Wheel-Thrown Green Splatter Glaze Bowl

Ceramic, Decorative Art vesselStudio Potter (Unidentified). Likely an independent North American or European craftsperson.

Wheel-Thrown Green Splatter Glaze Bowl

Style & Movement

Contemporary Studio Pottery; Modern Craft

Medium & Technique

Stoneware or earthenware clay; wheel-thrown technique with reactive green and cream slip glazes. Interior features a prominent spiral 'throwing' mark and a fluid glaze application.

Creation Period

Late 20th to early 21st Century (Contemporary)

Dimensions & Format

Approximately 15-20 cm in diameter; circular/hemispherical format.

Subject Description

A functional ceramic bowl with a wide, open rim. The interior is decorated with a wash of sage green glaze over a light cream base, applied in a sweeping motion that echoes the circular motion of the potter's wheel. A spiral indentation remains visible at the center base.

Condition & Value Assessment

Condition Assessment

Good. Shows minor wear consistent with domestic use.

Estimated Market Value

USD $25 - $60

Auction Estimate

USD $15 - $40

Provenance History

Likely acquired via a local craft fair, studio sale, or boutique gallery. No visible labels or stamps on the interior; base marks are obscured in the image.

Art Historical Significance

A representative example of the late-20th-century revival in functional studio ceramics, emphasizing 'the mark of the maker' through visible throwing rings and hand-applied glazes rather than industrial perfection.

Notable Features

The central spiral (whirl) is a distinctive tactile feature highlighting the manual production process. The glaze application shows intentional asymmetry.

Condition Issues

Minor surface glaze pitting (pinholing) likely from the firing process; slight discoloration or iron spotting in the glaze typical of amateur/small-scale kiln atmospheres.

Conservation Recommendations

Hand wash only; avoid microwave use if the clay body contains metallic impurities or if the glaze exhibits crazing. Display away from direct impact risk.

Identified on 4/4/2026