In order to shed light on the status and economic model of Banassac’s Early Empire terra sigillata workshop, systematic surveys were carried out on the karstic terrain of the area surrounding the town. Due to a shortage of sources, the project was carried out as an integrative ‘community archaeology’ project, from the definition of the scope of research to the drawing of conclusions and consideration of results.With the synthesis of settlement dynamics from the Mesolithic times to the Middle Ages provided by the study and precise data about occupied sites in Roman times (38 villae and 55 workshops),it is now possible to see at Banassac a villa controlling a fundus through an integrated economic system linking clay, pitch and iron.

It was between the Late Neolithic and the Early Bronze Age when wool was introduced as raw material for textile production. It is expected that this innovation had a comprehensive effect on the socio-economic life of people and their environment. However, little is known about spatio-temporal trajectories of the process and the environmental influences it actually had. The approach presented demonstrates how such a comprehensive and complex research question may be operationalized. Decomposition of the overall process and gathering of information from different fields allows to reconstruct particular aspects of the phenomenon and their diachronic change. Subsequent synthesis enables addressing the overall question. This paper focuses on the role of landscape within the process of wool sheep introduction. Besides covering the particular approach to reconstruct herdingrelated landscape changes it is shown how deeply different disciplinary approaches are interconnected. Finally, difficulties and constraints of data integration are addressed.

After a decade of research the functions of circular enclosures of the middle Neolithic are still debated. In a project funded by the German Research Foundation (DFG) two of these roundels were excavated in order to learn more about their structure, history of construction, their function as well as their spatial characteristics. Based on high-resolution digital elevation models, possible orientations towards topographical and astronomical features are systematically investigated using a GIS-based visibility analysis and a self-developed tool in Wolfram Mathematica. In this article preliminary results of two (partially) excavated roundels in the northern Forelands of the Harz Mountains are presented.

The Widawa catchment area is located in Northeastern Silesia, Poland, and belonged to the southwestern distribution area of the Przeworsk culture from the younger pre-Roman period until the younger Roman period. It is estimated that iron smelting was introduced to this area with the emergence of the Przeworsk culture, circa the 2nd century BCE. Certain cultural and environmental requirements must have been met in order for this technology to spread to this area. Within the framework of interdisciplinary research, the archaeological context of an archaeological site as well as the natural archives were investigated to explore the preconditions and to describe the beginning of early iron smelting in this region.

This paper will discuss a pedagogical approach to integrating the humanities and the natural sciences. Our approach calls for extended collaboration between the two fields and a capacity to integrate the experimental and deductive lines of reasoning within the natural sciences with the holistic and critical perspectives of the humanities. This paper will describe and discuss how this notion is applied to the construction of a pedagogical framework or a learning environment constituted from landscape theory, GIS, and pedagogical principles derived from EBL and PL. The paper highlights how a landscape approach in combination with the interactive and dynamic properties of GIS can be used as an active learning environment crossing the interfaces of the disciplines.

For the environs of the Late Bronze Age fortification enclosure Iarcuri the hydro-morphological relief characteristics are combined with archaeological evidences. Target of the study is to evaluate the impact of settlement activities in the surroundings of Iarcuri on the development of the channel network. Data analysis is based on topographic map-derived and high resolution DEMs provided by LiDAR scanning; derivatives of the DEMs are used to characterize the different sub-catchments that show varying influences by the fortification ramparts. The tributaries reaching the receiving stream close to the central settlement area source close to the gates in the ramparts in the Late Bronze Age built-up areas. Additionally, also the geometry of these tributaries differs from that of other tributaries. The distinct character of the channel network with repeatedly occurring rectangular bends indicates the capture of channels, which developed as gullies along paths by retrogressive erosion.

Since uncertainty is part and parcel of archaeology, using the scientific method to reconstruct historical processes is an absolute priority. This is even truer for prehistoric contexts, where human traces on the territory are ephemeral and less invasive. Working on prehistoric landscapes presents the researcher with complex methodological issues that must be dealt with. GIS technology is a leading method of highlighting the elements that condition settlement choices; it clarifies the interaction among different types of sources and increases their informative potential. This contribution describes the methodological workflow we applied to deal with such issues through a case study of settlement strategies during the Bronze Age in Tuscany, Italy.

The ancient city of Anuradhapura (4th century BCE to 11th century CE), established on the banks of the river Malwathu Oya in north-central Sri Lanka, is one of that country’s most important archaeological sites. Numerous ancient buildings and monuments occur throughout the entire settlement. The preserved parts of the Anuradhapura ancient built environment are mostly solid masonry constructions. However, foundations, floor areas, pillars, and entrance units of the buildings provide evidence that rock materials were prominently used in constructions. This study focuses on the investigation of former rock quarry locations in the surroundings of Anuradhapura, their distributional pattern and their classification according to their morphological and archaeological significance. The majority of quarrying traces detected in the survey are distributed along a central rock outcrop line which runs across the city area. Altogether, 65 ancient rock quarries were identified in the area and classified into six categories. Moreover, numerous of historic stone buildings in the monasteries are also situated along the exposed rock outcrops line.

Detailed historical reconstructions require high-quality data. In the traditionally densely settled higher and drier Pleistocene sandy areas (‘drylands’) of the North European Plain (the European aeolian sand belt) and comparable regions elsewhere evidence-based reconstructions are hampered by poor preservation of archaeological remains and archaeologically relevant deposits. This problem can be partially solved by combining, on a microregional level, dryland data with data from nearby wetland pockets (‘wetlands’), in particular stream valleys. This asks for an integrated and systematic inventory of all available data. For this purpose an instrument was developed: the Landscape-Land use Diagram (LLAND). Because data from dry and wet contexts are to some degree supplementary, integrated analysis is essential for obtaining information on the full range of economic and ritual practices. This is demonstrated by research carried out in the valley of the small river Regge (the Netherlands), the results of which are being treated as a stratified landscape-archaeological sample. This paper does not focus on cultural interpretation but on methodology, specifically the potential of data and the benefits of an integrated approach.

Very little is known about local scale transport in the Roman period in the Netherlands, and therefore this paper aims to reconstruct and examine local transport networks through an integrative approach, using data and research from palaeogeography, physiology, archaeology and computational archaeological approaches. This study particularly focusses on the role of different modes of transport and the role of the natural environment. Firstly, a palaeogeographic reconstruction is presented encompassing both the natural and the cultural landscape. Transport networks for several modes are then reconstructed by calculating least cost paths that incorporate functions from physiological research. These networks are analysed using standard network analytical procedures. Interesting interpretations can be inferred from the results of these procedures, including some relating to the different characteristics of the transport modes but notably also the relative important role of stone- built settlements in the networks and the relative lack of control that the Roman forts have over the transport network.