In this autobiographical sketch, George Irving Quimby recounts his long and happy career based on recollections of personal and academic experiences and the insights they have provided. In addition, Quimby’s career can be situated within the development of American archaeology, thus providing a contribution to the historical record of the discipline.

How archaeologists analyze pottery is determined by archaeological theory, sampling considerations, and available analytical techniques. The most damaging impediment to methodological advance is lack of a theory of how patterns of ceramic variation are generated. It is argued herein that Darwinian evolutionary theory (or selectionism) provides a body of concepts capable of explaining patterned variation and specifies measurements to make in testing specific explanatory statements. Most existing analytical procedures (e.g., the "Type-Variety" system) are regarded as aspects of sampling, the role of which is to help reduce some of the bewildering heterogeneity in ceramic collections before attempting to measure evolutionarily significant variation. Technical analysis, often considered the domain of nonarchaeological specialists, actually produces the measurements needed to test explanatory statements made about pottery observed in the archaeological record.

An acid-extraction method for analyzing the composition of ceramics produces highly precise results capable of intraregional discrimination of production loci. The method is safe, inexpensive, minimally destructive, and uses widely available instrumentation. It produces results that are highly useful in archaeological interpretation as illustrated by selected case studies.

Archaeologists often use measurements of standardization in ceramics as evidence for specialized craft production. Analysis of fine-ware bowl kiln wasters from the urban center of Leilan, Syria (ca. 2300 B.C.) provides a rare opportunity to test the standardization hypothesis against the archaeological record of a single production event. Scanning-electron microscopy, xeroradiography, neutron activation, and metric analyses of the wasters show extreme uniformity in manufacturing technology, chemical composition, and vessel dimensions. However, when contrasted with sherds of the same bowl type from other contexts at Leilan, a higher degree of compositional and metric variability is observed. This "cumulative blurring" effect stems from the use of long-lived types from multiple workshops. Although "cumulative blurring" increases sample variability, it does not obscure the overall homogeneity of these ceramics. Our results suggest that standardization can be a reliable index of craft specialization only under conditions of close spatial and chronological control over the archaeological record.

In small-scale societies, ritual feasts are often an important setting for social integration and status competition. Material evidence of feasting and food storage may be preserved in community ceremonial precincts, such as platform mounds. To identify food-consumption activities, ceramic samples from mound and village contexts at the prehistoric Lubbub Creek site in Alabama are compared. There are no significant differences in the distribution of decorated types, ware categories, or vessel shapes. However, the mound has a more restricted range of vessel sizes and disproportionately larger vessels than the village sample. These results, together with supporting feature and faunal data, suggest that mound activities included large-group feasts and food storage.

The individual vessel, rather than the sherd, is the relevant unit of analysis in many kinds of behavioral studies. Economical methods for assigning the sherds of multiple vessels to their vessels of origin are introduced for household-made ceramics. The methods employ visible surface indicators of vessel individuality as well as radiographically detectable ones such as temper quantity, size distribution, spatial distribution, and material type, void spaces, and fracture systems. A hierarchical, sequential sorting strategy and certain radiographic methods, which are optimal for revealing the internal features of ceramics, make this application possible.

The Dolores Archaeological Project (DAP) encompassed a contract period from June 1978 through December 1985. Although investigations both preceded and postdated the contract period, the accomplishments, failures, positive and negative aspects of DAP, and certain comparisons with another major cultural-resource-mitigation project offer historical, methodological, and academic lessons that are instructive, particularly for future, long-term, federally (or nonfederally) financed cultural-resource-mitigation endeavors.

Specific attributes were recorded for 119 textiles recovered from burial contexts from Craig Mound at the Spiro site and eight southern Ozark bluff shelters. Textile attributes that varied according to status designations of the burial contexts were identified using the following three avenues of investigation. The textiles were rated using an ordinal index of production complexity, and more complex textiles were found to be associated with burial contexts of presumed higher status. Use of a series of contingency tables identified edge finishes, color, patterning, design motif, fiber, and scale as attributes that are individually associated with status differences. When selected attributes were considered together using a classification and pattern-recognition program, color description, scale, fiber, and number of yarn components were identified as the best predictors of status association.

Carbonized seeds of domesticated sunflower (Helianthus annuus var. macrocarpus Ckll.) recovered from the Hayes site in middle Tennessee yielded an accelerator date of 4265 ± 60 B.P. This is the earliest date for domesticated sunflower, extending the known age of this eastern North American domesticate by 1,400 years.