Harold O'Donley was born on 18 Sep 1915 in Bowden, Creek County, Oklahoma, USA.[1] He was the son of David Holley O'Donley and Louanza Mason. He passed away on 29 Aug 1991 (aged 75) in Oklahoma County, Oklahoma, USA[2] and was buried in Holdenville Cemetery, Holdenville, Hughes County, Oklahoma, USA.[3]
Sources
↑Ok2explore Birth Record Search Results: Last Name ODONLEY, First Name HAROLD, Middle Name , Gender M, Birth County Creek, Birth Month 9, Birth Day 18, Birth Year 1915.
↑Ok2explore Death Search Results: Last Name ODONLEY, First Name HAROLD, Middle Name , Gender M, Death County Oklahoma, Death Month 8, Death Day 29, Death Year 1991.
↑ Find a Grave, database and images (accessed 10 May 2021), memorial page for Harold O'Donley (18 Sep 1915–29 Aug 1991), Find A Grave: Memorial #49287393, citing Holdenville Cemetery, Holdenville, Hughes County, Oklahoma, USA ; Maintained by Danny Chancellor (contributor 46824961) .
1920 United States Federal Census, Year: 1920; Census Place: Beggs, Okmulgee, Oklahoma; Roll: T625_1475; Page: 4A; Enumeration District: 105
1930 United States Federal Census, Year: 1930; Census Place: Wolf, Seminole, Oklahoma; Page: 1A; Enumeration District: 0037; FHL microfilm: 2341665
1940 United States Federal Census, Year: 1940; Census Place: Jacobs, Hughes, Oklahoma; Roll: m-t0627-03298; Page: 7B; Enumeration District: 32-18
Beta: Newspapers.com Obituary Index, 1940-1955
Oklahoma, County Marriage Records, 1890-1995
U.S. WWII Draft Cards Young Men, 1940-1947
Is Harold 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 Harold by comparing test results with other carriers of his Y-chromosome or his mother's mitochondrial DNA.
However, there are no known yDNA or mtDNA test-takers in his direct paternal or maternal line.
It is likely that these autosomal DNA test-takers will share some percentage of DNA with Harold: