Multi-Scale and Nested-Intensity Sampling Techniques for Archaeological Survey

Abstract

This paper discusses sampling techniques for archaeological survey that are directed toward evaluating the properties of surface artifact distributions. The sampling techniques we experimented with consist of a multi-scale sampling plot developed in plant ecology and the use of a nested-intensity survey design. We present results from the initial application of these methods. The sampling technique we borrowed from plant ecology is the Modified-Whittaker multiscale sampling plot, which gathers observations at the spatial scales of 1 sq m, 10 sq m, 100 sq m, and 1000 sq m. Nested-intensity surveys gather observations on the same sample units at multiple resolutions. We compare the results of a closely-spaced walking survey, a crawling survey, and a test excavation to a depth of 10 cm. These techniques were applied to ten 20 × 50 m survey plots distributed over an area of 418 ha near the Hudson-Meng Bison Bonebed in NW Nebraska. These approaches can significantly improve the accuracy of survey data. Our results show that high-resolution coverage techniques overlook more material than archaeologists have suspected. The combined approaches of multi-scale and nested-intensity sampling provide new tools to improve our ability to investigate the properties of surface records.     

Integrating Local and Regional in Pre-Contact Hawaiian Agriculture at Kahuku,Hawai‘i Island

ABSTRACT

The agricultural systems of the Hawaiian archipelago were some of the most intensive in the Pacific and this scale of intensity is well illustrated by the large agricultural landscapes of leeward Hawai‘i Island. Previous research in the area has centred on understanding the relationship between agriculture, political process, and large-scale environmental conditions. Much of this research has been oriented at the regional level, privileging discussion of elite management and oversight, with only limited investigation exploring farmer-centric adaptation at local scales. In this paper, we assess the integration of local and regional processes in Hawaiian agriculture using recent paired archaeological and ecological data from the Ka‘ū Field System as a case study. We demonstrate the presence of both general patterns previously identified in the archipelago and particular adaptations to the local environment of Kahuku ahupua‘a. In particular, we highlight targeted infrastructural developments that allowed for cultivation of what would otherwise be a difficult cultivation medium within the confines of a larger, likely regionally organised, field system constrained by general soil biogeochemical thresholds. We argue that such investigations provide an increased understanding on how these large-scale agricultural landscapes were formed by integration at multiple social and spatial scales.     

Artifact Visibility at Open Sites in Western New South Wales,Australia

Abstract

Surface visibility is a significant constraint in archaeological survey, and estimates of surface visibility are a common addition to cultural resource management reports. Despite this, relatively few studies have attempted to identify the factors affecting visibility and quantify their effects. We report the results of such a study based on analysis of surface stone artifacts deposited by prehistoric hunter-gatherers from the Stud Creek area in what is now Sturt National Park, western New South Wales, Australia. While we are able to demonstrate and quantify relationships between high artifact visibility and erosional surfaces, and low visibility and vegetated or depositional surfaces, our findings also indicate a high degree of local variability. This variability sometimes obscures the predicted relationships. The outcome of this research leads us to question the way some sampling designs for archaeological survey are constructed.     

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.     

Settlement studies and the archaeological survey of North Norway — A discussion based on the survey of North Troms

By the end of the 1984 field season a systematic archaeological survey of the county of Troms was completed. At the same time a revision of the survey was started. The survey of Troms is part of a nation‐wide archaeological survey, connected with the production of an Economic Map of Norway. Though the validity of the methods and the results of this survey have been questioned, few attempts have been made at evaluating the archaeological data base produced by the survey. The current total revision of the survey makes this task even more urgent. The aim of this paper is to contribute towards such an evaluation, by utilizing the survey data from six North Troms municipalities in an attempt at constructing a history of settlement for this area.     

