Interior with Nude

Print, likely a lithograph or silkscreen on paperWarrington Colescott (American, 1921–2018)

Interior with Nude

Style & Movement

Mid-Century Modern Abstract Expressionism with figurative elements

Medium & Technique

Multi-layered printmaking technique utilizing lithography or serigraphy with calligraphic linework, stippling, and color blocking

Creation Period

1955

Dimensions & Format

Approximately 24 x 18 inches; Portrait format

Subject Description

A semi-abstract interior scene featuring a reclining female nude rendered in white calligraphic lines localized in the center. The composition is structured through vertical and horizontal blocks of ochre, teal, and crimson, overlaid with energetic, gestural black linework suggesting furniture or architectural elements.

Condition & Value Assessment

Condition Assessment

Good to Very Good; appears well-preserved within its frame though some minor yellowing of the paper is possible under the glass.

Estimated Market Value

$800 - $1,500

Auction Estimate

$600 - $900

Provenance History

Numbered 11/20 in the lower margin; likely acquired from a gallery or private collection specializing in 20th-century American printmaking. Inscribed 'Interior with Nude' and signed 'Warrington Colescott 1955'.

Art Historical Significance

An early example of Colescott’s work before his shift to more satirical, narrative etchings. It demonstrates the influence of the California School of Fine Arts and the post-war trend of blending abstraction with representational tropes.

Notable Features

Low edition number (11/20); early signature style; original mid-century wooden frame with a white inner bevel typical of the 1950s aesthetic.

Condition Issues

Potential light strike/fading from long-term display; slight waviness to the paper (cockling) suggesting it may not be mounted to acid-free backing.

Conservation Recommendations

Inspect for acid-free matting; replace glass with UV-protective museum glass; ensure environmental stability to prevent further paper oxidation.

Identified on 7/6/2026