Forest Woods (Late Autumn Series)
Print - Fine Art Lithograph or Screenprint on heavy paper • Attributed to the studio of Moss (Likely P. Buckley Moss or a contemporary designer utilizing the 'Moss' signature brand)
Style & Movement
Modern Decorative Realism / Contemporary Regionalism
Medium & Technique
Multi-layered printmaking technique utilizing flat color blocking and delicate line work to replicate watercolor washes and charcoal detailing.
Creation Period
Late 20th Century (circa 1970–1990)
Dimensions & Format
Approximately 24 x 18 inches; Portrait format
Subject Description
A vertical composition of slender, leafless birch or aspen trees against a muted, autumnal background of earthy browns and ochres. The work utilizes a shallow depth of field, focusing on the verticality and rhythmic spacing of the trunks.
Condition & Value Assessment
Condition Assessment
Good - The print appears stable within its mount, showing no immediate signs of moisture damage, though minor yellowing of the paper margin is possible.
Estimated Market Value
$150 - $400 USD
Auction Estimate
$50 - $200 USD
Provenance History
Likely acquired via a commercial gallery or specialized print publisher; typical of residential or corporate decorative collections from the 1980s.
Art Historical Significance
Represents the late 20th-century trend of 'Gallery Art' designed for interior decor, bridging the gap between fine art and accessible mass-media reproductions. It reflects the influence of Andrew Wyeth’s palette and Japanese woodblock verticality.
Notable Features
Distinctive stylized 'Moss' signature in the lower right margin; use of negative space to define the slender branches; high-contrast black markings on the white tree bark.
Condition Issues
Potential light fading (UV exposure) and slight rippling of the paper under the glass; acid burn from non-archival matting is a common risk for this period of framing.
Conservation Recommendations
Recommend re-framing with acid-free mats and UV-protective museum glass to prevent further pigment degradation and paper acidity.