Accession No
Z 43088 D
Description
Four polychrome sherds; one rim sherd, the other three are parts of the body. Two sherds have a tan slip with a line of matte pigment in dark brown. The other two have a tan slip with white and dark brown matte pigments. White accretions on surface.
Place
Americas; North America; United States of America; New Mexico; Cibola County; Zuni Reservation; Kechib:wa [Kechipauan]
Period
Pueblo IV early Pueblo V c 1425-1680
Source
Clarke, Louis Colville Gray [excavator and donor]; Lothrop, Samuel Kirkland [excavator]
Department
Arch
Reference Numbers
Z 43088 D
Cultural Affliation
A:shiwi [Zuni]
Material
Ceramic; Pottery
Local Term
Measurements
1mm x 50mm
Events
Description (Physical description)
Catalogue card for 43088 [A-K]: 'Quantity of sherds of cooking vessel and a few decorated sherds and a stone disc.'
Event Date
Author: maa
Context (Field collection)
General Digging. Excavated by Samuel K. Lothrop, Museum of the American Indian, and Louis C.G. Clarke, Museum of Archaeology and Anthropology, as part of the Louis C.G. Clarke Kechipauan Expedition, 19 June – 1 September 1923. See archive (FR5/1/2 – FR5/1/7) and photo collection for excavation notes, drawings, site plans, photographs, etc.
Event Date 1923
Author: maa
Context (References)
Bushnell, G.H.S. (1955). ‘Some Pueblo IV pottery types from Kechipawan, New Mexico, U.S.A.’ Anais do XXXI Congresso Internacional de Americanistas, 1954, vol. 2. Sao Paulo: Editora Anhembi. pp. 657-665.
Event Date 1955
Author: Imogen Gunn (admin)
Context (Analysis)
When the Kechib:wa collection was packed for storage in c 1986 the pottery was assessed by museum staff and boxed according to type. These sherds were packed with Late Polychrome material.
Event Date 1986
Author: Elia Quijano Quinones
Description (Physical description)
Four polychrome sherds; one rim sherd, the other three are parts of the body. Two sherds have a tan slip with a line of matte pigment in dark brown. The other two have a tan slip with white and dark brown matte pigments. White accretions on surface.
Event Date 28/1/2025
Author: Elia Quijano Quinones
FM:323699
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