SOLAR ECLIPSES ON CHRISTMAS

Are listed all solar eclipses on Christmas Day, from the year 0 to 3000



             TD of
Calendar   Greatest     DT    Luna   Saros Ecl.           Ecl.                Sun Sun Path Central
  Date      Eclipse     s     Num    Num  Type  Gamma     Mag.   Lat.   Long. Alt Azm Width Dur.
                                                                  ░      ░    ░    ░   km

0018 Dec 26  02:19:23  10344 -24502   61   A   -0.7515  0.9167  71.7S 153.7W  41 339  483  06m56s
0037 Dec 25  12:47:35  10155 -24267   71   A   -0.0458  0.9626  26.4S  31.9E  87 353  136  04m15s
0056 Dec 25  07:16:33   9969 -24032   81   T    0.6386  1.0163  15.9N 108.9E  50 173   73  01m40s
0455 Dec 24  22:01:42   6114 -19097   68   P    1.1551  0.7163  66.2N 115.2W   0 188             
0474 Dec 24  22:31:52   5927 -18862   78   T    0.5039  1.0332   6.7N 130.4W  60 183  129  03m20s
0493 Dec 24  19:30:00   5741 -18627   88   Am  -0.1813  0.9831  34.1S  88.2W  79   4   61  01m43s
0520 Dec 26  00:48:33   5476 -18293   69   P   -1.2721  0.4969  65.1S   9.0W   0 199             
0539 Dec 26  11:34:40   5291 -18058   79   A   -0.6305  0.9188  62.0S  41.4E  51 343  398  07m26s
0558 Dec 25  18:39:21   5107 -17823   89   A    0.0427  0.9263  21.2S  77.7W  88 171  278  09m41s
0577 Dec 25  06:39:51   4925 -17588   99   A    0.7194  0.9691  22.2N  95.2E  44 172  160  03m30s
0596 Dec 25  02:38:01   4744 -17353  109   P    1.3467  0.3584  65.2N 141.2E   0 161             
1014 Dec 24  18:08:45   1481 -12183  106   T   -0.2153  1.0272  35.9S  85.3W  77   2   95  02m25s
1033 Dec 24  13:51:14   1383 -11948  116   A   -0.9418  0.9609  85.6S 179.6W  19 159  434  02m24s
1041 Dec 26  01:19:06   1343 -11849   87   P   -1.1695  0.6835  64.8S  37.3W   0 202             
1060 Dec 25  18:38:02   1251 -11614   97   A   -0.5234  0.9511  54.2S  83.7W  58 344  211  04m26s
1079 Dec 26  04:06:10   1165 -11379  107   A    0.1559  0.9185  14.4S 123.0E  81 170  313  11m18s
1098 Dec 25  11:30:26   1084 -11144  117   A    0.8201  0.9263  31.4N   3.5E  35 169  483  08m53s
1117 Dec 25  01:07:37   1007 -10909  127   P    1.4469  0.1867  64.9N 144.7E   0 158             
1554 Dec 24  13:45:21    146  -5504  134   T   -0.9341  1.0075  87.5S 159.2E  20 176   75  00m25s
1562 Dec 25  21:58:40    140  -5405  105   P   -1.0990  0.8217  64.6S   4.6E   0 205             
1581 Dec 25  20:35:20    128  -5170  115   A   -0.4567  0.9993  49.4S 118.5W  63 343    3  00m04s
1582 Dec 25  04:08:39    127  -5158  125   A    0.2457  0.9459   9.4S 116.8E  76 173  206  07m02s
1628 Dec 25  15:08:47     81  -4589  116   A    0.6265  0.9153  15.4N  44.0W  51 184  413  12m02s
1647 Dec 26  00:38:35     52  -4354  126   A   -0.0675  0.9535  27.4S 170.6E  86   4  170  05m25s
1666 Dec 25  17:59:16     27  -4119  136   H   -0.7452  1.0058  71.6S  98.3W  42  11   30  00m24s
1685 Dec 25  17:22:35     11  -3884  146   P   -1.3710  0.3102  66.4S 108.3E   0 172             
1935 Dec 25  17:59:52     24   -792  121   A   -0.9228  0.9752  83.5S   9.4E  22 258  234  01m30s
1954 Dec 25  07:36:42     31   -557  131   A   -0.2576  0.9323  38.4S  68.2E  75 352  262  07m39s
2000 Dec 25  17:35:57     64     12  122   P    1.1367  0.7228  66.3N  74.1W   0 189             
2038 Dec 26  01:00:10     84    482  142   T   -0.2881  1.0268  40.3S 164.0E  73   5   95  02m18s
2057 Dec 26  01:14:35    109    717  152   T   -0.9405  1.0348  84.9S  21.8E  19 141  355  01m50s
2307 Dec 25  23:24:23    740   3809  127   P   -1.4089  0.2585  65.7S   5.1W   0 195             
2326 Dec 25  10:36:53    801   4044  137   A   -0.7774  0.9182  73.6S  43.3E  39 337  496  06m39s
2383 Dec 25  00:57:04    995   4749  167   P    1.2144  0.6033  65.8N 153.2E   0 165             
2429 Dec 26  09:07:20   1168   5318  158   T   -0.5035  1.0397  53.7S  44.9E  60   6  155  02m57s
2448 Dec 26  07:10:41   1243   5553  168   P   -1.2190  0.5918  66.5S  94.2W   0 172             
2698 Dec 24  13:21:08   2445   8645  143   P   -1.3014  0.4485  65.8S 152.7E   0 195             
2717 Dec 24  20:58:06   2553   8880  153   A   -0.6210  0.9329  61.5S 115.6W  51 347  321  06m00s
2755 Dec 25  08:32:19   2775   9350  173   T    0.7595  1.0335  26.0N  57.3E  40 173  174  03m05s
2774 Dec 25  09:06:23   2890   9585  183   P    1.4050  0.2469  65.8N  38.4E   0 165             
2820 Dec 26  13:08:54   3177  10154  174   A   -0.7709  0.9725  73.7S  13.7W  39  11  156  01m59s


