An inter-site comparison of enamel hypoplasia in bison: implications for paleoecology and modeling Late Plains Archaic subsistence

Bison bison mandibular molars from the Late Plains Archaic kill/butchery sites of Buffalo Creek (Wyoming) and Kaplan-Hoover (Colorado) exhibit significant frequencies of dental enamel hypoplasia (DEH), a defect believed to reflect information about physiological status of individual animals. This study provides a methodology to estimate the ontogenetic and seasonal timing of DEH formation in bison dentition. Integration of these estimates with data from bison life history and grassland ecology allows inferences on age- and season-specific factors exacerbating periodic physiological declines that were recorded in the form of enamel hypoplasias. Differences between assemblages indicate regional variability in grassland conditions, with data from Buffalo Creek pointing to recurrent drought that reduced forage capacity and contributed to physiological stress in bison over two consecutive years. Seasons of physiological stress reflected in the DEH correspond to each of the three kill events at the locality, suggesting that predictability of bison behavior in this location was a critical factor in influencing the seasonal timing and location of repeated hunting episodes. Unlike Buffalo Creek, timings of stress episodes are not consistent with season of death in the Kaplan-Hoover bison assemblage, suggesting that favorable grassland conditions were the primary factor influencing timing of this large single-kill event in order to provision for the upcoming winter. DEH analysis represents a developing approach in the construction of models addressing key aspects of local grassland and bison ecology as well as offers unique insights into the hunting strategies and subsistence decisions of Late Plains Archaic foragers.     

Determining the Age of GLO-mapped Trail Networks: A GIS Analysis of Northern Iowa

Abstract

Between 1833 and 1861, the Government Land Office (GLO) mapped almost 11,000 km of trails in Iowa. It is unknown if substantial portions of this GLO-mapped trail system predate the arrival of Euro-Americans; it is possible they were established in prehistory and used into the historical period. This Geographical Information Systems study compares a sample of archaeological sites within 1 km of the GLO trails in northern Iowa with a control sample. It was expected that GLO trails would be more common near Late Prehistoric sites if much of the GLO trail system was established before Euro-American arrival. Analysis indicates a relationship between GLO-mapped trails and Late Prehistoric, early historic Indian, and early historic Euro-American sites. Statistically, the connection between GLO trails and early historic Euro-American sites is by far the strongest; however, biases in the data suggest the association between Late Prehistoric and early historic Indian sites and GLO trails is underestimated.     

Baffles and Stockades: Entryway Construction at Southern Plains Fortifications,A.D. 1500–1850

Southern Plains archaeologists have for years reported piecemeal data suggesting that ancestors of the Wichita Indians periodically built fortifications. Since 2003, we have conducted archaeological and geophysical investigations at multiple Late Prehistoric and European contact era fortified Wichita sites occupied between about a.d. 1500 and a.d. 1811. We seek to better understand the areal extent, timing, and structural changes associated with facilities that appear to have functioned as redoubts (Drass, Perkins, and Vehik 2018). In this article, we focus on how the Wichita constructed and secured fortification entryways. Given the inherent vulnerability of entryways, architects across the globe have designed a variety of defensive configurations to confound attackers. For the Wichita, the introduction of horses and guns beginning in the 1600s magnified these challenges. Our findings indicate that baffled gates, often paired with fenced extended entryways, facilitated quick entry by defenders and dependents while serving as impediments to hostile intruders.     

