From training ground to battlefield: Recording the archaeology of the Great War
Entrées d’indexHaut de page
1Conflict Archaeology is a rapidly developing sub-discipline within the traditional field of archaeology and has only recently started to receive attention from professional archaeologists. Non-destructive methodologies such as the study of aerial photographs and the use of geophysical prospection techniques can provide a means of effective cultural resource management.
2Geophysics is beginning to play an important role in recording past landscapes of conflict. Over the past three years, Cranfield University has been carrying out research in recording such landscapes from the training grounds to the actual fields of conflict.
3Large areas of Salisbury Plain, UK, were given over to training for trench warfare on the Western Front during the First World War. Some of these still survive as earthwork remains but the majority were back-filled by troops waiting for demob at the end of the war. Aerial photographic evidence shows how extensive these trench systems could be but little survives today to mark their existence. By using archaeological geophysics, Cranfield University has attempted to reveal the extent of these trenches with some success.
Figure 1: Practice trenches, Perham Down, Salisbury Plain, UK, surveyed using a Bartington Grad 601-2 dual gradiometer.
4From the work carried out on Salisbury Plain, the application of geophysical survey techniques has been carried out at Ploegsteert, Belgium in the last three years to detect and record the remains of the front line trenches of 1917 of both the British and German lines. This research has been undertaken as part of The Plugstreet Project, which was initiated by No-Man’s Land – The European Group for Great War Archaeology (NML) to follow the Australian 3rd Division infantry from training on Salisbury Plain to action in theatre along the Western Front.
5Millions of aerial photographs of the frontline were taken during the Great War of 1914-18. Aerial photographic evidence shows how extensive these trench systems were but little survives to mark their existence today. Most of the fields where the action took place have now returned to their pre-war state as agricultural land. By using archaeological geophysical techniques in combination with the extensive aerial photographic coverage of the frontline, it has been possible to map accurately the location of these trench systems as well as record the remains of No Man’s Land, previously unrecorded by such scientific investigation. It has been previously thought that such techniques would not work.
6Undertaking surveys in No Man’s Land between the front lines of the First World War has been problematic with the unexploded ordnance to ferrous remains scattered on or near the surface across the landscape especially shrapnel, shell cases etc. Today, many of these remains are no longer visible as upstanding earthwork remains as the fields in which these trenches were dug were returned to their original use after 1918 and to this day are continually under arable cultivation.
7Over the past three years an extensive landscape has been recorded with some accuracy by comparing and correlating the evidence from aerial photographic coverage to the trench maps that were produced during the war. A number of these anomalies have also been tested by archaeological investigation through trial excavation.
8An area of some 16ha has been surveyed to date using a Bartington Grad-601 dual gradiometer at Ploegsteert covering an area from the British Allied line across No Man’s Land and beyond the German front line. The survey area was divided into 30m squares with readings taken at 0.25m intervals along traverses spaced at 1m apart in the 0.1nT resolution.
9Further work is planned to include the detection of structures such as concrete bunkers and mineshafts as well as gun emplacements. The use of earth resistance and ground penetrating radar has been problematic due to the geology, but by adapting and reconfiguring the techniques it is possible to locate such features beneath the plough soil.
10This poster will demonstrate how effective the use of gradiometry can be to detecting remains of these practice trenches on Salisbury Plain to the battlefields of the Western Front, in particular the trench remains at Ploegsteert (Plugstreet), Belgium.
Table des illustrations
|Titre||Figure 1: Practice trenches, Perham Down, Salisbury Plain, UK, surveyed using a Bartington Grad 601-2 dual gradiometer.|
Pour citer cet article
Peter Masters, « From training ground to battlefield: Recording the archaeology of the Great War », ArcheoSciences, 33 (suppl.) | 2009, 109-110.
Peter Masters, « From training ground to battlefield: Recording the archaeology of the Great War », ArcheoSciences [En ligne], 33 (suppl.) | 2009, mis en ligne le 30 octobre 2011, consulté le 30 avril 2017. URL : http://archeosciences.revues.org/1379 ; DOI : 10.4000/archeosciences.1379Haut de page
Tous droits réservésHaut de page