1.057  43 307  278  04m02.9s
 11:08   33 15.4S 051 07.8E  34 45.6S 053 33.6E  34 00.4S 052 19.7E  1.057  42 305  279  04m02.0s
 11:10   32 36.1S 051 45.1E  34 05.5S 054 11.6E  33 20.7S 052 57.4E  1.057  42 304  280  04m01.0s
 11:12   31 57.0S 052 22.9E  33 25.7S 054 50.2E  32 41.3S 053 35.6E  1.057  42 302  281  03m59.9s
 11:14   31 18.1S 053 01.3E  32 46.2S 055 29.4E  32 02.1S 054 14.3E  1.057  41 301  283  03m58.7s
 11:16   30 39.5S 053 40.3E  32 06.8S 056 09.4E  31 23.1S 054 53.8E  1.057  40 299  284  03m57.4s
 11:18   30 01.0S 054 20.1E  31 27.7S 056 50.2E  30 44.3S 055 34.1E  1.057  40 298  285  03m56.0s
 11:20   29 22.7S 055 00.8E  30 48.8S 057 32.0E  30 05.7S 056 15.3E  1.056  39 296  285  03m54.4s

 11:22   28 44.6S 055 42.5E  30 10.1S 058 14.8E  29 27.3S 056 57.6E  1.056  39 295  286  03m52.8s
 11:24   28 06.7S 056 25.2E  29 31.6S 058 58.9E  28 49.1S 057 41.0E  1.056  38 293  287  03m51.0s
 11:26   27 28.9S 057 09.2E  28 53.2S 059 44.5E  28 11.0S 058 25.7E  1.056  37 292  287  03m49.1s
 11:28   26 51.3S 057 54.6E  28 15.0S 060 31.5E  27 33.1S 059 11.9E  1.056  36 291  287  03m47.1s
 11:30   26 13.8S 058 41.6E  27 36.9S 061 20.4E  26 55.4S 059 59.8E  1.055  35 289  287  03m44.9s
 11:32   25 36.4S 059 30.4E  26 59.0S 062 11.2E  26 17.7S 060 49.5E  1.055  35 288  287  03m42.6s
 11:34   24 59.2S 060 21.1E  26 21.1S 063 04.3E  25 40.2S 061 41.4E  1.055  34 287  287  03m40.2s
 11:36   24 22.1S 061 14.1E  25 43.4S 064 00.0E  25 02.8S 062 35.6E  1.055  33 286  286  03m37.6s
 11:38   23 45.0S 062 09.6E  25 05.8S 064 58.7E  24 25.4S 063 32.6E  1.054  31 284  285  03m34.8s
 11:40   23 08.1S 063 08.1E  24 28.2S 066 00.7E  23 48.2S 064 32.8E  1.054  30 283  284  03m31.9s

 11:42   22 31.2S 064 09.8E  23 50.7S 067 06.7E  23 11.0S 065 36.5E  1.053  29 282  282  03m28.7s
 11:44   21 54.3S 065 15.5E  23 13.2S 068 17.4E  22 33.8S 066 44.5E  1.053  28 281  280  03m25.4s
 11:46   21 17.5S 066 25.7E  22 35.6S 069 33.6E  21 56.7S 067 57.5E  1.053  26 280  277  03m21.8s
 11:48   20 40.7S 067 41.3E  21 58.1S 070 56.7E  21 19.6S 069 16.5E  1.052  25 279  274  03m18.0s
 11:50   20 03.9S 069 03.5E  21 20.4S 072 28.4E  20 42.4S 070 43.0E  1.052  23 278  271  03m13.9s
 11:52   19 27.0S 070 33.9E  20 42.6S 074 11.2E  20 05.1S 072 18.9E  1.051  21 277  267  03m09.4s
 11:54   18 50.1S 072 14.7E  20 04.5S 076 09.2E  19 27.6S 074 07.3E  1.050  19 276  262  03m04.4s
 11:56   18 13.0S 074 09.8E  19 26.0S 078 29.7E  18 49.9S 076 13.2E  1.050  17 274  256  02m58.8s
 11:58   17 35.5S 076 25.3E  18 46.6S 081 28.8E  18 11.6S 078 46.0E  1.049  14 273  249  02m52.2s
 12:00   16 57.5S 079 14.3E  18 05.0S 086 01.1E  17 32.3S 082 09.0E  1.048  10 272  239  02m44.0s

 12:02   16 18.3S 083 14.3E     -         -      16 49.3S 088 26.7E  1.046   4 270  223  02m30.2s

 Limits  15 42.5S 091 43.8E  17 37.9S 092 24.0E  16 39.7S 092 03.5E  1.044   0   -  214  02m23.2s

ΔT = 10202.4 seconds


Return To Solar Eclipses of Historical Interest


Acknowledgments

Predictions for the Total Solar Eclipse of 0033 Mar 19 were generated using the VSOP87/ELP2000-82 solar and lunar ephemerides and a value of ΔT = 10202.4 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

2009 Jun 11