Sedimentological analysis of an urban soil sequence from Corfe Castle, Dorset. A history of land use and anthropogenic activity
Sedimentological analysis of an urban soil sequence from Corfe Castle, Dorset. A history of land use and anthropogenic activity
The combination of traditional archaeological test pit excavation and detailed scientific analysis of an urban soil sequence from Corfe Castle has enabled a detailed history of land use and anthropogenic activity to be uncovered. Artefactual evidence indicates a chronology of land use and activity which extends from the medieval period to the present day. The 0.80m deep soil
record shows evidence for possible cultivation of an in situ clay rich soil from the 1200s, with some anthropogenic amendment. More intensive manuring occurred between c.1200–1500 evidenced by an increased soil depth, fertility and drainage and the formation of distinctive hortisol deposits. The greatest phase of anthropogenic amendment occurred in the post medieval (1500–1750)
and modern periods (1750–1950) when archaeological, scientific and historic information indicate the greatest deposition of organic and inorganic manuring material associated with increased cultivation, most recently in smaller subdivided garden enclosures each with on-site occupation. The results of this research highlight the potential contribution that scientific analysis of soil sequences can provide towards understanding of historic land use, occupation
and human activity across the urban extent of historic settlement areas such as Corfe Castle and the importance of utilising appropriate multidisciplinary processes to discern the nuanced history of such locations.
179-195
Pears, Ben
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Caldow, Finlay
152a6adc-a75d-4fa1-b515-6a5da3a13191
Caldow, Richard
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Haywood, Louise
8f1c7b92-d30c-40ae-84ed-36ef9006e9ec
16 October 2023
Pears, Ben
36d04a0f-6948-4e68-8f60-3a2a54d70bd0
Caldow, Finlay
152a6adc-a75d-4fa1-b515-6a5da3a13191
Caldow, Richard
b15c8dc8-560f-4180-a3f5-1dbb7b6a17ef
Haywood, Louise
8f1c7b92-d30c-40ae-84ed-36ef9006e9ec
Pears, Ben, Caldow, Finlay, Caldow, Richard and Haywood, Louise
(2023)
Sedimentological analysis of an urban soil sequence from Corfe Castle, Dorset. A history of land use and anthropogenic activity.
In Proceedings of the Dorset Natural History and Archaeological society.
vol. 144,
.
Record type:
Conference or Workshop Item
(Paper)
Abstract
The combination of traditional archaeological test pit excavation and detailed scientific analysis of an urban soil sequence from Corfe Castle has enabled a detailed history of land use and anthropogenic activity to be uncovered. Artefactual evidence indicates a chronology of land use and activity which extends from the medieval period to the present day. The 0.80m deep soil
record shows evidence for possible cultivation of an in situ clay rich soil from the 1200s, with some anthropogenic amendment. More intensive manuring occurred between c.1200–1500 evidenced by an increased soil depth, fertility and drainage and the formation of distinctive hortisol deposits. The greatest phase of anthropogenic amendment occurred in the post medieval (1500–1750)
and modern periods (1750–1950) when archaeological, scientific and historic information indicate the greatest deposition of organic and inorganic manuring material associated with increased cultivation, most recently in smaller subdivided garden enclosures each with on-site occupation. The results of this research highlight the potential contribution that scientific analysis of soil sequences can provide towards understanding of historic land use, occupation
and human activity across the urban extent of historic settlement areas such as Corfe Castle and the importance of utilising appropriate multidisciplinary processes to discern the nuanced history of such locations.
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Published date: 16 October 2023
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Local EPrints ID: 489177
URI: http://eprints.soton.ac.uk/id/eprint/489177
PURE UUID: cbd9c1f9-1f22-4959-95eb-15895dfe92a0
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Date deposited: 16 Apr 2024 16:44
Last modified: 16 Apr 2024 16:44
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Contributors
Author:
Finlay Caldow
Author:
Richard Caldow
Author:
Louise Haywood
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