Archaeological excavation is a destructive process, making accurate, fast and efficient 3D documentation of information essential. With this in mind, our research uses an integrated workflow of topographic measurements and image-based 3D modelling to generate highly accurate reconstructions of archaeological features at the site of Thorikos, Greece. Topographic ground control points and images are acquired using a total station and consumer digital camera respectively, and processed in a highly automated workflow using Structure from Motion and Multiview Stereo reconstruction software. These models were generated on a daily basis in order to map the on-going of a field campaign at this archaeological site in 2012. Moreover, a management system is presented as a consultation and analysis application, enabling the interaction with the 3D models, accompanied with attribute data and metadata. For the efficiency of the management system it was essential to integrate the 3D models in a Harris matrix. This matrix functions as an intermediate between a graphical user interface and the database system. Additionally, two applications of these 3D models are presented, focussing on capacity calculations and in situ mapping (orthophoto mapping) of stone wall remains. The presented management system, the linking of 3D models with excavation data, and the use of 3D models as a scientific tool demonstrate the huge potential of 3D data for archaeological research.

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Technology is a ubiquitous aspect of the everyday world. Although hard to ignore in this day and age, Classical scholars have shown little awareness of this observation in their research. Technology has primarily been studied from a restricted angle, most notably a technical or economic one. The former perspective views technology as a purely technical force, concentrating principally on tools and techniques. The latter focuses on innovation, and its capability to increase production outputs and trigger economic growth. Both approaches, however, neglect the complex range of factors that actually contribute to technological change, inevitably leading to misconceptions about the role of technology in the ancient world. This chapter presents a different way of approaching Classical technology. Using the sociological theory of Social Construction of Technological Systems, it argues that technological change always occurs against the backdrop of interdependent environmental, social, economic and political factors. It applies this approach to the case study of the Athenian silver mines in the Laurion. The focus is on the practice of silver production, with special attention to social groups and their interaction in a broader environmental, political and economic context. This framework enables a more contextualized and thorough understanding of technological change in Athenian society.