The thesis draws together for the first time in print a comprehensive list of Roman temporary camps in Britain, drawn from published and archival sources. This material is presented as a corpus at the end of the volume. Following the introductory chapter, which outlines the scope of the work, the history of the development of study into the subject is reviewed in detail, examining the contributions made by both terrestrial and aerial archaeologists. Thereafter the evidence provided by the classical sources is examined and an attempt is made to trace the origins and subsequent development of the Roman military camp. The issue of definition forms the subject of the next section and it is argued that greater clarity than exists at present is required to allow these sites to be adequately addressed. This leads to a statement of the current state of knowledge in the subject, with a review of the central themes and arguments, and it is proposed that the role of terrestrial archaeology, and in particular excavation, has become unfairly undervalued. To support this contention a close study of the evidence provided by excavation is undertaken, leading to a call for renewed efforts through this medium, as a means of both supplementing and complementing the information obtained through the medium of aerial reconnaissance. Three case studies are then presented, utilising the methodological approaches championed in the preceding chapter. The thesis culminates in a critique of the existing knowledge base which concludes that while healthy, the subject is capable of significant advances of knowledge, some of which may best be achieved by recourse to a more balanced approach using all applications available to the discipline.
Identifer | oai:union.ndltd.org:bl.uk/oai:ethos.bl.uk:342369 |
Date | January 1995 |
Creators | Leslie, Alan F. |
Publisher | University of Glasgow |
Source Sets | Ethos UK |
Detected Language | English |
Type | Electronic Thesis or Dissertation |
Source | http://theses.gla.ac.uk/789/ |
Page generated in 0.0014 seconds