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alfred 2 - University of Winchester

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The Archaeology <strong>of</strong> an Oxfordshire Village: An interim<br />

report<br />

David Ashby<br />

Introduction<br />

This interim report will state the archaeological work which<br />

was carried out during 2008 and 2009 as part <strong>of</strong> the Stanford<br />

in the Vale archaeological research project, on farmland at<br />

Stanford in the Vale, Oxfordshire. The report will outline the<br />

methodology <strong>of</strong> the project and describe and interpret the<br />

findings <strong>of</strong> the archaeological work. Lastly the report will<br />

outline the proposed work to be carried out during the 2010<br />

season.<br />

From the work which has been carried out during 2008 and<br />

2009, and also the ongoing work, a hypothesis has been<br />

proposed. This states that Stanford in the Vale was planned as<br />

a medieval market town, with a 10 acre planned town, which<br />

had failed by the end <strong>of</strong> the medieval period. At this point<br />

Stanford in the Vale retracted in size to a village. This theory<br />

has been proposed following discussions with Oxfordshire’s<br />

County Archaeologist (Paul Smith), and via the work which is<br />

being carried out on the site. The ongoing project may in time<br />

help to either prove or disprove this theory.<br />

Methodology<br />

The methodologies for the work carried out on the site are<br />

split into two main areas, that <strong>of</strong> the geophysical survey,<br />

carried out in 2008, and that <strong>of</strong> the excavation work, carried<br />

out in both 2008 and 2009.<br />

Geophysical survey (magnetometer)<br />

The geophysical survey <strong>of</strong> the site was completed using a<br />

magnetometer. This is due to the environmental conditions<br />

<strong>of</strong> the site, as about 60% <strong>of</strong> it is marshy. The survey occurred<br />

within a set <strong>of</strong> 30 m x 30 m grid squares, located using a hand<br />

held GPS, at least 5 m away from all the field boundaries<br />

and large metal objects. The grids were surveyed as fully as<br />

possible with dummy readings being inserted where it was<br />

not possible to survey full grid squares. The magnetometer<br />

used was a Bartington Instrument GRAD601 gradiometer with<br />

a single magnetometer tube and set to a scale <strong>of</strong> 100nT with a<br />

sensitivity <strong>of</strong> 0.1nT (Bartington Instruments, 2010). Each grid<br />

was then surveyed by walking in a clockwise ‘zigzag’ pattern,<br />

with traverses being spaced at 1 m intervals. The readings<br />

were automatically taken four times every metre, giving a<br />

resolution <strong>of</strong> 3,600 readings per 30 m x 30 m square. Once the<br />

geophysical survey was completed the data was transferred<br />

onto a desktop PC for processing and interpretation. The data<br />

from the results was processed using Archeosurveyor s<strong>of</strong>tware.<br />

The results were than displayed as a block-shaded image<br />

using a grey-scale, which is laid upon an Ordnance Survey<br />

1:10,000 scale map to provide scale and orientation to the<br />

results.<br />

Excavations<br />

The methodology for the excavation work carried out is as<br />

follows. The top soil and turf was first removed by hand. The<br />

trenches were then mainly trowelled so that the maximum<br />

information could be recovered. Where necessary, due to the<br />

compaction <strong>of</strong> the ground, mattocks were used to remove the<br />

deposits. When suitable archaeological deposits were found<br />

environmental samples were taken. For each sample two large<br />

finds bags were filled with soil. The sample was then floated<br />

and the flot and residues were recovered for further analysis<br />

(English Heritage, 2002).<br />

During the excavation period all archaeological features and<br />

remains were recorded in three main ways. The first was<br />

through the use <strong>of</strong> the single context recording system. The<br />

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