Remote Sensing and Archaeological Prospection in Apulia,Italy

Abstract

When deployed in combination with ground control, archaeological surface survey, and environmental research, remote sensing based upon high-resolution multispectral satellite imagery allows large areas to be evaluated efficiently by a small team of researchers and contributes to a better understanding of an archaeological landscape. In 2007 and 2008, we analyzed ca. 100 sq km of imagery centered on L'Amastuola, Italy. Combining the evaluation of high-resolution multispectral imagery with concurrent ground control led to the discovery of 29 sites and significant off-site scatters during about four weeks of fieldwork. Our analysis indicates that most of the detected features reflect geological conditions amenable to past human habitation rather than subsurface archaeological remains. Earlier fieldwork by the Murge Tableland Survey (MTS) provided independent definitions for various types of sites and a large sample of sites and off-site scatters in the study area. Comparison of our remote-sensing guided efforts with the results of that survey suggests that our success rate is too high to be explained by random association and also illuminates the strengths and weaknesses of the respective methods, underscoring the need to integrate satellite image analysis with ground control and surface survey.     

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.     

Characterizing the rural landscape during the Iron Age and Roman period (ca. 1200 b.c.–a.d. 400): An intensive survey of Wadi al-Feidh,southern Jordan

Abstract

Archaeological surveys in the southern Levant have traditionally focused on areas with favorable climates and flat terrain where large urban sites are found, corresponding with a research focus on social complexity and state formation. Fewer surveys have explored the rocky, difficult-to-reach areas where large-scale agriculture was rare. This article uses survey data from the 2009 survey of Wadi al-Feidh, southern Jordan, to demonstrate the importance of exploring these environmentally marginal areas. Employing an intensive survey methodology, we recorded a range of sites and features previously unrecognized in this region. These findings suggest that subsistence patterns shifted from small-scale, mixed agro-pastoralism in the Iron Age (1200–586 b.c.) to a more intensive, top-down strategy of agricultural production by the Roman period (ca. 100 b.c.–a.d. 400). The results provide new insight into regional socioeconomic change in the southern Levant from the perspective of peripheral communities.     

Party system fragmentation,social cleavages,and social media: New Zealand’s 2017 election campaign on Facebook

ABSTRACT

Explorations of the predictive relationship between party system fragmentation and social cleavages beyond a single dimension remains an undeveloped area of research, one which rarely accounts for the changing technological landscape where parties now compete. This case study of New Zealand's 2017 election campaign on Facebook contributes to this area. It reveals an environment where parties compete within social cleavages for support, and users demonstrate a diverse preference for cleavage appeals. The findings also offer a compromise between the competing theories about New Zealand’ social cleavage structure. Finally, we revisit the predictive relationship between party system size and social cleavages in a postdictive fashion, demonstrating the continued explanatory power of cleavage structure, this time with data derived from social media.     

The Distribution and Research Value of Archaeological Mussel Shell: An Overview from Mississippi

Abstract

Archaeological mussel shell rarely has been employed beyond paleodietary analysis in eastern North America, and most published work is site-specific in nature. Broad-scale syntheses of data on freshwater mussel shells are needed to realize the research potential of this common archaeological material. Such syntheses should also reveal gaps in our knowledge and perhaps illuminate reasons for why such gaps exist. In this paper, data on freshwater mussel shells from sites in Mississippi are gathered, and broad patterns in temporal and spatial distributions as well as site structure are discussed. The spatial data clearly suffer from survey, recovery, analytical and reporting biases, while data on temporal trends and site structure are lacking or are available at only gross levels. Given that shell data can be used in a number of research areas (e.g., biogeography, paleoenvironment, chemical sourcing, measurement of environmental disturbance), such unsystematic treatment of shell remains is unwarranted and should be corrected.     

Burning Libraries: A Community Response

ABSTRACT

The first decade of the twenty-first century has seen a growing recognition that widespread impacts of climate change (erosion, sea level rise, wildfires, warming soil temperatures) are rapidly destroying archaeological sites and permanently wiping out millennia of cultural heritage and important scientific data on a global scale. This paper provides a brief overview of the efforts of the international archaeological community and its allies to organise a broad and coordinated response to this widespread and urgent threat to our basic record by mobilising at the local, national and international level. The work of the archaeological professional societies has supplemented a growing host of initiatives on multiple scales by national and local governmental agencies, regional research teams, local and Indigenous heritage groups and the international global change scientific community. This paper provides some reflections on the Society for American Archaeology’s Climate Change Strategies and the Archaeological Record team effort from 2015 to 2018, some links to more contacts and resources and some suggestions for future directions.     

