Connecting Heaven and Earth: Interpreting Early Woodland Nonmortuary Ceremonialism in Northern Ohio

Most previous studies of Early Woodland ritual and ceremonialism in the Ohio region have focused primarily on Adena mound and earthwork enclosures and their attendant mortuary facilities. Recent investigations of other constructions, such as circular post structures, have demonstrated the feasibility of expanding interpretations of Early Woodland ceremonialism to include nonmortuary contexts. In the southern drainages of Lake Erie, small hilltop enclosures are potentially fruitful localities for the study of (non-Adena) ritual and ceremonialism. Recent investigations at the Heckelman hilltop enclosure reveal nonmortuary-ceremonial activity during the Early Woodland period. Archaeological remains point to the construction of an oval ditch enclosing clusters of freestanding (ritual) poles and pits that exhibit evidence of having been used for preparing and serving ceremonial meals. It is proposed that the Heckelman ceremonial precinct was the site of ritually charged activities bearing important cosmological significance for its users.     

The Chalcolithic Period of the Southern Levant: A Synthetic Review

In the southern Levant, the late fifth millennium to mid-fourth millennium BC—traditionally known as the Chalcolithic period—witnessed major cultural transformations in virtually all areas of society, most notably craft production, mortuary and ritual practices, settlement patterns, and iconographic and symbolic expression. A degree of regionalism is evident in material culture, but continuity in ceramic styles, iconographic motifs, and mortuary practices suggests a similar cultural outlook linking these sub-regions. Luxury items found in group mortuary caves provide good evidence for at least some inequality in access to exotic materials. The level of complexity in social organization, however, is still debated. Divergent interpretations of Chalcolithic socio-economic organization suggest that, with the large amount of new information now available, a reevaluation of the debate is due. In this article we synthesize the more recent evidence and weigh interpretations of processes that led to the widespread fundamental changes witnessed during the late fifth to early fourth millennium BC.     

Early Dilmun and its rulers: new evidence of the burial mounds of the elite and the development of social complexity,c. 2200–1750 BC

This paper deals with the social organisation of early Dilmun in Bahrain based on evidence from the burial mound record. Complete aerial photography survey and mapping have documented the extensive mound fields of Bahrain in their entirety and revealed a new and rare type of burial mound encircled by an outer ring wall. From the spatial distribution and appearance of these ‘ring mounds’ it is argued that they cover the time span 2200–1750 BC. It is further argued that the ring mounds reflect the entombment of a prominent segment of early Dilmun society and thus testify to the presence of a social elite as early as the late third millennium BC. The paper offers evidence supporting the view that fundamental changes in the size of the ring wall and the encircled mound occurred over time, culminating in the colossal ‘royal’ mounds near Aali village. The increase in size of the special mounds and the exclusive appearance of the type in the Aali cemetery after the emergence of ten concentrated cemeteries around 2050 BC are correlated with the already available evidence of increasing social complexity in Dilmun. Three clusters of ring mounds in Aali are argued to reflect the appearance of one or more ruling lineages that were ultimately to found the colony on Failaka, Kuwait, and rule not only Bahrain but also the adjacent coast of Saudi Arabia.     

苏南土墩墓的初步研究

一、前言 长江下游地区的江苏南部,无论是丘陵、山地还是平原地区,常能见到象馒头状凸出地面的大小土墩,且这些土墩又常成群连片地集中出现。这些土墩大多数是人工堆筑而成的古代墓葬,也就是目前人们通常所说的“土墩墓”①。这类土墩墓可以分为两种类型：一种是用石块垒砌墓室的土墩墓,称之为“石室土墩”②,主要分布在环太湖地区的山巅及浙江北部太湖之滨;另一种是无石室结构的土墩墓,称之为“土墩墓”,遍布于苏南地区。本文所要讨论的是无石室结构的土墩墓,其年代约当中原地区西周前期到春秋战国之际③。这些土墩墓是商周时期…     

Postclassic expansion of Mesoamerican biocultural characteristics into Sonora,Mexico

Recent excavations at the Postclassic period (circa a.d. 1000–1521) mortuary mound of El Cementerio (SON P:10:8), located along the Río Yaqui in central Sonora, Mexico, have documented 105 mortuary features (111 individuals) many of which display elongated intentional cranial modification and several cases of tooth filing. These constitute biocultural traits common across much of Mesoamerica throughout its Prehispanic cultural sequence, which expanded along West Mexico and into northwest Mexico beginning in the late Classic period. The examples from El Cementerio represent the northernmost concentrated expression of these traits and could represent the spread of Mesoamerican/West Mexican identity associated with macro-regional trade and the expansion of the Aztatlán archaeological tradition during the Postclassic period in the region.     

