Since laboratory studies on skeletal variations have validated the use of non-metric osteological traits to genetically distinguish populations, a direct relationship between these traits and biological reality can be assumed. Because of this relationship, it is possible to conceive the central thesis of this paper: to the degree that any social organizational feature corresponds to the biological referents of the kinship system, osteological data can be used to elucidate that feature. The kinds of problems that might be investigated are limited by the archaeological determination of certain social units. In the present study, a method is developed to test for residence pattern. This method is applied to data from the Allegany reservation (Seneca) dating from the 1850's to 1930. Ethnohistorical sources support the conclusions of the osteological analysis.

Current emphasis on the definition of areal variation within the Fremont culture requires a re-examination of existing hypotheses of Fremont origins. The evidently very early appearance of regional variation suggests that Fremont crystallized out of a partial unification of several already differentiated Archaic (Desert culture) variants. This crystallization occurred at least partially as a result of adoption by Archaic groups of a horticultural complex of ultimately Mexican origin. Many of the characteristics which bind the Fremont regional patterns into a broader Fremont culture are elements of this horticultural complex, although the earlier Archaic variants presumably also shared basic similarities which contributed to the general unity of the later Fremont culture. Earlier hypotheses of Fremont origins are evaluated from this viewpoint. This is a revised version of a paper delivered in the Fremont Culture Symposium, 35th annual meeting of the Society for American Archaeology, April 30-May 2, 1970, Mexico City, D. F., Mexico.

Davies (1969) has applied the need-Achievement test of individual motivation in assessing the decline of Minoan Civilization. Such use of psychology for interpreting past events is potentially of great interest to anthropologically-oriented archaeologists. This paper, therefore, is a discussion of the theoretical aspects of such a proposition, a commentary on its previous applications, and a report of methodology and negative results for a similar test that I have applied to the prehistoric southwestern U.S. culture of the Hohokam.

The inability to control for variables which affect protein decay is the major problem limiting the use of nitrogen as a chemical method of dating archaeological bone specimens. Of these variables, soil pH, ground water, and temperature are the major factors. In laboratory simulation experiments, we determined the effect of temperature on the time dependent decay rate of bone protein. In this research, 100 mg samples of ground cow bone were sealed in test tubes containing 5 ml of water and heated at temperatures varying from 100 degrees C to 140 degrees C for time periods up to 5 hr. Nitrogen concentration for each sample was determined using a modified micro-Kjeldahl method developed in our laboratory. Using standard regression analysis, we determined the decay rates of nitrogen for each temperature. By extrapolation from these data, we were able to show that differences in mean annual temperature between archaeological sites can have a substantial effect on the decay rate of bone protein.

Engraved designs on French Jesuit finger rings from 14 historic sites of the Great Lakes area and the Mississippi Valley were examined. The wide variety of decorative motifs appearing on these rings is attributed to a stylistic drift occurring over a period of 60 yr. An estimated 95% of Jesuit ring designs from this area are traced to 3 prototypes. This paper demonstrates that rings with cast designs on round or oval bezels date between 1624 and 1700, while those with designs engraved on octagonal or heart-shaped bezels were current between 1700 and 1780. The process of stylistic drift and some of the variables conditioning the rate of style drift are considered.

Settlement pattern research was introduced to Peruvian archaeology by Gordon R. Willey 2 decades ago. A critical review of this pioneering work points up a basic problem in the structure of analysis. The problem is generated by the use of a simple site taxonomy that is insensitive to the range of human activities that went on at different settlements. Examination of the subsequent course of settlement pattern research shows that this fundamental problem has not been recognized or dealt with in a constructive manner. The small site methodology is introduced as one possible means of treating sites in terms of the different activity patterns they housed.

Sea level has been rising over the past 4 millennia along the coast of northern New England, but the rate of rise has been faster in the direction of the Bay of Fundy. In any given locality, the rate of rise has been steadily slowing during that time. These and other concurrent changes have complicated the study of shifts in prehistoric cultural ecology. This paper utilizes archaeological data from 2 important localities to unravel the complex interaction of evolving technology, changing sea level, shifts in marine resources, and probable changes in terrestrial flora and fauna over time. Locally specific natural limitations on cultural options are discussed.

The remains of fishes are a commonly encountered item in many archaeological sites, yet a thorough utilization of all the relevant information inherent in this material is rarely made by the archaeologist. Certain salient characteristics of the growth and ecology of fishes are presented. Examples are included using archaeological fish remains to indicate or substantiate such things as seasonal dating, absolute dating, estimates of prehistoric food resource locations, and environmental change. Examples will be presented from western North America and southern France.

Using data collected by NASA in the Tehuacan Valley, Mexico, tests were undertaken to determine the effectiveness of aerial color infrared film for archaeological reconnaissance. The study area was chosen primarily because MacNeish's Tehuacan Archaeological-Botanical Project (1960-1964) provided a convenient check of site visibility on the photographs, and because microenvironmental zones have been delineated in the valley allowing visibility of sites in different microenvironments to be determined. Our tests indicate that the type of cultural feature or its age are not as important as the environmental situation in distinguishing the site. The greatest archaeological value, however, of color infrared photography is in the delineation of microenvironmental zones and the construction of natural maps rather than the identification of cultural features.

In the spring of 1783, Oconastota, the Great Warrior and principal chief of the Overhill Cherokees, died and was buried at his beloved town of Chota on the Little Tennessee River in present day Monroe County, Tennessee. In the fall of 1969, the Department of Anthropology of the University of Tennessee, while conducting archaeological investigations at this site, disinterred a burial which exhibits striking correlations with the historic accounts of Oconastota and his inhumation.

Examination of a recently abandoned modern rural house-site in northern Costa Rica was undertaken in an attempt to gain insights into the absence of comparable sites from the Precolumbian archaeological record. The site was thoroughly described, a number of hypotheses based on artifactual evidence were advanced, and the former occupants were then interviewed. Abandonment and post-abandonment behavior by the occupants and others stongly influenced the material culture remains and potential archaeological data. The site had been subjected to a number of alterations and artifacts found were of the lowest retentive priority. A number of problems relevant to archaeological investigation at such sites were elucidated.

Mound J, Monte Albán, a building of peculiar orientation and shape, has been mapped and tested for astronomical orientation. At the time of construction of the building, a line perpendicular to the base of the steps of J would have pointed to the rising position of the bright star Capella, which rose heliacally on one of the days of solar zenith passage. We note the existence of a possible zenith sighting tube built into the steps of building r which lies in the line of sight. A second coincidence is discussed in which 5 of the 25 brightest stars are found to have set close to the azimuth of the "point" of the building at the time it was erected.