Proposed Changes III
Original print, likely an etching or lithograph, on heavy wove paper • Associated with the style of contemporary printmakers like Peter Milton or Michael Mazur; signature appears to be 'M. [Illegible]', possibly a regional American printmaker
Style & Movement
Contemporary Realism with Surrealist or Metaphysical undertones; Minimalist composition
Medium & Technique
Intaglio/Etching or Stone Lithography; features fine line-work, cross-hatching, and tonal gradations suggesting aquatint or subtle stone grain textures
Creation Period
Late 20th Century (circa 1970s–1980s)
Dimensions & Format
Approximately 12 x 16 inches (image size); Landscape format with wide margins
Subject Description
A solitary figure stands before a massive, textured rock formation or monolithic structure. The composition explores the relationship between human scale and geological/architectural scale, using a subdued, monochromatic palette and hazy atmospheric perspective.
Condition & Value Assessment
Condition Assessment
Good condition; the image remains clear with strong contrast, though the paper shows minor toning and surface dust
Estimated Market Value
$300 - $600 USD
Auction Estimate
$200 - $450 USD
Provenance History
Numbered '1/50' (lower left) indicating a limited edition; likely acquired through an art gallery or university print exchange program
Art Historical Significance
Representative of the late 20th-century revival in master printmaking, emphasizing tonal complexity and psychological landscape themes over traditional narrative.
Notable Features
Hand-numbered '1/50' and hand-signed by the artist in graphite; a very low edition number which is often desirable for collectors.
Condition Issues
Evident 'foxing' or small brown oxidation spots in the lower margin; minor paper waving; reflection in glass indicates non-archival framing environment
Conservation Recommendations
Remove from current frame to inspect for acidic backing; remount using acid-free matting and UV-protective glazing; keep in a climate-controlled environment away from direct sunlight