Antique John Octavius Anderson Signed Riverscape with Dock Etching 28"

Description

Late 19th century black and white etching by John Octavius Anderson. Country landscape featuring a small dock at the edge of a winding river with a church steeple in the distance.. Copyright 1891 by Radtke, Lauckner & Co, NY. Remarke of a frog, lower edge. Pencil signed, lower right. Beveled, black painted wood frame with carved detail at the edges.

"John Octavius Anderson, portrait and figure painter, was born in Cincinnati on March 27,1856. The next year his father moved to Keokuk, Iowa where Mr. Anderson spent his early years. He began to seriously study his profession in 1870, and John Hagney, of Newark, N.J., was his first instructor. Anderson then pursued his studies under John Mulvaney, of Iowa, and subsequently of Chicago. In 1874 he took a course in Keokuk, Iowa under George Up. In 1875 he went to Cincinnati and entered the school of design under P.S. Noble. In 1877, Anderson went to Europe, and studied a short time under Professors Barth and Wagner of the Royal Academy of Fine Arts at Munich. In the fall of 1879, in company with other students of the Duveneck School, he spent a season in visiting Florence, Rome, Venice, Naples, Genoa and other points of artistic interest in Italy, his headquarters being at Florence. He afterward traveled through portions of Spain, France and England, and then returned to his home in Iowa, where he operated a studio in Keokuk and remained two years, and in the fall of 1883 took a position in the Washington University, St. Louis. In June 1884 he came to Chicago. Mr. Anderson is one of the originators of the Western Art Association, whose first exhibition, in January 1883, was so commendable. [Andreas III, p.423] Submitted by Gene Meier Source: History of Chicago from the Earliest Period to the Present Time in Three Volumes by A.T. Andreas" (askART)

Condition

Wear and distressing to frame; couple of tears/slight discoloration / foxing to print

Dimensions

27.5" x 1" x 17.25" (Width x Depth x Height)