 Calendar     Calendar Date at instant of Greatest Eclipse.
   Date       Gregorian Calendar is used for dates after 1582 Oct 15.
              Julian Calendar is used for dates before 1582 Oct 04.

    TD of     Dynamical Time (TD) of Greatest Eclipse, the instant
  Greatest    when the axis of the Moon's shadow cone passes closest
  Eclipse     to Earth's center.

    DT        Delta T (?T) is the arithmetic difference between
              Dynamical Time and Universal Time. It is a measure of
              the accumulated clock error due to the variable
              rotation period of Earth.

   Luna       Lunation Number is the number of synodic months since
    Num       New Moon of 2000 Jan 06. The Brown Lunation Number
              can be determined by adding 953.

   Saros      Saros series number of eclipse.
    Num       (Each eclipse in a Saros is separated by an interval
               of 18 years 11.3 days.)

   Ecl.       Eclipse Type where:
   Type         P  = Partial Eclipse.
                A  = Annular Eclipse.
                T  = Total Eclipse.
                H  = Hybrid or Annular/Total Eclipse.

              Second character in Eclipse Type:
                "m" = Middle eclipse of Saros series.
                "n" = Central eclipse with no northern limit.
                "s" = Central eclipse with no southern limit.
                "+" = Non-central eclipse with no northern limit.
                "-" = Non-central eclipse with no southern limit.
                "2" = Hybrid path begins total and ends annular.
                "3" = Hybrid path begins annular and ends total.
                "b" = Saros series begins (first eclipse in series).
                "e" = Saros series ends (last eclipse in series).

   Gamma      Distance of the shadow cone axis from the center
              of Earth (units of equatorial radii) at the
              instant of greatest eclipse.

   Ecl.       Eclipse magnitude is the fraction of the Sun's
   Mag.       diameter obscured by the Moon. For annular, total and
              hybrid eclipses, this value is actually the diameter
              ratio of Moon/Sun.


   Lat.       Latitude where greatest eclipse is seen.

   Long.      Longitude where greatest eclipse is seen.

   Sun        Sun's altitude at greatest eclipse.
   Alt

   Sun        Sun's azimuth at greatest eclipse.
   Azm

   Path       Width of the path of totality or annularity
  Width       at greatest eclipse (kilometers).

 Central      Central Line Duration of total or annular phase
   Dur.       at greatest eclipse.

Dati fonte Nasa (C)

The longest total solar eclipses

The longest annular solar eclipses

Solar eclipses with greatest magnitude

Hybrid solar eclipses

Solar eclipses with wide path

Solar eclipses with narrow path

Solar eclipses