The Land of Morgan: Its Conquest and its Conquerors

The cairn on Hardendale Nab was excavated in 1986 in advance of destruction by quarrying, and this allowed the reconstruction of a complex sequence of development. Construction of the cairn appears to have begun in the Early Bronze Age, although it might have been earlier. Phase 1 comprised a simple cist burial, and small earthen mound, with a number of secondary burials made in and around the original monument. Unusual rectangular features might have been used for pyres. Phase 2 saw the erection of a round enclosure around the mound, which was later (Phase 3) filled with loose limestone rubble. Again burials, both cremations and inhumations, were cut into the rubble, and bone scattered over and amidst it, with an apparent focus on the southern part of the structure. The entire complex was buried by a further layer of rubble in Phase 4, into which several further burials, this time inhumations, were cut. The excavation produced an unusually large amount of environmental evidence, much of it associated with the use of the cairn as a roost by owls in Phases 2 and 3.     

A REASSESSMENT OF THE CHRONOLOGY OF MOUND A AT TOQUA

Abstract

The Toqua site (40MR6) is one of the most thoroughly excavated Late Mississippian mound sites in East Tennessee. The site has been a focal point of research on late prehistory in southern Appalachia, but there are issues surrounding its chronological placement. The radiometric dates obtained for the site in the 1970s and the archaeomagnetic dates reported in 1999 have large standard deviations. These dates are too imprecise to be useful for a temporal placement of the site that is clear enough for current discussions of the development of Mississippian culture. A newly obtained Accelerator Mass Spectrometry (AMS) date from the large platform mound (Mound A) allows a reevaluation of the occupation sequence of the Toqua site. This date provides an anchor for a refined chronology for Mound A. In addition to the new AMS date, this refined chronology is based on complementary lines of evidence, including architectural evidence, mortuary practices, pottery traditions, and shell gorget styles.     

CHRONOLOGY,SITE FORMATION,AND THE WOODLAND-MISSISSIPPIAN TRANSITION AT BAYSHORE HOMES,FLORIDA

Bayshore Homes (8PI41) is a large mound and midden complex on Florida’s west-central Gulf Coast that was investigated originally by William Sears in the 1950s. From 1999 to 2009, the authors conducted survey, test excavations, and soil coring to address questions regarding site formation, chronology, and cultural affiliation. Radiocarbon dates and ceramic analysis indicate two separate occupations during the Woodland and Mississippi periods, cal. A.D. 140–565 and cal. A.D. 890–1390 (2 sigma). The earlier occupation is associated with the Manasota archaeological culture, sand-tempered plain pottery, burials in midden deposits, and interments in a sand mound accompanied by Weeden Island–related mortuary ceramics. The later occupation is associated with Weeden Island–related decorated and Pinellas Plain ceramics in midden deposits and represents the transition from terminal Weeden Island to the Englewood phase of Early Safety Harbor. A large burial mound and a platform mound are associated with this period of site use. Our results also indicate that the unusual ceramic sequence identified by Sears in the site’s large shoreline shell midden is the result of redeposition, which occurred sometime after cal. A.D. 1220. Possible explanations for the redeposition event include monumental mound construction or the elevation of the midden ridge to serve as a foundation for structures to protect them from rising sea levels or storm surges.     

The Social,Spatial, and Bioarchaeological Histories of Ancient Oman project: the mortuary landscape of Dhank

The Social, Spatial, and Bioarchaeological Histories of Ancient Oman (SoBO) project has conducted three seasons of survey and excavation in north‐western Oman. Focusing on third‐millennium BC archaeological features, this project is unique because of the combination of geospatial survey and bioarchaeological excavation of mortuary monuments in and around the town of Dhank. Here we report our initial findings, define our survey area and techniques and discuss excavated funerary structures and associated radiocarbon dates from both charcoal and human skeletal remains. This report presents preliminary results that introduce this new project on the prehistoric mortuary landscapes of Oman and highlight the techniques the SoBO team employs to examine Bronze Age communities in this rural location.     

Mortuary Practices,Cultural Context,Bayesian Chronology,and Maize Consumption among Terminal Late Woodland Societies in Northeastern Illinois

In 1940, Gretchen Cutter and a WPA crew conducted excavations in the Mound Wi^o5 at the Fisher site in Will County, Illinois. We examined those materials as part of our reanalysis of the Fisher site excavations by George Langford and the University of Chicago. The mound’s material culture correlates with the Des Plaines phase but contains strong connections to the east, especially with Albee phase mortuary practices. Calibrated ¹⁴C dates and Bayesian modeling place the Des Plaines phase as contemporary with the Mound Wi^o5 mortuary’s primary use during the ninth to eleventh centuries. There is isotopic evidence of a mixed C₃/C₄ diet with some maize consumption. Mound Wi^o5 represents the only Terminal Late Woodland collective mortuary facility currently known in northeastern Illinois. The identification of such multigenerational communal Terminal Late Woodland mortuary practices lends support to the contention that they provided the cultural base for the emergence of the distinctive Langford Tradition accretional mortuary mounds.     

