Archaeology and environment in the vale of York

This research is united by both geographical area, principally the Vale of York, and methodology, stressing the use of insect remains in interpreting archaeological environments. Firstly the Cover Sands of North Lincolnshire and the Vale of York are considered. A terminal Devensian age is suggested for the majority of this extensive aeolian deposition and evidence for mode of origin and palaeoenvironment is discussed, with particular regard to insect faunas from within the Sands at Flixborough and Messingham, near Scunthorpe. A brief examination of the nebulous Creswellian industry in relation to the Sands is followed by the study of Mesolithic and Neolithic artifacts from on top of the Cover Sands at Misterton Carr, Nottinghamshire, and the affinities of the earlier part of this assemblage are considered with some current archaeological models of the palaeoenvironment. The trackway beneath Thorne Moor provides an opportunity to examine a local Bronze Age environment and the problems of the genesis of this lowland raised bog and also to discuss more widely the insect fauna of undisturbed forest and the effects of human interference, particularly forest clearance, upon it. The Roman sewer in York contrasts with the largely natural environments examined previously and the attempt to interpret the slight environmental data obtained leads into an essay upon synanthropic insects and the archaeological evidence for their long association with man. This unwanted alliance provides the means to reinterpret a Roman deposit, the Malton burnt grain, which has been linked with the historical events of A.D. 296. The apparent evidence for barbarian attack in northern England is reviewed and a less histrionic interpretation suggested.

Name dc:type.qualificationname

d_ph

Level dc:type.qualificationlevel

d_ph

Grantor dc:publisher.institution

University of Birmingham

Year dc:date.issued

1977

Author dc:creator

• Buckland, P. C. (Paul C.)

• QE Geology
• GE Environmental Sciences
• QH Natural history