Persian Macchia / Amber Persian Wall Installation
Studio glass sculpture, wall-mounted vessel • Dale Chihuly (American, b. 1941) or Chihuly Studio
Style & Movement
Contemporary Glass Art / Studio Glass Movement
Medium & Technique
Hand-blown glass with glass powders, frit, and body wraps; finished with a contrasting 'lip wrap' on the scalloped edge.
Creation Period
Late 20th to early 21st century (c. 1990-2015)
Dimensions & Format
Approximately 18 to 24 inches in diameter; circular/organic format with a concave depth.
Subject Description
An organic, radial form reminiscent of sea life or botanical structures. It features a translucent amber base with dark brown/sepia radial striations that expand toward the undulating, scalloped rim.
Condition & Value Assessment
Condition Assessment
Excellent; the glass appears to have high clarity with no visible chips, cracks, or surface scratches.
Estimated Market Value
$5,000 - $12,000 USD
Auction Estimate
$4,000 - $8,000 USD
Provenance History
Likely acquired via an authorized gallery or as part of a Chihuly Studio Edition. These pieces frequently appear in private collections and high-end residential interiors.
Art Historical Significance
Chihuly's 'Persians' series, begun in 1986, is a seminal body of work that challenged traditional glass blowing by emphasizing gravity and centrifugal force to create exotic, asymmetrical shapes. This work represents the shift of glass from functional craft to fine art.
Notable Features
Features the signature 'Persian' undulating rim and characteristic radial 'line work' that demonstrates the artist's use of centrifugal force during the blowing process.
Condition Issues
None visible. Common issues for this medium include 'flea bites' at the pontil mark or hardware scratches on the reverse, though none are apparent here.
Conservation Recommendations
Regular dusting with a soft microfiber cloth; avoid chemical cleaners. Ensure the wall-mounting hardware is secure and rated for the specific weight of the glass to prevent thermal stress or vibration damage.