Jemez Pueblo Polychrome Pottery Vase

Ceramic vessel, globular vaseJ. Shendo (Jemez Pueblo)

Jemez Pueblo Polychrome Pottery Vase

Style & Movement

Native American Contemporary Traditional Pueblo Pottery

Medium & Technique

Hand-coiled clay, stone-polished slip, and hand-painted mineral pigments

Creation Period

Late 20th century to early 21st century (c. 1990-2010)

Dimensions & Format

Approximately 5-7 inches in diameter; globular/spherical format

Subject Description

A globular ceramic vessel featuring traditional Jemez Pueblo iconography including stylized geometric patterns, feather motifs, and kiva step designs. The color palette consists of earthy terracotta red, cream, black, and subtle blue-grey tones. The composition uses paneled symmetry and fine-line hatching.

Condition & Value Assessment

Condition Assessment

Very Good; the vessel retains its structural integrity with a clear signature and vibrant pigment.

Estimated Market Value

$150 - $350

Auction Estimate

$100 - $250

Provenance History

Signed 'J. Shendo Jemez' on the base indicating direct origin from the Jemez Pueblo (Walatowa), New Mexico. Likely acquired through a gallery or Southwest art market.

Art Historical Significance

Represents the continuation of ancestral Puebloan ceramic traditions within the Jemez Pueblo. The Shendo family is recognized for their craftsmanship in maintaining hand-coiling and natural slip techniques while incorporating modern precision in geometric design.

Notable Features

Hand-signed on the bottom 'J. Shendo Jemez' in ink/pigment. Features a high-gloss stone-polished finish contrasted with matte painted geometric sections.

Condition Issues

Minor surface abrasions on the base consistent with storage and display; some light scuffing on the polished red slip sections. No visible cracks or chips.

Conservation Recommendations

Keep in a stable environment away from direct sunlight to prevent pigment fading. Handle with clean, dry hands or archival gloves to avoid transfer of skin oils to the porous ceramic surface.

Identified on 5/8/2026