Mounds,Towns, and their Surrounds: An Archaeological,Historical, and Geophysical Approach to Burial Mounds,Residential Space,and Cultural Landscapes of the Late Woodland Springwells Site (a.d. 800–1400) at Historic Fort Wayne,Detroit

Historic Fort Wayne is located on the Detroit River in a landscape of heavy industry and marginalized urban neighborhoods (figure 1). Geophysical survey south of the Fort Wayne Mound—a Late Woodland Period burial mound enclosed by the Fort—indicates that pre-contact residential structures may be preserved at the site. Residential sites with mortuary monuments are uncommon in southeastern Michigan and represent an opportunity to better understand variation in Late Woodland settlement. Our approach combines existing archaeological research, historical records, and non-invasive geophysical survey in a culturally sensitive Native American site context presently unavailable for conventional archaeological excavation. We examine archaeological and historical records from Springwells and Late Woodland period settlements in the region to contextualize geophysical evidence from the site. The research prioritizes protection of Native American heritage sites in urban contexts together with ongoing archaeological interpretation of the Late Woodland cultural Landscape.     

Electrical Resistivity Tomography with Angular Separation for Characterization of Burial Mounds in Southern China

The study aims at providing the spatial distribution and potential structure of the burial mounds at the Sifangling site, Hepu Han Tombs, in southern China. We implemented an electrical resistivity tomography (ERT) technique to obtain high‐resolution imaging of archaeological targets, considering the challenging environment and the depth of the burials. Three ERT profiles were tested above a small ancient mound previously detected by exhaustive archaeological drillings, following which 18 ERT profiles with angular separation were performed on the largest mound at the test site, without any a priori archaeological evidence below the surface. Then, a series of two‐dimensional (2D) profiles were combined as a ‘pseudo‐3D’ volume, which allowed a detailed characterization of the burial mound, and iso‐resistivity surfaces were also calculated to emphasize the location and spatial extent of the target. The results gave an effective identification of the funeral chamber and its structural details, and allowed detailed pre‐excavation planning.     

Integrating LiDAR data and conventional mapping of the Fort Center site in south-central Florida: A comparative approach

Abstract

Publicly available LiDAR (Light Detection and Ranging) data provide a potential windfall for archaeologists, permitting the creation of detailed topographic site maps with little more than an internet-connected computer and appropriate software. The quality of these LiDAR data for site mapping is variable, however, and may need to be supplemented with data obtained from conventional mapping techniques. We share insights from recent mapping of the Fort Center site (8GL13) in southern Florida. Specifically, we suggest a method—based on trial and error—for integrating LiDAR and total station survey data. We compare the results of our work with previous efforts at mapping the site based solely on conventional archaeological survey methods, as well as with results based on LiDAR data alone. We conclude that our combination of LiDAR data, corrected by conventional survey data, produces the most accurate map.     

Domesticating gender: Neolithic patterns from the southern Levant

This paper examines the extant evidence regarding gender reconstructions and relations for the Neolithic of the southern Levant of southwest Asia. Data from human skeletal remains, mortuary contexts, architecture, and figurative art provide the empirical bases for a broad assessment of gender in the realms of productive labor, social organization, and ideology. Overall, little evidence is found to support that Neolithic societies in this region were organized hierarchically in terms of gender.     

Mapungubwe and Great Zimbabwe: The origin and spread of social complexity in southern Africa

Stratified societies in southern Africa first developed in the Shashe–Limpopo Basin. As is well known, rank-based society at K2 developed into class distinction at Mapungubwe. The transfer of this new social organisation to Great Zimbabwe has received less attention. New research on rainmaking practices suggests that a Mapungubwe dynasty introduced class structures at Great Zimbabwe. Poor climatic conditions at the end of the 13th century undermined sacred leaders at Mapungubwe itself, and while vulnerable, the elite at Great Zimbabwe took over the important gold and ivory trade. Among other things, the new elite used the unique Zimbabwe birdstones to establish their legitimacy.     

