The geochemical analysis of soil samples from the Roman town of Calleva Atrebatum (Silchester, Hampshire, UK) has been undertaken in order to enhance our understanding of urban occupation during the late first/early second century AD. Samples taken from a variety of occupation deposits within several, contemporary timber buildings, including associated hearths, have been analysed using laboratory-based x-ray fluorescence for a suite of elements (Cu, Zn, Pb, Sr, P and Ca). The patterns of elemental enrichment seen across the site have allowed us to compare and contrast the buildings that were occupied during this time in an attempt to distinguish different uses, such as between domestic and work-space. Two of the buildings stand out as havin...
The development of an urban property in the Roman town of Calleva Atrebatum (Silchester, Hampshire, ...
The systematic geochemical mapping of urban soils has been undertaken by the British Geological Surv...
Integrating chemical soil analysis with visual inspection of an archaeological excavation may enhanc...
Silchester is the site of a major late Iron Age and Roman town (Calleva Atrebatum), situated in nort...
Silchesteris the site of a major late Iron Age and Roman town (Calleva Atrebatum), situated in north...
This thesis seeks to develop our current understanding and knowledge gaps concerning the use of urba...
This study presents the application of multi-element soil analyses (X-ray fluorescence spectroscopy ...
The application of geochemical analysis in archaeology provides a better understanding of ancient hu...
Sixty three soils samples, fourteen samples of previously excavated archaeological material, and fiv...
Chemical analyses of the phosphorus (P), carbon (C) and nitrogen (N) content of the soil were applie...
Bulk chemical analysis was undertaken on samples taken from 143 negative features (wells, pits, post...
European urban dark earth investigations have aided our understanding of Late Roman and early mediev...
This project investigates the depositional practices of the towns of Roman Britain. The material rem...
The typically high lateral and vertical variation of urban soil properties challenges the interpreta...
The excavation in Insula IX of the Roman town of Silchester explored an area of approximately 3025 m...
The development of an urban property in the Roman town of Calleva Atrebatum (Silchester, Hampshire, ...
The systematic geochemical mapping of urban soils has been undertaken by the British Geological Surv...
Integrating chemical soil analysis with visual inspection of an archaeological excavation may enhanc...
Silchester is the site of a major late Iron Age and Roman town (Calleva Atrebatum), situated in nort...
Silchesteris the site of a major late Iron Age and Roman town (Calleva Atrebatum), situated in north...
This thesis seeks to develop our current understanding and knowledge gaps concerning the use of urba...
This study presents the application of multi-element soil analyses (X-ray fluorescence spectroscopy ...
The application of geochemical analysis in archaeology provides a better understanding of ancient hu...
Sixty three soils samples, fourteen samples of previously excavated archaeological material, and fiv...
Chemical analyses of the phosphorus (P), carbon (C) and nitrogen (N) content of the soil were applie...
Bulk chemical analysis was undertaken on samples taken from 143 negative features (wells, pits, post...
European urban dark earth investigations have aided our understanding of Late Roman and early mediev...
This project investigates the depositional practices of the towns of Roman Britain. The material rem...
The typically high lateral and vertical variation of urban soil properties challenges the interpreta...
The excavation in Insula IX of the Roman town of Silchester explored an area of approximately 3025 m...
The development of an urban property in the Roman town of Calleva Atrebatum (Silchester, Hampshire, ...
The systematic geochemical mapping of urban soils has been undertaken by the British Geological Surv...
Integrating chemical soil analysis with visual inspection of an archaeological excavation may enhanc...