TY - THES T1 - The architecture of Grasshopper Pueblo: Dynamics of form, function, and use of space in a prehistoric community T2 - Anthropology Y1 - 1999 A1 - Charles Riggs KW - Architecture KW - Arizona KW - Grasshopper Pueblo KW - Prehistoric KW - Use of space AB - Architecture can be an enigmatic class of material culture to understand archaeologically and a single approach to its analysis has defied archaeologists. This study views pueblos as analogous to organisms that are constantly developing and degenerating. The ability to draw behavioral inferences from the architecture of Grasshopper Pueblo (A.D. 1300-1400) is impacted not only by these everyday processes of growth and degeneration, but also by the activities of the different social or ethnic groups who were responsible for assembling the pueblo. Fortunately, this study benefits from a long and productive history of architectural research in the American Southwest and from a thirty-year excavation program at Grasshopper itself, which produced a large and representative sample of this complex architectural organism. This extensive sample insures reliable inferences about the growth and degeneration of Grasshopper Pueblo because it is representative of the parameters of time, space, and behavior at the site. This study reinforces previous work at Grasshopper and provides new insights into intrasite community dynamics that have implications for both Grasshopper research and for studies of architecture and community patterns at other southwestern pueblo sites. JF - Anthropology PB - University of Arizona VL - Phd UR - http://ezproxy.library.arizona.edu/login?url=http://proquest.umi.com/pqdweb?did=733967641&sid=16&Fmt=2&clientId=43922&RQT=309&VName=PQD ER - TY - THES T1 - The structure and function of the prehistoric household in the pueblo southwest: A case study from Turkey Creek Pueblo T2 - Anthropology Y1 - 1986 A1 - Julie Lowell KW - Architecture KW - Hopi KW - room typology KW - social organization AB - The Pueblo household in the American Southwest is examined at Hopi and Zuni and at the prehistoric pueblo of Turkey Creek. Cultural, economic, and environmental factors that influence household organization and function crossculturally are identified and organized into a framework suitable for investigation of households in the archaeological record. Early Hopi and Zuni ethnographic material is reorganized within the research framework thus established. The arrangement of activities in space by social unit is discussed and tabulated to serve as a convenient reference for archaeologists. This research framework directs examination of household dynamics in a unique prehistoric village, Turkey Creek Pueblo. Turkey Creek Pueblo is a 335 room thirteenth century ruin of which 314 rooms were excavated. Its broad and consistently reported room attribute data provide an extraordinary opportunity for understanding the social use of space in a large prehistoric community. Analysis of 31 room variables in 301 rooms reveals that patterning of room attributes is influenced by three interacting dimensions--room function, temporal change, and intrapueblo areal differentiation. Both the raw data and the results of the computer procedures are tabulated to serve as a reference for comparative analysis. Household dwellings were composed of three room types--storage rooms (small with no hearth), habitation rooms (large with rectangular hearth), and miscellaneous activity rooms (mid-sized with circular hearth). A typical dwelling had one habitation room, one or two miscellaneous activity rooms, and two or three storage rooms. Considerable variability existed in the size and organization of dwellings. Architectural analysis further suggests that households at Turkey Creek Pueblo formed the basal level of a four-level organizational hierarchy that included the suprahousehold, the dual division, and the village. The activities that occurred within the physical spaces associated with these social units are assessed, as are the mechanisms of population aggregation and village abandonment. JF - Anthropology PB - University of Arizona VL - PhD UR - http://ezproxy.library.arizona.edu/login?url=http://proquest.umi.com/pqdweb?did=751872471&sid=14&Fmt=2&clientId=43922&RQT=309&VName=PQD ER - TY - THES T1 - Las Trampas, New Mexico: Dendrochronology of a Spanish Colonial Church T2 - Department of Geosciences Y1 - 1972 A1 - Ames, Martha Hyde KW - altar KW - Architecture KW - art KW - church KW - dendrochronology KW - Geochronology KW - Geoscience KW - history KW - las trampas KW - new mexico KW - spanish colonial KW - timber KW - tree ring AB -

Wooden beams and planks from the Spanish Colonial church and other structures in Las Trampas, north-central New Mexico, have been sampled and dated by dendrochronology. Dates of AD 1735 imply Spanish occupation of the area 16 years prior to official grant. Stockpiling of timber for church construction began as early as 1758. Exterior walls were 15 feet high by 1762 and were completed to roof level by 1764. Late in 1776, wood was cut for a dust-guard over the adobe altar and mural. According to clustering of tree-ring dates, a new altar and wooden altar screen were constructed soon after 1785.

Beam re-use was prevalent. Timbers bearing early dates were incorporated into the 1785 altar screen, indicating re-use from within the church of from other pre-1760 structures. A roof viga was later used as a floor plank after reroofing. In domestic buildings, re-use of beams is repeated.

Replacement of beams supporting the balcony was made in the 1860’s and 1870’s. Tree-ring dates indicate repairs again in the 1930’s and 1943.

A survey of the literature pertaining to dendrochronology of historical sites revealed that shaping of beams and lack of thorough sampling have heretofore hindered successful application. The documentary record of Las Trampas art and architectural history has been further refined by tree-ring dating, and the study reaffirms the potentials for historical sites dendrochronology.

JF - Department of Geosciences PB - University of Arizona CY - Tucson VL - Master of Science ER -