Handmade Glazed Ceramic Floral Relief Mug
Decorative art, ceramic vessel, pottery mug • Anonymous studio potter or independent artisan ceramicist
Style & Movement
Contemporary Studio Pottery / Craft Art
Medium & Technique
Ceramic pottery with hand-carved or embossed low-relief floral motifs and reactive glossy glaze technique featuring drip effects
Creation Period
Late 20th to early 21st century (Contemporary Studio Pottery)
Dimensions & Format
Estimated standard mug format, approximately 4.5 inches in height and 3.5 inches in diameter
Subject Description
A utilitarian ceramic drinking vessel featuring an organic form with an integrated handle, adorned with low-relief embossed floral and botanical patterns across the body, finished in a variegated sage green, yellow, and cream reactive glaze that pools and drips naturally
Condition & Value Assessment
Condition Assessment
Good condition. The piece appears structurally sound with no major chips, cracks, or structural failures visible, presenting standard light shelf wear appropriate for pre-owned studio pottery.
Estimated Market Value
$15 - $45 USD
Auction Estimate
$10 - $30 USD
Provenance History
Likely acquired directly from a local artisan craft fair, small-batch studio pottery maker, or second-hand retail environment such as a thrift store, lacking formal documented historical provenance.
Art Historical Significance
Representative of the modern revival and appreciation for handmade, functional craft items in contemporary domestic spaces, reflecting traditional throwing and glazing techniques practiced by independent ceramic artists.
Notable Features
Distinctive reactive glaze with cascading drip patterns, textured low-relief floral carving underneath the glaze, and an organically shaped, sturdy handle.
Condition Issues
Minor surface wear, typical minor firing imperfections, glaze pinholes, or unevenness inherent to the artisanal hand-making process.
Conservation Recommendations
Hand wash with mild detergent to preserve the glaze integrity. Avoid sudden extreme thermal shocks to prevent micro-cracking.