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  • [Date]: 28 February 583
    [Time ofgreatest eclipse]: 01:37:28
    [Saros cycle]: 78
    [Type]: Total
    [Magnitude]: 1.0329
    [Centralduration]: 02m 55s
    [Location]: 28°42′N 167°48′E / 28.7°N 167.8°E / 28.7; 167.8
    [Path width]: 139 km (86 mi)
    [Geographical area]:
    [Ref(s)]:

  • [Date]: 26 December 539
    [Time ofgreatest eclipse]: 11:34:40
    [Saros cycle]: 79
    [Type]: Annular
    [Magnitude]: 0.9188
    [Centralduration]: 07m 26s
    [Location]: 62°00′S 41°24′E / 62.0°S 41.4°E / -62.0; 41.4
    [Path width]: 398 km (247 mi)
    [Geographical area]:
    [Ref(s)]:

  • [Date]: 20 May 570
    [Time ofgreatest eclipse]: 21:08:33
    [Saros cycle]: 95
    [Type]: Annular
    [Magnitude]: 0.9470
    [Centralduration]: 05m 06s
    [Location]: 49°48′N 132°00′W / 49.8°N 132.0°W / 49.8; -132.0
    [Path width]: 227 km (141 mi)
    [Geographical area]:
    [Ref(s)]:

  • [Date]: 20 March 600
    [Time ofgreatest eclipse]: 17:47:01
    [Saros cycle]: 68
    [Type]: Partial
    [Magnitude]: 0.3907
    [Centralduration]:
    [Location]: 71°48′N 158°30′W / 71.8°N 158.5°W / 71.8; -158.5
    [Path width]:
    [Geographical area]:
    [Ref(s)]:

  • [Date]: 1 July 550
    [Time ofgreatest eclipse]: 02:21:04
    [Saros cycle]: 75
    [Type]: Total
    [Magnitude]: 1.0276
    [Centralduration]: 02m 18s
    [Location]: 44°30′S 177°12′W / 44.5°S 177.2°W / -44.5; -177.2
    [Path width]: 254 km (158 mi)
    [Geographical area]:
    [Ref(s)]:

  • [Date]: 4 February 501
    [Time ofgreatest eclipse]: 00:54:51
    [Saros cycle]: 87
    [Type]: Total
    [Magnitude]: 1.0487
    [Centralduration]: 04m 18s
    [Location]: 7°24′S 169°30′W / 7.4°S 169.5°W / -7.4; -169.5
    [Path width]: 164 km (102 mi)
    [Geographical area]:
    [Ref(s)]:

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About This Tool

Although solar eclipses have been observed for decades, today’s experts are also drawn to them, providing scientists with an excellent opportunity to gather information about the Sun’s relationship with the Earth, and it’s going to produce some amazing views. This random tool records 251 solar eclipses that occurred in the 6th century AD to help those interested in astronomy take a closer look.

The best vantage points for these eclipses vary from the southern hemisphere to the northern hemisphere. In the 6th century AD, the ability to observe 65 total eclipses was a major advance for astronomy at the time. In addition, we can use the generator to find the Time, place, type, coordinates, range, Time of greatest eclipse, Saros cycle, Path width, Central duration, and other important data about each eclipse.

Click the "Display All Items" button and you will get a list of solar eclipses in the 6th century.

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