10,000 Years in the Rocky Mountains: The Helen Lookingbill Site

Abstract

Located in a spring-fed meadow at 2620 masl, Helen Lookingbill is a stratified, high-altitude open site in the Washakie Range of the Absaroka Mountains in NW Wyoming. The site contains cultural material ranging in age from Paleoindian through Late Prehistoric periods. Although the densest cultural deposits date to the Early Archaic (8000–5000 b.p., uncalibrated), other time periods are well represented. A 10,400 year old layer comprises the earliest component (Haskett/Hell Gap) in the main excavation area; above it is a series of Late Paleoindian, Early Archaic, later Archaic, and Late Prehistoric components. The major materials at the site are chipped stone and bone, while a deer bone bed dating between 6500 and 6800 b.p. is contained within the main excavation block. In addition to deet; the site contains the remains of mountain sheep, bison, porcupine, and other mammals. Located on and near both quartzite and chert stone sources, the mountain meadow served as a prehistoric camp site and yielded evidence of tool production, heat treatment, refurbishing, and use. Interdisciplinary research provides much information pertinent to understanding the nature of site occupation with implications for regional cultural dynamics, high altitude hunter-gatherer adaptations, and site formation processes.     

Museum Collections and Archaic Era Vertebrate Faunal Remains from Cuba

ABSTRACT

Museum collections are an underutilised source of environmental archaeological data. Curated collections often contain faunal and floral remains that can be analysed using new methods and to address various research questions. For example, the broad patterns of Archaic or preceramic subsistence adaptations are not well known for the Caribbean region, and for Cuba in particular, due to the ecological variability among the islands and limited, quantified faunal data from radiocarbon-dated sites. To address these issues, we present quantified vertebrate faunal data and new radiocarbon dates from museum-curated collections from three Cuban sites. Las Obas, La Vega del Palmar, and Los Caracoles are Archaic, dating between roughly 350 BC to AD 630, although Vega del Palmar contains Pre-Arawak Pottery Horizon ceramics. The three assemblages include a diversity of taxa from several habitats, including various species of hutia (Capromyidae). The taxonomy of these rodents varies among the sites as do the proportions of other taxa. In addition to abundant hutia, the sites' occupants exploited an array of fish, birds, reptiles and other mammals, including manatee. We compare the sites faunal assemblages and discuss their ecological significance as well as their place in Cuban prehistory.     

Relations of Mesolithic hunter-gatherers of Pomerania (Poland) with Neolithic cultures of central Europe

Abstract

The appearance of the first farming groups on the North European Plain was the turning point for the Mesolithic foragers who had inhabited that region for almost 7000 years. Interrelations between these two very different communities are fascinating for archaeologists interested in the northern European Stone Age. Research at D?bki in Poland provides elements for a discussion of the Neolithic transformation along the southern Baltic coast. Pottery from the regions inhabited by Danubian societies has been found in a hunting-gathering context (), a fact that sheds light on relations between local Late Mesolithic communities and early farmers. Imports from the Linear Pottery Culture, the Stroked Pottery Culture, the Lengyel Culture, and the Ertebølle Culture are found associated with Late Mesolithic layers, while pottery of the Bodrogkeresztúr Culture is related with the local Funnel Beaker settlement. This imported pottery reflects long lasting contacts between Mesolithic and those Neolithic communities that promoted the neolithization of the coastal region.     

Distributional Survey of the Reinhardt Site (33PI880), Pickaway County,Ohio: A Strategy for Deciphering the Community Structure of a Fort Ancient Village

Abstract

There is currently a paucity of Fort Ancient sites with deciphered settlement structures. If settlement structure is reflective of social organization, then a larger sample of sites is needed to evaluate extant models of Fort Ancient social development. A distributional survey of the Reinhardt site, a Middle Fort Ancient habitation in the Middle Scioto Valley, Ohio is proposed as a model of efficient, multi-staged investigation that can aid in detection and interpretation of community structure. By combining an intensive surface collection and a 10 -×-20 -m grid of small volumetric shovel test units, I was able to discern a probable small plaza (circa 40 -m diameter) and a partial, relatively wide habitation ring (>30 m). I argue that this strategy can be usefully employed in a variety of situations to increase our understanding of variability in settlement organization in general, and specifically for the Late Prehistoric agricultural societies of the Middle Ohio Valley.     