Plants and Technology: Current and Future Directions

Abstract

Located within the driftless area of southwestern Wisconsin, the Withington site provides a unique opportunity to examine the adaptive responses of Early Paleoindians exploiting this region. With a lithic assemblage dominated by Hixton Silicified Sandstone from sources over 170km to the north, chipped stone technological attributes and raw material diversity suggest that the occupants of the site were highly mobile, employed a mixed organizational strategy of toolstone transport, and possessed a wide knowledge of the lithic and social landscape. While our recent understanding of the early archaeological record of this region has progressed, a lack of published reports continues to hinder the incorporation of data from this area into larger models of Early Paleoindian subsistence and settlement. As part of an on-going research effort to address this, I present here a report and analysis of lithic material recovered from the site.     

Towards a holistic approach to heritage values: a multidisciplinary and cosmopolitan approach

ABSTRACT

In this paper, we explore the ‘Preservation/Heritage Values/Management’ triptych, and we propose a new method for addressing the values attributed to cultural heritage sites. Combining multidisciplinary and cosmopolitan approaches, we propose a way of moving beyond the traditional lens of assessing significance within the imposed categorical framework of ‘aesthetic, historic, scientific, social or spiritual values’. We provide an example of our new approach through a worked case study in the Maloti-Drakensberg Park World Heritage Site (South African section). Our case study concerns the values associated with the world famous San (Bushman) rock art of this mountain area. Through a thematic analysis of data collected in this area from 2009 to 2017, six cross-cultural interest points are identified and are discussed. Building upon the history of values-based heritage management, we argue that our multidisciplinary and cosmopolitan method is transferable and can be applied to heritage sites around the world. It can facilitate the construction of heritage management plans that are more in tune with local actors and that will therefore prove to be more effective and sustainable.     

Archaeological Survey of Dynamic Coastal Landscapes and Paleoshorelines: Locating Early Holocene Sites in the Prince Rupert Harbour Area,British Columbia,Canada

We present and test a predictive archaeological survey model that targets early Holocene paleoshorelines in the Prince Rupert Harbour area using LiDAR bare earth digital terrain models and a 15,000-year reconstructed history of relative sea level change. Despite a century of archaeological research in the study area, no sites dating earlier than 6000 cal b.p. had been identified prior to our research. Our field survey identified three early Holocene sites associated with paleoshorelines 7–10?m above current sea level (masl). These locations demonstrate repeated use through the Holocene even as shoreline position changes. We discuss these new data in relation to the early Holocene archaeological record from the rest of the northern Northwest Coast and suggest that the region was ubiquitously occupied by this time and that the lack of recorded early Holocene sites in some areas is likely a result of survey and preservation bias, rather than historical reality.     

Identity,social interaction,and networks in the region of Wisconsin’s Holyland

ABSTRACT

This paper focuses on how a sense of identity, social interaction, and networks contribute to the construction and maintenance of regions. Using Wisconsin’s Holyland as a case study, we conducted fieldwork, collected primary data from residents through a survey, and utilized social network analysis (SNA) to determine how it is defined as a vernacular and functional region. While there appeared to be consensus regarding the key defining characteristics of Wisconsin’s Holyland on the surface, our data analysis revealed contrasting perceptions and definitions of the region. In addition, a SNA of self-reported social interactions by residents highlighted a complex cultural geography through the appearance of subregions and expanded borders of the region overall.     

Composing communities: Chalcolithic through Iron Age survey ceramics in the Marmara Lake basin,western Turkey

Abstract

Diachronic survey in the Marmara Lake basin of western Turkey confirms long-term settlement activity from the 5th millennium b.c. to the present. Here we present the results from a study of ceramics and settlement distribution pertaining to the Chalcolithic through the Iron Age periods (ca. 5th/4th–1st millennium b.c.). Our dataset confirms the value of a multi-pronged approach when establishing ceramic typologies from survey datasets, incorporating distribution in the landscape with macroscopic, microscopic (petrographic), and chemical (Instrumental Neutron Activation) analyses. Our results offer valuable insights into continuity as well as change of ceramic recipes in western Anatolia during the rise of urbanism in the Middle to Late Bronze Age followed by the establishment of an imperial realm in the Iron Age. From a methodological perspective, our results illustrate the value of macroscopic and chemical approaches, including principal component, distribution, density, and discriminant analyses that can be refined further by petrography, for the interpretation of surface survey ceramics.     

