↑ 1.01.11.2Paul, James Balfour. "The Scots Peerage : founded on Wood's ed. of Sir Robert Douglas's Peerage of Scotland; containing an historical and genealogical account of the nobility of that kingdom", Edinburgh: David Douglas, 1905, Vol. II, Archive.org,
p. 123
Is William your ancestor? Please don't go away! Login to collaborate or comment, or contact
the profile manager, or ask our community of genealogists a question.
Sponsored Search by Ancestry.com
DNA Connections
It may be possible to confirm family relationships with William by comparing test results with other carriers of his Y-chromosome or his mother's mitochondrial DNA.
Y-chromosome DNA test-takers in his direct paternal line on WikiTree:
According to Red Book of Scotland vol 7 p238 that although there is no proof this profile was probably also father of William de Moray who acquired the lands of Drumsergard and Sir Malcolm de Moray appointed Sheriff of Perth from whom the Morays of Tullibardine descend (presumably this is Malcolm Murray)
Moravia-14 and Murray-349 appear to represent the same person because: I agree that on Wikitree they have 2 different fathers, but Moray-349s parentage is in error (on Wikitree there were 2 sons of Hugh Freskin, Moray-349 and Moravia-25 who were both titled 1st Earl of Sutherland). I was intending to fix all this after the merge.
Moravia-14 and Murray-349 appear to represent the same person because: currently Hugh Freskin de Moravia has two sons named William. The second of these is a Bothwell and belongs to the other major branch (see Doug Straiton's comment).
Hi. I think this is an incorrect connection and will need to review. The William, eldest son to Hugh de Moravia, Lord of Sutherland and Duffus, inherited Sutherland and became the Earl of Sutherland. The William that was progenitor of the Murray of Bothwell was William, second son of William de Moravia (https://www.wikitree.com/wiki/Moray-99)
edited by John Macdonald
https://www.clanmacfarlanegenealogy.info/genealogy/TNGWebsite/getperson.php?personID=I46812&tree=CC