SOLAR ECLIPSES ON CHRISTMAS
Are listed all solar eclipses on Christmas Day, from the year 0 to 3000
The longest total solar eclipses
The longest annular solar eclipses
Solar eclipses with greatest magnitude
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)