Economic and environmental changes during the 4th and 3rd millennia BC: the 25th Jubilee Symposium of the AEA in Bad Buchau,southern Germany

Abstract

This study represents the first detailed published analysis of a relatively large archaeologically derived faunal assemblage in eastern Beringia for the Late Pleistocene/Early Holocene. The faunal remains, dated to 10,100 cal. BP, are well preserved and have highly resolved spatial association with lithics and hearth features. Factors in the formation of the assemblage are assessed through analyses of weathering, presence/absence of carnivore damage, fragmentation patterns, bone density, and economic utility. Taphonomic analyses indicate that human transport and processing decisions were the major agents responsible for assemblage formation. A spatial model of wapiti and bison carcass processing at this site is proposed detailing faunal trajectories from the kill sites, introduction on site in a central staging area to peripheral marrow extraction areas associated with hearths and lithic items. Data from mortality profiles, spatial analysis, and economic analysis are used to interpret general economy and site function within this period in Interior Alaska. These data and intersite comparisons demonstrate that considerable economic variability existed during the Early Holocene, from broad spectrum foraging to efficient, specialized terrestrial large mammal hunting.     

Pre-Pottery Neolithic A and Late Natufian at 'Iraq ed-Dubb,Jordan

Abstract

Excavations at the cave of Traq ed-Dubb, Jordan, help clarify our understanding of the transition from foraging to farming in the Near East. The people who occupied the site in the Late Natufian period (13,500–11,500 B.P) were a relatively mobile group who used the cave as a temporary base camp for local foraging and hunting. In contrast, the occupants in the Pre-Pottery Neolithic A period (11,500–10,500 B.P) constructed at least two stone residences, with food processing features, inside the cave. This study provides a detailed consideration of the timing of the earliest sedentary farmers at Traq ed-Dubb, and elucidates the nature of differences in architecture between these periods, reflecting upon the implications of the transition to food production, which appears to have taken place less rapidly than previously assumed.     

Using multi-criteria cost surface analysis to explore past regional landscapes: a case study of ritual activity and social interaction in Michigan,AD 1200–1600

Major advances have occurred in the analytical use of GIS in archaeology, particularly in uses of this tool for furthering understandings of past social landscapes. A major focus of these efforts has been visibility studies and archaeologists have paid less attention to how GIS can facilitate the study of another important socio-spatial component, movement. This paper examines the GIS application of multi-criteria cost surface analysis as a robust technique for modeling past movement and applies this approach to the Late Prehistoric period (ca. AD 1200–1600) in Michigan as a case study. This analysis extends understandings of the role of localized connections and tribal territoriality with the spread of maize agriculture in this period and adds further support to the proposal that earthwork enclosures served as uniquely accessible ritual centers for social, economic and ideological interaction between separate tribal communities within the Late Prehistoric regional organization. By showing this technique can build on and validate models of past social developments, grant real insights into social connections and affiliations, and stimulate new directions for future research, this specific case illustrates the general heuristic value of multi-criteria cost surface analysis for exploring regional landscapes in archaeology.     

Frontier Life: Late Prehistoric Adaptations of the Kansas City Locality

Abstract

Late Prehistoric (AD 900–1500) adaptations along the lower Missouri River in the Kansas City locality include two distinct contemporaneous archaeological cultures, Steed-Kisker and Pomona. Both are reviewed with emphasis on interaction, change, and continuity. Evidence from other sites in northeastern Kansas, a prairie-woodland ecotone, points to interaction where their culture core areas overlapped, a locality that was a frontier throughout much of prehistory between cultures of the eastern woodlands and the Great Plains. Recent investigation of house remains at the Scott and Caenen sites, representing the Steed-Kisker and Pomona cultures respectively, provides significant insight concerning relations or lack thereof. About 130 years apart in time of occupation, they are only 350 m distant in Stranger Creek valley, the last major tributary of the Kansas River before its confluence with the Missouri River. Both illustrate the contrasting nature of these adaptations, specifically change from a Woodland adaptation represented by Steed-Kisker and continuity with respect to it represented by Pomona, which persisted longer. The possibility of assimilation of both cultures with the Oneota tradition during the fourteenth and fifteenth centuries is discussed.     

