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Such an eclipse is both total and annular along different sections of its umbral path.(See: Five Millennium Catalog of Hybrid Solar Eclipses) [2] The terms BCE and CE are abbreviations for "Before Common Era" and "Common Era," respectively.For eclipses from -1999 to 3000, the in the first column serves as a link to a global map of Earth showing the geographic visibility of each eclipse. Historians should note there is a difference of one year between astronomical dates and BCE dates.The date and time of the eclipse are given at the instant of greatest eclipse[4] in Terrestrial Dynamical Time. s ° ° ° ° km 07142 1008 May 08 1547 -12265 112 T -0.6940 1.0734 25.1S 176.0E 46 350 330 06m22s 07184 1026 May 19 1457 -12042 112 T -0.6251 1.0758 17.8S 59.0E 51 355 314 06m52s 07206 1035 May 10 1412 -11931 93 T -0.6762 1.0703 21.4S 64.2E 47 340 307 06m00s 07226 1044 May 29 1367 -11819 112 T -0.5525 1.0775 11.1S 56.0W 56 359 300 07m12s 07270 1062 Jun 09 1278 -11596 112 T -0.4793 1.0781 5.2S 170.1W 61 3 287 07m20s 07314 1080 Jun 20 1188 -11373 112 T -0.4047 1.0779 0.2S 77.0E 66 7 275 07m18s 07359 1098 Jul 01 1098 -11150 112 T -0.3320 1.0768 3.8N 35.8W 71 11 263 07m05s 07405 1116 Jul 11 1025 -10927 112 T -0.2594 1.0748 6.8N 147.9W 75 15 251 06m46s 07450 1134 Jul 23 953 -10704 112 T -0.1910 1.0720 8.6N 99.1E 79 19 238 06m22s 07620 1202 May 23 736 -9865 105 T -0.2801 1.0643 6.0N 124.7E 74 346 219 06m02s 07666 1220 Jun 02 682 -9642 105 T -0.3546 1.0670 2.6N 13.7E 69 350 234 06m24s 07712 1238 Jun 13 628 -9419 105 T -0.4280 1.0689 1.7S 98.2W 65 354 248 06m38s 07757 1256 Jun 24 577 -9196 105 T -0.5023 1.0698 7.0S 149.4E 60 359 263 06m42s 07759 1257 Jun 13 574 -9184 115 T 0.2409 1.0765 37.6N 112.8W 76 173 255 06m11s 07801 1274 Jul 05 530 -8973 105 T -0.5742 1.0700 13.0S 35.5E 55 3 278 06m35s 07803 1275 Jun 25 528 -8961 115 T 0.1668 1.0752 33.0N 137.5E 80 178 247 06m21s 07844 1292 Jul 15 484 -8750 105 T -0.6450 1.0692 19.9S 79.7W 50 7 295 06m17s 07846 1293 Jul 05 481 -8738 115 T 0.0933 1.0730 27.5N 26.6E 84 183 238 06m24s 07888 1311 Jul 16 444 -8515 115 Tm 0.0216 1.0700 21.4N 85.5W 89 186 228 06m20s 07929 1329 Jul 27 412 -8292 115 T -0.0471 1.0662 14.9N 160.9E 87 11 217 06m08s 07962 1344 Apr 13 385 -8110 118 T -0.4200 1.0695 12.0S 85.5W 65 345 249 06m15s 08004 1362 Apr 25 356 -7887 118 T -0.3611 1.0717 5.2S 155.8E 69 348 249 06m37s 08045 1380 May 05 327 -7664 118 T -0.2973 1.0732 1.5N 39.1E 73 351 249 06m52s 08086 1398 May 16 299 -7441 118 T -0.2294 1.0741 7.7N 75.8W 77 355 247 06m59s 08126 1416 May 27 273 -7218 118 T -0.1584 1.0742 13.5N 170.9E 81 359 244 06m56s 08166 1434 Jun 07 248 -6995 118 T -0.0847 1.0735 18.7N 59.2E 85 3 239 06m45s 08206 1452 Jun 17 224 -6772 118 Tm -0.0102 1.0719 23.0N 51.4W 90 10 234 06m26s 08245 1470 Jun 28 206 -6549 118 T 0.0650 1.0695 26.4N 161.1W 86 192 227 06m02s 08482 1574 May 20 123 -5264 111 T -0.6763 1.0694 19.7S 3.7E 47 346 305 06m09s 08502 1583 Jun 19 118 -5152 130 T -0.5581 1.0667 10.4S 116.9W 56 4 262 06m23s 08523 1592 Jun 09 113 -5041 111 T -0.7465 1.0705 24.7S 110.4W 42 350 344 06m11s 08525 1593 May 30 112 -5029 121 T -0.0106 1.0696 21.4N 17.1W 90 342 227 06m08s 08543 1601 Jun 30 107 -4929 130 T -0.4826 1.0697 5.3S 130.7E 61 8 259 06m37s 08565 1611 Jun 10 99 -4806 121 T -0.0836 1.0686 18.4N 127.7W 85 350 224 06m16s 08585 1619 Jul 11 92 -4706 130 T -0.4077 1.0718 1.3S 18.6E 66 12 255 06m41s 08609 1629 Jun 21 84 -4583 121 T -0.1580 1.0670 14.5N 121.7E 81 354 221 06m20s 08629 1637 Jul 21 66 -4483 130 T -0.3335 1.0731 1.8N 93.4W 71 16 251 06m37s 08654 1647 Jul 02 50 -4360 121 T -0.2344 1.0643 9.6N 10.9E 77 359 217 06m15s 08675 1655 Aug 02 41 -4260 130 T -0.2625 1.0735 3.7N 154.0E 75 20 247 06m28s 08700 1665 Jul 12 30 -4137 121 T -0.3095 1.0611 3.9N 100.6W 72 3 211 06m02s 08721 1673 Aug 12 21 -4037 130 T -0.1946 1.0731 4.6N 40.6E 79 23 242 06m15s 08766 1691 Aug 23 9 -3814 130 T -0.1317 1.0720 4.5N 74.3W 82 26 236 06m01s 09031 1796 Jul 04 15 -2517 133 T 0.2385 1.0764 36.8N 164.6W 76 180 255 06m15s 09076 1814 Jul 17 12 -2294 133 T 0.1641 1.0774 30.9N 84.7E 80 185 254 06m33s 09121 1832 Jul 27 6 -2071 133 T 0.0919 1.0776 24.5N 27.9W 85 188 252 06m46s 09165 1850 Aug 07 7 -1848 133 T 0.0215 1.0769 17.7N 141.8W 89 191 249 06m50s 09207 1868 Aug 18 2 -1625 133 Tm -0.0443 1.0756 10.6N 102.2E 88 14 245 06m47s 09249 1886 Aug 29 -6 -1402 133 T -0.1059 1.0735 3.5N 15.3W 84 16 240 06m36s 09283 1901 May 18 -1 -1220 136 T -0.3626 1.0680 1.7S 98.4E 69 353 238 06m29s 09291 1904 Sep 09 3 -1179 133 T -0.1625 1.0709 3.7S 134.5W 81 17 234 06m20s TD of Catalog Calendar Greatest Luna Saros Ecl. Sun Sun Path Central Number Date Eclipse ΔT Num Num Type Gamma Mag. Thus, the astronomical year 0 corresponds to 1 BCE, and astronomical year -1 corresponds to 2 BCE, etc..There are other ways to meet single men, but it will take a proactive approach.

Annular and total eclipses can be further classified as either: 1) Central (two limits), 2) Central (one limit) or 3) Non-Central (one limit).

Not all New Moons result in a solar eclipse because the Moon's orbit is tilted about 5 degrees to Earth's about the Sun.

Consequently, the Moon's shadows miss Earth at most New Moon's.

They are the secular equivalents to the BC and AD dating conventions.

(See: Year Dating Conventions ) [3] Central solar eclipses are eclipses in which the central axis of the Moon's shadow strikes the Earth's surface.

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