Sourcing galena from a Middle Woodland habitation site in northeast Mississippi

Galena has been recovered mostly in mortuary contexts – burial mounds, burial caves, and associated mortuary facilities – from Middle Woodland sites in the Southeast. Three small pieces of galena from the Cork site (22OK746) in northeast Mississippi came from midden deposits at a site with no mound or burials. Lead isotope analysis was used to source the samples to the Central Missouri-Tri-State-North Arkansas region. Isotopes provide an excellent sourcing method because their ratios are stable and large comparative source datasets are available. Recovery bias may have led to underestimation of galena presence in Middle Woodland habitation sites.     

WHAT DOES MORTUARY VARIABILITY IN THE OHIO VALLEY MIDDLE WOODLAND MEAN? AGENCY,ITS PROJECTS,AND INTERPRETIVE AMBIGUITY

Building on what I view as the inability of archaeologists to distinguish patterning in the treatment of the dead in the central Ohio Valley Middle Woodland (Adena and Hopewell combined), I suggest an interpretive shift to focus instead upon agency; that is, upon mortuary events as the products of individuals and teams performing ritual acts using relics of their dead. That said, the remains we interpret as persona become, in effect, the “abandoned projects” of that agency, and their interpretation in the archaeological contexts we excavate (accretional mounds and other forms of mortuary features) is hedged around with what I call interpretive ambiguity. This approach embraces what we see as the extreme mortuary variability characteristic of the time and place without denying that underlying mortuary beliefs were real and conservative. Rather, it focuses upon the interpretation of place and how historical events occurring in places reflect larger social interactions.     

Imaging Radar and Archaeological Survey: An Example from the Gobi Desert of Southern Mongolia

Abstract

The application of spaceborne imaging radar data to archaeological survey in arid regions was investigated at a study area in the Gobi Desert of southern Mongolia. A repertoire of computer enhancement regimens specific to archaeological applications was applied to RADARSAT imagery of the study area to reduce noise, detect lineaments, or otherwise enhance the data. The imagery was then georectified and integrated into a large area mosaic, creating detailed multi-layered image-maps that were used to direct ground exploration. During two field seasons with the Joint Mongolian-Russian-American Archaeological Expedition (JMRAAE) in 1997 and 1998, precise latitude/longitude information was obtained with Global Positioning Satellite (GPS) devices, establishing Ground Control Points with which to further georectify the image-maps. Both navigation and archaeological site selection were enhanced by hydrologic and topographic information in these satellite image-maps. The JMRAAE field team successfully located Palaeolithic cultural artifacts showing little or no surface expression, most often in association with ancient watercourses. The team was able to navigate accurately through the extreme desert terrain using the image-maps and GPS in this otherwise only minimally mapped area, thereby facilitating detailed archaeological reconnaissance and survey.     

Ground penetrating radar survey of a prehistoric site in southern Italy

In this paper, we present and discuss the results of a ground penetrating radar (GPR) study carried out in an area of southern Italy where a karst cave with prehistoric remains was found. The aim of the study involved the imaging of the subsurface stratigraphy, both inside and outside the cave, in order to assist archaeologists in an excavation programme.The survey grid comprised 18 intersecting GPR profiles. Problems associated with the use of the GPR within a cave environment are highlighted and the data processing sequence designed to extract useful geo-archaeological signatures is described. Interpretation of the radar sections was controlled by the excavation of two trenches (inside and outside the cave), allowing detailed outlining the complex stratigraphy and the reconstruction of Palaeolithic and Neolithic subsurface horizons.     

Geochemical discrimination of basaltic sources as a tool for provenance analyses of bifacial tools in the southern Levant: first results from the Jezreel Valley,Israel

The determination of groundstone tool sources bears the potential to examine aspects like raw material selection and preference, mobility, trade and exchange patterns, control over resources and long term use of raw material sources. The discovery of the Neolithic/Chalcolithic basanite bifacial quarry of Giv'at Kipod in the Jezreel Valley, Israel, provides the opportunity of raw material centred provenance studies of bifacials in the southern Levant. The basis for reliable provenance analyses is a clear geochemical characterization of the extraction site and its discrimination from other potential sources. To achieve this, the Miocene magmatic rocks of the Jezreel Valley were sampled and analysed by XRF and La-ICP-MS. The geochemical evaluation, combined with cluster analyses, resulted in a clear discrimination of the Giv'at Kipod lava from other basaltic sources in the area. Based on the geochemical field data, a Giv'at Kipod provenance for six bifacial tools found in three archaeological sites dated to the Neolithic and the Chalcolithic periods was established. The results suggest that the quarry was in use for several millennia. This pilot study demonstrates that for provenance analyses lava outcrops in the southern Levant can be geochemically discriminated from each other on a very small spatial scale, on the basis of a detailed field sampling and the application of multivariate methods.