Hydrological Monitoring of an Alluviated Landscape in the Lower Great Ouse Valley, Cambridgeshire: Interim Results of the First Three Years

A five year research project was set up to monitor soil moisture and groundwater levels of an extensive buried, mainly alluviated landscape located at the interface between the lower Great Ouse valley and the fen-edge in western Cambridgeshire. The intention was to monitor changes in hydrology, soil...

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Bibliographic Details
Published in:Environmental archaeology : the journal of human palaeoecology 1999-05, Vol.4 (1), p.41-56
Main Authors: French, Charles, Davis, Matthew, Heathcote, Jennifer
Format: Article
Language:English
Subjects:
GROUNDWATER
HYDROLOGY
NEUTRON PROBE
OXIDATION
REDUCTION
SOIL MOISTURE CONTENT
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Summary:A five year research project was set up to monitor soil moisture and groundwater levels of an extensive buried, mainly alluviated landscape located at the interface between the lower Great Ouse valley and the fen-edge in western Cambridgeshire. The intention was to monitor changes in hydrology, soil structure and geochemical status before, during and after large scale gravel extraction. The results presented here concern the pre-extraction monitoring period over three years. The project has identified three major landscape zones - shallowly buried former dryland, several sets of relict palaeochannel systems which still remain waterlogged, and a marginal zone between these where the monitored parameters fluctuate on a seasonal basis. The moisture levels of the alluvial overburden, buried soils and infills of the palaeochannel systems appear to act independently of each other, controlled by a combination of rainfall, agricultural land management, height above sea level and depth of burial. It is predicted that the removal of 1-3m of overburden accompanied by water abstraction when gravel extraction commences will lead to changes in the moisture regime of the immediate area and therefore of any contained archaeological contexts and the superficial sediments in this river valley/fen-edge landscape.
ISSN:1461-4103
1749-6314
DOI:10.1179/env.1999.4.1.41