Move to Winter Pasture

Painting on canvasWestern American School; style strongly suggests an artist such as Bill Owen or a contemporary follower of the Cowboy Artists of America (CAA).

Move to Winter Pasture

Style & Movement

Western American Realism / Contemporary Western Art

Medium & Technique

Oil on canvas, utilizing painterly impressionistic brushwork with wet-on-wet blending for the atmosphere and impasto for the snow texture.

Creation Period

Late 20th Century (circa 1980–1995)

Dimensions & Format

Approximately 24 x 36 inches (unframed); landscape orientation.

Subject Description

A winter cattle drive featuring Hereford cattle led by cowboys on horseback. The composition uses a diagonal recession to create depth, showing a line of cattle stretching toward a misty mountain range. The imagery emphasizes the ruggedness and cinematic heritage of American ranch life.

Condition & Value Assessment

Condition Assessment

Very Good; the canvas appears taut and the paint film is stable with no visible flaking.

Estimated Market Value

$1,500 - $3,500 USD (dependent on definitive identification of the signature).

Auction Estimate

$1,200 - $2,500 USD

Provenance History

Likely acquired via a Western art gallery or regional auction in the Southwestern United States. No specific labels are visible in the photograph.

Art Historical Significance

Illustrates the enduring appeal of the 'Working Cowboy' aesthetic in 20th-century American art, maintaining the traditions established by Remington and Russell through a mid-century realist lens.

Notable Features

Housed in a traditional 'Spanish' style carved wooden frame with a linen liner, characteristic of high-end Western art presentation from the 1970s and 80s.

Condition Issues

Minor dust accumulation on the surface; light mechanical cracking may be present but is not visible at current resolution; the wooden frame has minor scuffs on the edges.

Conservation Recommendations

Professional surface cleaning to remove environmental grime; ensure the painting is kept away from direct UV light and humidity fluctuations.

Identified on 2/15/2026