Abstract Figural Portrait (Walrus or Mask Study)

Work on paper, likely a mixed media drawing/paintingD. Rodrigues

Abstract Figural Portrait (Walrus or Mask Study)

Style & Movement

Contemporary Folk Art / Outsider Art (Art Brut)

Medium & Technique

Pastel, ink, and possibly watercolor or gouache on paper; employs heavy black outlining and stippled or dabbed application of color for texture

Creation Period

Late 20th Century or Early 21st Century

Dimensions & Format

Estimated 14 x 11 inches (sight); Portrait orientation

Subject Description

A centralized, vertical composition featuring an anthropomorphic or animal-like figure that resembles a walrus or a ceremonial mask. The figure utilizes a warm palette of earth tones—brown, ochre, and rust—with a distinctive blocky or brick-like pattern on the central section and small, horizontal eyes.

Condition & Value Assessment

Condition Assessment

Very Good; the work appears stable within its frame with no immediate signs of fading or paper degradation visible under glass

Estimated Market Value

$200 - $500

Auction Estimate

$150 - $400

Provenance History

Likely private collection or local gallery acquisition; signature 'D. Rodrigues' suggests a regional artist or an artist specializing in naive expressionism

Art Historical Significance

Representative of the 'Outsider Art' aesthetic which prioritizes raw expression and unconventional motifs over formal academic training. The piece demonstrates the late-20th-century interest in primitive forms and rhythmic patterning.

Notable Features

Prominent black ink signature 'D. Rodrigues' at the lower right; unique 'brick' patterning on the neck of the figure provides a tactile, graphic quality.

Condition Issues

Slight undulation of the paper support is visible, which is common for works on paper; no evidence of foxing or water damage

Conservation Recommendations

Ensure the work is mounted using acid-free materials and protected by UV-filtering glass to prevent the fading of the earth pigments and ink. Keep away from direct sunlight and high-humidity areas.

Identified on 6/17/2026