Temperance leader Aaron Watkins (1863-1941) practiced law with his brother. He was later ordained as a Methodist minister.
Watkins held Ohio pastorates in the Methodist Episcopal Church. They were in Cairo, Cincinnati, Columbus Grove, Continental, Delta, Edgerton and Germantown. Also in Lima, Linwood, North Baltimore, Ottawa, Van Wert, Waynesville, Wesley, and Winton Place.
Aaron S. Watkins was very active in the Prohibition Party. He served as Prohibition Party candidate for many offices. They included Attorney-General, Representative, Secretary of State, and Governor of Ohio. He served as vice-presidential candidate in 1908 and 1912. In 1920, he was the Party candidate for the presidency of the US. In that campaign, he and is running mate, D. Leigh Colvin, received 189,408 votes.
Aaron S. Watkins was born on November 29, 1863, near Rushsylvania, Ohio. His parents, William White Watkins and Rebecca J. Elliott Watkins had ten children. He was the youngest of his siblings. They all predeceased him.
Dr. Watkins was an educator and educational administrator. He was the teacher in a one-room school, then an instructor at Miami Military Institute (Germantown, Ohio).
Watkins was next head of the English Department and vice-president of Ohio Northern University. Then he became president of Asbury College (now Asbury University). During WW I, he was an instructor and held the rank of Captain in the US Army.
Aaron Watkins received honorary degrees of Bachelor of Science, Master of Science, Doctor of Divinity, Doctor of Laws, Doctor of Philosophy, and Doctor of Humane Letters.
During his career, Aaron Watkins was associated with such national figures as William Jennings Bryan, Clarence Darrow, Carrie Nation, and Franklin D. Roosevelt.
Aaron Watkins was the grandfather of W. Dean Watkins. His grandson was the Prohibition Party candidate for vice-presidency of the US in 2000. The elder Watkins would have been proud.
Aaron Sherman Watkins (myweb.wvnet.edu/~jelkins/lp-2001/watkins.html+%22Aaron+S.+Watkins%22&hl=en&gl=us&ct=clnk&cd=10)