On the challenges and benefits of indoor archaeology: 15 years at the Archeodome (Mitchell Prehistoric Indian Village,South Dakota)

Abstract

Field archaeology is normally associated with outdoor excavation and exposure to the natural environment. Archaeological excavations have adapted to a wide spectrum of these conditions, but the recent prominence of archaeological sites as tourist attractions and educational facilities has occasionally led to dramatically different environments for the archaeological recovery, interpretation, and preservation of evidence, including facilities that permit indoor excavation. This article explores 15 years of experience at the Mitchell Prehistoric Indian Village in South Dakota. An “Archeodome” covering part of the site represents a non-traditional excavation and preservation environment that presents considerable benefits and challenges for archaeologists. The structure provides the basis for evaluating the nature of indoor excavation within its archaeological and educational context and provides a cautionary note for archaeologists, heritage groups, tourist boards, and others interested in the preservation of archaeological sites. Though this article focuses on the Mitchell site, the information reported has broad implications for sites where structures cover archaeological deposits.     

Contexts for Conflict: Conceptual Tools for Interpreting Archaeological Reflections of Warfare

Abstract

There has been a long history of interest in the material remains of conflict, but in the last two and a half decades archaeologists have made strides in the study of war and warfare. Techniques have been developed, refined, and borrowed to expose the material record of combat. Sites associated with other military undertakings have been discovered and the material culture of conflict has been documented. This growth has expanded an understanding of past conflicts and challenged previously held ideas about warfare. Although archaeologists do not currently have interpretive frameworks to link the diverse sites and objects that form the archaeological record of war, modern military planners have developed such models. This paper uses sites from the North American Great Plains to suggest that military models of conflict analysis can contribute to a synthetic archaeological interpretation of conflict.     

Probabilistic models of seasonal <Emphasis Type="Italic">Bison</Emphasis> exploitation based on fetal prey osteometry and reproductive phenology

Seasonality studies are a staple of Great Plains archaeology, but obtaining evidence for seasonal food procurement is challenging. This study explores seasonality through the lens of fetal bison remains. A method is developed that produces intra-annual probability distributions for the date of fetal death. These distributions are informed by osteometric data from fetal bison in archaeological contexts, fetal skeletal growth curves, and data-driven models of bison conception dates. Probabilities can be assigned to seasonality hypotheses by examining date intervals across these intra-annual distributions. This method is implemented through an R program and applied to seasonality hypotheses at three archaeological sites containing fetal bison remains: Big Goose Creek (Wyoming), Baker Cave III (Idaho), and the Upper Tucker Site (Texas). Unlike previous efforts to infer seasonality from fetal bison remains, this method provides explicit probabilities showing the level of agreement between the osteometric data and seasonality hypotheses. This probabilistic approach could be extended to seasonality studies involving other animal taxa both within and outside of North America.     

Points and prey: a quantitative test of the hypothesis that prey size influences early Paleoindian projectile point form

Understanding the causes of variation within and between projectile point types is an important task for Paleoindian archaeologists since they rely heavily on points to investigate such things as settlement dynamics and hunting practices. One long-held explanation for the variation in early Paleoindian point form is that prey size influenced the size and shape of projectile points. The study reported here evaluated this hypothesis with standard and geometric morphometric data recorded on Clovis and Folsom points from the Southern Plains and Southwest that are associated with mammoth or bison remains. Points used to hunt mammoth were found to be larger and of a different shape than points used to hunt bison, which supports the hypothesis. However, when both point type and prey size were taken into account, the results ran counter to predictions. Potential explanations for this discrepancy are discussed.     

Palaeopathology in late Pleistocene and early Holocene Central Plains bison: dental enamel hypoplasia,fluoride toxicosis and the archaeological record

Multiple formative agents are cited for dental enamel hypoplasia (DEH) in modern and fossil mammals. Here, four late Pleistocene-early Holocene bison assemblages from the Central Great Plains are analyzed for DEH and other bone pathologies to investigate the possible influence of chronic fluoride toxicosis, a condition that may have presented a long-term source of duress for prehistoric bison and devalued them as nutritional resources to human hunters. Although DEH is present in all the analyzed assemblages, the lack of corroborating dental and post-cranial anomalies consistent with chronic fluoride toxicosis speaks against it as a primary factor of DEH formation or general ill health in these bison. Rather, maternal nutritional stress, weaning, and seasonal forage condition are invoked as probable promoters of DEH formation. Other identified abnormalities are discussed in reference to their contribution to reduced feeding efficiency and lameness, as are their roles in developing palaeoecological models applicable to archaeological questions about ancient human lifeways.     

Intensive hunting during the Iron Age of Southern Africa

Domestic faunal samples from farming sites from southern Africa dating from the Early (～AD 200–900) and Middle (～AD 900–1300) Iron Ages with large faunal samples are typically dominated by sheep/goats (both number of identified specimens and minimum number of individuals for large samples). However, four exceptions to this general pattern from these time periods are Bosutswe, Nqoma (both in Botswana), KwaGandaganda and Mamba (both in KwaZulu-Natal). At these sites, cattle outnumber sheep/goats, which have previously been measured using a Cattle Index. Intensive hunting is investigated at one of these sites, Bosutswe. Using various lines of evidence, including measuring high- vs. low-ranked prey, economic activities, as well as grease extraction and ageing from the most common taxon, plains zebra (Equus quagga), it is suggested that resource depression of wild game likely occurred. This would fit the expectation, based on human behavioural ecology, that as high-ranked game resource diminished over time, more emphasis was placed on cattle herding. The greater emphasis could have influenced descent patterns of people at Bosutswe. By the Late Iron Age (～AD 1300–1820s), cattle dominate most faunal assemblages in southern Africa with large sample sizes, and ethnographic and historical information confirm the central role these animals played in the social, political and economic lives of these farmers.     

Spatial and Temporal Variation in Mesopotamian Agricultural Practices in the Khabur Basin,Syrian Jazira

While archaeologists have long recognized the value of regional analysis to define economic systems, relatively few archaeological data sets—principally settlement patterns, ceramics and lithics—have been used to assess regional-scale spatial variation and temporal change. As with other archaeological data sets, resolution of archaeobotanical data at a regional scale poses some formidable challenges. A new approach in the Near East uses archaeobotanical remains from multiple sites. The data have been drawn from midden assemblages that exhibit high variability between assemblages, requiring the use of random effects logistic regression models that can accommodate high variability. Our approach detects changes over time and over geographical region and tests the statistical significance of these changes. Results show a significant rise in crop-processing wastes, most probably from a specialized focus on barley processing at settlement and storage sites during the 3rd millenniumbc (Ninevite 5 and Early Jazira Periods). This shift to a greater representation of barley-processing by-products represented in middens can most probably be linked with an emerging specialization in pastoral production and re-settlement in arid regions of the northern Mesopotamian steppe in the 3rd millennium bc.     

Bison breeding characteristics and interpretation of archaeological seasonality revisited

Bison breeding behaviour has been used for the last three decades as the basis for developing methods for assigning season‐of‐occupation estimates to archaeological sites on the North American Plains. These methods are based upon the supposition that the North American bison breeding season is extremely short and that genetically controlled ontological characteristics such as foetal growth and tooth eruption sequences can therefore be used to infer site seasonality in a reasonably straightforward and precise manner. This paper reviews bison population studies conducted during the past 30 years to reassess present understandings of the length of North American bison breeding seasons. It is concluded that the bison breeding season regularly extends over a period of three to four months, and that initiation of ontological development will therefore also vary over the same period of time. Bison development characteristics cannot provide a reliable or precise means of assigning seasonality to archaeological sites on the North American Plains. It is suggested that methods using physical characteristics such as dental cementum incrementation which are directly affected by seasonal changes could be more productive. Copyright © 2006 John Wiley & Sons, Ltd.