Sunflower Garden Stake
Decorative art, studio glass sculpture • Anonymous artisan; likely produced in a craft studio or commercial glass workshop (e.g., in the manner of Dale Chihuly's garden installations but of mass-market or hobbyist quality).

Style & Movement
Contemporary Decorative Art / Studio Glass Movement
Medium & Technique
Hand-blown and lampworked glass; techniques include gather manipulation, heat fusion of petals to the center disk, and application of a tapered glass pull for the stem.
Creation Period
Late 20th to early 21st century (c. 1990-present)
Dimensions & Format
Approximately 12-18 inches in length (stem); 3-4 inches in flower diameter; vertical format.
Subject Description
A stylized botanical representation of a sunflower (Helianthus). It features a dark brown/black textured center mimicking seeds, surrounded by bright yellow pulled-glass petals, attached to a long green glass stem.
Condition & Value Assessment
Condition Assessment
Fair; visible structural damage and aesthetic wear.
Estimated Market Value
$15 - $40 USD
Auction Estimate
$10 - $25 USD
Provenance History
Unknown; likely acquired via a boutique, garden center, or craft fair. No visible maker's marks or signatures are present in the provided image.
Art Historical Significance
Low; this is a functional or decorative garden ornament rather than a fine arts gallery piece. It reflects the democratization of the studio glass movement where organic forms became popular for home and garden decor.
Notable Features
Hand-worked variability in petal shape; textured 'seed' center created through bubble entrapment or glass granules; vibrant cadmium-based yellow coloration.
Condition Issues
Significant fracture or chip visible on the right-most petal showing white inner material/refraction; surface dust and minor scratching; internal stress fractures possible near the heat-joined center.
Conservation Recommendations
Stability check of the petal joints; gentle cleaning with a soft, lint-free microfiber cloth and deionized water. Avoid extreme temperature fluctuations to prevent further cracking.