Minutes of the Annual General Meeting of the Palestine Exploration Fund, 11 June 2009

Abstract

A total of 119 rock-cut burial caves of the Roman and Byzantine periods were surveyed in the study area, all of which had been subjected to robbing at some point in the recent past. This tomb raiding in the Saffa region has resulted in severe damage to a large number of rock-cut tombs, the desecration of several hundred ancient burials, and in the extraction of thousands of funerary objects from their original context. This study depends mainly on interviews with several of the raiders of these tombs and on a field survey carried out by the author in February and March 2011. The main aim of this study is to address three questions: What are the present and future challenges facing the tombs of the Roman and Byzantine periods in the study area? Could an ethnographical study help us to expand our understanding of the looting history of these burial caves and the kinds of looted objects that were found there? What can such an ethnographical study add to our understanding of the past?     

From conflict archaeology to archaeologies of conflict: remote survey in Kandahar,Afghanistan

ABSTRACT

Emerging from research with the Afghan Heritage Mapping Partnership, a multi-year project using satellite imagery to detect, record and manage archaeological heritage, this paper examines the potentials of remote-sensing to not only monitor archaeological material culture, but also contemporary materiality as it is violently (re)assembled through conflict. Through systematic remote-sensed archaeological survey using diachronic imagery in Kandahar, Afghanistan, this work expands archaeological understanding of an under-surveyed region while exploring the impact of the region’s expansive military infrastructural footprint on cultural heritage. Further, this research considers the long history of landscapes of control and successive military occupations. Remote survey allows for continued generation of archaeological data during conflict, thereby enabling more thorough heritage management. Finally, this survey demonstrates that, although remote aerial technologies have been criticized as tools of violence, surveillance and control, satellite imagery can be used analytically to generate new understandings of and challenges to military infrastructural reach.     

Cooperative Housing and Social Cohesion: The Role of Linking Social Capital

Abstract

The article examines the role of housing cooperatives for social cohesion in the city by introducing linking social capital which grasps the vertical dimension of social capital. Housing cooperatives represent a crucial intermediate level between residents and urban housing policy, thus providing opportunity structures for bottom-linked citizen participation. Drawing on the case of Vienna, a large-scale household survey and interviews with key informants provide empirical evidence on the importance of a form of social capital which links actors at different levels in the spatial hierarchy: residents, housing managers and political decision-makers. The findings add to our understanding of the opportunities and problems with resident participation in a policy field structured by multi-level governance. Our two-level analysis shows that the dominant model of governance, top-down as well as neoliberal, has structurally limited the room for participatory practices in cooperative housing. Nevertheless, we argue that professional housing cooperatives have a potential to give residents a voice beyond the neighbourhood. Their strong linkages with public decision-makers at different scales can help leverage ideas and resources of residents.     

TOM JONES (3HE40): GEOPHYSICAL SURVEY AND SPATIAL ORGANIZATION AT A CADDO MOUND SITE IN SOUTHWEST ARKANSAS

Abstract

This article outlines a process that has facilitated discoveries of intrasite pattern, architecture, and diagnostic artifacts at the prehistoric Caddo mound site Tom Jones (3HE40) in southwestern Arkansas. A methodology of multisensor geophysical survey using electrical resistance, electromagnetic conductivity, gradiometry, magnetic susceptibility, high accuracy survey and mapping, and data georeferencing enabled by geographic information system technology has proven to be an efficient, effective, and essential component of an overall research plan. In addition to providing insights regarding the intrasite organization of an upland Caddo ceremonial mound center, this technologically integrated approach has established that Saratoga chalk geology and Blackland Prairie clays combine to form an advantageous medium for geophysical discovery.