Satsuma Ginger Jar with Peonies and Geometric Cartouches

Decorative art; porcelain ginger jar/vaseJapanese, likely Satsuma workshop (Kyoto or Yokohama production for export)

Satsuma Ginger Jar with Peonies and Geometric Cartouches

Style & Movement

Satsuma ware; Meiji export style

Medium & Technique

Hand-painted polychrome enamels and raised gilding (moriage) on earthenware/porcelain

Creation Period

Late 19th to early 20th century (late Meiji to early Taisho era)

Dimensions & Format

Approximately 10-15 cm in height; globular (round) format

Subject Description

The vessel features traditional floral motifs, specifically chrysanthemum or peony blossoms, set against cartouches of geometric diaper patterns. The decoration includes heavily gilded outlines and iron-red, gold, and dark enamel accents characteristic of export-ware aesthetics.

Condition & Value Assessment

Condition Assessment

Fair to Good; visible wear to the gilding and potential structural damage at the rim

Estimated Market Value

$50 - $150 USD

Auction Estimate

$40 - $120 USD

Provenance History

Likely a European or American private collection; these pieces were mass-produced for the Western market following the 1867 Paris Exposition

Art Historical Significance

Represents the 'Golden Age' of Japanese export ceramics, where traditional Japanese craftsmanship was adapted to meet Western Victorian tastes for exoticism and heavy ornamentation.

Notable Features

The use of 'moriage' (raised enamel) gives the piece a tactile quality; the combination of organic floral motifs and rigid geometric windows is a hallmark of the High Meiji aesthetic.

Condition Issues

Significant rubbing and loss to the gold enamel on the floral petals; a visible chip or hairline fracture appears on the upper lip of the rim; surface grime; possible missing lid.

Conservation Recommendations

Gentle dry cleaning with a soft brush; avoid harsh chemicals that could further strip the gilding; display in a stable environment away from direct sunlight; professional assessment for the rim chip.

Identified on 3/11/2026